[
    {
        "chi_title": "114年環境知識競賽決賽專案工作計畫",
        "chi_subject": "環境部為推廣政府政策並落實環境教育之推動，舉辦「環境知識競賽」。藉由生動有趣、刺激的競賽方式，吸引大眾積極參與，並傳達正確的環境知識。環境知識競賽決賽題目每年因應政府政策重新命題，今年競賽題目包含淨零轉型、氣候變遷、災害防救、資源循環、公害防治、環境管理、自然保育、文化保存、社區參與、環境倫理與永續發展等多元主題，並融入「環境教育終身學習網」指定影片，以傳遞正確環境資訊，透過參賽選手將環保政策深入校園及家庭，藉以鼓勵民眾從食、衣、住、行、育、樂、購等生活小細節力行「淨零綠生活」，落實生活環保。透過寓教於樂的方式，讓全國的參賽選手因為環境知識競賽而快速觸及這些環保知識，進而養成對環境的責任與承諾，並付諸行動，讓環境保護的理念延續到社會的每一個角落。 \n各直轄市、縣（市）辦理初賽之各組（學童組、青少年組、青年組、社會組）前5名者代表參加決賽，決賽競賽分成淘汰賽及驟死賽二階段，淘汰賽採畫卡方式答題，各組取分數前50%名額進入驟死賽，驟死賽採舉牌方式答題，若未能分出前5名名次時，以「PK賽」決定之，4組共計選出20名得奬者。本計畫負責競賽題目命題及邀請專家學者協助審查競賽題目；規劃決賽活動當天主會場、4個競賽會場、用餐區等事宜，與會人員達1,013人，期許各直轄市、縣（市）參賽選手及參與人員擔任環境種子的任務，推廣環境知識到全臺各個角落，也呼籲民眾將知識化為行動的力量，把這些正確的環保知識帶給同學、朋友及家人，並將知識化為行動，從食、衣、住、行、育、樂、購等生活面向落實「綠生活」，並擴散到身邊的每一個人，共創更美好的永續家園。",
        "eng_title": "Environmental Knowledge Final Competition Project Plan for 2025",
        "eng_subject": "The Ministry of Environment organized the Environmental Knowledge Competition to promote government policies and advance environmental education. Through lively, engaging, and stimulating competition formats, the event encouraged active public participation while conveying accurate environmental knowledge. In response to current government policies, the final-round questions are redesigned each year. This year’s topics included net-zero transition, climate change, disaster prevention and preparedness, resource circulation, pollution prevention, environmental management, nature conservation, cultural preservation, community participation, environmental ethics, and sustainable development. The designated videos from the Environmental Education Lifelong Learning Website were also incorporated to further strengthen the delivery of accurate environmental information. By encouraging contestants to bring environmental policies into their schools and homes, the competition sought to inspire the public to practice “net-zero green living” in everyday life—from food, clothing, housing, transportation, education, recreation, and consumption—thus fostering environmentally responsible habits. Through this enjoyable educational approach, participants nationwide were able to quickly access essential environmental knowledge, cultivating a sense of responsibility and commitment to the environment and motivating them to take action, thereby helping environmental protection values spread to every corner of society. In each special municipality and county (city), the top five participants in each division (children, teens, youth, and adult groups) of the preliminary rounds qualified for the finals. The finals consisted of two stages: the elimination round and the golden-goal round. In the elimination round, contestants answered by marking cards, and the top 50% of each group advanced to the golden-goal round, which required answering by raising placards. If the top five could not be determined, a “PK match” was held to finalize the rankings. A total of 20 winners were selected across the four groups. This project was responsible for designing and formulating the competition questions, inviting experts and scholars to review the question sets, and planning the main venue, four competition venues, dining areas, and other logistics for the final event day. With more than 1,000 participants in attendance, the event aimed to empower contestants and attendees from every municipality and county (city) to serve as environmental ambassadors—promoting environmental knowledge across Taiwan, encouraging the public to transform knowledge into action, and sharing accurate environmental information with classmates, friends, and family. By practicing green living across all aspects of daily life—food, clothing, housing, transportation, education, recreation, and consumption—participants help spread these values to those around them, collectively contributing to a more sustainable and beautiful homeland.",
        "proj_year": "114",
        "org_name": "環境部環境保護司",
        "exe_unit": "長慧環境科技有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1144301780",
        "publish_date": "20260102"
    },
    {
        "chi_title": "114年度金門縣石綿建材廢棄物清除處理計畫",
        "chi_subject": "為推動建築物石綿瓦廢棄物清除處理工作，金門縣環境保護局特辦理114年度金門縣石綿建材廢棄物清除處理計畫(以下簡稱本計畫)。為掌握含石綿建材建築物現況及協助家戶建築物拆除後石綿建材廢棄物妥善處理，以降低對人體與環境危害，針對本轄內含石綿建材建築物之調查管理及家戶產出石綿建材廢棄物清除處理。\n(一)石綿建材建築物訪查情形\n114年截至10月底已現場訪查306件建物。若以原環境部名單(292件)來區分，建築物用途工廠為14件，現況皆未改變；住宅229件，現況未改變者有189件、已運台處理者計30件；畜牧場43件現況未改變；已歇業事業2件中有1件申請通過仍待清運、1件已運台處理。\n後續新增列管案件(14件)中，住宅仍為最多數10件，其中9件均已進暫置場或運台處理；其他如學校或已歇業事業共4件均已申請補助案或運台處理完畢。\n(二)石綿廢棄物清運情形\n截至113年12月底仍有約9.21噸石綿廢棄物貯存於暫置場，因去年申請處理量不足，需納入今年度核定總量清除。而本年度預計處理量可達20公噸，截至10月底申請案件累計30件次。其中10月份申請案2件中有2件已清除至暫置場貯存、另4件則已申請通過等待拆除。\n另因需配合環境部與處理機構廠商簽訂之共同契約，故113年9月起存放於金門暫置場之石綿廢棄物，累積至114年6月統一清除。第一批次綜合113年9.21公噸，及114年1到5月份5.12公噸，總清除重量達14.33公噸，共計19件申請案107袋石綿廢棄物，於114年6月25日清運處理；第二批次為114年6至10月份共計4.54公噸，共11件44袋，於114年10月17日清運處理。\n(三)未來執行建議\n由於「石綿建材廢棄物清除處理補助作業原則」於114年7月將營業中之畜牧業納入一批補助對象，本計畫人員也積極與本縣各畜牧業者洽談申請補助事宜，並持續現場訪查民眾意願及辦理活動宣導，希冀提升民眾申請意願。故下半年仍有達成許多案件，並清除至本島處理。現今仍有已通過進暫置場2件約0.91公噸、已通過申請仍未清除案件4件約5.01公噸尚待清除處理，但因今年合計清運量已達18.87公噸，故未清運完畢之石綿建材廢棄物，需暫置到明年後，到達一定總量後運台處理。另一方面仍持續協助民眾申請案件及清運石綿廢棄物，以達環境部計畫目標。",
        "eng_title": "2025 Kinmen County Asbestos Building Material Waste Removal and Disposal Plan",
        "eng_subject": "To promote the removal and treatment of asbestos roofing and other construction material waste, the Kinmen County Environmental Protection Bureau has established the “2025 Kinmen County Asbestos Construction Material Waste Removal and Treatment Plan” (hereinafter referred to as “the Project”). The purpose is to assess current conditions of buildings containing asbestos materials and assist households in properly handling asbestos waste produced during demolition, thereby reducing risks to human health and the environment. The Project covers the investigation and management of buildings containing asbestos materials within the county and the removal of household-generated asbestos waste.\n\n(1) Status of Field Surveys on Buildings Containing Asbestos Materials\n\nAs of the end of October 2025, a total of 306 buildings have been inspected on site. According to the Ministry of Environment’s original list of 292 buildings, 14 were classified as factories, all of which remain unchanged. Among the 229 residential buildings, 189 remain unchanged and 30 have already been transported to Taiwan for treatment. Of the 43 livestock facilities, all remain unchanged. Among the two business facilities that have ceased operation, one has an approved application pending waste removal, and the other has already been transported to Taiwan for treatment.\n\nAmong the 14 newly listed cases, residential buildings remain the majority with 10 cases; 9 of these have already been moved to the temporary storage site or transported to Taiwan for treatment. The remaining 4 cases—schools or closed business facilities—have all either completed the subsidy application process or have already been transported to Taiwan.\n\n(2) Status of Asbestos Waste Removal\n\nBy the end of December 2024, approximately 9.21 metric tons of asbestos waste remained in temporary storage due to insufficient approved processing volume last year; this must be included in this year’s removal quota. The approved processing volume for this year is expected to reach 20 metric tons. As of the end of October, there have been 30 applications submitted. Among the two applications received in October, two have been transported to the temporary storage site, while four more have been approved and are awaiting demolition.\n\nDue to the requirement to comply with the joint contract between the Ministry of Environment and the waste-processing contractor, asbestos waste stored at the Kinmen temporary storage site since September 2024 was collectively removed in June 2025. The first batch included 9.21 metric tons from 2024 and 5.12 metric tons from January to May 2025, totaling 14.33 metric tons, comprising 19 cases and 107 bags of asbestos waste, removed on June 25, 2025.\nThe second batch included 4.54 metric tons accumulated from June to October 2025 across 11 cases and 44 bags, removed on October 17, 2025.\n\n(3) Recommendations for Future Implementation\n\nSince the “Asbestos Construction Material Waste Removal Subsidy Guidelines” were expanded in July 2025 to include operating livestock businesses as subsidy recipients, Project personnel have actively consulted local livestock operators to encourage applications. Public outreach continues, including onsite visits and promotional activities, to increase public motivation to apply for subsidies. As a result, many cases have been processed and transported to Taiwan for treatment during the second half of the year.\n\nCurrently, 2 approved cases totaling approximately 0.91 metric tons have entered the temporary storage site, and 4 approved cases totaling approximately 5.01 metric tons still await removal. However, since the total removal volume this year has reached 18.87 metric tons, the remaining asbestos waste will need to remain in temporary storage until next year, when it can be transported to Taiwan once the total volume meets shipment requirements. Meanwhile, assistance with public applications and asbestos waste removal will continue to ensure alignment with the Ministry of Environment’s project objectives.",
        "proj_year": "114",
        "org_name": "金門縣環境保護局",
        "exe_unit": "上境科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1143937668",
        "publish_date": "20251226"
    },
    {
        "chi_title": "114年環保訓練管理系統功能增修及維護計畫",
        "chi_subject": "(1)\t維運環保訓練管理系統及環保專責人員交流園地之各項系統功能，提升效能及品質，強化系統資安管理作業。\n(2)\t強化淨零人才訓練類別，配合環境部繳費政策，提供多元繳費管道，便利民眾使用。\n(3)\t透過教材編修平台，強化現有環境保護專責人員訓練內容，精進環境保護專責人員訓練品質。\n(4)\t為因應淨零政策及配合推動數位國家，新增環保訓練管理系統功能，核發環保專責及技術人員電子化合格證書。",
        "eng_title": "2025 Plan for Enhancing and Maintaining the Environmental Training Management System",
        "eng_subject": "(1)\tMaintain and operate the Environmental Protection Training Management System and the Exchange Platform for Environmental Protection Specialists and Technicians to enhance various system functions, improve efficiency and quality, and strengthen cybersecurity management operations.\n(2)\tEnhance the training categories for net-zero talent, and, in line with the Ministry of Environment’s payment policies, provide diverse payment options for public convenience.\n(3)\tThrough the curriculum editing platform, strengthen the existing training content for Environmental Protection Specialists and Technicians, and improve the quality of their training.\n(4)\tTo align with the net-zero policy and support the Digital Nation initiative, new functions have been added to the Environmental Protection Training Management System to issue electronic certificates of qualification for Environmental Protection Specialists and Technicians.",
        "proj_year": "114",
        "org_name": "國環院環教認證中心",
        "exe_unit": "奕祥資訊股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1143468699",
        "publish_date": "20260101"
    },
    {
        "chi_title": "灰渣碳酸化固碳技術計畫",
        "chi_subject": "本計畫旨在結合焚化灰渣再利用與碳捕捉技術，研提我國焚化底渣之最佳固碳技術與商業化推動路徑。經評估固定床、半乾式旋轉窯、超重力旋轉填充床、流體化床等九項技術，綜合技術成熟度、國內研究基礎及實廠整合可行性，篩選出「半乾式旋轉窯」（TRL 7）與「超重力旋轉填充床」（TRL 7）為具潛力之技術。\n試驗結果顯示，採半乾式旋轉窯進行加速碳酸化反應，可有效降低底渣pH值並穩定重金屬，於最佳條件下二氧化碳淨捕捉量達86.11 g CO₂\/kg底渣。惟因實驗室電力來源為台電，淨固碳效益約30%，未來若結合焚化廠內餘能或再生能源，潛力可再提升。\n訪視國內焚化廠顯示業者多具合作意願，但仍面臨空間、整合、成本及產物去化等挑戰。專家諮詢意見指出，技術宜優先於焚化廠內設置，其中半乾式旋轉窯具低用水及可銜接CLSM市場優勢，獲較高共識。綜合技術與商業模式評估，焚化廠內處理亦具成本效益。\n本計畫建議以半乾式旋轉窯為主力技術，於焚化廠進行示範驗證，以累積實廠數據並驗證效益。此外需持續關注鈉系飛灰水洗及廢液資源化發展。",
        "eng_title": "Carbon capture via MSWI ash carbonation technology project",
        "eng_subject": "This project aims to integrate incineration ash reuse with carbon capture, utilization, and storage (CCUS) technologies to identify the optimal carbon sequestration techniques applicable to bottom ash from municipal waste incineration in Taiwan, and to explore viable commercialization pathways. After evaluating nine technologies—including fixed bed, semi-dry rotary kiln, rotating packed bed under high gravity, and fluidized bed—based on technology readiness level (TRL), domestic research capacity, and feasibility of integration into full-scale facilities, two promising technologies were selected: the semi-dry rotary kiln (TRL 7) and the high-gravity rotating packed bed (TRL 7).\n     Experimental results indicate that using a semi-dry rotary kiln for accelerated carbonation effectively reduces the pH of the bottom ash and stabilizes heavy metals. Under optimal conditions, the net CO₂ capture reached 86.11 g per kilogram of bottom ash. However, as the laboratory experiments relied on electricity supplied by Taiwan Power Company, the net carbon sequestration efficiency was approximately 30%. The potential could be further enhanced through the use of residual heat or renewable energy within the incineration plant.\n     Site visits to domestic incineration plants revealed a general willingness among operators to collaborate, though challenges remain in terms of space, integration, cost, and the management of byproducts. Expert consultations recommended prioritizing on-site implementation at incineration plants. Among the technologies, the semi-dry rotary kiln received broader consensus due to its low water consumption and compatibility with the controlled low-strength material (CLSM) market. Overall assessments of technology and business models suggest that on-site treatment at incineration plants is also cost-effective.\n     The project recommends adopting the semi-dry rotary kiln as the core technology for demonstration and validation at incineration plants, to accumulate operational data and verify its benefits. Continued attention should also be given to the development of sodium-based fly ash washing and waste liquid resource recovery technologies.",
        "proj_year": "114",
        "org_name": "循環署循環處理組",
        "exe_unit": "財團法人環境資源研究發展基金會",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1143143836",
        "publish_date": "20260102"
    },
    {
        "chi_title": "114年嘉義市環境教育專案計畫",
        "chi_subject": "環境教育最早緣起於1972年的聯合國人類環境會議，發表之人類宣言提出：「教育是環境發展過程的核心」，促使全球開始重視環境的問題以及對環境的關切與研究，發展至今日，環境教育成為世界公民必備的通識，更是國際間共同的責任。行政院環境保護署(現環境部)於2010年6月5日頒布《環境教育法》並於2011年6月5日施行，定義環境教育是運用教育方法，培育國民瞭解與環境之倫理關係，增進國民保護環境之知識、技能、態度及價值觀，促使國民重視環境，採取行動，以達永續發展之公民教育過程。 \n因應全球氣候變遷及暖化議題，聯合國政府間氣候變化專門委員會，指出各國必須在2050年前都應採取斷然行動，大幅度削減溫室氣體排放，控制升溫在1.5℃之內。我國呼應全球淨零趨勢，宣示 2050 淨零轉型為我國重要政策目標，國家發展委員會於2022年3月30日公布我國「2050淨零排放路徑」，透過推動「能源轉型」、「產業轉型」、「生活轉型」及「社會轉型」四大轉型策略，延伸12項關鍵戰略，逐步實現2050淨零排放之永續社會；當中「淨零綠生活」為第10項關鍵戰略，主要結合其他關鍵戰略之主責業務推動能源轉型、商業模式及產業轉型等基礎建設，由各界齊力合作鼓勵民眾從食、衣、住、行、育、樂等日常生活面向選擇較低碳生活方式，促使民眾行為改變並養成習慣，共同達到淨零排放目標。",
        "eng_title": "Comprehensive Environmental Education Outreach Program",
        "eng_subject": "Environmental education originated at the 1972 United Nations Conference on the Human Environment, whose Declaration of the United Nations stated that education is central to the environmental development process, prompting global attention to environmental issues and increased concern and research on the environment. Today, environmental education has become essential common knowledge for global citizens and a shared international responsibility. The Environmental Protection Administration (now the Ministry of Environmental Protection) promulgated the Environmental Education Act on June 5, 2010, which came into effect on June 5, 2011. The Act defines environmental education as a civic education process that uses educational methods to cultivate public understanding of the ethical relationship between the public and the environment, enhance public knowledge, skills, attitudes, and values ​​regarding environmental protection, and encourage public attention to the environment and action to achieve sustainable development.\nIn response to global climate change and warming, the Intergovernmental Panel on Climate Change (IPCC) of the United Nations has stated that all countries must take decisive action by 2050 to significantly reduce greenhouse gas emissions and limit warming to within 1.5°C. In response to the global net-zero trend, Taiwan has declared its 2050 net-zero transition a key policy goal. On March 30, 2022, the National Development Council announced Taiwan's 2050 Net-Zero Emissions Pathway, which extends to 12 key strategies across four major transformation strategies: Energy Transition, Industrial Transition, Lifestyle Transition, and Social Transition. These strategies aim to gradually achieve a sustainable society with net-zero emissions by 2050. Net-Zero Green Living is the 10th key strategy, primarily integrating with the core responsibilities of other key strategies to promote infrastructure development in energy transition, business models, and industries. It encourages collaborative efforts from all sectors to encourage the public to choose lower-carbon lifestyles in daily life, including food, clothing, housing, transportation, education, and entertainment, thereby fostering behavioral changes and habit formation to collectively achieve the net-zero emissions goal.\nChiayi City Environmental Education Promotion and Integration Plan (2025)\nCurrently, environmental education has been incorporated into the Net-Zero Green Living key strategic project under Taiwan's 2050 Net-Zero Transformation initiative. The public can promote a lifestyle transformation through the implementation of carbon reduction actions. Facing the various changes brought about by climate change, interdisciplinary learning models in environmental education are becoming increasingly important.\nTo cooperate with the implementation of the Environmental Education Act and actively promote the Net-Zero Green Living key strategy, the Chiayi City Environmental Protection Bureau has formulated the Chiayi City Environmental Education Promotion and Integration Plan (2025) (hereinafter referred to as this Plan). Building upon the existing local environmental education network, this Plan utilizes diverse environmental education learning channels, combining the environmental education resources and achievements of the government, schools, NGOs, communities, environmental education facilities, and environmental education institutions to popularize and integrate environmental issues into daily life. This aims to cultivate environmental education and the concept of net-zero action from a young age, gradually realizing the sustainable city goal of shared by all ages, livable for generations.",
        "proj_year": "114",
        "org_name": "嘉義市政府環境保護局",
        "exe_unit": "群盛環境科技有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1142921094",
        "publish_date": "20251225"
    },
    {
        "chi_title": "114年度彰化縣氣候變遷減緩及調適計畫",
        "chi_subject": "本計畫執行期間自114年1月1日至114年11月30日止，依契約工作內容，團隊協助彰化縣政府辦理氣候變遷因應推動會相關幕僚作業，完成辦理2場次委員大會及1場次專家諮詢會，並參與13場次氣候變遷專業主題會議及1場次調適與減量工作坊，促進各局處間之協調與經驗交流，強化推動能量。在年度管考方面，協助追蹤環境保護績效考核項目及相關子計畫之每月進度，確保相關業務如期執行。\n氣候變遷調適輔導方面，本計畫每季追蹤各調適領域執行方案進度並彙整階段性成果，完成《彰化縣113年氣候變遷調適執行方案成果報告》及114年追蹤報告，並協助各領域召開專業主題會議，針對各領域提出具體之調適精進建議，供縣府政策研擬參考。此外，運用地理資訊系統製作視覺化圖資，呈現縣內關鍵領域之氣候風險，並結合地方產業與文化特色，分析調適發展需求，提出2項具在地特色之調適提案。\n氣候變遷能力建構方面，本計畫共辦理6場次「氣候變遷共學營」、2場次「社區氣候調適宣導會議」及2場次「社區氣候調適工作坊」（共4處社區參與），以多元互動形式強化公部門及社區居民之調適意識與行動力。另完成Line聊天機器人之開發與使用者回饋分析，評估其未來推廣可行性，期能結合數位科技提升縣府對氣候議題之理解。",
        "eng_title": "The 2025 Changhua County Climate Change Adaptation and Integrated Management Project",
        "eng_subject": "The project was implemented from January 1 to November 30, 2025. In accordance with the contractual work scope, the project team assisted the Changhua County Government in handling administrative affairs related to the Climate Change Response Promotion Committee. During the implementation period, the team successfully organized two committee meetings and one expert consultation meeting, participated in thirteen thematic meetings on climate change, and held one adaptation and mitigation workshop. These activities facilitated interdepartmental coordination and knowledge exchange, thereby strengthening the county’s overall capacity for climate governance.\nIn terms of adaptation guidance, the project conducted quarterly progress tracking of implementation plans across adaptation sectors and compiled interim results. The team completed the Changhua County 2024 Climate Change Adaptation Implementation Plan Progress Report and the 2025 Tracking Report, while also assisting each sector in organizing professional thematic meetings to develop concrete adaptation enhancement recommendations for policy reference. Additionally, Geographic Information System (GIS) tools were applied to produce visualized maps illustrating climate risks in key sectors of the county. By integrating local industries and cultural characteristics, the project identified development needs and proposed two locally distinctive adaptation initiatives.\nRegarding capacity building, the project organized six “Climate Change Co-learning Camps,” two “Community Climate Adaptation Awareness Meetings,” and two “Community Adaptation Workshops” (with participation from four communities). Through diverse and interactive approaches, the project strengthened adaptation awareness and action capacity among both public agencies and local communities. Furthermore, a LINE chatbot was developed, accompanied by a user feedback survey and feasibility assessment for future promotion, aiming to leverage digital technology to enhance the county government’s understanding and engagement with climate issues.",
        "proj_year": "114",
        "org_name": "彰化縣環境保護局",
        "exe_unit": "業興環境科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1142822533",
        "publish_date": "20260101"
    },
    {
        "chi_title": "114年度新竹市毒性及關注化學物質源頭管理計畫",
        "chi_subject": "為落實毒性及關注化學物質運作管理及化學品登錄制度，且避免不法業者將不當化學物質添加至食品中造成食安問題，積極投入人力及資源，針對本市轄區內化學物質的製造、輸入、販賣及使用等運作之業者，進行輔導訪查及查核，確認業者基本資料，並要求業者確實登錄其運作化學物質，有效掌控所有化學物質流向，同時辦理毒性及關注化學物質災害防救演練，以落實全面性管理。",
        "eng_title": "Hsinchu City Toxic and Concerned Chemical Substances Source Management Plan 2025",
        "eng_subject": "To implement the management of toxic chemicals and the chemical registration system, and to prevent unscrupulous businesses from adding inappropriate chemicals to food and causing food safety problems, we have actively invested manpower and resources to conduct guidance visits and inspections on businesses engaged in the manufacture, import, sale, and use of chemical substances within the city's jurisdiction. We have confirmed the basic information of these businesses and required them to properly register the chemical substances they handle, effectively control the flow of all chemical substances, and conduct toxic and chemical substance disaster prevention and rescue drills to implement comprehensive management.",
        "proj_year": "114",
        "org_name": "新竹市環境保護局",
        "exe_unit": "翔科事業有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1142606568",
        "publish_date": "20251229"
    },
    {
        "chi_title": "嘉義縣-114年推動廢棄物源頭減量及強化分類回收補助計畫",
        "chi_subject": "本計畫執行期程自114年1月16日至114年11月30日，主要協助配合環境部垃圾減量政策，推動一次用產品源頭減量活動或措施，以達成垃圾減量目標；並推廣資源再使用政策，回收可堪用二手物品，透過交流活動，讓二手物品能在有需要的人重複使用或延續使用，提高物品價值，延長二手物品使用壽命，減少垃圾產生，有效降低資源浪費；另輔導垃圾強制分類及垃圾減量業務及其他工作事項。",
        "eng_title": "114 Chiayi County promotes waste source reduction and strengthens classification and recycling plan",
        "eng_subject": "The implemented period of Waste-Reduction project is from January 16, 2025 to November 30, 2025. The main object is to support and follow the Ministry of Environment’s waste-reduction policies by executing activities. To attain the goal, this project is focused on reducing single-use products at the source. In addition, the project is also aimed to enhance reused-resource by collecting reusable second-hand items and facilitating exchange activities, this way, these items can be reused or repurposed by people in need. These approaches increase the value of goods, extend lifespan, reduce waste generation, and effectively minimizes resource consumption. Related efforts such as mandatory waste sorting is executed within this project as well.",
        "proj_year": "114",
        "org_name": "嘉義縣環境保護局",
        "exe_unit": "綠信環境科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1142591595",
        "publish_date": "20260101"
    },
    {
        "chi_title": "114年環境教育認證系統功能強化及維護計畫",
        "chi_subject": "自民國99年6月5日我國通過「環境教育法」以來，國家環境研究院（以下簡稱國環院）陸續推動環境教育認證相關業務，以落實法規規範申請、審查及追蹤管理等內容；為此，「環境教育認證系統」之建置目的為以系統化之方式，配合環境教育認證管理相關辦法，目的除強化民眾申請流程機制、減少國環院承辦審查時間外，系統亦配合國環院推動之業務，如：人才庫講師媒合平臺、環境教育認證申請電子化導入等，以促進環境教育業務推廣。\n本年度更精進國環院端及民眾端功能並進行優化。主要強化項目包含設施場所管理（新增使用權期限與任期記錄、屆期提醒、每季活動成果統計與未完成填報查詢）、課程管理（核定課程模組化與套裝課程、滿意度問卷支援QR Code與紙本匯入及自動報表）、以及人員認證流程之電子化（線上申辦、電子簽名、文字辨識成績單）。此外，本計畫建置與教育部之API資料交換、擴充審計分析報表與稽查紀錄查詢，並推出人才媒合平台，整體目標為推動無紙化作業、提升審查一致性與系統應用效能，支援國環院穩健推動環境教育政策。",
        "eng_title": "2025 Project on Environmental Education Certification System Enhancement and Maintenance",
        "eng_subject": "Since the enactment of the Environmental Education Act on June 5, 2010, the National Environmental Research Academy (NERA) has steadily promoted activities related to environmental education certification, fulfilling regulatory requirements for application, review, and tracking management. The Environmental Education Certification System (EECS) was established to systematically support these management measures. The system aims to streamline the public application process, reduce NERA’s review time, and assist in various NERA-led initiatives, such as the Talent Pool Instructor Matching Platform and the digitalization of certification applications, to advance environmental education efforts.\nThis year, we further enhanced functions on both the NERA side and the public side. Major improvements include: facility management (adding records for usage-term limits and tenure, expiry reminders, quarterly activity outcome statistics, and queries for incomplete submissions); course management (modularization of approved courses and packaged courses, support for satisfaction surveys via QR code and paper-file import, and automatic reporting); and digitization of personnel certification processes (online applications, electronic signatures, and import courses from AI-assisted transcripts). In addition, the project implemented API data exchange with the Ministry of Education, expanded audit-analysis reports and inspection-record queries, and launched a talent-matching platform. The overall objectives are to promote paperless operations, improve review consistency and data quality, and enhance system usability to support NERA’s steady advancement of environmental education policy.",
        "proj_year": "114",
        "org_name": "國環院環教認證中心",
        "exe_unit": "環資國際有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1142324959",
        "publish_date": "20260101"
    },
    {
        "chi_title": "114年度嘉義市非農地環境雜草管理計畫",
        "chi_subject": "嘉義市環境衛生陳情案件中，主要污染原因為垃圾堆放及動植物對環境衛生的影響。相較之下，雜草相關案件雖屬輕微污染，但因改善結果未達陳情人期待，常引發重複陳情，造成民眾對處理結果的滿意度下降。為提升市民對於空地雜草應主動檢視與修剪的認知，計畫中將辦理相關宣導說明會，並針對經常陳情或重複陳情之空地加強主動巡查，以有效改善非農地環境品質與民眾滿意度。",
        "eng_title": "Chiayi City Non-Farmland Environmental Weed Management Plan of 114Annual",
        "eng_subject": "In Chiayi City, the primary causes of environmental sanitation complaints are the accumulation of garbage and the impact of animals and plants on public hygiene. Although weed-related cases involve relatively minor pollution, the remediation efforts often fail to meet complainants' expectations, resulting in repeated complaints and decreased public satisfaction with the handling outcomes.\nTo raise public awareness about the importance of proactively inspecting and trimming weeds on vacant land, the plan includes organizing informational outreach sessions and strengthening proactive inspections of properties that are frequently or repeatedly subject to complaints. These efforts aim to effectively improve the environmental quality of non-farmland areas and enhance public satisfaction.",
        "proj_year": "114",
        "org_name": "嘉義市政府環境保護局",
        "exe_unit": "百部環境科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1142186695",
        "publish_date": "20251226"
    },
    {
        "chi_title": "114年桃園市環境教育專案計畫",
        "chi_subject": "桃園市114年度環境教育推動計畫，涵蓋多項活動，旨在提升市民對環境保護的認識與行動力，主要活動包括環境教育宣導、惜食料理系列活動、環境知識競賽及環境教育繪本系列活動。\n在環境教育宣導方面，辦理多場食農體驗營，透過挖筍體驗和植物染色等實作活動，讓學生深入了解環境與食農教育。惜食料理系列活動，透過惜食料理工作坊，邀請專業講師強調全食物利用與低碳飲食，鼓勵參與者在日常生活中實踐惜食理念，提升環境意識。\n環境知識競賽方面，則透過淘汰賽與PK賽的形式，選出各組前五名選手參加全國決賽，提升了學生對環境問題的認知與關注，並促進其環保行為的實踐。環境教育繪本系列活動也取得顯著成果，特別是環境教育繪本10周年成果展，吸引大量參觀者，展覽中設置多個互動區域，促進親子共學，參與者對展覽的滿意度高，並建議增設更多互動性活動，顯示出民眾對環境教育的高度關注。\n最後，社區環境教育培力計畫的實施協助多個社區進行環境教育計畫，包括實地輔導與經驗分享，增強社區成員的環保意識與行動力。以提升了市民的環境素養，並促進家庭及社區的參與。未來建議持續擴大活動規模，增強互動性，並針對青少年群體設計更多吸引人的環境教育活動，擬進一步深化環保行動的影響力。",
        "eng_title": "Environmental education drives the implementation of the plan in Taoyuan City, 2025",
        "eng_subject": "The Taoyuan City 2025 Environmental Education Promotion Plan encompasses a variety of activities aimed at enhancing citizens’ awareness of environmental protection and strengthening their capacity for action. The main activities include environmental education advocacy, food-saving culinary workshops, environmental knowledge competitions, and a series of environmental education picture book events.\n- Environmental Education Advocacy: Multiple food and farming experience camps were organized, featuring hands-on activities such as bamboo shoot harvesting and plant dyeing. These experiences allowed students to gain deeper insights into environmental and food-agriculture education.\n- Food-Saving Culinary Series: Through food-saving cooking workshops, professional instructors emphasized whole-food utilization and low-carbon diets. Participants were encouraged to practice food-saving concepts in daily life, thereby raising environmental awareness.\n- Environmental Knowledge Competition: Using formats such as elimination rounds and PK matches, the top five contestants from each group were selected to participate in the national finals. This not only increased students’ knowledge and concern about environmental issues but also promoted the practice of eco-friendly behaviors.\n- Environmental Education Picture Book Series: Significant achievements were made, particularly with the 10th Anniversary Exhibition of Environmental Education Picture Books. The exhibition attracted a large number of visitors and featured multiple interactive zones that fostered parent-child co-learning. Participants expressed high satisfaction and suggested adding more interactive activities, reflecting strong public interest in environmental education.\n- Community Environmental Education Empowerment Program: This initiative supported several communities in implementing environmental education projects through on-site guidance and experience sharing. It strengthened community members’ environmental awareness and action, thereby improving citizens’ environmental literacy and encouraging family and community participation.\nFuture Recommendations: It is suggested to continue expanding the scale of activities, enhance interactivity, and design more engaging environmental education programs tailored to youth groups, with the aim of further deepening the impact of environmental actions.",
        "proj_year": "114",
        "org_name": "桃園市政府環境保護局",
        "exe_unit": "鼎澤科技有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1141934722",
        "publish_date": "20251225"
    },
    {
        "chi_title": "114年度金門縣毒性及關注化學物質源頭管理計畫",
        "chi_subject": "毒性及關注化學物質查核運作輔導(一)毒性及關注化學物質運作及流向每月勾稽作業，查核結果無異常。 (二)針對縣內1家列管事業執行毒性化學物質運作場所查核，共完成11件現場查核，未發現重大缺失。 (三) 毒災應變演練於4月22日辦理協商工作會議，共5個單位參與確認演練情境；於6月25日由參與協商會議相同人員進行兵棋推演，演練結果順利達成任務，使各單位熟悉支援協調聯繫與指揮機制。 (四)本計畫辦理轄內14個相關災防機關間通聯測試，並調查更新各單位聯絡窗口資訊，測試結果皆可「立即聯絡上」，通訊方式資料建立完整、正確。另針對1家列管事業於每季通聯測試，測試結果皆可「立即聯絡上」。 (五)完成11件具食安風險疑慮化學物質輔導訪查作業，訪查時並依行業別向業者宣導相關法令之規範，以及若違反將面臨之罰緩及刑責。 (六) 6月25日邀請化學署中區環境事故專業技術小組團隊林亮均 先生擔任講座，辦理「毒化災應變流程與案例分享」，共10個單位22人參與本次訓練。(七)辦理10場化學物質教育宣導及綠色化學宣導活動，以有獎問答方式，宣導向民眾宣導於生活中可能接觸之化學物質(玫瑰紅B、吊白塊、化學物質及綠色化學)，參與人數共計572人次。製作毒性及關注化學物質宣導品550份。 (八) 10月23日召開聯防組織年度會議，115年度毒性及關注化學物質災害應變演練將調整為線上模擬演練方式辦理；若中央指定須實地辦理毒化災演練，金門縣衛生局仍須配合辦理。",
        "eng_title": "2025 Kinmen County Toxic Chemicals of Extreme Concern Source Management Plan",
        "eng_subject": "Guidance and Inspection of Toxic and Concerned Chemical Substances Operations(1)Monthly cross-checking of the operation and flow of toxic and concerned chemical substances was conducted, with no abnormalities identified.(2)Inspections were carried out at the operation site of one regulated enterprise in the county, completing a total of 11 on-site inspections. No major deficiencies were found.(3)A coordination meeting for the toxic chemical disaster response drill was held on April 22, with five participating agencies confirming the exercise scenario. On June 25, the same personnel conducted a tabletop exercise. The drill was successfully completed, enabling all agencies to become familiar with support coordination, communication, and command mechanisms.(4)The project conducted communication tests among 14 disaster-prevention agencies within the jurisdiction and updated each unit’s contact information. All tests achieved “immediate contact,” indicating that communication records were complete and accurate. In addition, quarterly communication tests were conducted for one regulated enterprise, also achieving “immediate contact” in all tests.(5)Eleven guidance visits were completed for chemical substances with potential food-safety risks. During the visits, businesses were briefed on relevant regulatory requirements based on their industry type, along with the possible fines and criminal liabilities for violations.(6)On June 25, Mr. Lin Liang-Jun from the Central Region Environmental Incident Technical Team of the Chemical Substances Administration was invited to give a lecture titled “Toxic Chemical Disaster Response Procedures and Case Sharing.” A total of 22 participants from 10 agencies attended the training.(7)Ten public outreach sessions on chemical substances and green chemistry were held. Through quiz-based activities, the public was educated on chemical substances they may encounter in daily life (such as Rhodamine B, sodium hydrosulfite, common chemicals, and concepts of green chemistry). These events reached a total of 572 participants. Additionally, 550 promotional materials on toxic and concerned chemical substances were produced.(8)The annual joint-defense organization meeting was held on October 23. For 2026 (the 115th year), the toxic and concerned chemical substance disaster response drill will be adjusted to an online simulation format. However, if the central government requires an on-site drill, the Kinmen County Health Bureau will still be required to cooperate in carrying it out.",
        "proj_year": "114",
        "org_name": "金門縣環境保護局",
        "exe_unit": "技佳工程科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1141889332",
        "publish_date": "20260101"
    },
    {
        "chi_title": "深度節能診斷輔導計畫（甲）",
        "chi_subject": "今年度協助33家進行節能診斷評估，其中包含7家不動產業者、2家支援服務業及12家用水供應及污染整治業，依據節能診斷結果，總共發掘整體節電潛力達31,339千度及減少9,221CO2e排放量。 \n今年度33家建議改善設備共計65,775台，其中包含251台冰水主機、65,269 盞燈、122 台給水污水設備、111台電力回生裝置，整體所需費用預估為新台幣44,499 萬元，場域可藉由相關改善建議，全盤檢視設備情況並逐步汰換，以落實節能。 \n今年度33家共有20家已著手進行設備汰換，3家業者尚在內部討論汰換方式與規模，最後有10家因經費用盡或已有其他汰換規劃，因此今年將不汰換。 \n今年度協助2場域組成節能專案推動小組進行特定場域大型節能專案，已於7月2日協助辦理大型節能專案研商會議，會中確認業者今年度將協助落實設備改善作為，該集團於10月~11月邀請數家ESCO公司進場針對設備進行汰換評估，後續確認協助改善ESCO公司及是否辦理簽約事宜。 \n此節能專案推動小組後續於11月13日評估因場域內現有節能改善計畫現況，暫不於今年度進行大型節能專案，而場域仍會沿用此大型節能專案評估模式進行未來節能規劃的研議。",
        "eng_title": "Energy-Saving Diagnosis and Counseling Program (Type A Project)",
        "eng_subject": "The project team assisted 33 enterprises this year in conducting energy-saving diagnostics and evaluations. These included seven real estate companies, two support service providers, and twelve enterprises in the water supply and pollution remediation sector. Based on the diagnostic results, the total potential energy savings identified reached 31,339,000 kWh, with an estimated reduction of 9,221 tCO₂e in carbon emissions. \nAcross the 33 enterprises, a total of 65,775 pieces of equipment were recommended for improvement, including 251 chillers, 65,269 lighting fixtures, 122 plumbing and drainage systems, and 111 power regenerative systems. The total estimated investment for these improvements is NT$444.99 million. By following these recommendations, enterprises can comprehensively review their equipment conditions and gradually replace outdated systems to achieve meaningful energy savings. Among the 33 enterprises, 20 have already begun equipment replacements, \nthree are still discussing the approach and scale internally, and ten will not proceed this year due to budget constraints or existing replacement plans. In addition, two sites were supported in establishing Energy Conservation Project Task Forces to execute large-scale energy-saving projects. On July 2, a coordination meeting for these major projects was held, confirming that the companies involved would proceed with implementing equipment upgrades within the year. Between October and November, the group invited several ESCO companies to conduct equipment replacement assessments and to determine which ESCOs would be engaged for implementation and contract discussions. \nFollowing further evaluation on November 13, the task forces decided not to pursue large-scale energy-saving projects this year due to the current progress of existing improvement plans. However, the sites will continue to adopt this assessment framework as a reference for future energy-saving planning and development.",
        "proj_year": "114",
        "org_name": "環境部水質保護司",
        "exe_unit": "環資國際有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1141736143",
        "publish_date": "20251231"
    },
    {
        "chi_title": "深度節能診斷輔導計畫（丁）",
        "chi_subject": "「丁計畫」針對住宿及餐飲場域共３３場次執行深度節能診斷作業，主要鎖定台電契約容量 ８００ ｋＷ 以上之高用電場域，逐場完成基礎資料分析與診斷成果報告。計畫團隊依據受輔導單位的能源特性，設計能源流向與主要耗能設備調查表，作為訪場前的重要分析依據。進場期間針對空調、鍋爐、照明及電梯等主要能源使用設備進行效能掛表，連續量測至少一週，量測項目包含能量輸入(電力)、轉換能量輸出(製冷、製熱、動力、位能等)，以掌握設備實際運轉能效與潛在改善空間。\n　　依據量測與診斷結果，針對每家場域提出具體可行之節能改善方案、節電效益預估與投資回收年限，並同步提供ＥＳＣＯ媒合資訊。所有診斷報告均送交三位專家進行書面審查，修正完成後以公文送環境部備查，以確保計畫品質與一致性。完成備查後，持續追蹤各場域改善成效，包括節能措施採納進度、ＥＳＣＯ媒合情形及業者後續自主節能成果。\n　　在追蹤過程中，部分場域已完成照明優化、空調系統改善等節能措施；然而，也有部分飯店因預算不足、財務年度尚未編列、設備汰換工程量龐大、維運人力不足、採購程序冗長、能源管理員流動率高等因素，短期內仍無法完成設備更新。上述限制亦說明飯店業在推動深度節能時，常面臨資金、技術與人力三項主要瓶頸。\n　　整體而言，「丁計畫」不僅建立住宿及餐飲場域之能源使用基線，並提出具可採納性的節能改善方案，同時透過追蹤與ＥＳＣＯ媒合協助，推動業者執行力，加速高耗能設備汰換與節能方案落實。",
        "eng_title": "2025 Deep Energy-Saving Diagnostic and Guidance Program (Category D).",
        "eng_subject": "The “Category D Program” conducted 33 in-depth energy-saving diagnosis assessments across hospitality and food service facilities, focusing primarily on high electricity-consuming sites with a TPC capacity contract of 800 kW or higher. For each site, baseline data analysis and diagnostic reports were completed. The project team analyzed  energy documents provided by the client hotel, which included energy flow and the energy characteristics of major energy-consuming equipment as a reference before the site visit. During on-site assessments, performance metering was specified one major energy-using equipment—including air-conditioning systems, boilers, lighting, or elevators—for a minimum of one week. Measured parameters included inlet and outlet water temperatures, flow rates, and electrical parameters to determine actual operating efficiency and identify potential improvement opportunities.\n\n　　Based on measurement and diagnostic results, site-specific and feasible energy-saving improvement measures were proposed, along with estimated energy-saving benefits, carbon-reduction benefits, and payback periods. ESCO (Energy Service Company) matching information was also provided. All diagnostic reports were reviewed by three experts and, after revisions, formally submitted to the Ministry of Environment for record-keeping. Following this, the program continued to track the implementation progress of energy-saving measures at each site, including the adoption of recommendations, ESCO matching status, and subsequent independent energy-saving actions and achievements by the facilities.\n\n　　During the tracking phase, several sites have completed some improvements such as lighting optimization and air-conditioning system upgrades. However, some hotels were unable to proceed with equipment replacement in the short term due to factors such as limited budgets, unallocated funds in the current fiscal year, the extensive scope of system replacements required, insufficient maintenance manpower, lengthy procurement procedures, and high turnover among energy managers. These constraints highlight the three major challenges commonly faced by the hospitality industry in implementing deep energy-saving measures—financial, technical, and manpower limitations.\n\n　　Overall, the “Category D Program” not only established an energy-use baseline for hospitality and food service facilities but also proposed actionable energy-saving improvement measures. Through continuous tracking and ESCO matching assistance, the program strengthened implementation capacity among facility operators and accelerated the replacement of energy-intensive equipment and the implementation of energy-saving solutions.",
        "proj_year": "114",
        "org_name": "環境部綜合規劃司",
        "exe_unit": "財團法人成大研究發展基金會",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1141650472",
        "publish_date": "20251231"
    },
    {
        "chi_title": "114年永續方舟館展示整合行銷計畫",
        "chi_subject": "本計畫以「永續方舟館展示整合行銷計畫」為主軸，透過系統化的場館管理、環境教育推廣、志工人力培育及社群傳播策略，持續深化永續理念在地方的扎根。計畫緊扣國家永續政策及SDGs目標，著重以具體行動提升臺東縣民眾對環境議題的理解、關注與實際參與，並期望藉由教育與宣傳的交互帶動，使永續價值逐步擴散至更廣泛的社會層面。\n\n在場館營運方面，本年度透過完整的服務窗口運作、專線電話及網站維護，使永續方舟館保持穩定而高品質的公共服務能量。於四月至十月開放期間中，共吸引超過一萬名訪客自由參觀，顯示場館已成為縣內重要的環境教育節點。此外，社群平台亦展現逐步增溫的影響力，透過臉書粉絲頁、LINE官方帳號及「臺東環教遊學趣」平台的串聯運作，使相關資訊能有效觸及不同族群，並透過新聞素材的提報，使場館在地方媒體的曝光度獲得提升。場館日常維護亦依計畫規範穩健推進，使展示空間與教學場所保持良好使用品質。\n\n在人力培訓面向，計畫透過志工管理與教育訓練，成功累積逾千小時的志工服務量能，並藉由幹部會議、志工大會與訓練活動的辦理，使志工團隊的專業度與凝聚力同步提升，讓場館營運與課程推展擁有更穩固的支持系統。\n\n課程推動方面，本年度延續既有課程的優勢，共辦理七十場次，服務人次突破兩千，並透過問卷回饋進行品質監測。此外，亦開發兩套契合永續生活趨勢的新課程，結合循環經濟概念與友善生活方式，使環境教育內容更貼近民眾的日常經驗，兩套課程共吸引近兩百五十位參與者，顯示新課程具備良好推廣潛力。同時，場館也規劃並執行多場具吸引力的特色體驗活動，三套特色體驗活動共吸引超過三百位參與者，將環境教育與在地環境議題及特色相結合，使民眾在參與互動中提升對環境議題的理解與實際行動意願。\n\n在整體推廣效益上，透過場館參觀、課程活動與社群經營的互補運作，年度總觸及影響人次突破二萬一千人，遠超原先設定的一萬人目標。這項成果顯示本計畫在推動永續教育、提升環境意識與促進民眾行動力方面具有實質成效。此外，本計畫也透過文化、地方特色與產業元素融入教育內容，使環境議題不僅停留於知識傳遞，而能轉化為貼近生活的具體行動。\n\n在其他推廣與管理工作上，本計畫持續鞏固永續方舟館的品牌定位，並積極連結在地單位、組織與環境教育單位，逐步累積跨領域合作能量，促使臺東的環境教育網絡更加完整。這些合作不僅使場館的資源運用更具彈性，也讓永續議題能更具深度地融入在地脈絡。\n\n整體而言，114年度永續方舟館在營運管理、課程推展、志工培力及社會宣傳等面向均達成亮眼成果，不僅成功維持場館運作的高品質，更有效提升永續教育的擴散力。未來將持續透過在地夥伴的深化合作與更多元的課程策略，引導民眾投入淨零綠生活的實踐，使「淨零排放、永續發展」不僅是一項政策方針，而能真正成為土地與居民共同前進的生活方式。",
        "eng_title": "2025 Integrated Marketing Plan for the Sustainability Ark Pavilion Exhibition",
        "eng_subject": "This project centers on the Integrated Marketing Plan for the Sustainability Ark Pavilion, using systematic facility management, environmental education promotion, volunteer capacity building, and social media communication strategies to strengthen the rooting of sustainability values within the local community. Closely aligned with national sustainability policies and the SDGs, the plan emphasizes concrete actions to enhance Taitung residents’ understanding, awareness, and participation in environmental issues, with the aim of spreading sustainability values more broadly through the combined effects of education and public outreach.\n\nIn terms of facility operations, the project has maintained stable, high-quality public service through a fully functioning service counter, dedicated phone line, and official website. From April to October, the Pavilion welcomed over 10,000 visitors, demonstrating its role as an important environmental education hub in the county. Social media channels also showed growing influence, with coordinated efforts across the Pavilion’s Facebook page, its LINE official account, and the “Taitung Environmental Education Study Tour” platform enabling effective outreach to diverse audiences. Additionally, the submission of news materials has increased the Pavilion’s media visibility. Routine maintenance proceeded as planned, ensuring the exhibition and teaching spaces remained in good condition.\n\nIn human resource development, the project strengthened volunteer capacity through structured management and training, accumulating more than one thousand hours of volunteer service. Leadership meetings, the annual volunteer assembly, and various training sessions further enhanced the professionalism and cohesion of the volunteer team, establishing a solid support system for both facility operations and program delivery.\n\nRegarding curriculum implementation, the project continued leveraging existing program advantages, delivering seventy sessions and serving over two thousand participants, while using survey feedback to monitor quality. Two new courses aligned with sustainable living trends were also developed, integrating circular economy principles and eco-friendly lifestyle practices. These courses attracted nearly 250 participants and demonstrated strong potential for wider promotion. Additionally, three sets of distinctive experiential activities were planned and conducted, drawing more than 300 participants. By combining environmental education with local issues and characteristics, these activities strengthened public engagement and encouraged real-world environmental action.\n\nIn terms of overall outreach impact, the combined effects of exhibitions, educational programs, and social media engagement resulted in a total reach of over 21,000 people—far exceeding the original target of 10,000. This outcome highlights the project’s substantial contribution to advancing sustainability education, raising environmental awareness, and increasing public willingness to take action. Furthermore, by integrating cultural elements, local characteristics, and industry features into program content, the project ensured that environmental issues evolve beyond abstract concepts and become part of people’s everyday practices.\n\nFor other promotional and management efforts, the project continued to reinforce the Pavilion’s brand positioning while expanding collaboration with local organizations, industries, and environmental education partners. These cross-sector connections have gradually strengthened Taitung’s environmental education network, enabling more flexible resource utilization and embedding sustainability more deeply into the local context.",
        "proj_year": "114",
        "org_name": "臺東縣環境保護局",
        "exe_unit": "禾耕生態環境教育有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1141632392",
        "publish_date": "20260101"
    },
    {
        "chi_title": "114年度機車排氣分析儀巡迴查核檢校計畫",
        "chi_subject": "為維持機車排氣定期檢驗站排氣檢驗儀器之精確性及可靠性，國家環境研究院依據「使用中機車排氣分析儀查核標準作業程序」，實行排氣分析儀器巡迴查核檢校計畫。\n本計畫工作期程自民國114年2月10日起至民國114年12月31日止。本年度總計查核2,025站次，符合合約規範。年度檢驗站共計需查核2,063站，包含114年7月-115年6月應展延站計1,292站；113年查核不合格站計60站(依前項篩選後取唯一，故與實際113年不合格站數不同)；過去兩年未查且機齡10年以上計116站；機齡25年以上計537站；環保機關指定站計58站(篩選原則建議為各縣市氣體比對不合格率前三高之檢驗站)。\n本年度共計8站因檢驗站私人因素導致暫停營業或撤站，另有35站指定站為「各縣市環保局移動站」，由於移動站需考量本計畫為執行秘密查核，並且環保局移動站儀器需每年送至外部校正單位進行校正1至2次，環境部大氣環境司考量後，不納入本年度查核名單中，故上述43站於本年度不進行查核作業。\n共計查核2,025站，查核不合格174站，不合格率為8.6%，不合格項目分別為117站精確性測試超過允許偏差、22站流量測試不合格、25站洩漏測試不合格、3站反應時間測試不合格及7站基本資料查核不合格(7站皆為面板故障)。",
        "eng_title": "2024 Annual Mobile Audit and Calibration Program for Motorcycle Exhaust Gas Analyzers",
        "eng_subject": "To maintain the accuracy and reliability of motorcycle exhaust gas analyzers used at periodic inspection stations, the National Environmental Research Institute, in accordance with the “Standard Operating Procedures for Auditing In-Use Motorcycle Exhaust Gas Analyzers,” implements a rotational audit and verification program for exhaust analyzers.\nThe implementation period of this program is from February 10, 2025, to December 31, 2025. A total of 2,025 audits have been completed this year, meeting contractual requirements. The annual audit list includes 2,063 stations, comprising 1,292 stations scheduled for extension between July 2025 and June 2026; 60 stations that failed the 2024 audit (after applying the selection criteria and retaining unique entries, which results in a number different from the actual count of failed stations in 2024); 116 stations that have not been audited in the past two years and have analyzer ages over ten years; 537 stations with analyzer ages above twenty-five years; and 58 stations designated by environmental authorities (based on the recommended principle of selecting stations with the top three highest failure rates in gas comparison tests within each county or city).\nThis year, a total of eight stations were excluded because operations were temporarily suspended or the stations were closed due to private business reasons. Another 35 designated stations were mobile stations operated by local environmental protection bureaus. Because mobile stations require consideration of the need for unannounced audits and their instruments must be sent to external calibration laboratories once or twice a year, the Department of Air Quality Protection of the Ministry of Environment determined that they would not be included in this year’s audit list. Therefore, the 43 stations described above will not undergo audit procedures this year.\nA total of 2,025 stations were audited, of which 174 failed, resulting in a failure rate of 8.6%. The failed audit items included 117 stations with accuracy test results exceeding allowable deviation, 22 stations failing the flow test, 25 stations failing the leak test, three stations failing the response time test, and seven stations failing the basic information check, all of which were due to panel malfunction.",
        "proj_year": "114",
        "org_name": "國環院檢測技術中心",
        "exe_unit": "瑩諮科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1141509449",
        "publish_date": "20260101"
    },
    {
        "chi_title": "114年環境商品與服務統計",
        "chi_subject": "由聯合國多年來推動之環境與經濟帳制度（SEEA），適合作為了解我國環境保護與資源管理現況整合評估的基礎工具，其中「環境商品與服務部門帳（EGSS）」係由所有提供環境保護或資源管理相關商品與服務的生產者所構成。凡為環境保護或資源管理目的而設計、生產或製造之商品與服務，皆屬EGSS的統計範疇，其核心目的在於建立可衡量環境產品與技術生產規模的指標。\n本年度（114年）工作係參考近年EGSS帳表編製經驗，於第二章重新檢視並盤點國內環境產品清單，根據產業發展情形與資料可得性進行刪減與增修，使產品項目更加符合國內統計環境與國際分類原則。調整後，我國環境商品與服務清單共計80項，並根據最新編製方法完成113年度環境商品與服務部門（EGSS）統計，且在次級資料取得可行性下回溯歷年EGSS四大變量推估。\n113年環境商品與服務總產值1,664,580百萬元，附加價值為514,432百萬元，出口值205,143百萬元，就業人數380,152人。相較前次計畫編製之111年EGSS帳表，產值增加198,839百萬元，成長13.6%；附加價值增加72,290百萬元，成長16.3%；出口值減少28,725百萬元，減少12.3%；就業人數增加50,197人，成長15.2%。\n113年我國國內生產毛額GDP（名目值）25,592,854百萬元，113年EGSS之附加價值占我國GDP的2.0%。與歷年相較，附加價值占GDP比例自109年的1.7%逐年提升至113年的2.0%。",
        "eng_title": "2025 Environmental Goods and Services Sector Statistics",
        "eng_subject": "The System of Environmental-Economic Accounting (SEEA), promoted by the United Nations over many years, provides a fundamental framework for assessing and integrating information related to environmental protection and resource management. Within this framework, the Environmental Goods and Services Sector (EGSS) comprises all producers that design, manufacture, or provide goods and services intended for environmental protection or resource management purposes. Any product or service whose primary objective is environmental protection or resource management falls within the scope of EGSS. The core purpose of EGSS accounting is to generate indicators that measure the scale of environment-related products and technologies.\nIn 2025, the compilation work drew on recent experiences with EGSS accounting. Chapter 2 re-examined and updated Taiwan’s national list of environmental goods and services, incorporating additions and deletions based on industrial developments and data availability. This revision ensures that the product list aligns more closely with both the domestic statistical environment and international classification principles. Following these adjustments, Taiwan’s EGSS product list comprises 80 items, and it served as the basis for compiling the 2024 EGSS accounts.\nIn 2024, the total output of Taiwan’s EGSS amounted to NT$1,664,580 million, with value added of NT$514,432 million, exports of NT$205,143 million, and employment totaling 380,152 persons. Compared with the 2022 EGSS accounts, output increased by NT$198,839 million (13.6%), value added rose by NT$72,290 million (16.3%), exports decreased by NT$28,725 million (12.3%), and employment increased by 50,197 persons (15.2%).\nIn the same year, Taiwan’s nominal gross domestic product (GDP) was NT$25,592,854 million. The value added generated by the EGSS accounted for 2.0% of GDP in 2024. Over time, the share of EGSS value added in GDP has risen steadily, increasing from 1.7% in 2020 to 2.0% in 2024.",
        "proj_year": "114",
        "org_name": "環境部統計處",
        "exe_unit": "典通股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1141415960",
        "publish_date": "20260101"
    },
    {
        "chi_title": "114 年空氣污染智慧圍籬推動計畫",
        "chi_subject": "近年來隨科技發展，環境部推行空氣品質物聯網佈建，本計畫旨在透過空污智慧圍籬系統，整合與分析氣象監測、污染源數據及空氣物聯網資料，即時掌握風險潛勢及污染源資訊，以有效執行區域治理。本計畫五大核心目標包含：（一）透過AI人工智慧解析環境感測數據系統分析評估風險潛勢熱區，結合污染源資料庫，提供決策資訊。（二）延續 PID 於熱區進行空氣污染物分布與污染源關聯性分析作業小型試辦作業。（三）優化PID （需租借至少12臺）儀器性能測試及改進報告。（四）固定污染源排放環境中 PID 與氣象資料同化應用個案研究。（五）依貴署整體業務推動及政務執行重點，提供相關專業技術支援及其他配合事項。 \n\n主要執行內容與成果摘要如下： \n1、 透過AI人工智慧解析環境感測數據系統性分析評估風險潛勢熱區，結合污染源資料庫，提供決策資訊。已完成(1)介接收集新北市、桃園市、苗栗縣、臺中市、彰化縣、南投縣、臺南市及高雄市空氣監測資料及氣象資料，並依數據資料製作共三季區域治理與風險潛勢分析報告。(2)系統已完成發展熱點事件判讀、逆軌跡溯源及工廠排放特性分析等演算法。(3)已完成開發「工廠排放行為指標系統」(EBI)。(4)已完成修訂「污染熱點參數選取」」PM2.5 濃度門檻值。(5)因應環境部 IoT平臺改版作業重新介接 IoT 資料。(6)已完成修訂視覺化查詢頁面「警戒區」之警戒值以及HEI色階級距。 \n\n2、 延續 PID 於熱區進行空氣污染物分布與污染源關聯性分析作業小型試辦作業。已完成(1)既有 50 臺二階 PID 感測器持續收集監測數據、維運、維護。(2)完成三次現場校正作業。(3)介接苗栗縣PID並持續收集與分析監測數據。(4)規劃開發以E-Mail每雙週發送污染潛勢資訊予廠商。(5)提交共三季區域治理與自主管理評估報告書。 \n\n3、 優化 PID （需租借至少 12 臺）之儀器性能測試及改進報告。已完成(1)12 臺 PID 感測器上光化測站一致性比對。(2)已釐清相對濕度與風速對PID 感測器的影響效應。(3)南崗產業園區環境場域測試以及運作時間測試。(4)調整優化PID 感測器採集功能（含機構設計）與環境場域測試供電設計。(5)調整優化手持式 PID 戶外箱與其專用穩壓供電設計。(6)PID 感測器校正與維護管理程序。(7)針對優化PID感測器優化控制設計，已提出性能測試及改進報告。 \n\n4、 固定污染源排放環境PID與氣象資料同化應用個案研究。已完成(1)三維資料同化、(2)開發三維擴散模式系統、(3)進行三場次PID工廠煙道與周界量測作業。 \n\n5、 依貴署整體業務推動及政務執行重點，提供相關專業技術支援及其他配合事項。已完成(1)產業自主宣導說明會一場次。(2)三區環管中心系統教育訓練三場次。(3)辦理三區 TrackAIR 平臺使用討論會議。(4)籌備總統盃黑客松相關事宜；並提案初選入審前20強；已完成出席團隊工作坊。",
        "eng_title": "Project for the Promotion of the Air Pollution Smart Fence System",
        "eng_subject": "In recent years, with the advancement of technology, the Ministry of Environment (MOENV) has promoted the establishment of an air quality \nInternet of Things (IoT) network. This project aims to develop an intelligent air pollution system that integrates and analyzes meteorological data, emission source information, and air quality IoT data to enable real-time identification of risk hotspots and pollution sources, thereby enhancing the effectiveness of regional air quality management.The project’s five core objectives are as follows: 1. Utilize artificial intelligence (AI) to systematically analyze environmental sensing data and assess high-risk pollution hotspots, integrating pollutant source databases to provide decision-making insights.2. Continue pilot operations using second-tier air quality sensors PID in hotspot areas to analyze the spatial distribution of air pollutants and their correlations with emission sources. 3. Optimize and evaluate the performance of second-tier air quality sensors PID—with at least 12 units to be rented—and prepare an instrument performance testing and improvement report. 4. Conduct a case study on the assimilation of PID and meteorological data within environments influenced by stationary pollution sources.5. Provide relevant technical support and assist in other tasks in line with the Ministry’s policy priorities and administrative initiatives. The primary implementation activities and summary of outcomes are as follows: 1. Utilize artificial intelligence (AI) to systematically analyze environmental sensing data and assess high-risk pollution hotspots by integrating pollutant source databases to provide decision-making insights. The following tasks have been completed: \n(1) Integrated and collected air quality and meteorological monitoring data from New Taipei City, Taoyuan City, Miaoli County, Taichung City, Changhua County, Nantou County, Tainan City, and Kaohsiung City, and produced three quarterly regional governance and pollution potential analysis reports based on the data. (2) Developed algorithms for hotspot event interpretation, backward trajectory tracing, and factory emission characteristics analysis. (3) Established the Emission Behavior Index (EBI) system for evaluating factory emission activities. (4) Revised the PM2.5 concentration threshold parameters used for selecting pollution hotspot indicators. (5) Reintegrated IoT data in response to the MOENV’s IoT platform system upgrade. (6) Updated the alert thresholds and High Emission Index (HEI) color scale intervals for the “Alert Zone” section on the visualization query interface. 2. Continue pilot operations using second-tier air quality sensors PIDin hotspot areas to analyze the spatial distribution of air pollutants and their correlations with emission sources. The following tasks have been completed: (1) Continued data collection, operation, and maintenance of 50 existing second-tier PID sensors. (2) Completed three rounds of on-site calibration operations. (3) Integrated second-tier PID sensors in Miaoli County and continued monitoring and data analysis. (4) Developed a biweekly email notification system to automatically send pollution potential information to factories. (5) Submitted three quarterly reports on regional governance and self-management assessment.3. Optimize and evaluate the performance of second-tier air quality sensors PID — with at least 12 units to be rented — and prepare an instrument performance testing and improvement report. The following tasks have been completed: (1) Conducted consistency comparison between 12 PID sensors and a photochemical monitoring station. (2) Clarified the influence effects of relative humidity and wind speed on PID sensor performance. (3) Performed environmental field testing and operation time testing at the Nangang Industrial Park .\n(4) Adjusted and optimized the PID sensor data acquisition function (including structural design) and power supply design for environmental field testing. (5) Improved and optimized the design of the handheld PID outdoor enclosure and its dedicated voltage stabilization power supply system. (6) Established calibration and maintenance management procedures for PID sensors. (7) A performance testing and improvement report has been submitted for the optimization and control design of the PID sensors. 4. Conduct a case study on the assimilation of PID and meteorological data within environments influenced by stationary pollution sources. The following tasks have been completed: (1) Prepared datasets for three-dimensional data assimilation. (2) Developed a three-dimensional dispersion modeling system. (3) Conducted three measurement campaigns for PID monitoring at factory stacks and surrounding perimeters.",
        "proj_year": "114",
        "org_name": "環管署環境執法組",
        "exe_unit": "銓崴國際有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1141381582",
        "publish_date": "20251229"
    },
    {
        "chi_title": "114年度嘉義市清淨空氣整合推動計畫",
        "chi_subject": "藉由執行本計畫統整嘉義市各空氣品質改善維護計畫成果，並就各項管制策略執行進度進行追蹤，適時提出建議，達到持續改善空氣品質之目的。本計畫執行期間自114年1月1日起至114年12月15日止，主要工作項目執行成果摘要如下：\n嘉義市AQI>100 比例由109年13.7%降至113年10.4%，改善率24.0%，114年起AQI標準加嚴，114年(至11月)為12.3%，其中PM2.5占6.9%(去年同期為6.0%)，O3_8hr占4.5%(去年同期為4.8%)，PM10占0.9%(去年同期為0.0%)。114年該期間嘉義市計發生3站日(去年同期為2站日) AQI>150中級預警(紅色警示)事件，經成因分析發現114年中級預警主因1站日為境外污染影響、2站日為高壓迴流(偏東風)。114年(至11月)PM2.5(手動)及SO2濃度較113年同期惡化2%及6%，PM2.5(自動)及O3-8hr第95%高值濃度則改善11%及1%。\n針對本市污染防制計畫(113年至116年)，依照各類污染源管制策略擬訂防制目標，34項管制措施包括精進行業減量技術10項、車輛及機具全盤掌握7項、建構跨部會專案管理5項、區域開發重點監控2項、特定季節強化應變2項、連結淨零政策減污4項、經濟誘因推動減量1項、綜合管理及輔助工具2項、跨域合作管制項目1項。114年(至10月)PM10、PM2.5、SOx、NOx及NMHC減量目標達成率分別為101.3%、111.1%、194.2%、129.8%及139.8%，所有污染物均已超越預定之減量目標。\n協助114年參與「雲嘉南高屏交流協商會議」、「嘉義縣市區域合作治理機制會議」2場次，「中臺灣區域治理平台-空污環保組」會議」2場次，工作檢討會議2場次，協助完成召開清淨空氣推動委員會議2場次及環境改善組會議2場次。\n本市114年(至11月)總計實施空氣品質不良通報應變85次，達中級預警設立「地方防制指揮中心」計11次，達初級預警自主成立「局應變中心」計74次。上述通報應變以PM2.5達53次最高，其次為PM10達19次及O3-8hr達13次。\n本市空氣品質淨化區基地共7處，綠化面積4.25公頃，基地類型為裸露地綠化3處、環保公園2處，自行車道2處，已全數由民間認養。完成全市空拍裸露地調查，運用「Google Earth系統」及「國土測繪圖資服務雲系統」輔助，即時掌握及建置裸露地基本資料，內容包含區域、地號、經緯度、面積、土地類型、空拍圖及現況照片，達到有效控管之目的，113年以轄內東區開始至西區，已建檔36筆(公有土地21筆、私有土地15筆)；114年持續查核東、西區範圍，已建檔16筆(均私有土地)，統計至114年已建檔總計52筆。\n完成10場次空氣污染防制防護觀念宣導活動(含5場次種子講師宣講，5場次校園、里社區及大型設攤活動宣導)，總計宣導2,035人次，配合有獎徵答或輪盤及桌上型遊戲道具與民眾互動。每月發佈空氣品質相關知識及健康防護觀念之宣導圖文，並利用社群媒體定期發佈空氣污染防制防護相關知識，已登載12則。\n依據環境部公布之114年度「直轄市及縣（市）政府環境保護績效考核計畫」，本計畫統計大氣司考核階段成果「空氣品質維護與噪音管制績效」項目第三季自評得分(含加分項)為78.8分，預估年度自評得分(含加分項)為93.0分。",
        "eng_title": "2025 Chiayi City Clean Air Integrated Management Plan",
        "eng_subject": "The implementation of this plan is to grasp the long-term change trend of air quality in Chiayi City, through work effectiveness evaluation and technical support, and then develop appropriate air pollution control measures. The implementation period of this year's project is from January 1, 2025 to December 15, 2025. The summaries of the main works are as follows：\nBased on the 5-year monitoring data between 2020 and 2024 in Chiayi City, the AQI>100 ratio drops from 13.7 % to 10.4% (24.0% improvement rate). As of November, the AQI>100 ratio in 2025 is 12.3%, the AQI>100_PM2.5 ratio, AQI>100_O3_8hr ratio and AQI>100_PM10 ratio are 6.9%, 4.5% and 0.9%, respectively; the red alert poor air quality station days(AQI≧151) has increased from 2 days in 2024 to 3 days in 2025. The analysis of the 3 AQI>150 station days (red alert) events in Chiayi City in 2025 has been completed, and the results show the pollution from transboundary transmission (1 day) and high pressure return flow (2 days). As of November, PM2.5(manual) and SO2 concentrations increased by 2% and 6% respectively (2024-2025), while PM2.5 (automatic) and O3_8hr_95% decreased by 11% and 1% respectively (2024-2025).\nTo develope the city's air pollution control plan from 2024-2026 based on MOENV’s guidelines and reduction calculation manual, which total 34 control measures, including 10 measures for industry reduction technologies, 7 measures for comprehensively managing vehicles and equipment, 5 measures for cross-departmental management, 2 measures for regional development monitoring, 2 measures for strengthening response in specific seasons, 4 measures for net-zero carbon emission, 1 measure for economic incentives, 2 measures for integrated management and support tools, and 1 measure for cross-regional cooperation. The reduction achievements\/targets (achievement tatio) are as follows: PM10: 101.3%, PM2.5: 111.1%, NOx: 129.8%, SOx: 194.2% and NMHC: 139.8%.\nThe proejct participated in  “Yun-Chia-Nan and Kao-Ping exchange and consultation meetings” and 2 sessions of “Chiayì County and City regional meetings, 2 sessions of “Central Taiwan regional governance platform-air pollution protection group meetings”. 2 sessions of  “work performance review meetings”, and 2 sessions of “Chiayi City Clean Air Promotion Committee”(including group meetings).\nAs of November, a total of 85 notifications of poor air quality were implemented (including holding 11 command centers). Among them, the number of PM2.5 notifications reached 53 times, O3-8hr reached 13 times, and PM10 reached 19 times.\nThere are 7 air quality purification areas in the city. The project has promoted the adoption rate to reach 100% for 5 consecutive years; to conduct monthly reviews to report to the Ministry of Environment. The Google Earth system and Land Surveying and Mapping Service Cloud System are applied to execute investigation of aerial photography of exposed bareland to build basic information, including region, land number, longitude and latitude, area, land type, and aerial photography. As of December, 21 public and 31 private lands have been recorded in East District, and it will continue to investigate the rest of public and private exposed land.\nA total of 10 air pollution prevention and protection advocacy activities have been held, including 5 propaganda are scheduled for seed lecturers. With rewarded quizzes or games to interact with the public, 2035 people participated in. To use social media to publish knowledge about air pollution prevention and protection monthly. Currently, 12 advocacy news was released by press and media regularly to publish relevant knowledge on air pollution prevention and protection.\nAccording to MOENV’s “ Environmental protection performance evaluation plan in 2025”, the self-assessment of air quality improvement work performance evaluation for Chiayi City scores 78.8 until the third season of 2025, while annual evaluation scores 93.0 to seek for high scores in the end-of-year assessment.",
        "proj_year": "114",
        "org_name": "嘉義市政府環境保護局",
        "exe_unit": "鼎環工程顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1141069642",
        "publish_date": "20260101"
    },
    {
        "chi_title": "114年推動焚化再生粒料港區填築應用專案工作計畫",
        "chi_subject": "將無機資源物或廢棄物經處理後產製之無機再生粒料取代天然材料，不僅有助於資源循環利用，更能減少天然資源之開採與枯竭，此類技術與應用已在歐盟、日本等先進國家行之有年。惟我國目前再利用仍多集中於規模小、區位分散之陸域工程，受限於經費規模與區域發展，去化量不穩定，而港區造地填築工程需求量體大、區位集中、便於管理等特性，為再生粒料長期穩定應用的重要場域。本計畫依「再生粒料應用於港區填築工程綱要計畫」，盤點各部會推動之港區填築規劃與進度，並追蹤「造地填築作業程序」之實施情形，提供無機再生粒料於港區填築去化分配參據；蒐集並參酌國外評估結果與案例，提出我國可再評估於港區擴大應用之粒料種類與工程項目；針對無機再生粒料應用於港區工程之環境安全性評估，包含無機再生粒料於港區水面上工程應用監測、焚化再生粒料於港區填築試驗監測及焚化再生粒料於全氟烷基物質之新興污染物檢測，以強化無機再生粒料於港區應用之可行性。",
        "eng_title": "Final Report on the 2025 Initiative for Advancing Port Reclamation Applications of Incineration Recycled Aggregates",
        "eng_subject": "Replacing natural materials with inorganic recycled aggregates derived from treated inorganic resources or wastes not only promotes resource circulation but also reduces the extraction and depletion of natural resources. Such technologies and applications have been widely implemented for many years in advanced countries, including those in the European Union and Japan. However, in Taiwan, the reuse of these materials is still predominantly limited to small-scale and spatially dispersed land-based engineering projects. These projects are often constrained by limited budgets and regional development challenges, resulting in inconsistent material consumption. In contrast, port land reclamation and fill projects, characterized by large material demands, centralized locations, and ease of management, offer favorable conditions for the long-term and stable application of recycled aggregates. In alignment with the “Master Plan for the Application of Recycled Aggregates in Port Reclamation Projects,” this project inventories the port reclamation plans and progress promoted by various government agencies and monitors the implementation status of the “Land Reclamation Operational Procedures,” providing a basis for the allocation and utilization of recycled aggregates. Furthermore, by collecting and referencing international evaluation results and case studies, the project identifies additional types of aggregates and engineering applications that may be further considered for expanded use in domestic port projects. Environmental safety assessments related to the application of inorganic recycled aggregates in port engineering have been conducted, including environmental monitoring of above-water applications, trial reclamation monitoring using incineration-derived recycled aggregates, and testing for emerging contaminants such as per- and polyfluoroalkyl substances. These efforts aim to strengthen the technical and environmental feasibility of applying inorganic recycled aggregates in port infrastructure development.",
        "proj_year": "114",
        "org_name": "循環署循環處理組",
        "exe_unit": "財團法人工業技術研究院",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1141038323",
        "publish_date": "20260102"
    },
    {
        "chi_title": "114年度臺中市氣候變遷減緩及調適計畫",
        "chi_subject": "本期「臺中市氣候變遷減緩及調適計畫」整體工作著重於建構市府因應氣候變遷的治理能量，透過盤點氣候衝擊現況、執行溫室氣體減量與調適方案成效檢視、完成水資源調適分析、推動教育宣導與跨局處協作機制等工作，全面檢視臺中市在高溫、淹水、坡地災害與乾旱等四大風險下的暴露度、脆弱度與危害度，並提出後續調適策略。計畫同時強化市府部門在淨零與調適工作的執行與追蹤管理，包含溫室氣體減量、低碳場域建構、海岸保育、水資源利用效率提升及汙水處理再利用等成果，搭配論壇、研討會及教育推廣活動，提升公私部門與市民對氣候變遷的理解與共識。整體而言，本報告不僅呈現臺中市當前氣候風險與既有成果，也作為未來推動跨部門調適策略與淨零行動的重要基礎。",
        "eng_title": "2025 Taichung City Climate Change Mitigation and Adaptation Plan",
        "eng_subject": "This phase of the “Taichung City Climate Change Mitigation and Adaptation Plan” focuses on strengthening the municipal government’s governance capacity to respond to climate change. Through reviewing current climate impacts, assessing the performance of greenhouse gas reduction and adaptation measures, completing a water-resource adaptation analysis, and promoting public education and cross-departmental coordination, the plan comprehensively evaluates Taichung’s exposure, vulnerability, and hazard levels under four major risks—heat, flooding, slope disasters, and drought—and proposes subsequent adaptation strategies. The plan also reinforces the implementation and monitoring mechanisms for net-zero and adaptation actions across city departments, covering achievements such as greenhouse gas reduction, low-carbon environments, coastal conservation, improved water-resource efficiency, and wastewater reuse. Combined with forums, workshops, and public outreach activities, the plan enhances public awareness and strengthens collaboration between government agencies, industry, and citizens. Overall, this report not only presents Taichung’s current climate risks and accomplishments but also serves as an essential foundation for advancing cross-sectoral adaptation strategies and net-zero initiatives in the future.",
        "proj_year": "114",
        "org_name": "臺中市政府環境保護局",
        "exe_unit": "逢甲大學",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1141029751",
        "publish_date": "20251229"
    },
    {
        "chi_title": "廢棄物管理及促進資源循環法治工具檢討研析計畫",
        "chi_subject": "本計畫就資源循環法規制度之國際趨勢、國內修法方向、子法配套、過渡規範、責任裁罰及創新試驗機制等面向，進行全面性法制研析與實務盤點，蒐集歐盟、德國、美國、日本、英國、韓國及新加坡等國資源循環政策與法制發展，歸納由「廢棄物管理」轉向「資源管理」之國際趨勢，並彙整各界對「資源循環推動法」及「廢棄物清理法」修正草案之意見，研提雙法分工、延伸生產者責任、再利用品質認證及創新試驗沙盒制度等精進建議；同時完成施行細則法制作業研析、資源循環雙法草案之子法修正、廢止與增訂之盤點，並就新舊法過渡規定及權責移轉提出具體建議；另就委託清理相當注意義務認定準則及違反廢棄物清理法罰鍰額度裁罰準則之實務疑義進行彙整，提出前開法令之強化修正方向；並綜合國內外法規沙盒制度運作經驗，研提資源循環創新試驗法規沙盒雙軌制設計及配套措施；此外，配合政策推動需求辦理2場次專家諮詢會議及 12場次研商會議，協助製作修法圖卡、簡報及政策說帖，並完成 5則律師法律意見書，作為主管機關推動資源循環雙法修法、法制建構及政策溝通之重要參據。",
        "eng_title": "Review and Analysis Project on Legal Instruments for Waste Management and Promotion of Resource Recycling",
        "eng_subject": "This project conducted a comprehensive legal and practical review of the international trends in circular economy regulations, domestic legislative amendment directions,\nsubordinate legislation frameworks, transitional provisions, liability and penalty regimes, and innovation pilot mechanisms. It systematically collected and analyzed the development of circular economy policies and regulatory systems in the European Union, Germany, the United States, Japan, the United Kingdom, South Korea, and Singapore, and summarized the global trend of shifting from “waste management” to “resource management.” Furthermore, the project consolidated stakeholders’ opinions on the draft amendments to the Resource Circulation Promotion Act and the Waste Disposal \nAct, and proposed enhancement recommendations regarding the functional division between the two Acts, extended producer responsibility, quality certification for renewable materials, and the regulatory sandbox mechanism for innovative trials. In parallel, the project completed legal analyses of the implementation rules, conducted a comprehensive review of the amendments, repeals, and enactments of subordinate legislation related to the proposed Resource Circulation dual Acts, and put forward concrete recommendations on transitional provisions and the transfer of regulatory authorities under the new and existing legal frameworks. Additionally, practical issues \narising from the Guidelines for the Determination of Due Care in Commissioned Waste Disposal and the Penalty Calculation Guidelines for Violations of the Waste Disposal Act were compiled and analyzed, and corresponding directions for strengthening the said legal instruments were proposed. Drawing upon both domestic and international experiences in the operation of regulatory sandbox mechanisms, the project further proposed a dual track design and supporting measures for an innovation regulatory sandbox tailored to resource circulation. In response to policy promotion needs, the project also organized two expert consultation meetings and twelve stakeholder consultation meetings, assisted in the production of legislative amendment infographics, \npresentation materials, and policy briefing documents, and completed five legal opinions issued by attorneys. These outputs serve as key references for the competent authority \nin advancing the legislative amendments, legal framework development, and policy communication of the Resource Circulation dual Acts.",
        "proj_year": "114",
        "org_name": "循環署再利用推動組",
        "exe_unit": "財團法人台灣產業服務基金會",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1140940691",
        "publish_date": "20251231"
    },
    {
        "chi_title": "114年度嘉義縣推動低碳永續家園執行計畫",
        "chi_subject": "114年嘉義縣執行推動低碳永續家園執行計畫主要執行工作共有2大項工作項目包括辦理低碳永續家園及氣候變遷相關業務、及辦理溫室氣體減量相關業務等，推動氣候變遷因應與節能減碳議題之相關規劃、整合與實際改善等實質減碳工作，期以「低碳社區」建構為基礎，結合民間資源及力量，逐步發展「低碳城市」及「低碳生活圈」。\n本計畫各工作項目之推動，透過節能減碳相關宣導活動辦理、各項行動項目改善建置，將溫室氣體減量之重要性、節能減碳觀念及意識傳遞與民眾，藉此讓民眾知道如何從日常生活中，自發性的進行節能減碳，進而達到全民落實生活節能減碳的目的；在嘉義縣民眾積極參與節能減碳相關改造行動過程中，使低碳生活概念深植於本縣參與行動之居民，增進社區民眾對於低碳事務推動之認同與環保榮譽，實際落實低碳永續作為，創造嘉義縣成為低碳永續城市之典範。",
        "eng_title": "114 Chiayi County Implementation Plan for Promoting Low-carbon and Sustainable Homes",
        "eng_subject": "In 2015, the Chiayi County Government implemented the Low-Carbon Sustainable Community Promotion Plan, which comprised two major work items: conducting low-carbon sustainable community and climate change-related business, and conducting greenhouse gas reduction-related business. The plan promoted substantive carbon reduction work, including planning, integration, and practical improvements related to climate change response and energy conservation and carbon reduction issues. The goal is to use the construction of “low-carbon communities” as a foundation, combining private-sector resources and efforts to gradually develop “low-carbon cities” and “low-carbon living circles.”\nThe implementation of each work item under this plan involves organizing energy conservation and carbon reduction promotional activities and improving and establishing various action items. This aims to convey the importance of greenhouse gas reduction, energy conservation, and carbon reduction concepts and awareness to the public, enabling them to understand how to voluntarily engage in energy conservation and carbon reduction in their daily lives, thereby achieving the goal of universal implementation of energy conservation and carbon reduction in daily life. Through the active participation of Chiayi County residents in energy conservation and carbon reduction initiatives, the concept of low-carbon living will be deeply rooted among residents involved in these actions. This will enhance community members' recognition of low-carbon initiatives and environmental pride, effectively implementing low-carbon sustainable practices, and establishing Chiayi County as a model for low-carbon sustainable cities.",
        "proj_year": "114",
        "org_name": "嘉義縣環境保護局",
        "exe_unit": "方達科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1140901007",
        "publish_date": "20260102"
    },
    {
        "chi_title": "114年度跨系統資料整合展示及AI服務導入管理平臺建置案",
        "chi_subject": "隨著全球邁入智慧治理時代，以及環境部組織改制後對資訊協作與效率提升的強烈需求，本計畫旨在優化環境管理署在數據應用深化方面的潛力。為此，「114年度跨系統資料整合展示及AI服務導入管理平臺建置計畫」以生成式AI賦能為核心策略，成功建置了統一的資訊整合與智慧應用平臺，有效支持環管署邁向高效能、高透明度的數位治理目標。\n在資料整合與展示方面，本計畫建置了包含「以空間串聯既有儀表板」在內的6項主題式儀表板。這些儀表板將垃圾處理、環境衛生、環境執法及土壤及地下水等四大業務領域的資訊，透過互動式介面進行統一視覺化。此設計大幅優化了數據獲取的流程，相較於過去多步驟的跨系統查閱模式，查詢時間至少可節省70%以上，顯著提升了資訊彙整的效率。\n本計畫更進一步透過導入大型語言模型(LLM)與檢索增強生成(RAG)技術，全面提升了行政與公共服務的效率。平臺內建置的「萬字知識助理」，開發了如「紀錄彙整」、「判決書分析」、「新聞助寫」及「廢清法多版次查詢」等多項專用任務助理。其中，「紀錄彙整」功能透過智能分析與結構化輸出，大幅加速了文件處理時程，總體平均反應時間僅約53秒，整體作業時間平均縮短達82%。針對複雜的司法文書，「判決書分析」亦透過LLM套用專屬模板，將分析整理時間節省約80.9%，並保持高達92.6%的重點資訊涵蓋率。過往需耗時數小時才能寫出的新聞稿，透過「新聞助寫」可以縮短到30秒內產出。此外，「廢清法多版次查詢」的原文還原率達100%，為行政執法提供了穩定且精確的法規支持。\n對外服務方面，本計畫建置的「引導式AI客服」，透過自動化語意解析與服務連結，大幅縮短民眾查詢環管署業務資訊的時間，平均查詢時間由2分鐘降至30秒，資訊獲取效率提升約75%，且經人工實測，整體回答正確率達90.9%。本計畫的成果展現了透過智慧化工具，不僅成功優化了內部知識管理的連貫性，更以高效率、高品質的服務，全面提升了環管署的行政效能與公共服務體驗。",
        "eng_title": "Project for the Establishment of a Cross-System Data Integration, Visualization, and AI Service Management Platform for 2025",
        "eng_subject": "In response to the global trend of smart governance and the pressing need for information synergy and efficiency enhancement following the organizational restructuring of the Ministry of Environment, this project aims to optimize the potential of the Environmental Management Administration (EMA) in deepening data applications. The Project for the Establishment of a Cross-System Data Integration Display and AI Service Management Platform for 2025 adopted generative AI enablement as its core strategy, successfully establishing a unified platform for information integration and intelligent applications, thereby supporting the EMA's pursuit of highly efficient and transparent digital governance goals.\nIn the area of Data Integration and Visualization, this project established six thematic dashboards, including the Spatial Connection of Existing Dashboards. These dashboards uniformly visualize information across four major business domains—waste management, environmental sanitation, environmental enforcement, and soil and groundwater—through interactive interfaces. This design significantly streamlined the data retrieval process; compared to the multi-step cross-system access model previously employed, query time has been reduced by at least 70%, substantially enhancing the efficiency of information synthesis.\nFurthermore, by integrating Large Language Models (LLM) and Retrieval-Augmented Generation (RAG) technology, this project has comprehensively boosted administrative and public service efficiency. The Ten-Thousand-Character Knowledge Assistant within the platform developed multiple specialized task assistants such as Record Compilation, Judgment Analysis, News Drafting, and Multi-Version Waste Management Act Query. Specifically, the Record Compilation feature utilizes intelligent analysis and structured output to significantly accelerate document processing, resulting in an average response time of about 53 seconds and an overall work time reduction of 82%. For complex judicial documents, Judgment Analysis utilizes the LLM template to save approximately 80.9% of processing time while maintaining a high core information coverage rate of 92.6%. News releases that previously took hours to write can now be produced in under 30 seconds via News Drafting. Additionally, the Multi-Version Waste Management Act Query achieved a 100% original text restoration rate, providing stable and precise legal support for administrative enforcement.\nRegarding external services, this project implemented a Guided AI Customer Service. Through automated semantic analysis and service linking, it has reduced the public's average query time from 2 minutes to 30 seconds, improving information acquisition efficiency by approximately 75%, with manual testing confirming an overall answer accuracy rate of 90.9%. The achievements of this project demonstrate the successful use of intelligent tools to not only optimize the continuity of internal knowledge management but also enhance the EMA's administrative performance and public service experience through highly efficient and quality services.",
        "proj_year": "114",
        "org_name": "環管署綜合規劃組",
        "exe_unit": "環資國際有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1140894439",
        "publish_date": "20251229"
    },
    {
        "chi_title": "114年臺中市健全稽查專精能力及專業跨域支援量能",
        "chi_subject": "本計畫旨在於臺中市台61線沿線閘道口及棄置熱區建置與維運「非法棄置智慧圍籬」，以預防及嚇阻不肖業者非法棄置廢棄物。執行期程為114年1月1日至10月31日，主要目標如下：\n一、建置智慧化稽查輔助設備\n於5處監控點架設監視器（每處至少3部），透過4G網路即時傳輸影像。系統將開發車型、車牌及車斗內容物辨識模組，車牌辨識率須達白天75%、夜間60%以上。\n二、建立智慧圍籬查詢平台與資料勾稽機制\n建置含GIS儀表板、事件展點、歷史查詢及異常告警功能的平台。系統串接環管署及資源循環署資料，將車牌辨識結果與環保車籍、GPS清運機具資訊比對，轉為主動追蹤模式。\n三、提升稽查專業能力及跨域支援\n聘請專業技術人員支援環保稽查案件2件，並辦理2場次（每場6小時）科技蒐證及AI應用培訓課程，強化人員影像辨識與車輛軌跡分析能力。\n四、資安與行政配合要求\n進行半年1次弱點掃描及原始碼檢測，確保無中高風險漏洞；定期更新備份，資安事件36小時內復原。依C級資通安全責任等級執行防護措施，設置嚴格權限與密碼管理機制。廠商須遵循《資通安全管理法》，於事件1小時內通報，履約終止後銷毀所有資料。",
        "eng_title": "Taichung City Program for Strengthening Inspection Expertise and Cross-Domain Professional Support",
        "eng_subject": "This project aims to establish and maintain a Smart Fence system along ramp entrances and illegal dumping hot zones near Provincial Highway 61 in Taichung City to prevent and deter unlawful waste disposal. Running from January 1 to October 31, 2025, it involves installing monitoring equipment at five key locations, each with at least three cameras to capture vehicle fronts, rears, and cargo, transmitting images via 4G, and using AI modules for vehicle type, license plate, and cargo recognition with required accuracy standards. A smart monitoring platform with GIS visualization, event mapping, historical searches, anomaly alerts, and statistical reports will be developed, integrating recognition results into government systems for proactive tracking by cross-referencing vehicle registration and GPS anomaly data. The plan also includes professional support for enforcement cases and two training sessions to boost officers’ expertise in AI-based evidence collection. Cybersecurity measures require semiannual vulnerability scans and source code checks, regular updates and backups, incident recovery within 36 hours, strict access control, and compliance with the Cybersecurity Management Act, with mandatory one-hour incident reporting and secure data deletion after contract completion.",
        "proj_year": "114",
        "org_name": "臺中市政府環境保護局",
        "exe_unit": "振興發科技有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1140871013",
        "publish_date": "20260101"
    },
    {
        "chi_title": "114年推動無機再生粒料陸域工程應用專案工作計畫",
        "chi_subject": "本計畫主軸於無機再生粒料於陸域工程應用及管理工作，本年度計畫工作如下：\n配合流向盤整、現場訪視、特性及溶出檢測及問題研析，掌握重點循環流向並研擬強化SRF衍生灰渣之循環利用及管理措施。 \n透過實際驗證評估再生粒料潛在用途及編修規範手冊，盤整縣市應用現況及中央相關部會做法，結合臺灣2050淨零排放及資源循環零廢棄，研析縣市、中央無機再生粒料推廣應用於公共工程應用作法。 \n協助推動臺灣無機資源循環聯盟運作相關工作，盤整相關綠色標章應用現況並研提導入低碳循環工程作法，完成綠建材認可標章可行性評估試驗，輔導廠商申請標章，推動再生粒料應用再生建材及相關產業。 \n推動水泥廠作為資源循環中心，盤點現況及低碳水泥生產作法、檢討問題提升水泥業使用替代原料及燃料。",
        "eng_title": "Project of application management for inorganic recycled materials in onshore engineering in  2025",
        "eng_subject": "The main research direction of this project is the application and management of inorganic recycled aggregates in land-based engineering. The main tasks are as follows：\nConduct mass-flow consolidation, on-site inspections, characteristics and leaching tests, and issue analysis to identify key circulation pathways. Develop measures to strengthen the circular use and management of SRF-derived ash\/residues. \nThrough field trials and validations, assess the potential uses of recycled aggregates and revise technical specifications\/manuals. Compile the current status of municipal applications and central-government practices. In alignment with Taiwan’s 2050 Net-Zero and Zero-Waste Resource Circulation goals, analyze promotion approaches for deploying inorganic recycled aggregates in public works at both municipal and central levels. \nSupport the operation of the Taiwan Inorganic Resource Circulation Alliance. Take stock of the application status of relevant green labels, propose low-carbon circular engineering practices, complete feasibility tests for Green Building Material Label recognition, mentor companies in label applications, and promote the use of recycled aggregates in recycled building products and related industries.\nPromote cement plants as resource circulation centers by surveying the current situation and low-carbon cement production approaches. Review bottlenecks and propose actions to increase the cement industry’s use of alternative raw materials  and alternative fuels.",
        "proj_year": "114",
        "org_name": "循環署循環處理組",
        "exe_unit": "環興科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1140869344",
        "publish_date": "20260102"
    },
    {
        "chi_title": "114年度土壤及地下水污染調查及查證工作計畫-臺南市",
        "chi_subject": "技佳工程科技股份有限公司協助臺南市政府環境保護局執行「114年度土壤及地下水污染調查及查證工作計畫」（以下稱本計畫），執行期程自114年01月01日至114年12月20日止。本計畫整體工作目標包括：(1)土壤調查作業、(2)地下水調查作業、(3)污染場址監督查核、監測及驗證作業、(4)加速改善場址、(5)貯存系統管理作業、(6)公告事業管理作業、(7)技師簽證案件查核、(8)農地污染預防管理、(9)事業土水污染預防管理、(10)工業區地下水周界預警監測工作、(11)辦理爭訟案件作業、(12)水體底泥品質濃度、(13)緊急應變工作、(14)教育訓練宣導及行政配合事項等14項，整體工作進度達成率100%，茲摘要各工作執行成果分述如下：\n一、土壤調查作業\n(一)污染查證：白河區農地稻米檢出無機砷超標後，進行土壤採樣調查，結果均低於污染監測標準，初判無污染疑慮。\n(二)監測作業：官田區南廍段一筆地號連續兩年鋅濃度超過監測標準，依原則持續追蹤，列入後續監測重點。\n二、地下水調查作業\n(一)定期監測：歸仁、善化、仁德等區6口監測井重金屬濃度低於監測標準，趨勢檢定顯示多數井位污染穩定或改善，但因部分場址污染源尚未清除，建議持續每年監測1次。\n(二)氟鹽關注：保甲段1233-0000地號檢出氟鹽超標，Mann-Kendall 趨勢濃度呈下降趨勢，場址周邊無人飲用或農作風險，仍建議持續每年監測1次。\n(三)監測井外觀巡查及維護修繕工作：監測井外觀巡查完成上、下半年度監測井內外部巡查180口監測井，完成維護修繕監測井10口廢井作業、井體修復10口、內部功能維護34口、18口再次完井及異物排除4口。\n三、污染場址監督查核、監測及驗證作業\n \n執行列管場址監督、審查及驗證等重點工作，期間共完成 356次現場巡查，查核結果與紀錄均已上傳至環管署系統，以確保列管場址執行作為符合法規要求。針對報告書部分，協助審查包括調查、整治、控制、健康風險評估及驗證等報告共95件，審查平均天數為 3天\/件，有效控制於環保局規範之 5天內完成率達100%，確保行政效率與品質。另針對污染驗證及查證作業，辦理 7處場址驗證作業，包含 2處整治場址、2處控制場址與 3處七條五場址，共7處場址已完成解除列管。\n四、加速改善場址\n以感應電磁法與地電阻法評估掩埋廢棄物體積約10,800 m³。健康風險評估顯示採行「禁止地下水使用」管理措施後，致癌風險6.03×10⁻⁷、非致癌4.60×10⁻²，皆低於可接受標準。建議採長期監測及風險管理，避免高成本清除。\n五、貯存系統審查及調查相關作業\n(一)案件審查：為強化轄內貯存系統管理效能，針對網路申報資料、系統設置文件、現場查核及法規符合度進行全方位管控。113年第三次及114年第一次申報及114年第二次申報皆達100%，顯示業者已建立申報意識。針對5案完成籌建及完工報告審查，確保設施符合法規。\n(二)現場查核部分，依環管署具污染潛勢名單，於114年4月執行20站地下儲槽系統查核與土壤氣體監測，無測值超過500 ppmV情形，無需持續追蹤；另針對申報異常的久井安吉及三民路加油站進行29支測漏管功能與濃度檢測，皆顯示監測井功能正常，FID與PID濃度均低於5 ppmV。法規符合度確認方面，針對112年起新設地下儲槽系統完成7處輔導與查核作業，均符合相關規定。同時對111至113年間曾被輔導但未改善的地上儲槽系統及貯存容器進行複查，共27處中已有26處完成改善並符合法規，僅1處三億麥芽實業有限公司仍因防溢堤容量不足未達標準。\n(三)污染潛勢查核：200公升以上未達1000公秉汽柴油地上儲槽污染潛勢查核兩站之土壤氣體監測井功能均正常，具良好密封性與監測效能；PID及FID量測值均低於86.4 ppmV，未超過《地下儲槽系統污染防治管理辦法》警戒值1\/2（250 ppmV），顯示目前地表與地下環境中未出現揮發性油氣異常累積情形。 \n六、公告事業管理作業\n審查公告事業提送之土壤污染評估調查與檢測資料共256件，皆透過線上申報系統提送電子資料與同意函，並由環境工程技師完成簽證填報。查核作業方面已完成35件，部分案件因採樣前場址資訊蒐集不足，導致現場需調整佈點與檢測項目。完成查核案件後，亦比對提送之資料與現場查核內容。今年度95件新提案件中以完整性缺失件次為最多，其次為合理性，而適法性為最少，其餘案件無重大缺失。\n七、技師簽證案件查核\n環管署下達名單，執行113年度8位簽證技師之書面查核，已完成委員意見及技師陳述彙整，8月召開第一階段審查會議，其中6案為第一級缺失及2案不納入缺失，以強化技師簽證品質管理。\n八、農地污染預防管理\n執行期間完成灌溉水及農地土壤環境勘查，共初驗53組灌溉水樣，僅有導電度與酸鹼值部分接近灌溉水質基準值，經6組複驗確認重金屬濃度（總鉻、銅、鎳、鋅）均符合灌溉水質基準，未發現污染情形。土壤監測方面，共2筆農地篩測值超過監測標準，其中安定S01為鉻、鋅略高，惟未發現工廠廢水介入或廢棄物堆置，疑與既有背景值相關；善化S01為砷濃度略高，研判源自地下水天然成分，非人為污染。其餘15組優良保護區農地均低於監測標準，顯示整體環境品質良好。綜合灌溉水與土壤檢測結果，未見污染異常，無需進一步執行灌溉渠道樹脂膠囊放置與污染來源追查，建議後續持續例行巡查與監測，以確保農業灌溉環境安全。\n九、事業土水污染預防管理\n(一)加強管理群（A群），於3月24日辦理行前說明會，共53人參與。5月12日至20日依排程完成38家事業現勘作業，並提醒業者備妥基本資料。經現勘評估，4家事業（旭成化學、台昌樹脂、泰茂實業、瑞華實業）評為高污染潛勢（REC分數8分以上），其中二家經查證無污染之虞(台昌樹脂企業股份有限公司及泰茂實業股份有限公司)，請業者落實事業自主污染預防管理計畫，避免土壤及地下水污染之虞。旭成化學工業股份有限公司及瑞華實業股份有限公司土壤重金屬超出管制標準，檢視整體製程、使用原物料，均與查證結果超標污染物一致，依土污法規定要求旭成化工公司及瑞華實業公司進行後續污染改善工作。\n(二)自主管理群（B群），3月25日辦理兩場說明會，共128人次參與。環管署核定名單計190家，系統資料填報率達100%，其中146家檢核通過、24家限期補正、20家建議執行現場檢核，另有4家為歇業，建議解除管理。\n(三)檢視管理群（C群），4月完成14家事業之污染潛勢查核與基線資料確認，結果顯示12家無明顯污染潛勢，維持C群列管，另2家因涉及廢棄物及土水相關議題，建議提升至B群強化管理。\n十、水體底泥品質濃度\n114年底泥監測於鹽水溪溪頂寮大橋及善化支線灌溉渠道進行熱點分析。結果顯示，兩處底泥重金屬濃度均低於底泥品質指標上限值，溪頂寮大橋鎳濃度略降（由24.5 mg\/kg降至24.1 mg\/kg），沉積環境穩定；善化支線渠內底泥鎳濃度低於下限值，水質及環境均正常。整體兩處底泥品質安全，建議目的事業主管機關依定期監測頻率執行監測，以掌握長期趨勢。\n十一、工業區土壤及地下水品質管理\n根據環管署「工業區周界預警監測井分級監測管理方案」，本市共7處工業區監測井（包含保安、新市、官田、安平、曾文、新營及台南產業園區）各完成一次全項目監測，監測結果皆未發現異常。114年上半年申報資料顯示，所有工業區土壤及地下水監測均未超過管制標準。\n十二、緊急應變工作\n114年臺南市執行5處土壤或地下水採樣作業結果如下：安順廠及二等九號道路東側草叢區監測井重金屬檢測值均符合第二類地下水管制標準，建議持續季檢並對D00268井體抬升以避免積水影響。台灣中油台南供油中心土壤及地下水採樣結果亦均低於管制標準，並建議業者加強內部操作管理以避免洩漏。仁德區保安段0068-0000地號監測井枯水期採樣結果符合管制標準，115年將進行豐水期採樣以觀察污染變化。永康區亞太段650地號監測井氰化物濃度超標，屬控制場址，高污染區需加強整治；上游D00746井濃度接近警戒值，具污染擴散風險，請業者採取必要之整治或預防性管理措施，下游D00747井污染尚未擴散，，地下水污染範圍仍屬局部可控狀態。善化區灣裡段1115-0000地號GW02簡易井鋅濃度略高於管制標準，已設置標準監測井檢測結果8項重金屬低於地下水第二類管制標準。環管署提供相關調查與改善報告給土地關係人，作為未來土地調查或改善作業之參考。\n十三、教育宣導及行政配合事項。\n(一)教育宣導：114年度推動多項環境教育及宣導活動，強化土壤及地下水污染防治知識。3月15日辦理種子講師研習會，邀集25位環境教育人員與志工，透過桌遊活動深化環境保護理念，提升學員理解與宣導能力。同期舉辦5場校園宣導，共244人次參與，採用影片、繪本及互動手作等方式，激發學童學習興趣與自主思考；3月25日辦理太陽光電設施推廣宣導會，吸引62人參與，促進對再生能源設置流程的了解，雖有意願者不到半數，但提升了政策認知；4月18日推動污染場址綠色永續整治輔導會，31人參加，深入介紹綠色整治概念與實務；5月2日於柳營工業區服務中心舉行貯存系統法規說明會，137位相關業者參加，強化對污染管理法規的認識與合作意願；7月4日針對加強管理群事業舉辦土污法第8、9條宣導會，35位業者參與，說明法規修訂與作業要求，提升合規意識。另114年持續印製環境繪本共計發放5套，並維持每月5篇土壤及地下水相關新聞稿發布及每月2篇粉專宣導貼文，強化公眾資訊接觸與環境保護推廣。\n(二)強化列管監測井巡查效率：提升監測井巡查效率為目標，結合GPS定位與雲端地圖管理，改善傳統巡查耗時、人力浪費及資料延遲問題。建置「臺南市監測井基本資料雲端地圖」，整合井號、座標、地號、水質及歷史紀錄，並配合GPS追蹤器實現即時導航與異常回報。成果顯示巡查效率提升20%～30%，作業週期由三個月縮短至兩個月，節省工時並減少約1,604公斤CO₂e排放，促進跨單位資訊共享及資料正確性。優化了監測作業流程，提升環境管理效率，並為智慧化及永續治理奠定基礎。\n(三)績效考核：依據環管署訂定之「114年度地方環保機關土壤及地下水績效考核計畫」與協助環保局執行有關工作項目，於114年度預計得分為100分，自評得分為100分，由於環管署SGM系統因農地污染預防及場址管理、公告事業(8、9條)、貯存系統管理工業區燈號管理、工業區燈號管理及推動設置太陽光電等項評分成績每季\/每年更新緣故，目前系統第三季分數為73.03分。",
        "eng_title": "2025 Soil and Groundwater Pollution Investigation and Verification Work Project - Tainan City",
        "eng_subject": "GEGA ENGINEERS ＆ CONSULTANTS CO., LTD. assisted the Environmental Protection Bureau of Tainan City Government. in implementing the 2025 Soil and Groundwater Pollution Investigation and Verification Work Project (hereinafter referred to as this Project). The implementation period was from January 1, 2025, to December 20, 2025. The overall objectives of this Project include: 1. Soil Investigation Operations; 2. Groundwater Investigation Operations; 3.Contaminated Site Supervision, Inspection, Monitoring, and Verification Operations ; 4.Accelerated Remediation Site Management ;5. Storage System Management Operations; 6. Regulated Enterprises Management Operations ; 7.Professional Engineer (PE) Certification Case Review; 8.Agricultural Land Pollution Prevention and Management; 9.Industrial Soil and Groundwater Pollution Prevention and Management; 10.Perimeter Early-Warning Groundwater Monitoring in Industrial Parks; 11.Litigation and Dispute Case Handling; 12.Water Body Sediment Quality Assessment;13.Emergency Response Operations; 14.Education, Training, Public Outreach, and Administrative Support Tasks. The overall work progress of this Project achieved a 100% completion rate. The execution results of each task are summarized as follows:\n1.Soil Investigation Operations\n(1) Pollution Verification:Following the detection of inorganic arsenic exceeding standards in rice from agricultural land in Baihe District, soil sampling investigations were conducted. All results were below the Soil Pollution Monitoring Standards, and preliminary assessment indicates no contamination concerns.\n(2) Monitoring Operations:In Guantian District, one parcel of land in Nanbu Section showed zinc concentrations exceeding monitoring standards for two consecutive years. In accordance with monitoring principles, the site will continue to be tracked and listed as a priority for subsequent monitoring.\n2.Groundwater Investigation Operations\n(1) Routine Monitoring:Six monitoring wells located in Gueiren, Shanhua, and Rende Districts reported heavy metal concentrations below the Groundwater Pollution Monitoring Standards. Trend analysis indicates that most wells show stable or improving conditions. However, since some pollution sources near certain sites have not yet been removed, it is recommended to continue annual monitoring.\n(2) Fluoride Concern:Fluoride concentrations exceeding standards were detected at parcel no. 1233-0000 in Baojia Section. Mann-Kendall trend analysis shows a decreasing trend. Although there is no drinking water or agricultural use risk in the vicinity, annual monitoring is still recommended.\n(3) Monitoring Well Inspection, Maintenance, and Repair:Semiannual internal and external inspections were completed for 180 monitoring wells. Maintenance and repair work included the decommissioning of 10 abandoned wells, structural repairs for 10 wells, internal function maintenance for 34 wells, re-completion of 18 wells, and removal of foreign materials from 4 wells.\n3.Contaminated Site Supervision, Monitoring, and Verification Operations\nA total of 356 on-site inspections were conducted to implement key tasks related to the supervision, review, and verification of regulated sites. All inspection results and records were uploaded to the Environmental Management Administration (EMA) system to ensure that site management actions comply with regulatory requirements.Regarding report reviews, assistance was provided in evaluating 95 reports, including investigation, remediation, control, health risk assessment, and verification reports. The average review time was 3 days per case, effectively meeting the Environmental Protection Bureau’s requirement of completion within 5 days, achieving a 100% compliance rate and ensuring administrative efficiency and quality.In addition, for pollution verification and confirmation tasks, verification procedures were completed for seven sites, including two remediation sites, two control sites, and three sites regulated under Article 75. All seven sites have been successfully released from regulatory control.\n4. Accelerated Improvement Sites\nUsing electromagnetic induction and electrical resistivity methods, the volume of buried waste was estimated to be approximately 10,800 m³. The health risk assessment indicated that, after implementing the groundwater-use prohibition management measure, the carcinogenic risk was 6.03 × 10⁻⁷ and the non-carcinogenic hazard index was 4.60 × 10⁻², both below acceptable standards. Long-term monitoring and risk management are recommended to avoid the high costs associated with full removal.\n5.Storage System Review and Related Investigations\n(1)Case Review:\nTo strengthen the management effectiveness of storage systems within the jurisdiction, comprehensive control was conducted on online declaration data, system installation documents, on-site inspections, and regulatory compliance. The third declaration of 2024, the first declaration of 2025, and the sec",
        "proj_year": "114",
        "org_name": "臺南市政府環境保護局",
        "exe_unit": "技佳工程科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1140849287",
        "publish_date": "20251231"
    },
    {
        "chi_title": "114年度源頭管理法制研析與消費性產品綠色設計推動計畫",
        "chi_subject": "本計畫執行期間自114年2月21日起，至114年12月10日止，執行成果如下：\n1.\t已完成歐、美、日、韓等國際推動策略與管理趨勢彙整，並提出先自願推動、後法規強制之政策推動評估及規劃期程建議；另配合資源循環推動法（草案）修法進程，協助法令解釋、利害關係人研商意見回覆及相關條文內容修訂工作，並參酌前述蒐整國際案例、管理趨勢內容，提出『擘劃生產者延伸責任綠色設計管理制度』、『強化民眾參與以健全消費者永續市場環境』、『促進綠色設計創新與循環產業升級』等有助於增進我國資源循環再利用之源頭管理整體性策略。\n2.\t已完成歐盟「ESPR首份工作計畫」，以及「顯示器」、「手機與平板」、「家用洗碗機」等共計4項生態設計要求文件重點與完整中譯；另協助研擬我國綠色設計標誌管理制度之規劃建議，並提出1項「消費性產品自願實施綠色設計推動作業要點（草案）」，以及包含「資通訊產品」、「紡織品」等2項綠色設計準則（草案）。而配合電子電器、紡織、家具標竿產業之問卷訪調結果，據以研提包含經濟、採購、輔導、制度、宣傳等5項自願導入綠色設計具體誘因設計建議；另已提出「循環螢幕產品租賃制、功能選配制」及「循環家具整新品服務平台」等2項消費性產品綠色設計創新商業模式。\n3.\t配合發泡塑膠自主回收例行性工作，本團隊已辦理5場次發泡塑膠回收再生廠監督調查作業，並協助計畫執行期間保麗龍協會所提報月報表，以及前一年度(113)業務報告檢核意見之提供，且依照各縣市所回傳之113年廢包裝用發泡塑膠回收情況調查表，協助彙整且與進行協會提報資料進行比對確認。依據前述計畫推動成果，本計畫業已提出115-117年自主回收合約草稿（含條文修訂對照）供參。\n4.\t已辦理2場次回收基金管理會、2場次促委會綠消組、13場次專家諮詢、3場次小型座談研商、2場次中型座談研商等相關會議，並提供綠色設計原則、成長系列論壇手板、部長短影音等3項說明宣傳推廣文宣；另協助提供有關發泡塑膠自主回收合約修訂、修法條文內容等法律諮詢意見（32小時又20分）、專任人員協助及其他臨時配合辦理事項。",
        "eng_title": "Project for the analysis of legal system from source management and the promotion of green design from consumer products in 2025",
        "eng_subject": "This project was implemented from February 21st, 2025 to December 10th, 2025. Here were the results of each work:\n1.\tThis project had compiled international promotion strategies and management trends from Europe, the United States, Japan, and South Korea, and proposed a policy assessment and timeline recommendation of currently voluntary promotion, future mandatory legislation. Furthermore, in conjunction with the legislative process of the Resource Circulation Promotion Act (draft), this project assisted in legal interpretation, responding to stakeholder consultation opinions, and revising relevant provisions. Based on the aforementioned international cases and management trends, this project proposed source management strategies to enhance Taiwan's resource circulation, including planning a green design management system for extended producer responsibility, strengthening public participation to create a sustainable consumer market, and promoting green design innovation and upgrading the circular industry.\n2.\tThis project had completed the compilation and full Chinese translation of key points for Ecodesign for Sustainable Products and Energy Labelling Working Plan 2025-2030, Monitors, Mobile Phones and Slate Tablets, and Household Dishwashers. This project also assisted in drafting Taiwan's green design label management system and proposed a Draft Guidelines for the Voluntary Implementation of Green Design for Consumer Products and two draft green design guidelines for products (Information and Communication Technology Products and Textiles). Based on questionnaire surveys conducted in the electronics, textile, and furniture industries, this project proposed five specific incentives for voluntary adoption of green design, including economic factors, procurement, guidance, systems, and promotion. In addition, this project had proposed innovative business models for green design of consumer products, including a recycled screen rental system and function selection system and a recycled furniture refurbishment service platform.\n3.\tIn conjunction with routine work on the self-recycling of expanded polystyrene (EPS), this project had conducted five investigations of EPS recycling plants. It had also assisted in providing comments on the monthly reports submitted by Chinese-Taipei Expanded Polystyrene Association (CTEPSRA) during the project's implementation period and the business report (2024). Furthermore, based on the 2024 survey forms on the recycling of waste EPS by various counties and cities, this project had assisted in compiling and comparing the data with the information submitted by the CTEPSRA. Based on the aforementioned achievements, this project had submitted a draft contract for 2026-2028 (including a comparison of revised clauses).\n4.\tThis project had already held 2 meeting for Recycling management fund, 2 meeting for Renewable Resource Recycling and Reuse Promotion Committee, 13 meetings for expert consultation, 3 small-scale seminars and 2 medium-sized seminars. It had also provided 3 promotional materials, including green design principles, hand-drawn template for the Growth Series Forum, and short videos for ministers. This project also assisted in providing legal advice (32 hours and 20 minutes) on revising the self-recycling contract for expanded polystyrene (EPS) and the content of the amended legislation, as well as dedicated personnel assistance and other temporary assistance works.",
        "proj_year": "114",
        "org_name": "循環署永續消費回收組",
        "exe_unit": "環興科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1140846944",
        "publish_date": "20260102"
    },
    {
        "chi_title": "事業廢棄物設施標準及越境轉移強化管理計畫",
        "chi_subject": "本計畫執行重點包含兩大主軸：第一部份聚焦於掌握國際廢棄物越境轉移管理趨勢，以接軌國內管理，包含：完成1人次巴塞爾公約第17次締約方大會參與，並參酌公約重點及10個國家\/組織之廢棄物輸出入管理動態，研提我國管理建議。同時修調廢棄物輸出入量能調控與貯存量篩選機制，本年度未篩選出異常項目，關注項目有2項，考量其輸出至OECD國家或為推動永續航空燃油，持續觀察即可。並完成最新季報資料及編訂2份參考文件（事業廢棄物輸出入許可審查參考手冊、廢棄物邊境查驗判定建議及參考案例）初稿，協助邊境管理審查及查驗運用。\n第二部分著重於事業及事業廢棄物設施標準管理，已建立行業大類調查規劃並盤點5大類行業之主管法規、行業家數；推估法定事業與指定事業家數及廢棄物產生量，以掌握第2條事業情形。另參酌日本、韓國及新加坡之事業廢棄物貯存管理法規及5場次訪查，研擬設施標準管理建議，並製作有害事業廢棄物及設施標準參考圖例初稿，以釐清常見疑義。",
        "eng_title": "Enhancement of Industrial Waste Facility Standards and Transboundary Movement Management Plan",
        "eng_subject": "This project centers on two key areas of implementation. The first part focuses on tracking international trends in the transboundary movement of waste to align domestic management practices with global standards. This includes participation in the 17th meeting of the Conference of the Parties to the Basel Convention (COP17) and formulating policy advice based on reviewing key outcomes of the Convention and analyzing waste import\/export management developments across ten countries and organizations. \nIn addition, this project is also dedicated to the adjustment of waste import\/ export capacity control and storage selection mechanisms. No unusual items were identified this year. While two items requiring attention were spotted, they were exported either to an OECD country or for the production of sustainable aviation fuel. Given their destination, continued observation is recommended. \nFurthermore, the latest seasonal report was finalized and two draft reference documents were developed to provide guidance in permit review and border inspection—Reference Manual for the Review of Industrial Waste Import and Export Permits and Reference and Recommendations and Reference Cases for Border Inspection and Identification of Waste.\nThe second part focuses on the management of industrial enterprises and standards for industrial waste facilities. A sectoral survey framework has been established to categorize major industries, identifying the competent authorities, regulatory frameworks, and the number of enterprises across five major industrial categories. Estimates were developed for the number of regulated and designated enterprises, as well as the quantities of waste generated, in order to better understand the industrial activities defined under Article 2 of the Waste Disposal Act.\nIn addition, the project reviewed the regulatory frameworks governing industrial waste storage management in Japan, South Korea, and Singapore, and conducted five on-site visits to gather practical insights. Based on these findings, recommendations for improving facility standard management were formulated. Draft illustrative diagrams for hazardous industrial waste and facility standard references were also prepared to clarify common issues and support consistent interpretation of the regulations.",
        "proj_year": "114",
        "org_name": "循環署再利用推動組",
        "exe_unit": "環科工程顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1140722652",
        "publish_date": "20251231"
    },
    {
        "chi_title": "化學物質風險評估技術建置與整合管理研析計畫",
        "chi_subject": "本年度工作重點包括：協助化學物質危害及暴露評估資料審查與輔導、建立化學物質公開資料及規劃公開方式、優化既有化學物質登錄制度資料蒐集流程與配套措施、以及研析登錄制度與登錄資料評估應用。主要成果摘要如下：(1) 審查19件新化學物質及94件既有化學物質之標準登錄案件，並提供144家次危害及暴露評估輔導與諮詢服務，包含辦理3場線上輔導會議，協助登錄人準備評估資料。(2) 為持續推動既有化學物質危害及暴露評估資訊項目登錄，製作4種物質的危害評估報告範例，經專家諮詢確認內容後，辦理3場說明會，協助相關登錄人瞭解並持續輔導完成風險評估資訊項目之登錄。(3) 依據階層式資料公開架構，完成61種既有化學物質之資料蒐集及適用性專家學者查核，並製作10種物質之危害資料及圖像檔案，徵詢6位專家學者意見，作為後續規劃公開登錄資訊圖像化之參考。(4) 依既有化學物質登錄篩選及管理架構，運用我國登錄申報資料及歐盟、日本之危害分類結果，建立可供相關部會參考的危害特性物質名單1式。綜整現有申報資料與國際危害資訊，提出優先評估或優先填補資訊缺口之物質清單1式，並盤點25種物質可能具有之國際公開資料並提出相關建議。(5) 參考化學物質登錄執行經驗、既有化學物質登錄篩選及管理架構及國際登錄制度發展情形，擬具「新化學物質及既有化學物質資料登錄辦法」修正草案。(6) 參考歐盟、美國及日本風險評估報告之作法，使用我國登錄資料，完成過氧化雙異苯丙基之風險評估報告。(7) 參訪瑞典化學署，研析全球化學物質管理發展趨勢，並就化學物質風險評估、監管模式及跨部會合作機制進行經驗交流。",
        "eng_title": "The Project of Chemical Substances for Risk Assessment and Integrated Management",
        "eng_subject": "Key work priorities for this year included assisting with the review and guidance of hazard and exposure assessment data for chemical substances; establishing and planning public disclosure of chemical substance data; optimizing the data collection process and supporting measures for the existing chemical substance registration system; and analyzing the registration system and the application of registration data evaluations. The main accomplishments are summarized as follows: (1) Reviewed 19 standard registration cases for new chemical substances and 94 for existing chemical substances, and provided hazard and exposure assessment guidance and consultation services to 144 companies, including organizing three online consultation meetings to aid registrants in preparing assessment data. (2) To continue promoting the registration of hazard and exposure assessment information items for existing chemical substances, sample hazard assessment reports for four substances were prepared. After expert consultation and content confirmation, three briefing sessions were held to help registrants understand and complete the registration of risk assessment information items. (3) In accordance with the tiered framework for data disclosure, data for 61 existing chemical substances were collected and subjected to expert and scholar review for applicability. Additionally, hazard data and graphical files for 10 substances were produced, and feedback from six experts and scholars was solicited to serve as a reference for optimizing the visualization of registered information in the future. (4) According to the screening and management framework of the existing chemical substance registration system, domestic registration data along with hazard classification results from the European Union and Japan were used to establish a list of substances with specific hazard characteristics for reference by relevant authorities. Moreover, by integrating existing registration data with international hazard information, a priority list of substances for evaluation or for addressing data gaps was proposed. Data collection for 25 substances was completed, along with related recommendations. (5) Drawing on practical experience in the implementation of chemical substance registration, the screening and management framework of the existing chemical substance registration system, and developments in international registration systems, a draft amendment to the “Regulations of New and Existing Chemical Substances Registration” was formulated. (6) Referencing the methodologies used in risk assessment reports from the European Union, the United States, and Japan, and using domestic registration data, a risk assessment report for dicumyl peroxide was completed. (7) A visit to the Swedish Chemicals Agency was conducted to study global trends in chemical management. During the visit, experience sharing on chemical risk assessment, regulatory models, and interagency collaboration mechanisms took place.",
        "proj_year": "114",
        "org_name": "化學署評估管理組",
        "exe_unit": "瑞昶科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1140669760",
        "publish_date": "20251229"
    },
    {
        "chi_title": "114年度苗栗縣氣候變遷減緩及調適計畫",
        "chi_subject": "因應全球氣候變遷，環境部於112年2月15日公布施行《氣候變遷因應法》，將2050淨零排放目標入法，並增訂氣候變遷調適專章，採取氣候變遷減緩及調適行動，以因應氣候變遷所帶來之衝擊。苗栗縣於同年6月成立「苗栗縣氣候變遷因應推動會」，由縣長擔任召集人，因應氣候變遷議題，透過跨機關局處、團體及產、學、研共同合作，共同推動苗栗縣氣候行動，本年度重點為因應氣候變遷工作推動及配合中央政策落實2050淨零排放規劃，掌握本縣溫室氣體排放資訊，規劃淨零排放項目，執行氣候變遷減緩（溫室氣體減量）、調適等工作，以因應氣候變遷，並達成全面性推動2050淨零排放之目的。\n114年度協助召開2次氣候變遷因應推動會正式會議及1場次臨時會，完成審議苗栗縣「第二期溫室氣體減量執行方案」及「氣候變遷調適執行方案」113年度成果報告，並依法定期程提送環境部氣候變遷署核備，另公開於「氣候資訊公開平臺」供民眾查閱。藉由跨局處、跨單位及跨科室會議，逐步建立本縣氣候變遷減緩及調適的治理與協商機制，凝聚未來推動方向，並提出「苗栗縣2050淨零行動白皮書」初稿，作為本縣邁向淨零路徑之重要參考，做為本縣邁向淨零路徑之參考。本年度依不同族群需求（青年、社區、產業及政府機關），規劃並辦理 3 場次、共 18 小時之氣候變遷減緩及調適專屬課程，透過課程講授、實作演練與測驗評量，協助參與者強化節能減碳與調適實務能力，最終共有 100 人取得結訓證書。此外，持續辦理本縣 111 年及 112 年城市層級溫室氣體排放量盤查與資料庫建置與分析，掌握主要排放結構與減量潛力；並辦理1場溫室氣體排放量盤查及自主減量計畫說明會，結合自願減量專案輔導轄內1家企業，投入減碳行動，以帶動更多排放源參與，提升整體減量效益，為未來推動地方淨零政策奠定基礎。",
        "eng_title": "114 Miaoli  Climate Change Mitigation and Adaptation Work Promotion Plan",
        "eng_subject": "In response to global climate change, the Ministry of Environment promulgated the Climate Change Response Act on February 15, 2023, incorporating the 2050 net-zero emissions target into law and adding a dedicated chapter on climate change adaptation to implement climate change mitigation and adaptation actions to address the impacts of climate change. In June of the same year, Miaoli County established the Miaoli County Climate Change Response Promotion Committee, convened by the county magistrate. This committee collaborates across government departments, organizations, and industry, academia, and research institutions to promote climate action in Miaoli County. This year's focus is on promoting climate change response efforts and aligning with central government policies to implement the 2050 net-zero emissions plan. This includes monitoring greenhouse gas emissions in the county, planning net-zero emissions projects, and implementing climate change mitigation (greenhouse gas reduction) and adaptation measures to comprehensively achieve the goal of net-zero emissions by 2050.\n\nIn 2025, we assisted in convening two formal meetings and one ad hoc meeting of the Climate Change Response Promotion Committee. We completed the review of the 2024 results reports of the Miaoli County Second Phase Greenhouse Gas Reduction Implementation Plan and Climate Change Adaptation Implementation Plan, and submitted them to the Climate Change Administration of the Ministry of Environment for approval in accordance with the legal schedule. They were also made public on the Climate Information Disclosure Platform for public access. Through inter-departmental, inter-unit, and inter-departmental meetings, we gradually established a governance and consultation mechanism for climate change mitigation and adaptation in the county, consolidated the direction for future promotion, and produced a draft of the Miaoli County 2050 Net Zero Action White Paper, which serves as an important reference for the county's path to net zero. This year, based on the needs of different groups (youth, communities, industries, and government agencies), three sessions totaling 18 hours were planned and conducted as a dedicated course on climate change mitigation and adaptation. Through lectures, practical exercises, and assessments, participants were assisted in strengthening their practical abilities in energy conservation, carbon reduction, and adaptation. Ultimately, 100 people received training certificates. In addition, the county continued to conduct urban-level greenhouse gas emission surveys and establish and analyze databases for 2022 and 2023, grasping the main emission structures and reduction potential. A greenhouse gas emission survey and voluntary reduction plan briefing was also held, and a voluntary reduction project was combined to guide one local enterprise to participate in carbon reduction actions, thereby encouraging more emission sources to participate, improving the overall reduction efficiency, and laying the foundation for the future promotion of local net-zero policies.",
        "proj_year": "114",
        "org_name": "苗栗縣政府環境保護局",
        "exe_unit": "新紀工程顧問有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1140658485",
        "publish_date": "20251231"
    },
    {
        "chi_title": "2025亞太循環經濟論壇暨熱點專案工作計畫",
        "chi_subject": "推動亞太區域更緊密的知識交流與政策合作，臺灣自2019年起舉辦「亞太循環經濟論壇（Asia Pacific Circular Economy Roundtable, 簡稱 APCER）」，集結來自政府、產業、學術與公民社會的行動者，建立多元對話的平台。APCER 致力於深化亞太區對於資源治理的共同理解，並強化區域內的協作關係。\n2025年，臺灣迎來一項關鍵里程碑。首次結合來自歐洲的指標性活動「Circular Economy Hotspot」，共同策劃「APCER ＆ Hotspot 2025」雙論壇。Hotspot起源於荷蘭，至今已在多個歐洲城市巡迴舉行，是歐洲循環經濟社群的重要年會。這次的結合不僅代表歐洲經驗向亞洲延伸，更象徵循環經濟全球策略正式進入跨洲域、跨文化的交流階段。臺灣作為此次主辦地，不僅在國際舞台上展現長年累積的循環行動，也藉此串聯區域夥伴，共同探討面對未來資源循環利用的可能解方。\n本次活動已於2025年10月20日至23日舉辦，除論壇外，也執行跨縣市的參訪路線，呈現臺灣在產業、技術、文化與地方治理等層面的多元實踐樣貌。整體活動規模邀集來自亞太地區國家、超過500位參與者，包括政策制定者、企業領袖、設計創新者、研究人員與媒體代表。論壇將結合主論壇、分場論壇、分場活動、實地參訪、企業媒合會與多場場邊活動，本次論壇的核心價值，在於以開放、多層次的方式促進對話與合作。亞太區域甚至全球的夥伴一同描繪未來資源治理的藍圖，以實際行動推動政策創新、產業轉型與社會參與等多方溝通，提升論壇的國際專業形象與參與意願。",
        "eng_title": "2025 Asia Pacific Circular Economy Roundtable and Hotspot Project",
        "eng_subject": "To promote closer knowledge exchange and policy cooperation in the Asia-Pacific region, Taiwan has hosted the Asia Pacific Circular Economy Roundtable (APCER) since 2019, bringing together actors from government, industry, academia, and civil society to establish a platform for diverse dialogue. APCER is committed to deepening the Asia-Pacific region's shared understanding of resource governance and strengthening regional collaboration.\nIn 2025, Taiwan reached a key milestone. For the first time, it collaborates with the iconic European event Circular Economy Hotspot to co-organize the APCER ＆ Hotspot 2025 dual forum. Originating in the Netherlands, Hotspot has toured several European cities and is an important annual meeting for the European circular economy community. This collaboration not only represents the extension of European experience to Asia but also symbolizes the formal entry of global circular economy strategies into a cross-continental and cross-cultural exchange phase. As the host city, Taiwan did not only showcase its long-accumulated circular actions on the international stage but also connect with regional partners to jointly explore possible solutions for future resource recycling.\nThis event, held from October 20th to 23rd, 2025, included not only the forum but also cross-county and city visits, showcasing Taiwan's diverse practices in industry, technology, culture, and local governance. The event brought together over 500 participants from the Asia-Pacific region, including policymakers, business leaders, design innovators, researchers, and media representatives. The forum combined a main forum, breakout sessions, activities, site visits, business matchmaking events, and numerous side events. Its core value lay in promoting dialogue and cooperation in an open and multi-layered manner. Partners from the Asia-Pacific region and even globally collaborated to envision the future of resource governance, taking concrete actions to drive policy innovation, industrial transformation, and social participation, thereby enhancing the forum's international professional image and increasing participation.",
        "proj_year": "114",
        "org_name": "循環署綜合規劃組",
        "exe_unit": "滙集國際股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1140653276",
        "publish_date": "20251231"
    },
    {
        "chi_title": "114年飲用水水質之新興污染物調查與管理計畫",
        "chi_subject": "本計畫依「環境部飲用水水質新興關注項目檢測管理及篩選作業指引」辦理飲用水列管物質篩選作業，優先評估我國飲用水中6項雙酚類環境賀爾蒙的存在及可能影響，於我國6座淨水場進行三次採樣監測，僅BPS有檢出微量濃度(個位數ng\/L)，對健康暫無顯著風險。針對第二類清單中35項有較完整的健康危害參數(潛勢、嚴重性)及本土水質資料的物質評估是否納入第三類清單，經評估後建立仍保留於第二類清單中。而針對第三類清單，本計畫建立鍺、鉈、硼、微囊藻毒LR型、鄰苯二甲酸二（乙基己基）酯 (DEHP) 之指引值。本計畫抽驗飲用水中34項未列管新興污染物，共1935項處次，依分析結果提出後續監測及管理建議。此外針對飲用水水質標準中農藥及細菌性指標項目進行檢討。",
        "eng_title": "",
        "eng_subject": "",
        "proj_year": "114",
        "org_name": "環境部水質保護司",
        "exe_unit": "國立成功大學",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1140645806",
        "publish_date": "20260101"
    },
    {
        "chi_title": "114年臺南市健全稽查專精能力及專業跨域支援量能",
        "chi_subject": "臺南市政府環境保護局(以下簡稱環保局)推動辦理「114年健全稽查專精能力及專業跨域支援量能計畫」，規劃陳情案件之稽(巡)查管制，並積極針對屢遭陳情案件進行分析調查並輔導改善，促使被陳情者主動進行污染源防制與改善；此外，藉由新興科技工具進行污染源蒐證告發，提升稽查有效性，並杜絕污染一再發生，降低陳情案件發生率。本計畫執行期程自114年1月1日至114年11月30日止，共執行(1). 7家次重大污染或屢遭陳情之管制重點對象進行聯合稽查。(2). 屢遭陳情、不明污染源或機關指定畜牧場或工廠巡查80家次。(3). 配合環境部推動全國環境管理數位監控暨智慧決策中心」，建置非法棄置智慧圍籬，於台61線南下交流道租賃架設智慧監控設備2點次，並維持3點次既設智慧監控設備。(4). 邀請專家學者進行污染改善輔導或專業人員協助執法8場次。",
        "eng_title": "113Tainan City Public Pollution Reporting Key Points Review Plan",
        "eng_subject": "The Tainan City Government Environmental Protection Bureau (hereinafter referred to as the Environmental Protection Bureau) promoted the 2025 Improvement of Inspection Specialization and Professional Cross-Domain Support Capacity Plan to plan the inspection and control of complaint cases, and actively analyze and investigate cases that have been repeatedly complained about and provide guidance for improvement, so as to encourage the complained parties to take the initiative to prevent and improve pollution sources; in addition, the use of new technological tools to collect evidence and report pollution sources will improve the effectiveness of inspections and prevent pollution from recurring, thereby reducing the incidence of complaint cases. The implementation period of this plan is from January 1, 2025 to November 30, 2025. A total of (1) joint inspections were carried out on 7 major pollution or key control targets that have been repeatedly complained about. (2) 80 inspections were carried out on livestock farms or factories that have been repeatedly complained about, have unknown pollution sources, or are designated by the authorities. (3) In coordination with the Ministry of Environment’s promotion of the “National Environmental Management Digital Monitoring and Smart Decision-Making Center”, we established a smart fence for illegal dumping, rented and installed smart monitoring equipment at two locations at the southbound interchange of Provincial Highway 61, and maintained three existing smart monitoring equipment locations. (4) We invited experts and scholars to provide pollution improvement guidance or professional personnel to assist in law enforcement on eight occasions.",
        "proj_year": "114",
        "org_name": "臺南市政府環境保護局",
        "exe_unit": "翌暘工程顧問有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1140581412",
        "publish_date": "20251225"
    },
    {
        "chi_title": "114年度新竹縣非農地環境雜草管理計畫",
        "chi_subject": "今(114)年度截至11月7日，本工作團隊總計巡查空地182點次，共計594,751平方公尺的面積，依照巡查次數統計，最多為竹北市巡查61點次共計138,169平方公尺、其次為湖口鄉巡查36點次，共計42,600平方公尺，顯示了竹北市及湖口鄉較關注除草議題，巡查過程中皆無發現有使用除草劑之情形。同時亦顯示雜草叢生問題於人口較稠密區甚為敏感，相對應之陳情案件數量亦較多，應持續針對人口密集處進行巡查及輔導。\n另辦理2場次環境雜草綜合管理活動，邀請本縣人口數較多之鄉鎮市公所、社區發展協會、學校、與雜草有接觸之公司等來參與本次活動，參與人數計73人次。本次2場次活動各別邀請中教大暨彰師大環境教育機構白志元講師及國立嘉義大學農藝學系暨研究所侯金日教授擔任講師，演講內容包含各科目雜草介紹、該如何有效管理、使用除草劑之危害及毒性等，過程中講師與參與人員互動，期許並鼓勵與會單位減少使用除草劑，降低對環境污染及危害造成的傷害。\n藉由不使用除草劑及電動割草機示範活動，亦提倡「一般廢棄物分類」及「環境衛生」相關宣導，呼籲做好回收分類源頭減量的重要性，及維持環境衛生減少病媒蚊預防登革熱。本次共辦理3場次新竹縣垃圾分類及環境整潔暨電動割草機作業示範宣導活動，分別於關西鎮東安社區發展協會、橫山鄉橫山社區發展協會及寶山鄉雙溪社區發展協會辦理，並邀請關西鎮公所、橫山鄉公所及寶山鄉公所共同參與，且一同與各發展協會宣誓不使用除草劑，共同建立示範區域，3場次參與人數共計163人。",
        "eng_title": "114th Annual Hsinchu County Non-Agricultural Land Environmental Weed Management Plan",
        "eng_subject": "As of 2025 November 7th, our work team has conducted 182 inspections of open spaces, covering a total area of 594,751 square meters. According to the number of inspections, Zhubei City had the highest number with 61 inspection points totaling 138,169 square meters, followed by Hukou Township with 36 inspection points totaling 42,600 square meters. This indicates a higher level of attention to weeding issues in Zhubei City and Hukou Township. No instances of herbicide use were discovered during any of the inspections. It also shows that the issue of overgrown weeds is highly sensitive in more densely populated areas, resulting in a relatively higher number of related complaints. Therefore, continuous inspections and guidance should be provided in these population-dense regions.\nAdditionally, two comprehensive environmental weed management events were organized, inviting township\/city offices with larger populations in the county, community development associations, schools, and companies that handle weed management to participate. A total of 73 people attended these events. We invited Bai Zhiyuan, a lecturer from the National Taichung University of Education and National Changhua University of Education Environmental Education Institutions, and Professor Hou Jinri from the Department and Graduate Institute of Agronomy at the National Chiayi University to serve as speakers. Their presentations covered the introduction of various types of weeds, effective management methods, and the hazards and toxicity associated with herbicide use. The lecturers interacted with the participants throughout the sessions, encouraging the attending entities to reduce the use of herbicides and minimize environmental pollution and damage.\nThrough demonstrations of electric weed whackers and not using herbicides, we also promoted general waste classification and environmental sanitation related campaigns. We highlighted the importance of source reduction through proper recycling and classification, as well as maintaining environmental hygiene to reduce vectors and prevent dengue fever. A total of three demonstration and promotional events for Hsinchu County waste classification, environmental cleanliness, and electric weed whacker operations were held at the Dong'an Community Development Association in Guanxi Township, the Hengshan Community Development Association in Hengshan Township, and the Shuangxi Community Development Association in Baoshan Township. Representatives from the Guanxi Township Office, Hengshan Township Office, and Baoshan Township Office were also invited to participate. Together with the respective development associations, they pledged not to use herbicides and committed to establishing demonstration areas. A total of 163 people attended the three events.",
        "proj_year": "114",
        "org_name": "新竹縣政府環境保護局",
        "exe_unit": "富聯工程顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1140551416",
        "publish_date": "20251231"
    },
    {
        "chi_title": "連江縣114年度「美質環境推動計畫」經常門補助計畫",
        "chi_subject": "前言\n環境部自98年起列管所有公廁，建立公廁評鑑分級制度，分為特優級、優等級及普通級，更於106年下半年起全面推動「全國公廁改善計畫」，除加強硬體設施的汰舊換新外，宣導「衛生紙丟馬桶」政策，更是全國公廁品質達「特優級」作為目標，以期提升國民如廁文化。\n本計畫執行期程共8個月，依據採購契約規定，故本計畫執行成果及建議說明如下：\n執行成果說明\n一、公廁維護管理工作，包含盤點轄內所有列管公廁資料正確性，巡檢、等級評鑑、公廁定位確核、升級輔導及加強維管等。\n已完成每季定期盤點巡查本縣列管公廁92處，發現各廁間均落實日常打掃與清潔維護，未出現明顯髒污情形。透過持續的檢視與維護管理措施，各公廁整體環境整潔度、設備運作與使用安全均維持在良好水準，有效提升民眾如廁的舒適感與滿意度。\n二、完成辦理公廁評鑑活動\n「遊馬祖 好【方便】」公廁評鑑活動透過邀請民眾參與公廁使用體驗回饋，不僅能即時掌握環境整潔度與設施完善情形，作為後續改善的重要依據，更能宣導良好如廁習慣，提升民眾對公共衛生的重視與認同；同時，藉由全民參與的方式，增進社區互動與公共參與感，讓民眾切實感受公廁品質的提升，進一步塑造優質觀光形象，帶動生活環境與旅遊服務水準的全面進步。\n三、完成辦理公廁清潔人員性別友善廁所訓練會議4場次\n共計有108人參加，期望透過辦理公廁清潔人員性別友善廁所訓練會，能提升清潔人員對不同使用者需求的理解與服務能力，確保無障礙廁所、親子廁所及性別友善廁所的清潔與維護符合安全、衛生與便利標準；同時透過專業知識與操作技能的提升，增強管理單位維護公廁品質的效率與一致性，促進民眾如廁滿意度，並進一步落實包容、多元與安全的公共環境建設。\n四、已完成籌組性別友善廁所評鑑小組\n為確保性別友善廁所設施的品質與效益，本縣組織一個由多方代表組成的性別友善廁所評鑑小組，針對轄內性別友善廁所進行考核與監督，確保設施符合性別友善設置標準並及時改進，並建立性別友善標章認證機制，透過認證制度提升公共空間的包容性，也增強公眾對性別友善設施的信任與使用意願。\n五、辦理公廁清掃學習5場次\n共計有162人參加，辦理公廁清掃學習活動，不僅提升管理人員與清掃人員對公廁清潔重點與操作技巧的掌握，也增進旅宿業者及民眾對公共衛生維護的認識與參與感；透過專業講師指導與實作演練，活動促進經驗交流與技能傳承，強化公廁日常管理與維護效率，進而提升整體環境整潔品質，營造乾淨、舒適且符合使用需求的如廁環境，並增強民眾對公共設施維護工作的認同與支持。\n六、辦理優質如廁文化活動5場次\n共計有156人參加，透過民眾參與與教育宣導，不僅有效提升公共廁所的使用體驗與環境整潔度，也促進良好如廁習慣的養成，強化社會對公共衛生與公廁管理工作的認同與支持；同時發揮示範與推廣作用，提升本縣整體如廁環境品質，增進生活品質，並塑造安全、舒適且友善的公共空間形象。\n七、辦理公廁評比活動2場次\n已完成辦理二階段式評比活動，共26處列管公廁進行評鑑。透過辦理公廁評比活動，可即時掌握公廁環境整潔度與設施使用狀況，提供改善依據，提升管理單位維護效率與標準化作業。\n八、辦理民眾參與公廁評鑑宣導活動2場次\n共計有63人參加，透過公廁制度介紹與實例分享，使民眾更加了解公廁評鑑的重要性及參與方式，提升使用者對公廁整潔、設施與友善設計的重視，未來亦將持續推動公私協力，營造更舒適、友善的如廁環境。\n九、辦理智慧公廁推廣說明會及示範點各1場次\n共計32人參加，透過智慧公廁推廣說明會，讓清潔人員及民眾瞭解智慧廁間之益處，可藉由耗材使用狀況偵測，精準預測廁間的耗材使用量管理，提供管理者對於單位的成本的精準管理，以達公廁之舒適度。\n十、加強市場公廁(介壽澳口、北竿惠民市場)巡檢、通報及維護管理1場次\n本團隊於114年3~11月間(共計9個月)加強市場公廁(介壽澳口、北竿惠民市場)巡檢、通報及維護管理工作，未出現明顯髒污情形。\n十一、完成更新全縣列管公廁告示牌30片\n原設置於各公廁出入口或內部之告示牌因年久失修、受日曬雨淋及外力損害，普遍出現字跡模糊、掉漆、破損、脫落或消失等情形，已完成30處列管公廁告示牌汰舊換新。\n十二、議約項目\n1.5月及10月清查、盤點未列管的公廁。\n2.整合公廁、飲水機地圖。\n3.每月與公廁管理單位確認使用狀況及更新資訊。\n4.提供公廁改善的建議方案，並參閱環境部的親子友善及性別友善的相關規範。",
        "eng_title": "Lienchiang County 2025 Beautiful Environment Promotion Plan Regular Subsidy Program",
        "eng_subject": "Foreword Since 2009, the Ministry of Environment has managed all public toilets, establishing a public toilet evaluation and grading system divided into Excellent, Good, and Standard grades. Furthermore, starting in the second half of 2017, it comprehensively promoted the National Public Toilet Improvement Plan, which, in addition to upgrading and replacing outdated facilities, promoted the toilet paper flush policy, aiming to achieve an Excellent grade for all public toilets nationwide, in order to improve public toilet culture.\n\nThis plan was implemented over an 8-month period. Based on the procurement contract, the results and recommendations of this plan are explained below:\nResults:\nI. Public toilet maintenance and management work, including inventorying the accuracy of data for all managed public toilets within the jurisdiction, inspections, grade assessments, confirmation of public toilet locations, upgrade guidance, and enhanced maintenance.\n\nQuarterly inventory inspections of 92 managed public toilets in the county have been completed. It was found that all toilet stalls were regularly cleaned and maintained, and no obvious dirt or grime was found. Through continuous inspection and maintenance management, the overall cleanliness, equipment operation, and safety of all public restrooms have been maintained at a good level, effectively improving the comfort and satisfaction of the public.\n\nII. Completion of Public Restroom Evaluation Activities\n\nThe Visit Matsu - Convenient and Reliable public restroom evaluation activity, by inviting the public to participate in providing feedback on their restroom usage experience, not only allows for immediate assessment of the cleanliness and facility condition, serving as an important basis for future improvements, but also promotes good restroom habits, enhancing public awareness and recognition of public hygiene. Simultaneously, through public participation, it increases community interaction and a sense of public involvement, allowing the public to tangibly experience the improvement in public restroom quality, further shaping a high-quality tourism image and driving overall progress in the living environment and tourism service standards.\n\nIII. Four training sessions on gender-friendly toilets were completed for public toilet cleaning staff, with a total of 108 participants. The aim was to improve cleaning staff's understanding and service capabilities regarding the needs of different users, ensuring that the cleaning and maintenance of accessible toilets, family toilets, and gender-friendly toilets meet safety, hygiene, and convenience standards. Simultaneously, by enhancing professional knowledge and operational skills, the efficiency and consistency of management units in maintaining public toilet quality were improved, increasing public toilet satisfaction and further promoting the construction of an inclusive, diverse, and safe public environment.\n\nIV. A gender-friendly toilet evaluation team was established. To ensure the quality and effectiveness of gender-friendly toilet facilities, the county organized a gender-friendly toilet evaluation team composed of representatives from various sectors to assess and supervise gender-friendly toilets within its jurisdiction. This ensured that facilities met gender-friendly standards and were improved in a timely manner. A gender-friendly certification mechanism was also established to enhance the inclusivity of public spaces and increase public trust and willingness to use gender-friendly facilities. V. Five public toilet cleaning training sessions were held, with a total of 162 participants. These training activities not only improved the understanding of key cleaning points and operational techniques among management and cleaning staff, but also enhanced the awareness and participation of accommodation operators and the public in public health maintenance. Through professional instructor guidance and practical exercises, the activities promoted experience exchange and skills transfer, strengthened the efficiency of daily management and maintenance of public toilets, and ultimately improved the overall cleanliness and quality of the environment, creating a clean, comfortable, and user-friendly toilet environment, and enhancing public recognition and support for public facility maintenance.\n\nVI. Five quality toilet culture activities were held, with a total of 156 participants. Through public participation and educational outreach, these activities effectively improved the user experience and cleanliness of public toilets, promoted the development of good toilet habits, and strengthened public recognition and support for public health and toilet management. They also served as demonstrations and promotions, improving the overall toilet environment quality of the county, enhancing the quality of life, and shaping a safe, comfortable, and friendly public space image.\n\nVII. Two Public Toilet Evaluation Acti",
        "proj_year": "114",
        "org_name": "連江縣環境資源局",
        "exe_unit": "景文科技大學",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1140488577",
        "publish_date": "20251229"
    },
    {
        "chi_title": "114年事業廢棄物管理及資訊系統應用維護專案計畫",
        "chi_subject": "本計畫執行核心為「強化申報作業掌握資源循環流向資料」、 「提升環境保護許可管理資訊系統(EMS)、事業廢棄物申報及管理系統\n(IWR＆MS)及資源再利用管理資訊系統(RMS)服務品質」、「精進清運機具即時追蹤系統(GPS)功能及強化自主管理服務」、「落實資訊安全防護及確保事業廢棄物資訊系統（ EMS、 IWR＆ MS、 RMS 及 GPS）正常運作」及「提供免付費諮詢專線服務及落實資訊揭露與提升行政效率」等五項。\n本年度推動母子廠統一申報專區強化產業自主申報與管理效能，運用質量平衡與統計分析，使申報方式更加便捷， 數據更加準確，以作為資源循環資料庫之基石， 促進產官合作共創雙贏。\n於提升系統服務品質方面， 透過多項系統功能之建置與優化，強化事業廢棄物處理及再利用管理作業之便利性與即時性。除提供處理及\n貯存期限展延之線上申請與審查機制，提升主管機關對作業進度與風險之掌握外，亦持續優化 IWR＆MS 系統功能，增進資料查核與監管報表操作效能，以符合實務管理需求。同時，藉由辦理推廣說明會及導入智能客服服務，擴大使用者對系統功能之瞭解並提升諮詢回覆效\n率，整體有助於強化事業廢棄物管理作業流程、提升服務品質與行政管理效能。\n為加強清運機具管制目的及符合實際運送情形，本年度建立高異常風險率車輛勾稽規則，提升環保單位查核效能。藉由提升週確認條碼刷取比對機制，提升週確認作業勾稽之正確性及即時性，強化管理力度。\n於強化系統資訊安全防護方面，本計畫訂定各項定期排程及備份作業之流程，定期掃描及修正系統弱點，為系統資訊安全建立完善防護機制，確保系統資料之安全性、可用性及完整性，持續配合相關政策及自主管理弱點掃描作業，以強化系統之安全度。同時協助資源循環\n署參與行政院之資通安全內外稽作業，協同辦理各項文件之統整與建立。\n本計畫同時提供事業廢棄物免付費諮詢專線服務，平均每月協助\n4,300 件許可申請、申報及系統操作等相關疑問，持續更新問答集，提供業者更完善事業廢棄物管理知識庫，並建置智能客服功能，提供更專業之諮詢服務。資料統計與行政支援部分，完成 113 年年報編撰及IWR＆MS 更新 11 次事業廢棄物申報數據統計等作業，並協助資源循環署辦理 GPS 專案勾稽及至少 371 件以上之統計案及臨時需求，以輔佐資源循環署管理政策之推動作業。",
        "eng_title": "The Industrial Waste Management Information System Maintenance and Applic ation Project of 2024",
        "eng_subject": "The core of this project implementation consists of five aspects as:to strengthen the declaration operation to grasp the resource circulationflow information, to enhance the Environmental Management System(EMS), the Industrial Waste Report and anagement System (IWR＆MS),and the Resource Management System (RMS) service quality, toadvance the Global Positioning System (GPS) real-time monitoringfunction for waste transportation vehicles to strengthen the servicesself-management, to consolidate the information security protection andto ensure normal operation of the industrial waste information systems(EMS, IWR＆MS, RMS and GPS), as well as to provide freeconsultation hotline services to facilitate information disclosure and toimprove administrative efficiency.\nThe reporting system is a crucial foundation for industrial waste management in our country. By utilizing mass balance and tatisticalanalysis, the reported data becomes more accurate, serving as the cornerstone of resource recycling database. In this year, we are promoting a unified reporting zone for parent and subsidiary plants to enhance the efficiency of industry self-eporting and management, and to fostercooperation between industry and government for a win-win situation.\nIn terms of improving the system service quality, this project enhances the convenience and immediacy of industrial waste treatment and recycling management operations through the construction and optimization of multiple system functions. In addition to providing an online application and review mechanism for the extension of time limit for treatment and storage to improve the supervisory authority's grasp of operational progress and risks, the project also continuously optimizes the IWR＆MS system functions to improve the efficiency of data verification and monitoring report operation to meet practical management  eeds. At the same time, by holding promotional briefings and implementing intelligent customer service, users' understanding of the system's functions can be expanded and the efficiency of consultation and response can be improved. Overall, this will help trengthen the business waste management process, improve service quality and administrative efficiency.\nTo strengthen the control on waste collection vehicles in compliance with their actual transportation conditions, a system for cross-checking high-risk vehicles was established this year to improve the efficiency of inspections by environmental protection units. Through enhancing the weekly barcode scanning and comparison mechanism, the accuracy and immediacy of weekly operational tracking were improved, thereby strengthening the management.\nTo strengthen system information security, the project establishes regular scheduling and backup procedures, regularly scans and corrects system vulnerabilities, and builds a comprehensive protection mechanism for system information security. This ensures the security, availability, and integrity of system data, and continuously cooperates with relevant policies and self-management of vulnerability scanning to enhance system security. At the same time, the project assists the Resource Circulation Administration in the Executive Yuan's internal and external audits of information and communication security, and collaborates with the integration and establishment of various documents.\nThe project also provides a free hotline service for industrial waste management, assisting with an average of 4,300 inquiries per month regarding permit applications, declarations, and system operations. It continuously updates the Q＆A database to provide businesses with a more comprehensive knowledge base for industrial waste management and has established an intelligent customer service function to offer more professional consultation services. In respect of data statistics and administrative support, the project completed the compilation of the 2024 annual report and updated IWR＆MS industrial waste declaration data 11 times, as well as assisted the Resource Circulation Administration in handling GPS project cross-checks and at least 371 statistical cases and temporary assignments to support the implementation of the Resource Circulation Administration's management policies.",
        "proj_year": "114",
        "org_name": "循環署再利用推動組",
        "exe_unit": "環資國際有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1140371530",
        "publish_date": "20251231"
    },
    {
        "chi_title": "深度節能診斷輔導計畫(乙)",
        "chi_subject": "我國自民國99年（2010）核定「國家節能減碳總行動方案」，並於民國103年（2014）更名為「國家綠能低碳總行動方案」，明確引導產業朝高值化與低碳化發展。經濟部於民國103年公告「能源用戶訂定節約能源目標及執行計畫規定」，要求指定產業能源大用戶於民國104年至108年平均年節電率達1%以上，並於民國108年修正延長至民國113年，以持續提升用電效率。為呼應中央減碳政策與淨零轉型路徑，環境部整合資源推動產業部門能效精進與溫室氣體減量實務化工作，強化盤查、改善與管理之連結，促使企業以系統性方式落實節能與減碳，本案「深度節能診斷輔導計畫（乙）」即係在環境部政策架構下執行之專案，透過專家團隊進場量測與診斷，針對用電大戶與重點設備（如空調與公用系統）進行效能評估、提出具體可落地之改善方案，並以節電量、減碳量與投資回收期進行綜合評估；同時導入持續化管理、建置儀表化監測與異常警示、強化人員訓練與文件化，協助業者穩健達成每年節電目標、降低營運成本與碳風險，提升能源使用效率並支援淨零轉型之整體進程。",
        "eng_title": "In-Depth Energy Efficiency Diagnostic and Advisory Program (Type B)",
        "eng_subject": "In 2010 (ROC Year 99), Taiwan approved the National Energy Conservation and Carbon Reduction Action Plan, which was renamed in 2014 (ROC Year 103) as the National Green Energy and Low-Carbon Action Plan, steering industry toward higher value-added and low-carbon development. In 2014, the Ministry of Economic Affairs promulgated the Regulations Governing Energy Users’ Establishment of Energy Conservation Targets and Implementation Plans, requiring designated large energy users to achieve an average annual electricity-saving rate of at least 1% from 2015 to 2019, and in 2019 amended and extended the period through 2024 while maintaining the 1% target to continuously improve power-use efficiency. To align with central decarbonization policy and the pathway to net zero, the Ministry of Environment integrates resources to advance energy-efficiency enhancement and practical greenhouse gas reduction in the industrial sector, strengthening the linkage between inventory, improvement, and management, and guiding enterprises to implement energy saving and carbon reduction in a systematic manner. Under this policy framework, the In-Depth Energy Efficiency Diagnostic and Advisory Program (Type B) deploys expert teams to conduct on-site measurements and diagnostics, evaluate the performance of electricity-intensive facilities and key systems (e.g., HVAC and utilities), identify feasible improvement measures, and assess overall benefits in terms of electricity savings, emissions reduction, and payback period. The program also introduces continuous management and M＆V mechanisms, establishes instrumented monitoring and anomaly alerts, and enhances personnel training and documentation, thereby helping enterprises consistently achieve annual saving targets, reduce operating costs and carbon risks, improve energy-use efficiency, and support the broader progress toward the net-zero transition.",
        "proj_year": "114",
        "org_name": "環境部大氣環境司",
        "exe_unit": "國立臺北科技大學",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1140367627",
        "publish_date": "20251231"
    },
    {
        "chi_title": "屏東縣_114年度屏東縣推動環保許可整合執行計畫",
        "chi_subject": "因應污染源製程日趨複雜及考量空、水、廢、毒化物等製程具有密切關聯性，環境部針對空污、水污、毒化物許可及廢棄物清理計畫書等四項環保許可進行整合政策，透過建立污染流向圖使整廠的污染流向能夠更為清楚的掌握，提供整廠管理功能及節省申請許可時間；並推動諮詢會審作業、成立單一窗口，以強化事前諮詢及共同會審，並加速審查時間，減少審查意見競合，同時減輕業者退補件次數，使許可審查一致化，並以整合一廠一證為最終目標。\n屏東縣自110年度起配合推動相關政策，並成立「屏東縣環保許可整合單一窗口」，結合屏東縣政府環境保護局、農業部農業科技園區管理中心及屏東科技產業園區等相關許可審查單位，統整許可案件辦理流程。掌握屏東縣轄內環保許可案件，針對優先對象辦理許可申請時執行案件追蹤、輔導、資料彙整及建檔等工作。本計畫依循環境部所訂定之許可整合諮詢會審作業原則，並結合屏東縣實際審查運作情況，建立專屬於屏東縣的整合審查制度，包含會審作業流程的調整及審查時程的明確規範，並持續滾動檢討優化相關制度。於期末階段，已完成5家次共同會審諮詢會議，審查案件涵蓋水污染防治措施計畫新申請、展延及變更等類型，並將相關會議結論彙整上傳至EMS系統，確保審查資料透明並利於後續查考與管理。\n本計畫自110年至113年配合許可整合推動工作，持續擴大污染流向整合對象，迄至113年已輔導業者繪製污染流向圖共計116家，114年度再度擴大輔導對象，包含資本額超過5,000萬元及持有兩種以上許可之業者。本計畫逐一針對25家業者全面檢視過往已完成之污染流向圖，並至現場查核，核對污染流向圖文件並進行實質輔導修正；針對今(114)年度擴大輔導對象已完成27家業者之輔導作業，較去年同期(113年10月)相比，整體錯誤率降低達36%，顯示本計畫在實質輔導層面已逐步展現成效，且有助於提升業者自主管理能力。此外，於計畫執行期間，辦理1場次內部教育訓練及宣導說明會議，協助相關人員熟悉政策內容與作業流程，強化許可整合推動效能。\n另為落實環保許可整合工作之推動並提升行政效率，逐步推動「電子化繳費服務」，統計114年1至9月期間，各項審查及證書費之電子繳費件數達1214件，相較紙本繳費僅83件，電子化申辦率達94%，顯示電子繳費推廣成效顯著，透過數位化服務達環保許可管理之目標。",
        "eng_title": "2025 Pingtung County Environmental Permit Integration Implementation Plan",
        "eng_subject": "In response to the increasing complexity of industrial pollution processes and the close interrelationship among air pollution, water pollution, waste management, and toxic chemical handling, the Ministry of Environment has implemented an integrated policy for environmental permitting. This policy consolidates four major environmental permits—air pollution control, water pollution control, toxic chemical substances management, and waste management plans. Through the establishment of Pollutant Flow Diagrams (PFDs), the policy enables a clearer understanding of plant-wide pollutant pathways, enhances comprehensive facility management, and reduces overall permit application time. In addition, the Ministry promotes a Consultative Joint Review mechanism and establishes a one-stop service window to strengthen pre-application consultation, streamline joint review processes, accelerate review timelines, reduce conflicting review comments, minimize supplemental documentation requests, and ultimately move toward a fully integrated “one plant, one permit” system.\n\nSince 2021, Pingtung County has aligned with national policies by establishing the “Pingtung County Integrated Environmental Permitting One-Stop Service Window.” This mechanism consolidates the review procedures of the Pingtung County Environmental Protection Bureau, the Agricultural Science and Technology Park Administration of the Ministry of Agriculture, and the Pingtung Science and Technology Industrial Park Administration. Through this centralized management system, the County monitors all environmental permit cases, prioritizes targeted facilities, and carries out case tracking, consulting services, data compilation, and documentation support during the application process. This project follows the Ministry’s principles for integrated consultative review and incorporates local operational conditions to establish a Pingtung-specific integrated review mechanism. The mechanism includes adjustments to joint review procedures and clear specifications for review timelines, with continuous updates and improvements. By the end of the period, five joint consultative review meetings had been completed, covering new applications, extensions, and modifications of water pollution control plans. All review conclusions were uploaded to the EMS system to ensure transparency, traceability, and effective administrative management.\n\nFrom 2021 to 2024, the project has continued to expand the scope of Pollutant Flow Diagram integration. As of 2024, a total of 116 facilities had been assisted in completing PFDs. In 2025, the project further expanded its guidance targets to include facilities with paid-in capital exceeding NT$50 million and those holding two or more environmental permits. For the 25 facilities previously guided, the project conducted a full review of existing PFDs and performed on-site inspections to verify and revise the diagrams. For the newly added targets in 2025, 27 facilities have completed the guidance process. Compared with the same period in the previous year (October 2024), the overall error rate decreased by 36%, demonstrating the project’s effectiveness in delivering substantive assistance and improving industry self-management capabilities. During project implementation, one internal training and policy briefing session was conducted to strengthen personnel familiarity with the integrated permitting procedures and enhance overall policy execution efficiency.\n\nTo further promote integrated environmental permitting and improve administrative efficiency, the project has also advanced the implementation of an Electronic Payment Service. Between January and September 2025, a total of 1,214 permit review and certification fees were paid electronically, compared with only 83 payments made through paper-based methods. The electronic application rate reached 94%, indicating the significant effectiveness of digital payment promotion and demonstrating the contribution of digital services to achieving modernized environmental permit management.",
        "proj_year": "114",
        "org_name": "屏東縣政府環境保護局",
        "exe_unit": "京拓環保科技有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1140313199",
        "publish_date": "20251231"
    },
    {
        "chi_title": "114年度嘉義縣氣候變遷減緩及調適計畫",
        "chi_subject": "近年除溫室效應影響全球暖化與氣候變遷對生態、環境與經濟造成威脅和衝擊，全球也面臨能源價格飆漲、金融危機、糧食安全、貧窮等危機，「聯合國氣候變化政府間專家委員會」(IPCC)建議推行「綠色新政」(Green New Deal)，以「建構低碳社會」與「結合潔淨低碳能源」及「低碳產業經濟」，同列為三個落實減碳目標，暨能達成重振經濟、創造就業、解決貧窮問題的重要策略。為因應全球氣候變遷，制定氣候變遷調適策略，降低與管理溫室氣體排放，落實世代正義、環境正義及公正轉型，善盡共同保護地球環境之責任，並確保國家永續發展，我國於 112 年 1 月 20 日，由立法院三讀通過「溫室氣體減量及管理法」修正為「氣候變遷因應法」，並明定我國應在 2050 年達成溫室氣體淨零排放。\n嘉義縣環境保護局為推動嘉義縣淨零減碳路策略，藉由執行「114年度嘉義縣氣候變遷減緩及調適工作推動暨減污淨零行動計畫」，落實執行淨零減碳及氣候變遷減緩及調適策略，穩健邁向「永續農工科技大縣」的施政願景。",
        "eng_title": "2025 Chiayi County Climate Change Mitigation and Adaptation Plan",
        "eng_subject": "In recent years, in addition to the greenhouse effect driving global warming and climate change and posing threats and impacts on ecosystems, the environment, and economic development, the world has also faced multiple crises, including soaring energy prices, financial instability, food security challenges, and poverty. The Intergovernmental Panel on Climate Change (IPCC) has therefore recommended the implementation of a “Green New Deal,” identifying the “construction of a low-carbon society,” the “integration of clean and low-carbon energy,” and the “development of a low-carbon industrial economy” as three core objectives for achieving greenhouse gas reduction. These objectives are regarded as key strategies for economic revitalization, job creation, and poverty alleviation.\n\nIn response to global climate change, it is essential to formulate climate adaptation strategies, reduce and manage greenhouse gas emissions, and promote intergenerational justice, environmental justice, and a just transition, thereby fulfilling the shared responsibility of protecting the global environment and ensuring national sustainable development. Accordingly, on January 20, 2023, the Legislative Yuan of Taiwan passed the third reading of amendments to the “Greenhouse Gas Reduction and Management Act,” renaming it the “Climate Change Response Act,” which explicitly mandates that Taiwan achieve net-zero greenhouse gas emissions by 2050.\n\nTo advance Chiayi County’s net-zero carbon reduction pathway, the Chiayi County Environmental Protection Bureau is implementing the “2025 Chiayi County Climate Change Mitigation and Adaptation Promotion and Pollution Reduction Net-Zero Action Plan,” with the aim of effectively carrying out net-zero carbon reduction measures and climate change mitigation and adaptation strategies, and steadily progressing toward the policy vision of becoming a “Sustainable Agricultural, Industrial, and Technology-Oriented County.”",
        "proj_year": "114",
        "org_name": "嘉義縣環境保護局",
        "exe_unit": "群盛環境科技有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1140260660",
        "publish_date": "20260102"
    },
    {
        "chi_title": "114年度臺南市固定源有害空氣污染物管制計畫",
        "chi_subject": "本年度計畫作業項目包含：（1）執行關注工業區環境監測作業（2）執行有害空氣污染物列管對象調查及檢測作業（3）潛勢區或陳情事件熱區之科學儀器調查（4）空氣污染緊急應變計劃書審核及查核作業（5）建置智慧整合系統申報資料勾稽比對以及高風險固定污染源分析（6）其他配合事項\n本計畫合約期程為114年2月20日起至114年11月30日，各章節工作成果統計分析，各項工作結果說明如下。壹、環境監測作業：已完成3月份至6月份及8月份至10月份酸性氣體、揮發性有機物、醛酮類化合物、重金屬及戴奧辛環境監測作業，11月份監測作業預計於11月3日執行。揮發性有機物主要檢出屬有害空氣污染物為甲苯及二氯甲烷，其他非有害空氣污染物種為丙烷、甲醇、丙酮、乙腈、丁酮，監測期間消防分隊測點所檢出甲苯濃度值與歷年南部科學園區測點及114年南市光化測站所檢出濃度值相當，依現有監測資料推測屬背景濃度值；二氯甲烷僅於114年5月份檢出濃度值1.2ppb，其餘月份濃度值則低於檢量線及方法偵測極限值（MDL），該物種主要為松瑞製藥、台灣神隆、建誼生技等製藥業所使用之原物料，往年已針對松瑞製藥及南科資源再生中心執行HAPs管道檢測，檢測結果皆符合有害空氣污染物排放標準（未檢出二氯甲烷）。酸性氣體主要檢出物種為硝酸、氯氣及氨氣，其物種為南部科學園區內面板業、積體電路業等使用之原物料，故可能受上述行業所影響，另氨氣部分114年3月及4月檢出濃度值91 ppb及100 ppb相對較高，且屬異味較明顯物種，目前已針對面板製造業執行共3根次管道異味檢測，檢測結果皆符合標準值。醛酮類化合物主要檢出屬有害空氣污染物種為甲醛，114年4月份檢出濃度值相對較高為231ppb目前園區內並未發現工廠使用甲醛作為原物料，參考歷年HAPs管道檢測資料顯示，燃燒設備後端管道常檢出燃燒不完全所產生之副產物甲醛，故本年度已針對園區內各製程使用燃燒設備之管道執行甲醛管道檢測，已完成7根次，其中6根次檢出濃度值，濃度值介於100~1000ppb之間，1根次檢測結果為ND，故園區甲醛生成可能為燃燒設備燃料燃燒不完全所產生之副產物。針對移動源分析，台灣相關模擬研究指出（蔡俊鴻，2019），都市區域甲醛排放中，移動源貢獻比例可達45%以上，高於其他固定污染源，顯示其在環境中具有相當影響。此外，實測數據也顯示，在柴油車密集路段，甲醛濃度普遍高於背景區域，對都市居民及工地工作者亦不容忽視。整體而言，移動污染源不僅是甲醛的直接排放來源，亦透過釋放VOCs促進二次甲醛生成，對大氣環境造成影響。重金屬-鉛、鎳、砷，經比對既有許可資料與工作團隊建立有害物種基本資料庫等，大部分與南科資源再生中心有關，建議持續關注。氣狀汞參考鹿林山與偏遠離島背景測站國際合作及操作維護專案計畫(111年)資料顯示，低海拔測站之氣狀汞濃度介於1.50~2.99ng\/m3，皆高於鹿林山測站平均濃度1.38ng\/m3。然而於春季及冬季期間，氣狀汞濃度仍可達 2 ng\/m³以上。工作團隊在南科消防分隊測站歷年監測結果顯示，在10月至翌年5月的濃度都有偏高的趨勢，整體而言，氣狀汞濃度受大氣傳輸與環境條件影響較大。六價鉻，依空污費申報系統查核具有六價鉻排放的業者時發現，業者原物料使用砷化氫，而申報系統中砷化氫的係數會產生六價鉻排放係數，僅台灣積體電路製造股份有限公司有申請免申報六價鉻，另現行法規及南科管理局未要求檢測，業者僅進行申報作業，故無相關資料可供參考，以風向推估，6月監測結果可能與臺南園區資源再生中心製程有關，但該業者空污費申報項目沒有六價鉻，進一步比對歷年管道檢測資料發現類似製程污染源曾檢出六價鉻，因此，建議由相關計畫定期執行巡查或六價鉻檢測作業。戴奧辛，3月份檢出濃度相對較高，依據當時風向圖為西南風及少筆北風，參考空污費申報系統、固定污染源資料及本計畫彙整有害物種基本資料庫果顯示，該方向並無相關製程貢獻。後續工作團隊於6月至南科園區資源再生中心查核，發現該廠於3月份監測期間進行設備保養及管道清洗作業，另比對管道及大氣中戴奧辛特徵頗面圖，略為相似，且距離約200公尺左右，故推測3月份檢出相對高濃度原因，可能與業者於保養維修期間管道清洗過程中含戴奧辛成分之積灰直接由管道排出，而影響3月份環境測值。9月份監測時間，資源再生中心因歲修為完全停爐的狀況，環境中濃度相對較低。由此推估資源再生中心的燃燒行為對園區環境中戴奧辛濃度有顯著影響。貳、有害空氣污染物行業別查核：本年度工作團隊配合114年度於南部科學園區執行環境監測作業，同時篩選園區內具有害空氣污染物列管對象，且領有操作許可證者執行現場查核，現階段已完成共33家\/41張製程現場查核，查核不符有6張製程，其主要查核不符原因為許可核定之防制設備耗材更換量大於實際更換量、防制設備操作參數未於核定範圍內等，查核不符部分現場已改善完成，並橫向聯繫相關計畫持續追蹤許可申請進度。參、管道稽查檢測：依據歷年關注工業區調查資料篩選尚須確認之管道資料，本年度已執行HAPs管道檢測2根次、甲醛管道檢測7根次、重金屬管道檢測2根次、戴奧辛管道檢測1根次、異味管道檢測3根次，檢測結果皆符合排放標準值。肆、智慧整合勾稽系統及判煙監控：智慧判煙監控延續113年度於柳營科技工業區執行智慧監控，針對排煙陳情對象大登環保科技股份有限公司柳營廠、致圓方正科技股份有限公司進行煙道監控，本年度截至目前為止已針對好發時段執行總計25次巡查，巡查結果經現場確認操作參數皆符合許可證核發操作範圍。智慧整合勾稽系統以申請固定污染源管理資訊系統、空污費暨排放量申報整合管理系統、事業及污水下水道系統廢（污）水管理系統、事業廢棄物申報管理資訊系統、毒性及關注化學物質登記申報系統作為基礎，建立資料庫數據勾稽比對機制，已針對上述系統完成申請帳號，並已將網頁架構完成，進行程式製作套用並將各系統相關資料匯入至資料庫，目前進行系統異常情形比對及功能測試，主要以工業區為群集檢視該工業區異常廠商名單總覽方式，藉以符合操作使用者之需求目的。",
        "eng_title": "2025 Tainan City Fixed Pollution Sources Hazardous Air Pollutants Control Plan",
        "eng_subject": "The work items of this year’s project include:(1) Conduct environmental monitoring operations for key industrial parks(2) Conduct investigation and testing operations for regulated hazardous air pollutants (HAPs)(3) Perform scientific instrument investigations in potential areas or complaint hotspots(4) Review and audit emergency response plans for air pollution(5) Establish an intelligent integrated system for cross-checking declared data and analyzing high-risk stationary pollution sources(6) Other cooperative tasks.\nThe project contract period is from February 20, 2025 to November 30, 2025. Statistical analyses of the work results of each chapter are summarized as follows.",
        "proj_year": "114",
        "org_name": "臺南市政府環境保護局",
        "exe_unit": "翌暘工程顧問有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1140216896",
        "publish_date": "20251230"
    },
    {
        "chi_title": "新北市-114年度資收關懷計畫",
        "chi_subject": "今年度共有75名個體戶參與活動，共計收運1,443次，補助金額達3,096,284元，環境巡迴服務部分，已協助12位個體戶清理貯存區，並每月追蹤環境現況，行動資收站部分，共回收1,146處次綠區，服務3,887人次。",
        "eng_title": "Recycle caring plan in New Taipei City, the Year 2025",
        "eng_subject": "Seventy-five self-employed people participated in the event, a total of 1,443 times of a load of carry, and the amount of subsidy was up to NT$3,096,284; about the tour of cleaning service, we helped 12 self-employed people to clean up the storage area, and also trace the update status of the environment every month.Regarding the part of the mobile recycling station, 1,146 location-times of recycling were done in the green zone, and 3,887 person-times were served.",
        "proj_year": "114",
        "org_name": "新北市政府環境保護局",
        "exe_unit": "創境科技有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1140180240",
        "publish_date": "20260101"
    },
    {
        "chi_title": "114年度嘉義市推動低碳永續家園執行計畫",
        "chi_subject": "因氣候變遷導致極端型天氣發生之頻率及強度增加，加上人類活動加速能、資源之耗竭，已對地球環境及生態資源造成嚴重的衝擊。為呼應國際建構低碳環境之發展趨勢，環境部（前行政院環境保護署）於98年「全國能源會議」中，提出「低碳社區」、「低碳城市」及「低碳生活圈」之具體目標與時程，並提出建構「低碳家園」期程，規劃具體且可執行之6大行動項目，透過社區（村、里）、城市（鄉、鎮、市、區）及地方政府（直轄市、縣市政府）逐層往上累積之成果，形成由下而上推動、自上往下輔導的推展模式。\n為持續維運嘉義市低碳永續家園，同時喚起民眾對全球暖化議題的重視，嘉義市政府環境保護局推動「低碳永續家園建構推動計畫」，透過辦理氣候變遷減緩與調適相關工作，推廣並宣導民眾將節能減碳落實於日常生活中，打造本市為低碳、永續家園之願景。\n「114年嘉義市低碳永續家園執行計畫」主要工作項目分別為「推廣低碳永續家園相關業務」、「推動因地制宜之低碳行動」、「推廣綠能屋頂」、「其他配合事項」等四大工作項目，執行成果摘要說明如下：\n一、推廣低碳永續家園相關業務\n1.\t結合頂庄里自然生物棲地復育成果，辦理1場次低碳永續家園示範活動，當日參與人數約400人。\n2.\t完成取得銅級以上認證資格53處社區訪視與輔導，並維護王田里、芳安里及致遠里3處等行動項目維護。\n3.\t完成「低碳永續家園資訊網」產出今年度成果維護現勘名單（本市王田里、安業里、興村里、致遠里及紅瓦里等5處）低碳永續行動項目查核及辦理成果維護管理作業。\n4.\t於嘉義市福樟良材木創工坊辦理1場次「南區生活圈業務聯繫交流」會議，當日與會人數計有22人。\n5.\t本計畫針對里（社區）輔導協助26處里參與低碳永續家園評等認證作業，合計完成低碳永續家園評等1處里（劉厝里）取得銀級認證，25處里取得銅級認證。\n6.\t為提升及強化本市認證評等效益，輔導與協助轄區里新增建置低碳行動項目16處。\n7.\t更新並建置取得銅級評等認證以上里之告示牌，總計15處。\n8.\t於後湖里辦理1場次「技術諮詢與評等審查小組會議」，當日與會人數計有30人。\n二、推動因地制宜之低碳行動\n1.\t完成1場次嘉義市低碳校園標章審查研商會，參與人數計5人\n2.\t輔導5所學校申請低碳校園標章認證銀級升等金級及1所新申請取得銀級認證；並製作標章告示牌11座且辦理低碳校園標章認證頒獎1場次。\n3.\t輔導及協助本市轄內輔仁中學建置低碳校園標章認證實施計畫之低碳行動項目，及參與低碳校園標章認證。\n4.\t輔導及協助本市4所國中及小學完成建置水資源回收再利用系統（含解說牌）。\n5.\t完成巡查近2年建置水資源回收再利用系統共6處每季1次，並隨每月工作月報提送。\n三、推廣綠能屋頂\n1.\t結合公民電廠概念辦理太陽光電系統宣導會並調查民眾建置意願，完成辦理共5場次，參與人數分別為43人、35人、30人、29人及33人，共170人。\n2.\t辦理1場次太陽光電案場建置說明會，計有16人與會。\n3.\t於9月25日假「三貴錦繡D棟社區」、「三貴錦繡E棟社區」、「南興大樓」及「金龍書苑名廈」等4處辦理2場次太陽光電建置潛力之里、社區中的住宅、商辦、公共場域現勘。\n4.\t於9月18日辦理1場次太陽光電系統跨縣市觀摩會，觀摩地點為奇美綠能園區及善化啤酒廠環境教育園區，共37人參與。\n5.\t協助維護或修繕低碳永續家園建置太陽光電系統3處（頂庄里、紅瓦里、育英里）。\n6.\t製作能源教案及配合市府各局處及社區活動辦理宣導，完成辦理10場次，現場共計有1,210人參與宣導。\n四、其他配合事項\n透過發佈新聞稿5則及臉書貼文6則，推廣民眾於生活中落實低碳行動，並持續參與國內、外低碳永續相關活動，藉以宣傳本市節能減碳及淨零排放推動成果，提高本市於國際之能見度。",
        "eng_title": "2025 Chiayi City Low-Carbon Sustainable Homeland Promotion Project",
        "eng_subject": "The increasing frequency and intensity of extreme weather events caused by climate change, coupled with the accelerated depletion of energy and natural resources due to human activities, have had a serious impact on the global environment and ecological systems. In response to the international trend of developing low-carbon environments, the Ministry of the Environment (formerly the Environmental Protection Administration, Executive Yuan) proposed concrete goals and timelines for Low-Carbon Communities, Low-Carbon Cities, and Low-Carbon Living Circles at the 2009 National Energy Conference. A phased plan for establishing Low-Carbon Homelands was introduced, outlining six specific and actionable measures. Through achievements accumulated progressively from community (village\/neighborhood) level, to cities, towns, districts, and local governments (municipal and county\/city governments), a bottom-up promotion model supported by top-down guidance has been put in place.\nTo ensure the continuous operation of Chiayi City’s Low-Carbon Sustainable Homeland initiative and raise public awareness of global warming, the Environmental Protection Bureau of Chiayi City has implemented the Low-Carbon Sustainable Homeland Promotion Project. Through mitigation and adaptation measures related to climate change, the project encourages citizens to incorporate energy conservation and carbon reduction practices into daily life, contributing to the vision of building a low-carbon and sustainable city.\nThe 2025 Chiayi City Low-Carbon Sustainable Homeland Implementation Project consists of four major components: Promoting Low-Carbon Sustainable Homeland Initiatives, Implementing Localized Low-Carbon Actions, Promoting Green Energy Rooftops, and Other Supporting Tasks. A summary of results is below:\nI.\tPromoting Low-Carbon Sustainable Homeland Initiatives\n1.\tOrganized a Low-Carbon Sustainable Homeland demonstration event, linked with the ecological restoration achievements of Dingzhuang Village’s natural habitat, with approximately 400 participants in attendance.\n2.\tCompleted on-site visits and guidance for 53 communities eligible for bronze-level or higher certification, and supported the ongoing maintenance of action items in Wangtian, Fang’an, and Zhiyuan Villages.\n3.\tUpdated the Low-Carbon Sustainable Information System by completing the annual verification and site inspections for five communities (Wangtian, Anye, Xingcun, Zhiyuan, and Hongwa Villages), and related action-item maintenance work.\n4.\tHeld a South District Living Circle liaison and exchange meeting at the Chiayi Furejang Woodshop with 22 participants in attendance.\n5.\tProvided guidance to 26 communities participating in the Low-Carbon Sustainable Homeland certification process; one community (Liucuo Village) obtained silver-level certification, while 25 communities achieved bronze-level certification.\n6.\tAssisted communities in installing 16 new low-carbon action items to enhance the effectiveness of certification.\n7.\tUpdated and installed 15 signage boards for communities with bronze-level or higher certification.\n8.\tHeld one Technical Consultation and Certification Review Task Force meeting in Houhu Village with 30 participants in attendance.\nII.\tImplementing Localized Low-Carbon Actions\n1.\tHeld a Chiayi City Low-Carbon School Label Review and Consultation Meeting with five participants in attendance.\n2.\tProvided guidance to five schools in upgrading their Low-Carbon School Label certification from silver to gold, and assisted one newly participating school in obtaining silver-level certification. A total of 11 certification signage boards were produced and a Low-Carbon School Label award ceremony was held.\n3.\tAssisted Fu Jen Catholic High School in developing and implementing the Low-Carbon School Label action plan and participating in the certification process.\n4.\tProvided guidance and assistance to four junior high and elementary schools in Chiayi City in establishing water recycling and reuse systems, including the installation of interpretive signage.\n5.\tConducted quarterly inspections (once per season) over two years for a total of six sites with water recycling and reuse systems, and included submitted findings in monthly progress reports.\nIII.\tPromoting Green Energy Rooftops\n1.\tOrganized five solar photovoltaic (PV) system outreach sessions incorporating the concept of citizen-owned power plants. People in attendance totaled 43, 35, 30, 29, and 33 respectively (170 participants overall).\n2.\tHeld one briefing session on solar PV system installation attended by 16 participants.\n3.\tConducted two on-site assessments on September 25 at four community locations—Sangui Jinxiu Building D, Sangui Jinxiu Building E, Nanxing Tower, and Jinlong Academy Residence—to evaluate the solar PV installation potential of residential units, office areas, and shared public spaces.\n4.\tHeld one inter-county solar PV observation tour on September 18, visiting the Chi Mei Clean ＆ Gr",
        "proj_year": "114",
        "org_name": "嘉義市政府環境保護局",
        "exe_unit": "迎展環境股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1140167775",
        "publish_date": "20251224"
    },
    {
        "chi_title": "環境教育淨零綠生活種子講師共學推廣計畫",
        "chi_subject": "本計畫辦理環境教育「淨零綠生活」種子講師共學推廣工作，完成「種子講師管理機制」及「企業參與方案」研擬，並召開專家諮詢與說明會議，期建立企業支持環境教育的可行模式，強化民間力量於淨零教育推廣中的角色。推廣實務方面，辦理社區、學校及不利處境族群等活動共1,197場次，參與人數65,521人次，含偏鄉與離島支援10場次，完成查核訪視25場次及減碳行動案例彙整，並製作推廣績效證明設計2式20份，提升講師榮譽感與社會影響力。在講師培能與教材推廣方面，辦理線上知識講堂3場次；541人次、教學技巧共學營2場次；73人次、Good顧家博士的淨零挑戰教材試用5場次；132人次、教師研習及大專體驗課程10場次；293人次，並製作教材主視覺及介紹短文1則，上架教學影片1式，促進教材應用與講師交流。於數位學習部分，完成多媒體教材資源上線前審查，強化分組教學與自導式學習介面，符合政府網站服務管理規範、A級無障礙標準及資安檢測要求。同時，協助辦理種子講師徵選，完成報名、審查及共識營1場次，共錄取40位新進講師。整體而言，本計畫有效強化講師知能培訓與推廣網絡，擴大實體\/線上教學工具包之使用效益，深化校園與社區的淨零教育實踐，促進全民綠生活行動，呼應國家2050淨零排放目標。",
        "eng_title": "Environmental Education Net-Zero Green Lifestyle Seed Instructor Co-learning ＆ Outreach Program",
        "eng_subject": "This project implemented the “Net-Zero Green Lifestyle Seed Instructor Co-learning and Promotion Program” to advance environmental education and public participation in net-zero transformation. Drafts of the Seed Instructor Management Mechanism and Corporate Participation Plan were completed, accompanied by expert consultations and briefing meetings to establish a feasible model for corporate engagement in environmental education and to strengthen the role of civil society in promoting net-zero learning.\nIn practical implementation, a total of 1,197 outreach sessions were conducted across communities, schools, and disadvantaged groups, engaging 65,521 participants, including 10 sessions in remote and island areas. A total of 25 site inspections and carbon-reduction case studies were completed, and two types of performance certificates (20 copies) were designed and produced to enhance instructor recognition and social influence.\nFor instructor capacity building and teaching material promotion, three online knowledge seminars (541 participants), two teaching skill co-learning camps (73 participants), five sessions using Dr. Good’s Net-Zero Challenge multimedia materials (132 participants), and ten teacher workshops and university experience courses (293 participants) were organized. A main visual and an introductory article for the teaching materials were produced, along with one instructional video uploaded online to promote material application and instructor exchange.\nRegarding digital learning, a pre-launch review of the multimedia teaching platform was completed, optimizing both group-learning and self-guided interfaces while ensuring compliance with government web service regulations, A-level accessibility standards, and cybersecurity requirements.\nAdditionally, the project assisted in the recruitment of seed instructors, completing registration, evaluation, and one consensus workshop, resulting in the selection of 40 new instructors.\nOverall, the project effectively enhanced instructor training and the promotion network, expanded the accessibility and usage of both physical and online teaching toolkits. It deepened the implementation of net-zero education in schools and communities, encouraged public participation in green living actions, and supported the nation’s 2050 net-zero emissions goal.",
        "proj_year": "114",
        "org_name": "國環院環教認證中心",
        "exe_unit": "環境友善種子股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1140130684",
        "publish_date": "20260101"
    },
    {
        "chi_title": "114年嘉義縣環境教育專案計畫",
        "chi_subject": "全球暖化與氣候變遷已成為國際間關注的重要議題，在各國永續意識抬頭之下，也帶動了節能、低碳、循環綠色經濟面向，淨零排放已是近年國際共同議題，我國淨零轉型從推動「淨零綠生活」開始，引導民眾行為改變，包括全民食、衣、住、行、育、樂、購中所產生的商業及消費使用行為。\n因此，為響應中央政策淨零綠生活，並依據嘉義縣環境教育行動方案113-116年度架構下「淨零永續469，嘉義綠行動保永久」之主軸所新增淨零生活化目標，落實淨零人才培育及淨零行動實踐兩項行動，予以提高縣民對環境倫理及生活土地環境的責任感以及在淨零永續推動下共同邁向低碳、減碳、永續發展。\n環境教育是為了「解決現在的和將來的環境問題」，本計畫透過環境教育活動推廣，連結在地環境教育夥伴與社區團體，長期培力地方社區營造與協助環境教育場域的申請認證；藉由社群平台的經營，創造更多民眾認識2050淨零碳排政策機會，也將本縣的環境教育行動方案和環保政策於環保局網站展現，另本年度本工作團隊秉持環境教育專業及豐富的專案執行經驗，依據履約標的規定之各工作項目，提出期末執行成果報告，本計畫針對年度期末重點項目如下說明：\n1.\t配合世界環境日辦理低碳走讀趣抵嘉活動，結合一般民眾、親子團，結合低碳運具、在地產業及博物館文化資源等元素，透過設計環保闖關集章遊戲，讓參與民眾在導覽及實際體驗過程，增進環保知識與低碳旅遊的理念，促進減碳與永續的生活方式。\n2.\t辦理12場次環環相扣-減碳與循環，結合不同的活動主軸，涵蓋多元環境議題，包括海洋保育、節約能源、氣候變遷等議題，全面提升民眾的環境素養。透過多樣化的主題課程與實作體驗，引導參與民眾了解如何在日常生活中實踐節能減碳與永續循環的具體作為，並培養正面積極的環境態度，促進知識學習與技能建構，進而轉化為實際行動力，以逐步落實永續發展理念，共同邁向淨零永續的願景。\n3.\t辦理環境教育志工增能訓練，運用體驗學習方式，實地至高雄及屏東各環境教育設施場所學習，透過走讀、實作更加了解人與環境之間的關聯，更進一步由理論面及實務面的學習及經驗分享，未來運用在協助本縣環境教育之推動。\n4.\t融合雙語元素進行訓練，提升環境教育導覽解說人員之英語溝通能力，並製作相應之課程教材。後續亦可於外賓來訪時運用簡易英語對話進行導覽介紹，以展現雙語服務之成果。\n5.\t為營造良好且安全的周邊環境，針對綠能館進行空間維護與改善，包括修繕館內燈具設備、拆除館外地面投射燈，以及進行臺灣島水池抽水與清潔維護。相關設施將持續巡檢與改善，以提升場館整體營運品質。\n本年度為響應環境部相關推動政策，本計畫執行至今持續調整活動執行方式配合環境部相關政策面向作為主軸，在爭取達成環境部環境教育考核目標的同時，維繫嘉義縣環境教育推廣能量，落實全民響應環境教育的核心目標，統計至11月30日自評環境教育績效考核為71.9分，總分105.4分(包含加分項)，由於部分考核項目需提供資料由環境部審查，相關分數尚未公布；另有部分項目需統計至年底，評分仍具浮動性，因此目前分數僅供初步自評。\n綜上，持續推展環境教育業務，擴大環境教育量能，提升教學品質，充分運用環境教育資源，透過教育手段傳達環境議題概念，與民眾生活鏈結，藉此從自身落實食衣住行育樂購生活面向達到節能減碳之理念與行動。",
        "eng_title": "114 Chiayi County Environmental Education Project",
        "eng_subject": "Global warming and climate change have become important issues of international concern. The rise of sustainability awareness in various countries has also promoted the orientation of energy saving, low-carbon, and circular green economy. Net-zero emissions have become a common international issue in recent years. Taiwan's net-zero The transformation begins with the promotion of net-zero green living and guides people's behavior changes, including the commercial and consumption behavior of all people in food, clothing, housing, transportation, education, entertainment, and shopping.\nTherefore, in response to the central policy of net-zero green living, and in accordance with the main axis of Net-zero sustainability 469, Chiayi Green Action Permanent under the Chiayi County Environmental Education Action Plan 2024-2027 annual framework, the new net-zero living goals are implemented. The two actions of net-zero talent cultivation and net-zero action practice will enhance the county residents' sense of responsibility for environmental ethics and living land environment, and jointly move toward low-carbon, carbon reduction, and sustainable development under the promotion of net-zero sustainability.\nEnvironmental education aims to solve current and future environmental problems. This project promotes environmental education activities, connects local environmental education partners and community groups, and provides long-term support for local community building and assists in the application and certification of environmental education venues. Through the management of social media platforms, it creates more opportunities for the public to learn about the 2050 net-zero carbon emission policy and showcases the county's environmental education action plan and environmental protection policies on the Environmental Protection Bureau's website. Furthermore, this year, our team, leveraging its professional expertise in environmental education and extensive project execution experience, has prepared a year-end performance report based on the work items stipulated in the contract. The key year-end items of this project are explained below:\n1. In conjunction with World Environment Day, a low-carbon walking tour to Chiayi will be held, combining the general public and families with elements such as low-carbon transportation, local industries, and museum cultural resources. Through an environmental stamp collection game, participants will enhance their environmental knowledge and understanding of low-carbon tourism concepts during guided tours and hands-on experiences, promoting a carbon-reducing and sustainable lifestyle.\n2. Twelve interconnected sessions on carbon reduction and recycling were held, combining different themes to cover diverse environmental issues, including ocean conservation, energy conservation, and climate change, comprehensively enhancing public environmental literacy. Through varied thematic courses and hands-on experiences, participants were guided to understand how to implement energy conservation, carbon reduction, and sustainable recycling in their daily lives, cultivating positive environmental attitudes, promoting knowledge learning and skills development, and translating these into practical action to gradually implement the concept of sustainable development and jointly move towards the vision of net-zero sustainability.\n3. The environmental education volunteer capacity building training program utilized experiential learning methods, involving field trips to various environmental education facilities in Kaohsiung and Pingtung. Through these visits and hands-on activities, participants gained a deeper understanding of the relationship between people and the environment. The program further enhanced theoretical and practical learning and experience sharing, which will be applied in future efforts to promote environmental education in the county.\n4. Training will incorporate bilingual elements to enhance the English communication skills of environmental education tour guides, and corresponding course materials will be developed. Furthermore, simple English dialogues can be used for guided tours when foreign visitors arrive, showcasing the effectiveness of the bilingual service.\n5. To create a pleasant and safe surrounding environment, maintenance and improvements are being carried out on the Green Energy Pavilion, including repairing indoor lighting equipment, removing outdoor ground spotlights, and pumping and cleaning the Taiwan Island water tank. These facilities will continue to be inspected and improved to enhance the overall operational quality of the venue.",
        "proj_year": "114",
        "org_name": "嘉義縣環境保護局",
        "exe_unit": "磐飛科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1140097758",
        "publish_date": "20251225"
    },
    {
        "chi_title": "114年度嘉義市推動室內空氣品質維護管理宣導計畫",
        "chi_subject": "114年度嘉義市推動室內空氣品質維護管理宣導計畫（114）\n本計畫於114年1月1日至12月15日進行，各項成果摘要如下說明:\n\n（1）100家場所的室內空氣品質巡檢調查（200次）：\n使用直讀式儀器巡檢及輔導場所建立管理制度完成之數量共計200處次，結合巡檢作業進行輔導並協助填寫與建立維護管理計畫，同時提供室內空氣品質不良應變之草擬參考。現場輔導除建立維護管理計畫外，亦針對本計畫之輔導過程中進行問卷調查，100處問卷調查回收率為100%，回收之100處問卷指出場所對於法令內容及政策內容宣導都有充分瞭解，相關問卷回饋內容，有助於本計畫研擬輔導改善策略之參考。巡檢結果9處場所呈現異常狀態，分別為幼兒園5處次、托嬰中心2處次、運動健身場所2處次。檢測異常項目多為室內通風換氣不足導致CO2濃度異常，部分則因開窗通風受戶外背景濃度高值影響導致室內PM2.5濃度異常。\n\n（2）6點次室內空氣品質標準方法檢測：\n本計畫委託環境部認證檢測機構，針對本市5處非公告列管場所及1處公告列管場所進行檢測。5處非公告場所檢測結果均符合IAQ標準與優良級標章資格，並已完成輔導5處非公告場所取得優良級標章；另針對1處公告場所進行稽查檢測，檢測結果各項測值均符合法規標準。\n\n（3）1處CO2高超標風險場所連續監測：\n本計畫於8月份，針對1處幼兒園(嘉義市中油員工子女非營利幼兒園)設計 3 種開窗方式進行為期至少一週CO2連續監測，協助場所選擇最適當且兼顧節能的開窗方式，作為日常自主通風換氣管理方法的依據。監測結果顯示，「氣窗全開／窗戶密閉」方式，有助於維持教室內 CO₂ 濃度於標準範圍內；若室內活動頻率提高或人數較多之活動時，則可視需要增加窗戶開啟幅度，並搭配風扇擾動以提升換氣效率。\n \n（4）30處非公告列管公私場所室內空氣品質健康檢查：\n年度共計完成81位民眾申請之住家、店家、辦公室及新裝潢等場所之室內空氣品質到府診斷服務，均藉由巡檢式檢測儀器協助瞭解室內空氣品質概況，並提供相關維護管理建議。問卷調查結果顯示民眾對於本活動皆表示滿意與認同。\n\n（5）輔導公私場所取得室內空氣品質自主管理標章：\n本計畫共計輔導轄內67家場所取得室內空氣品質自主管理標章，其中公告場所15家取得優良級標章、6家取得良好級標章；非公告場所則輔導34家取得優良級標章、12家取得良好級標章。\n\n（6）發佈室內空氣品質相關新聞稿：\n本計畫依據工作規劃完成2則新聞稿發布，一則為提供市民瞭解室內空氣品質免費健檢服務活動訊息，並宣導室內空氣品質相關自主維護管理方法，以提升民眾對室內空氣品質之認識；另一則為展現本年度嘉義市環保局輔導轄內200人以上幼兒園全數取得IAQ標章之努力成果，強化民眾對於政策推動認同感。",
        "eng_title": "Promotion Plan for Indoor Air Quality Maintenance and Management in Chiayi City (2025)",
        "eng_subject": "Promotion Plan for Indoor Air Quality Maintenance and Management in Chiayi City (2025)\n\nThis project was carried out from January 1 to December 15, 2025, and the outcome of it is demonstrated as follows:\n(1)\tCO₂ Monitoring and Guidance at 100 Locations (200 Visits).\nA total of 200 site visits have been completed, using direct-reading instruments to monitor CO₂ concentrations and assist in establishing IAQ management systems. On-site guidance included support in drafting IAQ maintenance plans and providing preliminary response references for poor air quality scenarios. Questionnaires were administered during these visits, yielding a 100% response rate. Results indicated high levels of awareness regarding IAQ regulations and policies. Nine locations showed abnormal conditions - five kindergartens, two infant care centers, and two fitness facilities - primarily due to insufficient ventilation leading to elevated CO₂ levels, or high outdoor background PM2.5 concentrations affecting indoor readings. \n(2) IAQ standard examination at 6 locations\nThe project commissioned a certified testing agency to conduct IAQ testing at five non-regulated public and private premises, as well as one regulated premise. All five non-regulated sites met the IAQ standards and qualified for the Excellence Label, which has already been obtained by these locations. In addition, inspection testing was carried out for the regulated premise, and all measured parameters complied with the relevant regulatory standards.\n(3) Continuously inspecting CO2 at 2 locations\nIn August, the project conducted at least one week of continuous CO₂ monitoring at a kindergarten (the CPC Employees’ Children Non-profit Preschool in Chiayi City), testing three different window-opening strategies. The aim was to help the facility identify the most suitable and energy-efficient ventilation method for daily self-managed airflow control. The monitoring results showed that the strategy of “fully opening clerestory windows while keeping regular windows closed” helps maintain indoor CO₂ levels within the standard range. It was also recommended that when indoor activity increases or when more people are present, the opening width of the regular windows may be increased as needed, and fans can be used to enhance air circulation and improve ventilation efficiency.\n \n(4) Inspection of indoor air quality at 30 non-announced listed public and private places\nIAQ diagnostic services were provided at 81 locations — including homes, shops, offices, and newly renovated spaces — based on citizen applications. Portable inspection tools were used to assess IAQ conditions, and recommendations for IAQ maintenance were offered accordingly. Questionnaire feedback indicated a high level of public satisfaction and strong recognition of the initiative.\n(5) Guiding public and private places to obtain the indoor air quality self-management label\nThis project has guided 67 locations in obtaining IAQ self-management labels. Among them, 15 regulated sites achieved the Excellence level and 6 achieved the Good level, while 34 non-regulated sites achieved the Excellence level and 12 achieved the Good level.\n(6) Broadcasting news about indoor air quality\n    According to the work plan, the project issued two press releases. The first provided the public with information about the free IAQ diagnostic service and promoted self-managed IAQ maintenance practices to enhance awareness of indoor air quality. The second highlighted this year’s efforts by the Chiayi City Environmental Protection Bureau in guiding all kindergartens with over 200 students within its jurisdiction to obtain the IAQ Label, thereby strengthening public recognition of and support for the policy.",
        "proj_year": "114",
        "org_name": "嘉義市政府環境保護局",
        "exe_unit": "嘉藥學校財團法人嘉南藥理大學",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1140079326",
        "publish_date": "20260101"
    },
    {
        "chi_title": "產品維修培力與區域型示範區推動示範計畫",
        "chi_subject": "本計畫透過研析國內外推動維修再使用促進資源循環之策略，歸納分析國際維修再使用碳足跡及循環足跡計算方式建立作法，並提出國內資源循環之社區培力及減碳效益評估之可行性建議。同時透過辦理維修人才培力和建置維修服務據點，以提升我國維修量能與民眾維修意識，並建立維修示範點，建構區域型維修服務量能。最後，研究提出維修服務示範規畫，以推動產品維修「常態化」及「產業化」兩大目標。\n關於國內外推動維修資源循環策略作法，今年度持續蒐集國內外包括歐盟、日本、美國等地針對維修相關的推動策略、法規及趨勢。同時，規劃產品維修服務推廣作法，盤點推動產品維修措施跨部會合作方式，參考法國「維修度指數」經驗及「輕推理論」，以促進跨部會合作。\n為建立維修據點，本計畫延續前期7個縣市訪調成果，訪查桃園市、新竹市、嘉義市、彰化縣等4個縣市政府環保局，以瞭解各縣市產品維修及二手物再使用推動現況。並與新竹市「將軍村」及桃園市「棄而不捨修惜站」合作，成功建立 2 處區域型維修示範點。在維修培力方面，本計畫持續加強社區參與並結合社區大學辦理維修人力培力工作，完成5場次的「種子師資培訓工作坊」與5場次的「維修人員培訓工作坊」，並增列8場次「維修推廣課程」。此外成功媒合10場次校園維修REUSE教育課程，促成企業、維修社團進入校園進行實作與交流。\n另外，本計畫針對原版的「全國不用品藏寶地圖系統」進行功能改版建議盤點，並更名為「全國維修地圖」，以強化網頁的活動資訊與維修社群串聯、媒合功能。本計畫持續增加維修站點數量，透過環保志工與村里長網絡，今年度募集371處，累計達817處；再加上企業響應加入維修服務站點374處。上述站點皆已登錄至「全國維修地圖」。\n本計畫進一步建置「循環再設計中心」，打造兼具展示、教育與體驗功能的循環產業示範空間。今年度已完成「紡織展」、「塑膠展」兩檔主題展覽，引導民眾以生活化方式認識循環設計理念與各式再生材料應用。\n總結本計畫推動產出成果，今年度計畫已進入維修再使用推動策略路徑的「短期」期程，透過持續收集國內外相關維修策略作法，以及維修人才培力與社群網絡串聯，再加上維修網絡、維修示範點、循環再設計中心的建置，成功深化維修與再利用的推動。",
        "eng_title": "Demonstration Project for Product Repair Empowerment and Regional Pilot Zone Promotion",
        "eng_subject": "This project analyzes domestic and international strategies for promoting repair and reuse to advance the circular economy. It synthesizes and establishes methods for calculating the carbon footprint and circularity footprint of international repair and reuse activities, and proposes feasible recommendations for domestic circular economy initiatives, community capacity building, and carbon reduction benefit assessment. Concurrently, the project aims to enhance Taiwan's repair capacity and public awareness by conducting repair talent training and establishing service points, thereby creating repair demonstration sites and building regional repair service capacity. Finally, the study proposes a repair service demonstration plan to advance the two major goals of making product repair normalized and industrialized.\nRegarding the analysis of domestic and international strategies for promoting repair and circularity, this year’s efforts involved continuously collecting current strategies, regulations, and trends related to repair from EU, Japan, and the United States. Furthermore, the project planned product repair service promotion methods, inventoried cross-ministerial cooperation mechanisms for repair measures, and referenced the experience of the French Repairability Index and Nudge Theory to facilitate cross-sector collaboration.\nTo establish repair service points, the project extended its initial survey of seven counties\/cities by visiting the Department of Environmental Protection of four local governments (Taoyuan City, Hsinchu City, Chiayi City, and Changhua County) to understand the current status of product repair and second-hand item reuse promotion. We successfully partnered with Hsinchu's General Village and Taoyuan's Repair and Cherish Station to establish 2 regional repair demonstration sites. In terms of repair capacity building, the project continued to strengthen community engagement by collaborating with community colleges to conduct repair personnel training, successfully completing five sessions of the “Seed Instructor Training Workshop” and five sessions of the “Repair Personnel Training Workshop,” and additionally organizing eight sessions of the “Repair Promotion Course.” Additionally, 10 campus repair REUSE education courses were successfully matched, facilitating practical engagement and exchange between enterprises and repair clubs.\nIn addition, the project inventoried suggestions for the functional redesign of the original National Used Goods Treasure Map System and rebranded it as the National Repair Map, enhancing the platform's functionality for event information, repair community connection, and matching services. The project continued to expand the number of repair service points. Through networks of environmental volunteers and village chiefs, 371 new points were recruited this year, bringing the cumulative total to 817 points; in addition to 374 repair service points contributed by corporate participation. Overall, these repair service points have been listed on the National Repair Map.\nThe project further established the Circular Design Center, creating a demonstration space for the circular economy that integrates exhibition, education, and experiential functions. This year, the Center successfully completed two major theme exhibitions: the Textile Exhibition and the Plastics Exhibition, guiding the public to understand circular design concepts and the application of various recycled materials in a relatable manner.\nIn summary of the project's outputs and achievements, this year's efforts mark the short-term phase of the repair and reuse promotion strategy roadmap. Through the continuous collection of domestic and international repair strategy practices, the capacity building of repair talent, the linking of social networks, and the establishment of the repair network, demonstration sites, and the Circular Design Center, the project has successfully deepened the promotion of repair and reuse.",
        "proj_year": "114",
        "org_name": "循環署永續消費回收組",
        "exe_unit": "財團法人環境資源研究發展基金會",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1140040282",
        "publish_date": "20260102"
    },
    {
        "chi_title": "114年嘉義縣精進環境教育專案計畫",
        "chi_subject": "本計畫旨在透過嘉義縣濱海環境教育館，推動以濕地生態與綠建築為核心的環境教育，結合教案研發、人才培訓與專家諮詢，建構完善之課程推廣體系，以提升全民環境素養與永續行動力。\n1. 教案研發與課程設計\no 規劃兩套課程：\n 「濕地生態小宇宙」──針對國小學童，設計 4 小時課程，包含食物鏈、生態威脅、生態觀察與踏查行動。\n 「綠建築進行式」──面向一般大眾，設計 2 小時課程，涵蓋綠建築設計、建築能效、水資源調適與居家節能檢視。\no 各課程配合教具與教材製作，確保學習過程兼具互動性與實作性。\n2. 課程相關推廣與培訓\no 課程人員培訓：辦理 5 場次，共計 30 小時，內容包含解說技巧、課程設計、教案操作與戶外導覽，預計每場 20 人參加。\no 試教活動：針對兩套課程，各辦理 2 場試教，共 4 場，參與人數約 120 人。透過前後測檢視學習成效並修正課程內容。\no 專家諮詢會議：辦理 3 場，邀請學者專家參與課程審視、教學觀課及營運規劃建議。\n3. 行政支援與協調事項\no 決標後一個月內召開工作會議，由承辦團隊提交規劃報告。\no 配合環保局定期或臨時會議，製作簡報與資料，並協助彙整紀錄。\no 協助撰寫中央補助計畫書與簡報，並支援相關交辦事項。\n4. 預期效益\no 增進國小學童對濕地生態與保育的認識。\no 提升民眾對近零碳建築與綠色生活方式的理解。\no 促進學員實際參與環境行動，落實知行合一。\no 強化環境教育志工的解說與教學能力，提升館舍推廣能量。\n本計畫自決標日起執行至 114 年 10 月 31 日止，總經費為新臺幣 70 萬元，將分兩期撥付，並以工作成果報告審查為依據",
        "eng_title": "2024 Chiayi County Environmental Education Improvement Project",
        "eng_subject": "This project aims to promote environmental education centered on wetland ecology and green architecture through the Chiayi County Coastal Environmental Education Center. By integrating curriculum development, personnel training, and expert consultation, the project will establish a comprehensive course promotion framework to enhance public environmental literacy and capacity for sustainable action.\n1. Curriculum Development and Course Design\nTwo courses will be developed:\n“Wetland Ecology Microcosm”\nDesigned for elementary school students, this 4-hour course covers food chains, ecological threats, ecological observation, and field-based exploration activities.\n“Green Building in Action”\nTargeting the general public, this 2-hour course focuses on green building design, building energy efficiency, water resource adaptation, and household energy-saving assessments.\n\nEach course will be accompanied by customized teaching aids and learning materials to ensure an engaging, interactive, and hands-on learning experience.\n\n2. Course Promotion and Training Activities\n\nInstructor and Facilitator Training:\nA total of 5 training sessions (30 hours) will be conducted, covering interpretation skills, curriculum design, lesson implementation, and outdoor guiding techniques. Each session is expected to host 20 participants.\nPilot Teaching Sessions:\nFor the two courses, 2 pilot sessions each will be conducted, totaling 4 sessions with approximately 120 participants. Pre- and post-assessments will be used to evaluate learning outcomes and refine course content.\n\nExpert Consultation Meetings:\nThree consultation meetings will be held, inviting scholars and experts to review curricula, observe teaching sessions, and provide recommendations on operational planning.\n3. Administrative Support and Coordination\nWithin one month after contract award, a project kick-off meeting will be convened, during which the project team will submit a detailed implementation plan.\nThe project team will cooperate with regular or ad hoc meetings convened by the Environmental Protection Bureau, preparing presentations, documentation, and assisting with record compilation.\nSupport will be provided for drafting central government subsidy proposals and presentation materials, as well as other assigned administrative tasks.\n\n4. Expected Outcomes\nEnhance elementary school students’ understanding of wetland ecosystems and conservation.\nImprove public awareness of near-zero carbon buildings and green lifestyle practices.\nEncourage participants to engage in practical environmental actions, bridging knowledge and practice.\n\nStrengthen the interpretation and teaching capacities of environmental education volunteers, thereby increasing the outreach effectiveness of the education center.\nThe project will be implemented from the date of contract award through October 31, 2025, with a total budget of NTD 700,000, to be disbursed in two installments based on the review and approval of project deliverables and final performance reports.",
        "proj_year": "114",
        "org_name": "嘉義縣環境保護局",
        "exe_unit": "磐飛科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1140029414",
        "publish_date": "20251229"
    },
    {
        "chi_title": "113-114年環境感測物聯網及資料傳輸整合計畫",
        "chi_subject": "(1) 環境感測資料中心平臺(IoT)建置與維運\n本項工作主要負責完成資料中心角色移轉，輔導各縣市環保局建置MQTT或API資料串接模式，並建置新資料中心及輕量化儀表板採先建後拆方式，同時規劃新平臺帳號權限管理機制提供多元登入方式，並維持現有服務水準包含感測資料蒐集流通、歷史資料備載、數據品質管理等功能。\n(2) 空氣網(WoT)與水科技物聯網(WIoT)平臺維護\n本項工作著重於提供即時空污與水質感測數據展示達成一站式空品查詢，配合資料中心角色轉移完成資料來源切換，並維護工業區儀錶板分析功能、智慧稽查模組及熱區分析，同時維護自動化週期性分析報表功能提供感測數據統計分析服務。\n(3) 服務推廣與教育訓練\n本項工作包含每期辦理環境物聯網教育訓練2場次每場2小時，配合參加國內外競賽及成果展覽並提供10萬元宣導品，以及提供平臺使用與管理之線上諮詢服務協助使用單位充分利用平臺功能。\n(4) AI Bot代理智慧環境監測應用\n本項工作導入生成式AI技術提供自然語言查詢處理及AI交談服務，建立數據檢索分析功能產生視覺化圖表，提供5,000頁文件訓練運算額度建立品質評估機制，並辦理3場次AI教育訓練課程涵蓋操作與應用方法。\n(5) AI智慧生成應用服務\n本項工作提供新聞稿與致詞稿智慧生成減少撰寫時間並提升品質，立法院答詢資料智慧生成與檢索提升回應效率，雙語化翻譯智慧生成優化英文官方網站資訊，以及非結構化文件摘要生成與環境感測物聯網分析報告自動產出等服務。\n(6) 系統開發維護與專案管理\n本項工作負責應用軟體系統轉換、開發及維護服務包含功能擴充與瑕疵修正，提供資訊業務線上服務含資料庫管理及各類線上應用，遵循資通安全法規範配合資安稽核作業，並於114年11月30日前完成技術移轉計畫確保專案永續經營。",
        "eng_title": "113-114 year of Environmental Sensing Internet of Things and Data Transmission Integration Project",
        "eng_subject": "The major work in this project is comprised of the following parts：\na. Environmental Sensing Data Center Platform (IoT) Construction and Operation\nThis work item is primarily responsible for completing the data center role transition, assisting environmental protection bureaus in various counties and cities to establish MQTT or API data integration modes, constructing a new data center and lightweight dashboard using a build-before-demolish approach, planning new platform account permission management mechanisms to provide diverse login methods, and maintaining current service levels including sensing data collection and circulation, historical data backup, data quality management, and other functions.\nb. Air Network (WoT) and Water IoT Platform (WIoT) Maintenance\nThis work item focuses on providing real-time air pollution and water quality sensing data display to achieve one-stop air quality inquiry, completing data source switching in coordination with the data center role transition, maintaining industrial zone dashboard analysis functions, intelligent inspection modules and hotspot analysis, while maintaining automated periodic analysis report functions to provide sensing data statistical analysis services.\nc. Service Promotion and Education Training\nThis work item includes organizing 2 sessions of environmental IoT education training per period with 2 hours per session, participating in domestic and international competitions and achievement exhibitions with provision of NT$100,000 in promotional materials, as well as providing online consultation services for platform usage and management to assist user units in fully utilizing platform functions.\nd. AI Bot Agent for Intelligent Environmental Monitoring Applications\nThis work item introduces generative AI technology to provide natural language query processing and AI conversation services, establishes data retrieval and analysis functions to generate visualized charts, provides 5,000 pages of document training computing quota to establish quality assessment mechanisms, and conducts 3 AI education training courses covering operation and application methods.\n\ne. AI Intelligent Generation Application Services\nThis work item provides intelligent generation of press releases and speeches to reduce writing time and improve quality, intelligent generation and retrieval of Legislative Yuan inquiry materials to enhance response efficiency, intelligent generation of bilingual translation to optimize English official website information, as well as unstructured document summary generation and automatic output of environmental sensing IoT analysis reports and other services.\nf. System Development, Maintenance and Project Management\nThis work item is responsible for application software system conversion, development and maintenance services including function expansion and defect correction, providing online information services including database management and various online applications, complying with Cybersecurity Act regulations and cooperating with cybersecurity audits, and completing the technology transfer plan by November 30, 2025 to ensure sustainable project operation.",
        "proj_year": "113",
        "org_name": "環境部環境資訊科技司",
        "exe_unit": "卡米爾股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131991543",
        "publish_date": "20251230"
    },
    {
        "chi_title": "113年度彰化縣移動污染源稽查管制計畫",
        "chi_subject": "彰化縣空氣污染主要來源為各產業型態之工廠及各式機動車輛所排放之廢氣，而隨著都市土地利用型態的改變及民眾環保意識提升，工廠總數逐年減少，但使用中之機動車輛總量卻逐年上升，使得機動車輛所排放之廢氣成為都市空氣污染最主要之來源，因此，如何降低機動車輛之廢氣排放，是本縣當前極重要之環保課題。\n目前本縣機車設籍數量約84萬輛，其中出廠滿5年每年須參加排氣檢驗的機車約57萬輛，本計畫除針對應定檢機車進行通知及宣導，對未到檢機車進行路邊稽查及寄發公文函通知到檢外，亦不定時不定點執行機車路邊攔檢、受理民眾檢舉烏賊車，及推動機車定檢站假日戶外定檢提供偏遠鄉鎮機車定檢服務等，以有效管控機車排放空氣污染物情形。",
        "eng_title": "2024 Mobile Pollution Inspection Control and Management Project of Changhua County.",
        "eng_subject": "Waste gas emissions from factories in various types of industries and motor vehicles in Changhua County have long been sources of air pollution. The change of urban land use types and promotion of public environmental awareness make number of factories reduce year by year but total quantity of motor vehicles increase, causing that waste gas emission becomes the main source of urban air pollution. Therefore, how to reduce waste gas emission from motor vehicle is an extreme significant issue of environmental protection in the County at present.   \nThe current registered number of motorcycles in the County is about 840,000, in which about 570,000 motorcycles in full 5 years from the manufacturing date are required for annual exhaust inspection. This program not only aims at notification and propaganda for periodical inspection of motorcycle but also conducts roadside patrol of those uninspected motorcycles for on-site inspection by posting note and mailing official letter; meanwhile, license plate identify system is also imported to tighten control of motorcycles in use, irregular and unfixed-point roadside inspection and interception executed, against high-pollution motorcycle from public complaints accepted and mobile inspection station set up to provide motorcycles in remote villages with periodic inspection services, which are to effectively control air pollution exhausted by motorcycles.",
        "proj_year": "113",
        "org_name": "彰化縣環境保護局",
        "exe_unit": "春迪企業股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131340451",
        "publish_date": "20251229"
    },
    {
        "chi_title": "113-114年環保業務通關簽審單證比對系統功能擴充及維護案",
        "chi_subject": "本計畫辦理「環保業務通關簽審單證比對系統」功能擴充與維護，包含增列單證比對項目、配合法規需要調整比對方式、每月單證比對數據分析及系統持續營運相關維護作業及應用系統資安防護等，內容包括：\n\n(一)\t維運環保業務通關簽審單證比對系統，提供即時諮詢服務及系統異常之排除，以維持系統各項功能使其能持續正常運作，並應各簽審單位需要，強化系統功能。 \n(二)\t本次新增功能：\n1\t針對通關簽審單證比對系統功能進行改版、升級，並支援跨瀏覽器等安全性開發作業。為強化資訊安全，對系統的使用者帳號及權限控管機制，現行架構之各簽審單位業務系統單一簽入功能改進，提供符合資安規範（本案系統的資通防護需求等級）規劃內容後，經貴部審核同意後執行。系統改版工作須於第1期履約結束前完成規劃、分析與設計，第2期履約結束前完成測試與完成上線作業。\n(三)\t例行維運項目：\n1\t同意文件之許可資料上傳、核銷控管、資料下載。\n2\t協助關港貿單一窗口Gateway系統進出口資料以Web Service方式自動發布至本署環境資源資料交換平台(NEW CDX)。\n3\t單證比對會辦之資料比對、回覆結果產生、傳送、異常案件處理，及依「報單號碼」、「同意文件編號」查詢特定單證比對會辦案件之比對結果。\n4\t完成相關功能通關簽審作業相關訊息／資料交換、比對、測試、作業協調及管理整合等事宜。\n5\t每月統計通關簽審單證比對數據，並進行趨勢分析，提供查詢介面來查詢及列印上述資料。\n6\t每半年須進行Web應用程式原始碼檢測，檢測工具須至少支援OWASP「跨網站腳本攻擊（XSS）」、「SQL Injection資料隱碼攻擊」、「命令注入攻擊 （Command Injection）」、「惡意檔案執行（Malicious File Execution）」等程式原始碼弱點安全問題之檢測。並且提供程式原始碼弱點掃描統計數據、弱點分類圖表、弱點說明、修補建議等原始碼檢測報表，併當期工作報告提交，並經機關核定後執行，以確保系統能於安全情形下運作。\n7\t依貴單位需求進行系統及資料庫功能調整維護。\n8\t因應法規變動或實務需求，新增或調整單證比對項目內容，以配合各簽審單位（機關）需求。該項新增或調整單證比對項目工作，廠商應於本部提出需求後，1個月內完成測試及開發。",
        "eng_title": "113-114 year Environmental review documents Business clearance check on system function expansion and maintenance",
        "eng_subject": "This plan is for the expansion and maintenance of the Environmental Protection Business Customs Clearance Document Verification System function expansion and maintenance, including the additin of document comparison items, the adjustment of the comparison method to meet the requirements of laws and regulations, the monthly document comparison data analysis and the continuous operation of the system Related maintenance operations and application system information security protection, etc., including:\n(一)\tMaintenance and environmental protection business clearance document comparison system, providing real-time consulting services and troubleshooting of system abnormalities, so as to maintain the various functions of the system and make it continue to operate normally.\n(二)\tNew features added in this update:\n1\tThe system for comparing and verifying customs clearance documents will be redesigned and upgraded, and cross-browser compatibility and security features will be enhanced. To strengthen information security, the user account and access control mechanisms will be improved, and the single sign-in functionality of each signing unit's business system in the current architecture will be enhanced. After providing a plan that complies with cybersecurity standards (the cybersecurity protection requirements of this system), it will be implemented following your department's review and approval. The system redesign must be planned, analyzed, and designed before the end of Phase 1 of the contract, and tested and deployed before the end of Phase 2.\n(三)\tRoutine maintenance\n1\tConsent to the permission document uploading, write-off control, and data downloading.\n2\tAssist the customs, port and trade single window Gateway system to automatically publish the import and export data to the Environmental Resource Data Exchange Platform (CDX) of the Department in the form of Web Service.\n3\tData comparison, response result generation, transmission, handling of abnormal cases, and inquiring about the comparison results of specific document comparison cases handled by the document comparison committee according to the report number and consent document number.\n4\tComplete the related functions related to customs clearance and approval operation related information\/data exchange, comparison, testing, operation coordination and management integration and other matters.\n5\tCount the comparison data of customs clearance and approval documents every month, and conduct trend analysis, and provide an inquiry interface to inquire and print the above data.\n6\tWeb application source code detection must be carried out every six months, and the detection tool must support at least OWASP Cross-site scripting attack (XSS), SQL Injection data encryption attack, Command Injection attack (Command Injection), Malicious file attack. Execution (Malicious File Execution) and other program source code vulnerability security problems detection. It also provides source code detection reports such as program source code vulnerability scanning statistics, vulnerability classification charts, vulnerability descriptions, and repair suggestions, and submits the current work report, which will be executed after approval by the authority to ensure that the system can operate in a safe situation.\n7\tAdjust and maintain the system and database functions according to your organization's needs.\n8\tIn response to changes in regulations or practical needs, add or adjust the content of document comparison items to meet the requirements of various signing and approving units (agency). For the addition or adjustment of document comparison items, the vendor shall complete the testing and development within one month after the headquarters submits the request.",
        "proj_year": "113",
        "org_name": "環境部環境資訊科技司",
        "exe_unit": "康大資訊股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130690907",
        "publish_date": "20251226"
    },
    {
        "chi_title": "113-114年綠領淨零人才資訊服務平臺建置計畫",
        "chi_subject": "「綠領淨零人才資訊服務平臺建置計畫」的推動，旨在應對我國2050淨零轉型國家戰略，解決產業綠色轉型過程中，綠領人才相關資訊高度分散的問題。隨著《氣候變遷因應法》確立淨零目標，市場對具備碳盤查、綠色能源等技能的專業人才需求急劇增加。本計畫的核心目標是建構一個一站式的專業資訊服務平臺，整合「培訓資源」、「就業資訊」、「淨零法規政策」及「綠領知識」四大面向，並提供個人化綠領發展路徑建議導引功能，有效串聯人才供需。平臺功能涵蓋了從環境部及各部會的淨零課程、證照查詢、就業職缺，到最新的法規政策與事實查核專區。在技術面，平臺嚴格遵循數位服務指引，達成網站無障礙AA級規範，並確保對多種主流瀏覽器的高度兼容性。此外，此平臺的建置為我國淨零轉型的人才培育體系提供一個高度專業化、易用性且合符系統開發規範的關鍵資訊平臺。",
        "eng_title": "Green-Collar and Net-Zero Talent Information Service Platform Development Project (2024–2025)",
        "eng_subject": "The Green-Collar and Net-Zero Talent Information Service Platform Development Project was implemented to support Taiwan’s 2050 net-zero transition strategy by addressing the fragmentation of information related to green-collar talent across industries. With the Climate Change Response Act formally establishing the national net-zero goal, market demand for professionals with skills in areas such as carbon inventory and renewable energy increased significantly. The core objective of the project was to establish a one-stop professional information service platform consolidating four key areas: training resources, employment information, net-zero regulations and policies, and green-collar knowledge. The platform also provided personalized development pathway recommendations to better connect talent supply with industry demand. The platform’s functions included access to net-zero courses offered by the Ministry of Environment and other ministries, certification and licensing information, job vacancies, and the latest regulatory updates, along with a dedicated fact-checking section. From a technical standpoint, the platform adhered to digital service guidelines, achieved AA-level web accessibility standards, and ensured strong compatibility across major web browsers. Overall, the platform served as a critical, highly specialized, and user-friendly information hub that aligned with system development standards and strengthened Taiwan’s talent development framework for the net-zero transition.",
        "proj_year": "113",
        "org_name": "國環院環教認證中心",
        "exe_unit": "環資國際有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130534574",
        "publish_date": "20260226"
    },
    {
        "chi_title": "臺南市_113年新增夜市或商圈設置油水分離或污水改善設施之規畫設置",
        "chi_subject": "針對未列管之餐飲業油水之排放，影響流域水質，臺南市積極推動為管制臺南市轄內餐飲業油水之排放，爰依據臺南市低碳城市自治條例第二十六條之一第二項規定，訂定本市餐飲業油水分離設施管理辦法，辦理達一定規模之餐飲業設置油水分離設施，針對臺南市轄內公有市場、夜市或商圈辦理污水油脂截流示範計畫，並針對臺南市餐飲業進行調查作業。",
        "eng_title": "Tainan City – 2024 Plan for Installing Grease Traps or Wastewater Improvement Facilities in Newly Established Night Markets or Commercial Districts",
        "eng_subject": "In response to the discharge of grease and wastewater from unregulated food and beverage businesses, which affects watershed water quality, Tainan City has actively promoted measures to control such discharges within its jurisdiction. Pursuant to Article 26-1, Paragraph 2 of the Tainan City Low-Carbon City Self-Government Ordinance, the city has formulated the Management Regulations for Grease Trap Facilities in Food and Beverage Businesses. Under these regulations, food and beverage establishments of a certain scale are required to install grease trap facilities. In addition, demonstration projects for wastewater and grease interception are being implemented in public markets, night markets, and commercial districts within Tainan City, alongside survey operations targeting the city’s food and beverage industry.",
        "proj_year": "113",
        "org_name": "臺南市政府環境保護局",
        "exe_unit": "技佳工程科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130298259",
        "publish_date": "20251224"
    },
    {
        "chi_title": "114年桃園市健全稽查專精能力及專業跨域支援量能",
        "chi_subject": "本年度透過「健全稽查專精能力及專業跨域支援量能計畫」，針對本市三處污染陳情熱點工業區強化污染查核與科技監控，導入空氣品質感測器、逆軌跡模擬、遠端監控、紅外線熱顯像及空拍等科技設備，建置即時監測與證據蒐集機制，共設置34支遠端監視器，查核工廠名單依空品資料與歷年稽查紀錄篩選而定，並完成多項紅外線查核作業。同時引進環工技師提供專業支援，針對污染情節重大或陳情頻繁工廠進行深度查核，協助改善粉塵逸散、廢氣收集不全及設備老舊等問題，部分業者經輔導後陳情數已明顯下降。為提升查核團隊專業度，本年度共辦理4場專業諮詢及跨機關交流會議，強化執法觀念、監測技術及跨域合作效能，以提升整體污染稽查量能與行政執行效率。並舉辦1場檢調警廉環交流會議，促進跨機關資訊共享及協力執法，提升整體執法精準度及效率。",
        "eng_title": "Strengthening Inspection Expertise and Enhancing Cross-Domain Professional Support Capacity in 2025",
        "eng_subject": "This year, through the Strengthening Inspection Capabilities and Cross-Agency Support Plan, pollution inspections and technological monitoring were enhanced in three industrial zones in the city with high pollution complaint rates. Air quality sensors, reverse trajectory simulation, remote monitoring, infrared thermal imaging, and aerial photography were introduced to establish a real-time monitoring and evidence collection mechanism. A total of 34 remote monitors were installed, and the list of factories inspected was selected based on air quality data and past inspection records. Multiple infrared inspections were completed. Environmental engineers were also brought in to provide professional support, conducting in-depth inspections of factories with severe pollution or frequent complaints. This helped improve issues such as dust emissions, incomplete exhaust gas collection, and outdated equipment. Some businesses have seen a significant decrease in complaints after receiving guidance. To enhance the professionalism of the inspection team, four professional consultations and inter-agency exchange meetings were held this year to strengthen enforcement concepts, monitoring technologies, and cross-agency cooperation efficiency, thereby improving overall pollution inspection capacity and administrative execution efficiency. A meeting was also held to exchange ideas among prosecutors, investigators, police, and environmental officials, promoting information sharing and collaborative law enforcement across agencies and improving the overall accuracy and efficiency of law enforcement.",
        "proj_year": "114",
        "org_name": "桃園市政府環境保護局",
        "exe_unit": "康廷工程顧問企業有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1141446635",
        "publish_date": "20251202"
    },
    {
        "chi_title": "114年新北市健全稽查專精能力及專業跨域支援量能",
        "chi_subject": "一、專案工作範疇界定及執行規劃\n本計畫團隊於1月24日辦理今年度第1次工作檢討會議時，完成提報專案工作範疇界定及執行規劃內容，並依環境部針對重大案件之定義，執行後續作業。\n\n二、無人飛行載具調查作業\n本計畫截至10月31日止，分別於3\/10、3\/24…至9\/11等日期，共完成26場次調查工作。前期調查對象以汐止德O土方堆置為主，藉由一定期間約每月1~2次之頻率進行連續調查，觀察其場址違法行為與土方堆置變化情形，作為未來判斷案件稽查方向與進場查核時機之參考，然因該場檢察官判定不起訴後便停止調查；計畫後期便針對其他重大案件如厚O及再O工廠進行現況判斷與環境調查，以利判定進場查核時機，因該兩處皆不適合架設監視器，故以提高調查頻率方式進行空拍作業，且於當日進場查核前再進行空拍作業以掌握現況並輔助進場作業與紀錄。\n\n四、即時影像監控\n本計畫截至7月31日止，分別於汐止德O鄰近制高點及出入道路口等地點架設影像監控設備進行監控，各完成超過13處次之監控作業(每處次以10日計)，共完成至少39處次之監控作業。藉由監控作業掌握業者作業情形、土方堆置變化，以及車輛機具進出情形，可作為未來判斷進場查核時機之參考，與後續告發處分之佐證資料紀錄。然後因該場檢察官判定不起訴，故本計畫便於8月起停止監控作業。\n\n五、導入專業人員協助執法\n本計畫截至10月31日止完成10次專業人員協助執法。本計畫持續監控與蒐證作業，與專業人員研討監控結果、進場時機與查核執行方向方法，再藉由專業人員提供之意見與建議事項，加強現場稽查執行的順暢度，並協助取得相關紀錄資料(包括原物料、用電與現場機具設備等)，作為後續保存告發處分之佐證資料紀錄或評估環境品質改善效益。\n\n六、完成重大案件\n本計畫截至10月31日止，已完成2件重大案件(依環境部定義為：地檢署立案、檢警環聯合查緝案、不法利得裁罰案、具區域環境品質改善效益等案件，且限違反空污法規)，並將於前述各項作業完成並彙整成果後提報；第一案對象為厚O公司，重大案件定案方向為地檢署立案；第二案為再O公司，重大案件定案方向則為具區域環境品質改善效益。\n\n七、相關訓練、研習及技術交流會議或活動\n本計畫截至10月31日止，已分別於4\/25、5\/23及6\/20共辦理3場次研習交流活動。該活動講授提升稽查員與陳情民眾溝通技巧、稽查員壓力及心理調適課程，並讓與會同仁透過提問及討論，交流稽查經驗以利未來稽查案件執行；結合生態環境研習與稽查人員體能訓練，讓與會同仁有豐富的學習成效與體驗。",
        "eng_title": "New Taipei City Smart Law Enforcement and Improving auditing Specialized Capabilities Project",
        "eng_subject": "I. Project Scope Definition and Implementation Plan\n\nAt its first work review meeting of the year on January 24th, the project team finalized and submitted the project scope definition and implementation plan. Following the Ministry of Environmental Protection's definition of major cases, subsequent operations were carried out.\n\nII. Unmanned Aerial Vehicle Survey Operations\n\nAs of October 31st, this project has completed 26 survey operations on dates ranging from March 10th and March 24th to September 11th. The initial investigation focused on the earthwork stockpiles at Xizhi De O site. Continuous investigations were conducted approximately 1-2 times per month to observe illegal activities and changes in earthwork stockpiles, serving as a reference for future investigation directions and on-site inspection timing. However, the investigation ceased after the prosecutor decided not to prosecute. Later in the plan, the focus shifted to other major cases such as Hou O and the Rei O factory, conducting current situation assessments and environmental investigations to determine the timing of on-site inspections. Since neither location was suitable for surveillance cameras, aerial photography was conducted at a higher frequency. A second aerial photograph was taken before the on-site inspection to assess the current situation and assist in on-site operations and record-keeping.\n\nIV. Real-time Video Surveillance As of July 31st, video surveillance equipment was installed at high points near Xizhi De O and at entrances and exits, completing more than 13 monitoring sessions at each location (each session counted as 10 days), for a total of at least 39 monitoring sessions. By monitoring the operations of businesses, changes in earthwork stockpiles, and the entry and exit of vehicles and equipment, this information can be used as a reference for determining the timing of future on-site inspections and as supporting evidence for subsequent disciplinary actions. However, because the prosecutor decided not to prosecute, this project ceased monitoring operations in August.\n\nV. Utilizing Professional Assistance in Enforcement\nAs of October 31st, this project had completed 10 instances of professional assistance in enforcement. This project continuously monitored and collected evidence, discussed monitoring results, on-site entry timing, and inspection methods with professionals, and enhanced the smoothness of on-site inspections through their opinions and suggestions. It also assisted in obtaining relevant records (including raw materials, electricity usage, and on-site equipment) as supporting evidence for subsequent disciplinary actions or for assessing the benefits of environmental quality improvements.\n\nVI. Completion of Major Cases\n\nAs of October 31, this project has completed two major cases (defined by the Ministry of Environment as: cases initiated by the District Prosecutor's Office, joint investigations by prosecutors, police, and environmental authorities, cases involving penalties for illegal gains, and cases with regional environmental quality improvement benefits, limited to violations of air pollution regulations). These cases will be submitted after the aforementioned tasks are completed and the results are compiled. The first case involves Hou O Company, and the major case is being pursued by the District Prosecutor's Office. The second case involves Zai O Company, and the major case is being pursued based on its regional environmental quality improvement benefits.\n\nVII. Related Training, Workshops, and Technical Exchange Meetings or Activities\n\nAs of October 31, this project has conducted three workshops and exchange activities on April 25, May 23, and June 20. The event included courses on improving communication skills between inspectors and petitioners, stress management for inspectors, and psychological adjustment. Participants also exchanged inspection experiences through questioning and discussion to facilitate future inspections. The event combined ecological environment studies with physical training for inspectors, providing participants with rich learning outcomes and experiences.",
        "proj_year": "114",
        "org_name": "新北市政府環境保護局",
        "exe_unit": "昕嶼環境科技有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1140815815",
        "publish_date": "20251130"
    },
    {
        "chi_title": "苗栗縣-113年度苗栗縣全國水環境清淨河面計畫",
        "chi_subject": "行政院106年7月10日核定全國水環境改善計畫，建構「水與發展」、「水與安全」及「水與環境」三大主軸建設，其中「水與環境」願景為魅力水岸，由各部會對齊資源擴大成效，積極推動治水、淨水、親水一體，推動結合生態保育、水質改善及周邊地景之水環境改善，期恢復河川生命力及親水永續水環境。惟當水環境中水岸面有垃圾等廢棄物時，容易造成水環境積蓄更多廢棄物或垃圾，影響水環境地景、生命力之永續以及民眾親水之意願，因此，有清除水環境水岸面垃圾之執行必要。",
        "eng_title": "Miaoli County - 2014 Miaoli County National Water Environment Clean River Plan",
        "eng_subject": "On July 10, 2017, the Executive Yuan approved the National Water Environment Improvement Plan, which builds upon three key themes: Water and Development, Water and Security, and Water and Environment. The Water and Environment initiative aims to create a charming waterfront. All ministries and agencies will align resources to maximize effectiveness and actively promote integrated water management, water purification, and water accessibility. This initiative integrates ecological conservation, water quality improvement, and improvements to the surrounding landscape, aiming to restore the vitality of rivers and create a sustainable, water-friendly environment. However, the presence of garbage and other debris on the waterfront can easily lead to the accumulation of more waste and trash, impacting the water's landscape, its sustainability, and the public's desire for water access. Therefore, it is imperative to implement measures to remove garbage from the waterfront.",
        "proj_year": "113",
        "org_name": "苗栗縣政府環境保護局",
        "exe_unit": "濟陽營造有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1132342242",
        "publish_date": "20251202"
    },
    {
        "chi_title": "113年度臺北市非農地環境雜草管理計畫",
        "chi_subject": "臺北市政府環境保護局為落實除草劑及環境用藥等化學品源頭管制工作。對於除草劑則辦理(一)除草劑之銷售對象及使用地點查核，以追蹤除草劑售出後之流向(二)針對公共區域中轄管河濱公園、大型公園、登山步道口、社區、學校、醫院、綠地或其他雜草區域進行稽查除草劑使用情形並對於疑似違法使用除草劑情形，進行土壤、水樣或動植物檢體等進行查驗，避免除草劑濫用及誤用(三)辦理非農地環境雜草管理及除草劑合理使用宣導活動或法規政策說明會，加強宣導並落實「農藥農用」的精神，回歸除草劑促進農業生產的本意，守護環境生態及市民健康。另亦針對環境用藥辦理(一)販賣業及病媒防治業輔導查核，使業者能夠遵守法規且環境用藥使用情形(二)病媒防治業執行業務現場輔導，以提升病媒防治業及施藥人員之專業水準(三)環境用藥查核，避免偽藥、禁藥、或劣藥在市面上四處流竄(四)宣導會，強化民眾對環境用藥及病媒防治安全之認知，避免環境危害性化學品濫用誤用導致影響環境生態及人體健康。因此，辦理此計畫。 本計畫工作項目包括：(一)非農地環境雜草管理及除草劑合理使用：(1)辦理除草劑販售業者銷售追蹤查核（10家）(2)巡查轄內非農業土地使用除草劑情形（至少30處）(3)社區安全操作電動割草機作業示範（1場）(二)環境用藥及病媒防治管理：(1)協助環境用藥偽造、禁用、劣質、非法製造、加工、輸入、陳列、販賣、有效成分、標示、廣告等相關查核工作，以強化本市環境用藥及病媒管理制度(2)查核環境用藥販賣業及病媒防治業（至少30家）(三)辦理非農地環境雜草管理、除草劑合理使用、病媒防治或環境用藥宣導活動5場次，總宣導人數達350人以上。 計畫執行期間已完成上述工項，分別為(1)10家除草劑販售業者銷售追蹤查核(2)巡查轄內32處非農業土地使用除草劑情形(3)2件疑似違反使用除草劑情事，採樣送驗(4)33家病媒防治業輔導查核(5)1家其他營業場所病媒防治施藥情形訪查(6)10家傳統市場、夜市、花市或藥妝店環境用藥查核(7)11件市售環境用藥有效成分及含量抽驗及檢測(8)辦理5場次非農地環境雜草管理、除草劑合理使用、病媒防治或環境用藥宣導活動(9)1025件市售環境用藥標示查核(10)媒體、網路廣告輔導及監看查核，完成445筆監看工作。 結果發現(1)2件疑似違法使用除草劑現場進行採樣，發現殘留嘉磷塞(2)市售藥品查核發現13件過期環境用藥。",
        "eng_title": "Herbicides, visit and check, Environmental Agents",
        "eng_subject": "Since the implementation of this project at the end of March in 2024 , after more than 7 months of active execution, all aspects of the work have been continuously pushed forward in accordance with the project goals and pla nning. Additionally, in the early stages of project implementation, educational training for personnel was conducted, focusing on audit and guidance considerations, to ensure the smooth completion of this project. The following provides an explanation of t he achievements of the project implementation 1. T he tracking and verification operation of herbicide sales by vendors has been completed for 10 businesses 2. T his project has completed inspections at 32 vacant lots and riverside parks, and no s uspected instances of herbicide use on non agricultural land were found during these patrols 3. A total of 10 traditional markets were inspected, all of which were found to be in compliance with regulations, and there were no instances of selling counterfeit or substandard environmental agents 4.A total of1025 items from 14 businesses were checked. Thirteen items were found to be non compliant, all of which were expired or substandard. 5. A total of 445instances were monitored (36 television advertisements and 409 online advertisements), and no apparent violations of the Environmental Pest icide Management Act were found in any of these cases 6. I nspections a nd testing of the active ingredients and content of eleven commercially available environmental pesticides have been conducted. The results of the tests showed compliance with the specified active ingredients and content for environmental pesticides. 7. T his project has organized a total of 5 promotional events. These include 3 events for the promotion of environmental pesticides and herbi cides, 1 event for the promotion of regulations governing sales businesses, and 1 event for the promotion of regulations governing vector control.",
        "proj_year": "113",
        "org_name": "臺北市政府環境保護局",
        "exe_unit": "園鴻有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131927249",
        "publish_date": "20251119"
    },
    {
        "chi_title": "113年新北市石綿建材廢棄物清除處理計畫",
        "chi_subject": "本計畫依據環境部建置之「戶外含石綿建材空間分布管理系統」內之資訊，針對家戶含石綿建材建築物共4,082棟之屋頂進行完整性確認，並將成果建檔至「戶外含石綿建材空間分布管理系統」中。另為掌握家戶含石綿建材建築物現況及協助家戶建築物石綿建材拆除之清理，113度完成1,703棟含石綿建築物之資料建立，並透過現場宣導家戶建築物含石綿建材之情形及應注意事項，輔導家戶拆除建築物後妥善處理石綿廢棄物，已協助家戶完成153.27公噸石綿建材廢棄物清理至處理廠。\n截至113年11月30日止，本計畫執行板橋區、樹林區及淡水區共1,703件次現場調查作業，成功調查968家戶之意願，其中65件具拆除意願(占受訪家戶總數6.7%)、903件無拆除意願(93.2%)。無拆除意願之主要原因為家戶石綿建材堪用568件(占無拆除意願總數62.9%)，其他原因為現況已無石綿168件(18.6%)、等待都市更新52件(5.8%)、拆除預算不足4件(0.4%)、建物用途為非補助對象109件(12.1%)、家戶擔憂違章建物拆除遭檢舉2件(0.2%)。",
        "eng_title": "Asbestos Building Materials Waste Removal and Disposal Plan in New Taipei City (2024)",
        "eng_subject": "This project is based on the information from the Outdoor Asbestos-containing Building Materials Spatial Distribution Management System established by the Ministry of the Environment. It aims to confirm the integrity of the roofs of 4,082 asbestos-containing household buildings and document the results in the Outdoor Asbestos-containing Building Materials Spatial Distribution Management System. Additionally, in order to understand the current status of asbestos-containing household buildings and assist with the removal and disposal of asbestos materials, 1,703 buildings were documented in 2024. On-site campaigns were conducted to inform homeowners about the presence of asbestos-containing materials in their buildings and the precautions to take. The project has assisted in the proper disposal of 153.27 metric tons of asbestos-containing materials at treatment facilities.\n\nAs of November 30, 2024, the project has completed 1,703 site surveys in Banqiao, Shulin, and Tamsui districts. The survey successfully assessed the willingness of 968 households, of which 65 expressed willingness to remove the materials (6.7% of respondents), and 903 were unwilling (93.2%). The primary reason for the lack of willingness to remove the materials was that 568 households found their asbestos-containing materials to be still usable (62.9% of those unwilling to remove), with other reasons including no asbestos present in the building (168 cases, 18.6%), awaiting urban renewal (52 cases, 5.8%), lack of removal budget (4 cases, 0.4%), building use not eligible for subsidies (109 cases, 12.1%), and concerns over illegal building demolition reports (2 cases, 0.2%).",
        "proj_year": "113",
        "org_name": "新北市政府環境保護局",
        "exe_unit": "晶淨科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131627719",
        "publish_date": "20251120"
    },
    {
        "chi_title": "113年度臺北市毒性及關注化學物質源頭管理計畫",
        "chi_subject": "113年度臺北市毒性及關注化學物質災害防救及輔導計畫主要工作目標為強化毒性及關注化學物質暨食安相關化學物質源頭管理、增加危害預防應變及事故處理能力、災害潛勢風險評估、業者或管理者宣導教育訓練及其他，依據計畫契約書工作事項及後續待完成如下：\n1.\t執行「毒性及關注化學物質暨食安相關化學物質源頭管理」工作項目方面：辦理既有及新列管毒性及關注化學物質運作場所稽查150件次；查訪化工原料販賣業者輔導訪查316件次，上述查核毒性化學物質、關注化學物質及食品安全相關化學品運作場所，加強高風險運作場所查核頻率，查核總件數達466件次，預計期末已達成查核400件次之目標。執行轄內毒性及關注化學物質運作及流向勾稽584家；轄內毒性化學物質運送勾稽10件次；辦理選定化學物質之勾稽查核176件；執行辦理許可證、登記文件、核可文件預審作業282家次；毒性化學物質抽樣20件，已完成毒性化學物質20件抽樣，達成期末所需抽樣20件次的目標。目前，其中10件市售商品樣品已完成採集並送至環境檢測實驗室進行分析，正處於檢測階段。待檢測結果出爐後，將在期末報告修訂稿中進一步詳述相關內容。\n2.\t執行「危害預防應變及事故處理」工作項目方面：無預警測試及臨場輔導7場次；執行毒化物運作廠家橫向通聯測試累積298家次，以確保發生毒化物災害時，運作場所緊急應變單位之聯繫管道暢通；實地檢查運作廠商應設置之應變器材及偵測警報設備7家次；完成相關實兵演練或沙盤推演合計4場次；持續整備待命以協助臺北市毒災現場之應變及環境監測工作，倘若境內發生毒化災事故時將支援化學防護服及氣體檢測儀等應變器材。\n3.\t執行「規劃本市毒性化學物質災害潛勢風險評估」工作項目方面：完成臺北市轄區內213家毒性及關注化學物質運作場所(含達分級管制量6家、運作關注化學物質廠家50家)之毒化物外洩擴散、火災熱輻射及爆炸過壓危害風險分析，依據分析結果提供避難疏散規劃建議；更新轄內基本資料、人口分布、氣候資訊、敏感單位(醫院、學校、老人福利機構)、緊急應變單位及統計近13年間臺北市化災事故件數，統計其事場場所、災害類型及事故點分布。\n4.\t執行「業者或管理者宣導、訓練及其他」工作項目方面：完成毒化物、食品安全管理宣導會及聯防小組組訓會議合計6場次，並完成宣導品1,000份及宣傳海報4件採購及交付作業，並提供環保局使用。\n5.\t本計劃於決標日次日起駐局人員兩名旋即正式進駐機關，協助處理毒性化學物質管理暨防災資料建檔及文書等相關作業，將持續聘僱至113年12月計劃結束，該兩位進駐人力吳湘羚及陳怡婷，分別畢業於高雄第一科技大學環安系及中興大學企業管理學系，並有毒性化學物質相關工作多年經歷。\n截止至本計畫結案日為止，目前實際進度已達100%，符合計畫要求，未來工作將持續計畫內的工項目並完成合約工作項要求外，並持續進行預防減災工作，評估毒化物可能危害潛勢，提供臺北市政府防救災相關建議，並與各救災單位保持合作與互動關係，以降低毒災事故之發生，並減少因事故而造成人員、財務之損失及環境衝擊。",
        "eng_title": "2024 Taipei City Toxic and Concerned Chemical substances Disaster Prevention, Response, and Counseling Program",
        "eng_subject": "The main objectives of the 2024 Taipei City Toxic and Concerned Chemical substances Disaster Prevention, Response, and Counseling Program are to strengthen the management of toxic and concerned chemicals, as well as food safety-related chemicals at their sources, enhance hazard prevention, response, and incident handling capabilities, conduct disaster risk assessments, and provide education and training for industry operators or managers. The following tasks and achievements are based on the program contract and subsequent tasks:\n1.\tExecution of “Toxic and Concerned Chemicals and Food Safety-Related Chemicals Source Management” Work Item: Inspections of existing and newly listed toxic and concerned chemical operation locations: 150 inspections. Conducted 316 site visits to chemical raw material sellers for guidance and inspection. The above inspections focused on locations handling toxic chemicals, concerned chemicals, and food safety-related chemicals. High-risk sites were inspected more frequently, with a total of 466 inspections conducted, surpassing the target of 400 inspections by the end of the period. Cross-referenced the operations and flow of toxic and concerned chemicals in 584 locations. Cross-referenced the transportation of toxic chemicals in 10 cases. Conducted 176 cross-referencing inspections of selected chemicals. Processed 282 cases of permit, registration, and approval document pre-reviews for chemical operators. Completed 20 sampling inspections of toxic chemicals, meeting the target of 20 samples by the end of the period. Currently, 10 of these samples have been collected and sent to environmental testing laboratories for analysis and are undergoing testing. Further details will be included in the final report once the test results are available.\n2.\tExecution of “Hazard Prevention, Response, and Incident Handling” Work Item: Conducted 7 surprise tests and on-site guidance sessions. Performed 298 inter-communication tests with toxic chemical operators to ensure smooth communication in the event of a chemical disaster. Inspected the emergency equipment and detection alarm systems at 7 operating factories. Completed a total of 4 live drills or tabletop exercises. Continued to maintain readiness to assist in emergency response and environmental monitoring at toxic disaster sites in Taipei City. In the event of a chemical disaster, support will be provided in the form of chemical protective suits and gas detectors.\n3.\tExecution of “Toxic Chemical Disaster Risk Assessment for Taipei City” Work Item: Completed a hazard risk analysis for toxic chemical leaks, fire radiation, and explosion overpressure at 213 toxic and concerned chemical operation locations within the jurisdiction (including 6 sites with classified control quantities and 50 manufacturers handling concerned chemicals), and provided evacuation planning recommendations based on the analysis results. Updated basic data, population distribution, climate information, sensitive units (hospitals, schools, elderly welfare institutions), emergency response units, and statistics of chemical disaster incidents in Taipei City over the past 13 years, including statistics on accident locations, disaster types, and incident point distribution.\n4.\tExecution of “Industry Operator or Manager Advocacy, Training, and Other Work Items”: Completed a total of 6 sessions of advocacy meetings and joint defense group training on toxic chemicals and food safety management. Procured and distributed 1,000 promotional materials and 4 posters, which were delivered to the Environmental Protection Bureau.\n5.\tPersonnel Deployment and Support: On the day following the contract award, two personnel were officially assigned to the bureau to assist with toxic chemical management, disaster prevention data archiving, and document processing. They will continue to be employed until the end of the project in December 2024. The two staff members, Wu Xiangling and Chen Yiting, graduated from the Environmental Safety and Health Department of Kaohsiung University of Science and Technology and the Department of Business Administration of National Chung Hsing University, respectively, and have many years of experience working with toxic chemicals.\nAs of the project completion date, the actual progress has reached 100%, meeting the requirements of the program. Future work will continue the tasks within the plan and complete the contractual obligations, while also continuing preventive disaster reduction work, assessing potential hazards from toxic chemicals, providing disaster prevention and rescue suggestions to the Taipei City Government, and maintaining cooperation and interaction with various disaster response units to reduce the occurrence of chemical disasters and minimize losses to personnel, finances, and the environment.",
        "proj_year": "113",
        "org_name": "臺北市政府環境保護局",
        "exe_unit": "中國文化大學",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131443851",
        "publish_date": "20251119"
    },
    {
        "chi_title": "固定污染源空污減量技術推動與效益評估計畫",
        "chi_subject": "本計畫工作內容包括：(1)執行大氣環境中之戴奧辛及重金屬檢測作業、(2) 固定源戴奧辛排放特性調查、(3) 更新及建置戴奧辛及重金屬排放清冊、(4)協助辦理公私場所固定污染源之戴奧辛及重金屬排放減量輔導、(5)維護石化業遠端揮發性有機物(VOCs)空品監控系統、(6)固定源VOCs排放減量成效盤點、(7)排放法規修訂作業與緊急應變等相關行政作業。\n考量歷年戴奧辛重金屬空品濃度保持穩定下降趨勢，本計畫為優化經費使用將空品監測頻率維持一年2季，但每季執行站次由每季22站次調整為戴奧辛每季11站次，重金屬每季9站次；國內一般空品監測站113年5、10月戴奧辛監測濃度平均值分別為0.0089 (濃度範圍：0.0017~0.0164)、0.0199 (濃度範圍：0.0051~0.0377) pg I-TEQ\/m³，多氯聯苯監測濃度平均值分別為0.0016(濃度範圍：0.0005~0.0045)、0.0020(濃度範圍：0.0002~0.0047)pg WHO-TEQ\/m³，低於歷年同期間之監測結果平均值；113年環境敏感地區戴奧辛監測執行14站次，戴奧辛濃度平均值為0.0188(範圍介於0.0073~0.0660) pg I-TEQ\/m³，與一般空品站差異不大；重金屬部分，國內一般空品監測站5、10月有害重金屬類監測結果均符合我國及歐盟之環境空品基準值， 22項重金屬(包含地殼類元素)質量濃度占PM₁₀比例平均約1.54~6.40%；大氣汞濃度部分，本年度有部分中部測站5月受測站附近工地影響有較高的汞濃度，10月監測期間受到台灣風場收受風影響西岸有背風渦漩導致部分中南部測站濃度偏高，但所有測站濃度均在歷年正常範圍內。\n資源循環燃料鍋爐為國內戴奧辛易超標行業別，本計畫執行該行業別執行6根次排放管道戴奧辛檢測，有5根次超標，調查結果發現雖然木質顆粒較乾淨，氯含量可能較低，然業者可能因此疏忽戴奧辛排放潛勢，未安裝活性碳噴注設備或是未妥善維護集塵設備，導致較高的排放濃度，使用廢木材業者均有裝設活性碳噴注設備，但部分固定源的採樣濾紙顯示粒狀物濃度排放較高，因此導致戴奧辛排放超標，廢木材鍋爐的PCDF占比較高顯示再合成影響程度較大，故溫度控制(包含：降溫速度、集塵器操作溫度等)為戴奧辛濃度控制的關鍵。\n排放清冊更新部分，民國112年國內戴奧辛排放量推估結果約為41.33g I-TEQ\/年，較民國111年略高，上升的原因為部分燃煤鍋爐混燒廢棄物導致排放係數提升，同時國內電弧爐112年有較高濃度檢測結果，112年主要固定排放源包含：電力能源產源之鍋爐、鋼鐵冶煉業(燒結爐、電弧爐) 及廢棄物焚化爐為主，占整體排放量55.5%。重金屬部分，112年鉛(Pb)、鎘(Cd)、汞(Hg) 及砷(As)排放量推估結果分別約為26.34公噸\/年、0.672公噸\/年、1.357公噸\/年及2.172公噸\/年，與111年推估結果相比，汞(Hg)排放量下降比率較顯著；固定源因採用歷年的定期檢測數據，故推估結果不確定性較低，移動源與逸散源則部分採用國外研究數據故不確定性較高。\n本計畫執行7場次排放源現場輔導工作，輔導的3家燃材及其他燃料鍋爐主要的防制設備包含：旋風集塵器、活性碳噴注器與袋式集塵器，業者檢測結果濃度較高的原因包含：濾袋破損導致、燃燒溫度不足與廢氣管道積灰過多所導致；輔導的1家大型廢棄物焚化爐於112年有戴奧辛排放濃度超標紀錄，有可能受檢測時間較近的起爐高排放濃度影響；輔導的1家燃煤蒸氣鍋爐112年有較大幅度的戴奧辛排放濃度超標紀錄，燃煤蒸氣鍋爐戴奧辛排放超標較罕見，檢測樣期間三筆樣品濃度值差異也較大，業者推測為燃料率含量變化導致排；輔導的1家國內規模較大的火化場，空污防制設備依序包含：旋風集塵器、袋式集塵器，該廠112年排放濃度鄰近排放標準，業者表示該檢測結果為沒有噴活性碳之排放濃度，觀察其戴奧辛毒性當量濃度與呋喃物種濃度占比成正相關，故建議業者針對溫度控管進行加強；輔導的1家水泥旋窯113年戴奧辛定期檢測結果為0.423 ng I-TEQ\/Nm³，此高排放濃度值在國內水泥窯從未發生過，該廠進料中使用許多廢棄物替代傳統生料來源，較高的排放濃度可能為中氯含量最高的再生粒料所導致，後續為了再次避免替代性生料中出現短時間的高氯含量，業者新增了廢棄物暫存區，增加廢棄物穩定添加的緩衝能。\n揮發性有機物減量工作部分，本計畫透過石化業遠端空品監控系統發現HRVOC(乙、丙烯)及HAPs(氯乙烯)事件，HRVOC方面，113年2月林園乙烯事件與S2石化廠新三輕破管乙烯洩漏至冷卻水塔有關，後續引發大量VOCs排放事件，而113年6月臨海丙烯事件E1石化廠立即啟動巡檢且完成污染來源改善，避免後續衍生工安事故。氯乙烯方面則發現仁大、林園工業區為污染熱區，本計畫以測站環境監測測得VCM高值，比對後發現仁大氯乙烯多來自鄰近含氯製程隨機工業源排放，包含設備異常停車、高架元件洩漏等；林園工業區氯乙烯則來自區內含氯製程廢水廠逸散排放，業者已針對廢水廠進行密閉並連通至防制設備，持續透過監測掌握業者改善成效。此外，本計畫於台北港氯乙烯化學輪洩漏聯合稽查作業中，採用NGEM監測技術發現化學輪裝卸過程船舶與岸上VCM壓力槽皆有VCM洩漏排放情況，經查船舶液體泵浦軸封洩漏以及氣態泵浦釋壓閥失效為可能排放來源，岸上VCM壓力槽則因槽內存有氮氣無法液化影響儲槽裝填能力，而在VCM裝填過程易造成槽壓過高，氮氣伴隨VCM氣體經釋壓閥洩漏徑排大氣，後續業者調整裝載作業程序以降低槽內氮氣含量，避免儲槽超壓排放。\n固定源VOCs標準修正後業者排放減量盤點工作則優先啟動六輕標準符合度盤點，業者的燃燒塔使用自112年至113年有增加趨勢，以配合產銷因素、歲修等計畫性停開車使用情況最多，業者已針對計畫性停開車燃燒塔廢氣減量提出改善做法。有害空氣污染物相關管制方面，儲槽、裝載多以符合法規加嚴規定，而設備元件則符合度較低，業者針對洩漏情況陸續改採低洩漏或無洩漏型之設備元件，相關改善期程將於法規生效115.1.1前完成。\n本計畫加強管制含有VOCs溶劑的使用，製程調查方面已完成5場次膠帶業採樣，並導入歐盟質量平衡計算方式以驗證廢氣VOCs收集效率，相關推估結果也應用至本土化係數建置，完成膠帶業各單元VOCs排放係數。消費性溶劑方面主要檢討PU跑道鋪設之溶劑使用排放，會同教育部、監資司調查低溶劑PU跑道施作期間VOCs排放改善狀況，並提出管制對策及相關修法內容。\n規劃及檢討修訂排放管制標準與相關行政作業部分，本計畫已針對鋼鐵業、水泥窯、焚化爐與一般固定源提出排放標準修改草案，同時於113年8月與各環保局召開廢棄物焚化爐排放標準修訂研商議並在113年12月環境部與各縣市交流會議再次宣導焚化爐標準修訂資訊，了解業者改善的難處與所需的改善時間，一般固定源排放標準部分，本計畫提出通用型VOCs排放標準以及硫酸液滴加嚴標準草案。",
        "eng_title": "Project for Advancing and Evaluating the Effectiveness of Air Pollution Control Technologies for Stationary Emission Sources.",
        "eng_subject": "This project focuses on monitoring and reducing emissions of dioxins, heavy metals, and volatile organic compounds (VOCs) in Taiwan's atmosphere, employing a systematic approach that includes detecting pollutants, analyzing dioxin emissions from stationary sources, and maintaining an updated emissions inventory. Monitoring frequency will be adjusted to twice a year, with a reduction in the number of stations to optimize budget use, reflecting a stable downward trend in air quality concentrations. Key findings from 2023 indicate that average dioxin and PCB levels remain below historical records, while heavy metal emissions comply with national and EU standards, despite some regional spikes due to construction. Dioxin testing in the biomass and waste wood sectors showed that five out of six stacks exceeded emissions standards, highlighting the need for better operator controls and temperature management. Additionally, the project identified VOC leaks in the petrochemical industry, prompting immediate corrective actions. Regulatory revisions are underway for various industries, with stricter standards set to take effect in 2026, positioning the project as a proactive effort to enhance air quality and public health in Taiwan.",
        "proj_year": "113",
        "org_name": "環境部大氣環境司",
        "exe_unit": "環興科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131125910",
        "publish_date": "20251114"
    },
    {
        "chi_title": "113年度前瞻河川水質環境管理計畫（北區）",
        "chi_subject": "本計畫配合「國家環境保護計畫」之願景目標，依據我國環境現況問題與挑戰，研析全國河川水質管理策略及因應極端氣候影響之水質評估機制。以近20年全國河川水質趨勢評估，全國河川嚴重污染測站數逐步減少，顯示在推動各類污染整治行動下，整體河川水質呈穩定改善。為確保全國河川無嚴重污染河段之目標達成，透過每月水質異常測站篩選分析，掌握全國河川水質變化，並進一步評估具嚴重污染潛勢測站對象，分析污染原因及提出因應作為，提供機關督促地方政府落實及加強污染管理措施。此外，參考鄰近國家（日本及韓國）降低受極端值影響之水質評估方式，進行全國河川年度水質試算分析。\n彙整全國前瞻基礎建設（水與環境及水與發展）執行成效，其中全國水環境改善計畫已有62件工程案完工，設計處理水量合計31萬公噸\/日、BOD污染削減量達9,000公斤\/日、環境及景觀營造面積約74公頃。另辦理10處已完工設施或場址之影像記錄，並製作前瞻基礎建設計畫成果影片1部、水質改善相關短影音2部及新聞稿圖卡6則，提供機關於網路社群平台露出。\n針對淡水河流域及北區重要河川（南崁溪、社子溪及老街溪）進行水質目標達成檢核，彙整分析污染源及辦理30處次支流排水補充調查成果，更新繪製關鍵河段污染負荷魚骨圖，並追蹤整治措施執行狀況，提出後續水質改善建議，透過辦理5場次河川整治或水質改善研商會議，凝聚各單位共識。此外，隨著淡水河流域污水下水道接管率逐步提升，仍有部分未經妥善處理之廢污水（如夜市商圈餐飲污水等）排入雨水側溝，將影響水質及衍生環境衛生問題，建議優先針對污水接管率80%以上區域，加強巡查管理工作，並擬定晴天污水排放管理工作執行流程，建立權責分工作業模式。\n協助機關追蹤全國10縣市20水體已公告水污染總量管制推動執行成效，結果顯示近年來各縣市對於灌溉用水水源水質保護及加強重金屬銅管制已明顯展現成效。為持續精進總量管制策略，協助修訂「推動水污染總量管制作業規定」及研析推動總量管制2.0計畫，包含擴大總量管制範圍及多元管制方式等，建議優先推動全國20處水體，並辦理3場次地方研商討論會議。\n考量國內污水下水道服務範圍主要位於都市計畫區，針對部分偏遠或零散之非都市計畫區，仍有因人口密集污染排放而影響水體品質問題，本計畫研擬小規模下水道系統實施及推動原則，並評估10處建議設置地點，提供各縣市後續推動示範評估參考。\n協助機關修訂地面水體分類及水質標準及水體水質自動連續監測站設置及監測準則，包含國內外相關規定或文獻蒐整，針對國內自動連續監測站設置位置提出建議，協助研析增訂設置及監測準則，並辦理2場次地方研商或相關技術專家諮詢會議。\n此外，本計畫配合施政重點，協助機關辦理年度全國水污染防治考核作業，其中針對關鍵測站水質改善作為，透過持續追蹤污染削減計畫執行情形，同步檢討修訂關鍵測站考核相關評分原則，促使地方政府掌握河川水體水質現況，積極落實各項水污染防治工作。",
        "eng_title": "Forward-Looking Plan for River Water Quality Management in Northern Taiwan, 2024",
        "eng_subject": "Complying with the vision of the “National Environmental Protection Plan, this project focuses on analyzing and researching river water quality management strategies. Then, developed a water quality assessment mechanism with the consideration of climate change based on Taiwan's current environmental issues and challenges. \nOver the past two decades, the number of monitoring stations indicating severely-polluted has been reduced. It shows a direct result of successful pollution control and remediation efforts, also evidences of river water quality improvement. To achieve our nationwide goal of eliminating severely-polluted river segments, the team continue to track the water quality changes through monitoring and analyzing monthly water quality data of abnormal monitoring stations. By analyzing the potential causes of abnormal stations and proposing potential actions, the results become solid materials for supporting the Ministry to audit the local governments’ work. With this part of analysis, the audit helped local government to refine and adjust their pollution management and implementation plans. Moreover, this project researched on water quality assessment methods in Japan and South Korea, focusing on how they reduce the impact of outlier data to overall results. Based on the references, the project also carried out a trial analysis on existing data. \nSecondly, this project tracks the execution outcome of the Forward-looking Infrastructure Development Program(Water and Environment and Water and Development). For the National Water Environment Improvement Plan, there are 62 projects completed so far. These projects have a total designed flow rate of 310,000 metric tons per day, a BOD reduction 9,000 kg\/day, and landscape improvements which cover an area of 74 hectares. Also, the team produced 1 video documenting 10 project works, 1 video for the Forward-Looking Infrastructure Plan outcome, 2 short videos for water quality improvements, and 6 illustrations for social media. These products supportively assisted the Ministry with their social media presence.\nThe project team assessed pollution remediation in the Tamsui River and other northern Taiwan rivers by analyzing pollution sources and performing 30 supplementary water samplings. The sampling results were incorporated into the pollution loading diagrams. Then, the team tracked the status on remediation measures then provided further recommendations. Among the project timeframe, the team held 5 river coordination meetings to consolidate the consensus among various ministries. \nFurthermore, although the sewerage coverage rate within Tamsui River basin has been elevated, certain amount of domestic wastewater is still being discharged into storm drains, such as night markets effluent, which indeed affects river water quality negatively then led to public health issues. In conclusion, the areas with sewerage coverage rate higher than 80% should be listed as prior targets for strengthened inspection and proactive management. The authorities should establish a standard operation process (SOP) of dry weather discharge management and importantly define roles and responsibilities for the management workflow.\nThirdly, the project assists the Ministry in tracking execution outcome of Total Quantity Control plan for 20 water bodies across 10 cities and\/or counties. The results show that in recent years, local governments have made significant progress in protecting water quality at irrigation sources and strengthening control over heavy metals, such as copper. To refine the Total Quantity Control strategy, the project team assists the Ministry in revising regulation and developing Total Quantity Control plan 2.0. Total Quantity Control Plan 2.0 concludes expanding the scope of control, diversifying control methods, providing recommendations for 20 priority water bodies, and holding 3 coordination meetings with local governments. \nConsidering the domestic sewerage service areas primarily falls in urban areas, water quality challenge still exists in suburban areas due to denser population in certain districts. The project researched on small-scale sewage system, then evaluated 10 locations for future pilot studies and assessments to set a case study reference for local governments.\nLastly, the project team assisted the Ministry in revising the surface water classification, water quality standards, and the monitoring criteria of automatic continuous monitoring equipment for water quality. This part of the project contains literature review for relevant regulations, recommendations for monitoring stations, and principles for station installation and monitoring data specifications. At the same time, the team convened 2 coordination meetings with local governments and\/or professional experts.",
        "proj_year": "113",
        "org_name": "環境部水質保護司",
        "exe_unit": "美商傑明工程顧問股份有限公司台灣分公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130912878",
        "publish_date": "20251119"
    },
    {
        "chi_title": "化學物質生命週期足跡與環境衝擊評估技術研析先期計畫",
        "chi_subject": "本計畫為化學物質生命週期足跡與環境衝擊評估技術研析先期計畫，以化學物質生命週期與環境衝擊評估技術為核心，探討我國於化學物質管理與替代品評估上的應用可行性。目前我國安全替代及化學足跡管理方式，在過去透過不同研究計畫蒐研但尚未推行落地。本計畫彙整過去研究成果，並參考國外案例，說明可行之執行方式。\n首先，彙整美國（CLiCC）、美國麻州（TURI）與瑞典ivl（Mistra SafeChem）等3個具代表性之國際方法，我國現行之SAS系統與綠色篩選平臺，並分析其技術內涵與系統架構，作為我國導入之基礎依據。\n其次，參酌美國化學足跡計畫（CFP）之實務經驗，提出「組織型化學管理基線調查」模式，搭配我國現行化學署之SAS系統，進行高關注化學物質（CoHCs）之預篩選。並進一步參考瑞典化學足跡評估（CFA）與生命週期替代評估方法（LCAA）之理念，發展出3模組化的「產品型化學足跡」，涵蓋應用階段之本質風險分析、供應鏈階段之環境衝擊與職業暴露評估，以及產品層級的整體生命週期衝擊評估，協助從多層次系統性地判斷替代化學物質之可行性與相對風險。\n最後，整合美國CFP強調供應鏈管理與瑞典CFA著重生命週期評估之優勢，建構「組織－產品」雙軌佈建之化學足跡評估架構，促進企業於管理層面強化化學品資訊揭露與風險辨識，並於產品層級引導採用更安全、低衝擊的替代化學物質，邁向更具永續性之化學品管理制度。",
        "eng_title": "Preliminary Project on Technical Analysis of Chemical Substance Life Cycle Footprint and Environmental Impact Assessment",
        "eng_subject": "This project focuses on applying life cycle and environmental impact assessment techniques to evaluate the feasibility of chemical management and substitution practices in Taiwan. The study begins by compiling and analyzing three representative international methodologies: the U.S. Environmental Protection Agency's Chemical Life Cycle Collaborative (CLiCC), the Massachusetts Toxics Use Reduction Institute’s P2OASys, and the Mistra SafeChem initiative developed by IVL in Sweden. Additionally, it examines Taiwan’s existing Substitution Assessment System (SAS) and Green Screening Platform. The technical frameworks and system architectures of these methodologies will serve as foundational references for domestic adaptation and implementation.\nDrawing on the practical experience of the U.S. Chemical Footprint Project (CFP), the study proposes a “Baseline Survey for Organizational Chemical Management” to evaluate corporate performance and identify chemicals of high concern (CoHCs). This is complemented by SAS-based pre-screening. Furthermore, by incorporating concepts from Sweden’s Chemical Footprint Assessment (CFA) and Life Cycle-based Alternatives Assessment (LCAA), the project establishes a three-module Chemical Footprint system. This system includes: (1) an inherent hazard assessment at the application stage, (2) an evaluation of environmental impacts and occupational exposure across the supply chain, and (3) a comprehensive product-level life cycle environmental impact assessment. This enables a multi-level and systematic appraisal of substitution feasibility and associated risks.\nFinally, by integrating the supply chain-focused approach of the CFP with the life cycle assessment emphasis of the CFA, the project develops a dual-track organization–product chemical footprint assessment framework. This framework enhances chemical information disclosure and risk identification at the organizational level while guiding the adoption of safer and lower-impact alternatives at the product level. This ultimately contributes to advancing a more sustainable chemical management system.",
        "proj_year": "113",
        "org_name": "化學署綜合規劃組",
        "exe_unit": "財團法人工業技術研究院",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130027681",
        "publish_date": "20251109"
    },
    {
        "chi_title": "114年環境節日推廣及活動專案工作計畫",
        "chi_subject": "環境部期透過邀請民眾走到戶外親近大自然體驗綠生活，於114年4月20日在臺北市大安森林公園兒童小舞臺，結合地球日主題「 Our Power，Our Planet - 地球力」，辦理2025地球日「綠能行動愛地球 × 蔬食無痕家庭日」活動，透過多元舞臺表演、親子闖關活動及綠能行動闖關區，讓民眾深入瞭解再生能源的應用與重要性。\n114年6月7日在臺中市文心森林公園，結合「世界環境日」主題「終結塑膠污染」，辦理「 2025 世界環境日減塑生活親子園遊會」活動，透過活潑有趣的親子園遊會形式，以寓教於樂方式讓民眾了解塑料污染的危害性，並藉由親子共同參與，將減塑愛地球的概念向下扎根，共創更美好的地球。\n為能有效宣傳政府政策及提升國人環境素養，結合環境節日主題活動，以「減塑減碳綠行動」為主題，於4月至7月期間辦理一場線上環境教育活動。完成綠行動任務後拍照圖文分享至個人社群平台並邀請親友一起加入，完成登錄程序，即可參加抽獎活動，本活動總計完成4,917個綠行動任務。",
        "eng_title": "Planning and promotion Plan of tne environmental Festival  of the tear 2025",
        "eng_subject": "The Ministry of Environment aims to encourage the public to step outdoors, connect with nature, and experience a green lifestyle. On April 20, 2025 (Sunday), at the Children’s Stage in Daan Forest Park, Taipei, in conjunction with the Earth Day theme “Our Power, Our Planet”, it will host the “2025 Earth Day Green Energy Action – Family Day of Plant-Based Living and Zero Waste”. Through diverse stage performances, parent–child challenge activities, and a green energy action challenge zone, the event will help the public gain a deeper understanding of the applications and importance of renewable energy.\nOn June 7, 2025 (Saturday), at Wenxin Forest Park, Taichung, in conjunction with the World Environment Day theme “Beat Plastic Pollution”, it will host the “2025 World Environment Day Plastic-Free Lifestyle Parent–Child Fair”. In a lively and engaging fair format, the event uses edutainment to raise awareness of the dangers of plastic pollution. By encouraging parent–child participation, the concept of reducing plastic to protect the Earth can take root in younger generations, creating a better planet together.\nTo effectively promote government policies and enhance citizens’ environmental literacy, an online environmental education campaign will also be held between April and July, under the theme “Plastic and Carbon Reduction – Green Actions”. Participants can complete green action tasks, share photos and posts on their personal social media platforms, and invite family and friends to join. After completing the registration process, they will be eligible to enter a prize draw. A total of 4,917 green action tasks were completed through this initiative.",
        "proj_year": "114",
        "org_name": "環境部環境保護司",
        "exe_unit": "新視紀整合行銷傳播股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1140283293",
        "publish_date": "20251101"
    },
    {
        "chi_title": "水污染防治費申報繳費及審查管理計畫",
        "chi_subject": "水污費113年徵收家數約10,600家，徵收金額約4億5,899萬元，其中工業費額約占73%，農業約占23%，服務業約占4%。各徵收項目費額比例以COD(約占75.9%)及SOx(約占15.4%)最高。104年開徵迄今徵收金額共計40億4,013萬。\n在排放量變化方面，COD及SS排放量均呈略減趨勢，8 項有害健康物質各年度排放量略有差異，惟大致呈減少趨勢，因其排放量主要來自大型事業及工業區下水道系統，易受到排放水量大及單一污水下水道系統檢測申報值變動之影響。\n本計畫協助研議水污費收費辦法修正案，修正辦法已於114年3月正式發布，修正重點包含增加氨氮、鋅及錫徵收項目、分階段調整徵收項目費率、新增投資抵減水污費機制、針對重大違規者修正其水質及水量計費方式、導入分期付款等。\n本計畫完成2,876家申報案件複審作業及175家現場查核作業。辦理水污費徵收帳目核對作業，並委託會計師執行水污費帳目查核及出具專業查核報告。因應水污費收費辦法修正滾動調整系統功能及建置系統申報試算方案，並辦理相關諮詢研商、宣導討論等會議。配合行政需求擴充主管機關端產製溢繳退費申請資料，系統管理均符合環境部資通安全作業之要求。",
        "eng_title": "Water Pollution Control Fee Declaration, Payment, and Compliance Review Project",
        "eng_subject": "In 2024, the Water Pollution Control Fee (WPCF) totaled NT$458.99 million, collected from approximately 10,600 entities. Industrial sectors contributed 73% of this total, with agriculture at 23% and services at 4%. Among pollutants, Chemical Oxygen Demand (COD) and Sulfur Oxides (SOx) accounted for the highest fee proportions, at 75.9% and 15.4%, respectively. Since its introduction in 2015, cumulative WPCF collections have reached NT$4.04013 billion.\nWith regard to changes in emissions volume, COD and SS emissions volumes displayed slight decreasing trends. While there have been minor year-to-year differences in emissions volume for 8 types of substances hazardous to health, they have generally had decreasing trends. Because emissions of these substances are chiefly derived from the sewage systems of large enterprises and industrial areas, their emissions volumes tend to be influenced by variations in the reported inspection values for individual wastewater sewage systems with large effluent discharge volume.\nThis project assisted in the revision of the Water Pollution Control Fee Collection Regulations, which were officially promulgated in March 2025. Key revisions include the addition of ammonia nitrogen, zinc, and tin to the list of chargeable pollutants, a phased adjustment of collection rates for various items, and the introduction of a mechanism for investment tax credits against water pollution control fees. Furthermore, the revised regulations now stipulate amended water quality and quantity calculation methods for serious violators and allow for installment payments.\nThe project also involved the review of 2,876 declared cases and on-site inspections of 175 facilities. We conducted reconciliation of water pollution control fee accounts and engaged certified public accountants to audit these accounts and issue professional audit reports. In response to the revised collection regulations, system functionalities were dynamically adjusted, and a trial calculation scheme for system declarations was developed. This was supported by various consultation, discussion, and promotional meetings. To meet administrative demands, the system's capability for generating overpayment refund applications for competent authorities was expanded, and all system management adheres to the Ministry of Environment's information security operational requirements.",
        "proj_year": "113",
        "org_name": "環境部水質保護司",
        "exe_unit": "康城工程顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1132532709",
        "publish_date": "20251031"
    },
    {
        "chi_title": "113年度新竹市機車排氣檢驗稽查管制及綠色運具宣導計畫",
        "chi_subject": "「113年度新竹市機車排氣檢驗稽查管制及綠色運具宣導計畫」最主要目的為推廣機車排氣定期檢驗、老舊機車汰舊及使用綠色運具透過車牌辨識作業、各式檢驗通知、相關宣導作業、專案列管25年車齡老舊機車、未定檢二行程機車訪查作業、汰舊換新補助、落實未定檢機車相關裁處及加強檢驗站管理等方式，針對設籍本市未定檢機車進行加強管制，以落實機車排氣定期檢驗制度及老舊機車汰舊換購綠色運具政策，同時推廣車輛定期保養觀念，以降低車輛排氣所造成之污染，改善轄內空氣品質，達到守護新竹市好空氣，實現新竹市成為環保、宜居永續、幸福友善的安居科技城。\n本年度已依合約規定完成整體進度100%。本年度持續應用車牌辨識系統進行稽查扣除重複拍照數後之車牌辨識數(總樣本數)為335,761輛，包含電動機車為20,911輛次、新車(指出廠未滿5年之機車）109,124輛次及應到檢車輛則為205,726輛次。再由應定檢車輛205,726輛次中，篩選未定檢機車數為24,896輛次，稽查未定檢率為12.1% (未定檢數\/應定檢數*100%)。\n另因應全面開放檢驗站設置申請，為維持檢驗站檢驗品質，將既設檢驗站及新設置檢驗站分別管理，於既設檢驗站除了完成343站次檢驗站品質查核及87站次分析儀單點氣體查核，同時舉辦檢驗站檢驗人員教育訓練2場次共4小時，以提升檢驗人員的素質與品質。\n本年度為加強稽查設籍本市未定檢機車、推動機車定檢簡訊通知及加速老舊機車汰舊，以提高設籍機車到檢率、老舊機車汰舊率、改善紙本明信片造成無法通知到檢問題，及減少紙本寄發成本與碳排放量，故本年度移動污染源精進作法研擬為「專案列管車齡25年以上老舊機車」、「實地訪查未定檢二行程機車」及「機車定檢簡訊登錄獎勵活動」。\n透過前述各項作為，依據113年10月環境部機車排氣定期檢驗資訊管理系統公布之到檢率，本市113年10月到檢率依車籍到檢率為85.6%，依本市檢驗站到檢率為111.4%，計算其平均到檢率達98.5%，暫居全國排名第1名，將持續針對使用中機車加強稽查管制、列管高齡機車及辦理汰舊換新加碼補助活動等作業，以持續提升到檢率、老舊機車淘汰數及綠色運具使用數。\n依據環境部公布之依據空氣污染排放量TEDS12.0線源排放量推估手冊，統計至113年10月底污染物減量分別為，CO減量為93.551公噸\/年，NMHC減量為32.481公噸\/年，PM2.5減量為0.456公噸\/年，NOx減量為7.101公噸\/年。",
        "eng_title": "2014 Hsinchu City Motorcycle Exhaust Inspection and Control and Green Transportation Promotion Plan",
        "eng_subject": "The main purpose of the 113 Hsinchu City Motorcycle Exhaust Inspection and Control and Green Transportation Promotion Plan is to promote regular motorcycle exhaust inspections, the elimination of old motorcycles and the use of green transportation through license plate recognition, various inspection notices, related promotional operations, special projects to manage old motorcycles over 25 years old, inspections of motorcycles that have not been inspected for two trips, subsidies for replacing old motorcycles with new ones, and implementation of relevant penalties and penalties for motorcycles that have not been inspected. Strengthen the management of inspection stations and other methods to tighten control over motorcycles registered in the city that have not been inspected regularly, implement a regular motorcycle exhaust inspection system and a green transportation policy for replacing old motorcycles. At the same time, promote the concept of regular vehicle maintenance to reduce pollution caused by vehicle exhaust, improve the air quality in the area, protect Hsinchu City's good air, and make Hsinchu City an environmentally friendly, livable, sustainable, happy and friendly technology city.\nThis year, the overall progress has been completed 100% in accordance with the contract requirements. This year, the license plate recognition system was continuously used for inspection. After deducting the number of duplicate photos, the number of license plate recognitions (total sample number) was 335,761 vehicles, including 20,911 electric motorcycles, 109,124 new vehicles (referring to motorcycles that have been manufactured for less than 5 years) and 205,726 vehicles due for inspection. Among the 205,726 vehicles that should be inspected, the number of vehicles that have not been inspected was screened to be 24,896, and the inspection rate of vehicles that have not been inspected was 12.1% (number of vehicles that have not been inspected\/number of vehicles that should be inspected*100%).\nIn response to the full opening of application for the establishment of inspection stations, in order to maintain the inspection quality of inspection stations, existing inspection stations and newly established inspection stations will be managed separately. In addition to completing 343 inspection station quality inspections and 87 analyzer single-point gas inspections at existing inspection stations, two training sessions totaling 4 hours were held for inspection station inspectors to improve the quality and quality of inspection personnel.\nIn order to strengthen the inspection of motorcycles registered in the city that have not been inspected, promote the notification of motorcycle inspections by SMS, and accelerate the elimination of old motorcycles, so as to increase the inspection rate of registered motorcycles, the elimination rate of old motorcycles, improve the problem of paper postcards causing the inability to notify inspections, and reduce paper mailing costs and carbon emissions, the improvement measures for mobile pollution sources this year are planned to include special project management of old motorcycles with a vehicle age of more than 25 years, on-site inspection of two-trip motorcycles that have not been inspected and motorcycle inspection SMS registration reward activities.\nThrough the aforementioned actions, according to the inspection rate announced by the Ministry of Environment's Motorcycle Exhaust Periodic Inspection Information Management System in October 2014, the city's inspection rate in October 2014 was 85.6% based on vehicle registration, and 111.4% based on the city's inspection stations. The average inspection rate reached 98.5%, temporarily ranking first in the country. We will continue to strengthen inspection and control of motorcycles in use, list old motorcycles, and carry out additional subsidies for replacement of old motorcycles, so as to continuously improve the inspection rate, the number of old motorcycles eliminated, and the number of green transportation vehicles in use.\nAccording to the TEDS12.0 air pollution emission estimation manual published by the Ministry of Environment, the pollutant reductions by the end of October 2014 were: CO reduction of 93.551 tons\/year, NMHC reduction of 32.481 tons\/year, PM2.5 reduction of 0.456 tons\/year, and NOx reduction of 7.101 tons\/year.",
        "proj_year": "113",
        "org_name": "新竹市環境保護局",
        "exe_unit": "瑩諮科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131648343",
        "publish_date": "20251008"
    },
    {
        "chi_title": "113年度水環境改善資訊公開暨環境教育推廣平台計畫",
        "chi_subject": "本計畫更新「水質保護網」首頁視覺化圖表與績效成果專區，揭露前瞻水環境、畜牧糞尿資源化、河面垃圾攔除等多項重點成果，並新增環教專區、小知識內容及分眾化呈現，提升網站可讀性與互動性。網站亦配合SEO（搜尋引擎最佳化）表現進行關鍵字優化，並辦理問卷調查及意見蒐整，評估資訊接收成效，持續維持網站正確性與即時性。\n重新設計現地處理工程成果專區，以互動式圖像化介面呈現案場資訊、工法分類與成效統計，並建置後台管理功能，協助機關定期更新內容。完成工程數量盤點與資料清單製作，提升管理系統操作便利性與資訊透明度。\n另維護「前瞻基礎建設計畫綜合管理平臺」與「水環境守護網」，定期彙整補助成果、計畫進度、影像資料及考核資料，並統整巡守隊作業紀錄、監測數據與圖資套疊功能，協助政策規劃應用。\n透過「水質保護網」及「美麗臺灣 愛水就是我」社群平台，定期發布政策圖卡、短影音與專題內容，推廣前瞻建設與水污染防治成果，本計畫共計提供30篇貼文與10支短影音，其中發布於環境部官方媒體平台共計10篇貼文及6則短影音，並完成社群績效檢討與專家諮詢會議1場，優化互動策略與內容規劃。\n本計畫為提升水質保護網視覺化與成果呈現之品質，針對水質保護網重新盤點主管機關之業務項目以建構現行水質保護網的分層與架構，讓民眾瀏覽時更直覺了解目前水質保護司推動政策以及成效，包含增加了短影音輪播、重點議題圖卡以及亮點工程等區塊，使用更多圖像化的呈現方式，提升民眾的參與感與認同感，在整體資訊架構上也從業務導向轉為議題導向，共計分為七大類：重點政策與法規、河川污染管理、水體資訊、廢（污）水管理、飲用水管理、全民參與及便民服務，透過議題導向分類讓不管是關注何種面向議題的民眾都能盡快查找所需資料。\n另外藉由活動辦理提升水質保護網的曝光度，並持續加強視覺化的風格呈現及具有互動性的操作方式，以強化水質保護網之視覺意象。\n最後，本年度協助辦理第二屆「淨水永續獎」，自規劃宣傳、企業徵稿、資格初審、複審與決選會議共計吸引超過40家企業報名競賽，包含資源化組、能源化組及智慧低碳管理組，2025年總計15家企業獲選，並於114年3月21日辦理2025淨水永續獎頒獎典禮，並協助製作開場形象影片，籌辦整場活動並與水質保護網同時新增「淨水永續獎專區」公開相關資訊，且於粉絲專頁直播及製作績優企業技術亮點展示電子冊進行推廣，發揮定錨效應。頒獎典禮活動共吸引超過200位相關企業與學術單位參與，相關成果已公開於網站與社群平台供業界參考（https:\/\/water.moenv.gov.tw\/Public\/CHT\/Issue\/SWA.aspx）。",
        "eng_title": "The Project of Government Information Openness and Promotion of Environmental Education Platform - Year 2024",
        "eng_subject": "This project updated the “Water Quality Protection Web” homepage with visualized charts and a performance highlights section to present key outcomes, including forward-looking water environment initiatives, livestock wastewater resource recovery, and river surface waste interception. Additional features—such as an environmental education section, knowledge snippets, and audience-targeted content—were added to enhance readability and interactivity. The website was also optimized for SEO performance through keyword refinement, and user surveys were conducted to assess information reception, ensuring accuracy and timeliness of the content.\nThe on-site water treatment project section was completely redesigned with an interactive, visualized interface to present site information, treatment classifications, and performance statistics. A backend content management system was developed to support regular updates, and project inventories and data lists were compiled to enhance usability and transparency.\nIn addition, the project maintained the “Forward-looking Infrastructure Program Integrated Management Platform” and the “Water Environment Guardianship Network,” regularly consolidating subsidy results, project progress, image archives, and evaluation data. Patrol team records, monitoring datasets, and GIS-based mapping functions were integrated to support policy planning and practical application.\nThrough the Water Quality Protection Web and the “Beautiful Taiwan: I Love Water” social media platforms, policy infographics, short videos, and thematic content were regularly released to promote forward-looking construction achievements and water pollution control results. This year’s deliverables included 30 posts and 10 short videos, with 10 posts and 6 videos published on the Ministry’s official platforms. One expert consultation meeting was held to review social media performance and optimize engagement strategies.\nTo further enhance visualization and outcome presentation, the project reviewed and reorganized the Water Quality Protection Web’s content architecture, shifting from a function-based to an issue-oriented structure. Seven new categories—key policies and regulations, river pollution management, waterbody information, wastewater management, drinking water management, public participation, and public services—were introduced, supported by a short-video carousel, issue-based infographics, and highlighted project showcases. These changes improved navigation, public participation, and recognition, allowing users to intuitively access information on policies and outcomes.\nFinally, the project assisted in organizing the second “Sustainable Water Purification Award.” From planning and promotion, enterprise outreach, and initial screening to review meetings and final selection, the competition attracted more than 40 participating enterprises across three categories: Resource Recovery, Energy Recovery, and Smart Low-Carbon Management. In 2025, a total of 15 enterprises were recognized, and the award ceremony was held on March 21, 2025. The project supported the production of an opening image film, the overall event planning and execution, the live broadcast on the official social media page, and the creation of an e-book showcasing the technical highlights of award-winning enterprises—serving as an anchoring reference for the industry. A dedicated “Sustainable Water Purification Award” section was added to the Water Quality Protection Web to publicly share all relevant information. The ceremony attracted over 200 participants from enterprises and academia, and the outcomes were published on the website and social media for industry reference.（https:\/\/water.moenv.gov.tw\/Public\/CHT\/Issue\/SWA.aspx）",
        "proj_year": "113",
        "org_name": "環境部水質保護司",
        "exe_unit": "環輿科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131453742",
        "publish_date": "20251024"
    },
    {
        "chi_title": "113年度臺北市柴油車動力計排煙檢測計畫",
        "chi_subject": "移動污染源係造成都會區空氣品質劣化的主要原因之一，其中柴油車排放之黑煙最令民眾詬病，而本計畫藉由執行各項柴油車之稽查管制作業，以改善臺北市之空氣品質，給予市民乾淨清新之生活環境。\n計畫期程執行目視判煙\/遙測通知計447輛次，動力計檢測計10,279輛次，路邊攔檢\/場站檢測檢測計1,059輛次，主動到檢則已寄發3,034輛次，完成100輛次NOx檢測，遙測汽油車29,487輛次，篩選62輛次有污染之虞車輛通知到檢，有9輛老舊車輛經環保局通知後繳銷報廢，餘到檢車輛中有7輛檢測不合格逕行告發，告發後有4輛複驗合格，3輛報廢，HC平均濃度由934ppm降為42ppm，改善成效顯著。柴油車遙測4,014輛，篩選28輛有污染之虞車輛通知到檢，到檢車輛排煙不透光率皆符合排放標準，NO值未偏高，亦未發現防制設備拆除或改裝等情形。\n為鼓勵民間企業加入CSR車隊，環保局以身作則，淘汰1-3期車老舊清潔車輛，使用中963輛清潔車輛取得優級以上標章；代清業者使用中清潔車輛有480輛取得優級以上標章，比例近9成。透過跨局處合作將標章取得率納入公車評鑑，3,306輛公車取得優級以上標章，占比達98.7%。環保局持續推動場站檢測，不合格率與去年同期相較，由3.1%降為1.2%。環保局及代清業者、公車及國道客運業者、大型貨運業者（如嘉里大榮、統一速達等）共約11,572輛柴油車，優級以上標章取得率約94.3%，與112年相比增加約8%。另本市轄內大型柴油車隊共289家，轄下車隊中5期以上車輛超過20%者已有278家，比例為全國第一。\n為確保SCR正常運作，環保局112年起針對配備SCR車輛進行NOx檢測，112年發現54%車輛SCR有異常情形，原因包括尿素噴嘴阻塞導致霧化不完全、尿素泵浦內漏等，本年度檢測結果尿素濃度皆於32-33%間，符合尿素濃度規範，請業者將尿素噴嘴、尿素泵列為定期檢修項目，車況點檢時若發現尿素噴嘴有結晶情形則予以退驗，113年SCR異常比例已降至9%，改善成效顯著。\n因應淨零碳排，本計畫於北投排煙檢測站建置2.1kw可撓式太陽光電系統，1年發電量約3,451.14度，每年可減少1,704.86公斤CO2排放當量，另於路邊攔檢導入可撓式太陽能板，每小時充電70W搭配1,000W儲能設備，足資供應一日攔檢作業所需電力，達到用電自發自用。\n台灣商用車電動化程度極低，環保局評估生質柴油可作為車輛全電動化前過渡時期減碳燃料，故於112年試行洗街車、施工機具與發電機等添加生質柴油，使用迄今車況及設備均無異常。113年擴大至高使用率且配備SCR之車輛，並邀集中華郵政公司、中興大業巴士暨關係企業，以及臺北捐血中心等民間企業共同參與。目前添加生質柴油車輛累計行駛里程超過10萬公里，使用31.98公秉柴油及7.88公秉生質柴油，推估約可減少20.97公噸CO2排放當量；另使用B20生質柴油可減少PM排放5~15%，減少CO排放10~20%，減少THC 排放20~30%。\n本計畫透過檢測不合格車輛之污染改善、檢驗前車輛調修及相關補助政策申請，加上導入創能及儲能設備，推動車況點檢及檢測無紙化作業及生質柴油試行等工作，並依環境部建議之削減係數及年行駛里程，推估本計畫113年粒狀污染物（PM1 0）可削減65.44噸\/年，另CO2則可削減25,683.10噸\/年。",
        "eng_title": "2024 Diesel Vehicle Dynamometer Smoke Testing Plan",
        "eng_subject": "Mobile pollution sources are among the primary causes of deteriorating air qualityin metropolitan areas. Diesel vehicles, notorious for emitting black smoke, are aparticular concern for the public.\n This study implements various diesel vehicleinspection and regulatory measures to enhance air quality in Taipei City, providingcitizens with a cleaner and healthier living environment.During the project period, visual smoke evaluations and remote sensingnotifications were conducted for 447 vehicles. Additionally, dynamometer testingwas carried out for 10,279 vehicles, while roadside inspections and depot checkswere performed on 1,059 vehicles. Proactive inspection notifications were sent to3,034 vehicles, and NOx testing was completed for 100 vehicles. In 2024, 29,487 gasoline vehicles underwent remote sensing, identifying 62vehicles with potential pollution concerns. Following notifications, 6 older vehicleswere deregistered and scrapped, while 9 vehicles failed inspections and wereprosecuted. Of the prosecuted vehicles, 4 passed re-inspections, 3 were scrapped,and the average HC concentration decreased significantly from 934 ppm to 42 ppm.For diesel vehicles, 4,014 underwent remote sensing, identifying 28 vehicles forinspection. All tested vehicles complied with emission opacity standards, with NOlevels remaining within normal ranges, and no tampering or removal of controlequipment was detected.\nTo encourage private enterprises to participate in Corporate Social Responsibility(CSR) fleet initiatives, the Department of Environmental Protection has led byexample by phasing out all first-to-third-generation sanitation vehicles. 963 activesanitation vehicles now bear superior-grade certification marks. Among contractedsanitation operators, 480 vehicles now bear superior-grade certification marks,representing nearly 90%. Through interdepartmental collaboration, certificationrates were incorporated into public bus evaluations, with 3,306 buses (98.7%) nowbear superior-grade certification marks. The Department continues to promotedepot testing, reducing the non-compliance rate from 3.1% to 1.2% compared tothe previous year. A total of11,572 diesel vehicles from the Department, contracted sanitation operators, busand highway coach operators, and large freight companies (e.g., Kerry TJ LogisticsCompany Limited, President Transnet Corp.) achieved a certification rate of 94.3%,an 8% increase from 2023. Additionally, among the city’s 289 large diesel fleets,278 companies (95%)\nUrea concentration directly impacts the effectiveness of SCR (Selective CatalyticReduction) systems in removing nitrogen oxides (NOx) from exhaust gases. TheDepartment conducted rapid screening of urea concentrations in vehicles equippedwith SCR systems during station inspections, finding all samples within thestandard range of 32-33%. To ensure proper SCR operation, NOx testing began in2023 for vehicles equipped with SCR systems. The results revealed abnormalitiesin 54% of vehicles due to issues such as clogged urea injectors or internal ureapump leaks. As a result, in 2024, operators were instructed to include urea injectorsand pumps in routine maintenance schedules. Vehicles with crystallizationobserved on urea injectors during inspections were rejected. The SCR abnormalityrate subsequently decreased to 9% in 2024, demonstrating significant improvement.\nIn response to the Net Zero Emissions initiative, this project has installed a 2.1 kwflexible solar photovoltaic system at the Beitou emission testing station, generatingapproximately 3,451.14 kWh annually. This system reduces CO₂ emissions by anestimated 1,704.86 kilograms per year. Additionally, flexible solar panels wereintegrated into roadside inspection operations, with a charging capacity of 70 Wper hour paired with a 1,000 W energy storage system. This setup providessufficient electricity for daily roadside inspection activities, achieving selfsufficiencyin power generation and usage.\nGiven the low adoption rate of electric commercial vehicles in Taiwan, the Department of Environmental Protection has evaluated biodiesel as a transitionallow-carbon fuel before full vehicle electrification. In 2023, a trial involvingbiodiesel was conducted on street-cleaning vehicles, construction machinery, andgenerators. To date, no abnormalities have been observed in the equipment orvehicle performance. In 2024, the scope was expanded to include high-utilizationvehicles equipped with SCR systems. The project invited private enterprises suchas Chunghwa Post Co., Ltd., Zhongxing Daye Bus and related companies(Zhongxing Bus Company, Ltd., and DE Fine Bus and Truck Co., Ltd. ) , andTaipei Blood Donation Center to participate.Currently, vehicles using biodiesel have collectively accumulated over 100,000kilometers, consuming 31.98 kiloliters of diesel and 7.88 kiloliters of biodiesel. Itis estimated that this has reduced CO₂ emissions by approximately 20.97 metrictons. Additionally, the use of B20 biodiesel has",
        "proj_year": "113",
        "org_name": "臺北市政府環境保護局",
        "exe_unit": "春迪企業股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131274084",
        "publish_date": "20251013"
    },
    {
        "chi_title": "113年我國海域空品資訊研析暨污染管制試辦計畫",
        "chi_subject": "本計畫延續淡水、臺中、臺南三地經驗，增設高雄港恆春隊監測站，擴大監測範圍。\n監測期間，淡水隊所監測海域污染濃度低於鄰近陸域測站，且多數污染物隨離港距離增加而降低，惟臭氧濃度呈現相反趨勢。臺中隊海域監測濃度介於陸域及離島馬公站間，亦有隨離港距離增加而下降的現象。臺南隊採貼岸航行方式進行監測，污染物濃度受岸邊活動干擾，未呈現明顯距離相關性。恆春隊各季節污染物濃度與鄰近陸域站相似，雖以貼岸航線為主，但在0-10及20-25海浬區間污染物濃度稍高，推測與工業區及漁港活動有關。在臭氧監測方面，北部與南部海域臭氧在日夜間均高於陸域測站，且離港期間濃度顯著上升，而中部海域的臭氧趨勢與陸域測站相近。\n在港區監測上，臺北港與安平港受周邊工地影響，偶有粒狀物突發高值；臺中港粒狀物與臭氧濃度變化與陸站相近；而高雄港的二氧化硫濃度與其他港口相較偏高，與其周邊工業及船舶活動影響有關。\n因航行監測路徑與時程不固定，易影響資料連續性與時序分析，建議未來評估以具定期航線之客貨船作為監測平台。",
        "eng_title": "Analysis of Marine Air Quality Information and Pollution Control in Taiwan Maritime Area",
        "eng_subject": "This project expands upon previous monitoring work in Tamsui, Taichung, and Tainan with the addition of a new station at the Port of Kaohsiung, operated by the Hengchun Team.\nDuring the monitoring period, pollutant concentrations in marine areas monitored by the Tamsui Boat Station were lower than those at nearby land-based stations, with most pollutants decreasing as distance from the port increased. However, ozone concentrations showed the opposite trend. Pollutant levels recorded by the Taichung Boat Station were between those of the nearby land-based station and the offshore Magong Station, also showing a decreasing trend with increasing distance from the port. The Tainan Boat Station conducted nearshore monitoring, where pollutant levels were influenced by coastal activities and thus did not exhibit a clear distance-related pattern. At the Hengchun Boat Station, seasonal pollutant levels were similar to those at nearby land-based sites. Although its monitoring route was primarily nearshore, slightly higher pollutant levels were observed in the 0–10 and 20–25 nautical mile zones, likely due to nearby industrial areas and fishing port activities.\nRegarding ozone monitoring, marine areas in both the north and south exhibited higher concentrations than land-based stations, a trend observed both day and night. These concentrations increased significantly further offshore. In contrast, the ozone trend in the central marine area was similar to that of the land-based stations.\nSince the monitoring routes and schedules of the vessels were not fixed, data continuity and temporal analysis were affected. It is recommended that future monitoring efforts consider using passenger or cargo ships with fixed schedules and routes as platforms.",
        "proj_year": "113",
        "org_name": "環境部大氣環境司",
        "exe_unit": "昱山環境技術服務顧問有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130855693",
        "publish_date": "20251027"
    },
    {
        "chi_title": "113年度精進空品應變及突發事故應變管理資訊系統計畫",
        "chi_subject": "本期計畫中除了維護更新既有系統功能外，也輔助空氣品質不良應變試辦計畫實施及空氣品質標準修改後相關應變工作，完善系統功能，使中央及地方環保機關得以迅速接軌法規標準，縮短因應法規標準所需過渡期，因此，本計畫持續擴充強化系統功能、精進應變展示資訊及蒐整空品環域資料，以完善整體應變管理工作，提升作業效率。此外，本期亦整合與擴充應變相關系統，如：擴充施工機具管理系統，包括報表查詢、圖表產製、所有者資料異動、標章核發與逾期提醒等，提升自主管理標章成效掌握與資料應用性，並且優化機具分類與申請介面，強化移轉追蹤與審核彈性，提升整體管理效能；空污突發事故管理系統，簡化初報流程並導入LINE推播，提升通報效率與覆蓋率，整合模擬資料，自動判定下風測站，增強預測和應對空污突發的能力；考核績效展現系統，持續推動考核工作線上化與資訊化，將文件轉化為資料，再將資料轉變成可用之資訊；整合河川揚塵系統功能，針對揚塵事件應變內容建置表單及提供監控相關資訊。綜上所述，拓展應變資料運用效益及提升空氣品質管理之橫向整合。",
        "eng_title": "2014 Air Quality Response and Emergency Response Management Information System Improvement Plan",
        "eng_subject": "The system has also been enhanced with multiple management and summary tools, and its reporting mechanisms, content, functionalities, and display interfaces have been modified and optimized.In the current phase, beyond maintaining and updating existing functions, the system has supported pilot air quality response projects and adaptations following updates to air quality standards. These enhancements aim to enable central and local environmental agencies to align swiftly with regulatory standards, thereby shortening the transitional period required for compliance. Consequently, the project continues to expand and strengthen system capabilities, improve response information displays, and consolidate air quality-related data to enhance overall emergency response management and operational efficiency.\nAdditionally, related response systems have been integrated and expanded. For instance, the construction equipment management system has been upgraded to include report querying, chart generation, ownership data updates, label issuance, and expiry reminders—enhancing the tracking and effectiveness of self-management labels and data application. The system's equipment classification and application interface have also been optimized, improving ownership transfer tracking, review flexibility, and overall management efficiency.The emergency air pollution incident management system has been improved by simplifying the initial reporting process and introducing LINE push notifications to enhance timeliness and information coverage. It also integrates control identifiers and pollutant dispersion simulation data to automatically identify downwind monitoring stations, thereby strengthening the system’s predictive and responsive capabilities.The performance evaluation system continues to be digitalized and data-driven to better transform documents into structured data and actionable information, enhancing the use of assessment information. Moreover, the river dust system has been integrated to provide response forms and monitoring information related to dust events.\nIn summary, these efforts aim to expand the utility of response data and strengthen cross-sector integration in air quality management.",
        "proj_year": "113",
        "org_name": "環境部大氣環境司",
        "exe_unit": "環輿科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130610203",
        "publish_date": "20251013"
    },
    {
        "chi_title": "氣候變遷教育推廣及地方減量輔導專案計畫",
        "chi_subject": "本計畫聚焦於氣候變遷教育與地方政府溫室氣體減量輔導兩大主軸，整合政策推動與制度建置，提升社會對減緩與調適議題的重視與參與。在氣候變遷教育方面，本計畫規劃短期、中期與長期的推動策略，涵蓋科學基礎建立、教育體系強化、氣候韌性提升及人才培力四大面向，並製作以布袋戲形式呈現的氣候變遷宣導影片，將艱澀的科學知識轉化為生動、易於理解的內容，以提升大眾接受度與參與意願。在地方政府減量輔導方面，本計畫檢核並彙整第二期溫室氣體減量執行方案之年度成果報告，將成果區分為共通性作為與特色性作為，同時對照各地方政府減量方案，彙整未達預期之項目及其精進作法，作為後續調整與管考依據。此外，本計畫亦針對縣市層級之溫室氣體盤查作業指引進行研修，參考ISO 14064-1:2018與溫室氣體盤查議定書（GHG Protocol）的排放範疇規範，並建議採用IPCC第五次評估報告（AR5）所提出之暖化潛勢（Global Warming Potential, GWP）數值，並進行數據之滾動式調整，以確保盤查結果的準確性與時效性。最後，本計畫也提出地方政府減量成果報告之檢核與管考機制，協助地方政府持續精進溫室氣體減量作為，推動在地氣候行動的制度化與成效化。",
        "eng_title": "Project on Climate Change Education Promotion and Local Government GHG Reduction Support",
        "eng_subject": "This project focuses on two main areas: climate change education and greenhouse gas (GHG) reduction support for local governments, aiming to integrate policy implementation with institutional development and enhance public awareness and participation in mitigation and adaptation efforts.\nIn terms of climate change education, the project outlines short-, medium-, and long-term strategies across four key areas: establishing scientific foundations, strengthening the education system, enhancing climate resilience, and cultivating talent. Additionally, a climate change awareness video was produced in the form of traditional puppet theater (budai xi), transforming complex scientific knowledge into engaging and accessible content to increase public understanding and engagement.\nFor local government support, the project reviews and compiles annual performance reports from the second phase of GHG reduction implementation plans, categorizing results into common practices and unique actions. It also identifies underperforming areas and suggests improvement measures to serve as a basis for future adjustments and performance management.\nMoreover, the project revises the GHG inventory guidelines for city and county levels, referencing the ISO 14064-1:2018 standard and the Greenhouse Gas Protocol (GHG Protocol), and recommends adopting the Global Warming Potential (GWP) values proposed in the IPCC Fifth Assessment Report (AR5). The project also implements rolling updates to ensure the accuracy and timeliness of emissions data.\nFinally, a review and performance management mechanism is proposed for local government GHG reduction reports, supporting continuous improvement in emissions reduction efforts and promoting institutionalization and effectiveness of local climate actions.",
        "proj_year": "113",
        "org_name": "氣候署淨零推動組",
        "exe_unit": "財團法人台灣產業服務基金會",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130433763",
        "publish_date": "20251018"
    },
    {
        "chi_title": "毒性及關注化學物質災害預防整備推動計畫",
        "chi_subject": "應變機構認證審查分為書面審查、現勘審查與實測審查三階段，包含資格審查、據點實地評核、模擬應變情境實作等內容，並依標準評分機制進行總評。113至114年協助辦理兩次變更申請之實測與現勘作業，協助規劃場佈、設計文件與彙整評核結果，確保審查程序一致性與公平性，提升應變能量及行政作業效率。\n協助辦理專業應變人員訓練機構之督導與查核作業，共辦理8場次實地查核，查核內容涵蓋訓練品質、行政配合度與改善成效，並依查核結果進行評分作為續約參考。另查核意見包括器材管理、個資保護、課程內容、資料回饋、系統優化等，提出具體改善建議，強化訓練品質與作業效能。\n本計畫協助完成專業應變諮詢機構之查核作業，查核內容涵蓋人員管理、設備維運、資訊提供、災害通報及專家建議等面向，並設計模擬情境進行實測，包括化學物質諮詢、事故應變諮詢、擴散模擬分析與到場支援四大項目。透過實務操作驗證其應變能量與反應能力，最終由查核委員綜合評分，強化我國應變諮詢機構服務品質與實戰應對能力。\n應變諮詢系統已完成多項優化與安全強化作業，包含線上申請流程優化、帳號申請與資料編輯權限調整，以提升操作便利性與資訊安全。系統亦完成受委託資料與聯防系統資料拋轉，支援應變人員登載與再訓練需求判斷。\n本計畫成功完成系統維運與資安維護、AI影像辨識功能強化、必要設備與場地租賃，以及專利可行性分析等工作。系統運作穩定，影像辨識準確性大幅提升，並順利完成各項設施續租作業。惟經評估，系統專利因與既有發明相似度高且不符新型申請條件，申請難度較高。\n專業應變人員試題管理系統進行維運與優化，重點包括提升統計功能、優化測驗設定與介面操作、導入即測即評機制，以及強化資安監控功能。系統架構採高可用性設計，確保穩定運作並支援即時資料備援。統計功能新增多項報表指標，以利訓練機構掌握學員測驗成效；即測即評機制則提升評分效率與回饋速度。此外，系統介面與流程亦依使用需求進行多項調整，全面提升操作體驗與管理效能。\n依據《災害防救法》協助環境部修正第7版「毒性及關注化學物質災害防救業務計畫」，強化應變機制、權責分工與多元資訊發布，並預研第8次修正草案。同時彙整「建構安全化學環境計畫」與「建構國家安全化學與韌性永續計畫」兩期跨部會執行成果，協助填報GPMnet資料並促進部會合作。此外，本計畫建立有機過氧化物SADT預測QSPR模型，整合至ALOHA模擬軟體，提升高風險化學品之儲存、風險管理與災害應變科學化能力。\n彙整美國、英國、法國與印度等國家之災害演練經驗可見，國外演練強調制度測試、跨部門協調與決策流程優化，例如FEMA與歐盟著重於系統測試與協同應變。我國毒化災演練雖具初步制度與規劃，然仍以行政作業與技能訓練為主，模擬深度與戰略層面有待強化。另配合環境部與NCDR合作建置「即時監測模組」，整合1,600輛槽車動態、圖資資料庫及地震風險模擬，並支援實際演練與兵棋推演，提升我國災害資訊整合與應變決策能力。\n協助化學署辦理為期8天活動，來自8國25位學員參與，涵蓋會議、訓練、文化及接待，安排接機送機、開幕與閉幕典禮、晚宴活動、文化參訪等全方位行政與場地支持。與教育部合辦兩天一夜共識營，強化大專校院實驗室毒化災應變能力，結合專題演講、座談與環教參訪，總計56人參與。辦理室內與戶外展演活動，展示科技防災成果，含頒獎、案例研討、設備展示等，超過600人參與，整合文化與環保教育。共辦理15場會議，572人次參與，整合32位專家建議。協助辦理4場職安相關會議與訓練，彙整政策成果，強化制度與跨機關協作，提升職安執行效能。撰寫3篇新聞稿，聚焦毒化物運送追蹤、三重防線策略與科技應變能力，提升民眾與環境安全意識。",
        "eng_title": "The Project of Prevention and Control Promotion for Toxic and Chemical Substances",
        "eng_subject": "The accreditation review for emergency response organizations is divided into three stages: document review, on-site inspection, and practical test. These include qualification assessment, field evaluation at designated locations, and implementation of simulated emergency scenarios. A standardized scoring mechanism is used for the final evaluation. From 2024 to 2025 , two sets of modification application tests and site inspections were conducted, with assistance provided in layout planning, document design, and compilation of evaluation results. This ensured consistency and fairness in the review process, enhanced emergency response capabilities, and improved administrative efficiency.\nSupport was provided for the supervision and audit of professional emergency response training institutions. A total of eight on-site audits were conducted, covering training quality, administrative cooperation, and the effectiveness of improvements. Audit results were scored and used as references for contract renewal. Additional audit feedback included issues such as equipment management, personal data protection, course content, data feedback, and system optimization, with specific improvement suggestions proposed to enhance training quality and operational performance.\nThe project also supported the completion of audits for professional emergency consulting organizations. Audit topics covered personnel management, equipment maintenance, information provision, disaster reporting, and expert advice. Simulated scenarios were also designed for practical testing in four key areas: chemical substance consultation, incident response consultation, dispersion simulation analysis, and on-site support. These practical exercises verified the response capacity and operational readiness of the organizations, and final scores were assigned by the review committee to enhance the service quality and practical capabilities of emergency consulting institutions in Taiwan.\nSeveral optimizations and security enhancements were completed for the emergency consultation system. These included improvements to the online application process, adjustments to account and data editing permissions to improve usability and information security. The system also completed the integration of commissioned data with the joint defense system to support emergency personnel data entry and retraining assessments.\nThe project successfully completed system maintenance, cybersecurity protection, enhancement of AI image recognition functionality, necessary equipment and venue rentals, and patent feasibility analysis. The system operated stably, and the accuracy of image recognition significantly improved. All facility lease renewals were successfully completed. However, upon evaluation, due to high similarity with existing inventions and non-fulfillment of criteria for utility model application, patent registration faced considerable difficulty.\nThe Professional Emergency Responder Test Item Management System has undergone maintenance and optimization, focusing on enhancing statistical functions, improving test settings and user interface operations, introducing an instant evaluation mechanism, and strengthening information security monitoring. The system architecture adopts a high-availability design to ensure stable operation and support real-time data backup. The upgraded statistical module includes additional report indicators, enabling training institutions to better track trainees’ test performance. The instant evaluation feature significantly improves grading efficiency and feedback timeliness. Furthermore, the system interface and workflow have been adjusted based on user needs to comprehensively enhance the user experience and management effectiveness.\nAccording to the Disaster Prevention and Protection Act, assistance was provided to the Ministry of Environment in revising the 7th edition of the “Disaster Prevention and Response Operational Plan for Toxic and Concerned Chemical Substances. ”This involved strengthening emergency response mechanisms, clarifying the division of responsibilities, and enhancing diversified information dissemination. Preparatory research for the 8th revision draft was also conducted. In addition, outcomes of two inter-ministerial projects—“Building a Safe Chemical Environment Program” and “Establishing a National Safe Chemical and Resilient Sustainability Program”—were compiled. Assistance was provided in filling out GPMnet data and promoting inter-ministerial collaboration.\nThe project also developed a QSPR model to predict the Self-Accelerating Decomposition Temperature (SADT) of organic peroxides, which was integrated into the ALOHA simulation software to enhance the scientific approach in managing storage, risk, and emergency response for high-risk chemicals.",
        "proj_year": "113",
        "org_name": "化學署危害控制組",
        "exe_unit": "環科工程顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130416454",
        "publish_date": "20251005"
    },
    {
        "chi_title": "我國住商溫室氣體減量推廣研析專案工作計畫",
        "chi_subject": "本計畫聚焦於推動我國住商服務業與公部門建築之溫室氣體減量工作，透過系統化盤查與策略研析，建立具體可行之減碳路徑。首先，針對政府機關與非製造部門，完成溫室氣體盤查與減量潛力評估，並彙整國內外方法學與操作經驗，編製《政府機關溫室氣體盤查作業手冊》。手冊涵蓋範疇界定、數據來源、計算原則與填報機制，並搭配實務案例與減量建議，協助機關導入標準化盤查流程，提升碳管理能量。其次，計畫針對住商建築部門之氣候變遷因應設計，研擬調適與減緩整合準則，整理國際被動冷卻技術、節能設計導向與法規制度，提出符合國情之初步建議，作為未來推動建築部門淨零轉型政策之基礎。此外，參考COP28「全球冷卻行動承諾」與各國策略，研擬我國冷卻行動計畫草案，建立可行推動機制與指標架構。最後，針對深度節能議題，分析ESCO等深度減碳模式與自願減量制度整合可能性，並提出具誘因之推動策略。全案希冀促成跨部門協作，落實建築與產業系統節能，加速我國邁向淨零目標。",
        "eng_title": "Taiwan Residential and Commercial Greenhouse Gas Reduction Promotion and Analysis Project",
        "eng_subject": "This project focuses on promoting greenhouse gas (GHG) reduction across Taiwan’s residential, commercial, service, and public sector buildings. Through systematic inventory development and strategic analysis, it aims to establish a practical and actionable decarbonization pathway. First, the project conducts GHG inventories and reduction potential assessments for government agencies and non-industrial sectors. Drawing upon domestic and international methodologies and operational practices, a GHG Inventory Manual for Government Agencies is developed, covering boundary definitions, data sources, calculation principles, and standardized reporting mechanisms. The manual also provides practical case studies and mitigation recommendations to enhance institutional carbon management capabilities.Secondly, the project formulates integrated mitigation and adaptation design guidelines tailored to the building sector. Based on global practices in passive cooling technologies, energy-efficient design, and regulatory frameworks, it proposes a preliminary set of policy suggestions suited to Taiwan’s context, supporting the transition toward net-zero buildings. Furthermore, informed by the COP28 Global Cooling Pledge and international strategies, a draft Taiwan Cooling Action Plan is developed, establishing feasible implementation frameworks and evaluation indicators.Finally, the project explores deep energy-saving strategies by assessing the feasibility of aligning ESCO (Energy Service Company) models with voluntary emission reduction systems. It offers incentive-based policy proposals to accelerate adoption. Overall, the project aims to foster cross-agency collaboration, implement systemic energy-saving solutions in the built environment, and support Taiwan’s long-term net-zero transition goals.",
        "proj_year": "113",
        "org_name": "氣候署減量交易組",
        "exe_unit": "財團法人台灣產業服務基金會",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130149535",
        "publish_date": "20251018"
    },
    {
        "chi_title": "因應蒙特婁列管化學物質之管制策略及銷毁與替代技術研析",
        "chi_subject": "本計畫協助環境部掌握國際管制動態，研擬國內因應策略並實際執行國內各項管控機制及宣導活動，執行工作6大類之執行成果摘要如下：\n（一）完成協助環境部參與蒙特婁議定書國際活動，包括向聯合國申報我國ODS消費量資料，以及協助環境部大氣司至日本訪視政府單位及廠商及參與蒙特婁議定書締約方會議MOP36；\n（二）完成辦理列管化學物質HCFCs與溴化甲烷之廠商於2023～2025年上半年每季申報執行實績之審核作業並完成核配\/許可審核及核發作業，並協助研擬氟氯烴消費量管理辦法修訂草案並辦理研商及公告事宜；\n（三）配合環境部辦理HFCs氫氟碳化物管理辦法公告作業，以及核配申請與審核及核發等相關作業；\n（四）完成低GWP物質替代方案研析與指引，盤點海龍管理中心之海龍現況與提出後續處置建議方案；\n（五）研析國際高全球暖化潛勢（GWP）物質之銷毀技術，完成水泥窯執行36公噸CFC-12、HCFC-22及HCFC-141b等不同樣態冷媒試燒及2次尾氣採樣檢測，以及旋轉窯執行7公噸CFC-12冷媒試燒及1次尾氣採樣檢測，並分別提交成果報告，並配合關務署辦理緝獲走私冷媒倉儲盤點工作，以及研析我國冷媒回收再利用量能與提出後續推動建議；\n（六）協助管理「蒙特婁議定書列管化學物質輸出入貨品電子簽證系統」，製作宣傳保護大氣層概念與行動之圖卡，並配合環境部提供民眾QA與其他交辦事項等工作。\n協助環境部執行因應蒙特婁議定書之相關作業，持續展現我國與各國積極遵循國際環保公約之行動。",
        "eng_title": "Study Project on Control Strategies, Disposal, and Alternative Technologies for Regulated Chemicals in Response to Montreal Protocol",
        "eng_subject": "This project supports the Ministry of Environment in monitoring international regulatory developments, formulating national response strategies, and implementing various domestic control mechanisms and outreach activities. The project achieved results in six major areas:\n1.International Engagement: Assisted the Ministry of Environment in participating in international activities under the Montreal Protocol, including reporting Taiwan’s ODS consumption data to the United Nations, supporting the delegation from the Department of Atmospheric Environment in their official visit to government agencies and enterprises in Japan, and participating in the 36th Meeting of the Parties (MOP36) to the Montreal Protocol.\n2.Substance Control and Regulatory Development: Completed the review of quarterly reports (from 2023 through the first half of 2025) submitted by enterprises handling regulated chemicals, including HCFCs and methyl bromide. Conducted quota allocation and permit issuance, assisted in drafting the revised Management Regulations for Hydrofluorocarbons, and organized consultation and promulgation activities.\n3.HFCs Management Implementation: Supported the Ministry of Environment in the promulgation of the “Management Regulations for Hydrofluorocarbons”, and application review, quota allocation, and permit issuance.\n4.Alternative Substances Research and Halon Management: Completed the analysis and guidance on low-GWP alternatives applications, inventoried the current status of halons in the Halon Management Center, and proposed follow-up treatment recommendations.\n5.Destruction Technologies and Reclamation Capacity: Analyzed international destruction technologies for high-GWP substances and completed trial incinerations of 36 metric tons of CFC-12, HCFC-22, and HCFC-141b in a cement kiln with two exhaust gas sampling sessions. Additionally, conducted a trial burn of 7 metric tons of CFC-12 in a rotary kiln with one exhaust gas sampling, with results submitted in respective reports. Assisted the Customs Administration in inventorying confiscated smuggled refrigerants, assessed Taiwan’s refrigerant recovery and reclamation capacity, and proposed future policy recommendations.\n6.Electronic Licensing System Management and Public Outreach: Provided support in the operation and maintenance of the “Electronic Licensing System for Imports and Exports of Montreal Protocol Controlled Substances”; produced educational infographics to promote awareness and actions related to the control of ozone-depleting substances (ODS); offered public Q＆A services; and assisted in executing other assignments designated by the Ministry of Environment.\nThese efforts collectively support Taiwan’s continued implementation of the Montreal Protocol and demonstrate the nation's commitment to international environmental agreements.",
        "proj_year": "113",
        "org_name": "環境部大氣環境司",
        "exe_unit": "財團法人工業技術研究院",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130060442",
        "publish_date": "20251031"
    },
    {
        "chi_title": "發展東協國家土壤及地下水環境保護合作交流計畫(二)",
        "chi_subject": "「新南向政策」為我國政府現階段重要的政策宣示與整體對外經貿戰略，為新階段的經濟發展，尋求新的方向和新的動能。本計畫藉由建立東南亞國家協會（簡稱「東協」）國家夥伴平台，辦理東協國家交流事務，促進我國與東協國家之國際土壤及地下水環境保護交流，進而推廣環管署重要政策成果亮點，並協助東協國家學生提升環境保護概念，強化我國對於國際環境保護之貢獻，培育東協國家人才，深化臺灣與東協區域環境夥伴合作關係。本計畫已完成3場次「東協國家土壤及地下水交流夥伴策略會議」、2場次「東協國家土壤及地下水研商會議」、3場次「東協國家學生土壤及地下水交流會議及現地參訪技術交流」、1場次「土壤及地下水技術交流競賽及頒獎典禮」及2場次「東協國家土壤及地下水永續論壇暨研究競賽圓桌論壇」，進一步協助彙整會議討論成果資料，並提出相關建議予主管機關參考，俾使主管機關土壤及地下水相關業務推動更加順利，並以培育東協相關人才為計畫主軸重點，持續深化東協國家環境夥伴合作關係，達到共同培育我國與東協國家土水人才之目標。",
        "eng_title": "Developing Cooperation and Exchange Program on Soil and Groundwater Environment Protection in ASEAN Countries II",
        "eng_subject": "The “New Southbound Policy” is a key policy initiative and a core component of Taiwan’s current foreign economic and trade strategy, aimed at seeking new directions and momentum for the next stage of economic development. This project establishes a partnership platform with the Association of Southeast Asian Nations (ASEAN) to facilitate ASEAN-related exchange activities, promote international cooperation in soil and groundwater environmental protection between Taiwan and ASEAN countries, showcase the highlights of major policies implemented by the Environmental Protection Administration, and assist ASEAN students in strengthening their environmental protection concepts. It further enhances Taiwan’s contribution to international environmental protection, cultivates soil and water talents in ASEAN countries, and deepens environmental partnership relations between Taiwan and the ASEAN region.\nDuring the project period, a total of three “ASEAN Soil and Groundwater Exchange Partnership Strategy Conferences,” two “ASEAN Soil and Groundwater Cooperation Exchange Roundtable Meetings,” three “ASEAN Student Soil and Groundwater Exchange Workshops and On-site Technical Visits,” one “Soil and Groundwater Technology Exchange Competition and Award Ceremony,” and two “ASEAN Soil and Groundwater Sustainability Forums and Research Competition Roundtable Forums” were completed. The project consolidated the outcomes of these events and proposed recommendations for the competent authority to facilitate smoother implementation of soil and groundwater-related initiatives. With talent cultivation in ASEAN countries as its central focus, the project continues to strengthen environmental cooperation with ASEAN partners and aims to achieve the shared goal of fostering soil and water professionals for both Taiwan and ASEAN countries.",
        "proj_year": "112",
        "org_name": "環管署土壤及地下水污染整治基金管理會",
        "exe_unit": "財團法人環境永續發展基金會",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1120604910",
        "publish_date": "20251031"
    },
    {
        "chi_title": "有害空氣污染物環境自動連續監測先期計畫",
        "chi_subject": "本計畫建立有機性有害空氣污染物環境自動連續監測方法，針對87項環境中常見空氣污染物質架設兩年期長期監測示範站。\n監測方法建立區分為「硬體架設與維護」和「數據品保與品管」。前者內容為建立儀器架設標準作業程序，與建立維護頻率（雙週、半年、年、不定期）；另建立精確度、準確度、方法偵測極限、檢量線線性作業與允收標準，檢測結果依序為(1.3-7.4%)、(94.3-123.3%)、(0.04-0.77 ppb)、(決定係數>0.9900)，均符合允收標準。數據品保與品管中，建立每日數據查核標準作業程序，與建立維護頻率（每日、月、半年、年）及工作項目。\n兩年監測結果顯示，資料可用率分別為65.3%（第一年）與82.2%（第二年）。監測結果顯示逐時測值繪製濃度風瑰圖後，幾項重點污染物可透過溯源方式找到排放來源。離線檢測與線上監測比對，顯示兩者趨勢一致；高極性丙酮之差異原因為採樣管線水氣影響，可透過管線保溫改善。\n中長程規劃方面，建議短期可發展HAPs監測站1-3站，佈署於工業區周界；中期可發展自動示警通報技術，搭配人工數據品保與品管，達到工業區即時空氣污染監測與通報；長期方案可導入人工智慧判讀數據，結合自動化數據品保與品管技術，達到自動化空氣污染監測、數據確認與即時通報。預期可達到即時空污溯源示警，達成環境治理目的。",
        "eng_title": "Preliminary Project for Automated Continuous Environmental Monitoring of Hazardous Air Pollutants",
        "eng_subject": "This project established an on-line automated and continuous environmental monitoring method for ambient hazardous air pollutants (HAPs), focusing on 87 commonly encountered air pollutants. A two-year-long-term monitoring demonstration station was deployed.\nThe method development is divided into two key components: “instrument installation and maintenance” and “data quality assurance and quality control (QA\/QC)”. The former involved establishing standard operating procedures (SOPs) for instrument setup and defining maintenance frequencies (biweekly, semiannual, annual, and irregular). In addition, performance criteria such as precision, accuracy, method detection limits (MDL), calibration curve linearity, and acceptance standards were precisely defined and verified. The corresponding results were (1.3–7.4%) for precision, (94.3–124.3%) for accuracy, (0.04–0.77 ppb) for MDL, and a coefficient of determination (R²) > 0.9900 for calibration linearity, all meeting the established acceptance criteria.\nFor data QA\/QC, SOPs for daily data verification were developed, along with corresponding maintenance schedules (daily, monthly, semiannual, and annual) and task specifications.\nResults from the two-year monitoring period showed data availability rates of 65.3% in the first year and 82.2% in the second year. Hourly concentration data were used to generate pollution rose plots, enabling source attribution for several key pollutants. A comparison between offline sampling and online monitoring showed consistent trends. The discrepancy observed in highly polar acetone was attributed to moisture interference in the sampling line, which can be mitigated by heating the sampling line.\nIn terms of mid- and long-term planning, the short-term goal is to establish 1–3 HAPs monitoring stations deployed around industrial perimeters. In the medium term, the development of automated alert and notification systems, integrated with manual data QA\/QC, will enable real-time air pollution monitoring and reporting in industrial zones. The long-term strategy involves applying artificial intelligence (AI) for data interpretation, combined with automated QA\/QC systems, to achieve fully automated air pollution monitoring, data validation, and real-time reporting. These advancements are expected to enable air pollution source-tracing methods and early warning notification, achieve environmental governance goals.",
        "proj_year": "111",
        "org_name": "環境部環境資訊科技司",
        "exe_unit": "社團法人中華民國環境分析學會",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1110512636",
        "publish_date": "20251031"
    },
    {
        "chi_title": "113年度臺南市空氣品質惡化應變防護作業暨雲嘉南空品區應變整合計畫",
        "chi_subject": "(一)\t空氣品質現況\n1.\t臺南市近五年(109年~113年)空氣品質指標(AQI>100)逐月不良站日數大致呈逐年降低，AQI>100不良站日數以110年為最高(249站日)，113年為近五年最低(118站日)，其中細懸浮微粒68站日、臭氧八小時為50站日。依據資料顯示，本市近年AQI>100不良天數以1~2月份較多，110年1-3月份發生多次細懸浮微粒惡化事件，其主因為年初穩定氣候條件導致污染物擴散不良，加上嚴重乾旱導致揚塵增加，境外濃度恢復至疫情前水準，使細懸浮微粒濃度上升。\n2.\t113年臺南市空氣品質PM2.5自動測站年平均值濃度已降至17.6μg\/m3，近五年改善達4.5%；PM2.5濃度整體不僅逐年改善，本計畫執行期間之高污染季節改善部分，114年1~3月PM2.5平均濃度為23.29μg\/m3，相較113年同期改善9.2%；113年10~12月PM2.5平均濃度為19.03μg\/m3，相較112年同期改善13.0%，顯示於秋冬空氣品質不佳季節執行污染源應變工作具有一定成效。\n(二)\t空氣品質不良執行污染源應變減量作業\n1.\t強化應變查核效益，於初期建置應變查核對象名單，包括60大核定「各級空氣品質惡化防制計畫」公私場所、微型感測器潛勢熱區名單及「預防空氣品質惡化之空氣污染行為」本市管制對象名單掌握(包括瀝青混凝土13家；港區水泥原料裝卸1處、鍋爐業16家；揮發性有機液體儲槽16家)，並建立污染源完整通報機制，於空品不良期間進行執行通報作業。\n2.\t為減緩空氣品質惡化情形，計畫於初期建立應變查核機制，規劃依本市工業區IoT系統告警頻率及依據當下天氣型態(風速與風向等)通報應變測站作為中心，擇定應變巡查區域及依照當日指標污染物(懸浮微粒、臭氧八小時)來擇定應變巡查名單。\n3.\t計畫執行期間針對空品不良達惡化預警初級等級以上共通報118天次，並依據當日不良測站、指標污染物指定應變查核區域，本計畫巡查223家次公私場所及12次露天燃燒巡查，工廠查核結果有24家查核時發現缺失，查核結果以防制設備超過許可規定值與防制設備損壞故障污損分別各占41.7%，其餘為紀錄表未確實填寫或內容缺失(12.5%)，以及現場與許可不符(4.2%)。臺南市此段期間共計減量TSP削減362.56公噸、PM10削減73.95公噸、PM2.5削減17.65公噸、氮氧化物削減52.74公斤、VOCS削減15.29公斤。\n4.\t本計畫重新檢視本市臺南市空氣品質惡化防制措施計畫之附件二對象共17家公私場所之應變計畫書內容需重新提送，並進行追蹤管考均完成初審與報請環保局核備完成。\n(三)\t於空品不良期間執行重大污染源檢測與污染源追蹤及判定\n1.\t執行密閉製程紅外線氣體洩漏偵測10家，其中1處公私場所有洩漏情形，皆完成改善且複查已無洩漏情事。\n2.\t執行公私場所設備元件揮發性有機氣體稽查檢測，本次亦鎖定元件數量少及近年抽測次數較少之業者為檢測對象等篩選原則共計14家公私場所，完成8,000點次設備元件檢測，並搭配紅外線氣體顯像攝影機輔助偵測17次。最終共5家公私場所計13點設備元件洩漏，其中2家公私場所共5點達法規標準之洩漏定義依法告發處分。\n3.\t執行公私場所排放管道THC稽查檢測作業共6根次，5根次符合標準，1根次與許可排放標準不符，由環保局進行裁處流程。\n4.\t執行UAV露天燃燒空拍稽查作業8次，空拍面積共2,540公頃，查獲5次共7處燃燒痕跡情事，現場無行為人。\n5.\t計畫執行期間開發完成一套即時且穩定之揮發性有機物洩漏影像辨識系統，協助環保局針對特定排放管道或對象進行不間斷監控，並透過LINE即時通知相關人員掌握排放狀況。\n(四)\t雲嘉南空品區應變整合強化及共享會議\n1.\t規劃並辦理6場雲嘉南空品區空氣品質惡化應變檢討會議，邀請三縣市環保單位共同參與，會議內容聚焦於空品不良期間之協調與合作事項，並安排專家學者提供技術諮詢與應變建議。\n2.\t有效促進雲嘉南空品區資訊共享、管制策略整合及資源互助，展現出實質的聯防合作成效。具體成效包含「跨縣市合作機制具體化，提升整體應變能力」、「資源共享與分工協作，提升聯合稽查效能」、「標準化聯合稽查，突顯跨域治理成效」、「推動儀器共享與科技執法，提升監控覆蓋面與精度」及「技術交流深化環保專業，精進管制作為」。\n(五)\t重大污染源空污影響模式模擬\n1.\t完成既有污染源及未來新增電廠對於空氣品質之模式模擬分析，結果為臭氧及PM2.5等空氣污染物平均增量對於善化區、安定區與新市區，及本市4座空品測站之影響微增。臭氧及PM2.5等空氣污染物最大增量對於善化區、安定區與新市區，及本市4座空品測站均符合容許增量限值標準。\n2.\t辦理1場電廠模擬前與居民召開範疇會議以及1場模擬結果之專家學者座談會。\n(六)\t環境部績效展現追蹤與規劃\n1.\t協助環保局爭取113年度績效考核項目為「空品不良季節跨區域協力應變（1~3月及10~12月）」，均達成考核目標數量。另針對114年績效考核項目「環境改善重點指標-空品不良季節跨區域協力應變(2分)」進行規劃，截至114年4月底預估整體得分1.1分。\n(七)\t強化空品惡化期間宣導工作與行政配合作業\n1.\t即時監控空氣品質監測資料，並協助機關發布即時性之新聞資訊及啟動應變作為，共協助提交6則新聞稿；於環保局FB粉絲團等社群媒體，發布空污應變成果、空品嚴重惡化提醒等貼文資訊，共計發布97則。\n2.\t於空品不良季節時，透過臺南市重要路口租用7處大型電子看板託播提醒市民相關防護訊息、空氣品質惡化應變措施及環保局各項空氣污染管理政策宣導等相關訊息宣導，託播達1,190.18小時。\n3.\t於民國114年4月11日邀集本市20局處及37區公所召開1場「臺南市空氣品質惡化應變檢討跨局處會議」，其會議重點為臺南市空氣品質惡化防制措施計畫應變流程與環境部試辦計畫權責局處應變任務，並且說明各局處及區公所執行空品應變措施落實度抽查結果。\n4.\t配合參與環境部會議共4場，包含「113年度秋冬季節空品不良應變啟動會議」、「113年空品不良季節強化應變防制措施試辦計畫-即時防護通知作業視訊說明會」、「空氣品質嚴重惡化警告發布及緊急防制辦法修法座談視訊會」及「吹葉機衍生空氣污染與噪音陳情改善研商會議」。",
        "eng_title": "2024 Tainan City Air Quality Deterioration Response and Yunlin-Chiayi-Tainan Integrated Plan",
        "eng_subject": "(Ⅰ) Current Air Quality\n1.\tOver the past five years (2020–2024), the number of days with AQI > 100 has shown a downward trend. In 2021, the count peaked at 249 station-days, dropping to 118 station-days in 2024—the lowest in five years. Among these, PM2.5 accounted for 68 days and O3-8hr for 50 days. Most AQI > 100 events occurred in January–February due to poor dispersion conditions, intensified dust from drought, and resurgent transboundary pollution.\n2.\tIn 2024, the annual average PM2.5 concentration at automatic monitoring stations dropped to 17.6 μg\/m³, a 4.5% improvement over five years. During the high-pollution season, the average PM2.5 was 23.29 μg\/m³ (Jan–Mar) and 19.03 μg\/m³ (Oct–Dec), reflecting 9.2% and 13.0% improvements compared to the same periods last year, respectively.\n(Ⅱ) Pollution Source Response and Reduction During Poor Air Quality Events\n1.\tAt the start of the project, a list of response audit targets was established, including 60 public and private places with approved Air Quality Deterioration Prevention Plans, potential hot spots from micro-sensor data, and controlled targets for Air Pollution Prevention Actions in Tainan City (including 13 asphalt concrete plants, one port area cement handling site, 16 boiler industries, and 13 volatile organic liquid storage tanks).\n2.\tA complete reporting mechanism for pollution sources was established, with reporting operations executed during periods of poor air quality.\n3.\tA response inspection mechanism was planned based on the frequency of IoT system alerts in industrial areas and current weather conditions (wind speed, direction), selecting inspection areas and response inspection lists according to the day's indicator pollutants (suspended particles, volatile organic gases).\n4.\tDuring the project implementation period, a total of 118 days reached the preliminary alert level or above for poor air quality. Based on the daily data of affected monitoring stations and indicator pollutants, designated response inspection areas were identified. A total of 223 inspections were conducted across public and private facilities, along with 12 patrols targeting open burning activities. Among the inspected factories, 24 were found to have deficiencies. The most common issues were pollution control equipment exceeding permitted limits and equipment damage or malfunction, each accounting for 41.7% of the violations. Other issues included incomplete or inaccurate recordkeeping (12.5%) and discrepancies between on-site operations and permitted conditions (4.2%).\n5.\tSignificant reductions were achieved: TSP (Total Suspended Particulates) reduced by 362.56 tons, PM10 reduced by 73.95 tons, PM2.5 reduced by 17.65 tons, NOx reduced by 52.74 kg, and VOCS reduced by 15.29 kg.\n6.\tWe assisted in the review and completion of updated response plan submissions from seventeen sites. The need for resubmission aligned with deficiencies identified during on-site inspections, such as the lack of response drills and outdated process flow charts or permit documents.\n(Ⅲ)Major Pollution Source Detection and Tracking During Poor Air Quality\n1.\tInspected 10 high-pollution potential factories for leaks. One factory was found to have a leak, which was subsequently corrected. Upon re-inspection, all factories showed no further signs of leakage.\n2.\tVOC Conducted VOC inspections at 14 locations, testing 8,000 equipment components. Detected leaks at 13 points, with two point meeting regulatory leak definitions, resulting in legal action.\n3.\tNMHC stack sampling at 6 points showed 1 exceeding permit limits.\n4.\tUAV aerial inspections were conducted 8 times over 2,540 hectares, detecting 7 open burning sites.\n5.\tA real-time VOC leak detection system was developed and integrated with LINE for instant alerts.\n(Ⅳ) Strengthened Yunlin-Chiayi-Tainan Regional Integration\n1.\tSix inter-county review meetings were held with environmental agencies and experts to enhance coordination.\n2.\tKey outcomes included formalized cooperation mechanisms, resource sharing, standardized joint inspections, technology exchange, and cross-border governance enhancements.\n(Ⅴ) Emission Modeling for Major Sources\n1.\tAir quality modeling of existing and new power plants showed minimal increases in O3 and PM2.5 at nearby districts and stations, all within regulatory increments.\n2.\tTwo stakeholder meetings were held: one with local residents, another with experts.\n(ⅤI) Environmental Protection Administration Performance Tracking in 2024\n1.\tAssisted the Environmental Protection Bureau in achieving the target number for the performance assessment item Cross-Regional Cooperative Response during Poor Air Quality Season (January–March and October–December).\n2.\tAs of the end of April 2025, the total score for the performance assessment item “Key Environmental Improvement Indicator – Cross-Regional Cooperative Response during Poor Air Quality Season (2 points)” was estimated at 1.1 points based on the current planning pro",
        "proj_year": "113",
        "org_name": "臺南市政府環境保護局",
        "exe_unit": "立境環境科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131837553",
        "publish_date": "20250930"
    },
    {
        "chi_title": "土壤關切物質與集水區土壤特性調查管理計畫",
        "chi_subject": "近年來水庫集水區因人為開發、污染物棄置及跨境污染等問題日益引起關注，環保團體和立法機關均呼籲加強水庫集水區的環境監測與管理。本計畫完成3處水庫集水區土壤環境調查，採集20組土壤樣品分析土壤基本特性，建置土壤品質及土壤污染管理所需之土壤特徵參數。土壤關切物質調查結果顯示，鄰苯二甲酸酯類、多環芳香烴類、戴奧辛、全氟及多氟烷基物質等濃度均無異常。有關水庫集水區土壤分期調查，本計畫建議優先調查供家用或公共給水的水庫集水區，其次關注可能造成非點源污染的人為活動區域。本計畫合計完成43個土壤持久性有機污染物監測點之採樣調查作業，亦配合衛福部戴奧辛抽驗專案完成10處畜牧場會同採樣。戴奧辛及全氟化合物濃度與環境部歷年調查結果相較並無異常，且均遠低於各國行政管理濃度值，建議未來定期辦理監測作業，持續掌握長期濃度變化趨勢。\n此外，配合計畫主辦單位修訂土壤管制標準之需求，已重新評估17項有機污染物管制標準修訂之適宜性，並協助研析國際關切之全氟及多氟烷基物質、塑膠微粒等新興污染物的土壤管理策略。本計畫並持續維運及更新全國土壤品質資料庫及全國土壤資訊公開網，舉辦世界土壤日宣導活動及製作短影音，以提升公眾對土壤保護的認識。",
        "eng_title": "Soil investigation and management project of concern substances and reservoir watershed",
        "eng_subject": "Reservoir watersheds have recently become a focus of concern due to issues arising from human development, pollutant disposal, and pollution. Environmental groups and legislative bodies have called for enhanced environmental monitoring and management of these areas. This project completed soil environmental surveys of three reservoir watersheds, sampling and analyzing 20 soil samples to establish soil characteristic parameters necessary for soil quality and pollution management. The survey of concern substances showed no abnormal concentrations of phthalates, polycyclic aromatic hydrocarbons, dioxins, and per- and polyfluoroalkyl substances (PFAS). The phased investigation roadmap for reservoir watersheds proposes a two-stage approach. The first stage prioritizes surveys of watersheds for domestic use and public use water supply. The second stage focuses on areas of human activity that may cause non-point source pollution. The project completed sampling and investigation of 43 soil monitoring sites for persistent organic pollutants (POPs) and 10 livestock farms in conjunction with the Ministry of Health and Welfare (MOHW) dioxin sampling program. Dioxin and PFAS concentrations were not abnormal and were far below the administrative concentrations in various countries. It is recommended to conduct regular monitoring to continuously track long-term concentration trends.\nIn response to the authority request for revising soil pollution control standards, the project re-evaluated the appropriateness of revising control standards for 17 organic compounds. Additionally, the project analyzed soil management strategies for emerging pollutants of international concern, such as PFAS and microplastics. This project continues to maintain and update the National Soil Quality Database and National Soil Information Public Website. It also organized World Soil Day activities and produced a short video to raise public awareness of soil protection.",
        "proj_year": "113",
        "org_name": "環管署土壤及地下水污染整治基金管理會",
        "exe_unit": "瑞昶科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131457732",
        "publish_date": "20250911"
    },
    {
        "chi_title": "113年亞太地區汞監測網及環境監測技術聯合中心專案工作計畫",
        "chi_subject": "汞是全球性污染物，經由大氣長程傳輸到達全球各地，透過大氣乾、濕沈降回地表，進入水域生態系統，可被微生物轉化成高毒性的甲基汞，然後藉由食物鏈生物累積與生物放大作用，在水生生物體內累積至高濃度，再經由攝食危害人體健康。要緩解此「全球汞污染」問題，必須經由國際合作，釐清大氣汞排放、長程傳輸、物理與化學轉化、沈降、排放源與受體關係等機制，據以評估聯合國環境規劃署(UNEP)「水俣汞公約(Minamata Convention on Mercury)」實行成效，動態調整策略，以保護人體健康和環境免受汞及其化合物的危害。已知東亞、東南亞與南亞是全球最主要人為大氣汞排放源區，但印太地區國家及太平洋島嶼國家仍普遍缺乏量測大氣汞及汞濕沈降監測技術，成為大氣汞監測資料空白區。本研究計畫目標如下：\n一、 協助本部辦理大氣汞相關國際合作活動。\n二、 賡續運作環境監測技術聯合中心。\n三、 賡續運作亞太地區大氣汞監測教育訓練平臺，提供環境監測技術諮詢及相關訓練，協助亞太汞監測網夥伴國家提升環境監測能量。\n主要工作為協助我國環境部與美國環保署(USEPA)及美國大氣沈降計畫(National Atmospheric Deposition Program, NADP)共同合作，在雙方環保技術合作架構上，以「環境監測技術聯合中心」做為區域技術中心，持續運作「亞太地區汞監測網(Asia Pacific Mercury Monitoring Network, APMMN)」，拓展區域大氣汞監測活動；協助分析亞太地區國家大氣汞樣品，並強化QA\/QC作業；施行人員教育訓練，協助亞太地區國家建立汞超微量採樣與分析能力，提昇監測能量；促進大氣汞監測多邊合作，推動監測資料交換與分享；研析亞太地區大氣汞分布特徵、變化及影響。\n本期成果包含：\n(1)\n與環境部、USEPA及NADP討論APMMN活動及規劃發展；\n(2)\n執行汞濕沈降監測品質保證與管制作業；\n(3)\n維護更新「亞太地區汞監測網」網頁；\n(4)\n參加ICMGP 2024；\n(5)\n持續參與UNEP ROAP辦理的汞實驗室能力驗證試驗；\n(6)\n持續參加加拿大環境與氣候變遷部全球被動式大氣汞採樣計畫；(7)\n視訊參加“Enhancing collaboration and communication among mercury analytical laboratories”系列研討會；\n(8)\n參與UNEP大氣汞樣本分析能力平行比對；\n(9)\n參加NADP 2024 Fall Meeting and Scientific Symposium；\n(10)\n視訊參與2025 NADP春季會議與MELD科學研討會；\n(11)\n蒐集國際新進汞監測技術資訊；\n(12)\n完成266件APMMN濕沈降總汞分析，包含190個濕沈降樣本與76個品保樣本；\n(13)\n完成汞濕沈降採樣器平行比對樣本分析192件；\n(14)\n收集彙整亞太地區大氣汞監測資料；\n(15)\n收集彙整國際雨水汞監測資料；\n(16)\n分析亞太地區大氣汞輸出對我國的影響；\n(17)\n協助APMMN夥伴國家操作維護汞濕沈降採樣測站；\n(18)\n協助APMMN夥伴國進行被動式大氣汞採樣與分析；\n(19)\n赴越南參訪並指導採樣與分析技術；\n(20)\n辦理第13屆APMMN年會。",
        "eng_title": "無",
        "eng_subject": "Mercury (Hg) is a global pollutant, which is distributed worldwide due to atmospheric long-range transport. Via dry and wet atmospheric deposition, Hg enters aquatic ecosystems, where it could be transformed to highly toxic methylmercury (MeHg) by microorganisms. MeHg can be bioaccumulated and biomagnified through food chain to higher concentrations in some fish that could be hazardous to human health through consumption. To ease this global Hg pollution issue, international collaboration is required to clarify the mechanisoms of emissions, long-range transport, physical and chemical transformation, deposition, source-receptor relationships. The effectiveness of the Minamata Convention can be evaluated besed based on the collected information and data, and strategy can be adjusted accordingly, to protect human health and the environment from the hazards of Hg and its compounds. Although East, Southeast and South Asia are major emission source regions of Hg to the atmosphere, the ultra-trace level sampling and analytical techniques required for quantifying atmospheric Hg concentrations and fluxes arelacking in many countries, making Southeast and South Asia a blank area of atmospheric Hg monitoring. Therefore, this project is aimed to ameliorate this situation with following objectives: (1) assisting the Ministry of Environment of Taiwan to handle atmospheric Hg related international collaborative activities; (2) continuing operation of the Center for Environmental Monitoring and Technology; (3) continuing operation of the atmospheric Hg monitoring education and training platform of the Asia-Pacific region; providing consultation and training in environmental monitoring techniques; assisting APMMN partner countries in environmental monitoring capacity enhancement.\nBased on the existing foundation in bilateral environmental protection collaboration, we assisted the Ministry of Environment of Taiwan to work with US Environmental Protection Agency (USEPA) and National Atmospheric Deposition Program (NADP) on the following tasks: making Center for Environmental Monitoring and Technology the regional technical center; continuing operation of the APMMN and expanding regional atmospheric Hg monitoring activities; assisting regional countries in Hg analysis of atmospheric samples and strengthening the QA\/QC procedures; providing personnel training and assisting regional countries in capacity building in ultra-trace level Hg sampling and analysis to enhance monitoring capacity; promoting multilateral cooperation in atmospheric Hg monitoring, and information exchange and data sharing; studying the distribution characteristics, variation, and influence of regional atmospheric Hg.\nMajor results of this project include:\n(1)\nDiscussion of APMMN activities and developing plan with MOE, USEPA and NADP;\n(2)\nQuality control\/quality assuance of wet deposition sample Hg analyses;\n(3)\nMaintenance and update of the APMMN website;\n(4)\nAttended “16th International Conference on Mercury as a Global Pollutant (ICMGP 2024);\n(5)\nContinued participation in the UNEP ROAP mercury laboratory proficiency testing;\n(6)\nContinues participation in the Environment and Climate ChangeCanada project “Passive air sampling for mercury on a global scale”;\n(7)\nAttended the “Enhancing collaboration and communication among mercury analytical laboratories” Workshops virtually;\n(8)\nAttended the “UNEP interlaboratory study on atmospheric mercury monitoring”;\n(9)\nAttended “The NADP 2024 Fall Meeting and Scientific Symposium”;\n(10)\nAttended “The 2025 NADP Spring Meeting and MELD Workshop” virtually;\n(11)\nCollection of new mercury monitoring technigues;\n(12)\nHg analyses of 266 samples from APMMN partners, including 190 wet deposition samples and 76 quality assurance samples;\n(13)\nHg analyses of 192 wet deposition sampler inter-comparison samples;\n(14)\nCollection and compilation of the Asia-Pacific region and worldwide atmospheric mercury monitoring information;\n(15)\nCollection and compilation of international mercury wet deposition data;\n(16)\nAssessment of the impact of atmospheric mercury outflow from the Asia-Pacific region on Taiwan;\n(17)\nAssisted partner countries in the operation and maintenance of wet Hg deposition sampling stations;\n(18)\nCompleted the Hg analysis of passive air samples from APMMN partner countries;\n(19)\nVisited Vietnam NCEM and provided on-site training in wet deposition sampling, sampler operation, Hg analysis and troubleshooting;\n(20)\nOrganized “the 13th Annual Asia-Pacific Mercury Monitoring Network Partners Meeting”.",
        "proj_year": "113",
        "org_name": "環境部大氣環境司",
        "exe_unit": "中華民國環境保護學會",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131402273",
        "publish_date": "20251001"
    },
    {
        "chi_title": "113年度執行機關資源回收個體業者處境調查推動管理計畫",
        "chi_subject": "面對高齡化社會與循環經濟推動之需求，環境部自113年度起推動資收個體業者現況調查，以掌握其數量、工作型態、勞動條件與生活處境，並檢視列冊制度成效與覆蓋範圍。114年度起更擴大訪查對象與問卷數，涵蓋全國主要回收熱區與具代表性之未列冊業者，以提供完整數據支持政策規劃、列冊制度優化與回收體系整合。",
        "eng_title": "2024 Plan for the Investigation and Management Promotion of  Individual Resource Recycling Operators",
        "eng_subject": "This report presents a comprehensive study of individual resource collectors across Taiwan, including both those formally registered and unregistered. Through questionnaire-based surveys, T-test statistical analyses, and policy feedback mechanisms, the study aims to provide an evidence-based foundation for optimizing relevant policies. Findings indicate that the current registration system effectively identifies and supports long-term participants; however, participation rates, infrastructure, and social support mechanisms require further reinforcement. It is recommended that future policy efforts promote the development of inclusive support systems by establishing friendly working spaces, facilitating the formation of cooperative associations, setting up accessible delivery points, and adopting flexible enforcement strategies.",
        "proj_year": "113",
        "org_name": "循環署永續消費回收組",
        "exe_unit": "和昱國際永續有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130937145",
        "publish_date": "20250930"
    },
    {
        "chi_title": "113年推動地方政府氣候變遷調適專案工作計畫",
        "chi_subject": "為協助地方政府與法定期限內完成氣候變遷調適執行方案，環境部氣候變遷署委託辦理「113年推動地方政府氣候變遷調適專案工作計畫」，今年度之工作重點包含: 收集國際調適議題評析轉換研訂本國地方調適執行方案手冊、辦理地方政府氣候變遷調適培力、掌握與管考地方政府氣候變遷調適執行方案、推動成立抗高溫調適對策聯盟、研提報院計畫爭取前瞻建設經費、參加1場次氣候行動相關展覽等。\n本計畫執行成果摘要如下：\n1.\t完成「地方調適執行方案手冊」並於113年7月4日函知直轄市、縣(市)政府，供地方政府遵循撰寫。\n2.\t辦理「地方氣候培力–調適能力建構推動工作會議」等培力會議，協助地方政府累積知能，順利訂修調適執行方案\n3.\t研擬地方政府調適執行方案檢核表及核定流程，協助氣候署於114年2月17日核定22縣市調適執行方案。\n4.\t彙整分析22縣市於各調適領域所提出之措施與計畫，相關分析結果作為後續加強地方調適推動輔導培力的參考。\n5.\t研擬調適執行方案成果報告格式，提出調適執行方案管考方式建議。\n6.\t協助成立抗高溫調適對策聯盟並辦理抗高溫調適對策聯盟成立大會，整合政府機關、企業、民間團體夥伴力量，建構公私協力的抗熱生態系。\n7.\t研擬抗高溫六大行動路徑規劃，由科學面、制度面、行動面逐步建構高溫調適基礎。。\n8.\t研提「推動低碳永續社區認證及建構韌性家園」計畫爭取前瞻基礎建設計畫及公共建設計畫經費。\n9.\t完成辦理113年地方環保機關推動因應氣候變遷行動績效考核作業，研提114年績效評比原則。\n10.\t參加「2024年第四屆臺灣氣候行動博覽會(TWCAE4)」。",
        "eng_title": "",
        "eng_subject": "",
        "proj_year": "113",
        "org_name": "氣候署調適韌性組",
        "exe_unit": "環興科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130551802",
        "publish_date": "20250924"
    },
    {
        "chi_title": "113年執行機動車輛新車型審驗及品質一致性查核管制計畫",
        "chi_subject": "本計畫旨在協助環境部執行機動車輛噪音及柴油車排氣新車型審驗、品質一致性查核、替換用排氣管噪音認證及相關管理工作。透過審驗與抽查，發現污染控制技術已趨成熟，多數新車型排放低於標準，噪音管制亦落實。對個別異常案例，計畫推動廠商辦理自主召回改善，並建立車輛排放與噪音特徵資料庫，以支援管理策略。計畫同時推動電子化審驗與檢測系統整合，提升資料管理、稽查精準度及資訊安全。透過資料整理與系統維護，支援環保機關噪音管制績效考評與民眾查詢作業。研究亦針對不同油品對新型式車輛污染物影響進行初步分析，並蒐集國際能源政策及噪音管制政策，歸納出新能源車為共同解決方案。未來建議持續抽驗替換用排氣管、推動檢驗技術查核，以及追蹤國際政策發展，作為政策與管理精進依據。",
        "eng_title": "Regulatory Program for the Type Approval and Conformity of Production Inspection of New Motor Vehicle Models for the Year 2024",
        "eng_subject": "This project supports the Ministry of Environment (MOENV) in vehicle noise and diesel exhaust inspection for new models, quality consistency verification, and the certification and management of replacement mufflers. Inspection and sampling results indicate that emission control technologies are mature, with most new vehicles meeting standards, and noise control measures effectively implemented. For individual non-compliance cases, the project promotes manufacturers to conduct voluntary recalls and improvements, while establishing databases for vehicle emission and noise characteristics to support management strategies. The project also advances the integration and digitalization of inspection and testing systems to improve data management, audit precision, and information security. Through data consolidation and system maintenance, the project supports local government performance evaluations and public inquiries. Preliminary studies on fuel types and their impact on new vehicle emissions were conducted, and international noise and energy policies were collected, identifying new energy vehicles as a common solution. Future recommendations include continued sampling of replacement mufflers, technical verification of testing institutions, and ongoing monitoring of international policies to inform policy and management enhancements.",
        "proj_year": "113",
        "org_name": "環境部大氣環境司",
        "exe_unit": "財團法人車輛研究測試中心",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130267971",
        "publish_date": "20250930"
    },
    {
        "chi_title": "113-114 年度空氣品質多模式預報技術研發計畫",
        "chi_subject": "近年來，臺灣與離島地區空氣品質，除受到季節性境外傳輸事件影響(如中國沙塵暴與霾害)，本土排放污染源亦為導致空氣品質惡化的因素。為提升本期計畫的空氣品質預報能力，團隊引入質量平衡法，結合 GEMS 衛星觀測的 NO2 資料，以調整現行東亞區域排放清單中氮氧化物的排放量。此外，現行 OP2.0 使用的排放清單為TEDS10.0(2016)，與當前臺灣各污染物排放特性已出現差異，團隊採用 TEDS11.1(2019)排放資訊，依比例方式調整 d02 模擬網格點內各污染物排放量，以評估此方法對空氣品質預報準確度之改善成效。\n　　前期計畫完成 CMAQ-OP1.0 與 CMAQ-OP2.0 空氣品質數值動力模式與其自動化預報流程；利用統計校正方法 DCA 及 DMOS，建置有動力模式的偏差校正預報；引入貝氏模型平均法，發展客觀整合多預報的綜合預報模式…等工作。本計畫延續過去工作成果，持續維運現行自動化空氣品質數值模式與偏差校正預報作業，並進一步優化 自動化預報作業，完成統計後處理預報移植至氣象署 HPC、建置 AQF4批次運行的空品數值模式流程，以及空品預報評估平台新增的模式動畫展示與境外測站折線圖。",
        "eng_title": "113-114 year Multi-model Air Quality Forecast System and   Forecast Elaboration.",
        "eng_subject": "In addition to seasonal transboundary pollution included sandstorm and haze from China, the local pollution also plays an important role in Taiwan. To improve the ability of air quality forecast, Mass Balance Method (BFM) is introduced, incorporating NO₂ observations from the GEMS satellite to adjust nitrogen oxide (NOₓ) emissions in the current East Asia regional emission inventory. In addition, the current OP2.0 utilizes the TEDS10.0(2016) emission inventory, which no longer reflects the present emission characteristics in Taiwan. Therefore, TEDS11.1(2019) inventory is adopted, and the emission data for each grid point in the d02 simulation domain is proportionally adjusted to assess its effectiveness in improving air quality forecast accuracy. \nIn previous projects, the CMAQ-OP1.0 and CMAQ-OP2.0 dynamic air quality forecast models and their automated forecasting workflows were established. The statistical correction method DCA and DMOS were used to build up the correction forecast. To develop the objective composite forecast which integrate multi-forecast, the Bayesian model averaging method is also introduced. Following the results of pervious plan, this work continues maintaining and expanding existing automatic forecasting procedures. Furthermore, the system will be enhanced by migrating the statistical post-processing forecasts to high performance computer facility (HPC) at Central Weather Administration environment, implementing batch runs of the AQF4 numerical forecast model, and upgrading the air quality forecasting evaluation platform with new features, including animated model displays in GIF format and line charts of observations from monitoring stations along the southeastern coast of China.",
        "proj_year": "113",
        "org_name": "環境部大氣環境司",
        "exe_unit": "多采科技有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130170892",
        "publish_date": "20251001"
    },
    {
        "chi_title": "113年臺中市營建工程AI高科技輔助查核計畫",
        "chi_subject": "期末報告執行期間（統計期程113年7月25日至114年7月31日），蒐集分析營建工程徵收、管制、污染排放削減情形及針對執行成果資訊進行探討，據以擬定管制策略，執行成果摘要說明如下。\n1.\t辦理營建空污費申報9,216件，其中辦理開工申報4,603件、完工結算4,388件及起、承造人資料變更225件，總徵收金額為151,886,646元；採網路申報之申報率為98.04%。\n2.\t稽巡查次數為9,202處次，整體簽名率約88.93%，納管率為87.08%、管辦符合率為97.58%。\n3.\t辦理施工機具排氣檢測完成核發623輛次標章數，其中金級605輛次、銀級7輛次、普級11輛次。\n4.\t執行空拍作業共30處次，其中針對區域開發工程執行2處次。\n5.\t道路普查完成5,241.6公里，依道路髒污等級分類，A級道路占86.33%，B級道路占13.67%。\n6.\t藉由科技執法針對營建工地輔助管理，透過140組微型感測器及CCTV設備，掌握工地施工情形，並導入AI揚塵辨識系統，利用影像辨識監控工地揚塵行為。",
        "eng_title": "2024  Taichung City Construction Project AI High-tech Assisted",
        "eng_subject": "During the execution period, data regarding construction project levies, controls, and pollution emission reductions were collected and analyzed. The results were further reviewed to develop regulatory strategies. A summary of the outcomes is as follows:\n1.\tA total of 9,216 declarations were processed, including 4,603 commencement declarations, 4,388 completion settlements, and 225 contractor information updates. The total amount of fees collected was NT$151,886,646. The online declaration rate reached 98.04%.\n2.\tA total of 9,202 site inspections were conducted, with a signature confirmation rate of approximately 88.93%. The project registration rate was 87.08%, and the compliance rate of regulated sites was 97.58%.\n3.\tA total of 623 inspection labels were issued, including 605 gold-level, 7 silver-level, and 11 standard-level labels.\n4.\tA total of 30 drone missions were carried out, including 2 missions specifically targeting regional development projects.\n5.\tRoad Pollution Surveys:A total of 5,241.6 kilometers of roads were surveyed. Based on the cleanliness grading, 86.33% were classified as Grade A and 13.67% as Grade B.\n6.\tConstruction site monitoring was supported by 140 sets of micro-sensors and CCTV systems. An AI dust recognition system was implemented to monitor dust emissions using image recognition technology.",
        "proj_year": "113",
        "org_name": "臺中市政府環境保護局",
        "exe_unit": "上境科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130061674",
        "publish_date": "20250915"
    },
    {
        "chi_title": "地下水受污染使用限制地區研析管理計畫",
        "chi_subject": "本計畫旨在強化地下水受污染使用限制地區（簡稱限制地區）的管理，透過系統性盤點個案推動歷程與執行成果，並輔以現地勘查與訪談，全面掌握最新污染狀況與管理現況。計畫期間共完成34處限制地區現況評估報告，並結合現場環境條件進行補充調查，採用統計分析、地下水污染傳輸模式評估及健康風險評估等科學方法，綜合研判污染流布及潛在風險。進一步研擬分級管理策略，明確劃分四種管理模式，提出具體的年度建議推動措施。同時，針對污染減輕成效與逐步解除列管的條件進行評估，提供主管機關綜合性管理決策參考。此外，計畫亦針對限制地區現行公告劃定程序及解除列管案例進行研析，提出劃定與廢止後監測原則，以完善限制地區管理機制。計畫執行期間，限制地區列管數量減少6處，列管面積縮減約54公頃（約減少20.5%）。",
        "eng_title": "Research and Management Plan for Groundwater Pollution Use Restriction Zone",
        "eng_subject": "This project aims to enhance the management of groundwater pollution use restriction zones (hereafter referred to as restricted zones). Through systematic reviews of case-based implementation processes and outcomes, supplemented by on-site investigations and interviews, the team comprehensively assessed the latest pollution conditions and current management status. During the project period, the team completed evaluation reports for 34 restricted areas and conducted additional investigations based on actual site conditions. Utilizing statistical analysis, groundwater contamination transport modeling, and health risk assessments, the team comprehensively examined pollution distribution and potential risks. Furthermore, the project suggested a tiered management strategy with four management scenarios, proposed effective implementation recommendations based on feasibility and assessed the feasibility of gradual contamination mitigation and the need of regulation, providing decision-making references for authorities. Additionally, the project also analyzed current delineation and cancellation procedures for restricted zones and reviewed relevant case studies, proposing delineation principles and post-deregulation monitoring guidelines to optimize groundwater contamination management. During the project period, the number of regulated restricted areas was reduced by six, with a reduction of approximately 54 hectares in regulated zones (a decrease of about 20.5%).",
        "proj_year": "112",
        "org_name": "環管署土壤及地下水污染整治基金管理會",
        "exe_unit": "業興環境科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1122650066",
        "publish_date": "20250930"
    },
    {
        "chi_title": "112年臺中市營建工程AI高科技輔助查核計畫",
        "chi_subject": "統計112年7月25日至113年5月31日期間，辦理營建工程空氣污染防制費的開工申報及完工結算等案件共有9,152件，其中辦理開工申報4,481件、完工結算4,423件及起、承造人資料變更248件，總徵收金額為126,177,626元；其中網路申報空污費者共計8,659件，使用率達97.25%。此外，有6,175件透過便民服務繳款單繳費，其中3,982件採便利超商繳費（佔繳納類型64.49%）。\n根據營建空污費徵收資料庫統計，歷年總申報件數為168,296件，已完成結算案件為143,047件，總完工結算率達84.99。本市營建工程污染管制總稽巡查次數為8,837處次（稽查268處次、巡查8,551處次），納管率為70.58%、管辦符合率為98.63%。TSP產生量為7,234.67公噸，削減量為4,493.42公噸，現況排放量為2,741.25公噸，平均削減率為62.11%。\n區隊執行道路洗掃長度達255,682.4公里，換算粒狀污染物TSP削減量為3,528.42公噸。道路髒污等級分佈比率的成效顯示，道路普查調查長度為5,302.1公里，依道路髒污等級分佈，A級道路為85.70%、B級道路為14.30%，另相關執行成效如下：\n一、網路申報案件共計8,659件，其中辦理開工申報為4,411件、辦理完工結算為4,248件，使用率為97.25%，營建業主已陸續習慣使用網路方式辦理營建空污費申報，故本計畫亦持續針對網路申報系統進行相關優化，讓資訊安全及操作介面更加便利。\n二、便民繳費計6,175件透過新式便民服務繳款單繳費服務，其中3,982件採便利超商繳費（佔繳納類型64.49%）：因便利繳費有2萬元繳費限制，若單純分析2萬元以下之申報案件5,096件中，採便利超商繳費佔繳納類型佔78.14%。\n三、彙整清潔區隊執行洗街作業長度共計34,918.9公里，掃街長度共計220,763.5公里，總洗掃長度達255,682.4公里，換算粒狀污染物TSP削減量為3,528.42公噸。\n四、道路髒污等級分佈比率之成效，道路普查調查長度為5,302.1公里，依道路髒污等級分佈，A級道路為85.70%、B級道路為14.30%。\n五、TSP產生量為6,320.73公噸，削減量為3,862.84公噸，現況排放量為2,457.89公噸，平均削減率為62.04%。TSP排放量以第一級5,172.17公噸為最高，其次為第二級980.72公噸，最低為第三級167.83公噸；第一級工程削減率61.66%，第二級為59.68%。\n六、營建工程總稽巡查次數為8,837處次（稽查268處次、巡查8,551處次），假日巡查572處次，整體簽名率為94.81%，納管率為70.58%、管辦符合率為98.63%。另，針對區域開發工程於民眾陳情及工區內防制措施比例不足對象，執行遙控飛機空拍作業計30處次。\n七、挑選重大營建工程或污染防制成效不彰之工地進行檢測，分別為周界粒狀物檢測20場次，19場次符合法規標準（500μg\/Nm³），1場次未符合。\n八、設置140組微型感測器及CCTV，透過微型感測器即時監控污染排放發現1處超過預警值，通報後已立即改善；另藉由CCTV掌握施工狀況，期間發現污染之虞工地5處，發現後立即通知現場人員進行改善。\n九、藉由AI揚塵辨識系統，陸續設置於18處工地執行相關監控，間有7處次工地有揚塵污染行為，主要以車行揚塵為主，因工地現場未設置有效防制措施，導致土車行駛時產生揚塵，經APP示警推播後，現場加強灑水等措施以抑制揚塵污染。\n十、於2組戶外空氣清淨機各設置一組太陽能發電設備，於日落後或日照不佳時，專換為市電，整體太陽能發電使用率達40%。\n整體而言，112年計畫執行期間，各項工作項目已順利完成，結合市政策略「先公後私、先大後小」及著重科技執法等污染管制作為，營建工程污染管制及道路洗掃管理對於空氣品質改善（特別是懸浮微粒部分）均有顯著貢獻。分析歷年臺中市環境部測站PM10濃度，顯示PM10平均濃度已由100年的55.60μg\/m³下降至目前的33.32μg\/m³，如圖16.1-1所示。此外，依環境部營建污染管制資料庫統計顯示，臺中市營建工程的PM10現況排放量呈逐年下降趨勢，113年統計至5月為594.82公噸。",
        "eng_title": "2023 Taichung City Construction Project AI High-tech Assisted",
        "eng_subject": "According to statistics, from July 25, 2023 to May 31, 2024, there were a total of 9,152 cases of construction start declaration and completion settlement of air pollution control fees for construction projects, including 4,481 cases of start of construction declaration, 4,423 cases of completion settlement, and There were 248 changes in the contractor's information, with a total collection amount of 126,177,626 yuan; of which a total of 8,659 cases were made online, with a utilization rate of 97.25%. In addition, 6,175 cases were paid through convenient service payment slips, of which 3,982 were paid through convenient supermarkets (accounting for 64.49% of the payment types).\nAccording to statistics from the construction air pollution fee collection database, the total number of declarations over the years was 168,296, 143,047 completed settlement cases, and the total completion settlement rate reached 84.99. The city's construction project pollution control inspections were conducted 8,837 times (268 inspections and 8,551 patrols), with a control acceptance rate of 70.58% and a management compliance rate of 98.63%. TSP production is 7,234.67 metric tons, reduction is 4,493.42 metric tons, current emissions are 2,741.25 metric tons, and the average reduction rate is 62.11%.\nThe district team carried out road cleaning for a length of 255,682.4 kilometers, and the TSP reduction of granular pollutants was 3,528.42 metric tons. The results of the distribution ratio of road pollution levels show that the road census survey length is 5,302.1 kilometers. According to the distribution of road pollution levels, A-class roads are 85.70% and B-class roads are 14.30%. The relevant implementation results are as follows:\n1. There were a total of 8,659 online declaration cases, including 4,411 start-of-construction declarations and 4,248 completion settlements, with a utilization rate of 97.25%. Construction owners have gradually become accustomed to using the Internet to declare construction air pollution fees, so this plan We also continue to optimize the online declaration system to make information security and operation interface more convenient.\n2. Convenient payment: A total of 6,175 cases were paid through the new convenient service payment form, of which 3,982 were paid at convenient supermarkets (accounting for 64.49% of the payment types): Since convenient payment has a payment limit of 20,000 yuan, if a simple analysis of 20,000 yuan is Among the 5,096 reported cases below, payment at convenience stores accounted for 78.14%.\n3. The total length of street washing operations carried out by the cleaning team was 34,918.9 kilometers, the total length of street sweeping was 220,763.5 kilometers, and the total length of sweeping was 255,682.4 kilometers. The converted TSP reduction of granular pollutants was 3,528.42 metric tons.\n4. The effectiveness of the distribution ratio of road pollution levels. The length of the road census survey is 5,302.1 kilometers. According to the distribution of road pollution levels, 85.70% of Class A roads and 14.30% of Class B roads.\n5. TSP production is 6,320.73 metric tons, and the reduction is 3,862.84 metric tons. The current emissions are 2,457.89 metric tons, and the average reduction rate is 62.04%. TSP emissions are highest in the first stage at 5,172.17 metric tons, followed by 980.72 metric tons in the second stage, and the lowest is 167.83 metric tons in the third stage. The reduction rate of the first stage project is 61.66%, and that of the second stage is 59.68%.\n6. The number of general inspections of construction projects was 8,837 (268 inspections, 8,551 inspections), 572 holiday inspections, the overall signature rate was 94.81%, the acceptance rate was 70.58%, and the management compliance rate was 98.63 %. In addition, a total of 30 remote-controlled aircraft aerial photography operations were carried out in response to regional development projects where public complaints and prevention measures in the construction area were insufficient.\n7. Major construction projects or construction sites with poor pollution prevention effects were selected for testing. There were 20 tests of perimeter particulate matter, 19 of which met regulatory standards (500 μg\/Nm³), and one of which did not.\n8. Set up 140 sets of micro-sensors and CCTV. Through the micro-sensors, real-time monitoring of pollution emissions was found. One location exceeded the warning value, and improvements were made immediately after the notification. In addition, CCTV was used to monitor the construction status, and during the period, 5 hazardous construction sites were discovered. Department, immediately notify on-site personnel to make improvements after discovery.",
        "proj_year": "112",
        "org_name": "臺中市政府環境保護局",
        "exe_unit": "上境科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1120918598",
        "publish_date": "20250915"
    },
    {
        "chi_title": "112年度嘉義縣垃圾篩分打包暨清運計畫",
        "chi_subject": "本縣鹿草垃圾焚化廠預計於112年9月至12月停爐進行整改工程，期間每日約有400噸民生垃圾須進行打包暫置，總量約1萬7000噸。在不變動各鄉公所原定進入焚化廠之時段，由各鄉鎮公所改清運至「嘉義縣水上鄉鹿草鄉區域性垃圾衛生掩埋場 (嘉義縣水上鄉巷口段巷口小段二一之二地號)」或其他轄內指定地點進行轉運及打包堆置，承攬打包之廠商於次日民生垃圾再度進場前完成破碎並打包整齊堆置。打包暫置之垃圾，承攬廠商應於112年12月至113年4月30日期間，配合機關所訂之時程轉運至鹿草垃圾焚化廠或其他指定地點過磅焚化。",
        "eng_title": "Chiayi County Garbage Sorting, Packing, and Transportation Plan for 2023",
        "eng_subject": "The Lucao Waste Incineration Plant in this county is expected to shut down from September to December 2023 for renovation work. During this period, about 400 tons of domestic waste will need to be packaged and temporarily stored every day, with a total amount of about 17,000 tons. Without changing the time period originally scheduled for the township offices to enter the incinerator, the township offices will instead transport the garbage to the Lucao Township Regional Sanitary Landfill, Shuishang Township, Chiayi County (Location No. 21-2, Xiangkou Section, Xiangkou Subsection, Shuishang Township, Chiayi County) or other designated locations within their jurisdiction for transfer, packaging and stacking. The contracted packaging companies will complete the crushing, packaging and neatly stacking of domestic waste before it enters the site again the next day. For temporarily packaged garbage, the contractor should transport it to the Lucao Waste Incineration Plant or other designated locations for weighing and incineration between December 2023 and April 30, 2024, in accordance with the schedule set by the agency.",
        "proj_year": "112",
        "org_name": "嘉義縣環境保護局",
        "exe_unit": "連弘環境科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1120288253",
        "publish_date": "20250917"
    },
    {
        "chi_title": "國家化學物質管理政策研析及協調整合計畫",
        "chi_subject": "本計畫以強化我國化學物質管理政策之規劃與跨部會協調為目標，針對四大面向進行推動：一為國際趨勢蒐整與政策修訂建議；二為施政成果彙編與推廣；三為部會溝通與外部交流機制強化；四為政策民意調查與回饋分析。\n首先，針對國際政策趨勢，蒐集並分析聯合國、歐盟以及世界先進國家之化學物質管理制度與實務作法，作為檢討「國家化學物質管理政策綱領」與「國家化學物質管理行動方案」之重要參據。另定期篩選議題製作專刊，針對國際最新管理政策以及關注議題進行主題式資訊彙整，提供署內決策及溝通參考。計畫亦協助安排參加國際會議，以提升國際接軌效能。\n其次，為完整呈現政策執行成效，本計畫協助編撰112及113年度「國家化學物質管理行動方案」跨部會成果報告與化學署施政年報，強化資訊透明度與政策推動成果展現。\n而為擴大部會協作與社會溝通，本計畫協助辦理化學物質管理相關會議與座談，包括113年國家化學物質管理會報、112及113年國家化學物質管理政策綱領及行動方案成果研討會、113年毒物及化學物質管理基金產業界說明會及環境部化學物質管理署113年度業務報告暨幹部策勵營等活動，促進跨部會間或與利害關係人之互動，提升政策推動量能。\n最後，為掌握民眾對於化學物質管理施政之滿意度，辦理兩次民意調查，以了解民眾對政策的認知與支持程度，作為政策檢討與風險溝通策略之依據。",
        "eng_title": "Policy Analysis and Coordination Program on National Chemicals Management",
        "eng_subject": "This project aims to strengthen the planning of Taiwan’s National Chemical Substances Management Policy Guidelines and enhance inter-ministerial coordination. It focuses on four main areas:\n(1) collecting international trends and proposing policy revision recommendations;\n(2) compiling and promoting administrative achievements;\n(3) reinforcing inter-agency communication and external engagement mechanisms; and\n(4) conducting public opinion surveys and analyzing feedback.\nFirst, regarding international policy trends, the project gathers and analyzes chemical substance management systems and practices adopted by the United Nations, the European Union, and other leading countries. These findings serve as key references for reviewing the National Chemical Substances Management Policy Guidelines and the National Action Plan for Chemical Substances Management. The project also regularly selects priority topics to produce thematic bulletins that compile the latest international regulatory developments and issues of concern, providing timely references for internal decision-making and policy communication. Additionally, it assists in organizing participation in international conferences to enhance alignment with global practices.\nSecond, to comprehensively present policy implementation outcomes, the project supports the preparation of inter-ministerial achievement reports for the 2023 and 2024 National Action Plan for Chemical Substances Management, as well as the annual administrative reports of the Chemicals Administration, Ministry of Environment, thereby enhancing transparency and demonstrating the effectiveness of policy implementation.\nThird, to expand inter-agency collaboration and public communication, the project facilitates the organization of various chemical management-related meetings and forums, including sessions of the National Chemical Substances Management Board, policy outcome seminars, fund establishment consultation meetings, and internal strategy workshops. These activities promote coordination among government agencies and engagement with stakeholders, strengthening overall policy implementation capacity.\nFinally, to assess public satisfaction with chemical substance management policies, two nationwide public opinion surveys are conducted to evaluate public awareness, acceptance, and trust in government efforts. The survey results provide important insights for policy review and serve as a basis for developing effective risk communication strategies.",
        "proj_year": "112",
        "org_name": "化學署綜合規劃組",
        "exe_unit": "財團法人中興工程顧問社",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1120103004",
        "publish_date": "20250922"
    },
    {
        "chi_title": "111年度臺灣海域空品資訊研析試辦計畫",
        "chi_subject": "臺灣空氣品質監測以陸上監測為主， 目前陸域固定監測站眾多， 惟缺乏海上空氣品質監測資訊， 故藉由臺灣海域空品資訊研析試辦計畫， 評估海洋區域中空氣品質狀況， 了解海域及陸域空氣品質影響與關聯。\n本計畫藉由與海巡署合作， 於北、中、南三艘100 噸級海巡艦艇安裝空氣品質監測站， 配合海巡艦巡航任務進行海域移動式監測， 監測作業於111 年10 月至112 年11 月間執行。監測項目為氮氧化物、二氧化硫、懸浮微粒及細懸浮微粒， 以及輔助監測項目包括氣象條件、GPS 等， 以利後續空氣品質資料解析。在空氣品質監測設備上， 本團隊採用標準分析儀器， 其設備皆通過美國環保署以及相關國際認證， 確保數據的準確性和可靠性。\n各區每月測結果顯示， 在粒狀物部分， 東北季風盛行季節， 常有高值發生， 在臺灣空氣品質指標(AQI)定義中， 屬於該時段指標污染物，屬「普通」等級。而氣狀污染物SO2 及NO2 二項污染物在各季節之平均濃度皆屬於「良好」等級， 且各港區附近無明顯高濃度區域。\nSO2 各海域監測月平均濃度約1ppb 左右，與陸域結果相近，NO2濃度冬季至春季期間測值高於陸域測站，夏季及秋季測值相近。PM10及PM2.5 濃度則明顯於冬季至春季時最高，各海域監測結果顯示該季節除本身區域污染外， 亦受境外或上風處污染影響。本計畫監測結果， 期未來可作為空氣品質預報參考以及相關後續管制成效評估參考。\n此外，團隊協助完成辦理「船舶燃油稽查教育訓練班」3 場次，目測檢查人員訓練共計有9 單位、20 人次完成訓練；「空氣污染物目測檢查人員訓練（ 初訓班）」1 場次， 總計19 單位、76 人次完成訓練。",
        "eng_title": "Research and Analysis of Air Quality Information Pilot Project in Taiwan Maritime Area",
        "eng_subject": "Taiwan air quality monitoring has primarily focused on land-based monitoring, with numerous fixed monitoring stations on land. But there is a lack of information on air quality monitoring in maritime area. To address this gap, the Research and Analysis of Air Quality Information Pilot Project in Taiwan Maritime Area was initiated to assess maritime area air quality conditions and understand the impacts and correlation between air quality in the maritime area and in the land area.\nIn collaboration with the Coast Guard Administration (Taiwan), the air quality monitoring stations were installed on three 100-ton marine patrol vessels in the north, central, and south of Taiwan, and then the three patrol vessels conducted maritime area air monitoring with the cruising missions from October 2022 to November 2023. To facilitate the subsequent analysis of air quality data, the monitoring items included nitrogen oxides, sulfur dioxide, particulate matter, and fine particulate matter, as well as auxiliary monitoring items such as meteorological conditions, GPS, etc. For the air quality analyzers, we adopt the standard analytical instruments, which have passed the U.S. Environmental Protection Agency (EPA) and other relevant international certifications to ensure the accuracy and reliability of the data.\nThe monthly monitoring results in each region indicated that the particulate matter is often high during the northeast monsoon, and which is an indicator pollutant and was classified as “Moderate” in the Taiwan Air Quality Index (AQI) definition. SO₂ and NO₂ were Good in each seasonal average concentration, and there were no areas with high concentrations near the port areas.\nThe monthly average concentration of SO2 in each maritime area were 1 ppb approximately, similar to the results observed in land-based stations. The monthly average concentration of NO2 were higher than land-based stations from winter to spring and were similar in summer and fall. The monthly concentrations of PM10 and PM2.5 were highest from winter to spring. The results indicates that during these seasons the air quality in maritime area was not only affected by the regional pollution, but also the pollution from upwind area or transported form other territory. The outcomes of this pilot project in monitoring can potentially serve as a reference for air quality forecasting and subsequent assessments of regulatory effectiveness in the future.\nAdditionally, the team assisted in organizing 3 sessions of the Ship Fuel Inspection Education and Training Course”. There are 20 participants from 9 agencies completing the training. For the session of the Air Pollution Visual Inspection Personnel Training (Basic Training), there are 76 participants from 19 agencies completing the training.",
        "proj_year": "111",
        "org_name": "環境部大氣環境司",
        "exe_unit": "昱山環境技術服務顧問有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1110707720",
        "publish_date": "20250911"
    },
    {
        "chi_title": "114年度臺中市車輛排氣管汙染管理事務計畫",
        "chi_subject": "現行噪音車管制相關法令，在新車審驗與噪音檢驗上分由交通部及環境部兩部會主管，使用中車輛改裝排氣管部分，法令既未嚴謹規範改裝之做法，亦未有詳細訂定改裝排氣管之規格，僅規定排氣角度及加裝防燙蓋且不需登記，但排氣管改裝後是否違反或超過噪音管制標準，需再透過噪音檢驗後認定，由環保機關依法裁罰，存有事倍功半、成效不彰。\n　　為從源頭解決問題，行政院邀集環境部與交通部共同推動「改裝排氣管認證制度」，由環境部訂定「機動車輛替換用消音系統認證管理規範」，交通部修訂「道路交通安全規則」，改裝排氣管車輛者(非認證管)可以先到環境部網站登錄申請「替用排氣管噪音檢驗」，經由本計畫通知後檢驗取得替換用排氣管合法音量認證，系統將資訊傳遞至監理站單位辦理排氣管變更登記，113年給予1年緩衝期，114年1月起正式實施新制，若經查獲未使用認證排氣管，依法可罰鍰900元至1,800元。\n　　統計114年5月6日至5月15日環境部登錄取號之車輛，累計執行「機動車輛噪音排氣管量測」及「機車排放空氣污染物之不定期排氣檢測」7場次，共計檢測211輛次，其中機動車輛噪音檢測167輛合格取得認證，44輛不合格；機車排放空氣污染物之不定期排氣檢測158輛合格，53輛不合格。\n　　透過本計畫之執行，減少機動車輛產生之噪音對人及生活環境影響，有效落實源頭管理，促進民眾生活安寧，以維護生活品質。",
        "eng_title": "Taichung City Vehicle Exhaust Pollution Management Plan 2025",
        "eng_subject": "The current laws and regulations related to the control of noisy vehicles are divided between the Ministry of Transportation and the Ministry of Environment in charge of new vehicle inspections and noise inspections. As for the modification of exhaust pipes for vehicles in use, the laws neither strictly regulate the modification practices nor set detailed specifications for modified exhaust pipes. They only stipulate the exhaust angle and the installation of anti-scalding covers, and do not require registration. However, whether the modified exhaust pipe violates or exceeds the noise control standards must be determined through noise inspections, and the environmental protection authorities will impose penalties in accordance with the law, which is a case of getting half the result with twice the effort and ineffectiveness.\n    In order to solve the problem from the source, the Executive Yuan invited the Ministry of Environment and the Ministry of Transportation to jointly promote the Modified Exhaust Pipe Certification System. The Ministry of Environment established the Motor Vehicle Replacement Muffler System Certification Management Specifications, and the Ministry of Transportation revised the Road Traffic Safety Rules. Vehicles with modified exhaust pipes (non-certified pipes) can first log in to the Ministry of Environment's website to apply for Replacement Exhaust Pipe Noise Inspection. After being notified by this plan, the inspection will obtain the legal volume certification of the replacement exhaust pipe. The system will transmit the information to the inspection station unit to handle the exhaust pipe change registration. A one-year buffer period will be given in 2014, and the new system will be officially implemented in January 2015. If it is found that the certified exhaust pipe is not used, a fine of NT$900 to NT$1,800 may be imposed according to the law.\n    According to statistics, from May 6 to May 15, 2015, the vehicles registered by the Ministry of Environment have undergone 7 rounds of motor vehicle noise exhaust pipe measurement and irregular exhaust inspection of motorcycle air pollutants, with a total of 211 vehicles tested. Among them, 167 motor vehicle noise tests passed and 44 failed; 158 motorcycles passed the irregular exhaust inspection of air pollutants, and 53 failed.\n    Through the implementation of this plan, the impact of noise generated by motor vehicles on people and the living environment is reduced, source management is effectively implemented, and people's lives are peaceful, so as to maintain the quality of life.",
        "proj_year": "114",
        "org_name": "臺中市政府環境保護局",
        "exe_unit": "瑩諮科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1141262920",
        "publish_date": "20250901"
    },
    {
        "chi_title": "113年度雲林縣離島工業區揮發性有機物查核及有害空氣污染物調查計畫",
        "chi_subject": "本計畫主要的工作項目為專案列管離島工業區揮發性有機物污染源管制及有害空氣污染物調查之業務。管制目的為監督離島工業區揮發性有機物污染源之污染排放，並進行揮發性有機物污染源查核、檢測作業與後續追蹤管制作業，以提昇離島工業區揮發性有機物及有害污染物管制及排放減量成效，以維護本縣空氣品質並減少對於民眾健康的衝擊。",
        "eng_title": "The 2024 Project of VOC inspection and Hazardous air pollutants investigation plan in offshore industrial zones, Yunlin County",
        "eng_subject": "Main tasks of this project are VOC polluting source control and investigation in harmful air pollutants in offshore island industrial parks under special case control. The objective of control is to maintain the air quality in the County and mitigate the impact on people’s health by supervising the pollution emission by VOC polluting sources in offshore island industrial parks and checking and testing on VOC polluting sources and subsequent follow-ups ＆ control, to enhance the outcomes of control on and emission reduction of VOC and hazardous pollutants in offshore island industrial parks.",
        "proj_year": "113",
        "org_name": "雲林縣環境保護局",
        "exe_unit": "台灣曼寧工程顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131852439",
        "publish_date": "20250830"
    },
    {
        "chi_title": "113年度執行機關源頭減量與資源循環推動管理計畫",
        "chi_subject": "本計畫執行期間自民國113年5月31日起至114年3月31日止，計畫執行期間約11個月，主要目的係協助環境部資源循環署推動源頭減量及資源回收政策，檢討合宜績效考核指標，協助地方執行機關提升資源回收工作執行品質與成果、暢通資源回收管道、加強推動減少一次用產品使用等政策，達到垃圾減量及資源回收的目的，並提升全國資源回收作業效率及品質。113年執行機關資源回收量為692萬多公噸，相較於112年增加7.9萬多公噸，113年一般垃圾量475萬多公噸較去年同期減少約7.5萬多公噸。計畫推動工作成果包括：（一）113年各計畫經費執行率，經比較其中資源回收考核團體獎勵金執行率較低，因各縣市請款要件缺漏及相關資料不足，故拖長撥款時程，故統計至113年12月執行率較低。（二）完成113年度源頭減量及資源回收績效考核計畫檢討修正，擬訂「114年度源頭減量及資源回收績效考核計畫」草案，另辦理資源循環考核實地現勘作業，其辦理成果彙整其委員意見，供主管單位及執行機關後續執行規劃討論及修正。（三）113年調查結果，堆置材質主要為其他(含平板塑膠,塑膠袋等) ，在其他材質的部分主要為非屬公告應回收材質回收物有暫時囤積之問題，主因係無去化管道、回收業者拒收、無法將剩餘內容物排出造成廠商無法收購等問題。另預警機制系統已建置完成，於113年10月15日上線啟動運作，隨時掌握各縣市資源回收物堆置情形。（四）未列冊個體業者，問卷抽訪334份問卷，從事資收原因第一名主要為兼職補貼家用者，第二名資源回收為主要收入來源者。「資收關懷計畫」推動成果統計，113年每人每月平均回收容器類533公斤，補助金額4,253元。（五）清潔隊、社區、學校、機關團體資源回收量抽查結果，其誤差值皆很低。（六）114年換購低污染資源回收車補助計畫，經審核分析後114年補助換購133輛資源回收車。為達成目標提早規劃資收車轉型計畫，短期(114-116年) 仍以換購「油電」及「柴油」資收車為主，示範運行全電資收車為輔，並研擬柴、油電混合動力、全電資源回收車共同供應契約規格修訂。（七）113垃圾強制分類破袋稽查，內含資源回收物比例相對較高之前三名，主要以紙容器居多，其次為塑膠容器及廚餘。另垃圾清除處理費隨袋徵收113年度新增或擴大試辦共計6個縣市，試辦地區包含社區、工業區、四大超商、產業園區等。（八）協助辦理112年度全國執行機關推動資源回收工作績優單位獎牌製作，共計製作67尊獎座，並協助完成辦理112年度執行機關資源回收績效考核頒獎典禮，以及113年度資源循環推動全國業務研討會議。",
        "eng_title": "2024 Implementation Plan for Source Reduction and Resource Circulation Management by Executing Agencies",
        "eng_subject": "The implementation period of this plan runs from May 31, 2024, to March 31, 2025, for approximately 11 months. The primary objective is to assist the Resource Circulation Administration of the Ministry of Environment in promoting source reduction and recycling policies. This includes reviewing appropriate performance evaluation indicators, supporting local executing agencies in improving the quality and effectiveness of resource recycling efforts, ensuring smooth recycling channels, and strengthening policies to reduce the use of single-use products. The ultimate goal is to reduce waste, enhance resource recycling, and improve the efficiency and quality of nationwide recycling operations. In 2024, the total amount of recycled resources collected by executing agencies reached over 6.92 million metric tons, an increase of approximately 79,000 metric tons compared to 2023. Additionally, the general waste volume in 2024 was approximately 4.75 million metric tons, reflecting a decrease of about 75,000 metric tons compared to the same period in the previous year. Key Implementation Achievements include: (1)Budget Execution Rate in 2024:A comparison of various budget allocations revealed that the execution rate for the incentive funds related to resource recycling performance assessments was relatively low. This was due to missing documentation and incomplete data in subsidy applications from various municipalities, which delayed the disbursement process. As a result, by December 2024, the execution rate remained low.(2)Review and Revision of Performance Evaluation Plans: completed the review and revision of the 2024 Source Reduction and Resource Recycling Performance Evaluation Plan, Drafted the 2025 Performance Evaluation Plan and Conducted on-site inspections as part of the resource circulation assessment process, consolidating committee feedback for further discussion and refinement by the competent authorities and executing agencies.(3)Survey on Material Stockpiling and Early Warning System Implementation: The 2024 survey revealed that the primary materials stockpiled included miscellaneous plastics such as plastic sheets and plastic bags. Non-designated recyclable materials were temporarily accumulated due to the absence of processing channels, rejection from recycling companies, or the inability to remove residual contents, making them unmarketable. An early warning system was established and launched on October 15, 2024, enabling real-time monitoring of stockpiled recyclable materials across various municipalities. (4)Survey on Unregistered Individual Recyclers and Resource Recycling Support Program: Conducted 334 questionnaire interviews with unregistered individual recyclers. The top two reasons for engaging in recycling were supplementing household income as a part-time activity and relying on recycling as a primary source of income. Under the Resource Recycling Support Program, the average monthly collection per person in 2024 was 533 kg of recyclable containers, with an average subsidy amount of NT$4,253. (5)Accuracy of Resource Recycling Audits: Spot checks on the recycling quantities reported by sanitation teams, communities, schools, and institutions showed minimal discrepancies. (6)Subsidy Plan for Low-Emission Recycling Vehicles in 2025: After evaluation, 133 new recycling vehicles will be subsidized for purchase in 2025. A transition plan for recycling vehicle upgrades was developed: Short-term (2025-2027): Focus on replacing vehicles with hybrid (gasoline-electric) and diesel-powered models, while piloting fully electric recycling trucks. Long-term: Drafting specifications for procurement contracts covering diesel, hybrid, and fully electric recycling vehicles.(7)Enforcement of Mandatory Waste Sorting and Transparent Bag Inspections: In 2024 waste sorting inspections, the top three recyclable materials found in garbage were: paper containers, plastic containers, and food waste. In 2024, six additional municipalities initiated or expanded pilot programs for waste disposal fee collection based on designated garbage bags. These pilots covered communities, industrial parks, convenience store chains, and business districts.(8)Awards and Conferences for Excellence in Resource Recycling: Assisted in the production of 67 award trophies for outstanding execution agencies in the 2023 National Resource Recycling Performance Awards. Successfully organized the 2023 Resource Recycling Performance Evaluation Awards Ceremony and the 2024 National Resource Circulation Business Conference. This plan effectively strengthens waste reduction efforts, optimizes recycling operations, and promotes sustainable resource management nationwide.",
        "proj_year": "113",
        "org_name": "循環署永續消費回收組",
        "exe_unit": "信安工程顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131458268",
        "publish_date": "20250805"
    },
    {
        "chi_title": "113年臺中市低污染車輛推廣計畫",
        "chi_subject": "本年度計畫目標主要在臺中市推動低污染車輛推廣，進一步有效管制移動源排放之污染，繼而達到共同維護空氣品質獲得改善之日。\n計畫執行期程自簽約日113年9月2日起至114年7月1日止，本期末報告書內容執行至114 年7月1日，整體工作完成度達75.21%，其成果如下列所示：\n(一)\t完成尚未建置快充站之行政公有地11場地現勘。\n(二)\t完成調查統計本市各機關所屬公務機車資料1式。\n(三)\t完成本市快充站推廣建置分析評估報告1式。\n(四)\t完成5場次低污染車輛推廣宣導活動。\n(五)\t完成因應氣候變遷高溫應變作業自動化灑水系統試辦1式\n(六)\t完成響應國際無車日、國際清潔空氣藍天日宣導活動1式。\n(七)\t完成野餐日低碳永續宣導活動1式。\n(八)\t完成共享運具試辦計畫1式\n(九)\t完成臺中市大眾運輸低碳獎勵活動，書面審查及活動獎勵發放1式。\n(十)\t完成召開交流、聯繫等相關會議5場次。\n(十一)\t完成資訊收集5件。\n(十二)\t配合環保局需求，完成媒體宣導、檢驗6件。\n(十三)\t完成國內外推動低污染交通運具、綠色運輸等資料收集2式。\n(十四)\t完成報告書、報表印製及紙張秏材1式。\n(十五)\t移動污染源管制宣導網站相關網頁平台維護及更新工作1式。\n(十六)\t完成既有檢驗站書面審核73件，現勘作業70件。",
        "eng_title": "The promotion of low-pollution vehicle project in Taichung city in 2024",
        "eng_subject": "The goal of this year's plan is to promote low-pollution vehicles in Taichung City, further effectively control pollution from mobile source emissions, and then achieve the day when we can jointly maintain improved air quality. The project implementation period is from September 2, 2024 to July 1, 2025, and the overall work completion rate is 75.21%.\n(1) Completed site surveys of 11 administrative public lands where fast charging stations have not yet been built.\n(2) Completed a survey and statistics of the official motorcycle data of various agencies in the city.\n(3) Completed an analysis and evaluation report on the promotion and construction of fast charging stations in the city.\n(4) Completed 5 low-pollution vehicle promotion activities.\n(5) Completed a trial of an automated sprinkler system for high-temperature response operations in response to climate change.\n(6) Completed 1 activity in response to International Car-Free Day and International Clean Air Day for Blue Skies.\n(7) Completed 1 activity in response to Picnic Day for low-carbon sustainability.\n(8) Completed 1 activity in the pilot program for shared transportation.\n(9) Completed 1 activity in response to Taichung City's public transportation low-carbon incentive activity, written review and activity incentive distribution.\n(10) Completed 5 related meetings for communication and contact.\n(11) Completed 5 information collections.\n(12) Completed 6 media promotions and inspections in accordance with the needs of the Environmental Protection Bureau.\n(13) Completed 2 activities in response to the needs of the Environmental Protection Bureau for the promotion of low-pollution transportation and green transportation.\n(14) Completed the printing of reports and forms and paper materials.\n(15) Maintained and updated the web platform of the mobile pollution source control promotion website.\n(16) Completed 73 written reviews of existing inspection stations and 70 on-site inspections.",
        "proj_year": "113",
        "org_name": "臺中市政府環境保護局",
        "exe_unit": "新研綠能科技有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131108777",
        "publish_date": "20250828"
    },
    {
        "chi_title": "113年度雲林縣環境教育規劃管理計畫",
        "chi_subject": "本計畫於雲林縣推動環境教育政策及業務，截至113年11月15日止，共計完成25處環境教育執行成效輔導查核作業、1場次環境教育計畫及成果申報系統說明會、2場次環境教育審議會暨基金管理會議、5場次環境講習；且為強化雲林縣環境教育量能，本計畫團隊完成6處潛力環境教育設施場域輔導訪視，並訪查陪伴輔導11處通過認證環境教育設施場所。今年度雲林縣轄內晁陽綠能休閒農場，輔導協助環境設施場所評鑑，進行實地輔導並提出改善建議，榮獲評鑑優良。延續112年國家環境教育獎審查作業，今年度協助個人組江炳辛先生（虎尾鎮北溪社區總幹事）、社區組古坑鄉大埔社區完成決審輔導作業，並取得優等佳績。\n另針對社區改造及環保小學堂部分，完成3處受補助社區之訪視輔導作業，針對轄內國中小學進行「臺美生態學校」認證申請輔導辦理說明會1場次及工作坊等，希望透過認證申請之措施，讓學生不只是被動學習，也引導其主動認識環境、採取行動，更可以進一步帶動社區、影響社區。\n行銷推廣部分，本次環境教育繪本競賽內容不侷限於童話，可以雲林縣在地特色與環境教育或環保議題為創作方向，並透過1場次說明會邀請有志民眾報名參選，由投稿18件作品委員決選出4本優異繪本，同時後續配合環境部環境教育繪本嘉年華會，讓民眾對雲林縣環境教育議題更加有感，共同學習並響應環保行動。",
        "eng_title": "Projet on Planning and Management for Environmental Education of Yunlin County,2024.",
        "eng_subject": "This project focuses on promoting and guiding the implementation of various regulations under the Environmental Education Act, conducting environmental workshops, selecting and promoting environmental education picture books, visiting and supporting environmental education facilities and locations, community empowerment, promoting environmental education for children, revising environmental protection plans, and handling administrative matters related to environmental education. These efforts aim to enhance compliance with the Environmental Education Act among partners, businesses, and the general public, and to further the goal of environmental education accessibility in the county.\n\nSince the execution of the project, the team has conducted one practical computer-based briefing on the effectiveness of Article 19 of the Environmental Education Act and provided guidance and visits to 15 organizations required to implement environmental education. Three environmental workshops, totaling eight hours of instruction, were conducted with attendance rates exceeding 86%. Make-up sessions were arranged to improve completion rates. In the picture book promotion and awards plan, one public briefing was held, attracting diverse participation, and a review committee selected four outstanding picture books from 18 submissions. Regarding the National Environmental Education Award, the project continued to support organizations qualified in the 9th selection round, assisting individual winner Mr. Bing-Hsin Chiang and the Dapu Community in the community category, both of which received top honors. In the National Enterprise Environmental Protection Award promotion plan, a public promotional event was held, and nine businesses were guided to represent the county. For the US-Taiwan Eco-Campus, one promotional session was conducted, inviting local schools to participate. The team also provided support and training for environmental education facility certification, assisting 11 facilities within the county. The annual report submission process was changed to quarterly online submissions. On-site guidance was offered to SolarFarm Corporation, and follow-ups continue for other potential certification sites. In the community empowerment and eco-school promotion plan, the selected communities of Sansheng and Shicuo in Mailiao, and Lunxi in Erlun were supported in project execution and budget clearance. The team also assisted with the Yunlin County Environmental Education Review Committee and the Environmental Education Fund Management Committee meetings, action plan revisions, the compilation of achievement reports, and environmental protection project revisions and compilation of achievement reports and other general affairs regarding the assessment by the Ministry of Environment. These efforts aim to boost the overall effectiveness of environmental education in the county and secure favorable evaluations from the Ministry of Environment.",
        "proj_year": "113",
        "org_name": "雲林縣環境保護局",
        "exe_unit": "迎展環境股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130569630",
        "publish_date": "20250901"
    },
    {
        "chi_title": "環境治理規劃及環境承載力資訊整合先期研究",
        "chi_subject": "本計畫以建構環境治理規劃與環境承載力資訊整合基礎架構為核心目標，針對當前我國環境決策所面臨之跨議題、跨部門與跨尺度整合挑戰，提出以環境承載力為導向之治理策略與資料整合機制。計畫成果涵蓋三大主軸：1. 研析環境承載力與環境治理之關聯性、建立概念模型與議題導向治理思維；2. 彙整國內外評估方法，研擬適用於我國的承載力應用模式，並提出環域治理推動架構與示範應用構想；3. 盤點環境基線資料與既有平台系統，規劃具備視覺化、情境模擬與決策支援功能的環境治理整合決策支援平台架構。",
        "eng_title": "Preliminary research on environmental governance planning and environmental carrying capacity information integration",
        "eng_subject": "This project aims to build an environmental governance planning and environmental carrying capacity information integration infrastructure. In response to the cross-issue, cross-departmental and cross-scale integration challenges faced by current environmental decision-making in Taiwan, it proposes a governance strategy and data integration mechanism oriented towards environmental carrying capacity. The project results cover three main axes: 1. Analyze the relationship between environmental carrying capacity and environmental governance, establish a conceptual model and issue-oriented governance thinking; 2. Summarize domestic and foreign assessment methods, develop a carrying capacity application model suitable for Taiwan, and propose an environmental governance promotion framework and demonstration application concept; 3. Inventory environmental baseline data and existing platform systems, and plan an environmental governance integrated decision support platform architecture with visualization, scenario simulation and decision support functions.",
        "proj_year": "113",
        "org_name": "國環院環境治理研究中心",
        "exe_unit": "瑞昶科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130449023",
        "publish_date": "20250901"
    },
    {
        "chi_title": "113年度臺中市推動固體再生燃料（SRF）物料資源循環計畫",
        "chi_subject": "(一)完成固體再生燃料(SRF)製造廠及使用廠之22廠次查核管理作業及15廠次缺失輔導作業，共計37廠次。委員建議SRF製造廠應建立允收標準及退運機制，收受料源應依規定分區明確標示及堆置；木材製造廠以粉塵為較需改善問題。\n(二)完成6廠9點次固體再生燃料(SRF)製造廠之製程投料區可見光攝影機、熱顯像感測器及PM2.5偵測儀等設備即時監控及上傳雲端。\n(三)完成固體再生燃料(SRF)製造廠及使用廠之52廠(含上游料源24廠)118廠次之輔導訪查，廢清書查核結果，其原料、產品未超過核定最大量及平均使用量；事業機構產出情形網路申報廠部分廠家申報有漏報或報表不一致等狀況，必要設備均質化及純化設備，現階段列管7廠，多數已設置完備。\n(四)完成固體再生燃料(SRF)之30個製造廠或使用廠之燃料樣品採樣作業，委由TAF認證合格實驗室進行燃料檢測驗證分析，其淨熱值、氯、鎘含量檢測結果皆符合標準，計5個樣品有鉛含量、汞含量不符標準情形，另SRF品質分級結果，淨熱值、氯含量及汞含量皆能有60%以上樣品數達第1級或第2級別。\n(五)協助大塑環保股份有限公司訂定固體再生燃料品質管理計畫書1式。",
        "eng_title": "Taichung City Program for Promoting Material Resource Circulation of Solid Recovered Fuel (SRF) in 2024",
        "eng_subject": "(1) Completed a total of 37 site inspections, including 22 inspections of Solid Recovered Fuel (SRF) manufacturing and utilization plants for regulatory compliance, and 15 follow-up guidance visits addressing deficiencies.\nExpert committee members recommended that SRF manufacturers establish acceptance standards and return mechanisms, clearly label and zone received materials, and properly store them according to regulations. Among the wood-processing plants, dust control was identified as a key area for improvement.\n\n(2) Installed and launched real-time monitoring and cloud upload systems at 6 plants (9 sites) using equipment such as visible-light cameras, thermal imaging sensors, and PM2.5 detectors in the feedstock processing areas of SRF manufacturing plants.\n\n(3) Completed 118 on-site counseling visits at 52 plants (including 24 upstream material sources), providing guidance to both SRF manufacturers and users.\nInspection of waste clearance documents confirmed that raw material inputs and product outputs did not exceed the approved maximum and average limits. However, some businesses showed incomplete or inconsistent online declarations of production data.\nAs for essential equipment, homogenization and purification systems are currently monitored at 7 plants, most of which have completed installation.\n\n(4) Carried out fuel sampling operations at 30 SRF manufacturing or utilization plants. The samples were tested and verified by a TAF-accredited laboratory.\nResults showed that all samples met standards for net calorific value, chlorine, and cadmium content.\nHowever, 5 samples failed to meet standards for lead or mercury content.\nIn terms of SRF quality grading, more than 60% of the samples achieved Grade 1 or Grade 2 for net calorific value, chlorine content, and mercury content.\n\n(5) Assisted Great Plastic Environmental Co., Ltd. in drafting one SRF Quality Management Plan.",
        "proj_year": "113",
        "org_name": "臺中市政府環境保護局",
        "exe_unit": "台灣曼寧工程顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130337683",
        "publish_date": "20250806"
    },
    {
        "chi_title": "113年度土壤及地下水污染場址之本土化風險參數研究計畫",
        "chi_subject": "本研究共完成53份污染場址關切受體暴露參數問卷調查，其中監工人員、土壤採樣人員、現場工人和開挖土機人員分別占56.5、24.2、11.3和4.8%。所有受訪者已從事現場整治工作的平均資歷為6.5年，最近一年平均工作天數為151天，每天工作平均時間為7.5小時。在從事現場整治工作期間約有79.6%的人雙手會接觸土壤，其中約有15.8%的人未配戴保護手套進行防護，雙手裸露接觸土壤頻率平均一周為3.3天、一天平均接觸時間為1.8小時。配戴加速規估計不同工作型態下身體代謝當量與呼吸速率試驗則共完成30位受試者，顯示場址現場作業人員在進行採集土壤樣品作業時代謝當量和呼吸速率的最高值分別可達到3.20 METs和44.7 m3\/day。\n    \n透過9位場址現場作業人員工作期間的攝影紀錄，可觀察到其中5位有手部摸鼻子和臉部的動作，手部摸鼻子動作的接觸次數為1.64 contacts\/hr、接觸時間為0.05 min\/h，手部摸臉部動作的接觸次數為0.97~7.87 contacts\/hr、接觸時間為0.03~0.18 min\/h。此外，皆未觀察到場址現場作業人員有手部接觸口的動作。7位有戴手套場址現場作業人員的土壤負載量在未開始從事任何現場工作前、中午吃飯前和工作結束後，根據WHSA1估計的手部土壤負載量的幾何平均值分別為0.002、0.006和0.006 mg\/cm2，而前臂土壤負載量的幾何平均值分別為0.0004、0.002和0.001 mg\/cm2，皆低於田間試驗場人員在未戴手套情況下的數值。\n\n本研究採集的12個土壤樣本的水分含量為0.74~16.9%；pH值為4.6~7.5；總有機碳為1.60~17.5%；土壤質地包含壤質砂土、砂質壤土、砂質黏壤土以及黏土。E場址土壤S04和S05為重金屬污染程度為最高，其鉻、鎳、銅和鋅的濃度皆已超過土壤管制標準；E場址土壤S01~S10的TPH篩測濃度則皆超過土壤管制標準值（1,000 ppm）。此外，E場址中7位現場人員透過個人採樣組監測重金屬與總石油碳氫化合物的暴露濃度皆落在容許濃度範圍。\n\n綜合所有分析結果，針對E場址部分，觀察到雖然土壤鉻、鎳、銅、鋅和TPH濃度已超過法定標準值，但可透過手套的配戴大幅降低手部土壤負載量，進而降低皮膚接觸途徑之風險；食入途徑部分，透過攝影紀錄完全未觀察到現場人員有手部接觸口的行為，故經由手到口食入的暴露風險也不高；吸入途徑部分所有人員作業環境的暴露濃度皆落在容許濃度範圍，但仍需特別注意身體活動量需求較大的工作類型，例如：本研究中採集土壤樣品過程已達中高強度等級活動量，連帶也會使得工作期間的呼吸速率較高，因此作業期間仍建議需持續配戴呼吸防護具以避免在進行較高強度工作類型過程吸入較多的有害物而暴露於危害中。",
        "eng_title": "Year 113 Study on local receptor exposure factors for soil and groundwater contaminated sites",
        "eng_subject": "This study involved administering 53 questionnaires to assess exposure parameters for individuals at contaminated sites. The participants included supervisors (56.5%), soil sampling personnel (24.2%), on-site workers (11.3%), and excavator operators (4.8%). On average, the participants had 6.5 years of experience in on-site remediation work. Each individual worked an average of 151 days in the past year, with a daily work time of approximately 7.5 hours. Regarding soil contact during on-site remediation, about 79.6% of participants reported having hand contact with soil. Among those who made hand contact, approximately 15.8% did not wear protective gloves. The average frequency of bare hand contact with soil was 3.3 days per week, with an average duration of contact lasting 1.8 hours per day. Additionally, accelerometer-based tests were conducted to estimate metabolic equivalents (METs) and inhalation rates (IRs) for 30 subjects. The results indicated that during soil sampling activities, the highest MET recorded was 3.20, while the highest IR was 44.7 m³\/day.\n\nObservations of nine on-site workers via photographic records revealed that five individuals exhibited hand-to-nose and hand-to-face behaviors. The frequency of hand-to-nose contact was 1.64 contacts\/hr, with a contact duration of 0.05 min\/hr. Hand-to-face contact ranged from 0.97 to 7.87 contacts\/hr, with a contact duration between 0.03 and 0.18 min\/hr. No instances of hand-to-mouth contact were observed. For seven workers wearing gloves, soil load on their hands was measured before starting work, before lunch, and after finishing work. The geometric mean soil load on hands was 0.002, 0.006, and 0.006 mg\/cm², respectively, while the forearm soil loads were 0.0004, 0.002, and 0.001 mg\/cm², all of which were lower than those of ungloved field personnel.\n\nSoil samples collected in this study had moisture content ranging from 0.74% to 16.9%, pH values between 4.6 and 7.5, and total organic carbon content from 1.60% to 17.5%. The textures of soil samples including loamy sand, sandy loam, sandy clay loam, and clay. At Site E, soil samples S04 and S05 exhibited the highest levels of heavy metal contamination, with concentrations of chromium, nickel, copper, and zinc exceeding soil control standards. Total Petroleum Hydrocarbon (TPH) screening concentrations in samples S01 to S10 also surpassed the 1,000 ppm threshold. Personal sampling of seven on-site workers indicated that exposure concentrations of heavy metals and TPH were within acceptable limits.\n\nIn summary, for Site E, despite soil contamination levels exceeding legal standards, wearing gloves significantly reduced hand soil load, thereby lowering the risk of dermal exposure. Photographic recordings showed no hand-to-mouth behaviors, minimizing the ingestion risks. Airborne exposure concentrations were within acceptable limits. However, tasks requiring higher physical activity, such as soil sampling (which reached a moderate-to-high intensity level of physical activity), resulted in higher breathing rates. Therefore, continuous use of respiratory protection is recommended during high-intensity tasks to prevent inhalation of harmful substances.",
        "proj_year": "113",
        "org_name": "環管署土壤及地下水污染整治基金管理會",
        "exe_unit": "臺北醫學大學",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130282854",
        "publish_date": "20250901"
    },
    {
        "chi_title": "113年度臺南市施工機具自主管理暨柴油車尾氣遙測稽查計畫",
        "chi_subject": "為有效管制柴油車污染排放問題，環境部於各縣市廣設柴油車排煙檢測站，輔導民間維修廠協助環保局執行檢測業務，符合標準者即核發排煙標章，增加到檢地點選擇性，且藉由維修廠檢修能力，協助車主於檢測不合格時改善車輛污染排放，如此方可真正的提昇臺南市的空氣品質。這亦是本計畫執行的最大意義所在！\n特定區域管制在延續過去推動淨區政策上，希望能夠進化為『空氣品質維護區』，針對高污染柴油車、老舊機車加強限制或禁止行駛，所以各縣市原本也均以該相關政策方向規劃，希望利用車牌辨識系統來替代人力稽查方式，並擬建立管制與比對車籍之資料庫平台，來執行空氣品質維護區之車輛稽查管制工作。近年來亦透過各種可行的稽查管制措施、導入科技執法，對於使用中車輛（管制舊車之方式）之管制上，落實使用中車輛定期檢驗及保養制度，以改善都會區空氣品質，維護國民健康。\n透過執行本計畫，利用車牌辨識系統的架設與建立後端資訊收集，針對未納管柴油車寄發通知到檢與未定檢機車通知到檢，透過車辨資料的彙整與車籍比對分析，可以提供各區域行駛車輛資訊與高污染潛勢地圖，做為未來移動污染源管制策略、空品維護區劃設管制措施擬定之參考。另外，為提升柴油車納管率，持續輔導民間維修廠協助環保局執行檢測業務，符合標準者即核發排煙標章，增加到檢地點選擇性、車輛分流，且藉由維修廠檢修能力，協助車主於檢測不合格時改善車輛污染排放。",
        "eng_title": "2024 Tainan City Promotes Autonomous Management of Air Quality Maintenance Areas and Construction Equipment, as well as Diesel Vehicle Inspection and Remote Exhaust Inspection Programs.",
        "eng_subject": "In order to effectively control diesel vehicle pollution emissions, the Ministry of Environment has established a number of diesel vehicle exhaust inspection stations across various counties and cities. The Ministry also provides assistance to private repair shops in supporting the Environmental Protection Bureau in carrying out inspection tasks. Vehicles that meet the standards are issued an exhaust inspection label. This increases the number of inspection locations and, through the repair capabilities of the maintenance shops, helps vehicle owners improve their vehicle’s pollution emissions when the vehicle fails the inspection. This approach can truly enhance the air quality in Tainan City. This is the primary purpose of this project!\n\nThe specific area control continues the policy of promoting clean zones, aiming to evolve into Air Quality Maintenance Zones. These zones will impose stricter limitations or even prohibit high-pollution diesel vehicles and old motorcycles from operating. Therefore, each county and city has been planning along these lines. The goal is to use license plate recognition systems to replace manual inspections and to develop a database platform for vehicle registration and control, in order to manage vehicle inspections within the Air Quality Maintenance Zones. In recent years, various feasible inspection and control measures have been implemented, and with the introduction of technological law enforcement, a system for periodic inspections and maintenance of vehicles in use (especially older vehicles) has been established to improve urban air quality and protect public health.\n\nBy implementing this project, the installation of the license plate recognition system and the establishment of a backend information collection platform will facilitate sending notifications to diesel vehicle owners that have not been inspected, as well as to owners of motorcycles that have not been inspected. By aggregating license plate recognition data and comparing vehicle registration information, we can provide information about vehicles operating in each region and create a map of potential high-pollution sources. This will serve as a reference for future strategies on mobile pollution source control and for formulating measures to manage air quality maintenance zones. Additionally, to increase the rate of diesel vehicle registration, the project will continue to assist private repair shops in working with the Environmental Protection Bureau to carry out inspections, and issue exhaust inspection labels to vehicles that meet the standards, thereby increasing the options for inspection locations, redirecting traffic, and assisting vehicle owners in improving vehicle emissions when their vehicles fail inspections.",
        "proj_year": "113",
        "org_name": "臺南市政府環境保護局",
        "exe_unit": "春迪企業股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130269637",
        "publish_date": "20250804"
    },
    {
        "chi_title": "113年度臺中市河川揚塵防制計畫",
        "chi_subject": "本計畫執行時間由１１３年５月１５日至１１４年５月１４日止，執行期間皆依期程規範辦理，整體進度達成率為１００%。本計畫透過健全河川揚塵預報模式、更新揚塵預警應變機制、落實合作平台及提升民眾滿意度等四大面向，使河川揚塵預警應變機制更為健全。在河床變化掌握，透過跨單位合作完成６３．８２公頃之裸露面積改善，１１３年１１月與１１２年１０月相較下增加９０公頃；在微型監測儀器方面，於三大流域共設置５座，現地主要分為三種型態，包含境外污染、空品不良及強風特報等，境外污染型態現地ＰＭ１０皆呈現高濃度；空品不良則呈現低風速高濃度，隨著風勢增加而下降；強風特報則為高風速低濃度，顯示本市河川揚塵防制具有一定成效，使強風下懸浮微粒未隨之增加，另辦理社區環境效益分析，施工後皆有效減少ＰＭ１０濃度；在民眾滿意度方面，配合村里宣導說明會辦理，整體滿意度為１００％，對於河川揚塵有改善感受度為８３．１％；在環境清理方面，包含協調各單位於應變期間執行道路清掃及本計畫東北季風期間之清理，共總計４０，２４７公里；計畫執行期間ＰＭ１０削減量為１０４．６４公噸，連續１１年無河川揚塵事件日發生。",
        "eng_title": "2024 Project of Prevention and control the riverbed fugitive dust in Taichung City",
        "eng_subject": "This project has started from the 15th of May 2024, and officially completed on 14 May 2025.The entire process was followed by the schedule specifications. As of the 10th of April 2025, the achievement rate was up to 100%.The main propose of this project is to improve the dust forecasting system integrity and can be separated into four aspects:Strengthen the river aeolian dust forecast model,Upgrade the aeolian dust forecast contingency mechanism,Implementation of the collaboration platform,Enhance public satisfaction.\nAccording to the observation of riverbed changes, there was an accomplishment of bare lands improvement works with a total area of 63.82 hectares by Inter-Agency Cooperation. This made a increase of 90 hectares of bare lands compared to the same period last year.5 micro monitoring devices were established near three main river area. Based on the data analysis, In-Situ can mainly divided into 3 parts, including long-range transport , air quality unhealthy event, and strong wind warning.On the days with long-range transport, it showed high PM10 concentrations. On the other hand, days with air quality unhealthy presented lower wind speed and higher PM10 concentration, and PM10 decreased when the rose of the wind speed. Nevertheless, PM10 concentrations were lower on the days with strong wind warning. That means, the river aeolian dust prevention plan in this city is highly effective. Moreover, the effects of General community environment was also analyzed. After construction, it led to a decrease in PM10 levels. In terms of public satisfaction, it was carried out by the Village public communication campaigns this year. Overall satisfaction have achieved a 100% rating, and there’s 83.1% can truly feel the improvement of river aeolian dust.\nRegarding the environmental cleanliness, include street sweeping that needed to cooperation between different departments, and cleaning among northeast monsoon, covering an overall distance of around 40,247 kilometers. Results showed that not only decrease 104.64 tons of PM10 during the project period, but no any aeolian dust event occurred continuously for 11 years.",
        "proj_year": "113",
        "org_name": "臺中市政府環境保護局",
        "exe_unit": "台灣曼寧工程顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130230585",
        "publish_date": "20250901"
    },
    {
        "chi_title": "環境教育繪本親子劇推廣專案工作計畫（113年-114年）",
        "chi_subject": "以親子劇方式進行宣導環境教育，故事劇本以《海洋小神碳—重回好蒔光》、《波可大冒險》及《尼尼的遺願》3本現有環境教育繪本為素材，編撰環境教育故事劇本，創作成舞臺劇巡迴演出， 名為「小神碳大冒險」，串聯「節能減碳」、「低碳生活」、「資源循環」、「永續經營」等議題，這次將主題訂定在「氣候變遷．低碳生活」。\n113年7月26日於臺北市兒童新樂園首場表演後，陸續於臺南市、雲林縣、南投縣、澎湖縣、高雄市、新竹市、彰化縣、臺中市、花蓮縣及屏東縣辦理共12場次演出，總參與人次達4,217人，讓我們與各縣市的大小觀眾一起「減碳要淨力，生活要帶綠」。\n隨著全球氣候變遷加劇，小朋友也可以從日常做起，比如節約用水、隨手關燈、減少使用塑膠袋，甚至參與社區綠化，一起為地球降溫。每個人的小改變都能帶來大影響。\n環保意識的重要性日益提升，透過生動有趣的舞臺劇演出，把環境教育繪本的理念帶進孩子心中，讓他們了解保護自然的方法與重要性。從珍惜食物、不過度消費、搭乘大眾運輸工具，每一個小小行動，都是愛護地球的開始。當孩子們從小扎根環境意識，為自己的家園創造更健康、更美好的未來。",
        "eng_title": "The Promotion Project of Environmental Education Picture Book Parent-Child Stage Drama (2024–2025)",
        "eng_subject": "The Ministry of Environment of the Executive Yuan promotes environmental education through children's theater performances. The scripts are adapted from three existing environmental education picture books: Little Carbon Guardian of the Ocean, Poco’s Grand Adventure, and Nini’s Last Wish. These were rewritten into a new stage play titled Little Carbon’s Big Adventure, focusing on themes such as energy conservation and carbon reduction, low-carbon living, resource recycling, and sustainable development. This year, the main theme is set as Climate Change and Low-Carbon Living.\nThe first performance took place on July 26, 2024, at Taipei Children's Amusement Park, followed by 12 performances across Tainan City, Yunlin County, Nantou County, Penghu County, Kaohsiung City, Hsinchu City, Changhua County, Taichung City, Hualien County, and Pingtung County, with a total attendance of around 4,217 people. Together with audiences across the country, we advocate: Reduce Carbon, Go Green in Daily Life!\nAs global climate change intensifies, Children can contribute by saving water, turning off lights, reducing plastic use, and participating in community greening projects to help cool the planet. Every small change can create a big impact.\nEnvironmental awareness has become increasingly important. Through lively and engaging stage plays, the concepts from environmental education picture books are brought to life for children, helping them understand the methods and importance of protecting nature. Simple actions like cherishing food, avoiding overconsumption, and using public transportation all contribute to loving and protecting the Earth. By planting the seeds of environmental responsibility early, children can building a healthier, more beautiful future for their communities.",
        "proj_year": "113",
        "org_name": "環境部環境保護司",
        "exe_unit": "雲豹國際有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130117248",
        "publish_date": "20250826"
    },
    {
        "chi_title": "推動氣候變遷因應法第37條產品碳足跡標籤制度專案工作計畫",
        "chi_subject": "本計畫工項包含：(一)依氣候變遷因應法第37條研擬強制性碳足跡標籤相關法規草案；(二)研擬優先推動強制性碳足跡產品項目；(三)建立產品碳足跡標籤之審查、監督及查核機制；(四)建置強制性碳足跡產品盤查計算模組；(五)規劃推動臺版碳邊境調整機制(CBAM)之納管進口產品。\n本計畫已提出「應申請核定產品碳足跡標示管理辦法（草案）－113年版」，並同步研擬試行計畫。此外，亦提出我國碳足跡標籤制度之建議發展方向，建議優先推動產品項目包括衛生紙、瓶裝水及水泥。同時，本計畫建構了強制性碳足跡審查機制與追蹤查核制度，並開發碳足跡產品盤查與計算模組，以強化制度執行基礎。\n此外，為提出臺版碳邊境調整機制(CBAM)優先推動產品清單，本計畫完成對碳費徵收對象產業—共10大類（水泥業、鋼鐵業、基本化學材料製造業、半導體業、面板業、石化業、造紙業、人纖業、紡織業及印刷電路板製造業）之主要廠商、核心產品及其生產量等資料之蒐集與分析。進一步針對5大類主要產業（水泥業、鋼鐵業、半導體業、基本化學材料製造業及面板業），進行其產品之進口重量與進口金額資料盤點，並參考各類產品之碳排放強度資訊，據以提出臺版CBAM建議產品清單，包含水泥業2項、鋼鐵業6項、半導體2項、基本化學材料製造業2項及面板業1項產品，以作為氣候署後續政策推動之參考依據。",
        "eng_title": "Working Plan for Promoting the Product Carbon Footprint Labeling System under the Article 37 of the Climate Change Response Act",
        "eng_subject": "This project was conducted and divided into five main axes, including:\n1.Drafting regulatory proposals related to mandatory product carbon footprint labeling under the Article 37 of the Climate Change Response Act;\n2.Formulating a list of priority products for the mandatory implementation of carbon footprint labeling;\n3.Establishing mechanisms for the review, supervision, and verification of product carbon footprint labeling;\n4.Developing a calculation module for the inventory of mandatory carbon footprint products;\n5.Planning and promoting the Taiwan’s Carbon Border Adjustment Mechanism (CBAM) for regulated imported products.\nThe project has proposed the 2024 draft “Regulations Governing the Management of Product Carbon Footprint Labeling Applications” and developed a pilot implementation plan. Additionally, a proposed development roadmap for Taiwan's carbon footprint labeling system has been formulated, recommending tissue paper, bottled water, and cement as priority product categories. A mandatory carbon footprint review mechanism, tracking and verification system, and a product carbon footprint inventory and calculation module have also been established to support implementation. \nFurthermore, to develop a prioritized product list for the Taiwan’s CBAM, the project conducted research on ten industries subject to carbon fee collection: cement, steel, basic chemical materials manufacturing, semiconductors, display panels, petrochemicals, paper, man-made fibers, textiles, and printed circuit boards. This included collecting data on major manufacturers, key products, and production volumes. From this, five key industries—cement, steel, semiconductors, basic chemical materials manufacturing, and display panels—were selected for further analysis of their product import volumes and values. Carbon emission intensity data for these products were also reviewed to propose a recommended product list for Taiwan's CBAM, including 2 products from the cement industry, 6 from steel, 2 from semiconductors, 2 from basic chemical materials manufacturing, and 1 from display panels. This list serves as a reference for future policy initiatives by the Climate Change Administration.",
        "proj_year": "113",
        "org_name": "氣候署排放管理組",
        "exe_unit": "財團法人環境與發展基金會",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130044427",
        "publish_date": "20250818"
    },
    {
        "chi_title": "113-114年度空氣品質預報技術提升及支援計畫",
        "chi_subject": "為探討影響空氣品質變化之氣象特性以及支援每日空品預報，本計畫共計有四項計畫目標：(1)支援空氣品質預報所需專業技術及客觀預報參考資料；(2)評估高臭氧濃度生成及成因以精進模式模擬成效；(3)精進空氣品質模式預報校正作業流程；(4)強化空氣品質預報人員之預報能力及支援預報。\n主要執行成果如下：(1) AQF4空品預報系統點源資料更新至2023年申報資料、面源更新為TEDS12排放清單，交通源資料使用TEDS11.1排放資料。(2)在東亞區域範圍，使用TROPOMI衛星觀測NO2污染物氣柱密度，藉由有限差分法(FDMB)，修正東亞區域範圍污染物排放量，修正結果能改善境外污染事件的模擬成效。(3)評估MIXv2(2017)東亞排放清單對境外污染模擬的影響; (4)納入ECLIPSE遠洋船舶污染排放量，能提升臺灣各空品區的PM2.5與O3模擬結果; (5)臺灣O3高污染事件的模擬分析，主要以提升CMAQ-PAMS模式的模擬準確性，並透過針對性減量策略提供改善空氣品質的科學依據。透過源頭式與溯源式的精準減量策略，探討NOₓ與VOC的貢獻特徵及其在區域與局部層面的差異影響; (6)更新天氣型態分類並建構預報校正模型，能提升空品預報成效。",
        "eng_title": "2024-2025 Air Quality Forecasting Enhancement and Support Project",
        "eng_subject": "To investigate the meteorological characteristics affecting air quality variations and to support daily air quality forecasting, this project sets out four main objectives (1) To provide professional techniques and data needed for air quality forecasting; (2) To assess the formation and causes of high ozone concentrations to improve model simulation performance; (3) To enhance the workflow of air quality forecast; (4) To strengthen the forecasting capabilities of air quality forecasters and provide forecasting support. \nThe main accomplishments are as follows: (1) The AQF4 air quality forecasting system: Point source data have been updated to reflect the 2023 reported data; area sources were updated using the TEDS12 emissions inventory; and mobile source data were based on the TEDS11 inventory. (2) Within the East Asia region, TROPOMI satellite observations of NO₂ column densities were used. Emissions in the region were adjusted using the finite difference mass balance (FDMB) method, and the effects of these adjustments were evaluated. (3) The influence of the MIXv2 (2017) East Asia emissions inventory on transboundary pollution simulations was assessed. (4) Emissions from international shipping based on the ECLIPSE inventory were incorporated, and their impact on simulation improvements was tested. Simulations and analyses of ozone formation and high-concentration events in Taiwan were conducted, focusing on improving the accuracy of the CMAQ-PAMS model. Targeted emission reduction strategies were proposed to provide a scientific basis for improving air quality. Using both source-oriented and receptor-oriented approaches, the project explored the contribution characteristics of NOₓ and VOCs to ozone formation, as well as their differing impacts at regional and local scales. (6) The classification of synoptic weather patterns was updated to improve the model performance.",
        "proj_year": "113",
        "org_name": "環境部大氣環境司",
        "exe_unit": "中華民國氣象學會",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130042534",
        "publish_date": "20250901"
    },
    {
        "chi_title": "112-113度嘉義市水質感測器合辦應用計畫",
        "chi_subject": "嘉義市轄內最主要的河川為牛稠溪(朴子溪流域)及八掌溪，皆為與嘉義縣交界之跨縣市河川，於嘉義市境內主要污染來源為生活污水，在污水下水道系統建設並不普及之情況下，隨著國人對身體健康、居住品質之重視，對於生活周遭之環境水質掌握需求日益增加，有鑑於傳統採樣感測方式耗時耗力，所提供大尺度時間及區域水質資訊無法滿足其每日生活周遭所需的小尺度環境數據，亦無法掌握當地環境可能產生之污染熱區。本計畫配合環境部「環境品質感測物聯網發展布建及執法應用計畫」應用，採用之移動式水質感測器主要作為專案型感測，當鎖定某污染潛勢區時，適合作為污染源時空鑑定有效工具，透過岸上式可安裝於固定點位，執行連續數週高頻率感測，感測河川流系水質概況，並可應用於突發污染事件，掌握污染時空熱區。\n在辦理水質感測器應用細部規劃、感測數據資料上傳作業部分，於112年7月20日提交(環境部) 「水質感測器選址細部規劃書」，包含評估10臺移動式感測器應用目的及規劃、選址、安裝後巡檢及維修等規劃工作，在機關審核通過後，於112年8月31日前完成10 臺感測器裝設作業，完成裝設後提交「裝機完成報告書」，並在112年9月 13日完成感測器數據於水科技物聯網應用平台資料建置; 於每週完成至少1次巡檢維運，統計自112年9月至113年6月止，以維護、校正、狀況排除共60於次，其中於112年11月期間，發現感測器數值有異，經原廠調查為程式Bug，並請廣域公司排除，10台監測儀器陸續更新軟件後，於113年1月初陸續交機並完成主機復位作業，經測試後均正常運作。 \n在數據加值應用部分，感測器設置完成後，每月提供應用數據加值分析及數據比對，並填報應用狀況，其中有效資料完整率經統計，並考慮不可抗力因素後平均95%以上 ; 於於112年9月27日提交(環境部)效益評估報告書，感測器安裝後需於感測 1 個月後提出效益評估報告，若無明顯效益點位，檢討安裝位置並規劃移機作業，因應監測點位水體流動性不佳、感測器遭破壞之虞，經機關同意後將感測器移至其它進行監測，截至目前已更換三處監測點位，分別是中央排水_E1(112\/10\/19更換)、西排水_B3(113\/02\/29更換)與北排水_B2(113\/03\/29更換); 於112年11月6日提交水質感測設備應用「初步成果報告」，其內容須包含水質感測器應用工作、相關應用案例及效益評估，且至少2個月維運與數據管理資料併入初步成果; 於113年4月26日提送環保署指定文件-「期中成果報告」，分析資料至少8個月維運與數據管理資料。\n在環境應用實例部分，於112年11月6日以及113年1月2日提交環境應用實例報告書(案例一、二)，案例一於112年10月9日~10日連假期間，觀察到工廠突發性超排行為，其排放低pH及高EC廢水至自然水體，時段為10\/09上午11:00至10\/10下午16:00間，經初步分析結果表示，超標水質pH低於6以及EC濃度高達30000μS\/cm，超過標準偏差2倍以上，所以認定屬於異常排放情形，沿感測器排水溝附近調查發現，附近有一家列管工廠，目前已掌握排放特性，並配合其他設備持續監控。案例二自12\/19 下午15:00自晚間20:00止測得ph 數值>9之情況，最高ph數值測得12.3，另比對EC讀值由630 μS\/cm升至48000μS\/cm，超過標準偏差2倍以上，所以認定屬於異常排放情形，經初步分析結果表示判斷為工廠所為，沿感測器排水溝附近調查發現，附近有一家列管五金加工廠，截至113年4月數據為止，該次超標屬突發性情況，將持續觀察排放頻率。\n在水污染稽查告發案例部分，於113年5月15日與6月3日提送水污染稽查告發案例(一、二)報告，案例一成功查獲一家化工業pH超標情況，廠方代表承認廢液收集過程不夠嚴謹導致廢液流出廠外，機關於於113年5月3日開立告發，案例二查獲一營建工地之逕流廢水有pH異常超標情況，於113年5月30日依法告發。",
        "eng_title": "2023-2024 Jia-Yi City Water Quality Sensor Collaboration Program",
        "eng_subject": "Major rivers within Chiayi City are Niuchou River (Puzi River) and Bazhang River, both crossing its boundary with Chiayi County. Main pollution source in Chiayi City is domestic wastewater. When sewage system infrastructure is not yet so popular and citizens pay increasing attention to health and living quality topics, needs are growing gradually for the control of water quality in the living surroundings. In view of traditional methods for sampling and sensing are effort-intensive and time consuming, and the obtained large-scale time and zonal data of water quality can neither provide satisfactory small-scale environmental data required for the daily living surroundings nor control the pollution hot-zones in local surroundings; this program, coordinating with applications of Ministry of Environment’s “Deployment and Enforcement Application Program on Development of Environmental Quality Detection IoT”, mainly uses mobile water quality sensors for project-specific detection; it is applicable to effectively verifying spatiotemporal pollutants when a potential contamination area has been locked. Via on-land sensors installed at fixed locations, continuous and highly frequent detection of quality status of river systems can be operated for several weeks for obtaining the overall status. The program is also applicable to incidental pollution events for controlling spatiotemporal pollution hot zones.",
        "proj_year": "112",
        "org_name": "嘉義市政府環境保護局",
        "exe_unit": "元科科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1121272828",
        "publish_date": "20250807"
    },
    {
        "chi_title": "112年及113年一般廢棄物源頭減量及資源循環推升計畫",
        "chi_subject": "扣合國際間源頭減量及鏈結資源循環與淨零排放等議題，延續中央與地方協力推動一般廢棄物源頭減量及資源循環推升方案（以下簡稱推升方案），本計畫彙整中央與地方執行成果，進行量、質化分析提出精進方案並聚焦一般廢棄物優先關注項目，嗣就縣市推動特色典範與困難進行22場次縣市現場輔導訪視作業推廣輔導，由執行成果與輔導情形反饋評析推升方案，滾動式進程檢討推升方案未來具體改善建議；本計畫同時依資安防護規範，優化升級資訊整合平台，協助行政決策數據分析與監測成效追蹤，並增建1式廢紙監控儀表板；另因應國際源頭減量與循環經濟趨勢，蒐研國家與國際組織層級管理架構及指標內涵，作為我國源頭減量及資源循環效益指標修訂及管理準據參考，協助永續發展目標作業模式；期間配合工作項目規劃辦理相關研商會、說明會或業務交流會議3場次，及配合機關實際需求其他支援事項以利本計畫遂行。",
        "eng_title": "General Waste Source Reduction and Resource Circulation Enhancement Plan for 2023 and 2024",
        "eng_subject": "To align with international priorities in source reduction, resource circulation, and net-zero emissions, and to continue the collaborative efforts between central and local governments in advancing the General Waste Source Reduction and Resource Circulation Enhancement Plan (hereinafter referred to as the Enhancement Plan), this project consolidated the implementation outcomes from central and local authorities. Quantitative and qualitative analyses were conducted to propose refined strategies, focusing on priority issues related to general waste. The project completed 22 on-site visits to counties and municipalities to provide guidance on exemplary practices, address challenges, and promote implementation efforts. Feedback from these visits, combined with the evaluation of execution outcomes, was used to review and refine the Enhancement Plan in a rolling process, resulting in actionable recommendations for future improvement. Furthermore, the project upgraded the integrated information platform to comply with cybersecurity standards. These upgrades facilitated administrative decision-making, enhanced data analysis capabilities, and improved the monitoring and tracking of plan performance. As part of these efforts, a new wastepaper monitoring dashboard was developed. The project researched management frameworks and indicator systems at national and international levels. The findings served as a reference for revising Taiwan's source reduction and resource circulation performance indicators and developing management benchmarks, contributing to sustainable development goals and operational models in response to global trends in source reduction and the circular economy. Three consultation meetings, explanatory sessions, or business exchange workshops were held during the project period as planned. Additionally, the project provided support for other tasks as required by relevant authorities to ensure the smooth and effective execution of its objectives.",
        "proj_year": "112",
        "org_name": "循環署永續消費回收組",
        "exe_unit": "環科工程顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1120082200",
        "publish_date": "20250819"
    },
    {
        "chi_title": "113-金門縣廢棄物處理及循環再利用計畫",
        "chi_subject": "1.\t廢棄物轉運處理及監督計畫\n    本縣於99年以前皆採用傳統掩埋法處理垃圾，此一方法除需消耗大量珍貴土地資源並造成垃圾掩埋場迅速飽合問題外，尚需不斷尋覓場址及興建新掩埋場。\n    爰上，為避免垃圾掩埋場不敷使用情形發生及因應本縣中長期垃圾處理規劃，將以本縣一般廢棄物轉運至台灣焚化廠處理為優先選項；此外，興建廢棄物倉儲貯存廠做為垃圾打包暫置、緊急應變廠址使用，未來持續加強垃圾分類，提升資源種類與回收量，以達滅少需焚化處理的垃圾量，亦可達到資源再利用及循環經濟的目標。\n2.\t廢棄物焚化（或再利用）處理計畫\n    本縣未有垃圾焚化處理設備，生活垃圾係委託台灣焚化廠處理，目前有焚化廠縣市要求以量易量方式請委託垃圾處理之縣市回運一定比例焚化底渣，已成為未來趨勢，為避免本縣垃圾無法轉運至台灣焚化廠處理，將焚化底渣處理再利用及監督計畫等納入本計畫工作項目，以期本縣垃圾能持續轉運台灣焚化廠處理。\n3.\t廚餘堆肥操作營運計畫\n    本縣大洋廚餘堆肥廠已導入10噸廚餘快速醱酵系統，並引進廚餘破碎脫水前處理設備，以期有效解決本縣廚餘處理問題，惟每日進場量約16-17公噸，現有處理量能不足，未來將規劃擴充設備增加處理量，並優化部份設備功能。\n    廚餘廠營運需聘僱撿拾及技術人員(如鍋爐操作人員)，另有機械維護保養等問題，將由本縣環保局僱用人力或委託廠商辦理，以達良好營運成效。\n4.\t巨大廢棄物破碎操作及管理計畫\n    本縣業於109年增購大型破碎機乙台，可處理轄內產生之巨大廢棄物(廢彈簧床、木材、風倒木等)，考量本縣環保局人力有限，若有大量廢棄物產生將考量委託代操作營運，並進行定期維護保養及刀具零件維修更換，以達良好營運成效。\n5.\t廢棄物及資源回收物回運計畫\n    本縣廢塑膠、廢保麗龍、滅火器及電子廢棄物等，因轄內無相關廢棄物處理設備及技術工廠，為避免大量廢棄物堆置，造成環境衛生議題，規劃將此類廢棄物委由廠商轉運至台灣本島進行後續處理再利用。\n6.\t掩埋場維護管理計畫\n\t本縣生活垃圾以轉運台灣焚化處理為主，掩埋場則主要處理不適燃性之生活垃圾、裝潢廢棄物及一般事業廢棄物等，並作為災害緊急應變處理場址，遇垃圾無法轉運時(如農曆年假長時間無船舶載運或焚化廠歲修整改等) ，垃圾需打包封膜進行暫置掩埋場區，後續再轉運至台灣進行焚化處理。",
        "eng_title": "113-Kinmen County Waste Treatment and Recycling Plan",
        "eng_subject": "1. Waste transfer, treatment and supervision plan\n Before 1999, this county used the traditional landfill method to dispose of garbage. In addition to consuming a large amount of precious land resources and causing the problem of rapid saturation of landfills, this method also requires continuous search for sites and the construction of new landfills.\n First, in order to avoid insufficient use of landfills and to adapt to the county’s mid- to long-term garbage treatment plan, the county’s general waste will be transferred to Taiwan’s incineration plant as a priority option; in addition, a waste storage and storage plant will be built as a priority. Garbage packaging is temporarily stored and used as an emergency response plant. In the future, we will continue to strengthen garbage classification, increase the types of resources and the amount of recycling, so as to reduce the amount of garbage that needs to be incinerated, and also achieve the goals of resource reuse and circular economy.\n2. Waste incineration (or reuse) treatment plan\n There is no garbage incineration treatment equipment in this county. Domestic waste is entrusted to Taiwan incineration plants for processing. Currently, counties and cities with incineration plants require counties and cities that entrust garbage treatment to return a certain proportion of incineration bottom residue by easy measurement. This has become a future trend. In order to avoid the inability of the county's garbage to be transferred to Taiwan's incineration plant for treatment, the incineration bottom residue treatment, reuse and supervision plan will be included in the work items of this plan, with the hope that the county's garbage can continue to be transferred to Taiwan's incineration plant for treatment.\n3. Food waste composting operation plan\n The county's Dayang Food Waste Compost Plant has introduced a 10-ton food waste rapid fermentation system and food waste crushing and dehydration pre-processing equipment in order to effectively solve the county's food waste disposal problem. However, the daily input volume is about 16-17 tons. The existing processing capacity is insufficient. In the future, we will plan to expand equipment to increase processing capacity and optimize some equipment functions.\n The operation of a food waste plant requires the hiring of pickers and technical personnel (such as boiler operators). There are also mechanical maintenance and other issues that will be handled by the county's Environmental Protection Bureau or entrusted to manufacturers to achieve good operational results.\n4. Huge waste shredding operation and management plan\n The county purchased an additional large-scale crusher in 2019, which can handle the huge waste generated within the jurisdiction (waste spring beds, lumber, wind-downed wood, etc.). Considering the limited manpower of the county's Environmental Protection Bureau, if a large amount of waste is generated, it will Consider entrusting an agent to operate and perform regular maintenance and repair and replacement of tool parts to achieve good operating results.\n5. Waste and recycling recycling plan\n Waste plastics, waste styrofoam, fire extinguishers, electronic waste, etc. in this county do not have relevant waste treatment equipment and technical factories. In order to avoid the accumulation of large amounts of waste and cause environmental sanitation issues, we plan to transfer such waste to a trust. It is transferred by the manufacturer to the main island of Taiwan for subsequent processing and reuse.\n6. Landfill Maintenance Management Plan\nDomestic waste in this county is mainly transferred to Taiwan for incineration treatment. The landfill mainly handles non-combustible domestic waste, decoration waste and general industrial waste. It is also used as a disaster emergency response site. When the waste cannot be transferred (such as During the Lunar New Year holiday (there are no ships to carry the goods or the incineration plant is under annual renovation, etc.), the garbage needs to be packed and sealed for temporary burial in the landfill area, and then transferred to Taiwan for incineration.",
        "proj_year": "113",
        "org_name": "金門縣環境保護局",
        "exe_unit": "金門縣環境保護局",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1133590894",
        "publish_date": "20250711"
    },
    {
        "chi_title": "113年臺中市低碳排車輛補助管理計畫",
        "chi_subject": "計畫執行期程自簽約日１１３年６月１日起至１１４年５月３１日。統計至１１４年５月３１日止，整體工作量完成度已達９３.６%。目前已完成工作項目包含案件審查９,５９０件、簡訊發送８,７３７件、臺中ㄅㄨㄅㄨ網網頁平台及伺服器主機每月定期更新維護工作１２個月、機車汰舊換購低碳排車輛補助標準作業程序１式、低碳排車輛宣導活動４場次。另外，媒體宣導已執行費用７７８,１００元、系統功能更新已執行費用９３,８３０元、契約後續擴充用於系統更新已執行費用３７５,３２０元。",
        "eng_title": "Low Carbon Emission Vehicle Subsidy Management Program at Taichung City in 2024.",
        "eng_subject": "The project implementation period spans from the contract signing date, June 1, 2024, to May 31, 2025. As of May 31, 2025, the overall completion rate of the project has reached 93.6%. The completed tasks to date include the review of 9,590 cases, the issuance of 8,737 SMS messages, monthly updates and maintenance of the Taichung Bubu website platform and server for 12 consecutive months, the establishment of one set of standard operating procedures for the low-emission vehicle subsidy program related to old motorcycle replacement, and the organization of four public promotion events for low-emission vehicles. In addition, expenditures for media promotion have amounted to NT$778,100, system feature updates have incurred NT$93,830, and an additional NT$375,320 has been spent for post-contract system expansions.",
        "proj_year": "113",
        "org_name": "臺中市政府環境保護局",
        "exe_unit": "創騏環境科技有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1132930934",
        "publish_date": "20250724"
    },
    {
        "chi_title": "113年低碳永續家園暨強化村里低碳行動計畫",
        "chi_subject": "為提升全民氣候變遷認知，動員全民共同參與低碳永續家園工作，環境部氣候變遷署自104 年推動「低碳永續家園評等推動計畫」，透過自主參與機制，動員村里執行低碳永續行動項目；地方政府亦在政策推動下，形成運作良好的專責推動組織，並串聯中央政府、村里民眾、企業、非政府組織等資源，長期經營低碳永續行動項目與教育宣導，引導民眾從日常生活中積極實踐低碳行動。\n本計畫主要負責「低碳永續家園」推動體系之日常維運與幕僚支援，工作內容包括：強化成果文件與報名資料的審查效能、建置量化評等填報機制，以及優化資訊網的操作介面。本計畫協助完成680件報名資料審核、689件成果文件審核、33件銀級現勘。已累計358鄉鎮市區及6,140村里完成報名參與，其中160鄉鎮市區及1,634村里達成評等，每年參與率以4~6%成長，評等認證率則以每年1~3%成長。各村里在行動項目選擇上以生態綠化-區域綠化、綠能節電-推動設備節能、資源循環-推動資源回收再利用為主要推動項目。\n本計畫為提升政策能見度與參與度，透過全民票選活動吸引3,934人投票、累計投出77,247票，並結合影片、社群平台等多元管道宣傳，有效提升民眾參與意願與政策認同。本計畫亦邀請地方創生專家提供建議，媒合行動項目與地方發展的連結。專家建議應了解在地問題與其地方屬性，藉由低碳家園的執行項目，選擇因地制宜的行動項目，發揮其在地特色。因此，彙整出六大推動方向：如補助認證費用、設計誘因機制、開放補助主體、以成功案例為「觀摩里」、培育人才及強化政策目標等，邀請地方創生工作團隊加入輔導與分析，為村里識別並制訂執行方案，以發展出最適合的地方經濟，改善在地環境問題。\n本計畫為鼓勵長期參與「低碳永續家園評等推動計畫」與已獲得評等之村（里）持續投入推動量能，藉此強化執行的廣度及深度，展現多元減碳作為。為此，本計畫辦理村里多元競賽活動及頒獎典禮，並將活動花絮影片上架於官網，以讓更多村里及民眾看見相關成果，擴大參與意願。為擴大在地推動成效，辦理村里多元競賽活動，共有56個村里參與，相關宣傳資訊在網路上被分享轉發達5,610次，累計分享人數共240名。競賽中，銅級組與銀級組各評選出特優2名、優等3名、佳作10名，並頒發長期參與與推薦入圍獎共6名。頒獎典禮吸引150人參加，現場交流熱絡，進一步鼓勵村里持續投入，同時作為績優村里示範點提供給村里做為未來推行推行項目之參考。\n此外，本計畫亦辦理20場次深度節能推廣說明會共計824人參與，以提升全民對永續生活的重視，針對節能概念與能源管理方面之主題引導民眾從家庭及社區層面著手，將永續理念融入生活中。同時，配合辦理相關展覽活動，除展示低碳永續家園的行動項目及減碳成果外，也針對雨水花園、調適案例、老舊車輛汰舊換新等主題，製作教具、說明背板及試乘車輛等體驗項目，累積約1,400人次參與，透過實際體驗提升民眾參與意願，達到全民參與之目的。",
        "eng_title": "2024 Action Plan for Strengthening Low-Carbon Sustainable Homeland and Low-Carbon Actions in Villages",
        "eng_subject": "To raise public awareness of climate change and promote broad participation in the Low-Carbon Sustainable Homeland initiative, the Climate Change Administration of the Ministry of Environment has implemented the Low-Carbon Sustainable Homeland Program since 2015. This program encourages villages and neighborhoods to voluntarily engage in low-carbon and sustainable actions. Under the guidance of supportive policies, local governments have established dedicated and well-functioning implementation units that coordinate resources from the central government, local residents, businesses, and non-governmental organizations. These stakeholders work together to sustain low-carbon initiatives and public education efforts, encouraging citizens to adopt low-carbon practices in their everyday lives.\nThis project was primarily responsible for the day-to-day operation and administrative support of the program’s implementation system. Its responsibilities included improving the efficiency of registration and achievement document reviews, establishing a quantitative reporting and evaluation mechanism, and optimizing the interface of the official information platform. As part of this effort, the project successfully completed reviews of 680 registration documents, 689 achievement reports, and conducted 33 on-site Silver-level assessments. To date, a total of 6,140 villages and neighborhoods across 358 townships and districts have registered for participation, of which 1,634 villages in 160 townships have completed the official rating process. Participation rates have grown by 4–6% annually, while certification rates have increased by 1–3% per year. The most commonly implemented action items across villages include ecological greening (regional greening), green energy and energy conservation (promoting energy-saving equipment), and resource circulation (promoting recycling and reuse).\nTo enhance policy visibility and encourage greater public engagement, this project launched a nationwide public voting campaign that attracted 3,934 voters and gathered 77,247 votes. The campaign was promoted through various channels including videos and social media platforms, effectively increasing public interest and support for the initiative. In addition, regional revitalization experts were invited to provide strategic advice, helping align low-carbon actions with local development. The experts emphasized the importance of understanding local issues and characteristics in order to select appropriate, context-specific actions that highlight regional uniqueness. Based on their input, six key strategic directions were identified: subsidizing certification fees, designing incentive mechanisms, broadening the range of eligible funding recipients, selecting successful villages as demonstration models, nurturing talent, and strengthening policy objectives. Local revitalization teams were invited to support planning and analysis efforts, assisting villages in developing tailored action plans that contribute to sustainable local economies and address environmental challenges.\nTo encourage continued engagement among long-term participants and certified villages, the project organized a series of village-level competitions and an award ceremony. Highlight videos from these events were uploaded to the program’s official website to showcase achievements and increase public awareness, thereby promoting further participation. A total of 56 villages participated in the competitions, and related promotional content was shared and forwarded online 5,610 times, with 240 individuals participating in the sharing. In both the Bronze and Silver award categories, two projects received Outstanding Performance Awards, three received Excellence Awards, ten received Merit Awards, and six were honored with Long-Term Participation or Jury Recommendation Awards. The award ceremony attracted 150 attendees and fostered lively interaction, further encouraging villages to remain engaged. These outstanding villages also serve as demonstration sites for others to reference when planning future projects.\nAdditionally, the project hosted 20 in-depth energy conservation seminars, with a total attendance of 824 participants. These seminars aimed to deepen public understanding of sustainable living by addressing topics such as energy-saving concepts and energy management, encouraging action at the household and community levels. Complementary exhibitions were also held to showcase the program’s low-carbon initiatives and carbon reduction achievements. Topics included rain garden construction, climate adaptation case studies, and the replacement of old vehicles. Interactive tools, display boards, and vehicle test rides were made available to enhance the visitor experience. Approximately 1,400 participants joined these hands-on activities, which successfully boosted public interest and engagement, supporting the goal of inclusive, nationwide participation.",
        "proj_year": "113",
        "org_name": "氣候署調適韌性組",
        "exe_unit": "環資國際有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1132496259",
        "publish_date": "20250704"
    },
    {
        "chi_title": "氣候變遷與人權指引精進研析專案計畫",
        "chi_subject": "由於氣候變遷極可能對全球人類與各物種產生難以回復的損害，透過國際合作採取適當的減緩和調適措施以因應氣候變遷，實屬重要！如何從人權角度探討各種氣候行動，亦逐漸受國際社會重視。蓋人權義務、標準和原則有可能為有關氣候變遷領域之國際、區域和國家政策制定，提供更充分之資訊，並加強促進政策之一致性、合法性和持續性之成果。\n本計畫之目的有二。一方面在參酌巴黎協定下之國家自定貢獻的目標，依循我國政府近年的政策方向，並落實「氣候變遷因應法」的理念與立法原則，更新研提「國家自定貢獻（NDC）融入人權因素之指引（草案）」。另一方面，本計畫適度參考國際間有關氣候變遷調適的發展趨勢，衡酌切合我國人文社會自然環境之需求，側重人權面向的觀點，建構氣候變遷相關因素之下實踐人權保障的基本原則與重要步驟，更新研提「國家氣候變遷調適行動方案融入人權因素之操作指南（草案）」。\n期望藉此研究成果，建構具可操作性之指引與指南，以提供環境部與中央機關及地方政府參考。",
        "eng_title": "Climate Change and Human Rights Guideline Improvement and Analysis Project",
        "eng_subject": "Due to the high likelihood that climate change will cause irreparable damage to humanity and various species worldwide, it is crucial to take appropriate mitigation and adaptation measures through international cooperation to address climate change. The exploration of various climate actions from a human rights perspective is also gradually gaining attention from the international community. Human rights obligations, standards, and principles could provide more comprehensive information for the formulation of international, regional, and national policies related to climate change, and enhance the consistency, legitimacy, and sustainability of policy promotion outcomes.\nThe purpose of this project is twofold. On one hand, it aims to update and propose a Guideline (Draft) for Integrating Human Rights Factors into Nationally Determined Contributions (NDCs) based on the targets set under the Paris Agreement, following the recent policy direction of our government and implementing the principles and legislative concepts of the Climate Change Response Act. On the other hand, the project moderately references international trends in climate change adaptation, considering the needs of our country's socio-cultural and natural environment, with a focus on human rights perspectives. It seeks to establish the fundamental principles and important steps for ensuring human rights protection under climate change-related factors and to update and propose an Operational Guideline (Draft) for Integrating Human Rights Factors into the National Climate Change Adaptation Action Plan.\nIt is hoped that the results of this research will establish practical guidelines and recommendations to provide reference for the Environmental Protection Agency, central authorities, and local governments.",
        "proj_year": "113",
        "org_name": "氣候署淨零推動組",
        "exe_unit": "國立臺北大學",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131867459",
        "publish_date": "20250704"
    },
    {
        "chi_title": "113年臺東縣石綿建材廢棄物清除處理計畫",
        "chi_subject": "本計畫為113年臺東縣石綿建材廢棄物清除處理計畫，由臺東縣環境保護局主辦，委任青新環境工程股份有限公司執行，執行期程自113年4月22日至113年12月15日止，計畫總經費為新台幣1,629,878元整。計畫項目執行含石綿建材建築物調查管理(含意願調查)、石綿建材廢棄物補助申請案件審查及查核作業，以及額外承諾事項等，詳細之工作內容及執行成果分述於各章節中，截至113年11月20日止，本計畫辦理執行情形如下：\n一、含石綿建材建築物調查管理(含意願調查)：\n依據環境部「戶外含石綿建材空間分布管理系統」之臺東縣疑似含石綿建材建築物資料進行實地調查、確認現況及清除意願，預計調查171件，並通知屋主該建築物含石綿建材情形及應注意事項，執行石綿建材建築調查、管理及資料造冊，截至113年11月20日，新增10件民眾自主通報之含有石綿建材建築物，並已將10件新增至「戶外石綿建材空間分布管理系統」。已無石綿建材建築物為73件，含石綿建材建築物為107件，合計完成181件石綿建材建築物調查，其中有意願申請補助共18件(4件為相同地址)，已提出補助申請案件共計11件。\n二、石綿建材建築物所有權人之相關資訊通知：\n依據環境部「戶外含石綿建材空間分布管理系統」之臺東縣疑似含石綿建材建築物資料計171棟，經現勘調查，排除同地址含石綿建材建築物41棟、已無石綿建材之建築物73棟、含石綿但不符合補助資格3棟(2棟為事業單位、1棟為公有建築物)，故實際寄件數為54棟。以郵寄方式通知含石綿建材建築物之屋主，包含建築物含石綿建材補助作業原則、拆除後廢棄物應合法清除處理及其清除處理費補助等事項，於113年6月25日前寄送50戶、親送2戶、請村里長協助轉交2戶，合計54\n戶。\n三、辦理「石綿建材廢棄物清除及處理費補助」宣導說明會：\n截至113年11月20日止，分別於5月30日、6月27日、7月18日及8月27日辦理4場補助宣導說明會，邀請對象為「戶外含石綿建材空間分布管理系統」建築物所有人、當地居民及村里長參與，合計222人參加。\n四、石綿建材廢棄物清除處理費補助申請案件書面審查、現場會勘或查核、清除處理機構結案報告審查等工作：\n比對系統及符合補助對象條件者進行資格審查確認、通知申請者共同會勘作業，確認申請拆除範圍、數量後，再與清除及處理機構進行相關清除處理作業。截至113年11月20日止，申請補助案共計11件，並已全數完成審查，其中1件為系統已列管之建築物所有人提出申請，其餘10件為民眾自主通報、確認及提出申請。\n核准11件補助申請案，已完成11件補助申請案清運作業，經臺東縣環保局向環境部資源循環署共同供應契約下訂委託日友環保科技股份有限公司辦理清除處理工作：\n(一) 第一批次：於113年7月8日及9日，進行5個清運點，清除處理計8.83公噸，暫置櫃暫存約2.2公噸。\n(二) 第二批次：於113年10月30日，進行4個清運點，清除重量計3.61公噸，並將暫置櫃暫存量2.19公噸一併清除處理，合計5.8公噸。\n(三) 第三批次：於113年11月18日，進行2個清運點，清除處理計4.82公噸。\n合計清除處理19.45公噸。與核定計畫清除處理目標20公噸相比，達成率97%。\n五、其他辦理事項\n1.113年4月25日函提交114年度之補助申請計畫初稿，並協助修正。\n2.113年5月28日完成製作4個活動、宣導用手拿板。\n3.113年5月30日函提送第1次的新聞稿、機關臉書(FB)及TTPush推播素材。113年9月24日函提送第2次的新聞稿、機關臉書(FB)及TTPush推播素材。\n4.113年6月4日函提送臺東縣環保局官網刊登本計畫相關資訊之規劃書，並協助環保局官網完成設置資訊專區，供民眾查詢。\n5.113年6月20日函提送設置石綿建材廢棄物暫置櫃成果報告。\n六、額外承諾事項\n1.113年5月7日函提送宣導動畫影片，協助提供臺東縣環保局刊登於官網播放。\n2.113年6月28日函提送配合機關設計可懸掛在垃圾車及資源回收車上的宣導布條規劃書，並於113年7月17日完成製作，並於113年8月15日起由清潔隊垃圾車及資源回收車協助懸掛宣傳。\n3.委由東台有線電視公司完成電視跑馬燈託播，宣導石綿補助政策，分別於113年6月5日、6月19日、7月10日、7月24日、8月16日、8月30日，共計託播6日，已全數完成。\n4.於113年8月27日全數完成與轄內14個鄉鎮市公所合作，於公所內放置補助申請表，合計共95份。",
        "eng_title": "2024 Taitung County Asbestos Construction Waste Removal and Disposal Project",
        "eng_subject": "2024 Taitung County Asbestos Construction Waste Removal and Disposal Project\n\nThis project, titled the “2024 Taitung County Asbestos Construction Waste Removal and Disposal Project,” is commissioned by the Taitung County Environmental Protection Bureau and executed by Ching Hsin Environmental Engineering Co., Ltd. The implementation period is from April 22, 2024, to December 15, 2024, with a total budget of NT$1,629,878. The project includes asbestos-containing building survey and management (including willingness surveys), review and inspection of subsidy applications for asbestos waste disposal, and fulfillment of additional commitments. Detailed tasks and outcomes are elaborated in each chapter. As of November 20, 2024, the project implementation status is as follows:\n\nI. Survey and Management of Asbestos-containing Buildings (Including Willingness Surveys)\nBased on the suspected asbestos-containing building data from the Ministry of Environment’s “Outdoor Asbestos Building Management System” for Taitung County, field investigations were conducted to confirm conditions and removal willingness. A total of 171 cases were scheduled for survey. Property owners were notified about the asbestos content and precautions. Survey, management, and documentation were conducted accordingly. As of November 20, 2024, an additional 10 self-reported asbestos-containing buildings were added to the system. The survey identified 73 non-asbestos buildings and 107 asbestos-containing buildings, totaling 181 completed cases. Among these, 18 cases (with 4 at the same address) expressed willingness to apply for subsidies, and 11 applications were formally submitted.\n\nII. Notification to Property Owners of Asbestos-containing Buildings\nAccording to the management system, 171 buildings were listed in Taitung County. After field verification, 41 duplicate-address buildings, 73 non-asbestos buildings, and 3 ineligible buildings (2 business-use, 1 public building) were excluded, resulting in 54 notifications sent. Notification content included subsidy application guidelines, proper disposal procedures, and subsidy coverage. As of June 25, 2024, 50 letters were mailed, 2 were delivered in person, and 2 were handed over via village chiefs—totaling 54 households.\n\nIII. Public Information Sessions on Subsidies for Asbestos Waste Disposal\nAs of November 20, 2024, four public sessions were held on May 30, June 27, July 18, and August 27. Participants included building owners listed in the system, local residents, and village chiefs. A total of 222 people attended.\n\nIV. Review and On-site Inspections of Subsidy Applications, and Disposal Completion Checks\nSubsidy applications were reviewed for eligibility based on system data. Joint inspections were conducted to verify demolition scope and volume. Subsequent coordination with disposal contractors followed. As of November 20, 2024, 11 subsidy applications were submitted and approved. One application was from a pre-registered property; the remaining 10 were from self-reported cases. All 11 cases have completed the removal process through Dayou Environmental Technology Co., Ltd., under a joint supply contract with the Resource Circulation Administration:\n\nFirst Batch (July 8–9, 2024): 5 locations, 8.83 metric tons removed; 2.2 tons temporarily stored in containers.\n\nSecond Batch (October 30, 2024): 4 locations, 3.61 tons removed plus 2.19 tons of temporary storage, totaling 5.8 tons.\n\nThird Batch (November 18, 2024): 2 locations, 4.82 tons removed.\nTotal Removed: 19.45 metric tons, achieving 97% of the 20-ton target.\n\nV. Other Project Activities\nOn April 25, 2024, submitted the draft proposal for the 2025 subsidy project and assisted with revisions.\n\nOn May 28, 2024, produced 4 handheld signs for events and outreach.\n\nOn May 30 and September 24, submitted the first and second batches of press releases and materials for the agency’s Facebook and TTPush.\n\nOn June 4, submitted the planning document for the project’s section on the Taitung EPB website and assisted in setting it up.\n\nOn June 20, submitted the report on the results of setting up the asbestos waste temporary storage containers.\n\nVI. Additional Commitments\nOn May 7, submitted an educational animation video for publication on the Taitung EPB website.\n\nOn June 28, submitted a banner design plan for installation on garbage and recycling trucks. Production was completed on July 17 and banners were displayed starting August 15.\n\nPartnered with Eastern Taitung Cable TV to broadcast public information on asbestos subsidies via TV ticker messages on June 5, June 19, July 10, July 24, August 16, and August 30—six broadcasts in total.\n\nBy August 27, placed 95 subsidy application forms across all 14 township and city offices within the county.",
        "proj_year": "113",
        "org_name": "臺東縣環境保護局",
        "exe_unit": "青新環境工程股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131289778",
        "publish_date": "20250715"
    },
    {
        "chi_title": "113-114年度通訊機房設備擴充暨維運案",
        "chi_subject": "本計畫旨在強化國家環境研究院通訊機房的運算效能與資訊安全，內容涵蓋超融合運算平台維運、數位監控儀表板建置，以及研究數據分析操作區之建立，並透過三階段方式分期推動各項任務。第一階段聚焦於系統初建，完成邊緣運算平台與虛擬環境建置、備份系統安裝與SOP撰寫；第二階段則推進儀表板正式上線、操作區部署與維運制度更新，確保系統穩定與實用性提升；第三階段為結案整備，包括教育訓練、資安演練、維運交接及驗收等工作。\n本案採行制度化與標準化導入策略，針對機房監控、虛擬化平台、備援與資料保護機制全面強化，並落實每月維運作業與弱點掃描等資安管理。儀表板整合電力、空調、網路與伺服器監控，提供即時預警與視覺化管理介面，有效提升作業透明度與效率。操作區則建立隔離網段並配備還原機制，保障人員操作安全。\n整體而言，本案如期完成階段性目標，不僅穩定強化研究院之研究院系統韌性與資安防護，也建立良好的維運制度與知識移轉基礎。",
        "eng_title": "113-114 Communication Room Equipment Expansion and Maintenance Project",
        "eng_subject": "This project aims to strengthen the computing performance and information security of the National Environmental Research Academy’s communication data center. The scope includes maintenance of a hyper-converged computing platform, construction of a digital monitoring dashboard, and establishment of an operation zone for research data analysis. The implementation was carried out in three phases. Phase one focused on system setup, including the deployment of the edge computing platform, virtualization environment, installation of backup systems, and drafting of standard operating procedures (SOPs). Phase two involved the official launch of the dashboard, deployment of the operation zone, and updates to operational protocols to enhance system stability and practicality. Phase three concluded the project with training sessions, cybersecurity drills, handover of operations, and project acceptance procedures.\n\nThe project adopted a systematic and standardized approach, reinforcing data center monitoring, virtualization infrastructure, backup, and data protection mechanisms. Regular monthly maintenance and vulnerability scans were executed as part of robust cybersecurity practices. The integrated dashboard consolidated power, HVAC, network, and server monitoring into a real-time, visualized interface, significantly improving transparency and operational efficiency. The operation zone was built with network isolation and restoration mechanisms to ensure a secure working environment for personnel.\n\nFinally, the phased goals of the project have achieved within the scheduled duration and budget. Hence, the system resilience and cybersecurity of the severed institute have effectively enhanced. Meanwhile, the results of this project provided a comprehensive framework for maintenance and a solid foundation for knowledge transfer.",
        "proj_year": "113",
        "org_name": "國環院綜合規劃組",
        "exe_unit": "信陽電腦科技有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130948040",
        "publish_date": "20250718"
    },
    {
        "chi_title": "113年度臺南市柴油車動力計排煙檢測及污染管制計畫",
        "chi_subject": "臺南市轄區範圍為2191.7平方公里，依據交通部統計查詢網資料顯示臺南市總機動車輛數排名為全國第五，截至113年11月底臺南市所登記車輛數2,125,554輛，其中柴油車總數約68,607輛，而大型客、貨車登記總數約17,623輛，小型柴油客貨車約50,984輛。\n臺南市結合柴油車自主管理制度，並藉車辨調查所得之污染潛勢地點，針對轄區高污染車輛主要出沒地點執行稽查，藉以改善轄區車輛污染排放情形。\n自102年以環保局名義取得TAF實驗室系統認證後，110年TAF認證持續維持，並於111年6月辦理延展評鑑，並於同年10月通過展延。\n113年度計畫執行期間投入人力17人，具柴油車排放煙度儀器檢測證照者15人、具柴油車目視判煙證照10人及ISO17025證書6人，稽查用廂型車3輛及目視判煙稽查用單眼相機4台。\n\n一、計畫執行期程\n本計畫執行期程由113年5月4日至113年12月31日止，共計8個月，期末報告執行成果統計截至113年12月21日。\n二、主要工作執行成果\n（一）目視判煙拍照完成5,203輛稽查，目視判煙有污染之虞通知車輛為246輛次，目標達成率100%；其中以攔車不透光率判煙稽查有污染之虞通知車輛共計104輛，達目標數的100%。\n（二）動力計不透光率檢測共計3,932輛次，其目標達成率為100.0%，經不透光率檢測不合格有98輛次，不合格率為2.5%；SCR稽查共計47件。\n（三）路邊排煙攔查1,539輛，經篩選後執行不透光率檢測98輛次，不透光率檢測不合格46輛次，其不合格率為46.9%。\n（四）場站（廠）檢測服務共計執行43場次，車輛到場數475輛，共計檢測464輛次，不透光率檢測不合格29輛次，不合格率為6.1%。\n（五）到站檢測隨機針對車輛油箱採樣已完成3件、路邊攔查採樣已採樣4件及船舶用油採樣已完成3件，共計抽測10件，工作進度達100.0%，未有檢驗不合格案件。\n（六）計畫期間排煙標章已核發5,281輛，目標達成率100.0%。\n（七）計畫依據契約書要求提交定點輔導檢測規劃書、特定區域管制場次分配規劃書、創新作法規劃書及工作進度規劃表等規劃文書資料，均已於規定期限前函文核備。\n（八）人員教育訓練已於113年6月28日完成辦理。\n（九）依契約要求每季提報動力計檢測站品保品管資料，工作進度達成率為100%。",
        "eng_title": "2024 Plan of Tainan City for dynamometer testing of diesel-fueled vehicle exhausts and Pollution control",
        "eng_subject": "The area under the jurisdiction of Tainan City is 2,191.7 square kilometers.   According to the data on the statistical inquiry website of the Ministry of Transportation and Communications, the total number of motor vehicles in Tainan City ranks fifth in Taiwan.  As of the end of November 2024, the number of registered vehicles in Tainan City was 2,125,554 vehicles, of which the total number of diesel vehicles was about 68,607 vehicles, the total number of registered large passenger-carrying buses and large trucks was about 17,623 vehicles, and the number of small diesel buses and small diesel trucks was about 50,984 vehicles.\nCombining the self-management system of diesel vehicles, Based on the potential air pollution locations obtained from the vehicle plate identification surveys, and focusing on areas where highly polluting vehicles pass in the jurisdiction area, inspections were conducted so as to improve the situation of vehicles’ air pollutant emission in the jurisdiction area.\nAfter obtaining certification from the Taiwan Accreditation Foundation (TAF) laboratory system in the name of the Environmental  Protection Bureau in 2013, the TAF certification was extended in 2021.  Extended evaluation was processed in June 2022, and such extension was passed in October of the same year.\nDuring the implementation of the project in 2024, there were 17 people joining the manpower team.  Regarding the personnel, 15 people obtained the Certificate of Diesel Vehicle Emitted exhaust fumes Instrumental Detection, 10 people obtained the Certificate of Visual Judgment of Diesel Vehicle Exhaust Fumes, and 6 people obtained the ISO17025 Certificate.  There were 3 vans for inspection, and 4 monocular cameras for visual judgment of emitted exhaust fumes.\n1.\tImplementation schedule of this project\nThe implementation period of this project was from May 4, 2024 to December 31, 2024, lasting for 8 months; and the statistics in the final report of implementation results was calculated until December 21, 2024.\n2.\tImplementation results of the main tasks\n(1)\tThere were 5,203 vehicles with visual judgment of exhaust fumes, photograph taken and inspection completed.  Amongst them, 246 vehicles were notified of being suspected of creating air pollution after visual judgment of their exhaust fumes, with a target achievement rate of 100%.  Of them, a total of 104 vehicles were notified of being suspected of creating air pollution after judgment of the opacity rate of their exhaust fumes during roadblock inspection, with a target achievement rate of 100%.\n(2)\tThe dynamometer opacity rate of a total of 3,932 vehicle-times was inspected, with a target achievement rate of 100.0%.  There were 98 vehicle-times failing the opacity test, with a failure rate of 2.5%.  There was a total of 47 cases performing selective catalytic reduction (SCR) process.\n(3)\tA total of 1,539 vehicles had their exhaust fumes checked during the roadblock inspection.  After screening, the exhaust fumes opacity rate of 98 vehicle-times were tested.  There were 46 vehicle-times failing the opacity test, with a failure rate of 46.9%.\n(4)\tA total of 43 inspection sessions were performed at the station (repair shop).  There were 475 vehicles arriving at the station, with inspection performed for 464 vehicle-times in total.  Nine vehicle-times failed the opacity test, with a failure rate of 6.1%.\n(5)\tDuring random inspection at the station, there were 3 vehicle fuel tank samples taken; 4 cases of sampling during roadblock inspection; and 3 cases of ship oil sampling completed, with a total of 10 random sampling cases, and with the progress of work completion reaching 100.0%.  There was no case of failure in inspection.\n(6)\tDuring the project period, exhaust fumes inspection passed labels were issued to 5,281 vehicles, with a target achievement rate of 100.0%.\n(7)\tAccording to the contract of this project, it was required to submit some planning documents and information, including a proposal of guidance and inspection at fixed places, a proposal of specific area control sessions, a proposal of innovative practices, and a planning table of work progress.  All of these documents were written and approved before the specified deadline.\n(8)\tEducation and training for the personnel were completed on June 28, 2023.\n(9)\tAccording to the requirements of the contract, the quality assurance and quality control data of the Dynamometer Detection Station should be submitted every quarter, with 100%. progress rate of work completion.",
        "proj_year": "113",
        "org_name": "臺南市政府環境保護局",
        "exe_unit": "春迪企業股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130803624",
        "publish_date": "20250704"
    },
    {
        "chi_title": "國家溫室氣體清冊報告編輯、研析精進及應用專案計畫",
        "chi_subject": "《巴黎協定》強調，資訊透明與資料可查證性是全球氣候治理的重要基礎，國家溫室氣體清冊制度遂成為各國政策檢視與制度對齊的關鍵工具。依據《氣候變遷因應法》規定，我國須每年編製並發布《國家溫室氣體排放清冊報告》，以盤點溫室氣體減量進展，並作為政策研擬與銜接國際規範之基礎。本計畫為強化我國清冊報告之統計品質與制度化運作機制，聚焦於清冊資料透明度與應用性之提升，可供各部會政策盤點與調整，並強化我國氣候治理基礎與國際接軌能力。本計畫目標與主要工作如下：\n（一）\t辦理我國溫室氣體排放量數據之精進，逐步完備我國國家清冊報告。\n（二）\t蒐研國內外之各國溫室氣體排放趨勢及清冊統計資料。\n（三）\t協助辦理溫室氣體排放量編輯及發布2024、2025年《中華民國國家溫室氣體排放清冊報告》。\n（四）\t依氣候變遷因應法分類推估我國溫室氣體排放趨勢。\n（五）\t辦理環境部權管環境部門之溫室氣體排放趨勢、方案及成果彙整。",
        "eng_title": "National Greenhouse Gas Inventory Compilation, Analysis, Improvement, and Application Project",
        "eng_subject": "The Paris Agreement highlights transparency and verifiability as core principles of global climate governance. National greenhouse gas (GHG) inventory systems have become essential tools for evaluating domestic mitigation progress and aligning with international frameworks. In accordance with the Climate Change Response Act, Taiwan compiles and publishes its National GHG Inventory Report annually to support policy review and alignment with evolving global standards. This project aims to enhance the statistical quality and institutional framework of Taiwan’s GHG inventory, improve data transparency and usability, and support evidence-based policy evaluation. It also contributes to strengthening the foundation for national climate governance and international alignment.\nThe objectives and major tasks in include:\n1.\tEnhance the quality of Taiwan’s GHG emissions data and progressively improve the National Inventory Report.\n2.\tCollect and analyze GHG emission trends and inventory statistics from Taiwan and other countries.\n3.\tAssist in the compilation and publication of Taiwan’s National GHG Inventory Reports for 2024 and 2025.\n4.\tEstimate Taiwan’s future GHG emission trends by sector, in line with the Climate Change Response Act.\n5.\tCompile emission trends, reduction programs, and implementation results for sectors under the jurisdiction of the Ministry of Environment.",
        "proj_year": "113",
        "org_name": "氣候署淨零推動組",
        "exe_unit": "財團法人工業技術研究院",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130747957",
        "publish_date": "20250729"
    },
    {
        "chi_title": "113年度前瞻河川水質環境管理計畫（南區）",
        "chi_subject": "本計畫係協助「前瞻基礎建設計畫」與「永續水質推動計畫2.0－河川環境品質提升計畫」追蹤地方政府執行進度，並協助辦理8處次前瞻基礎建設計畫協商會議及10處次永續水質推動計畫2.0–河川環境品質提升計畫現地勘查，另針對19處目標改善河段或水體辦理現地勘查，並協助每月水質嚴重污染或突發污染之河段污染源追蹤，據以提出水質改善策略，並協辦有關南區縣市前瞻計畫及公共建設計畫行政幕僚工作。配合2場專家諮詢研商會議辦理，協助補充修正109至112年「永續水質推動計畫－氨氮削減示範計畫」執行成果報告。\n彙整全國歷年補助已完工之現地處理設施操作維護資料，辦理30場次現地設施操作維護督導作業，並提出相關成果報告及改善建議，亦協助更新水質淨化現地處理網站，新增4處場址資料，並於114年3月28日辦理臺南市柳營區八翁里畜牧糞尿資源化處理設施二期動土典禮1場次。\n針對南區8條指定河川（新虎尾溪、北港溪、急水溪、鹽水溪、二仁溪、阿公店溪、愛河及東港溪）進行水質改善策略研擬與整治措施成效追蹤，更新繪製污染負荷魚骨圖，提出後續水質改善建議。透過籌辦9場次河川整治追蹤檢討會議，凝聚各單位整治共識，滾動檢討整治策略。\n近年露營、泡腳餐廳等新興觀光型態快速發展，對水庫集水區及水體造成污染威脅。本計畫調查嘉義仁義潭及雲林古坑山區，發現泡腳咖啡廳部分廢水COD、SS 超標，污染強度高於一般餐飲業，為亟需管理的新型污染源。此外，金門山外溪、太湖流域透過MSL 系統應用與有機物分析，驗證自然工法於水庫末端的淨化潛力，提供後續水質改善方案。\n透過畜牧集中處理場試驗證明「低成本網材誘導鳥糞石結晶回收」技術可有效解決鳥糞石結垢問題，並回收具施肥潛力的資源。黑水虻可高效轉化豬、牛糞為高蛋白蟲體，具生質燃料或飼料應用價值；蚯蚓則適合處理前處理料源，產出有機肥，顯示未來畜牧廢棄物資源化具可行性。\n此外，於金門小太湖設置MSL試驗場，結果顯示葉綠素、SS、TP與氨氮去除率達90%、40~60%、85%以上。但藻類累積分解導致硝酸鹽上升，透過新增浮除槽降低阻塞風險與硝酸鹽濃度。MSL系統運作穩定、具彈性，能優化水質、降低消毒副產物風險，並作為環境教育與示範場域。\n另協助辦理南區各項綜合性業務，包含追蹤南區地方總量管制及檢討評估成效、辦理113年度地方補助款說明會及協助3場次各類現勘研商會議等各項作業，及機關交辦配合事項。",
        "eng_title": "Forward-Looking Plan for River Water Quality Management in Southern Taiwan,2024",
        "eng_subject": "This project supports the Forward-looking Infrastructure Development Program and the Sustainable Water Quality Promotion Plan 2.0 – River Environmental Quality Improvement Program by tracking the implementation progress of local governments. It also assists in organizing eight coordination meetings and ten on-site inspections. Additionally, on-site inspections were conducted for 19 target river sections or water bodies. Monthly tracking of pollution sources in severely polluted or emergency-affected river sections was carried out to propose water quality improvement strategies. Furthermore, the project provided administrative support for the Forward-looking Infrastructure and Public Construction Plans in the southern region.\nTwo expert consultation meetings were conducted to supplement and revise the execution results report of the Sustainable Water Quality Promotion Plan – Ammonia Nitrogen Reduction Demonstration Project from 2020 to 2023. Nationwide data on completed on-site treatment facilities were compiled, and 30 supervision sessions for facility operation and maintenance were conducted, along with corresponding reports and improvement recommendations. The project also updated the water purification treatment website, adding data for four new sites. Additionally, on March 28, 2025, a groundbreaking ceremony was held for the second phase of the livestock waste resource treatment facility in Bawon Village, Liuying District, Tainan City.\nWater quality improvement strategies and effectiveness tracking were conducted for eight designated rivers in the southern region (Xinhuwei River, Beigang River, Jishui River, Yanshui River, Erhjen River, Agongdian River, Love River, and Donggang River). The project updated and refined pollution load fishbone diagrams and provided further water quality improvement recommendations. Nine river restoration review and tracking meetings were held to strengthen consensus among relevant agencies and continuously refine restoration strategies.\nIn recent years, emerging forms of tourism such as camping and foot-soaking restaurants have rapidly developed, posing pollution threats to reservoir catchment areas and water bodies. This project investigated the Renihtan area in Chiayi and the Gukeng mountainous area in Yunlin, and found that wastewater from some foot-soaking cafés exceeded COD and SS standards, with pollution intensity higher than that of typical food and beverage businesses, indicating an urgent need for management of these new pollution sources. In addition, through the application of the MSL system and organic matter analysis in the Shanwai Stream and Taihu Basin of Kinmen, the purification potential of natural treatment methods at the downstream end of reservoirs was verified, providing reference for future water quality improvement solutions.\nA trial conducted at a centralized livestock waste treatment facility demonstrated that the low-cost mesh-induced struvite crystallization recovery technology effectively mitigates scaling issues while recovering valuable fertilizer resources. The study also confirmed that black soldier flies efficiently convert pig and cattle manure into high-protein larvae, which can be further processed into biofuel or animal feed. Meanwhile, earthworms were found to be more suitable for pre-treated waste, producing organic fertilizers. The results indicate the feasibility of livestock waste resource utilization in the future.\nAdditionally, an MSL pilot site was established at Xiao Taihu in Kinmen. Results showed that the system achieved removal rates of over 90% for chlorophyll, 40–60% for TP, and more than 85% for ammonia nitrogen. However, algae decomposition led to an increase in nitrate levels in the effluent. The installation of a flotation tank effectively reduced clogging risks and nitrate concentrations. The MSL system demonstrated operational stability and flexibility, optimizing water quality, minimizing disinfection byproducts, and serving as an educational and demonstration site.\nThe project also provided comprehensive support for various administrative tasks in the southern region, including tracking and evaluating the effectiveness of local total quantity control programs. It organized an information session on the 2024 local subsidy program and assisted in three on-site evaluation and consultation meetings. Additional tasks were undertaken in accordance with governmental directives.",
        "proj_year": "113",
        "org_name": "環境部水質保護司",
        "exe_unit": "磐誠工程顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130728039",
        "publish_date": "20250801"
    },
    {
        "chi_title": "113年連江縣度污染源管制計畫",
        "chi_subject": "本計畫執行期程為 113 年 1 月 1 日至 113 年 12 月 31 日。主要工作項目包括： 空氣品質規劃與室內空氣品質管理、固定污染源管制工作、移動污染源管制工作、 議約項目作業及局端相關交辦配合事項等。統計至目前為止整體實際工作項目執行 率約達100%，其中部分工作項目亦超過預定目標。\n在空氣品質規劃與室內空氣品質管理：目前馬祖測站之 AQI 值較往年有上升之 趨勢，另馬祖測站所監測之各空氣污染物數據普遍低於中國沿岸測站，且平均濃度 呈現微回升趨勢。今年度宣導活動已於 11 月底前舉辦 7 場次宣導說明會，目前合計 宣導 243 人次，有效提昇縣民對於空氣污染的認識及空品感測器認知；針對室內空 氣品質列管場所管制作業，針對去年度常見之壁癌問題作為巡查重點。經今年度輔 導後，本團隊已協助勞工保險局馬祖辦事處提出室內空品自主管理標章申請，並已 取得優良級標章。\n固定污染源管制工作方面：目前東引電廠、莒光電廠及馬祖酒廠電廠均已通過 操作許可異動及展延申請，且皆已完成系統發證，今年度各列管污染源皆已依規定 繳納空污費，113 年度共計徵收 3,728,439 元，各項煙道稽查抽測已於 7 月底前完成， 本團隊已監督各列管場所完成煙道檢測作業。本年度已會同局端前往珠山電廠及馬 祖酒廠擴廠工程現地執行增量輔導作業，目前珠山電廠擴增機組工程已發包，已請 業者留意相關計畫進度。另外，針對馬酒新廠部分，建議業者參考未來法規加嚴的 情況下，儘速提出相關許可申請。113 年已有效清查 90 家餐飲業，另針對轄內神辳 居婚宴會館及龍福山莊之業者，後續執行追蹤改善狀況；目前已完成 66 家寺廟清查 作業，且已配合擺暝民俗活動，於津沙天后宮 64 人次及馬祖境天后宮 86 人次進行 宣導及宣導品（L 夾）發放作業；針對營建逸散源，透過現場相關輔導 22 處次，建立縣內固定逸散性及營建工程承包商業者落實空氣污染防制。今年度協助局端執行 營建逸散稽巡查作業，統計至 113 年 12 月底為止共已巡查完成 480 處次，部分工地 有遭民眾陳情，本團隊均已依據局端指示進行巡查並強化輔導作業。113 年度 10 月 份前執行 20 處次之施工機具清潔排放自主管理標章輔導相關工作，並於本年度鎖定 轄內大型營造業者駿富營造公司，於 113 年 10 月 29 日派員至現場檢測施工機具， 目前已審查通過並由系統核發 5 件普級自主管理標章。統計 113 年度營建工程空氣 污染防制費，目前徵收金額為 3,948,315 元，申報金額主要以其他營建工程為主要營 建空污費收入，約佔今年度總營建空污費 84%，今年度本團隊平均每月執行 5 件次 露天燃燒巡查及法規宣導作業，定期巡視露天燃燒熱區及工區。\n針對移動源管制工作，今年度共寄發 5,551 張明信片通知機車定檢，並完成二 趟次離島機車定檢服務，同時每次各別總發送出 5,000 則區域簡訊通知，共提供離 島地區640 輛次機車定檢服務，合格率為 96.7%。配合相關單位執行 12 趟次攔查作 業，合計攔查 126 台機車，現場查獲未定檢車輛 23 輛次，經通知後已完成改善為 13 輛次。統計至 113 年 12 月底為止，未定檢車輛改善率分別為 36.58%及 50.98%。連 江縣到檢率為 53.34%，相較於去年度整體定檢率增幅 0.91%，定檢率呈現改善趨勢。\n議約工項部份，本團隊配合離島機車定檢作業辦理抽獎活動，針對本次抽獎活 動，本工作團隊針對重要交通運輸地點及重要的行政機關進行張貼海報宣導，活動 已於於 113 年 12 月 17 日由環資局局長在公平公開的場合進行抽獎。本計畫已辦理 完成兩次離島定檢服務，簡訊傳送日期為各島定檢前一天，每次各別總發送出 5,000 則區域簡訊通知。本縣使用之未定檢設籍車輛名單，截至 113 年 12 月明信片通知車 輛共 5,551 輛，實際於連江縣使用之未定檢車輛為 1,028 輛，未定檢率約 18.52 %。 其中第一季至第四季實際於本縣使用車輛之未定檢率依序為 12.98%、18.33%、 17.80%及 18.52%。本團隊已邀請緊急應變聯絡單位、空氣品質感測器設置單位及民\n眾加入群組共至少400 人次，統計至 113 年12 月底已達 418 人次。",
        "eng_title": "2024 Lienchiang County Pollution Source Control Plan",
        "eng_subject": "The implementation period of this project is from January 1, 2024 (Year 113 in ROC calendar) to December 31, 2024. The main tasks include air quality planning and indoor air quality management, stationary pollution source control, mobile pollution source control, contract-based project operations, and other assignments delegated by the competent authority. As of now, the overall implementation rate of the tasks has reached approximately 100%, with some tasks exceeding their original targets.\n\nRegarding air quality planning and indoor air quality management: the AQI at the Matsu monitoring station shows an upward trend compared to previous years. The pollutant concentrations recorded at the station are generally lower than those at monitoring stations along the Chinese coast, though there is a slight upward trend in average concentrations. By the end of November, seven air quality awareness events had been held, reaching a total of 243 participants, effectively improving public awareness of air pollution and air quality sensors. For indoor air quality management, inspection efforts focused on the mold (wall cancer) issue that was common last year. Following this year’s guidance, the team assisted the Matsu branch of the Bureau of Labor Insurance in applying for the voluntary indoor air quality management label, and it received a grade A (excellent) certification.\n\nIn the stationary pollution source control work: The Dongyin Power Plant, Juguang Power Plant, and Matsu Distillery Power Plant have all completed changes and extensions of their operation permits, and have received certification through the system. All registered pollution sources paid their air pollution control fees in accordance with regulations, totaling NT$3,728,439 in 2024. Emissions flue inspections and sampling were completed before the end of July, with the team supervising all monitoring efforts. This year, the team also accompanied the bureau to the Zhushan Power Plant and Matsu Distillery expansion projects to conduct site assessments and emission increase consultations. The expansion project at Zhushan has been awarded, and the contractor has been instructed to monitor progress closely. Regarding the new Matsu Distillery site, the operator has been advised to submit the permit application as soon as possible in anticipation of stricter future regulations. A total of 90 restaurants were inspected in 2024. Follow-up tracking was conducted for Shennongju Banquet Hall and Longfu Villa. Sixty-six temples were inspected, and outreach activities were held during traditional rituals, reaching 64 participants at Jinsha Mazu Temple and 86 at Matsu Jing Mazu Temple, with promotional materials (folder giveaways) distributed. Regarding fugitive dust sources in construction, 22 sites received on-site guidance to help local contractors implement pollution control. The team assisted the bureau in 480 site inspections by December 2024, including responding to public complaints with follow-up actions. By October 2024, 20 inspections and guidance sessions for voluntary emission control labels for construction equipment were completed. On October 29, the team inspected equipment at Chunfu Construction, a major local contractor, and five standard-grade voluntary labels were issued upon approval. The total air pollution fee collected from construction sites in 2024 was NT$3,948,315, with “other construction projects” contributing about 84% of this revenue. The team conducted an average of five open burning inspections and regulatory outreach sessions per month, regularly patrolling hot zones and work sites.\n\nFor mobile source control, 5,551 postcards were sent to notify motorcycle owners of inspection requirements, and two mobile inspection services were provided to the islands. Each round included 5,000 SMS notifications, and a total of 640 motorcycles received inspections with a 96.7% pass rate. Twelve roadside checks were conducted, during which 126 motorcycles were stopped, and 23 uninspected vehicles were found. Of these, 13 were rectified following notification. As of December 2024, the rectification rates for uninspected vehicles were 36.58% and 50.98%, respectively. The inspection rate in Lienchiang County was 53.34%, a 0.91% improvement over the previous year.\n\nFor contract-based projects, the team held a lottery campaign tied to the motorcycle inspection program, promoting it via posters at major transportation and government locations. The lottery draw was conducted publicly and fairly on December 17, 2024, by the Environmental Resources Bureau Director. The project completed two rounds of mobile inspections, and SMS notifications (5,000 per round) were sent the day before inspections on each island. As of December 2024, 5,551 uninspected registered vehicles were on record, with 1,028 actively used in Lienchiang County, yielding an uninspected rate of 18.52%. The quarterly uninspected rates for vehicles in use locally were 12.98%, 18.33%, 17.80%",
        "proj_year": "113",
        "org_name": "連江縣環境資源局",
        "exe_unit": "長慧環境科技有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130550218",
        "publish_date": "20250801"
    },
    {
        "chi_title": "113年氣候變遷調適-病媒蚊變遷與推估計畫",
        "chi_subject": "臺灣的登革熱病媒蚊地理分布可能受氣候變遷影響而改變，本計畫利用誘卵桶、誘殺桶、孳生源調查與成蚊掃網捕捉，進行登革熱病媒蚊分布監測調查。2024 至2025 年工作內容包含登革熱病媒蚊海拔分布調查、重要高海拔地區監測及建立埃及斑蚊哨兵監測系統。調查結果與氣候推估資料結合，推測目前病媒蚊在臺灣地區可能適合分布的區域，以及在氣候變遷影響下，未來數十年病媒蚊可能發生的分布變化。截至2025 年第12 週，已進行1,198 地點次調查。完成臺灣中南部154 個1010km2 方格斑蚊分布監測調查。合併過去資料總計全臺共有349 個方格記錄到白線斑蚊，48 個方格記錄到埃及斑蚊，兩物種皆有記錄之方格為48 個，比過去調查結果新增1 個埃及斑蚊分布方格。埃及斑蚊目前分布的最北界為臺南市新營區三仙里，最高發現海拔不超過1,000m；白線斑蚊全臺皆有分布，最高發現海拔為1,500m 以上。2024 年進行埃及斑蚊哨兵監測，分別於雲林縣北港鎮、嘉義縣中埔鄉及新烏日車站捕獲埃及斑蚊。進行後續監測，北港鎮共捕獲埃及斑蚊201 隻，推測埃及斑蚊已在北港鎮拓殖；中埔鄉與新烏日車站皆未再發現埃及斑蚊。有鑑於此，氣候變遷署召開專家諮詢交流會，針對北港鎮發現埃及斑蚊拓殖的議題進行討論。建議包括擴大調查北港鎮埃及斑蚊可能分布區域並進行長期監測；將分布區域以外捕獲之埃及斑蚊進行基因組定序分析，以了解其來源。目前於2024 年第42 週完成北港鎮埃及斑蚊擴大調查80 個誘卵桶佈設工作，並進行後續監測。基因組定序分析結果顯示，2022 年捕獲的埃及斑蚊與臺南市接近，2024 年捕獲的埃及斑蚊來源與高雄市接近。此外，以推估結果分析環境升溫1.5oC 至4.4oC 時，因埃及斑蚊分布改變而受影響的人口比例介於37.6%至52.1%之間，受影響的商家比例介於36.3%至51.1%之間，表示社會與經濟活動都可能受氣候變遷影響。為了減緩氣候變遷影響病媒蚊分布進而對民眾健康造成衝擊，定期進行病媒蚊分布調查及人員訓練，準備充足的防疫物資，一旦發現病媒蚊分布區域改變，可以及時啟動相關防治工作移除越界的病媒蚊。",
        "eng_title": "Mosquito vector distribution under climate change adaptation: surveillance and projection in 2024.",
        "eng_subject": "The geographical distribution of dengue vectors in Taiwan may be affected by climate change. Therefore, we use ovitraps, gravitraps, container surveys, and sweep nets to investigate the geographical and altitudinal distribution of dengue vectors in Taiwan. Tasks include surveying the altitudinal distribution of dengue vectors, monitoring important high-altitude areas, and establishing a sentinel monitoring system around the boundary for Aedes aegypti in 2024 to 2025. The data is used to project the current and the coming decade geographical distribution of the vectors in Taiwan under different climate change scenarios. As of the 12th week in 2025, we have investigated 1,198 places. In central and southern Taiwan, 154 10*10km² grids have been surveyed for Aedes mosquito distribution. Since this project started in 2022, Ae. albopictus and Ae. aegypti had recorded in 349 and 48 grids, respectively, and both species were recorded simultaneously in 48 grids in Taiwan. Notably, one additional grid for Ae aegypti distribution has been added compared to the results from the previous two years. The northernmost record of Ae. aegypti was in Sanxian Village, Xinying District, Tainan City;additionally, the highest altitude record was less than 1,000m. Ae. albopictus was distributed throughout Taiwan, with the highest recorded altitude being 1,500 m. In 2024, sentinel monitoring for Ae aegypti was conducted, and Ae. aegypti were captured in Beigang Township, Yunlin County; Zhongpu Township, Chiayi County; and Xinwuri Station. Followup surveillance revealed a total of 201 Ae. aegypti mosquitoes captured in Beigang Township, suggesting that the species has colonization a breeding population there. No Ae. aegypti was found in Zhongpu Township or Xinwuri Station during follow-up. In response, the Climate Change Administration Ministry convened an expert consultation and meeting to discuss the establishment of Ae. aegypti in Beigang Township. Recommendations included expanding the investigation to determine the potential distribution area of Ae. aegypti in Beigang Township and conducting long-term monitoring. It was also recommended to perform genetic sequencing on Ae. aegypti mosquitoes captured outside of the known distribution areas to trace their origin. As of epidemiological week 42 of 2024, an expanded survey involving the placement of 80 ovitraps in Beigang Township has been completed, and ongoing monitoring is underway. Genetic sequencing analysis indicated that the Ae. aegypti mosquitoes captured in 2022 were genetically similar to those found in Tainan City, while those captured in 2024 were more closely related to populations in Kaohsiung City. In addition, analysis based on projected scenarios suggests that with a temperature increase of 1.5°C to 4.4°C, the proportion of the population affected by changes in the distribution of Ae. aegypti may range from 37.6% to 52.1%, and the proportion of affected businesses may range from 36.3% to 51.1%. This indicates that both social and economic activities could be impacted by climate change. To mitigate the impact of climate change on the distribution of vector mosquitoes and its potential threat to public health, it is essential to regularly conduct mosquito distribution surveys and personnel training, as well as maintain adequate stocks of epidemic prevention materials. This will allow for the timely implementation of control measures to eliminate expanded vector mosquitoes when changes in their distribution are detected, thereby minimizing and delaying their impact.",
        "proj_year": "113",
        "org_name": "氣候署調適韌性組",
        "exe_unit": "財團法人國家衛生研究院",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130540490",
        "publish_date": "20251213"
    },
    {
        "chi_title": "臺灣南部地區細懸浮微粒特性與能見度變化時空解析計畫",
        "chi_subject": "本計畫於高雄楠梓與鳳山設立超級空品測站，針對微粒物理、化學及光學特性進行2024年2月至11月共四個季節的空品長期觀測實驗。此外，本計畫係配合環境部與NASA之高屏飛航實驗密集觀測期間(Intensive Observation Period, IOP)，本次飛航觀測經臺灣高屏地區之期程同步，分別為2024年的2月15日(IOP 1)、2月28日(IOP 2)、3月13日(IOP 3)以及3月27日(IOP 4)。研究顯示，高雄地區空氣污染具明顯季節性，冬季污染最嚴重，夏季最輕。在能見度及PM2.5方面，楠梓冬春夏三季硫酸鹽、硝酸鹽占比及秋季有機物占比隨能見度劣化顯著上升；而鳳山能見度劣化則主要都受硝酸鹽影響。楠梓站有機物在冬季及春季以二次有機氣膠為主，而夏季及秋季則是隨能見度劣化二次有機氣膠占比才有顯著上升；鳳山站則以原生性有機碳為主。兩地PM2.5化學成分源解析皆解析出五種污染源，搭配氣團集群分析可知，北而南傳的氣流軌跡污染最劇，其中以二次硝酸鹽\/生質燃燒對PM2.5的占比最大。針對飛航實驗期間，分別定義四個IOP的觀測情境：IOP 1為乾淨事件；IOP 2為硝酸鹽事件；IOP 3為長程傳輸；IOP 4為硫酸鹽\/硝酸鹽事件。其中，本計畫運用Z分數正歸化微量金屬熱力圖清楚從一些指標金屬（如：Si、Ca等）顯示如IOP 3長程傳輸帶來的沙塵影響。此外，本研究分析臭氧生成潛勢(OFP)，楠梓一般、楠梓光化、橋頭及鳳山測站的OFP由甲苯及間\/對二甲苯主導，乙烯次之。VOC源解析顯示楠梓光化溶劑使用貢獻高比例的間\/對二甲苯、橋頭對甲苯及乙烯貢獻較高的來源為工業排放\/溶劑使用及汽油揮發；而鳳山則為石化產業及溶劑使用。綜合化學成分、光學性質及臭氧敏感性的結果，可提供未來在改善能見度、PM2.5及臭氧管制上具體的科學證據。",
        "eng_title": "",
        "eng_subject": "",
        "proj_year": "113",
        "org_name": "環境部監測資訊司",
        "exe_unit": "國立臺灣大學",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130521122",
        "publish_date": "20250715"
    },
    {
        "chi_title": "113年至114年提升環境管理施政績效品質計畫",
        "chi_subject": "本計畫協助環境管理署（環管署）以四大願景及十項重點工作項目為標的，規劃各項環境管理相關業務，綜整與展現各項重點工作之執行績效及成果，除了以現階段進行中的重點業務為基礎，亦透過深入蒐集研析國內外環境管理趨勢，提供環管署規劃未來短中長程核心業務發展的參考，蒐研對象包括美國、日本、歐盟共22筆施政策略案例，以及臺灣、聯合國、歐盟於淨零排放與SDGs施政發展趨勢，提出9項環管署中樞業務精進建議，以及國際合作與環境教育發展規劃之建議；另亦辦理環境管理施政策略發展方向工作坊蒐整專家委員及相關領域先進意見，調整優化短中長期政務執行藍圖及國際合作、環境教育之發展規劃。此外，已完成113年度風險管理（含內部控制）作業計畫書、113年度內稽報告及114年度風險管理計畫書以及風險管理審查會議，提出相關精進建議並檢討修正風險管理之執行；另完成現有36案SOPs彙整及檢核，針對其中5案提出調整建議；透過每週定期彙整案件管制清單（到期列管案件364件次）提升管考追蹤作業成效與品質。114年度地方環保機關績效考核仍以環境管理與執法以及土壤及地下水整治為重點項目，指標經調整、整併與新增後，研擬調整為「施政重點」及「管理及行政作業」等2大類型。為展現環管署施政重點及業務推動成效以利未來業務推廣，本計畫編撰環管署業務績效年報完整版、精簡版以及英文翻譯版本，並完成電子書呈現方式規劃及5張業務主題相關之圖卡製作。除工作坊之辦理，本計畫亦完成辦理12場次增能學習課程、1場次專諮會以及2梯次溫室氣體盤查基礎班，參與人數超過契約要求，由課程滿意度問卷回饋結果顯示課程辦理與安排皆獲肯定。",
        "eng_title": "The 113th to 114th Year Plan for Improving Environmental Management Policy Performance Quality",
        "eng_subject": "This project assists the Environmental Management Administration (EMA) in planning various environmental management-related tasks based on four major visions and ten key work items. It consolidates and presents the execution performance and outcomes of these key tasks. In addition to focusing on the current priority initiatives, the project also conducts in-depth research on domestic and international environmental management trends to provide EMA with references for planning its short-, medium-, and long-term core business development.\nThe research scope includes 22 policy strategy case studies from the United States, Japan, and the European Union, as well as policy development trends in net-zero emissions and the Sustainable Development Goals (SDGs) from Taiwan, the United Nations, and the EU. Based on this research, the project proposes nine recommendations for improving EMA’s core operations, along with suggestions for international cooperation and environmental education development.\n\nAdditionally, a Workshop on Policy Implementation Strategies and Development Directions for Environmental Management was held to gather insights from expert committee members and professionals in relevant fields. Their feedback was used to refine and optimize short-, medium-, and long-term policy execution blueprints, as well as plans for international cooperation and environmental education.\n\nFurthermore, the project has completed the 2024 Risk Management (including Internal Control) Operational Plan, the 2024 Internal Audit Report, and the 2025 Risk Management Plan, as well as the Risk Management Review Meetings, providing relevant improvement recommendations and reviewing the execution of risk management strategies.\n\nIn terms of Standard Operating Procedures (SOPs), the project has compiled and reviewed 36 existing SOPs, proposing adjustments for five of them. Additionally, through weekly updates on the case management list (including 364 on-time monitored cases), the project has enhanced the efficiency and quality of monitoring and tracking operations.\n\nFor the 2025 Local Environmental Protection Agencies’ Performance Assessment, the key focus remains on environmental management and enforcement as well as soil and groundwater remediation. The assessment indicators have been adjusted, merged, and newly added, restructuring them into two major categories: “Policy Priorities” and “Management and Administrative Operations”.\n\nTo effectively showcase EMA’s policy priorities and business achievements, thereby facilitating future business promotion, the project has compiled the Annual Business Performance Report in three formats: a full version, a summary version, and an English-translated version. Additionally, the project has completed the electronic book format planning and produced five business-related thematic infographics.\n\nBeyond the workshop, the project has also successfully conducted 12 capacity-building learning sessions, one specialized advisory meeting, and two sessions of the Greenhouse Gas Inventory Basics Training. The total number of participants exceeded contractual requirements, and feedback from the course satisfaction surveys confirmed that the training sessions and arrangements were well received.",
        "proj_year": "113",
        "org_name": "環管署綜合規劃組",
        "exe_unit": "定楙環保顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130312852",
        "publish_date": "20250715"
    },
    {
        "chi_title": "113年度水質模式精進應用推廣計畫",
        "chi_subject": "水體水質與環境氣候及人為活動息息相關，為了提升水體環境品質，本計畫執行四大工項，期許可加強水體優化管理並達到水質改善目的。未來氣候變遷會導致氣溫（水溫）升高及極端強降雨與乾旱之水文條件變化，影響水資源之水量與水質，而人為活動在土地持續開發之下，則可能對水體造成進一步衝擊。水污染總量管制是保護自然水體水質的重要策略，本計畫將檢討並更新總量管制推動制度，以協助地方政府落實該制度，逐步改善河川水質。此外，各項開發行為可能會影響承受水體之水質。「環境影響評估河川水質評估模式技術規範」提供開發單位採取一致性的步驟與方式，來評估承受水體所受到的影響。由於該規範推行已超過10年，部分規範要點確有檢討更新之必要，以加強技術規範的應用層面。而水庫集水區也面臨氣候變遷、人為開發等影響，水庫優養情形有逐年上升之趨勢，因此需提出水質改善策略，避免水庫水質持續惡化。為此，本計畫也綜整國際間氣候變遷下水質管理的相關政策、策略以及國際推動案例等資訊，進而提出我國水質調適策略建議及極端氣候下水質變化的風險管理。",
        "eng_title": "2024 Water quality model enhancement and application promotion plan",
        "eng_subject": "The quality of water bodies is intricately linked to environmental climate and human activities. To enhance aquatic environmental quality, this project will execute four major tasks, aiming to strengthen water body optimization management and achieve water quality improvement. Future climate change will lead to rising air and water temperatures, as well as altered hydrological conditions due to extreme rainfall and droughts. These changes will impact both water quantity and quality. Furthermore, continued land development from human activities may pose additional threats to water bodies. Total Maximum Daily Load (TMDL) is a crucial strategy for protecting natural water body quality. This project will review and update the TMDL implementation system to assist local governments in enforcing this system and gradually improving river water quality. Various development activities can affect the water quality of receiving water bodies. The Technical Regulations for River Water Quality Assessment in Environmental Impact Assessments provide developers with consistent steps and methods to evaluate the impact on receiving water bodies. As these regulations have been in place for over 10 years, some key points require review and updates to strengthen their application. Reservoir Watersheds also face impacts from climate change and human development, leading to a yearly increase in reservoir eutrophication. Therefore, water quality improvement strategies are needed to prevent further deterioration of reservoir water quality. To address these challenges, this project will compile information on international water quality management policies, strategies, and case studies under climate change. This will enable the development of recommended water quality adaptation strategies for Taiwan and risk management approaches for water quality changes under extreme climate conditions.",
        "proj_year": "113",
        "org_name": "環境部水質保護司",
        "exe_unit": "國立臺北科技大學",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130265370",
        "publish_date": "20250731"
    },
    {
        "chi_title": "113年度雲林縣濁水溪河川揚塵宣導、應變防制及環境清理計畫",
        "chi_subject": "行政院於107年核定「濁水溪揚塵防制及改善行動方案」，區分「水利」、「造林」及「防災應變」三大主軸，主要由水利署等負責「水利」治本工作，農業部等負責「造林」治本工作，環境部與地方政府負責預警監測及「防災應變」等治標工作，治理原則為：分段整治、河道整理、減少裸露地及降低揚塵等四項為主，鑒於推動揚塵防制工作對於當地環境品質改善確有明顯助益，爰第一、二期(107年至112年)濁水溪揚塵防制及改善行動方案執行完成後，續辦理第三期行動方案(113年至115年)，提升濁水溪兩岸居民生活環境品質。\n第三期行動方案各單位本權責分工，因地、因時制宜進行濁水溪揚塵改善措施，持續以「擴大管制面向，全面施作，提前應變，源頭管制」四大面向。本計畫依據113年1月行政院核定「濁水溪揚塵防制及改善第三期行動方案（113年至115年）」，雲林縣環境保護局主要職責為空品監測預警通報、應變、宣導、環境清理等工作項目，而為能有效並完成權責分工項目，努力防制河川揚塵與降低空氣品質不良時之環境負荷，特執行本計畫藉以達成改善行動方案目標。",
        "eng_title": "Yunlin County Zhuoshui River Dust Entranment Publicity, Response Control and Environmental Cleanup Plan in 2024",
        "eng_subject": "The Executive Yuan approved the Zhuoshui Stream Dust Control and Improvement Action Plan in 2018, which divided the three main axes of water conservancy, afforestation and disaster prevention and response. The Water Resources Department and others are mainly responsible for the root cause of water conservancy, The Ministry of Agriculture and other departments are responsible for the root cause of afforestation, while the Ministry of Environment and local governments are responsible for early warning monitoring and disaster prevention and response and other symptomatic work. The governance principles are: segmented improvement, river channel arrangement, reduction of exposed land and reduction of dust. In view of the fact that promoting dust prevention and control work is indeed helpful for improving local environmental quality, after the first and second phases (2018 - 2023) of the Zhuoshui Creek dust control and improvement action plan are completed, the third phase of the action plan will be continued Plan (2024 - 2026) to improve the quality of living environment for residents on both sides of the Zhuoshui River.\nIn the third phase of the action plan, each unit has its own division of responsibilities and implements dust improvement measures in Zhuoshui Creek according to local and timely conditions. It continues to focus on the four major aspects of expanding the control aspect, implementing it comprehensively, responding in advance, and controlling the source. This plan is based on the Third Phase Action Plan for Dust Control and Improvement in Zhuoshui Creek (2024 - 2026) approved by the Executive Yuan in January 2020. The main responsibilities of the Yunlin County Environmental Protection Bureau are empty product monitoring, early warning notification, and response , publicity, environmental cleanup and other work projects, and in order to effectively and complete the division of responsibilities projects, strive to prevent river dust and reduce the environmental load when the air quality is poor, this plan is specifically implemented to achieve the goals of the improvement action plan.",
        "proj_year": "113",
        "org_name": "雲林縣環境保護局",
        "exe_unit": "理虹工程顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130145295",
        "publish_date": "20250731"
    },
    {
        "chi_title": "113年度雲林縣氣候變遷減緩及調適工作推動計畫",
        "chi_subject": "(一)完成「溫室氣體減量執行方案」成果報告1式。\n(二)完成「氣候變遷調適執行方案」1式。\n(三)召開第一場次跨局處會議「跨局處推動溫室氣體減量暨氣候變遷調適執行方案專家諮詢會議」，共32人參與。\n(四)召開第二場次跨局處會議「113年雲林縣永續發展及氣候變遷因應推動會」，63人參與。\n(五)辦理1場次「氣候變遷減緩及調適教育培訓」，共43 人參與。\n(六)辦理2場次「氣候變遷調適參與式工作坊」，共60人參與。\n(七)配合教育培訓、工作坊相關宣導作業發放宣導品1,060份環保衛生紙。\n(八)推動溫室氣體盤查登錄作業，辦理1場次「溫室氣體盤查作業輔導說明會」，共31間事業、43人參與。\n(九)推動雲林縣事業溫室氣體盤查登錄作業，共盤查列管35家、非列管1家。\n(十)辦理1場次「永續工作坊」，50人參與。\n(十一)完成「旱田減排增匯示範之研究成果報告書」1式。",
        "eng_title": "Yunlin County 113 Climate Change Mitigation and Adaptation Work",
        "eng_subject": "1.Completion of the Greenhouse Gas Reduction Action Plan performance report.\n2.Completion of the Climate Change Adaptation Action Plan performance report.\n3.Conducted the first cross-departmental meeting, titled Cross-Departmental Promotion of Greenhouse Gas Reduction and Climate Change Adaptation Action Plan Expert Consultation Meeting, with 32 participants.\n4.Conducted the second cross-departmental meeting, titled 2024 Yunlin County Sustainable Development and Climate Change Response Promotion Meeting, with 63 participants.\n5.Held one session of Climate Change Mitigation and Adaptation Education Training, with 43 participants.\n6.Held two sessions of Climate Change Adaptation Participatory Workshop, with a total of 60 participants.\n7.Distributed 1,060 eco-friendly tissue packs during education and training, as well as workshop-related promotion activities.\n8.Promoted greenhouse gas inventory registration by holding one session of the Greenhouse Gas Inventory Work Guidance Seminar, with 43 participants from 31 enterprises.\n9.Promoted greenhouse gas inventory registration for enterprises in Yunlin County, completing inventories for 35 regulated entities and 1 unregulated entity.\n10.Held one session of the Sustainability Workshop, with 50 participants.\n11.Completion of the Research Report on Demonstration of Greenhouse Gas Reduction and Carbon Sequestration in Dry Fields.",
        "proj_year": "113",
        "org_name": "雲林縣環境保護局",
        "exe_unit": "可遊永續股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130113925",
        "publish_date": "20250723"
    },
    {
        "chi_title": "113年度雲林縣推動低碳永續家園執行計畫",
        "chi_subject": "(一)低碳永續家園行動項目輔導與執行：\n　1.召開2場次跨局處推動低碳永續家園專家諮詢會議，共61參與人次。\n　2.輔導15處村里通過低碳永續家園認證評等銅級認證、1處村里完成銀級現勘審查。\n\n(二)辦理因應氣候變遷宣導交流活動及教育培訓工作\n　1.辦理1場次因應氣候變遷宣導交流活動，共40人參與。\n　2.辦理1場次因應氣候變遷教育培訓工作，共43人參與。\n　3.發放低碳宣導品，共1,011份環保衛生紙。\n\n(三)輔導與協助社區推動具實質減碳效益之低碳永續行動項目\n　1.訪查輔導共10處村里。\n　2.輔導2處村里結合在地需求推廣建築綠化降溫工作。\n　3.輔導2處村里結合在地需求推動綠能節電之行動。\n\n(四)結合低碳永續家園推廣設置屋頂型太陽光電\n　1.辦理2場次公民電廠推廣說明會，共85人參與。\n　2.新增盤點10處可供評估作為與公民電廠合作設置太陽光電系統案源。\n　3.依據已提報之公\/私有屋頂案源清冊，邀請專家學者進行29處太陽光電案源現場評估及輔導。\n　4.協助4處追蹤公有案場完成招標，或私有案場完成媒合簽約且設置(取得發電設備同意備案資料)。\n\n(五)維運雲林縣低碳永續家園之臉書，累計發布80則貼文，共11,571曝光次數及9,051觸及人數。\n(六)協助雲林縣政府參與2024亞太永續行動博覽會，並提送成果報告書。\n(七)完成緩解水稻田溫室氣體排放策略成果報告書。",
        "eng_title": "Implementation of Yunlin County's 113-Year Low Carbon Sustainable Home Initiative",
        "eng_subject": "1.Low Carbon Sustainable Home Action Projects Guidance and Implementation:\n　(1)Held 2 sessions of cross-department expert consultation meetings to promote the Low Carbon Sustainable Home project, with a total of 61 participants.\n　(2)Guided 15 villages to pass the Low Carbon Sustainable Home Certification with a bronze level, and 1 village completed the on-site assessment for silver-level certification.\n\n2.Conducting Climate Change Adaptation Awareness and Training Activities:\n　(1)Held 1 session of climate change adaptation awareness exchange activity, with 40 participants.\n　(2)Held 1 session of climate change adaptation education training, with 43 participants.\n　(3)Distributed low-carbon promotional materials, including 1,011 eco-friendly sanitary paper products.\n\n3.Guidance and Support for Communities in Implementing Low Carbon Sustainable Action Projects with Real Carbon Reduction Benefits:\n　(1)Conducted village visits and guidance for 10 villages.\n　(2)Guided 2 villages to promote building greening and cooling projects based on local needs.\n　(3)Guided 2 villages to promote energy-saving electricity actions based on local needs.\n\n4.Promoting the Installation of Rooftop Solar Power Systems as Part of the Low Carbon Sustainable Home Program:\n　(1)Held 2 sessions of public solar farm promotional meetings, with 85 participants.\n　(2)Added 10 new locations to be assessed as potential sites for cooperation with public solar farms for solar power system installation.\n　(3)Based on the submitted public\/private rooftop source list, invited public solar farm organizations or experts to conduct on-site evaluations and guidance for 29 solar power sites in the area.\n　(4)Assisted 4 locations in tracking public site bidding completion or private site matching and signing contracts for solar power installation (obtaining power generation equipment approval and filing materials).\n\n5.Maintenance of the Yunlin County Low Carbon Sustainable Home Facebook page:\n　Published a total of 80 posts, with 11,571 views and 9,051 reach.\n6.Assisted Yunlin County Government in Participating in the 2024 Asia-Pacific Sustainable Action Expo and Submitted the Final Report.\n7.Completed the Report on Strategies for Mitigating Greenhouse Gas Emissions from Rice Paddies.",
        "proj_year": "113",
        "org_name": "雲林縣環境保護局",
        "exe_unit": "可遊永續股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130061759",
        "publish_date": "20250723"
    },
    {
        "chi_title": "113年污染土地設置太陽光電設施推動計畫",
        "chi_subject": "113年污染土地設置太陽光電設施推動計畫旨在將受污染土地轉化為再生能源場域，透過設置太陽光電設備促進綠能發展並提升土地利用價值。本年度量化成果已完成80場次訪視輔導評估、7場研商會議參與人數122人次、印製宣導DM發放600份、問卷調查回收766份、協助縣市推廣30場次光電宣導、法規適應與優化及利害關係人參與等核心策略，場址評估階段針對污染程度、地質狀況、土地權屬等進行訪視及評估；法規適應則致力於簡化行政審批流程，克服法律障礙，並提升土地應用於太陽光電設置的政策適應；污染土地設置太陽光電截至113年度已併網37.47ＭＷ、114年度已掌握案源6.22MW，加上環境部相關案源總計113年度已併網量64.85MW、已掌握案源88.47MW。此外，本計畫亦強調與地方政府、事業場址及企業的合作，以降低潛在爭議並提升政策推動效率。計畫執行期間已完成污染土地太陽光電場址盤點、政策法規檢討、技術支援與輔導、蒐集國內外案例及研析推動政策等工作，並預估後續透過深入輔導，進一步提升土地之綠能轉換效益。",
        "eng_title": "2024 Implementation Plan for Solar Photovoltaic Installation on Contaminated Land",
        "eng_subject": "The 2024 Implementation Plan for Solar Photovoltaic Installation on Contaminated Land aims to transform contaminated land into renewable energy sites by installing solar photovoltaic (PV) systems, thereby promoting green energy development and enhancing land utilization value.In this year’s quantitative achievements, 80 site visits and counseling assessments were completed. A total of 122 participant attendances were recorded across 7 consultation meetings. Additionally, 600 promotional DM brochures were printed and distributed, and 766 questionnaires were collected. Support was provided for 30 PV promotion sessions across various counties and cities. Core strategies included regulatory adaptation and optimization, as well as stakeholder engagement. During the site evaluation phase, visits and assessments were conducted focusing on the level of pollution, geological conditions, and land ownership. Regulatory adaptation efforts focus on streamlining administrative approval processes, overcoming legal barriers, and improving policy alignment to support land utilization for solar PV development. By 2024, 37.47 MW of solar PV on contaminated land had been grid-connected, with 6.22 MW in the pipeline for 2025.Regulatory adaptation efforts focus on streamlining administrative approval processes, overcoming legal barriers, and improving policy alignment to support land utilization for solar PV development. By 2024, 37.47 MW of solar PV on contaminated land had been grid-connected, with 6.22 MW in the pipeline for 2025.Additionally, the plan emphasizes collaboration with local governments, community residents, and businesses to mitigate potential disputes and enhance policy implementation efficiency. Throughout the execution period, the project has completed contaminated land site inventory for solar PV installations, policy and regulatory reviews, technical support and guidance, as well as the collection and analysis of domestic and international case studies. Moving forward, in-depth guidance and support will be provided to further enhance the green energy transition of contaminated land.",
        "proj_year": "113",
        "org_name": "環管署土壤及地下水污染整治基金管理會",
        "exe_unit": "昱山環境技術服務顧問有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1135463149",
        "publish_date": "20250630"
    },
    {
        "chi_title": "113年度高雄市推動河川暨街道揚塵防制宣導計畫",
        "chi_subject": "本計畫之計畫期程為113年1月1日至113年12月31日，以下就現階段計畫執行至113年12月31日之結案報告正式報告成果簡述說明：\n針對裸露地調查部分，113年透過購買衛星圖資2幅、執行航空照片拍攝4次以及巡查120天次(含5天次疏濬工程巡查)掌握高屏溪沿岸裸露地分布以及變化狀況，其中透過衛星圖資分析顯示高屏溪流域於113年11月3日非汛期裸露地面積共計2,574.5公頃相較前期(113年4月28日)增加235公頃，且主要分布於第四區(萬大大橋下游與萬丹堰下游河段)以及第三區(高屏大橋下游河段)；並且藉由空拍作業確認第四區裸露地集中於萬丹堰下游處，面積約有137.5公頃，而第三區裸露地則集中於高屏大橋下游河段中央面積約有60公頃，顯示高屏溪於113年間裸露地變化情況顯著且因氣候因素影響有逐漸增加趨勢。\n有鑑於此，計畫團隊透過圖資分析、空拍與巡查之成果辦理1場次高屏溪綠色韌性防制工法現勘會議與邀請其他縣市專家辦理1場次高屏溪河川智能管理措施會議進行經驗分享，並配合環境部河川揚塵改善行動方案辦理1場次聯繫會議與1場次現地勘查，除掌握裸露地改善進度外亦協請第七河川分署與南區水資源分署共同規劃下階段改善方案，統計113年第七河川分署與南區水資源分署針對高屏溪裸露地共計執行1,089.903公頃之改善工法，包含:里港大橋上下游撒草籽與稻草蓆覆蓋、斜張橋河段引水渠道與稻草蓆覆蓋、萬大橋下游執行水覆蓋(引水渠道)、萬丹堰下游開放許可種植與執行網格狀引水渠道工法等。\n除了河川裸露地外道路亦是造成揚塵污染的來源之一，因此為防制道路揚塵捲揚以及防範河川揚塵造成的負面效應，同時亦配合環保局空氣品質不良改善，規劃高雄市區(含高屏溪沿岸)共計191條道路進行洗掃街作業，統計113年1~12月共計完成高雄市區道路環境清理(含高屏溪沿岸道路)26,957.28公里，其中高屏溪沿岸區域執行9,201.08公里，同時針對北高雄區域之重點道路執行掃街作業4341.36公里且清運4,240公斤之道路塵土，此外為有效改善高屏溪沿岸疏濬工程或砂石場之道路塵土二次捲揚問題，計畫團隊亦協請南區水資源分署、高雄市水利局以及環保局營建計畫共同針對疏濬工程與砂石場進行灑水道路認養，113年共計完成15,636公里，TSP削減量共計達360.17公噸，PM10削減量共計達69.13公噸。\n然而除了河川與道路的揚塵改善外，沿岸民眾與師生對於揚塵的自我防護認知亦是揚塵防制的關鍵，故應從教育做起並辦理相關宣導活動，113年度執行宣導對象共分為三部份如下所示：\n(1)\t第一部分為宣導對象為高屏溪沿岸國中小學教師及學童，對於高屏溪沿岸受揚塵影響較為嚴重的學校，截至113年12月，本計畫選定大寮區溪寮國小、美濃區中壇國小、林園區中芸國小以及旗山區旗尾國小，共計辦理4場次宣導，參與人數約685人。\n(2)\t第二部分為高屏溪沿岸之區里，規劃選定高屏溪沿岸發生河川揚塵事件日易受到影響的區里辦理2場次區里揚塵防護宣導說明會，截至113年12月共辦理2場次，選定林園區與美濃區聯合區里辦理，參與人數約達380人次。\n(3)\t第三部份為透過廣播宣導強化高屏溪沿岸民眾與用路人對於河川揚塵資訊接收即時性，截至113年12月共計播放至少100檔次(快樂廣播電台83檔次與高雄廣播電台至少40檔次)。\n後續為了解歷年宣導與河川揚塵改善之成果是否有確實讓沿岸區域民眾感受與知悉，計畫團隊透過問卷調查高屏溪沿岸區里民眾對於河川揚塵改善之相關意見，截至113年12月31日已發放超過1,000份問卷，並取得有效樣本1,006份，在95%信賴水準下，抽樣誤差為±3.08%，問卷回收後利用性別、年齡、地區分別針對不同提項進行交叉比對，其中不同年齡層對於機關改善河川揚塵的措施與意見上具有顯著差異且民眾多數認為辦理宣導活動有助於提升揚塵防護意識以及機關單位需要多加辦理宣導活動提升河川揚塵防護知識能見度，因此根據整體調查結果彙整三項建議，1. 持續加強機關單位的揚塵防制工作，並規劃採取更多有效防制措施；2. 針對河川揚塵辦理各項教育宣導活動，並呼籲民眾多加利用空氣品質監測網站或APP，提升其對河川揚塵的防護意識和應對能力；3. 善用多元化傳播工具，提升河川揚塵相關資訊的能見度；並透過各式宣導活動增加民眾參與意願。(問卷調查分析內容撰寫於報告書附件四)。\n此外除了著重於改善河川灘地、環境清理與宣導外，緊急應變工作之橫向聯繫亦是關注重點，因此113年度與屏東縣環保局共同辦理1場次中級預警層級之演練作業，於演練中除了加入警察局與救護單位協助民眾環節外，亦擴大規模邀請多數權責單位共同參與，整體演練活動除了提升權責單位應變熟練度外亦強化民眾自我防護效率，實務執行上113年計畫團隊接獲環境部12天次河川揚塵預警通報並將河川揚塵事件日控制在2天次以內，確實完成環境部考評之目標，並且為使計畫人員確實了解計畫執行之相關細節，團隊亦辦理內部教育訓練，進行計畫工項操作項目與安全需知講解，計畫團隊總計3人以及司機4人參與並完成教育訓練。 \n本計畫已依規劃期程，執行各項活動之辦理並確實完成宣導與揚塵防制之目標，除提升民眾對於揚塵事件基本防護觀念外，同時降低河川揚塵對於周邊區里之影響。",
        "eng_title": "2024 Kaohsiung advocacy program of riverbed and street fugitive dust prevention and control",
        "eng_subject": "1. Project Overview\nThis project was implemented from January 1 to December 31, 2024, focusing on dust mitigation along the Gaoping River through exposed land monitoring, environmental management, inter-agency cooperation, and public education. Key outcomes are summarized below.\n\n2. Exposed Land Monitoring\nIn 2024, two satellite images, four drone missions, and 120 inspection days (including five dredging inspections) were conducted to monitor exposed riverbed areas.\n\nSatellite data (Nov 3, 2024) showed 2,574.5 hectares of exposed land—an increase of 235 hectares from April 28.\n\nMain increases occurred in:\n\nArea 4: downstream of Wanda Bridge and Wandian Weir.\n\nArea 3: downstream of Gaoping Bridge.\n\nDrone imaging confirmed:\n\nArea 4: ~137.5 ha of exposure near Wandian Weir.\n\nArea 3: ~60 ha near Gaoping Bridge center channel.\n\nFindings suggest increasing exposure due to weather and hydrological factors.\n\n3. Engineering and Planning Responses\nBased on survey results, the team organized:\n\nA site meeting on green and resilient engineering.\n\nA smart river management workshop with external experts.\n\nCoordination meetings with the Ministry of Environment, 7th River Management Office, and Southern Region Water Resources Office to plan further mitigation.\n\nImprovement methods covered 1,089.9 hectares, including:\n\nGrass seeding and straw matting near Ligang Bridge.\n\nWater channels and straw mats near the Cable-Stayed Bridge.\n\nWater coverage (in-channel) downstream of Wanda Bridge.\n\nLicensed planting and grid-patterned water channels near Wandian Weir.\n\n4. Road Dust Control\nTo reduce airborne dust from roads, 191 roads in Kaohsiung, including areas along the Gaoping River, were scheduled for cleaning.\n\nFrom Jan to Dec 2024:\n\n26,957 km of roads were cleaned.\n\n9,201 km of these were along the Gaoping River.\n\n4,341 km in northern Kaohsiung yielded 4,240 kg of collected dust.\n\nAdditionally, 15,636 km of roads near dredging sites and gravel yards were sprayed with water, reducing:\n\n360.17 tons of TSP\n\n69.13 tons of PM10\n\nThis was done in collaboration with Kaohsiung City Water Resources Bureau and Environmental Protection Bureau.\n\n5. Public Education and Outreach\nAwareness-raising activities focused on schools, communities, and public broadcasts:\n\n(1) School Outreach\nHeld in four dust-prone schools:\n\nXiliao Elementary (Daliao)\n\nZhongtan Elementary (Meinong)\n\nZhongyun Elementary (Linyuan)\n\nQiwei Elementary (Qishan)\n\n~685 students and teachers participated.\n\n(2) Community Sessions\nTwo sessions held in Linyuan and Meinong, involving ~380 residents from high-risk districts.\n\n(3) Radio Broadcasting\nTo enhance real-time public awareness:\n\nOver 100 airings broadcast via Happy Radio (83) and Kaohsiung Radio (40+).\n\n6. Public Perception Survey\nTo evaluate the effects of outreach and dust control, a questionnaire survey was conducted. By Dec 31, 2024:\n\n1,000+ forms were distributed.\n\n1,006 valid responses collected (±3.08% margin of error at 95% confidence).\n\nFindings:\n\nOlder respondents had significantly different opinions on dust control measures.\n\nMost agreed awareness campaigns improved understanding.\n\nParticipants recommended continued outreach to enhance community knowledge and visibility.\n\nRecommendations:\n\nSustain and expand effective dust control strategies.\n\nPromote use of air quality apps and monitoring websites.\n\nDiversify communication tools to increase public engagement.\n\n(Survey details in Appendix 4 of the full report.)\n\n7. Emergency Preparedness\nA mid-level emergency drill was held with Pingtung EPA, including police and emergency responders. This expanded participation from multiple agencies and improved coordination.\n\nIn 2024:\n\nThe project responded to 12 river dust alerts from the Ministry of Environment.\n\nKept actual dust event days under two, meeting performance targets.\n\nThe project team also conducted internal training for three staff and four drivers to ensure safe and effective field operations.\n\nConclusion\nAll activities were completed as planned. The project:\n\nEnhanced dust control along the Gaoping River.\n\nIncreased public knowledge of self-protection during dust events.\n\nStrengthened inter-agency coordination and emergency readiness.\n\nThese efforts significantly reduced the environmental impact of river and road dust and improved the quality of life for surrounding communities.",
        "proj_year": "113",
        "org_name": "高雄市政府環境保護局",
        "exe_unit": "理虹工程顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131588196",
        "publish_date": "20250620"
    },
    {
        "chi_title": "113年臺南市環境教育專案計畫",
        "chi_subject": "1.配合地球日、世界環境日等辦理12場次環境教育宣導活動。\n2查核40家依環境教育法應申報成果單位。\n3.辦理13場次環境講習。\n4.9月21日辦理臺南市環境知識競賽。\n5.10月12日辦理臺南市環境教育繪本頒獎表揚活動。\n6.輔導財團法人臺南市私立慈濟高級中學獲得國家環境教育獎學校組優等，臺南市巴克禮紀念公園永續經營協會獲得團體組優等。\n7.輔導臺南市私立慈濟高級中學國小部、安平區億載國小漁光分校獲得生態學校綠旗認證，新營區新生國小、北門區三慈國小獲得銀牌認證。\n8.輔導6個社區參加社區環境教育培力計畫、環保小學堂計畫。\n9.輔導烏山頭水庫環境教育園區、國立成功大學海洋生物及鯨豚研究中心通過環境教育設施場所。\n10.辦理環境教育人員認證班，培訓18位環境教育人員。\n11.辦理機關、企業、團體的綠色採購業務，綠色採購申報金額達95億元。\n12.辦理環保志工培訓，培訓人數達522人次。",
        "eng_title": "2024 Tainan City Environmental Education ＆ Environmental Protection Volunteers Management and Promotion Plan",
        "eng_subject": "1.Organized 12 environmental education promotion activities in conjunction with Earth Day, World Environment Day, and other related events.\n2.Conducted inspections of 40 organizations required to report results under the Environmental Education Act.\n3.Held 13 environmental education.\n4.Organized the Tainan City Environmental Knowledge Competition on September 21.\n5.Held the Tainan City Environmental Education Picture Book Award Ceremony on October 12.\n6.Assisted Tainan Tzu-Chi Senior High School in winning the Excellence Award in the School Category of the National Environmental Education Award, and Tainan Barclay Memorial Park Sustainable Management Association in winning the Excellence Award in the Group Category.\n7.Supported Tainan Tzu-Chi Senior High School Elementary Department and Tainan Municipal Anping District YiZai Elementary School Yuguan Branch in receiving the Eco Campus Green Flag. Tainan Municipal Sinying District Sinsheng Elementary School and Tainan Municipal Beimen District SanCih Elementary School in receiving the Eco Campus Silver Award.\n8.Guided 6 communities in participating in the Community Environmental Education Empowerment Program and the Environmental Elementary School Program.\n9.Supported Wusanto Reservoir Environmental Education Field and National Cheng Kung University Marine Biology ＆ Cetacean Research Center in being certified as Environmental Education Facilities.\n10.Conducted an Environmental Educator Certification Course, training 18 environmental educators.\n11.Promoted green procurement among government agencies, enterprises, and organizations, reaching a total declared procurement amount of NT$9.5 billion.\n12.Held environmental volunteer training sessions with a total of 522 participants.",
        "proj_year": "113",
        "org_name": "臺南市政府環境保護局",
        "exe_unit": "翌暘工程顧問有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131147089",
        "publish_date": "20250630"
    },
    {
        "chi_title": "雲林縣水環境改善綜合管理計畫",
        "chi_subject": "本計畫滾動式追蹤檢討管理本縣重點河川，持續盤點評估更新本縣重點河川(生化需氧量、懸浮固體、氨氮污染負荷量)，重新繪製污染負荷魚骨圖共3條流域。針對北港溪、新虎尾溪支流排水及牛挑灣溪完成河川水質採樣40處次，依據環境部水質監測結果，分析本縣重點河川水質狀況，提出水質報告7次，並針對水質異常可能原因分析及具體改善建議等。並運用「水污染源管制資料管理系統」及「環保稽查處分管制系統」完成嚴重污染測站之污染潛勢來源分級建議，且針對水質分析及污染潛勢分級等資訊建立嚴重污染測站污染網格圖資4處測站。配合出席7場次會議，隨著會議結論滾動修訂脫離嚴重污染河段之嚴重污染測站污染削減行動計畫。並提交定期檢討及追蹤河川水質污染改善作為之執行情形，分析落後原因並提出改善建議2式，完成配合環境部水質保護司相關重點河川污染整治計畫追蹤檢討會議1場次，彙整提報成果資料。滾動修正建置雲林縣重點河川水質模式1條流域(牛挑灣溪)。針對畜牧資源化，檢討分析本縣畜牧業資源化比率，評估分析其對本縣重點河川水質改善效益及後續推動方向。並蒐集既有禽畜糞尿資源化沼氣發電資料，後續媒合方式推廣沼氣發電案場。\n並滾動追蹤檢討本縣重點河川之既有、推動中或規劃中水質改善方案，評估持續、修正及新增適宜之污染削減策略，配合機關優先辦理雲林縣河川水質狀況及未來改善策進會議3場次，辦理第三次工作檢討會議1場次，完成規劃污染削減策略研商會1場次。依據「水污染防治考核計畫評分標準表」每月試算考核成績，共4次報告。提交環保局「關鍵測站污染削減目標」，共1次報告。配合環境部水質保護司辦理「現地處理設施操作維護情形查核作業」，共3場次。完成檢討分析近五年各行業污染排放減量成效，共25行業別減量成效，提出8項污染物削減下降趨勢、及警示3項污染物增加趨勢，並提供水污費短收疑義共22家事業名單。完成113年本縣水污基金運用成果，彙整8項未來執行水污基金次年辦理重點方向。完成評估重點河川新虎尾溪及北港溪之高污染潛勢區域，並據此建立5處示範區域，勾稽示範區域內列管事業之相關大數據資料共篩選高污染風險潛勢之事業15家。並於高污染風險事業放流口下游布設水質感測器5台進行監控，掌握區域水質變化，分析歸納評估前述布設水質感測器之監控數據。並完成雲林縣水環境改善成果活動1場次，新聞媒體曝光2家，共民眾100人次以上參與，展示環保措施的實踐價值，鼓勵公眾從自身做起。",
        "eng_title": "The Comprehensive Management Plan for Water Environment Improvement for Yunlin county",
        "eng_subject": "The project successfully updated and mapped the pollution load fishbone diagrams for key rivers in Yunlin County, including Xinhuwei River, Beigang River, and Niutiaowan River, covering BOD, SS, and NH3-N. Forty river water quality sampling sessions were conducted. Based on the water quality monitoring results from the Environmental Protection Administration, the water quality status of key rivers in the county was analyzed, and monthly and quarterly water quality reports were produced.\nThe project also developed recommendations for pollution potential source classification for severely polluted monitoring stations, using the Water Pollution Source Control Information Management System and the Environmental Inspection and Control System. Pollution potential classification recommendations and pollution mapping for severely polluted monitoring stations were completed. The project continuously reviewed the pollution status of severely polluted monitoring stations and revised the pollution reduction action plans for sections of rivers that have been removed from severe pollution status.\nA water quality model assessment for the Niutiaowan River within Yunlin County was completed. The project reviewed the resource utilization rate of the livestock industry in the county, analyzed its benefits for improving water quality in key rivers, and proposed future directions for promotion. Efforts were made to promote the establishment of biogas power generation from livestock waste in Yunlin County.\nThe project consolidated related water quality protection plans of the Yunlin County Environmental Protection Bureau and managed the comprehensive management of water pollution control plans, including environmental assessment operations and the comprehensive management of commissioned projects. Five demonstration areas were selected along key rivers in the county, integrating IoT smart monitoring to reduce regional pollution incidents.\nAdditionally, the project supported the Environmental Protection Bureau in organizing awareness activities for World Water Day on March 22 and World Rivers Day on September 22, enhancing public awareness of water environment protection, demonstrating the practical value of environmental protection measures through various promotional activities, and strengthening community participation and intergovernmental communication.",
        "proj_year": "113",
        "org_name": "雲林縣環境保護局",
        "exe_unit": "亞太環境科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131081469",
        "publish_date": "20250630"
    },
    {
        "chi_title": "113年度臺南市高污染機動車輛排氣管稽查整合照相系統管制計畫",
        "chi_subject": "(一) 執行使用中機動車輛原地噪音量測作業\n1.攔檢42場，攔巡(查)數共2,231輛、攔檢數共191輛、合格149輛次、不合格35輛(不合格率19.0%)，再改管第八條7輛。\n2.召回51場，檢測1,017輛、合格961輛、原廠管489輛、不合格56輛(不合格率3.7 %)。\n3.排氣檢測，攔查檢驗221輛(其中144輛合格，31輛不合格，46輛未依規定完成檢驗)。\n4.113年檢舉查證6,723件，受理2,657件，2,577已發文。\n執行成效：分析噪音污染潛勢圖，發現臺南市民眾機動車輛噪音陳情各區域皆有改善，113年車輛噪音陳情數較112年下降約18%。 \n(二) 執行機動車輛行駛噪音稽查作業 (聲音照相科技執法)\n1.固定式聲音照相執行2,520天，辨識28,636,402輛、噪音事件88,193件、告發178件、召回182件、第8條15件。\n2.類固定式聲音照相執行156場，辨識3,950,354輛、噪音事件23,284件、告發96件、召回38件，第8條2件。\n3.聲音照相科技執法篩選未定檢機車2,918輛，移給機車計畫辦理後續作業。\n4.聲音照相舉證系統優化作業(AI) 10月裝機測試使用，雲科大AI軟體可達人工減量約83.3%，辨識正確率70.9%；中華電信AI軟體可達人工減量約91.1%，辨識正確率48.1%。\n   執行成效：以陳情數而言，各區皆有降低趨勢，北區及歸仁區略為成長，永康區仍屬高陳情區域，依前30大路段科技執法成效在各區皆有降低趨勢，而北區(中華北路二段)、歸仁區(中正南路二段)略為成長，後續加強架設稽查設備管理。113年相較112年告發從372件增至588件，告發增長58%；召回從540件降至513件，與同期陳情相比約降18%。\n(三) 協助檢討或修正彙整噪音管制相關法規公告事宜\n1.噪音管制法第七條，依111 年7 月15 日公告檢討噪音管制區參考圖面，今年度再度檢討，並更新噪音管制網。\n2.噪音管制法第八條，已於110年2月8日公告「修正本市各類噪音管制區內，不得從事妨害他人生活環境安寧行為之時間丶地區或場所」。\n3.噪音管制法第九條，已於106年3月14日針對噪音管制法第九條第一項第六款公告 「臺南市各類噪音管制區內，非屬工廠（場）、娛樂場所、營業場所及營建工程等場所或工程範圍內，所使用之下列設施所發出之聲音，不得超過噪音管制標準」。\n4.噪音管制法第二十條第三項，已於113年4月15日公告生效「量測方法內容明定數據擷取方式及時距，品質管制中使用聲音校正器確認量測系統，頻率由三天一校改為七天執行一次」。\n5.環境部機動車輛替換用消音系統認證管理規範，113年替換用排氣管須辦理認證；並配套交通部修訂「道路交通安全規則」第二十三條、第二十四條、第三十九條之一及附件十五規範，落實源頭管理，促進民眾生活安寧。\n執行成效：蒐集環境部或相關部門之噪音管制相關法規修正或公告，依第七、八、九條檢視臺南市相關噪音公告與噪音管制法相符，並依法行政；交通部修法將排氣管變更納入檢驗項目，藉由源頭管制來嚇阻噪音車輛。\n(四) 營建噪音管制\n1.配合營建計畫辦理營建工地噪音法規宣導會2場次。\n2.會同營建計畫稽巡查，共執行130場次。\n3.專案營建輔導並追蹤改善情形8場次。\n4. 機動式噪音監測，針對重點陳情工地進行監控5場次。\n執行成效：藉由施工現場噪音巡查、實測和宣導，113年6至9月陳情數量皆於100件以下，營建監控5場次監控期間也無陳情案件。\n(五) 行政院環境部環保機關績效考核管理，113年預計得分6.0分 (總分6分)。\n執行成效：環境部考評噪音項目預計得滿分。\n(六) 其他配合事項\n1.工作月報及噪音陳情案件統計分析，完成6次提送作業。\n2.噪音防制網站已依規定建置，並持續維護更新。\n3.新聞稿完成5篇，臉書發布15篇相關資訊。協助完成宣導圖卡製作5則、影片1則以及活動規劃等作業。\n4.協助噪音複查作業14場次。\n5.辦理噪音宣導會2場次。\n6.依規定已提供稽查用轎車6輛，供本計畫使用。",
        "eng_title": "2024 Tainan City High Pollution Motor Vehicle Exhaust Inspection and Integrated Camera System Control Plan",
        "eng_subject": "(1) Implementation of On-Site Noise Measurement for In-Use Motor Vehicles:\n1. A total of 42 inspections were conducted, involving 2,231 vehicles. A total of 191 vehicles were inspected, out of which 149 were found to be compliant and 35 were found to be non-compliant, resulting in a non-compliance rate of 19.0%. and 7 change the exhaust pipe again to article 8.\n2. A total of 51 recalls were conducted, involving the inspection of 1,017 vehicles. Out of these, 961 were found to be compliant , 489 vehicles were inspected by the original factory,and 56 were found to be non-compliant, resulting in a non-compliance rate of 3.7%.\n3. Locomotive exhaust inspection, 221 vehicles were stopped and inspected. Out of which 144 were found to be compliant and 31 were found to be non-compliant, 46 vehicles failed to complete inspection in accordance with regulations.\n4. In 2024, a total of 6,723 complaints were received and 2,657 were accepted for investigation. Official communication has been issued for 2,577 of these complaints.\nImplementation effectiveness：The noise pollution potential map we analysed, and found the noise complaints were improved in all areas for Tainan citizen, The number of vehicle noise complaints in 2024 dropped by about 18% compared with 2023 . \n(2) Implementation of Noise Inspections for Motor Vehicles:\n1. A total of 2,520 days of fixed sound camera operation were conducted, resulting in the identification of 28,636,402 license plates, 88,193 noise events, 178 reported cases, 182 recalls, and 15 change the exhaust pipe again to article 8.\n2. A total of 156 kind fixed sound camera operation were conducted, resulting in the identification of 3,950,354 license plates, 23,284 noise events, 96 reported cases, 38 recalls, and 2 change the exhaust pipe again to article 8..\n3. Sound photography technology law enforcement screened 2,918 motorcycles that had not been regularly inspected and transferred them to the motorcycle project for follow-up work.\n4. The voice photography evidence system optimization operation (AI) was installed and tested in October. The AI software of Yunlin University of Science and Technology can achieve a manual reduction of about 83.3%, and the recognition accuracy is 70.9%; the AI software of Chunghwa Telecom can achieve a manual reduction of about 91.1%, and the recognition accuracy is 70.9%. The accuracy rate is 48.1%.\nImplementation effectiveness：In terms of public complaints, All districts have a downward trend. North District and Quy Nhon District have slightly increased, while Yongkang District is still a high-density area. The effectiveness of technological law enforcement on the top 30 road sections shows a downward trend in all districts, The North District (Section 2 of Zhonghua North Road) and Quy Nhon District (Section 2 of Zhongzheng South Road) have grown slightly, and the management of inspection equipment will be strengthened in the future. Compared with 2023, the number of reports increased from 372 to 588 in 2024, Reporting increased by 58%. Recalls dropped from 540 to 513, Compared with the same period, Public complaints  dropped by about 18%.\n \n(3) Assist in reviewing or revising announcements related to noise control regulations:\n1. In accordance with the announcement made on July 5, 2022, the reference maps for noise control areas have been reviewed, and the noise control website has been updated.\n2. Article 8 of the Noise Control Act was amended on February 8, 2021 to state that No behavior that impairs the living environment of others shall be conducted within any type of noise control area in this city, in any time, area or place.\n3. Article 9 of the Noise Control Act was amended on March 14, 2017 to announce that Within all types of noise control areas in Tainan City, the following facilities used outside of areas or ranges of factories, entertainment venues, business places, and construction projects shall not exceed the noise control standards.\n4. Article 20-3 of the Noise Control Act was amended on April 15, 2024 to announce that  The content of the measurement method clearly defines the data acquisition method and time interval. Sound calibrators are used to confirm the measurement system during quality control. The frequency of schooling has been changed from three days to once every seven days. \n5. Ministry of Environment Certification Management Specifications for Replacement Silencer Systems for Motor Vehicles, 2024 replacement exhaust pipes must be certified；and supporting the revision of the Ministry of TransportRoad Traffic Safety Rules Article 23, Article 24, Article 39-1 and Annex 15 Norms, Implement source management, Promote people's peaceful life.\nImplementation effectiveness : Through collecting the amendments or announcements of relevant laws and regulations noise control from Environmental Protection Administration (EPA) or other government department, and in accordance with Article 7, 8, 9 to check the relevant noise announcem",
        "proj_year": "113",
        "org_name": "臺南市政府環境保護局",
        "exe_unit": "聯韻聲學環保顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131056389",
        "publish_date": "20250620"
    },
    {
        "chi_title": "高雄市-113年資源循環工作計畫",
        "chi_subject": "為落實資源回收體系上游責任業者登記、申報、繳費之執法公平性與一致性與下游販賣業者回收管道之暢通，推動「113年度高雄市資源回收查核暨回收處理業輔導管制工作計畫」（以下簡稱本計畫），委託綠信環境科技股份有限公司，協助計畫工作項目執行外，並依契約規定派駐1名駐局專案經理、2名駐局專案工程師、3名計畫查核員等專職人力共同推動本計畫。\n本計畫自決標次日113年1月1日起至113年12月31日止，執行期程為12個月。",
        "eng_title": "Kaohsiung City-113-year resource recycling work plan",
        "eng_subject": "In order to ensure fair and consistent enforcement of upstream registration, declaration, and payment, as well as smooth recycling channels for downstream manufacturers, the 2024 Kaohsiung City Recycling Audit and Recycling Industry Guidance Plan (hereinafter referred to as: this plan) is formulated by the Environmental Protection Department of the Kaohsiung City Government. The provisions of the Waste Disposal Act are promulgated. In addition to entrusting Boutique Technology Consulting Co., Ltd. to assist in project execution, it has also equipped with full-time human resources such as 1 resident project manager, 2 resident project engineers, and 3 project auditors. jointly advance the project in accordance with the contract.\nThis project started on January 1, 2024 (the day after the bid was awarded) and ended on December 31, 2024, a total of 12months.",
        "proj_year": "113",
        "org_name": "高雄市政府環境保護局",
        "exe_unit": "綠信環境科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131026175",
        "publish_date": "20250701"
    },
    {
        "chi_title": "使用中機車污染管制暨使用中汽油車排氣檢驗制度建置推動計畫",
        "chi_subject": "機車排氣定期檢驗制度自民國85 年推行至今，已邁入第28 年。本計畫致力於檢驗站管理與設備審查，並辦理機車排氣檢驗站補助款審查，評估與精進汽機車檢驗管制成效。檢驗站品質管理方面，持續研修檢驗設備認證程序，並透過型式審查確保設備符合品質要求。歷年標準氣體抽驗結果顯示品質大幅改善，近5 年無不合格情形，顯示標準氣體抽驗作業有效督促氣體廠商提升產品品質。此外，本計畫針對機齡5 年以上的排氣分析儀進行氣體比對抽查，歷年整體不合格率為4.4%。\n排氣檢驗站補助款審查方面，運用車牌辨識系統審查檢驗照片，確保所有照片車號均經嚴格把關，以提升審查品質與效率。補助款透過電子金流方式撥付，並加強檢核申請文件，退匯比例維持在0.1%以下。另因應汽油車排氣檢驗納入補助，本計畫提供書面申請範例，減少申請資料錯誤。計畫期間運用109 至113 年度資料庫數據，評估過去5 年檢驗成效，整體排放量逐年減少，CO 排放量降幅約33%，HC 降幅約24%，顯示管制成效良好。\n因應汽車排氣定期檢驗業務將於114 年7 月回歸環保機關主管，本計畫協助研擬汽車排氣檢驗站認可證申請項目、品質查核標準及查核表範例格式，並研修汽車排氣檢驗站管理辦法，確保業務順利推行。",
        "eng_title": "Implementation and Promotion Plan for In-Use Motorcycle Pollution Control and Gasoline Vehicle Emission Inspection System",
        "eng_subject": "The regular motorcycle exhaust inspection system has been in place since 1996 and is now in its 28th year. This program is dedicated to station\nmanagement and equipment certification, subsidy evaluation for motorcycle exhaust inspection stations, and the assessment and improvement of motorcycle exhaust inspection control effectiveness. In terms of inspection station quality management, we continue to improve various inspection equipment certification procedures and ensure that equipment meets quality requirements through type approval examination. Over the years, the results of standard gas sampling tests have significantly improved, with no non-compliance cases in the past five years. This demonstrates that standard gas sampling operations have effectively urged gas manufacturers to enhance the quality of their products. Additionally, this program conducts gas comparison sampling on exhaust analyzers older than five years to monitor their actual drift. The overall failure rate for these checks has been 4.4% over the years.\nRegarding the subsidy review for exhaust inspection stations, the vehicle license plate recognition system is used to review inspection photos, ensuring that all license plate numbers in the photos are rigorously checked to improve the overall quality and efficiency of the review. Subsidies are disbursed through the electronic payment system, and the review of the required application documents for subsidy disbursement has been strengthened. The overall rejection rate for refunds has remained below 0.1%. Additionally, in response to the inclusion of gasoline vehicle exhaust inspection in the subsidy program, this project provides written application document templates for inspection stations to reduce errors in subsidy application data. During the program period, the data from the 2020 to 2024 motorcycle exhaust inspection and audit database was used to assess the effectiveness of the motorcycle exhaust inspection over the past five years. Overall exhaust emissions have been decreasing year by year, with CO emissions decreasing by about 33% and HC emissions decreasing by about 24%, indicating good control results.\nIn response to the transfer of the jurisdiction over gasoline vehicle exhaust inspections to the environmental authorities starting July 2025, this\nprogram assists in formulating the inspection station certification application review items, environmental agency quality audit items, and audit form templates. It also helps to refine the management regulations for automobile exhaust inspection stations to ensure the smooth  implementation of the automobile exhaust inspection program.",
        "proj_year": "113",
        "org_name": "環境部大氣環境司",
        "exe_unit": "春迪企業股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130649404",
        "publish_date": "20250614"
    },
    {
        "chi_title": "113年度嘉義縣235環境教育執行計畫",
        "chi_subject": "全球暖化與氣候變遷已成為國際間關注的重要議題，在各國永續意識抬頭之下，也帶動了節能、低碳、循環綠色經濟面向，淨零排放已是近年國際共同議題，我國淨零轉型從推動「淨零綠生活」開始，引導民眾行為改變，包括全民食、衣、住、行、育、樂、購中所產生的商業及消費使用行為。\n環境教育是為了「解決現在的和將來的環境問題」，本計畫透過環境教育活動推廣，連結在地環境教育夥伴與社區團體，長期培力地方社區營造與協助環境教育場域的申請認證；藉由社群平台的經營，創造更多民眾認識2050淨零碳排政策機會，也將本縣的環境教育行動方案和環保政策於環保局網站展現，另本年度本工作團隊秉持環境教育專業及豐富的專案執行經驗，依據履約標的規定之各工作項目，提出期中執行成果報告，本計畫針對年度期中重點項目如下說明：\n1.配合世界環境日辦理無塑野餐抵嘉活動，結合在地國小、民眾，融入各項政策宣導，並透過闖關寓教於樂方式，傳遞淨零綠生活和事世界環境日內涵。\n2. 與中正大學製商整合研究中心辦理2場次淨零公正轉型焦點座談，辦理主題分別為學校角色與永續發展、產業界的永續發展，參與對象包含政府機關、社會民眾、產業企業、學校師生，藉由深入探討淨零公正轉型在不同領域的挑戰和機遇，並分享成功的實踐案例，以激發參與者的創意和行動力。\n3.第9屆國家環境教育獎社區組於4月29日辦理決賽，已於6月21日環境部公布成績獲得特優全國第一佳績。\n4.辦理環境教育志工增能訓練，運用體驗學習方式，實地至苗栗及彰化各環境教育設施場所學習，透過走讀、實作更加了解人與環境之間的關聯，更進一步由理論面及實務面的學習及經驗分享，未來運用在協助本縣環境教育之推動。\n5.綠能館空間維護改善，為營造周邊環境和安全，已種植草皮、花卉和移除腐蝕木樁，並修繕損害設備包含割草機、監視器、水龍頭、展示螢幕等作為，後續將持續改善和維護，讓營運品質更加精進。\n本年度為響應環境部「淨零排碳」政策，本計畫執行至今持續調整活動執行方式融入淨零排碳或環境部相關政策面向作為主軸，在爭取達成環境部環境教育考核目標的同時，維繫嘉義縣環境教育推廣能量，落實全民響應環境教育的核心目標。\n綜上，持續推展環境教育業務，擴大環境教育量能，提升教學品質，充分運用環境教育資源，透過教育手段傳達環境議題概念，與民眾生活鏈結，藉此從自身落實食衣住行育樂購生活面向達到節能減碳之理念與行動。",
        "eng_title": "113 Chiayi County 235 Environmental Education Implementation Plan",
        "eng_subject": "Global warming and climate change have become important issues of international concern. The rise of sustainability awareness in various countries has also promoted the orientation of energy saving, low-carbon, and circular green economy. Net-zero emissions have become a common international issue in recent years. Taiwan's net-zero The transformation begins with the promotion of net-zero green living and guides people's behavior changes, including the commercial and consumption behavior of all people in food, clothing, housing, transportation, education, entertainment, and shopping.\nEnvironmental education is to solve current and future environmental problems. This project promotes environmental education activities, connects local environmental education partners and community groups, cultivates local communities in the long term, and assists in the application for certification of environmental education sites. ; Through the operation of the social platform, we will create more opportunities for the public to understand the 2050 net-zero carbon emission policy, and also display the county’s environmental education action plan and environmental protection policies on the Environmental Protection Bureau website. In addition, this year’s working team adheres to the environmental education profession and With rich experience in project execution, we propose an interim implementation results report based on each work item stipulated in the performance target. This plan describes the annual midterm key projects as follows:\n1. Organize a plastic-free picnic event in conjunction with World Environment Day, integrate local elementary schools and the public, integrate various policy promotions, and convey the connotation of World Environment Day through education and fun through challenging obstacles. \n2. Hosted 2 focus discussions on net-zero and just transformation with the Manufacturer Integration Research Center of National Chung Cheng University. The topics were respectively the role of schools and sustainable development, and the sustainable development of the industry. Participants included government agencies, the general public, industrial enterprises, Teachers and students of the school will have an in-depth discussion on the challenges and opportunities of net-zero just transformation in different fields, and share successful practical cases to stimulate the creativity and action of participants.\n3. The community group of the 9th National Environmental Education Award held the finals on April 29 and won the first place in the country in the environmental unannounced results in June.\n4. Conduct environmental education volunteer empowerment training, use experiential learning methods, and go to various environmental education facilities in Miaoli and Changhua to learn more about the relationship between people and the environment through day reading and practice, and further develop theoretical and practical skills. Practical learning and experience sharing will be used to assist the promotion of environmental education in the county in the future.\n5. The space maintenance of the Green Energy Pavilion has been improved. In order to create the surrounding environment and safety, turf, flowers and corroded wooden piles have been planted and corroded wooden piles have been repaired. Damaged equipment including lawn mowers, monitors, faucets, display screens, etc. have been repaired and will be continued in the future. Improve and maintain to improve operational quality.\nThis year, in response to the Net Zero Carbon Emissions policy of the Ministry of Environment, the plan has continued to adjust its implementation methods to incorporate net zero carbon emissions or the relevant policies of the Ministry of Environment as the main axis. While striving to achieve the environmental education assessment goals of the Ministry of Environment, it also maintains Chiayi County's environmental education promotion energy implements the core goal of national response to environmental education. \nIn summary, we will continue to promote the environmental education business, expand the capacity of environmental education, improve the quality of teaching, make full use of environmental education resources, convey the concept of environmental issues through educational means, and link with people's lives, so as to implement food, clothing, housing, transportation and education ourselves. Tesco Life’s philosophy and actions to achieve energy conservation and carbon reduction.",
        "proj_year": "113",
        "org_name": "嘉義縣環境保護局",
        "exe_unit": "磐飛科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130633521",
        "publish_date": "20250606"
    },
    {
        "chi_title": "113年四大物料循環及機構管理整合宣傳計畫",
        "chi_subject": "計畫摘要：\n為推廣四大物料循環及機構管理政策，運用多元宣傳管道，提高政策能見度。以四大物料資源循環及機構管理共5大項政策主題，擇2項主題進行設計及製作宣導工具。\n\n現行四大物料資源循環方式，「生物質資源」為其中重要部分\n主要的針對各類生物剩餘資材、廢棄物進行流向盤點，結合各部會分工提升廢料價值，以高值化、飼料化、肥料化及能源化分級推動，並精進能資源化處理技術、強化效能，發展生物炭及沼渣沼液多元應用途徑。\n\n「石綿廢棄物處理」是目前環境部資源循環署的重點工作之一\n    石綿主要用於建材，拆除過程若有破損易具飛散性，導致吸入危害風險；環境部資源循環署已建立調查技術掌握建物現況，並規範清除處理及補助方式，引導民眾及業者妥善處置含石綿建材廢棄物，避免發生危害。\n    本案以『生物質資源循環』與『石綿廢棄物補助清理』兩項主題，配合環境部資源循環署規劃宣傳需求，承作影音短片2支與主視覺設計2式，應用於相關推廣使用。\n \n１．以「生物質循環」為主題，完成製作1部宣傳影片、1項主視覺設計及1款平面設計。\n　　為推廣生物質資源循環成果，促進公私部門成果交流與生物質產業物料媒合，使生物質物料適材適所利用，並揭露生物質資源循環相關資訊，本案協助相關單位，製作推廣影片與視覺宣傳，以利宣傳推廣使用。\n\n2．以「石綿建材廢棄物清理補助」為主題，完成製作1部宣傳影片、1項主視覺設計（1款平面設計），另加值製作錄音宣傳品1則。\n    為推廣加強宣導石綿廢棄物處理，以目前署裡推動的「查」、「詢」、「包」、「清」為主要宣傳主軸，鼓勵民眾檢視家中是否有石綿廢棄物，並快速申請清運補助。特別規劃主視覺設計（平面設計）一款與宣傳影片剪輯一支，協助各縣市政府石綿訊息露出，以利宣傳推廣使用。",
        "eng_title": "Four Major Materials and Institutional Management Integrated Publicity Plan for 2024",
        "eng_subject": "Project Summary:\nTo promote the recycling policies of the four major materials and institutional management, this project utilizes diverse communication channels to enhance the visibility of these policies. It focuses on five main policy themes under the four major material resources recycling and institutional management. Two of these themes will be selected for the design and production of promotional tools.\n\nAmong the current four major material recycling strategies, biomass resources play a key role.\nThe strategy focuses on tracking the flow of various types of residual biomass materials and waste. Through inter-ministerial cooperation, the project aims to enhance the value of waste materials by promoting a tiered approach including value-added applications, feed production, fertilizer production, and energy conversion. Efforts will also be made to improve resource processing technologies and operational efficiency, while developing diverse applications for biochar, digestate, and bioliquid.\n\nAsbestos Waste Management is one of the key priorities of the Resource Circulation Administration under the Ministry of Environment.\nAsbestos has been mainly used in building materials, and when damaged during demolition, it becomes airborne and poses serious inhalation hazards. To address this, the Resource Circulation Administration has developed investigative techniques to assess the current condition of buildings and has established standards for removal, treatment, and subsidies. These measures aim to guide both the public and industry stakeholders in the safe and proper disposal of asbestos-containing construction waste to prevent health risks.\n\nThis project focuses on two themes: Biomass Resource Circulation and Subsidized Cleanup of Asbestos Waste. In line with the promotional strategy of the Resource Circulation Administration of the Ministry of Environment, two promotional videos and two sets of key visual designs will be produced for relevant promotional use.\n1.Theme: Biomass Resource Circulation\nDeliverables: 1 promotional video, 1 key visual design, and 1 graphic design.\nObjective: To promote the achievements in biomass resource recycling, foster exchange of results between public and private sectors, and support material matchmaking within the biomass industry. The goal is to ensure appropriate use of biomass materials and disclose related recycling information. This project will assist relevant agencies in producing promotional videos and visual materials to enhance public awareness and engagement.\n\n2.Theme: Subsidized Cleanup of Asbestos Construction Waste\nDeliverables: 1 promotional video, 1 key visual design (including 1 graphic design), and an additional audio promotional material.\nObjective: To enhance public understanding and advocacy for asbestos waste management. Centered around the four key promotional messages currently advanced by the administration—Inspect, Inquire, Pack, and Clean—the campaign encourages the public to check their homes for asbestos waste and promptly apply for disposal subsidies. This includes the creation of a specially designed visual (graphic) and a promotional video to assist local governments in disseminating asbestos-related information effectively.",
        "proj_year": "113",
        "org_name": "循環署循環處理組",
        "exe_unit": "諾耶廣告股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130416107",
        "publish_date": "20250627"
    },
    {
        "chi_title": "環評增量抵換來源之車輛汰換減量效益媒合專案工作計畫",
        "chi_subject": "為鼓勵民眾將老舊燃油車改為低碳排車輛，112年車輛汰舊換新抵換媒合平臺上線，民眾可藉由媒合平臺將車輛汰換之減量效益售予收購方以領取收購價金或獎勵金。故本計畫包含3大工作項目：「維護及管理『減碳媒合管理系統』平台功能」、「辦理減碳效益政策推動說明或推廣措施」、「辦理車輛（機車及汽車）汰舊換新溫室氣體減量效益獎勵及媒合作業審查事宜」。維護平台方面，本計畫已完成擴充與調修6項系統功能。於政策推動宣導方面，已辦理2場次溫室氣體減量效益媒合服務說明會、設計共7則推廣文宣，並定期彙整全國獎補助情形。辦理審查事宜部分，累計審查共52,519件，其中通過件共51,656件，累計問題件共12,141件，占總申請件23.12%，累積客服案件數共6,111件。本計畫自履約期間執行造冊共158冊，累計共43,508件造冊，共撥款40,459件。",
        "eng_title": "Project for Matching Vehicle Replacement Emission Reduction Benefits as Offset Sources for Environmental Impact Assessment Increments",
        "eng_subject": "To encourage the public to replace older fuel-powered vehicles with low-carbon alternatives, the Carbon Reduction Matching Platform for Vehicle Replacement was launched in 2023. Through this platform, individuals can transfer the carbon reduction benefits generated from retiring their vehicles to interested purchasers in exchange for a purchase price or incentive payment. This project focused on three key areas: maintaining and managing the Carbon Reduction Matching Management System platform, promoting and explaining policies related to carbon reduction benefits, and overseeing the review and matching process for incentive payments tied to the retirement and replacement of motorcycles and automobiles. In terms of platform maintenance, six system functions were expanded and enhanced. For policy promotion, two briefing sessions were held to introduce the carbon reduction matching services, seven promotional materials were designed, and nationwide subsidy and incentive data were compiled regularly. In review operations, a total of 52,519 applications were processed, with 51,656 approved. A total of 12,141 problematic cases were identified, accounting for 23.12% of all applications, and 6,111 customer service cases were handled. Over the course of the contract period, 158 registration books were compiled, covering 43,508 cases, with disbursements completed for 40,459 cases.",
        "proj_year": "113",
        "org_name": "氣候署排放管理組",
        "exe_unit": "環資國際有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130293589",
        "publish_date": "20250630"
    },
    {
        "chi_title": "113年度臺中市機動車輛排氣管污染管理事務計畫",
        "chi_subject": "現行噪音車管制相關法令，在新車審驗與噪音檢驗上分由交通部及環境部兩部會主管，使用中車輛改裝排氣管部分，法令既未嚴謹規範改裝之做法，亦未有詳細訂定改裝排氣管之規格，僅規定排氣角度及加裝防燙蓋且不需登記，但排氣管改裝後是否違反或超過噪音管制標準，需再透過噪音檢驗後認定，由環保機關依法裁罰，存有事倍功半、成效不彰。\n為從源頭解決問題，行政院邀集環境部與交通部共同推動「改裝排氣管認證制度」，由環境部訂定「機動車輛替換用消音系統認證管理規範」，交通部修訂「道路交通安全規則」，改管者(非認證管)可以先到環境部網站登錄申請「替用排氣管噪音檢驗」，經由本計畫檢驗取得合法音量認證後，再自行向監理站辦理排氣管變更登記，113年給予1年緩衝期，114年1月起正式實施新制，未來將會規範機車噪音及排氣角度，若經查獲未使用認證排氣管，依法可罰鍰900元至1,800元，倘若噪音檢測不合格，則依「噪音管制法」再加罰1,800元至3,600元，兩者合計最高可開罰5,400元。\n統計113年1月1日至12月31日環境部登錄取號之車輛，累計執行「機動車輛噪音排氣管量測」及「機車排放空氣污染物之不定期排氣檢測」100場次，其中車主自行至環境部登錄欲檢測車輛共計有2,880輛，實際到檢數827輛，到檢率約28.7%。\n透過本計畫之執行，減少機動車輛產生之噪音對人及生活環境影響，特別是夜間時段，有效落實源頭管理，促進民眾生活安寧，以維護生活品質。",
        "eng_title": "113 Taichung City Motor Vehicle Exhaust Pipe Pollution",
        "eng_subject": "The current laws related to the control of noisy vehicles are in charge of new car inspections and noise inspections. The Ministry of Transport and the Ministry of Environment are responsible for the modification of exhaust pipes of vehicles in use. The laws neither strictly regulate the practice of modifications nor provide detailed regulations on modifications. The specifications of the exhaust pipe only stipulate the exhaust angle and the installation of an anti-scalding cover and do not require registration. However, whether the exhaust pipe violates or exceeds the noise control standards after modification must be determined through a noise inspection, which will be determined by the environmental protection agency in accordance with the law. Punishment will result in half the effort and ineffective results.\n    In order to solve the problem from the source, the Executive Yuan invited the Ministry of Environment and the Ministry of Transportation to jointly promote the Retrofitted Exhaust Pipe Certification System. The Ministry of Environment formulated the Certification Management Specifications for Replacement Silencing Systems for Motor Vehicles and the Ministry of Transportation revised the Road Traffic Safety Rules ”, pipe changers (non-certified pipes) can first log in to the Ministry of Environment’s website to apply for the “Alternate Exhaust Pipe Noise Inspection”, and after passing this program inspection to obtain legal volume certification, they can then go to the supervision station to register the change of the exhaust pipe themselves. , a one-year buffer period will be given in 2013, and the new system will be officially implemented in January 2014. In the future, the noise and exhaust angle of locomotives will be regulated. If the certified exhaust pipe is not used, a fine of 900 yuan to 1,800 yuan can be imposed according to law. If the noise test fails, an additional fine of NT$1,800 to NT$3,600 will be imposed in accordance with the Noise Control Act, with a total fine of up to NT$5,400.\n    According to statistics on vehicles registered with the Ministry of Environment from January 1 to December 31, 2013, a total of 100 Motor Vehicle Noise Exhaust Pipe Measurement and Irregular Exhaust Testing of Air Pollutants Emitted by Motorcycles were performed, including A total of 2,880 vehicles were registered by the vehicle owners to the Ministry of Environment to be inspected, of which 827 were actually inspected, with an inspection rate of approximately 28.7%.\n    Through the implementation of this plan, the impact of noise generated by motor vehicles on people and the living environment, especially at night, will be effectively implemented, source management will be effectively implemented, and people's living tranquility will be promoted to maintain the quality of life.",
        "proj_year": "113",
        "org_name": "臺中市政府環境保護局",
        "exe_unit": "瑩諮科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130270847",
        "publish_date": "20250616"
    },
    {
        "chi_title": "空氣品質改善策略有效性及臭氧前驅物管制研析計畫",
        "chi_subject": "本計畫定期追蹤各空品區及縣市空氣品質與氣象指標以及空氣污染方案目標達成情形，並蒐集彙整鄰近東亞及南亞地區國家城市空氣品質資料。近5年各空氣污染物濃度維持下降趨勢，惟PM2.5、PM10及O3-8hr濃度112年較111年稍有上升，但仍符合空氣污染防制方案112年目標。\n完成解析特定空品案例，包括PM2.5及O3濃度上升原因，評估移動源空污管制策略對空品改善成效，並完成「111年度空氣污染防制總檢討」。\n計畫亦蒐集及彙整國外空氣品質指南及標準修正相關資訊，以及我國空污健康影響文獻，並提出我國空氣品質標準修正評估報告。協助判定各縣市提送應排除之空品特殊事件申請案件，另外亦協助提供更新各縣市空品防制區最新等級。\n此外，本計畫利用模式模擬搭配監測數據解析高濃度日成因並研擬各空品區主要行業別及排放源之管制對策。結果顯示在相同排放量條件下，112年因氣象因子與108年的差異，導致PM2.5濃度與O3-8hr濃度分別高出4.3%與1.2%。主要行業別對PM2.5與O3事件日之影響模擬分析中，應加強對大貨車、電力業、自用小客車及化學材料製造業之管制以同時降低PM2.5與O3事件日。\n完成111年度手動PM2.5樣品水溶性離子成分分析。主要化學成分SO42-、NH4+、NO3-及K+之濃度呈現由北至南遞增，與PM2.5濃度分布相似。各離子占PM2.5質量比例北部、竹苗及中部的測站中以SO42-占比最高，雲嘉南、高屏則NO3-占比最高。",
        "eng_title": "The Effectiveness of Air Quality Improvement Strategies and Research on Controlling of Ozone Precursors",
        "eng_subject": "This project regularly tracks the air quality and meteorological data of various air basins, counties, and cities, as well as the goals achievement of the Air Pollution Prevention Plan, and collects air quality data on cities in neighboring countries in East and South Asia. In the past five years, the concentration of various air pollutants has maintained a downward trend, but the concentrations of PM2.5, PM10 and O3-8hr have increased slightly in 2023 compared with 2022. However, the 2023 target of the Air Pollution Control Plan was still achieved.\nThe project also analyzes specific cases of air quality incidents, including PM2.5 and ozone, both deterioration and improvement. When abnormal air pollution situations appear, the project also studies why and where the pollution comes from. It evaluates the effectiveness of mobile pollution source control strategies in improving air quality. We also drafted the “The Annual Report of Air Pollution Control Taiwan (R.O.C.) in 2022”.\nAdditionally, the project collects information related to revisions to foreign air quality guidelines and standards, including health impact literature, and proposes an assessment report on revised air quality standards. It assists in determining exceptional event cases submitted by local environment authorities. We also assist in providing updates to the latest levels of air pollution control zones in each county and city.\nMoreover, model simulation and field monitoring data are used to analyze the causes of air pollution episode and develop control strategies for major industries and emission sources in each air basin. The results show that under the same emission conditions, due to differences in meteorological factors between 2023 and 2019, the concentrations of PM2.5 and O3-8hr in 2023 were 4.3% and 1.2% higher respectively than in 2019. In the simulation analysis of the impact of major industries on PM2.5 and O3 episodes, controls on trucks, the electric power industry, private passenger cars and the chemical materials manufacturing industry should be strengthened to simultaneously reduce PM2.5 and O3 episodes.\nFinally, the analysis of water-soluble ion components of manual PM2.5 samples in 2022 was completed. The concentration distribution of the main water-soluble ion components SO42-, NH4+, NO3- and K+ across Taiwan increases from north to south, which is similar to the PM2.5 concentration distribution. Regarding the proportion of each ion in the mass concentration of PM2.5, SO42- accounted for the highest proportion in the northern region, Chu-Miao air basin and central region, while NO3- accounted for the highest proportion in the Yun-Chia-Nan air basin and Kao-Ping air basin.",
        "proj_year": "112",
        "org_name": "環境部大氣環境司",
        "exe_unit": "立境環境科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1123364703",
        "publish_date": "20250623"
    },
    {
        "chi_title": "地下水資源永續管理策略計畫",
        "chi_subject": "水資源之永續發展為世界各國經濟發展之重要關鍵。臺灣長期受到水文、地理條件與產業發展的影響，造成地面水已不足以滿足用水需求。有鑑於近年全球氣候異常導致澇旱災害頻傳，亦造成社會經濟損失，因此，地下水資源開發與保育實為臺灣水資源管理與國家發展之重點。然而部分地區因產業發展、土地利用與水源供應等三者間未能平衡考量，導致在水源貧乏地區，如西南沿海地區持續大量抽取地下水，以發展耗水產業，導致地下水鹽化、地層下陷、長期淹水及國土流失等問題，且部分地區受到自然地質因素影響而導致水質品質不佳，甚至受到農業、工業、民生排放廢污水之影響，而呈現水質污染情形，皆嚴重影響我國水資源之永續利用。\n我國當前面臨的地下水資源面臨情境包含（1）政府組織與管理權責分散、（2）水質與水量評估分行併進、（3）產業發展與氣候變遷衝擊、（4）缺乏地下水資源整體指導方針、（5）水質監測數據資料累積量有限，上述問題應有明確規劃。爰此，為解決我國地下水資源管理面臨問題，及扣合永續發展政策綱領，環境部環境管理署（以下簡稱環管署）辦理「地下水資源永續管理策略計畫」（以下簡稱本計畫），本計畫重點課題包含「推動地下水資源永續管理政策」、「建立區域性地下水污染風險地圖」、「研擬氣候變遷地下水衝擊調適策略」、「建立地下水污染整治效益及經濟價值評估方法」、及「發展地下水新穎數據分析方式」，期達地下水資源永續發展與健全管理之目標。",
        "eng_title": "Groundwater Resource Sustainability Management Strategic Project",
        "eng_subject": "The sustainable development of water resources is a crucial factor for the economic growth of nations worldwide. Taiwan has long been affected by hydrological and geographical conditions, as well as industrial development, leading to surface water insufficiency in meeting water demands. In light of the increasing frequency of flood and drought disasters caused by global climate anomalies in recent years, which have also resulted in socio-economic losses, the development and conservation of groundwater resources have become a key focus of Taiwan's water resource management and national development. However, in certain regions, the imbalance between industrial development, land use, and water supply has led to excessive groundwater extraction in water-scarce areas, such as the southwestern coastal region, to support water-intensive industries. This has resulted in problems such as groundwater salinization, land subsidence, prolonged flooding, and land loss. Additionally, some areas suffer from poor water quality due to natural geological factors, while others face water pollution caused by agricultural, industrial, and domestic wastewater discharge. These issues significantly impact the sustainable utilization of Taiwan's water resources.\nTaiwan currently faces several challenges in groundwater resource management, including (1) Fragmented responsibilities among government organizations, (2) Separate yet parallel evaluations of water quality and quantity, (3) Impacts of industrial development and climate change, (4) Lack of a comprehensive groundwater resource management framework, and (5) Limited accumulation of groundwater quality monitoring data. These issues require clear and well-structured planning. To address these challenges and align with the principles of sustainable development, the Environmental Management Administration of the Ministry of Environment has launched the Groundwater Resource Sustainable Management Strategy Program. The key focus areas of the Program include promoting sustainable groundwater resource management policies, developing regional groundwater pollution risk maps, formulating adaptation strategies for groundwater impacts due to climate change, establishing methods for assessing the effectiveness and economic value of groundwater pollution remediation and advancing innovative data analysis methods for groundwater management. The Program aims to achieve sustainable groundwater resource development through these initiatives and establish a robust groundwater management framework.",
        "proj_year": "112",
        "org_name": "環管署土壤及地下水污染整治基金管理會",
        "exe_unit": "國立臺灣大學",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1120239855",
        "publish_date": "20250619"
    },
    {
        "chi_title": "噪音陳情案件改善及稽查效能提升計畫",
        "chi_subject": "本計畫協助環境部進行使用中車輛噪音、營建工地噪音、振動與低頻等管制相關作為及各噪音陳情分析。透過每月彙整環保局提報各項使用中車輛噪音管制成效，協助環境部掌握執行現況及滾動式修正實務運作指引，並提供各項精進建議，以提升車輛噪音管制工作效益。另研提車輛噪音檢舉網站修改建議如增加說明及提醒標語，以降低無效檢舉發生比例。運用現行車輛噪音聲音照相設備，選擇5處營建工地進行測試，評估可作為營建噪音執法運用之可行性，並研擬設備量測取樣設定及流程等配套措施。另針對營建工地噪音自主管理及環評承諾事項執行現場調查，研擬113年營建噪音技術指引。協助環境部研析110年至113年各噪音類別稽查結果，近三年稽查結果以查無污染及其他違規情形或改善完成為最多，佔總案件數50.9%。而近三年以機動車輛噪音則為有告發陳情案件中數量最多的音源別類型(89.7%)，而營建工程居次(7.6%)。另分析近三年噪音訴願案件共計150件，訴願案件以機動車輛案件較多共121件。為建置低頻管制標準，由公害陳情系統篩選113年振動及低頻陳情案件共5,655件，已完成10處低頻噪音或環境振動案例。包含工廠測點2點以及娛樂營業場所8點。綜合上述，協助環境部檢討噪音管制法及相關子法工作，草擬噪音管制法修正內容及噪音裁罰基準加權處分方式。",
        "eng_title": "Noise Complaint Case Improvement and Inspection Effectiveness Enhancement Plan.",
        "eng_subject": "This project assists the Ministry of Environment in managing noise control measures related to vehicles in operation, construction site noise, vibrations, and low-frequency noise, as well as analyzing various noise complaints. By compiling the Environmental Protection Agency’s monthly reports on vehicle noise control effectiveness, the project helps the Ministry understand the current implementation status and provides ongoing updates to practical operation guidelines. It also offers suggestions for improvement to enhance the effectiveness of vehicle noise control efforts. Additionally, recommendations for modifying the vehicle noise reporting website are proposed, such as adding explanatory notes and reminder slogans to reduce the occurrence of invalid reports. \nUsing the current vehicle noise photographic equipment, five construction sites are selected for testing to assess the feasibility of using the equipment for construction noise enforcement. Measures such as equipment measurement sampling settings and processes are developed. The project also conducts on-site investigations into the self-management of construction site noise and the implementation of environmental impact assessment commitments, and drafts technical guidelines for construction noise for the year 2024. \nThe project supports the Ministry by analyzing inspection results for various noise categories from 2021 to 2024. Over the past three years, the most common inspection result is no pollution or other violations, or improvements completed, accounting for 50.9% of total cases. Among the noise sources for complaint cases, motor vehicle noise is the most frequent (89.7%), followed by construction site noise (7.6%). Furthermore, an analysis of 150 noise appeal cases over the past three years shows that motor vehicle-related cases are the most prevalent, with 121 cases. \nTo establish low-frequency noise control standards, 5,655 vibration and low-frequency noise complaint cases from 2024 are filtered through the environmental complaint system, with 10 low-frequency noise or environmental vibration case studies completed. These include 2 factory measurement points and 8 entertainment venues. \nIn summary, this project helps the Ministry of Environment review noise control laws and related sub-laws, and drafts proposed amendments to noise control regulations, along with a weighted penalty system for noise violations.",
        "proj_year": "113",
        "org_name": "環境部大氣環境司",
        "exe_unit": "歐怡科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1132725024",
        "publish_date": "20251111"
    },
    {
        "chi_title": "113年臺南市石綿建材廢棄物清除處理計畫",
        "chi_subject": "本計畫主要涵蓋六大工作內容，包括「石綿建材廢棄物清除處理補助申請案審查」、「石綿建築物實地調查確認現況及系統註記或新增」、「石綿建材廢棄物貯存、清除、處理」、「石綿建材廢棄物清除、處理量統計及驗收結案」、「辦理相關說明會及宣傳」及「相關交辦事項」。本計畫自113年1月24日正式啟動，並於當日開放第一梯次申請，截止日期為同年4月30日。因民眾反應熱烈，自5月1日起延續受理至9月24日，此期間申請案件歸類為逾期申請。隨後，因計畫經費擴增，自9月25日開始進行第二梯次申請，並將逾期案件一併納入。清除與處理作業於3月1日展開，截至12月15日，各項執行成果如下：\n本年度共受理石綿建材廢棄物清除補助申請2,123件，總量約3,216.05噸，其中家戶住宅占1,688件，農畜設施及工廠280件，宗教場所12件，其餘如雨遮、車庫及倉庫則為143件。截至12月15日，已核定通過1,667件，審核中及待審核194件，補件、函詢及說明34件，駁回35件，申請後自行取消193件。駁回案件主要因為申請建物屬畜牧場、工廠或其他事業單位，並經函詢市府後確認尚(曾)具畜牧場或事業登記所以駁回，其他駁回因素包含未登記之工廠及逾期未補件等。自行取消之申請多因民眾對補助範圍認知錯誤或拆除費用超出預算所以取消。清除處理業務部分，原預計年度總申請量為1,000噸，但截至12月15日實際申請量達3,700噸以上，經扣除駁回及取消案件後，仍達3,200噸以上，遠超出契約規定之清運數量。清運執行作業廠商包含共約清運(可寧衛公司、日友公司)、小額清運(青新公司、三裕公司)以及勞工局發文請環保局協助並由清潔區隊清運等，以上清運廠商累計至12月15日止，共清運1,315件2,272.65噸之石綿建材廢棄物，而本年度尚未清運之案件將於114年度持續進行。依據過往經驗，本年度平均每戶產生約1.4噸石綿建材廢棄物，與112年度統計結果相近。為進一步減少申請估算與實際清運重量之誤差，現勘時特別要求人員核查側牆及太空包數量，並以交叉比對方式優化預估之準確性。\n在實地調查與系統註記方面，截至12月15日已完成石綿建築物的實地調查1,890件，系統註記或新增2,384件，調查成果完整納入113年度石綿建材清運總表，並依後續進度補齊清運相關資料。說明會與宣傳方面，本年度共計舉辦6場說明會，參與民眾共計311人，同時透過新聞稿及社交媒體發布8則宣傳訊息，完成年度宣傳目標。綜合上述成果，本計畫自113年1月23日簽約後，穩步推進各項工作，截至12月15日已完成所有清運目標，並且尚持續接受民眾申請。未結案案件將延續至114年度處理，未來本計畫團隊將持續優化清運流程，提高效率，以利協助貴局拿到考核滿分。",
        "eng_title": "The 113 Tainan City Asbestos Building Material Waste Removal and Treatment Plan",
        "eng_subject": "This project encompasses six primary tasks: (1) reviewing subsidy applications for the removal and treatment of asbestos-containing construction waste, (2) conducting on-site surveys to verify the current status of asbestos-containing buildings and updating or adding relevant system records, (3) storing, removing, and treating asbestos-containing construction waste, (4) compiling statistics on the quantities of asbestos waste removed and treated, and processing final acceptance and closure, (5) organizing related briefings and promotional activities, and (6) handling other assigned\n\nThe project officially launched on January 24, 2024, with the first application phase open until April 30. Due to strong public response, the application period was extended from May 1 to September 24, during which applications were categorized as overdue. Subsequently, with increased project funding, the second phase of applications began on September 25, and overdue cases were included in this phase.\n\nRemoval and treatment operations commenced on March 1. As of December 15, the results are as follows:\n\nA total of 2,123 applications for asbestos waste removal subsidies were received, totaling approximately 3,216.05 metric tons. Of these, 1,688 cases were residential properties, 280 were agricultural\/livestock facilities and factories, 12 were religious sites, and 143 cases were other structures such as canopies, garages, and warehouses.\n\nBy December 15, 1,667 cases had been approved, 194 were under review or pending review, 34 required additional documents or clarifications, 35 were rejected, and 193 were voluntarily withdrawn. Rejections were primarily due to the applicant properties being livestock farms, factories, or business entities; such designations were confirmed with municipal offices. Other reasons included unregistered factories and failure to submit required documents within the deadline. Most voluntary withdrawals were due to misunderstandings of subsidy coverage or removal costs exceeding the applicant’s budget.\n\nThe initial estimated annual removal volume was 1,000 metric tons. However, as of December 15, the actual volume applied for exceeded 3,700 metric tons. After deducting rejected and withdrawn cases, the processed amount still exceeded 3,200 metric tons—far surpassing the contracted removal volume.\n\nRemoval was carried out by major contractors (KenWei and RiYou), small-scale contractors (QingXin and SanYu), and by local sanitation teams coordinated by the Environmental Protection Bureau through the Labor Affairs Bureau. As of December 15, these entities had removed 2,272.65 metric tons of asbestos waste across 1,315 cases. Remaining cases will continue into 2025.\n\nBased on previous experience, the average asbestos waste per household this year was approximately 1.4 metric tons, similar to 2023 figures. To reduce discrepancies between estimated and actual removal volumes, on-site inspections now emphasize verification of side walls and the number of bulk bags, using cross-checking methods to enhance estimate accuracy.\n\nRegarding field surveys and system updates, by December 15, a total of 1,890 on-site inspections of asbestos buildings had been completed, with 2,384 records updated or added to the system. All findings were integrated into the 2024 asbestos waste removal summary and will be supplemented with relevant data as operations progress.\n\nFor public engagement, six briefings were held, with 311 participants. Additionally, eight promotional messages were disseminated via press releases and social media, achieving the project’s publicity targets.\n\nIn summary, since the contract signing on January 23, 2024, the project has steadily advanced. As of December 15, all removal targets had been achieved, and public applications are still being accepted. Unresolved cases will be handled in 2025. Moving forward, the project team will continue to optimize removal processes and improve efficiency to support the Environmental Protection Bureau in achieving",
        "proj_year": "113",
        "org_name": "臺南市政府環境保護局",
        "exe_unit": "技佳工程科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1132302305",
        "publish_date": "20250531"
    },
    {
        "chi_title": "新北市-112年推動執行機關加強辦理資源回收工作績效考核計畫團體獎勵金",
        "chi_subject": "提昇源頭減量及資源回收業務執行成效，體認環保施政成果，藉由觀摩其他縣市及環保施政執行成效，汲取外縣市經驗，提昇同仁相關專業知能，以強化行政團隊管理及溝通協調，激化積極及創新作為，以作為未來業務檢討改進及推動之參考。",
        "eng_title": "New Taipei City-112 Group Incentives to Promote Implementing Agencies to Strengthen the Performance Evaluation Plan for Resource Recycling",
        "eng_subject": "Improve the effectiveness of source reduction and resource recycling business execution, recognize the results of environmental protection policies, learn from the experience of other counties and cities by observing the effectiveness of environmental protection policies execution, enhance the relevant professional knowledge of colleagues, strengthen administrative team management and communication and coordination, stimulate positive and innovative actions, and serve as a reference for future business review, improvement and promotion.",
        "proj_year": "113",
        "org_name": "新北市政府環境保護局",
        "exe_unit": "長漢旅行社有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131973545",
        "publish_date": "20250520"
    },
    {
        "chi_title": "113年度臺中市河川、排水渠水體水質監測計畫",
        "chi_subject": "本計畫期末報告執行期間為113年5月至12月，茲將計畫執行成果內容彙整如下：\n一、由水質分析數據結果顯示：\n(一)目前臺中市河川水質(14站次)狀況歷年來大致穩定，受到地質影響（錳為地殼中主要元素，在水質之pH為中及鹼性之條件下，大多以非溶解性之氧化態存在，自然水體中含量本高）使重金屬錳（Mn）為經常性超標之項目。部分針對性測站如大肚溪與大安溪部分，因位於河川出海口河段而受漲退潮之海水影響至導電度偏高，而大安溪中科三期放流口下游之總磷與氨氮值有偏高的情形，於5月至12月間共計執行560項次之檢測，其中有416項次符合丙類水體標準，其符合率最高者為8月份的80.0%，其他月份符合率則介於64.3~77.1%，總符合率為74.3%，今年臺中市整體河川水質狀況與去(112)年比較，就歷年整體平均合格率而言，113年有降低的情形，符合率降低原因主要係大腸桿菌群符合率由112年31.8%降至22.5%、氨氮符合率由112年52.3%降至37.5%，本計畫多數測站屬市內河川測站，查看旱溪(嘉新橋、倡和橋、六順橋)、筏子溪(烏橋、永安橋、筏子溪橋)大腸桿菌群偏高測站原因，推論可能係受鄰近生活污水排入貢獻，台中市人口逐年增加，相對生活污水排入貢獻也增加，另上半年度之降雨量皆較該月平均降雨量減少甚多，貧雨的因素導致降低河川稀釋自淨能力，導致大腸桿菌群、氨氮之水質符合率有降低的情況，下半年將持續追蹤留意各測站之測值變化。\n(二)監測本市7條區域排水除綠川、黎明溝屬「未(稍)受污染」；旱溪排水、南邊溪屬「輕度污染」外，其餘呈現「中度污染」之水質污染程度，與去(112)年比較，綠川從「輕度污染」改善至「未(稍)受污染」；南邊溪從「未(稍)受污染」惡化至「輕度污染」，其餘維持與去(112)年等級。\n(三)海線8條河川及區域排水之臺中港區區域排水介於「未(稍)受污染」～「中度污染」程度，溫寮溪從「輕度污染」改善至「未(稍)受污染」，仁民中排從「嚴重污染」改善至「中度污染」；而米粉寮排水從「未(稍)受污染」惡化為「中度污染」程度，其餘維持與去(112)年等級。",
        "eng_title": "113th Annual Taichung City River and Drainage Water Quality Monitoring Plan",
        "eng_subject": "The implementation period of this final report is from May to December 2013. The results of the implementation of the plan are summarized as follows: 1. The results of water quality analysis data show: (1) The current water quality of Taichung City's rivers (14 stations) has been generally stable over the years. Due to geological influences (manganese is the main element in the earth's crust, when the pH of the water is neutral and alkaline, most of it exists in an insoluble oxidation state, and the content in natural water is high), causing the heavy metal manganese (Mn) to regularly exceed the standard. project. Some targeted measuring stations, such as Dadu River and Da'an River, are located at the mouth of the river and are affected by the rising and falling tides, resulting in higher conductivity. The total phosphorus and ammonia nitrogen values ​​downstream of the Zhongke Phase III discharge outlet of Da'an River are relatively high. A total of 560 tests were carried out from May to December, of which 416 were in compliance with the Class C water body standard. The highest compliance rate was 80.0% in August, and the compliance rate in other months was between 64.3 ~77.1%, and the total compliance rate is 74.3%. Compared with the overall river water quality situation in Taichung City this year, in terms of the overall average pass rate over the past years, there has been a decrease in 2013. The main reason for the decrease in the compliance rate is that the coliform compliance rate dropped from 31.8% in 2012 to 22.5%, and the ammonia nitrogen compliance rate dropped from 52.3% in 2012 to 37.5%. Most of the measuring stations in this project are river measuring stations in the city. See Hanxi (Jiaxinqiao, The reason for the high coliform count at measuring stations in Changhe Bridge, Liushun Bridge (Wuqiao, Yongan Bridge, and Fuzixi Bridge) is inferred that it may be due to the contribution of nearby domestic sewage discharge. The population of Taichung City has increased year by year, and the relative contribution of domestic sewage discharge has also increased. In addition, the rainfall in the first half of the year has been much lower than the average rainfall of the month. The factor of poor rain has reduced the dilution self-purification capacity of the river, resulting in a decrease in the water quality compliance rate of coliforms and ammonia nitrogen. In the second half of the year, we will continue to track and pay attention to the measured values ​​​​of each measuring station. change.\n(2) Monitor the city's 7 regional drainages. Except for Green River and Liming Valley, which are not (slightly) polluted; Hanxi drainage and Nanbian Creek are slightly polluted, the rest show moderate pollution water pollution levels. Compared with last year, Green River improved from slightly polluted to not (slightly) polluted; Nanbian Creek deteriorated from not (slightly) polluted to slightly polluted, and the rest maintained the same level as last year.\n(3) The regional drainage of Taichung Port Area of ​​the 8 rivers on the sealine and regional drainage ranges from not (slightly) polluted to moderately polluted. Wenliao Creek has improved from slightly polluted to not (slightly) polluted, and the Renmin Middle Drainage has improved from severely polluted to moderately polluted. The Mifenliao drainage has deteriorated from not (slightly) polluted to moderately polluted, and the remaining levels have remained the same as last year (112).",
        "proj_year": "113",
        "org_name": "臺中市政府環境保護局",
        "exe_unit": "亞太環境科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131927310",
        "publish_date": "20250505"
    },
    {
        "chi_title": "113年度雲林縣空氣品質監測車操作維護計畫",
        "chi_subject": "本計畫目標為維持監測車儀器設備正常運轉，為確保監測設備準確度及數據品質每月進行品保品管作業，監測期間監測資料可用率及例行品保品管作業，皆符合契約規範，持續累積數據並透過數據解析瞭解污染源所排放的污染特性，作為本縣制訂管制策略之參考。\n本年度工業區監測地點包含離島工業區(南門海豐宿舍及第四岸巡四二中隊)、斗六工業區(石榴國中)、雲林科技工業區(溪洲國小、大北勢天聖宮)、元長工業區(雲草休閒教育園區)，經統計各工業區皆有測得揮發性有機物種包含：丙烷、甲苯，且各工業區有不同污染特性，離島工業區以丙烷為主；雲林科技工業區丙烷、甲苯濃度相近；斗六工業區與元長工業區則以甲苯為主。\n另也針對民眾陳情熱區進行監測作業，包含斗南田徑場、斗南義和聖母宮，監測期間兩監測地點所測得NH3、H2S皆有超過異味閾值，其中以H2S超過頻率最高，分別為(53.59%、27.19%)、NH3超過異味閾值頻率分別為(4.58%、5.72%)，說明陳情熱區附近以H2S為主要污染物種。\n本計畫透過長期監測數據找出異常高值，分析可能污染來源，再與相關計畫分享監測結果，提供巡查目標點位，並持續進行跨計畫合作，以釐清可能污染物來源分佈。",
        "eng_title": "The 2024 Yunlin County Air Quality Monitoring Vehicle Operation and Maintenance Plan",
        "eng_subject": "The objective of this project is to ensure the proper operation of the monitoring equipment. To maintain equipment accuracy and data quality, monthly quality assurance and quality control (QA\/QC) procedures were implemented. Throughout the monitoring period, both data availability and routine QA\/QC operations complied with contractual specifications. The collected data were continuously accumulated and analyzed to better understand the characteristics of pollutant emissions, serving as a reference for developing control strategies within the county.\nThis year’s industrial area monitoring locations included the Yunlin Offshore Industrial Park (Nanmen Haifeng Dormitory and the 4th Coastal Patrol 42nd Squadron), Douliu Industrial Park (Shiliu Science and Technology Experimental School), Yunlin Industrial Park (Shi Jou Elementary School and Dabeishi Tiansheng Temple), and Yuanchang Industrial Park (Yuncao Leisure and Education Park). According to statistical analysis, volatile organic compounds (VOCs) such as propane and toluene were detected across all monitored areas, each exhibiting distinct pollution characteristics. Propane was the dominant VOC in the Yunlin Offshore Industrial Park; both propane and toluene were found at similar concentrations in the Yunlin Industrial Park; while toluene was the predominant compound detected in the Douliu and Yuanchang Industrial Parks.\nAdditionally, monitoring was conducted in hotspot areas identified through public complaints, including the Dounan Stadium and Dounan Yihe Shengmu Temple. During the monitoring period, both NH3 and H2S concentrations at these locations exceeded the odor threshold. H₂S exceeded the threshold most frequently, with occurrence rates of 53.59% and 27.19% at the respective sites, while NH3 exceeded the threshold at rates of 4.58%and 5.72%. These results indicate that H₂S was the primary pollutant in the hotspot areas associated with public complaints.\nThrough long-term monitoring, the project identified abnormally high values and analyzed potential sources of pollution. The results were shared with relevant projects to identify key inspection targets, and cross-project collaboration is ongoing to clarify the distribution of potential pollutant sources.",
        "proj_year": "113",
        "org_name": "雲林縣環境保護局",
        "exe_unit": "昱山環境技術服務顧問有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131821858",
        "publish_date": "20250530"
    },
    {
        "chi_title": "一般廢棄物回收促進綜合管理計畫",
        "chi_subject": "本計畫執行期程為113年6月3日至12月31日，已分析我國回收業及處理業之產業結構、管理現況及所遭遇的問題，包括回收處理業4項問題、未達一定規模回收業6項問題及執行機關回收貯存場2項問題；研擬回收處理業依廠區缺失特性制定改善作法，每年或定期聯合稽查及訪視強化消防安全及土地使用分區適用性等2項建議，以及資源回收站檢討土地使用分區適用性、持續完善行動資收站建置等2項建議。\n調查直轄市執行機關之資收物回收、分類運作方式，完成9場次現訪作業，針對清潔隊資收問題包括複合性材質物品多，拆解費工費時；危險物品資收宣導力度應強化；玻璃容器去化緩慢，玻璃物品價低去化難等3項問題，研擬因應建議。彙整直轄市清潔隊、回收業、處理業資收物回收價格，就清潔隊分包最低價格與回收業收購價比較，價差最多為鋁容器達16.72元\/公斤，價差最少為廢紙容器0.53元\/公斤。\n參考國際趨勢、作法與國內回收運作情形，評估回收項目增納或退場機制，已建立新增公告應回收廢棄物之評估流程，項目參考各縣市執行機關公告非屬應回收廢棄物之應回收項目、存有去化問題的資收物、國際關注品項；而篩選依據參考廢清法15條內容，以及環境衝擊程度、回收管道等檢核面向，篩選出「菸蒂」及「行李箱」，並評估行李箱可持續規劃納入公告應回收。彙整執行機關自訂回收項目，並以塑膠袋、舊衣、水銀溫度計、堪用家具或彈簧床墊為較多，持續依執行機關服務之人口、作業環境及條件等，探討實務作業之可行性。針對一般廢棄物（含公告應回收）退場機制研訂5項評估指標（涵蓋市場經濟面、執行績效面、環境衝擊面），另參考廢潤滑油解除經驗，研擬退場後相關配套措施。\n持續推動生產者自主回收制度，並追蹤回收管理成效，統計113年度包裝用發泡塑膠原料國內銷售量及國外進口量共計14,329,539公斤，回收量共計2,850,377公斤，取得112年度會計稽核報告，委由會計師事務所進行審核。審核發現資產負債表之現金與銀行存款合計數不符待釐清事項，其餘查核成果均屬允當。\n已辦理3場次縣市交流會或觀摩會，邀請環保機關、資源回收業務相關公協會及業者參與。辦理5場次專家及學者研商及諮詢會議，邀請專家學者及產業代表，針對一般廢棄物管理、小家電公告應回收評估、資源回收站管理及資源回收從業人員作業指引手冊等議題進行深入討論，提出精進方案。彙整各縣市不用品交換平臺的建置情形，並追蹤其進展，定期向資源循環署報告，確保不用品交換平臺的完善與有效運作。",
        "eng_title": "General Waste Recycling Promotion Integrated Management.",
        "eng_subject": "The project period was from June 3, 2024, to December 31, 2024. The industry structure, management status, and issues faced by the recycling and processing industries in Taiwan have been analyzed. These include 4 issues in the recycling processing industry, 6 issues in smaller-scale recycling businesses, and 2 issues faced by the executing agencies in recycling storage sites. Proposals were made to improve the recycling and processing industries based on site-specific deficiencies, including two suggestions: joint inspections and regular visits to enhance fire safety and the applicability of land-use zoning. Other suggestions include reviewing the applicability of land-use zoning for resource recycling stations and continuously improving the establishment of mobile resource collection stations.\nAn investigation was conducted on the recycling and sorting operations of executive agencies in the municipalities. Nine site visits were completed to address issues related to recycling by cleaning teams, such as the complexity and labor-intensive nature of separating composite materials, the need for stronger advocacy for hazardous materials recycling, and the slow disposal of glass containers, which are difficult to recycle due to their low value. Recommendations were made to address these issues. Finally, a comparison of recycling prices for cleaning teams, recycling businesses, and processing industries was compiled. The price difference between the lowest subcontracted price for cleaning teams and the purchase price from recycling businesses ranged from a maximum of 16.72 NT dollars per kilogram for aluminum containers to a minimum of 0.53 NT dollars per kilogram for waste paper containers.\nDrawing on international trends, practices, and Taiwan’s recycling operations, an evaluation mechanism for adding or phasing out recyclable items has been developed. The process considers items currently excluded from recycling by local authorities, materials with disposal challenges, and internationally significant items. Evaluation criteria include Article 15 of the Waste Disposal Act, environmental impact levels, and recycling infrastructure. As a result, cigarette butts and suitcases were identified for inclusion, and a sustainability evaluation was conducted to determine whether suitcases should be included in the regulated recyclable waste.\n Local authorities’ self-designated recycling items, such as plastic bags, old clothing, mercury thermometers, usable furniture, and mattresses, were also reviewed, and their feasibility is being explored based on factors like population served and operational conditions.\nFor general waste (including announced recyclable items), six evaluation indicators have been developed for a phase-out mechanism, covering market economy, performance, and environmental impact aspects. Drawing from the deregulation experience of waste lubricating oil, related supporting measures for post-phase-out scenarios have been proposed.\nThe promotion of producer-led recycling systems continues, with recycling performance being monitored. Between 2024, a total of 14,329,539 kilograms of packaging \tstyrofoam raw materials were sold domestically and imported, with 2,850,377 kilograms recycled. The 2023 financial audit report was reviewed by an accounting firm, which identified discrepancies between cash and bank deposit balances on the balance sheet, while other findings were deemed appropriate.\nThree inter-county\/city exchange or observation meetings have been held, inviting environmental agencies, recycling-related associations, and industry stakeholders. Five expert consultation meetings were conducted, focusing on topics such as general waste management, recycling assessments for small appliances, resource recycling station management, and operation manuals for recycling practitioners, resulting in actionable improvement plans. The project also compiled the status of unwanted goods exchange platforms across counties and cities, with progress being tracked and reported regularly to the Resource Circulation Administration to ensure their effective and efficient operation.",
        "proj_year": "113",
        "org_name": "循環署永續消費回收組",
        "exe_unit": "財團法人台灣產業服務基金會",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131285625",
        "publish_date": "20250515"
    },
    {
        "chi_title": "嘉義縣113年健全稽查專精能力及專業跨域支援量能",
        "chi_subject": "(一)強化本局辦理公害陳情專線接聽及陳情案件稽查量能，並將紙本稽查紀錄掃描建檔，提升案件管理效率。\n(二)統計分析本縣公害污染陳情案件趨勢及特性，進行稽查作業規劃，俾利提升稽查效能。\n(三)導入專業團隊，強化不法環保犯罪查緝專業知能。\n(四)強化廢棄物非法棄置運用智慧科學技術調查及車牌辨識系統，建立預警機制。\n(五)研擬畜牧場異味現場科學儀器檢測可行性，提昇稽查品質。\n(六)使用輔助儀器或機具等進行污染蒐證查核或採取緊急應變作為，防止污染情況擴大，並強化環保犯罪證據力。",
        "eng_title": "Chiayi County has improved its inspection expertise and professional cross-domain support capabilities for 113 years",
        "eng_subject": "Enhance the Bureau’s capacity for handling pollution complaint hotlines and case inspections, and digitize paper-based inspection records through scanning to improve case management efficiency.\n\nConduct statistical analysis of pollution complaint trends and characteristics within the county to facilitate planning of inspection operations and improve inspection effectiveness.\n\nEngage professional teams to strengthen expertise in investigating environmental crimes.\n\nEnhance the investigation of illegal waste dumping by applying smart scientific technologies and license plate recognition systems to establish an early warning mechanism.\n\nStudy the feasibility of using scientific instruments for on-site odor detection at livestock farms to improve inspection quality.\n\nUtilize auxiliary instruments or equipment for pollution evidence collection or emergency response actions to prevent the escalation of pollution incidents and reinforce the evidentiary strength in environmental crime cases.",
        "proj_year": "113",
        "org_name": "嘉義縣環境保護局",
        "exe_unit": "慧群環境科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130814726",
        "publish_date": "20250521"
    },
    {
        "chi_title": "113年度整合地方政府空污管制績效暨空品不良應變推動計畫",
        "chi_subject": "為協助環境部掌握地方政府執行成效，計畫執行期間綜整與評析地方政府環境負荷、空氣污染防制基金運用情形、空氣污染管制成果，藉由績效考核作業進行監督，地方政府如需經費資源則由中央補助執行空氣品質改善維護計畫作業。此外，因應天候不佳或擴散不易所造成之空品不良，或複合型事故需求推動「空氣污染突發事故緊急應變措施管理辦法」，使用氣流軌跡擴散模式藉以進行區域性突發事件或局部性突發事件之污染擴散模擬，皆為本計畫主要執行工作。\n掌握地方政府空污基金及防制計畫執行成效，辦理12場次113年度年中成果會議及6場次113年度年終績效展現成果會議，研擬114年度「直轄市、縣（市）政府環境保護績效考核計畫」並召開研商會議。檢討我國現行應變作法，提出「建立區域聯防」、「落實精準應變」、「強化受體防護」等精進秋冬應變試辦計畫。完成「空氣污染突發事故通報與緊急應變標準作業流程」修正，辦理4場次空污突發事故緊急應變業務教育訓練，維護「空氣污染事件擴散模擬GIS系統」，新增後推軌跡功能，使系統功能更加全面。",
        "eng_title": "Annual Integrated Local Government Air Pollution Control Performance and Air Quality Response Promotion Plan",
        "eng_subject": "To assist the Ministry of Environment(MOENV) in monitoring the performance of local governments, this project involves consolidating and analyzing local governments' environmental burdens, utilization of air pollution control funds, and outcomes of air pollution control efforts during its implementation. By conducting performance evaluations, the project supervises local government efforts and provides central government subsidies to support the implementation of air quality improvement and maintenance plans as needed. Additionally, to address poor air quality caused by adverse weather conditions, limited dispersion, or complex incidents, the Emergency Response Measures for Air Pollution Incidents Management Guidelines have been promoted. These guidelines utilize atmospheric trajectory dispersion models to simulate pollution dispersion for regional or localized emergency incidents, forming a key part of this project’s implementation work.\n\nThe project also oversees the use of air pollution control funds and the effectiveness of local governments' control plans by organizing 12 mid-year review meetings for 2023 and 6 year-end performance review meetings for 2023. It includes drafting the 2024 Environmental Protection Performance Evaluation Plan for Municipal and County (City) Governments and convening discussions on the plan. Furthermore, the project reviews current response practices in Taiwan, proposing pilot programs for enhanced autumn and winter responses, including establishing regional joint defense, implementing precise responses, and strengthening receptor protection. The project has revised the Standard Operating Procedures for Air Pollution Incident Reporting and Emergency Response, conducted four emergency response training sessions for air pollution incidents, and maintained the Air Pollution Event Dispersion Simulation GIS System. A new back-trajectory function has been added to enhance the system’s comprehensiveness.",
        "proj_year": "113",
        "org_name": "環境部大氣環境司",
        "exe_unit": "立境環境科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130703659",
        "publish_date": "20250507"
    },
    {
        "chi_title": "113年度彰化縣柴油車排煙檢測站操作維護計畫",
        "chi_subject": "彰化縣長久以來為工業及農業發展的城市，空氣污染主要來源為各產業型態之工廠及各式機動車輛所排放之廢氣，而隨著都市土地利用型態的改變及民眾環保意識提升，工廠總數逐年減少，但使用中之機動車輛總量卻逐年上升，使得機動車輛所排放之廢氣成為都市空氣污染最主要之來源，因此，如何降低機動車輛之廢氣排放，是本縣當前極重要之環保課題。\n目前本縣柴油車設籍數量約6萬4千輛，其中出廠10年以上柴油車約3萬6千輛，本計畫除針對老舊柴油車進行主動通知及宣導，對於使用中柴油車進行路邊稽查、目視判煙稽查及智慧科技稽查等方式加強柴油車黑煙排放管制。同時加強宣導自主管理及保檢合一服務等，以有效管控機車排放空氣污染物情形\n透過各項柴油車稽查管制措施執行，113年度汰換柴油車輛達2,136輛，依據污防書汰換計算：老舊柴油車汰換各污染物減量分別為PM10減量37.14公噸、PM2.5減量34.22公噸、SOX減量0公噸、NOX減量665.2公噸及NMHC減量53.76公噸。\n柴油車排煙檢測\n（一）烏賊車案件稽查：\n透過目視稽查作業及不定點車牌辨識拍攝，執行人員定點\/跟車目判共1,464輛次，並通知有污染之虞柴油車輛263輛次(含民眾檢舉)至檢測站到檢，透過烏賊車稽查有效提高整體柴油車污染改善。\n（二）科技技術稽查：\n為提昇使用中老舊柴油車污染管制成效，針對行駛中之柴油車運用數位科技影像判煙科技執法技術執行查驗，共執行8,997輛次查驗，有污染之虞車輛共170輛次，其中智慧影像判煙技術判定47輛次。另透過光學遙測技術柴油車有效數據6,066輛次進行分析，符合排放濃度NOx≧1,500ppm、且NO\/CO2≧0.0088之高濃度車輛共60輛，其中以五期車達30輛並通知檢測後，22輛次回測，透過OBD系統查驗發現1輛無法連線及1輛茨現故障碼，經限期改善後皆已改善完成。\n（三）動力站排煙檢測：\n計畫執行期間合計5,337輛到排煙檢測站檢測，退驗228輛，完成檢測數共5,109輛，不透光檢測不合格60輛次。\n依據「柴油汽車黑煙排放不透光率檢測方法及程序」，持續落實柴油車檢測馬力比不足退驗作業，以杜絕車輛不當調修以規避檢測及避免民眾質疑檢測作業之執行成效。\n（四）站外攔檢無負載檢測：\n本年度為提升攔檢管制成效，針對歷年執行成果進行攔檢行程妥善規劃。統計計畫期間路邊稽查共執行排煙檢測248輛次，不透光檢測不合格數25輛次；移動式檢測執行1,095輛次。\n為督促柴油車使用者落實車輛保養工作，將持續主動安排縣內大型柴油車車隊場站檢測服務，以有效改善縣內空氣品質。\n(五)推動車輛主動到站檢測：\n主動到檢通知15,506輛次，完成檢測合格2,374輛，為鼓勵業者建立自我品管機制，養成良好維修保養習慣，提供車主主動到檢服務，提升業者車輛維修品質，使業者瞭解車輛污染排放情況，改善車輛維修系統，進而達到改善空氣品質之目的。並藉由推動老舊車輛主動到檢服務宣導通知，提供民眾\/公所主動到檢，提昇車輛自我檢視之機會並加強保養，共同改善空氣品質。\n(六)推動自主管理暨保檢合一：\n為鼓勵轄區內客貨運業者能主動管理油品及車輛排煙情況，期望完成客貨運業者有效落實自主管理，並要求業者提供車輛維修保養紀錄以推動保檢合一制度，確保業者使用合法油品及改善排煙狀況，計畫期間計有6,036輛柴油車符合自主管理，並完成7家大型車隊採用4期車輛占比達35%及1家次一期~三期車50%取得自主管理標章。\n配合環境部政策推動「大型柴油車調修燃油控制系統或加裝空氣污染防治設備補助」，將優先輔導縣內保養廠參與環境部補助認可保養廠資格申請，共完成4家認證保養廠授權核發自主管理標章。\n(七)柴油車空氣品質維護區規劃\n依據新修訂空氣污染防制法規劃柴油車空氣品質維護區，規劃彰濱產業園區劃設為本縣空氣品質維護區，以實施移動污染源管制方式，降低移動污染源對敏感族群之影響。",
        "eng_title": "2024 Changhua County Dynamometer Station Maintenance and Management Project.",
        "eng_subject": "Changhua County has long been a city of industrial and agricultural development. The primary sources of air pollution are emissions from various types of industrial facilities and motor vehicles. As urban land use patterns evolve and public awareness of environmental protection increases, the number of factories has gradually decreased. However, the total number of motor vehicles in use continues to rise, making vehicular emissions the most significant contributor to urban air pollution. Thus, reducing vehicle emissions is a critical environmental challenge for the county.\nCurrently, the county has approximately 64,000 registered diesel vehicles, among which about 36,000 are over ten years old. This plan focuses on proactive notification and public awareness campaigns targeting older diesel vehicles. Enhanced monitoring methods include roadside inspections, visual smoke assessment, and technology-based checks to strengthen black smoke emissions control for diesel vehicles. Simultaneously, efforts are underway to promote self-management and maintenance as primary measures, supplemented by inspection services, to effectively manage air pollutant emissions from motorcycles.\nDiesel Vehicle Inspections and Emissions Control Measures\nThrough various diesel vehicle inspection and control measures, in 2024, 2,136 diesel vehicles were decommissioned. Based on the pollution control plan calculations, decommissioning older diesel vehicles achieved reductions of 37.14 tons of PM10, 34.22 tons of PM2.5, 0 tons of SOX, 665.2 tons of NOX, and 53.76 tons of NMHC.\nDiesel Vehicle Smoke Emissions Monitoring\n（1）Inspection of Vehicles Belching Black Exhaust：\nUsing visual assessments and non-fixed license plate recognition technologies, staff conducted 1,464 vehicle inspections via stationary and on-road observations. Notifications for inspection were issued to 263 diesel vehicles suspected of pollution (including those reported by the public). The black smoke monitoring measures significantly improved diesel vehicle pollution control.\n（2）Technological Inspections：\nTo enhance the effectiveness of pollution control for in-use older diesel vehicles, digital imaging and smoke detection technologies were applied. A total of 8,997 vehicle checks were conducted, with 170 vehicles identified as suspected polluters, including 47 confirmed by smart image-based smoke detection. Additionally, optical remote sensing technology analyzed data from 6,066 vehicles, identifying 60 high-pollution vehicles (NOx ≥ 1,500 ppm and NO\/CO₂ ≥ 0.0088), including 30 fifth-generation vehicles. Subsequent OBD system checks revealed two issues—one with connectivity and one with fault codes—both rectified within the stipulated timeframe.\n（3）Dynamometer Smoke Tests：\nDuring the project period, 5,337 vehicles underwent dynamometer smoke testing. Among these, 228 vehicles were re-tested due to failure, with 5,109 vehicles successfully passing. 60 vehicles failed the opacity tests. \nFollowing the Diesel Vehicle Black Smoke Emission Opacity Testing Methods and Procedures, stringent dynamometer testing was enforced to prevent manipulation of vehicle tuning and ensure credible inspection outcomes.\n（4）On-Site Load-Free Testing：\nTo improve the effectiveness of roadside inspections, a well-planned schedule was implemented. During the project period, 248 vehicles underwent roadside opacity tests, with 25 failing. Mobile testing was conducted on 1,095 vehicles. \nTo encourage diesel vehicle users to implement proper vehicle maintenance, proactive inspections will be arranged at large diesel vehicle fleet stations within the county. This initiative aims to effectively improve the county's air quality. \n(5) Promoting Voluntary Inspections：\nProactive inspection notifications were issued for 15,506 vehicle visits, with 2,374 vehicles passing the inspections. To encourage operators to establish self-quality control mechanisms and develop good maintenance habits, proactive inspection services are provided to vehicle owners. This initiative aims to enhance the maintenance quality of vehicles, help operators understand vehicle emission conditions, improve vehicle maintenance systems, and ultimately achieve better air quality. Additionally, by promoting proactive inspection services for older vehicles through notifications and outreach, opportunities are provided for the public and local offices to voluntarily inspect their vehicles, strengthen maintenance practices, and collectively improve air quality.\n(6) Promoting Self-Management with Maintenance First, Inspections Second：\nTo encourage passenger and freight transportation operators within the jurisdiction to proactively manage fuel quality and vehicle exhaust emissions, the initiative aims to achieve effective self-management among operators. It requires operators to provide vehicle maintenance and service records to promote an integrated inspection and maintenance system. This ensures the use of compliant fuels and improved e",
        "proj_year": "113",
        "org_name": "彰化縣環境保護局",
        "exe_unit": "春迪企業股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130623915",
        "publish_date": "20250516"
    },
    {
        "chi_title": "113年度彰化縣推動廢棄生物質物料、固體再生燃料（SRF）等物料資源循環計畫",
        "chi_subject": "彰化縣環境保護局（以下簡稱環保局）113年度辦理「彰化縣推動廢棄生物質物料、固體再生燃料（SRF）等物料資源循環計畫」（以下簡稱本計畫），在局內長官督導下，已達成契約期末規劃規範量化目標。針對本縣生物質資源循環機制評估規劃，透過現況盤查、訪查及跨局處諮詢等方式，調查本縣市農產品、食飼飲製造產業及生物質再利用機構去化、處理及再利用情形，了解各項廢棄生物質產生量、目前去化管道、所遭遇清理困境及生物質循環利用創新技術應用意願，評估研擬建置本縣可行區域型生物質循環機制提供環保局參考，並邀請專家輔導意願較高之事業單位建立區域型生物質能資源處理\/再利用設施之可行性。另為了解本縣農業廢棄物排放量，包含生產量、妥處量比等，參考行政院主計總處綠色國民所得帳編織報告架構格式，並諮詢本縣農業處相關單位，彙整建立本縣固體農廢棄物排放帳。\n為提升本縣SRF製造廠符合所涉申請、申報及管理等相關規定，透過專家委員及本團隊輔導查核、辦理宣導說明會、產品驗證及跨部門聯合稽查等方式，以提升其相關規範符合度；另亦針對本縣其他燃料製造廠進行事業廢棄物清理計畫書等相關核定內容查核工作，輔導業者遵循相關規定，並針對其缺失項目輔導改善並持續進行追蹤工作，以提升其SRF及其他燃料製造品質。\n另本計畫亦訪查本縣SRF及其他燃料製造廠之銷售使用端業者，建立相關品質規範外之基本資料，提供環保局做為未來審查廢清書之依據參考；也針對製造端、使用端及產源端辦理相關推廣及查核說明會，輔導業者了解SRF規範及政策內容，建立更完善SRF品質與制度，創造本縣資源永續及循環利用的產業環境；相關成果摘要如下說明：\n一、評估規劃生物質資源循環機制\n（一）\t調查列管農產品批發市場、批發市場、大型零售市場、農產品理貨廠、農會、農業產銷班及合作社等農產品業151家次，非列管食品、飼品產及飲料等製造業150家次，共計301家；相關分析如下:\n1.\t調查151家農產品業，廢棄生物資材處理\/再利用方法中，再利用重量比例中以堆肥最高達93.3 %，其次為就地翻耕掩埋6.17 %。\n2.\t調查食飼製造業中廢棄生物質，再利用重量比例以飼料及飼料原料最高達53 %，其次為育苗栽培介質47 %。\n（二）\t評估各類廢棄物生物質製成SRF產品的各項利弊，發現目前多數生物質廢棄物由於含水率過高、運輸與存放困難、製作費用較高及後續污染處理費用增加等因素，並不適合做為SRF原料，僅部分果樹枝條可做為燃料使用。\n（三）\t訪查本縣15家生物質循環利用廠，部分廠家仍有餘裕空間處理牡蠣殼、菇類培植廢包、畜禽屠宰下腳料、動物性廢渣、廚餘及禽畜糞等，縣府可媒合適合產業協助其廢棄生物質去化。\n（四）\t根據調查結果，本計畫提出了兩種區域型生物質循環機制模式：一種是提升現有再利用機構的處理能力，另一種是政府與民間合作，推動廢棄生物質的有效處理。針對去化困難4種農產廢棄物（文蛤殼、農膜、稻草與果樹枝條）提出了具體可行的去化方案，包括設置農業資材循環場域，協助處理及再利用這些農業廢棄物，並持續進行廢棄物減量與處理策略的調整。\n（五）\t依照行政院主計總處與農業處等單位的資料，推算本縣近三年農業廢棄物的平均排放量，並建立本縣固體農業廢棄物排放帳。分析顯示，農業廢棄物的總量有逐年減少趨勢，主要原因是中央農糧署補助設備及再利用產品，且因政府推動資源循環與分類政策，促使廢棄物的減少。其中畜產廢棄物約占農業廢棄物總量的一半，主要以堆肥處理。\n（六）\t媒合本縣長日咖啡及永福飼料股份有限公司2家事業單位成為區域型生物質循環機制示範廠，協助本縣斃死畜禽、豬牛體下腳料、咖啡渣去化、處理及再利用。\n二、執行固體再生燃料（SRF）驗證及品管工作\n（一）\tSRF產品驗證為確保本縣SRF製造廠生產之固體再生燃料品質，113年度共執行7家SRF製造廠8次產品品質驗證；檢測結果皆符合「固體再生燃料製造技術指引與品質規範」之固體再生燃料品質標準。另依照ISO 21640 SRF燃料品質分級標準分析，本縣淨熱值、含氯量及汞含量產品等級皆在第1級至第3級（最低第5級）。\n（二）\t調查本縣6家營運中SRF製造廠生產及銷售情形，總計113年本縣SRF生產量約13,828.94 公噸（造粒與碎片），銷售供應量約13,080.29公噸。其中造粒SRF總年銷售量約4,892.73公噸，可取代4,207.75公噸煤炭，可減少3,767.4公噸的二氧化碳排放量；廢輪胎膠碎片SRF總年銷售量約576.28公噸，估算可減少1,267.82公噸的二氧化碳排放量。\n（三）\t邀請2位專委委員辦理6場次SRF製造廠輔導及查核會議，依據環境部頒布各項SRF管理規範及SRF製造廠之事業廢清理計畫等相關核定內容進行查核，並提供缺失改善建議，目前已2家完成各項改善，其他4家已陸續辦理相關廢清書變更、異動及設備改善中。\n（四）\t另邀請2位專委委員辦理5場次其他燃料製造廠輔導及查核會議，並提供缺失改善建議，各家目前持續改善中。\n（五）\t訪談彰化縣SRF製造廠使用端5廠次、其他燃料使用端6廠次，建立相關基本資料做為審核燃料製造廠之依據。\n（六）\t針對本縣8家SRF製造廠24場次輔導改善及5家其他燃料製造廠10場次輔導改善，共計34場次，輔導各家符合相關管理規定。\n（七）\t辦理1場「燃煤鍋爐使用替代燃料效益與注意事項」說明會，推廣鍋爐轉用其他替代燃料，調查目前共3家表達有意願採用生質燃料。\n（八）\t針對2家有意願燃料使用SRF業者辦理，各辦理專家學者現場諮詢診斷，提供相關諮詢診斷建議，藉以協助排解遭遇困境，促使推廣SRF使用及應用。\n（九）\t為提升本縣SRF製造廠及使用廠符合相關管理規範，推廣SRF使用及媒合彰化縣事業單位產出之事業廢棄物處理後製成固體再生燃料，轉廢為能源，本年度針對SRF製造端、使用端及產源端辦理4場次宣導說明會。",
        "eng_title": "Changhua County Promotion Plan for Recycling of Waste Biomass Materials, Solid Recovered Fuel (SRF), and Other Material Resources (hereinafter referred to as the Plan) in the year 113",
        "eng_subject": "Changhua County Environmental Protection Bureau (hereinafter referred to as the Environmental Protection Bureau) has implemented the Changhua County Promotion Plan for Recycling of Waste Biomass Materials, Solid Recovered Fuel (SRF), and Other Material Resources (hereinafter referred to as the Plan) in the year 113. Under the supervision of bureau officials, the quantitative targets set for the contract period have been achieved. Regarding the assessment and planning of the county's biomass resource recycling mechanism, investigations were conducted through surveys, interviews, and interdepartmental consultations to examine the disposal, treatment, and reuse of agricultural products, food and beverage manufacturing industries, and biomass reuse institutions in the county. This aimed to understand the generation of various waste biomass materials, current disposal methods, encountered cleaning difficulties, and willingness to adopt innovative biomass recycling technologies. The feasibility of establishing a regional biomass recycling mechanism in the county was evaluated to provide references for the Environmental Protection Bureau. Additionally, experts were invited to guide willing enterprises in setting up regional biomass energy resource treatment\/reuse facilities. Furthermore, to understand the emissions of agricultural waste in the county, including production volume and proper treatment ratio, the plan referenced the framework format of the Green National Income Accounting Report from the Directorate-General of Budget, Accounting and Statistics of the Executive Yuan and consulted relevant units of the County Agriculture Department. This effort compiled and established the county's solid agricultural waste emission account.\n To enhance the compliance of SRF manufacturing plants in the county with application, reporting, and management regulations, various measures such as expert committee guidance and inspections, promotional briefings, product verification, and interdepartmental joint inspections were conducted to improve regulatory compliance. Additionally, waste management plans of other fuel manufacturing plants in the county were reviewed to ensure adherence to regulations, address deficiencies, and continuously track improvements to enhance the quality of SRF and other fuel manufacturing.\nThe plan also investigated the sales and usage of SRF and other fuel manufacturers in the county, establishing basic data beyond quality standards for reference in future waste clearance document reviews by the Environmental Protection Bureau. Additionally, related promotional and inspection briefings were conducted for manufacturers in production, usage, and source sectors to enhance understanding of SRF regulations and policies, creating a more comprehensive SRF quality and system while fostering a sustainable and circular industrial environment in the county. The relevant summarized results are as follows:\n1.\tEvaluate and plan biomass resource recycling mechanisms\n(1)\tThe survey investigated 151 agricultural product businesses, including regulated agricultural product wholesale markets, wholesale markets, large retail markets, agricultural product tallying plants, farmers' associations, agricultural production and marketing teams, and cooperatives, and 150 non-regulated manufacturing businesses, including food, feed production, and beverages, for a total of 301 businesses. The relevant analysis is as follows:\nA.\tA survey of 151 agricultural product companies found that among the methods of processing\/recycling waste biological materials, composting had the highest recycling weight percentage of 93.3%, followed by on-site tillage and landfill at 6.17%.\nB.\tIn the investigation of waste biomass in the food manufacturing industry, the recycling weight ratio of feed and feed raw materials is the highest at 53%, followed by seedling cultivation medium at 47%.\n(2)\tThe advantages and disadvantages of using various types of biomass waste to make SRF products were evaluated. It was found that most biomass waste is not suitable as SRF raw materials due to factors such as high moisture content, difficulty in transportation and storage, high production costs and increased subsequent pollution treatment costs. Only some fruit tree branches can be used as fuel.\n(3)\tA survey of 15 biomass recycling plants in the county revealed that some of them still have sufficient space to process oyster shells, mushroom cultivation waste bags, livestock and poultry slaughtering scraps, animal waste residues, kitchen waste and livestock and poultry manure. The county government can match suitable industries to assist them in the disposal of waste biomass.\n(4)\tBased on the survey results, this plan proposes two regional biomass recycling mechanism models: one is to enhance the processing capacity of existing recycling institutions, and the other is to promote the effective treatment of biomass waste through cooperation between the govern",
        "proj_year": "113",
        "org_name": "彰化縣環境保護局",
        "exe_unit": "上境科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130510898",
        "publish_date": "20250505"
    },
    {
        "chi_title": "113年宜蘭縣環境教育專案計畫",
        "chi_subject": "為持續透過環境教育的推廣，保留宜蘭獨特的自然與人文特色，並深入民眾與社區，讓更多人認識環保理念並付諸實踐，宜蘭縣政府環境保護局自2010年6月5日起，積極進行《環境教育法》頒布後，積極進行宣傳活動和政令宣傳，鼓勵學校和社區參與環境保護行動。環境教育委託實施方案》（以下簡稱方案），今年的工作內容執行成果摘要：\n(一)\t宜蘭縣環境教育網站管理與維護\n本計畫管理與維護「宜蘭縣環境教育資訊平臺」網站定期更新環教推廣活動、環境教育設施場所等內容，並進行弱點掃描、系統維護等作業。以及「宜蘭縣環保局」Facebook粉絲團則以活動資訊宣傳、活動成果分享為主，目前FB粉絲專頁追蹤人數8,230人，較年初增加了585人，113年環境教育與全民綠生活相關貼文已61則，此外，轉發環境部相關貼文已累積35篇。 (詳見第3章)\n(二)\t環境教育設施場所認證輔導、環境教育人員增能計畫相關作業\n本計畫今年度輔導安永心食館及朝陽社區兩處潛力場所，安永心食館邀請專家學者至進行輔導訪視，國環院於5月15日進行「安永心食館」環境教育設施場所申請初審，\t該單位5月22日收到國環院初審意見，本計畫於6月4日邀請李O陞委員輔導，對於該單位認證申請書提供修改建議，該單位6月21日將認證修正資料送至國環院，於113年9月25日通過環境教育設施場所。另朝陽社區目前進行教案修正。\t本計畫10月14日邀請黃O蘭委員進行現場輔導並提供修正意見，\t該單位預計11月12日提送申請書修正版，\t11月18日請委員再檢視，\t11月22日提出申請。\n宜蘭縣通過環境部環境教育認證人員共計264人，教育部環境教育認證人員部分，通過認證有123人，共有387位，分散各級學校或環境教育設施場所或社區團體中，宜蘭縣目前共有14位環境教育人才庫老師，統計截至11月30日人才庫推展宜蘭縣環境教育共計46場。鼓勵轄內機會學校至環境教育設施場所戶外學習方面，共計有80場次。\n本計畫於112年提送參加第9屆國家環境教育獎，分別為團體組-安農溪總體發展協會、機關組-蘭陽博物館、學校組-岳明國中小及個人組-蕭○真，於112年10月20日前將國教獎文件提送至環境部。經過環境部複、審決選等嚴格檢視查核後，環境部於113年6月公布成績，本縣推薦機關(構)宜蘭縣立蘭陽博物館及學校組宜蘭縣岳明國民中小學榮獲特優佳績，團體組宜蘭縣安農溪總體發展協會也獲得優等。(詳見第4章)\n(三)\t輔導轄內優良社區推動環境教育工作\n本計畫執行113年「社區環境調查及改造計畫」及「環保小學堂計畫」，針對蓁巷社區、行健社區、七張社區、北成社區及柯林社區獲得環境部補助之社區今年度共進行三次現場輔導訪視，並邀請專家學者前往現場給予社區環境改造的具體建議，將持續協助社區進行成果報告撰寫與核銷結案作業等。(詳見第5章)\n(四)\t綠色消費及綠生活推廣\n本計畫在提升民間綠色採購及消費力方面，本年度於綠色博覽會期間擺攤宣傳，目前共新增環保集點會員736人。環保標章旅館方面，今年度所輔導3家旅宿業者1.\t礁溪晶泉丰旅：5\/14通過銅級環保標章館審核，2.\t山形閣：5\/27通過銀級環保標章館審核，3.\t煙波宜蘭傳藝館：7\/4通過金級環保標章館審核。；截至10\/31共新增15家環保餐廳。輔導轄內機關推廣響應綠色辦公35處。此外\t本年度輔導企業參加國家企業環保獎，達和環保服務股份有限公司宜蘭營業所及台灣水泥股份有限公司蘇澳廠，分別獲得銀級與銅級。(詳見第6章)\n(五)\t綠色辦公考評工作\n本計畫於113年6月18日(二)至7月4日(四)期間，邀請鄒O陽、朱O地及王O濬3位專家學者，進行39處機關單位綠色辦公考評結果，於9月辦理113年淨零綠生活聯合頒獎典禮表揚績優單位。(詳見第6章)\n(六)\t辦理環境教育基金管理會、審議會及宜蘭縣環境教育基金環境教育專案計畫補(捐)助審查會及說明會\n本計畫於6月27日協助辦理113年第一次宜蘭縣環境教育基金管理會預計11月22日辦理第2場次。113年4月29日辦理環境教育基金環境教育專案補(捐)助計畫審查會第一梯次審查會，審查3案機關學校、7案民間團體。彙整112年度宜蘭宜蘭縣環境教育行動方案成果報告書於6月公布於宜蘭環境教育資訊平台。(詳見第7章)\n(七)\t辦理創新及特色環境教育推廣活動\n本計畫於3月13日辦理水水宜蘭 水資源永續行動、4月20日辦理地球日看戲去環 境永續逗陣來、5月8日辦理地熱 能不能、6月4日配合世界環境日辦理世界環境日 山中傳奇、6月15日辦理崙埤一日「部落」客！、7月5日辦理2場次「淨零綠生活社區小旅行」。為檢驗活動參與者的吸收程度，活動皆有針對課程內容設計問卷，各活動參與情況、活動成果與建議。(詳見第8章)\n(八)\t辦理環境教育終身學習業務\n本計畫今年度預計辦理3場次環境教育終身學習網提報作業輔導說明會，邀請本縣轄內依環境教育法第19條所列對象，辦理輔導說明會共3梯次目前於4月30日辦理1場次， 9月20日辦理2場次合計3場次。(詳見第9章)\n(九)\t113年宜蘭縣環境講習計畫\n本計畫目前於1月16日、1月31日、3月7日、7月2日、8月29日及10月24日共辦理6場次環境講習，截至10月31日達成率為新案68.5%、舊案60.61%、異地67%。(詳見第9章)。\n(十)\t環境教育志工培訓與運用\n本計畫於7月6日及7月7日辦理環境教育志工基礎訓練及特殊訓練課程，提升新進志工環境教育知識、解說技能及編纂宣導教案等能力。配合2024年綠色博覽會，於開幕至閉幕期間(3月30日起至5月12日)，宜蘭縣環保局展館「淨零系：閱讀地熱館」排班，與現場民眾及參訪學生介紹再生能源：地熱能的應用。排班天數共44天，每日兩個時段，合計88個時段。實際排班共281人次；時數共1,124小時。(詳見第10章)\n(十一)辦理「113年宜蘭縣環境知識競賽」\n環境知識競賽分為國小組、國中組、高中組及社會組等四組，全民皆可參加。今年度於9月14日假國立宜蘭大學辦理宜蘭縣內初賽，各組前五名將代表宜蘭縣參加於11月在臺中逢甲大學辦理之全國環境知識競賽。(詳見第11章)\n(十二)宜蘭縣環保志工群英會\n本計畫於8月3日假宜蘭運動公園體育館舉辦宜蘭縣群英會初賽，競賽項目分別為：環保金頭腦、資源分類王、資源灌籃高手及清掃接力賽，各項目第一名的隊伍將參加全國賽。10月25至26日為兩天一夜的全國賽行程。(詳見第12章)\n(十三)辦理環境教育繪本徵選及推廣活動\n本計畫辦理繪本徵選及後續的公開推廣，徵選3月1日起至7月19日截止，8月7日邀請專家學者評選出前三名共4部作品及6名佳作得獎者。前三名優選作品《人與環境》、《綠色餐飲「吃飯」救地球》、《塑命》及《三隻小豬~科技與生態的共存》共4本作品，代表本縣參加環境部環境教育繪本嘉年華會活動，其中《三隻小豬~科技與生態的共存》獲得人氣獎佳作的殊榮。(詳見第13章) \n(十四)辦理環保志工考核及訓練業務\n辦理環保志工基礎與特殊訓的目的，訓練宜蘭縣有意願推動環境保護工作之民眾，加入環保志工行列後，接受完整的基礎及特殊訓練課程，使其具備基本的能力，本計畫7月6日及7月7日於冬山鄉公所，8月17日及8月19日假宜蘭市復興國中辦理兩梯次環保志工基礎訓練及特殊訓練課程。另環保志工實地督導預計11月辦理。(詳見第14章)",
        "eng_title": "2024 Yilan County Environmental Education Project Plan",
        "eng_subject": "In order to continue promoting environmental education, preserve Yilan's unique natural and cultural characteristics, and engage communities and the public in understanding and practicing environmental protection principles, the Yilan County Environmental Protection Bureau has actively promoted environmental initiatives and policies since June 5, 2010, following the promulgation of the Environmental Education Act. This includes encouraging schools and communities to participate in environmental protection actions through the Environmental Education Implementation Plan (referred to as the Plan). The followings are summaries of this year's work and achievements.\n1.\tManagement and Maintenance of the Yilan County Environmental Education Website\n2.\tCertification Guidance for Environmental Education Facilities and Capacity Building for Environmental Educators\n3.\tGuidance for Promoting Environmental Education in Model Communities\n4.\tPromotion of Green Consumption and Green Living\n5.\tGreen Office Evaluation\n6.\tEnvironmental Education Fund Management Meetings and Grant Review Sessions\n7.\tInnovative and Special Environmental Education Promotional Events\n8.\tLifelong Learning in Environmental Educatio\n9.\t2024 Yilan County Environmental Lecture Program\n10.\tEnvironmental Education Volunteer Training and Deployment\n11.\t2024 Yilan County Environmental Knowledge Competition\n12.\tYilan County Environmental Volunteer Gathering\n13.\tEnvironmental Education Picture Book Competition and Promotion\n14.\tEnvironmental Volunteer Assessment and Trainin",
        "proj_year": "113",
        "org_name": "宜蘭縣政府環境保護局",
        "exe_unit": "亞太環境科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130460389",
        "publish_date": "20250515"
    },
    {
        "chi_title": "113年度新竹市柴油車排煙檢驗稽查暨車輛尾氣光學遙測技術計畫",
        "chi_subject": "為提升本市柴油車納管率與降低其污染排放，透過執行動力計檢測（2,852輛次）、路邊攔檢\/攔查（1,033輛次）與場站檢驗（328輛次），共計稽查4,213輛次。車牌辨識稽查1萬8,515輛次，並針對1年內未完成檢驗車輛，篩選設籍本市及自主管理標章逾期車輛主動寄發到檢通知，共寄發通知2,400輛。非法油品管制隨機取樣篩選325件。執行一般環境及道路交通監測40點次。使用AI判煙車牌影像自動辨識系統執行28場次，共辨識7萬1,723輛次，取車號唯一為3,947輛，（柴油車到檢率為避免重複計算，故會將重複之車牌號碼剔除後，取唯一車牌號碼作為統計依據）。辨識高污染車輛為1,219輛，其中經篩選後完成通知為14輛。車輛尾氣光學遙測於空品不良季共執行11場次，有效拍攝共4,599輛，其中93輛為高污染車輛，高污染率為2.0%。\n在推動自主管理方案部分，本年度共核發3,297張自主管理標章，並與新竹縣共同針對新竹科學園區內業者推廣CSR（企業社會責任），一同使用低污染運具（企業本身或委外廠商之柴油車輛須使用四期以上（含）、三期車經由環境部認證保養廠調修燃油控制系統或檢驗符合四期標準），本年度共有249家企業1,327輛柴油車符合推行資格，不符合企業原因為使用非簽署規範之車輛，將於12月公布成績並發布新聞稿。\n在推動保養廠認證部分，除持續提升既有B級保養廠檢驗品質，同時輔導B級保養廠提升至A級。在既有A級授權核發自主管理標章認證保養廠，本年度共核發1,478張，檢測量能佔本市檢測站量能約4成，有效減輕柴動站檢測負荷，而為確保其檢測品質，本團隊每月派員至3家授權認證保養廠進行查核作業，本年度未有查核缺失情事發生，顯示品質無虞。另本年度持續輔導A級認證保養廠購置檢驗設備，期加入授權核發自主管理標章認證保養廠行列。\n綜整以上各項管制作為，統計至10月底，汰舊大型柴油車輛數為63輛，依據環境部第二期空氣污染防制計畫減量計算手冊之柴油車淘汰減量係數進行計算，推估本年度各污染物減量，分別為PM10減量2.97公噸\/年；PM2.5減量2.59公噸\/年；NOX減量48.22公噸\/年。",
        "eng_title": "113th Hsinchu City Diesel Vehicle Exhaust Inspection and Vehicle Exhaust Optical Telemetry Technology Project",
        "eng_subject": "In order to increase the city's diesel vehicle compliance rate and reduce its pollution emissions, a total of 4,213 vehicles were inspected through dynamometer testing (2,852 vehicles), roadside inspections\/checks (1,033 vehicles) and station inspections (328 vehicles).18,515 vehicle inspections were conducted using license plate recognition. For vehicles that have not completed inspections within one year, vehicles registered in the city and vehicles with self-managed license plates that have expired were screened and sent out inspection notices. A total of 2,400 notices were sent out.Random sampling and screening of 325 illegal oil products.Perform general environment and road traffic monitoring 40 times.The AI ​​smoke detection license plate image automatic recognition system was used for 28 rounds, identifying a total of 71,723 vehicles, of which 3,947 vehicles had unique license plate numbers (in order to avoid duplicate calculations of the diesel vehicle inspection rate, duplicate license plate numbers were removed and unique license plate numbers were used as the statistical basis). A total of 1,219 high-polluting vehicles were identified, of which 14 were notified after screening.Optical telemetry of vehicle exhaust was carried out 11 times during the season with poor air quality, effectively capturing a total of 4,599 vehicles, of which 93 were high-pollution vehicles, with a high-pollution rate of 2.0%.\nIn terms of promoting the self-management program, a total of 3,297 self-management labels were issued this year, and together with Hsinchu County, CSR (corporate social responsibility) was promoted to businesses in the Hsinchu Science Park, and low-pollution vehicles were used together (the company's own or outsourced diesel vehicles must use Phase IV or above (inclusive), and Phase III vehicles must have the fuel control system adjusted by a maintenance shop certified by the Ministry of Environment or inspected to meet Phase IV standards). This year, a total of 1,327 diesel vehicles from 249 companies met the promotion qualifications. The reason for the non-compliant companies was that they used vehicles that did not sign the specifications. The results will be announced in December and a press release will be issued.In promoting the certification of maintenance shops, in addition to continuously improving the inspection quality of existing Class B maintenance shops, we also guide Class B maintenance shops to upgrade to Class A. Among the existing A-level authorized maintenance plants that issue self-management marks, a total of 1,478 certificates were issued this year, accounting for about 40% of the city's inspection capacity, effectively reducing the inspection load of diesel stations. In order to ensure the quality of their inspections, our team sends personnel to three authorized maintenance plants every month to conduct inspections. No inspection omissions occurred this year, indicating that the quality is safe. In addition, we will continue to guide Class A certified maintenance plants to purchase inspection equipment this year, aiming to join the ranks of authorized maintenance plants that issue independent management marks.\nTaking into account the above control measures, the number of obsolete large diesel vehicles is 63 as of the end of October. According to the diesel vehicle elimination reduction coefficient in the Ministry of Environment's Second Air Pollution Control Plan Reduction Calculation Manual, it is estimated that the reduction in each pollutant this year is 2.97 tons\/year for PM10, 2.59 tons\/year for PM2.5, and 48.22 tons\/year for NOX.",
        "proj_year": "113",
        "org_name": "新竹市環境保護局",
        "exe_unit": "瑩諮科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130376461",
        "publish_date": "20250529"
    },
    {
        "chi_title": "113年度土壤及地下水污染調查及查證工作計畫-苗栗縣",
        "chi_subject": "計畫摘要\n     113年度土壤及地下水污染調查及查證工作計畫-苗栗縣（以下簡稱本計畫）主要為控管及建立苗栗縣內長期土壤及地下水環境品質資料，以作為相關管理政策推動之參考依據，以及適時依法適當進行處置相關緊急應變之需求，協助進行必要之作為。本計畫工作內容包括：監測井巡查、維護井況評估、再次完井、異物排除及廢井作業、農地污染預防管理、事業土地污染預防工作、改善完成場址之驗證、工業區預警網監測作業、貯存系統管理、公告事業管理與技師查核簽證作業、推動綠色永續型整治、底泥調查工作、辦理爭訟案件作業、宣傳工作及緊急應變等。\n    本計畫自簽約日起至今，已完成本年度例行性監測井巡查517 口次、監測井井體維護更新作業22 口次、井體設施修復11 口次、井況評估32口次、再次完井19口次及異物排除5口次；農地同步採樣已配合農糧署執行16處，且農地定常監測已針對轄內污染潛勢圳農地辦理水質監測月站6月站、水質抽測初驗27組、水質抽測複驗3組、土壤抽測59組、樹脂縮時膠囊調查共50組、環境勘查評估8場次；事業土地預防管理已辦理2場次說明會，已執行A群事業19家現勘作業、3家調查及查證作業(建順、昕一及立安東)、B群事業10家現勘訪視及C群事業10家檢視，其建順煉鋼(股)公司場址內土壤中重金屬及TPH超過管制標準、昕一工業(股)公司場址內土壤中重金屬超過管制標準及立安東化工(股)公司場址內土壤中二甲苯超過管制標準，後續將函請該事業辦理污染改善及應變措作業；貯存設施及加油站地上(下)儲槽系統追蹤完成22站次；轄內場址驗證作業已執行2 場次，其伍棋玻璃廠(股)有限公司及國泰塑膠工業(股)公司，驗證測項檢測結果均低於土壤及地下水管制標準，後續將經轄內「土壤及地下水污染場址改善推動小組」審認驗證報告；本年度工業區預警網定期監測於鄰近頭份產業園區邊界1口監測井(K00156)地下水中四氯乙烯濃度為0.0776 mg\/L及氯乙烯濃度為0.153 mg\/L超出第二類地下水污染管制標準，後續豐水期(9月)之含氯有機物測值均低於地下水監測標準或未檢出。\n於此後續將此區域納入規劃評估是否執行應變改善方式，以加速推動場址污染改善及有效積極污染削減工作，避免污染持續擴大的情形。\n本團隊待已完成本年度各個工項，團隊致力如期達成本計畫執行目標，以維護本縣生活環境，提供民眾更趨完善及乾淨的美好家園，達到預防土壤及地下水污染之效益。",
        "eng_title": "2024 Soil and Groundwater Pollution Survey and Verification Project -Miaoli",
        "eng_subject": "2024 Soil and Groundwater Pollution Survey and Verification Project -Miaoli County(hereinafter referred to as“the Project).\nThe scope of the Project includes: monitoring well inspections, well condition maintenance and evaluation, well re-completion, obstruction removal and decommissioning of abandoned wells, farmland pollution prevention and management, industrial land pollution prevention efforts, verification of completed remediation sites, industrial zone early warning monitoring, storage system management, regulated enterprise supervision and engineer certification processes, promotion of Green and Sustainable Remediation (GSR), sediment investigations, litigation case handling, public outreach and education, and emergency response tasks.\nSince the signing of the contract,the Project has completed 517 routine monitoring well inspections, 22 well maintenance and refurbishment operations, 11 structural repairs, 32 well condition evaluations, 19 well re-completions, and 5 obstruction removal operations. Joint farmland sampling, coordinated with the Agriculture and Food Agency, has been carried out at 16 locations. Additionally, regular monitoring of potentially contaminated agricultural areas has included: 6 monthly water quality monitoring stations, 27 sets of preliminary water quality samples, 3 sets of follow-up water tests, 59 soil sample collections, 50 resin time-integrated capsule investigations, and 8 environmental survey and assessment sessions.For industrial land pollution prevention, two explanatory meetings have been held. Site surveys have been conducted for 19 Group A businesses, with further investigation and verification carried out for 3 of them (Jianshun, Xinyi, and Lianandong). Furthermore, 10 Group B enterprises have been visited, and 10 Group C enterprises have undergone preliminary reviews. The investigation revealed that: Jianshun Steel Co., Ltd. had soil contamination levels of heavy metals and total petroleum hydrocarbons (TPH) exceeding regulatory standards; Xinyi Industrial Co., Ltd. had excessive levels of heavy metals in soil; and Lianandong Chemical Co., Ltd. had xylene concentrations above standard limits. Official notifications will be issued to these companies to carry out pollution remediation and emergency response measures.A total of 22 follow-up inspections of aboveground and underground storage tank systems at storage facilities and gas stations have been completed. Within the county, two site remediation verifications have been conducted—for Wuqi Glass Co., Ltd. and Cathay Plastics Industrial Co., Ltd.—with all tested indicators showing pollutant levels below regulatory thresholds for soil and groundwater. The verification reports will be reviewed by the “Soil and Groundwater Pollution Site Remediation Promotion Committee” of the county.This year’s regular industrial park early warning network monitoring revealed that groundwater samples from one monitoring well (K00156), located near the boundary of the Toufen Industrial Park, had tetrachloroethylene at a concentration of 0.0776 mg\/L and vinyl chloride at 0.153 mg\/L—both exceeding the Class II groundwater pollution control standards. However, follow-up measurements during the wet season (September) showed chlorinated organic compounds either below regulatory limits or undetectable.This area will subsequently be included in planning and evaluation to determine whether emergency remediation measures should be implemented, in order to accelerate site pollution improvement efforts and effectively and proactively reduce contamination, thereby preventing the continued spread of pollution.\nUpon the completion of all project tasks for the year, our team remains dedicated to achieving the implementation goals of the Project on schedule. These efforts aim to safeguard the living environment of the county, provide residents with a more refined and cleaner home, and realize the benefits of preventing soil and groundwater pollution.",
        "proj_year": "113",
        "org_name": "苗栗縣政府環境保護局",
        "exe_unit": "亞太環境科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130365583",
        "publish_date": "20250513"
    },
    {
        "chi_title": "113年度臺南市噪音監測及機動車輛排氣管通知檢測管制計畫",
        "chi_subject": "一、計畫名稱：113年度臺南市噪音監測及機動車輛排氣管通知檢測管制計畫\n二、契約編號：11330423\n三、計畫執行廠商：聯韻聲學環保顧問股份有限公司\n四、計畫主持人(包括協同主持人)：張奕瑞\n五、計畫期程：113年6月20日起113年12月31日止\n六、統計期程：113年6月20日起113年12月31日止\n七、計畫經費：7,400千元\n八、執行成果摘要\n(一)\t一般地區環境音量及道路交通音量監測作業：第2~4季完成146點次監測，分析測站監測值與現況噪音管制區噪音劃分相符，並依環境部規定上傳季報申報作業。\n執行成效 :臺南市109年至113年環境及交通噪音監測結果，分析結果均未超標，亦符合現行噪音相關標準要求。\n(二)\t民眾噪音陳情案件或經臺南市環保局指定位置監測作業：已完成7點次交通噪音監測，結果符合法規要求。分別為2點次民眾噪音陳情案件，另參照民眾陳情點位，經與環保局討論後提報5處辦理監測，並分析結果以及依規定提報監測結果報告。\n(三)\t使用中機動車輛原地噪音(路邊攔檢與噪音車檢舉查證受理)、行駛噪音(聲音照相)之通知召回及裁罰作業\n1.使用中機動車輛原地噪音(攔檢與召回)通知與裁罰\n(1)掌握臺南市現行機動車輛噪音管制稽查，與前端稽查確定各項裁罰數，並對法規蒐集研析與彙整，確保通知與裁處作業所引用相關法條之適宜性。\n(2)本計畫按起始日起，路攔不合格已告發共計31件，裁罰71,400元，其中重型機車15件比例最高。逾期裁罰(含再度改裝第8條)已告發30件，裁罰73,800元，以重型機車16件最多。前述兩者合計61件，裁罰145,200元。\n(3)整年度應告發297件，已完成286件(完成率96.3%)，其中環警監稽查82件(28.7%)，召回81件(28.3%)，攔檢逾期39件(13.6%)，再度改裝84件(29.4%)，至於尚未辦理案件屬陳述期限內，屆時依程序持續完成辦理。 \n2.使用中機動車輛行駛噪音(聲音照相)通知與裁罰\n(1)本計畫告發206件，裁罰總計484,200元，其中普通重型機車139件(303,300元)最多。至於通知召回則208件，仍以普通重型機車162件最多。另違反噪音管制法第8條行為處分19件，裁罰總計96,000元。\n(2)整年度應裁處672件，已告發576件(完成度85.7 %)，其中違反噪音管制法第8條23件(佔3.4 %)；另通知召回則475件(完成度95.1 %)，未召回23件尚待處理。至於召回逾期案件，已告發292件。\n3.噪音車檢舉網之通知召回及裁罰\n(1)本計畫共通知召回1,357件，其中機車958件(佔70.6 %)最多。整年度檢舉案6,508件，已通知2,548件，受理率39.2 %，其中民眾來源556件(佔28.3 %)，警察則1,408件(佔71.7 %)；若以車種而言，機車1,464件(佔74.5 %)最多。\n(2)分析檢討機車易受理主因，其排氣管外觀顯露且可與原廠對比識別有無改裝；而汽車排氣管因位於底盤下方，若非是警察特別攔查車輛停駛以及提供底盤設施照片，要辨識不易。此外，車輛亦有裝設尾飾管情形(排氣管為原廠管，僅裝上裝飾尾管)，此為不易辨識其二原因。\n(3)通知召回逾期今(113)年期間除完成243件逾期外(第一季94件、第二季84件、第三季54件)，另完成112年度逾期案共595件，總計833件。從檢討分析發現，因改善期限使得案件有跨年度情形，因此許多時間皆在處理上年度逾期件，以致於今年度速度變慢。\n4.作業負荷量檢討與精進改善方式\n(1)聲音照相設備逐年增加，預計114年告發恐達1,000件\/年；另通知召回，第二次逾期裁罰為案件數累積主因，此點建議納入檢視。另因114年起實施認證措施後，裁罰措施恐有調整，例如：未認證車造冊移送監理站開罰。\n(2)環警監聯合稽查近兩年檢驗超標告發平均102.5(123+82)件，至於逾期兩年平均共101.5 (112+52+30+9) 件，總裁罰數共408件。\n(3)各項精進改善方式包含：攔檢\/召回不合格當下則回報即時調閱戶籍，從40天縮短至35天；聲音照相不合格亦是，主要是調閱戶籍與提供承辦審核同步作業，從45天縮短至35天；召回逾期改為初期召回清冊與戶籍同步執行，從41天縮短至35天。從檢討中可知，戶籍調閱以及適用期限是影響作業流程時間關鍵，此點建議納入檢視。\n(四) 航空站查核作業\n1. 航空季報告書審查： \n合約場次共4場次，目前已完成4場次如下：113年歸仁機場報告書審查2次，113年臺南機場2次。四場次已依照既定時間安排在指定期限內完成。\n2.航空噪音平行監測前置作業： \n合約監測點共5點次，目前113年度已完成臺南機場與歸仁基地平行監測，共5點次。\n3.航空站查核作業：\n合約監測點2點次，113年度已完成臺南機場與歸仁基地之查核作業2點次。\n執行成效：藉由航空噪音監測、審查軍方提送噪音報告以及對噪音監測控制中心和機場監測站進行檢查，並最終達到軍用機場噪音管制，減少臺南市民噪音陳情。\n(五) 非游離輻射管制\n        合約監測點共40點次，113年已完成40件(極低頻20件、射頻20件)，結果通過環境部審核。完成檢測設備校正作業，並取得校正報告。\n執行成效：藉由對40處非電離輻射測量，結果均符合監測標準，有效控制對人體的相關影響。\n(六) 光污染管制\n1.合約監測點共8點次，113年已完成13點次(合格10件、不合格3件，其中，經複檢2件已達合格標準)。\n2.執行3場次光污染宣導，113年皆已完成辦理。\n3.完成亮度與照度檢測設備校正作業，並取得校正報告。\n執行成效：藉由光污染量測超標案件進行勸導改善，解決民眾陳情光害對周遭環境及眼睛造成之傷害。\n(七) 其他配合事項\n1.協助環保局113年已辦理50間宮廟宣導作業。分別為113中秋9月13日～9月17日共13間宮廟宣導及113年 雙十 10月5日～10月12日共37間宮廟宣導。\n2.工作月報及噪音陳情案件統計分析，完成6次提送作業。\n3.協助執行中秋、國慶、元旦爆竹煙火管制作業。",
        "eng_title": "2024 Tainan City Noise Monitoring and Motor Vehicle Exhaust Inspection Notification and Control Plan",
        "eng_subject": "Summary of English Achievements\n\n1.Monitoring of General Environmental Noise Levels and Road Traffic Noise:\n1.1 From the 2nd to the 4th quarter, 146 monitoring sessions were completed. \n1.2 Performance Results:\n\n2.Noise Complaint Cases and Monitoring at Designated Locations by the Tainan Environmental Protection Bureau:\n\n3.On-Site Noise Monitoring for In-Use Motor Vehicles: Notification, Recall, and Penalty Operations\n3.1 Stationary Noise Violations of In-Use Motor Vehicles (Roadside Inspection and Recall): Notification and Penalty\n3.1.1 Management of Motor Vehicle Noise Control and Inspection in Tainan City:\n3.1.2 Noise Complaint Cases and Monitoring at Designated \n3.1.3 Annual Noise Violation Cases and Completion Status:\n3.2 Driving Noise Violations of In-Use Motor Vehicles (Acoustic Camera): Notification and Penalty\n3.2.1 Project Enforcement Summary:\n3.2.2 Annual Noise Violation Prosecution and Recall \n3.3 Noise Vehicle Reporting System: Notification, Recall, and Penalty\n3.3.1 Project Summary: Recall Notifications and Reporting Statistics\n3.3.2 Analysis of Key Factors for Motorcycle Violation Processing\n3.3.3 Analysis of Recall Notifications and Overdue Case Processing (2024):\n3.4 Review of Workload and Proposed Improvement Strategies\n3.4.1 Increasing Acoustic Camera Cases:\n3.4.2 Joint Environmental and Police Inspections: Two-Year \n3.4.3 Refinements and Improvement Strategies for Noise \n\n4.Airport Noise Inspection Operations\n4.1 Contracted Review Sessions\n4.2 Preparatory Work for Parallel Monitoring of Airport Noise\n4.3 Airport Inspection Operations\nNon-Ionizing Radiation Control\nContracted Monitoring Points: 40 sessions.\nCompletion Status : Extremely Low Frequency (ELF): 20 sessions completed.\nRadio Frequency (RF): 20 sessions completed. Approval : All results successfully passed the review by the Environmental Protection Ministry.\n\n5.Light Pollution Control\n6.1 Contracted Monitoring Points:\nScheduled: 8 monitoring points.\nCompleted: 13 monitoring points.\nCompliance: 10 cases met the standards.\n6.2 Non-Compliance: 3 cases were initially non-compliant, of which 2 were re-inspected and met the standards after corrective measures.\nPublic Awareness Campaigns:\nScheduled: 3 light pollution awareness sessions.\n6.3 Completed: All 3 sessions successfully held.\nEquipment Calibration:\nCompleted calibration of brightness and illuminance measurement equipment.\nObtained calibration reports to ensure accurate and reliable data collection.\n\n6.Other Collaborative Tasks\n1. Religious Site Advocacy:\nConducted 50 temple outreach sessions:\nMid-Autumn Festival (Sept. 13–17): 13 temples.\nNational Day (Oct. 5–12): 37 temples.\n2. Monthly Reports and Noise Complaint Analysis:\nSubmitted 6 monthly reports detailing noise complaint statistics and analysis.\n3. Vehicle Noise Penalty Enforcement:\nAchieved 100% completion of motor vehicle noise penalty tasks as of December 13, 2024.\n4. Firecracker and Fireworks Control:\n1. Supported control measures during:\nMid-Autumn Festival\nNational Day\nNew Year’s Day\nPlan Progress and Inspection Points\nA detailed table explaining:\nPlanned Progress and Inspection Points outlined in the project contract.\nActual Progress and Inspection Points achieved during implementation.",
        "proj_year": "113",
        "org_name": "臺南市政府環境保護局",
        "exe_unit": "聯韻聲學環保顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130296438",
        "publish_date": "20250530"
    },
    {
        "chi_title": "113年度一次用產品源頭管理專案計畫",
        "chi_subject": "本計畫執行期間自民國113年2月21日起至114年2月28日止，主要目標包括蒐集國際一次用產品源頭減量管理措施，提出我國後續管理建議；檢討我國一次用產品源頭減量策略及法規制度，研定配套措施；推廣循環容器取代一次用產品；以及推廣一般廢棄物源頭減量理念。主要成果包括：(一)蒐集及研析塑膠公約會議內容及國際對一次用產品可行替代措施之主要推動方式及管理規定，研提我國後續推動方向及減量目標。(二)檢討購物用塑膠袋、免洗餐具、塑膠吸管、托盤及包裝盒等一次用產品源頭減量策略及制度，研提後續推動配套措施。(三)持續追蹤及輔導已公告一般廢棄物源頭減量措施。(四)辦理一次用產品減量相關會議、宣導、記者會。",
        "eng_title": "The Source Management Project for Single-Use Products 2024",
        "eng_subject": "The implementation period of this project is from February 21, 2024, to February 28, 2025. The main objectives include collecting international source reduction management measures for single-use products and providing recommendations for Taiwan’s future management strategies; reviewing Taiwan’s source reduction strategies and regulatory frameworks for single-use products and formulating supporting measures; promoting the use of reusable containers as alternatives to single-use products; and advocating for the concept of general waste source reduction. The key outcomes of the project include: (1) Collection and Analysis – Gathering and analyzing the discussions from the Plastics Convention meetings and international strategies for feasible alternatives to single-use products, and proposing Taiwan’s future policy direction and reduction targets. (2) Review and Policy Recommendations – Assessing the source reduction strategies and regulatory frameworks for shopping plastic bags, disposable tableware, plastic straws, trays, and packaging boxes, and developing supporting measures for further implementation.(3) Monitoring and Guidance – Continuously tracking and providing guidance on the already announced general waste source reduction measures. (4) Awareness and Promotion – Organizing meetings, promotional events, and press conferences related to single-use product reduction.",
        "proj_year": "113",
        "org_name": "循環署永續消費回收組",
        "exe_unit": "康城工程顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130177299",
        "publish_date": "20250530"
    },
    {
        "chi_title": "113年度新竹市空污陳情智慧巡檢暨民俗祭祀減污及推動餐飲業環境友善計畫",
        "chi_subject": "113年度設立陳情受理專線3線（支），且保持專線電話暢通，並指派專人即時接受及處理民眾陳情，陳情案件稽查處理的年度目標為800處次，本計畫已協助執行空氣污染陳情案件稽查771件次、主動稽查及複查案件257件、交辦案件58件及50件次的微型感測器告警巡查，並完成75件的訪談作業，另依據實際陳情案件之需求，完成6點次異味官能測定作業。\n在執行轄內被陳情餐飲業現場稽查作業，並就未裝置油煙或異味收集及處理設備餐飲業者，辦理輔導改善措施。113年1月至12月共計處理餐飲油煙陳情案件298件、複查案件203件及主動巡查、交辦案件37件次。另於5月份辦理「餐飲業空氣污染防制設施管理辦法」說明會，向列管餐飲業者說明法規內容及查核重點。共計已現場查核40家列管餐飲業，法規符合度約為97.2%。\n本計畫對於紙錢集中燃燒宣導管制工作已執行數年，109~112年陸續推動環保鞭炮機借用、紙錢集中燒專用收集箱、線上申請紙錢清運服務等便民措施，今年度已新增8處紙錢集中桶配合單位，共計收運752.8公噸紙錢進行集中處理。另重大節慶宣導部分，在清明期間紙錢集中收運量為130.9公噸，相較112年度清明節紙錢集中量（109.8公噸）提升21.1公噸，推測今年因疫情持續穩定，且國際間亦朝向調降防疫等級，部分宗教集會活動恢復以往方式辦理及民眾開始參與之緣故，而中元普度期間則函文本市3區區公所、產業發展處、科學園區科學工業同業公會向轄內鄰里長、轄內大型社區（100戶以上）、寺廟及企業說明普度紙錢清運預約方式，113年度清運家數（264家）較112年（231家）增加14.2%，寺廟則分別較112年提升約8.3%，同時配合竹竹苗三縣市推動「中元普度祭祀功德金支票」活動宣導紙錢減燒。\n本年度依計畫內容即時處理本市露天燃燒空氣污染陳情案件，並不定期執行主動稽巡查作業，有效遏止露天燃燒行為。113年1月至12月共計處理54件露天燃燒陳情、主動巡查16件及微型感測器告警及時處理7件，其中現場查獲露燃行為人共計28件，未查獲行為人共46件，另有3件現場未發現露天燃燒行為，平均案件查處率為23.5%，估算減燒面積為0.04公頃。而在宣導作業上，113年已執行6場次禁止露天燃燒宣導，對象包含鄰里長、里民及國小學童，期望持續以向下紮根及增加宣導廣度之方式提升本市民眾各項環保政策知能。",
        "eng_title": "Hsinchu City Smart Environmental Protection Inspection Specialized Plan,2024",
        "eng_subject": "In 2024, 3 lines (branches) were set up to accept complaints, and the special lines were kept unblocked, and special personnel were assigned to accept and deal with people's complaints in real time, and the annual target of inspection and handling of complaints was 800 times, and the plan has assisted in the implementation of 771 air pollution complaint case inspections, 257 active inspection and review cases, 58 assigned cases and 50 miniature sensor alarm inspections, and completed 75 interview operations, and completed 6 odor function measurement operations according to the needs of actual complaint cases.\nCarry out on-site inspections of catering businesses within the jurisdiction, and provide guidance and improvement measures for catering businesses that do not have fume or odor collection and treatment equipment. From January to December 113, a total of 298 cases of catering fumes were handled, 203 cases were reviewed, and 37 cases were actively inspected and assigned. In addition, a briefing session on the management measures for air pollution prevention and control facilities in the catering industry was held in May to explain the content of the regulations and the key points of inspection to the catering enterprises under control. A total of 40 catering businesses have been inspected on site, and the compliance rate with the regulations is about 97.2%.\nThe plan for the centralized burning of paper money to advocate the control work has been implemented for several years, 109 ~ 112 years to promote the use of environmental protection firecracker machine borrowing, paper money centralized burning special collection box, online application for paper money removal services and other convenient measures, this year has added 8 new paper money centralized barrel cooperation units, a total of 752.8 metric tons of paper money for centralized processing. In addition, the advocacy part of major festivals, the centralized collection and transportation of paper money during the Qingming Festival was 130.9 metric tons, an increase of 21.1 metric tons compared with the concentration of paper money during the Qingming Festival in 112 years (109.8 metric tons). The number of households (264) in 113 increased by 14.2% compared with 112 (231), and the number of temples increased by about 8.3% compared with 112.\nThis year, according to the plan, the city's open burning air pollution cases will be dealt with in real time, and active inspections will be carried out from time to time to effectively curb open burning. From January to December 113, a total of 54 cases of open burning were handled, 16 cases of active inspection and 7 cases of micro sensor alarms were dealt with in a timely manner, of which a total of 28 cases of exposed burning were found at the scene, 46 cases of undetected perpetrators, and 3 cases of open burning were not found at the scene, with an average case investigation rate of 23.5% and an estimated area of 0.04 hectares. In terms of advocacy operations, 6 anti-open burning campaigns have been carried out in 113 years, targeting neighborhood mayors, residents and primary school children, hoping to continue to improve the city's people's awareness of various environmental protection policies by taking root downward and increasing the breadth of advocacy.",
        "proj_year": "113",
        "org_name": "新竹市環境保護局",
        "exe_unit": "富聯工程顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130031157",
        "publish_date": "20250524"
    },
    {
        "chi_title": "112-113年一般廢棄物處理設施有效管理及效能提升專案計畫",
        "chi_subject": "(1)本計畫已建立補助案件審查機制並協助審查申請補助計畫書，俾協助機關審查未來各縣市申請補助案件之合理性；另協助辦理受補助計畫進度管考及預算執行檢討會議，掌握地方政府執行已核定補助計畫之進度及狀況， 112年113年受補助計畫執行率均達100%。\n(2)本計畫已辦理8場次機械分選技術平台會議，並於會議中討論並修正提出「一般廢棄物機械分選(MT)案例及配置說明」手冊，依據不同去化點之鍋爐需求提出相關案例、處理流程及設備建議，確保可達到推廣設廠之目的；針對我國替代燃料現況，本計畫已彙整各縣市執行情形及未來規劃，並研析目前主要面臨之課題。\n(3)本計畫已彙整我國22縣市之一般廢棄物產生及處理數量、流向及垃圾處理策略，持續滾動修正相關資訊；針對新竹縣、澎湖縣、南投縣及雲林縣辦理無營運中焚化廠縣市協商訪談，深入了解其廢棄物處理困境及處理規劃。\n(4)本計畫於113年3月29日協助草屯掩埋場垃圾移除完畢。\n(5)已完成30場次之空拍，建立正射影像及3D模型，並提供機關可操作檢視之軟體，並得測量距離、面積及容量等功能，作為未來掩埋場配置規劃之參據；此外已完成300場次之公有掩埋場基本資料蒐集及圖資套疊，據以篩選8場具設置綠能可行性之掩埋場，進行現場勘查、專家勘查及管理單位訪談，完成綠能設置可行性評估報告。",
        "eng_title": "The 2023-2024 MSW Treatment Facility Effective Management and Performance Enhancement Project Plan",
        "eng_subject": "(1) A subsidy application review mechanism has been developed, through which five subsidy project proposals and six project outcome reports have been reviewed. This mechanism aids in assessing the appropriateness of future local government subsidy applications. Additionally, the project has successfully monitored the progress and status of approved subsidy plans by local governments. Thirteen progress and budget execution review meetings were held in 2023, resulting in a 100% project implementation rate, with a similar rate projected for 2024.\n(2) Eight sessions of mechanical sorting technology platform meetings were held, leading to the drafting and refinement of a General Waste Mechanical Sorting (MT) Case and Configuration Manual. This manual offers case studies, processing workflows, and equipment recommendations aligned with the boiler requirements of various disposal sites, supporting the goal of establishing new facilities. The current status of alternative fuel usage in Taiwan has been compiled, analyzing the issues encountered. Additionally, 30 samples were taken for analysis of key components in fuel conversion.\n(3) This project has consolidated data from Taiwan's 22 counties on general waste production, treatment volumes, flow, and waste management strategies, with continuous updates. Four consultation interviews were held with counties lacking active incinerators (Hsinchu County, Penghu County, Nantou County, and Yunlin County) to understand their waste management challenges and plans.\n(4) Waste removal at this site was completed on March 29, 2024.\n(5) Thirty aerial photography sessions were completed, generating orthophotos and 3D models, along with software for operational inspection and measurement of distance, area, and volume for future landfill planning. Additionally, 300 sessions of public landfill data collection and map layering were conducted, identifying eight sites with potential for green energy implementation. These sites underwent field surveys, expert evaluations, and management interviews, culminating in a feasibility assessment report.",
        "proj_year": "112",
        "org_name": "環管署一般廢棄物管理組",
        "exe_unit": "晶淨科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1122301520",
        "publish_date": "20250602"
    },
    {
        "chi_title": "112年度彰化縣推動廢棄生物質物料、固體再生燃料（SRF）等物料資源循環計畫",
        "chi_subject": "彰化縣環境保護局（以下簡稱環保局）112年度辦理「彰化縣推動廢棄生物質物料、固體再生燃料（SRF）等物料資源循環計畫」(以下簡稱本計畫)，在局內長官督導下，除了努力達成規劃量化目標外，並透過現況盤查、訪查、評估、檢測、宣導以及專家委員輔導查核等方式，調查本縣市(農產品業)、(製造業)等產業為主，評估項目及分系了解各項廢棄生物質產生量、目前去化管道、所遭遇清理困境並規劃與輔導事業單位建立區域型生物質能資源處理\/再利用設施之可行性。另辦理SRF製造廠固體再生燃料（SRF）驗證及品管查核，並訪查本縣SRF製造廠之銷售使用端業者，建立相關品質規範外資本資料，做為未來審查SRF製造端依據參考；也針對製造端、使用端及產源端辦理相關推廣及查核說明會，輔導業者了解SRF規範及政策內容，建立更完善SRF品質與制度，創造本縣資源永續及循環利用的產業環境；相關成果摘要如下說明。\n一、評估規劃生物質資源循環機制\n（一）盤查情形分析\n調查「農牧漁產品業產銷班」350處及「製造業與其他產業」350處產業基本資料及生物質流向，共計700家，相關分析如下。\n1.\t調查產銷班農作物種植作物面積約80,500.4公頃；統計調查牛乳、雞蛋、豬肉、羊肉、水產品等產量共84,052公噸。\n2.\t製造業部份主要調查為食品飼品製造業（含地方農會輾穀業），統計生物質廢棄物約24,935.75公噸；處理及再利用中，做為育苗栽培介質與作物栽培覆蓋者約占54.88 %最高。\n3.\t農業產銷班生物質廢棄物主要為果菜殘渣、稻蒿及果樹枝條最多，重量約26,041公噸，占比89.38 %；處理再利用以地翻耕掩埋約占79.9 %，所占重量比例最高，達23,264.5公噸。\n4.\t漁、牧業產銷班主要生物質資材\/廢棄物為禽、畜糞約占98.49 %，達192,908公噸；處理及再利用方式均為堆肥處理約占99.46 %，達194,880公噸。\n5.\t製造業生物質廢棄物處理及再利用中，做為育苗栽培介質與作物栽培覆蓋者約占54.88 %及資源回收為能源與材料者約占8.29 %，此兩部分生物質廢棄物主要來源為輾穀業產出之稻穀，資源回收為能源部分主要為製作碳化稻榖或混合燃料使用。\n（二）廢棄生物質去化管道及所遭遇困境分析\n調查生物質去化管道較困難項目有2種，主要為稻蒿及果樹枝條，由於價值較低，後端廠商收受意願較低，雖政府有補助或協助多種去化方式，但因農民不願額外支付清除處理費及市場需求量不高等因素，導致去化速度緩慢，故常以露天燃燒方式處理。\n1.稻蒿去化管道遭遇困境，切碎的稻蒿亦需要數日乾燥後才翻入土中較易腐化，若收割後遇到下雨無法曬乾，未腐爛的稻蒿容易漂浮水面影響插秧作業，常可見農民以燃燒方式處理稻蒿。\n2.果樹枝條及苗木修剪枝雖然破碎後可做為作物栽培覆蓋材質，但是這些材質並不需要每年重新鋪設，後續產生的果樹枝條雖然經過破碎，仍然只能以堆置的方式處理，農民本身仍然無法完全使用消化。\n（三）研擬建置區域型生物質循環機制\n本團隊依據生物質調查結果顯示，目前適合廢棄生物質物料具體可行循環機制為區域型或聚落型生物質資源化循環中心模式，可藉以推廣於彰化縣，除可提高去化效率，亦可減少廢棄物處理成本及營運成本。\n1.\t評估本縣具體可行循環機制模式方法主要有2種，一種為增加再利用機構處理量能，可加速去化農業生物質廢棄物；另一種為政府協助處理去化困難生物質，針對去化困難生物質，透過政府各局處、鄉鎮公所、民間投資合作方式辦理。\n2.\t由於農業資材廢棄物目的事業主管機關為農業處，為解決彰化葡萄果樹枝條問題，建議由農業處規劃設置「專屬農業生物質資材再利用廠」，並透過跨局處合作方式，由農業處統籌構想規畫及招商、鄉公所出地、地政局變更地目及環保局審查環保相關許可等，並以標租或BOT合作方式辦理相關事宜；政府需要協助事項包含公用設施、各項審查程序、證照、許可、資金貸款、地目變更、租稅優惠等申請。\n3.\t協助媒合2處區域型生物質循環機制示範廠，推動本縣區域型生物質循環機制，包含田尾堆肥中心及林義淵堆肥場做為區域型處理中心。員林果菜市場將果菜殘渣農業生物資材交由林義淵堆肥場進行堆肥製作，預計將可協助去化員林果菜市場每年約140公噸果菜殘渣。\n4.\t調查本縣產銷班禽畜糞廢棄產量為最大，除做為堆肥及材料化外，響應國家能源政策，可規劃以能源化方向發展，如「畜牧糞尿多元利用資源化共同處理中心」，搭配發電機組進行沼氣發電，兼收能源循環再利用，並處理過程中所產生的沼渣、沼液能做為肥料，用於有機作物種植，又有發電收入。\n\n二、執行固體再生燃料（SRF）驗證及品管工作\n（一）SRF產品驗證\n本年度半年內共計執行2次本縣4家SRF製造廠共計8件外部產品品質驗證；2次檢測結果皆符合「固體再生燃料製造技術指引與品質規範」之固體再生燃料品質標準，確保本縣SRF製造廠生產之固體再生燃料品質。\n另依據環境部資源循環署最新公告新聞稿資料顯示，固體再生燃料，可取代煤炭，有減碳效果，1公噸SRF可取代0.86公噸煤炭，減少0.77公噸二氧化碳排放量，可達到我國淨零轉型「資源循環零廢棄」關鍵戰略。調查本縣4廠SRF製造廠112年SRF產品實際銷售情形，其SRF總年銷售量約11,239.55公噸，依資循署提供SRF取代煤炭減碳效益估算，可取代9,666.014公噸煤炭，每年可減少8,654.454公噸的二氧化碳排放量。\n（二）SRF製造廠輔導及查核\n配合資循署「固體再生燃料(SRF)製作品質提昇輔導計畫」目的，加強SRF製造廠自主管理及外部驗證燃料品質，以提升製造技術及品質，增加SRF產品供應品質及數量並提高使用設施收受意願。\n1.\t本計畫辦理4場次本縣SRF製造廠輔導及查核會議，每場皆邀約2位專家委員出席本會議，進行書面與現場輔導查核。輔導查核會議除書面資料及廢清書改善建議外，亦建議SRF運作除依相關申請、申報及管理規定外，針對物料管理、投料方式、SRF調配、產品允收標準及環境危害等技術層面問題。\n2.\t經查核轄內4家SRF廠之質量平衡與現場符合情形，除青松環保清除有限公司符合外，其餘3家仍有缺失需修改或補充說明，相關缺失已函文通知改善。\n3.\t另輔導4家SRF廠自主管理及外部驗證燃料品質情形，僅有1家青○環保清除有限公司積極進行致力於SRF品管品管（QAQC）計畫書，目前尚未完成，其餘3家因SRF產品主要為破碎物，並無造粒SRF相關設備，尚無建立相關自主管理事宜。建議未來仍需持續輔導改善之。\n（三）SRF產品流向查核\n彰化縣4廠SRF製造廠之銷售使用端進行4廠次查核；目前SRF廠僅集合成環保科技股份有限公司對內於台灣鋼聯股份有限公司銷售SRF，其餘皆多數運往外縣市販售。為了解本縣銷售使用端SRF使用情形，訪查縣內外4廠需求量、條件限制、餘裕量能情形、鍋爐實際運作情形、SRF除符合品質規範外條件、合作意向書簽訂實際情形及方式做為審核本縣SRF製造廠之依據，避免本縣SRF產品拒收。合理控管SRF核定量能，以符合SRF實際使用現況。\n1.\t調查4家SRF最高核定使用量約23,875(公噸\/月)，目前使用量SRF現況平均使用量10,000(公噸\/月)，SRF平均使用量不多，均具有大空間餘裕量。\n2.\t統計共3家業者針對淨熱值數皆高於SRF品質規範限要求；另有2家對SRF樣態及大小有限定規格大小。\n3.\t統計4家各有其他SRF收受條件及允收標準，製造端除符合SRF品質規範外，亦需符合各使用端需求提供SRF。\n（四）推廣及輔導本縣大型鍋爐轉用SRF\n本計畫辦理1場次SRF使用推廣及查核宣導說明會，共計有28家，邀請專業講師宣導SRF產品推廣與效益、鍋爐改用SRF技術建議及相關法規說明等議題，輔導彰化縣大型鍋爐業者其改用SRF並做為其未來鍋爐燃料改用SRF之參考。\n針對本縣可使用SRF潛在廠商輔導，廠商對於SRF使用較無意願之原因主要為量能不足、欠缺誘因、規範及申請流程不甚了解。由於鍋爐改SRF涉及到鍋爐適用性及空污問題，需要從長計議，加上政府推動誘因尚缺，目前各家意願不高，統計目前僅2家規模較大公司意願較高。\n（五）SRF推廣及查核說明會\n配合中央循環經濟及低碳政策，積極推動「推動廢棄物再生燃料化政策」，並推廣SRF使用對象之市場接受度及提升SRF製造廠之產品品質，針對SRF製造端、使用端、產源事業端共辦理4場次推廣及查核說明會，每場次將邀請專業講師講解說明，提升本縣SRF製造品質提升及推廣工作。\n1.\tSRF製造廠：辦理1場次說明會，共計8家本縣既有營運中及設置中之SRF廠參加，建立自主管理及外部驗證燃料品質，以提升製造技術及品質，增加SRF產品供應品質及數量並提高使用設施收受意願。僅有青松環保清除有限公司積極進行致力於SRF品管品管（QAQC）計畫書，目前尚未完成，其餘3家因SRF產品主要為破碎物，並無造粒SRF相關設備，尚無建立相關自主管理事宜。\n2.\t彰化縣大型鍋爐業者及SRF製造廠之使用端：辦理1場次說明會，共計 39家本縣使用燃材、燃煤及其他燃料之鍋爐廠及代表參加，由鍋爐於改用SRF燃料須涉及相關設備適合性、經費及法規等問題，各家皆須重新規劃，統計目前僅2家規模較大公司意願較高。\n3.\t彰化縣產源事業：辦理2場次說明會，共計84家本縣事業廢棄物產源單位參加，輔導期將產出之適燃性廢棄物做為SRF之原料，並將其交給本縣既有SRF製造廠製成SRF，除可節省運輸成本更可創造本縣資源永續及循環利用的產業環境。目前約有5家業者詢問相關事宜，由於變更事業廢清書廢棄物代碼需消耗行政時間，實際投入SRF原料行列仍需時間。",
        "eng_title": "Changhua County Promotion of Waste Biomass Materials, Solid Renewable Fuel (SRF) and other Material Resource Recycling Plan (hereinafter referred to as this plan) in 2012.",
        "eng_subject": "The Changhua County Environmental Protection Bureau (hereinafter referred to as the Environmental Protection Bureau) implemented the Changhua County Promotion of Waste Biomass Materials, Solid Renewable Fuel (SRF) and other Material Resource Recycling Plan (hereinafter referred to as this plan) in 2012. Under the supervision of the head of the Bureau, In addition to striving to achieve the planned quantitative goals, we also investigate the county and city's (agricultural products industry), (manufacturing) and other industries through current situation inspections, interviews, assessments, testing, publicity, and expert committee guidance and reviews. Evaluate projects and departments to understand the amount of waste biomass generated, current detoxification pipelines, and cleanup difficulties encountered, and plan and guide public institutions on the feasibility of establishing regional biomass resource treatment\/reuse facilities. In addition, the solid renewable fuel (SRF) verification and quality control inspection of the SRF manufacturing plant will be carried out, and the sales and user operators of the SRF manufacturing plant in the county will be interviewed to establish relevant capital information outside the quality standards as a reference for future review of the SRF manufacturing end; also Conduct relevant promotion and inspection briefing sessions for the manufacturing end, user end and production source end, guide industry players to understand SRF specifications and policy content, establish better SRF quality and systems, and create an industrial environment for sustainable and recycling resources in the county; related results The abstract is explained below.",
        "proj_year": "112",
        "org_name": "彰化縣環境保護局",
        "exe_unit": "上境科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1122055608",
        "publish_date": "20250506"
    },
    {
        "chi_title": "廢木材再利用設施促參推動專案管理計畫",
        "chi_subject": "行政院於111年6月27日核定「減量回收及資源循環推動計畫」，包含「物料資源循環計畫」、「源頭減量及循環採購計畫」及「具挑戰及須關注廢棄物清除處理計畫」等3項子計畫，其中「具挑戰及須關注廢棄物清除處理計畫」就是針對石綿建材、水泥或廢木材等廢棄物的處理問題。\n台灣廢木材之來源分為一般廢棄物及事業廢棄物，一般廢棄物主要由地方環保機關負責清除，包含家戶廢木質家具、樹枝等；事業廢棄物則包含家具業、裝潢修繕業及營建業等產出之木質資材及下腳料等。木質資材因其組成元素中50%為碳元素，如能妥善回收再利用或作為替代燃料，將極具減碳及減煤效益，然而現況廢木材之主要處理方式為焚化，少部分作為堆肥副資材。\n資源循環署於今(112)年辦理「促進民間參與設置廢木材處理設施專業服務專案工作計畫」，預計於全國分三區域建設木質資材處理廠，目前優先推動北部區域處理廠興建。本次接續辦理「廢木材再利用設施促參推動專案管理計畫」，期能藉由促進民間參與方式推動設置廢木材再利用設施。",
        "eng_title": "Waste wood recycling facility promotion project management plan",
        "eng_subject": "The Executive Yuan approved the Reduction, Recycling and Resource Recycling Promotion Plan on June 27, 2022, including the Material Resource Recycling Plan, Source Reduction and Recycling Procurement Plan and Challenging and Requiring Concern Waste There are three sub-plans including the Removal and Treatment Plan, among which the Challenging and Attention-Requiring Waste Removal and Treatment Plan is aimed at the treatment of waste such as asbestos building materials, cement or waste wood.\nThe sources of waste wood in Taiwan are divided into general waste and industrial waste. General waste is mainly responsible for removal by local environmental protection agencies, including household waste wooden furniture, branches, etc.; industrial waste includes the furniture industry, decoration and repair industry, and construction industry. The output of wooden materials and scraps, etc. 50% of the components of wooden materials are carbon. If they can be properly recycled and reused or used as alternative fuels, they will have great carbon and coal reduction benefits. However, at present, the main method of processing waste wood is incineration, and a small amount is used as compost. Sub-materials.\nThis year (112), RECA implemented the Project Work Plan to Promote Private Participation in Setting Up Professional Services for Waste Wood Treatment Facilities. It is expected to build wood material treatment plants in three regions across the country. Currently, priority is given to promoting the construction of treatment plants in the northern region. This time, the Project Management Plan for Promoting Participation and Promotion of Waste Wood Recycling Facilities will be continued, and it is expected to promote the establishment of waste wood recycling facilities by promoting private participation.",
        "proj_year": "112",
        "org_name": "循環署循環處理組",
        "exe_unit": "美華環境科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1120278700",
        "publish_date": "20250527"
    },
    {
        "chi_title": "逸散性粒狀污染物管制及露燃異味改善計畫",
        "chi_subject": "大氣中粒狀污染物之來源分為原生性污染物及衍生性污染物，原生性粒狀污染物之來源則分為管道排放及逸散性排放兩部分，根據臺灣地區空氣污染物排放資料庫資料(TEDS 12)資料顯示，全國原生性污染物排放量(PM10)為11.09萬公噸，其中屬粒狀污染物(PM2.5)排放量為3.57萬公噸，各類污染源之PM2.5排放量貢獻情形，電力、鋼鐵、水泥等工業固定污染源排放量貢獻為24.75%，大貨車、柴油小貨車及港區內船舶等移動污染源約占19.24%，車行揚塵、營建工程等面源逸散污染源約占47.7%，為我國逸散性粒狀污染物之管制重點對象。\n本計畫主要協助環境部調查逸散粒狀源空氣污染防制設施現況、餐飲業及民生活動衍生之污染管制策略，落實執行粒狀污染物逸散源及民生活動管制相關法規，達到實質減量目的，並追蹤工業區、大型營建工程周邊道路揚塵防制工作、餐飲油煙輔導改善，以及民俗活動之污染減量管制成效，此外協助環境部對各縣市空氣污染防制設施現況調查，督促地方環保機關污染管制執行工作，達到改善空氣品質之目的，本計畫執行目標包含：\n一、檢討逸散性粒狀污染物管理制度，並研修固定污染源逸散污染物管理辦法及營建工程誘因規定。\n二、辦理逸散性粒狀污染物管制查核及系統更新，提升逸散污染物減量成效。\n三、檢討餐飲業空氣污染防制設施管理辦法，推動中小型餐飲油煙管理示範及智能化管理。\n四、推動民生關注污染源改善及源頭改善，強化部會合作逸散污染減量工作。\n本年度協助環境部修正「固定污染源逸散性粒狀污染物空氣污染防制設施管理辦法」及「違反固定污染源逸散性粒狀污染物空氣污染防制設施管理辦法之缺失記點及處理原則」，另檢討營建工程空氣污染防制費收費費率，提出法令修正草案與具污染減量經濟誘因之費率修正方案。完成112年至113年度各縣市296處逸散性粒狀污染源管制現場實地訪查作業；針對未能落實法令規範調查對象，請地方政府加強管制並輔導完成改善。於空氣品質不良期間，巡檢各地方道路，針對工業區、商港、區域開發及疏濬工程部分，112-113共計執行縣市道路巡查1,874公里，並請各縣市於期限內完成改善及回報處理結果。另完成7大國際商港調查作業及空氣污染防制設施調查及輔導改善，敦促港區管理機關及業者應加強裝卸作業及車行路徑之逸散粒狀污染防制落實度。完成環境部營建工程污染管制及收費管理網路查詢系統及固定污染源逸散性粒狀污染物管理資訊系統改版。\n針對推動環境友善祭祀及餐飲油煙管理制度改善措施，113年推動「新紙錢三燒政策」，並完成112年-113年全國低碳寺廟資料及推廣措施彙整，並研析合理之源頭減量統計方式；另協助修正「餐飲業空氣污染防制設施管理辦法」草案。本計畫亦持續推動以功代金，持續更新各縣市提供社福團體名單及民眾捐款資料。另彙整直轄市、縣（市）環保局所提供具技術諮詢或改善輔導需求之名單共計20家，完成邀請專家進行諮詢與輔導作業。另完成3主種中小型餐飲業防制技術蒐集及檢測8家14點次之氣膠檢測，及13家22點次之揮發性有機物檢測，且完成掌握18處列管餐飲業處執行困難並進行輔導改善，檢測其20點次集氣風速量測。",
        "eng_title": "Research on the Control of Fugitive Particulate Matter Emissions and the Air Pollution Control and Open Burning and Odor.",
        "eng_subject": "The sources of atmospheric particulate matter can be divided into primary and secondary pollutants, pipeline emissions and fugitive emissions are those of primary sources. Based on the data obtained from the Taiwan Emission Data System (TEDS 12), the emissions of primary pollutants across the nation PM10 total 11.9 ten thousand tons, PM2.5 3.57 ten thousand tons. The contribution of various pollution sources to PM 2.5 emissions includes electricity, steel, cement industrial stationary pollution sources contribute 24.75% of emissions, mobile pollution sources such as trucks, diesel pickup trucks and ships in the port area account for about 19.24%, and area sources fugitive pollution such as vehicles travel road and construction projects account for about 47.7%. These are the key object of Fugitive particulate control.\nThis project mainly assists the Ministry of Environment to verify the status of the fugitive particulate source air pollution prevention and control facilities, the pollution control strategies derived from the catering industry and people's livelihood activities and implement the relevant laws and regulations to achieve substantial reduction. It also tracks dust control work of roads around industrial zones or large-scale construction projects, catering fume counseling, and pollution reduction from folk activities, to improve the pollution control effectiveness of road dust, fume and folk activities. In addition, it assists the Ministry of Environmental for counties investigation into the status of municipal air pollution prevention and control facilities, for local environmental protection agencies supervision the implementation of pollution prevention and control work, for achieving the goal of improving air quality. The implementation goals of this project include:\n1.\tReview the management system for fugitive particulate matter emissions, research and revise Management Regulations for Facilities to Control Fugitive Dust Air Pollution from Stationary Pollution Sources and Construction Project economic incentives.\n2.\tUpdate stationary pollution source fugitive particulate pollutant management information system to improve fugitive pollution reduction effects.\n3.\tReview Management Regulations for Facilities to Control oil fumes of Air Pollution from Catering regulation and promote the automated management of oil fumes in small and medium-sized restaurants.\n4.\tStrengthen cooperation between ministries for improvement of pollution sources from folk activity.",
        "proj_year": "112",
        "org_name": "環境部大氣環境司",
        "exe_unit": "新紀工程顧問有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1120010402",
        "publish_date": "20250525"
    },
    {
        "chi_title": "113年度嘉義縣固定空氣污染源許可暨揮發性有機物稽查管制計畫",
        "chi_subject": "本計畫執行自113年1月1日至113年12月31日，各項工作執行成果摘要說明如下。\n一、許可管制\n本縣轄區內之固定污染源操作許可證共計361張，書面審查作業件數達239件，已核發許可證共計148件，申請文書平均審查日數為18~20日\/件，執行防制設備效率驗證審查2根次，另協助17件專責人員申請案件審核及建檔，並辦理3場次宣導說明會及4場次教育訓練。\n許可現場查核186條製程，查核正確率為98.9％，並針對重大污染源辦理專家學者協助審查5件，已請業者依據委員意見進行修正。另執行應定檢對象、戴奧辛及重金屬之監督檢測及審查106根次。\n執行污染防制計畫書管制策略，包括推動電力設施自願排放減量、焚化廠整備改善、建物塗料管制、製程改善、設備元件檢測、加油站油氣回收設備改善等，削減PM10、PM2.5、硫氧化物、氮氧化物及揮發性有機物分別為17.94噸、11.66噸、78.99噸、249.58噸及543.14噸。另執行181家更新作業，更新排放量分別為粒狀物214.65公噸、硫氧化物252.57公噸、氮氧化物1,224.09公噸及揮發性有機物1,976.30公噸，排放量更新率為68~91%。\n二、排放量管制\n本縣共99家需排放量申報，112年第4季~113年第3季之申報率為100%，除113年第3季外已全數完成審查作業。此外，針對112年應申報業者，進行排放量現場查核88家，查核正確率為78.4%，需修正部分也請廠方進行修正。\n空污費列管591家，其中124家為便民服務廠家，每季提醒及輔導業者進行網路申報，網路申報率為99.9%。目前現場查核284家(季排放量>1噸為62家，季排放量<1噸為222家)，其中18家申報有缺失，已修正完畢。不論網路審查或現場查核後，經審查後溢補繳空污費之業者，完成內稽(10%)後，業已完成結算並發文通知業者。112第1季~113第3季總申報金額為114,300,948元，審查後總核定金額為113,502,611元。\n三、行業別管制\n本縣9大工業區許可列管145家229條製程，113年更新2座產業園區，分別為朴子及義竹產業園區。另外，除購置緊急應變演練之相關安全防護設備外10月17日假台化新港廠進行實兵演練，公用廠輸煤機轉接站區因電線走火導致煤碳及輸煤機引發火災，大量濃煙逸散於空氣中，配合廠內應變小組、聯防小組、環保局空噪科等單位，進行緊急應變演練。\n113年執行519家次稽查作業中，告發處分件數共8件，處分金額5,723仟元，另稽查應改善為37件，應修正之業者，本計畫將後續追踨至改善完成。\n逸散性管理辦法稽查88家次，原因為堆置逸散性粒狀污染物質防制設施、輸送設備、車行路徑及車輛清洗等，符合率為92.0%，及查核戴奧辛及重金屬查核操作條件共17根次，查核結果符合相關規定。\nVOCs法規現場查核14家工廠26條製程及2家產業園區綜合廢(污)水處理廠，設備元件共執行3,010點次，其中洩漏元件數5點，總洩漏率為0.17%，經改善後VOC削減7.18噸。\n新設加油站協助審查4家，並執行氣油比10站及氣漏檢測10站，氣油比檢測總合格率91%，及氣漏檢測總合格率100%。另完成94家次加油站法規符合度查核，包含各站管制項目之資料核對、申報資料審查及污染源現況核對等，皆符合相關法規規範。\n四、屢遭陳情管制\n屢遭陳情對象採取主動稽查外，另配合稽查隊移轉至業務科案件，由本計畫進行後續追蹤及查處。\n113年工廠陳情共276件，相對112同期216件增加28%，屢遭陳情業者14家相對去年同期13家增加7%，其中7家同為112年屢遭陳情業者，分別為上評資源循環、勤道瀝青、玉明山合作社、承慶企業、玉山輪胎、鼎樺公司及大成長城，113年新增7家屢遭陳情業者為農會堆肥場、達偉企業、谷豐企業社、欣森揚企業、宏銘油脂、欣冠興業及法堅工程行，另有6家從屢遭名單解除，屢遭陳情件數從112年97件增加為113年同期155件，顯示陳情件數仍集中在屢遭陳情廠家，亦列管管制重點對象。",
        "eng_title": "2024 chiayi county stationary sources permit system and volatile organic compounds inspect and control plan",
        "eng_subject": "This plan was implemented from January 1, 2024 to December 31, 2024. A summary of the results of each task are described below.\nA.\tLicensing Control\nThere are a total of 361 stationary pollution source operating licenses within the jurisdiction of this county, the number of written review operations has reached 239, a total of 148 licenses have been issued, the average review time for application documents is 18 to 20 days per case, and 2 prevention equipment efficiency verification reviews have been carried out. In addition, assisted 17 dedicated personnel in case application review and filing, and organized 3 promotional briefing sessions and 4 education and training sessions..\nThe control strategies of the pollution prevention plan were implemented, including promoting voluntary emission reductions of power facilities, improvement of incineration plant preparation, building paint control, process improvement, equipment component testing, and improvement of oil and gas recovery equipment at gas stations, reducing PM10, PM2.5, sulfur oxides, nitrogen oxides and volatile organic compounds by 17.94 tons, 11.66 tons, 78.99 tons, 249.58 tons and 543.14 tons respectively. In addition, 181 update operations were performed, with updated emissions of 214.65 metric tons of particulate matter, 252.57 metric tons of sulfur oxides, 1,224.09 metric tons of nitrogen oxides and 1,976.30 metric tons of volatile organic compounds, with an emission update rate of 68~91%.\nB.\tEmission Control\nThere are a total of 99 companies in this county that need to report their emissions. In addition, for the businesses that were required to report emissions in 2023, on-site emissions audits were conducted on 88 businesses, with an accuracy rate of 78.4%. The businesses were also asked to make corrections where necessary.\nThere are 591 companies under the air pollution fee, Regardless of whether it is an online review or an on-site audit, after the review, the operators who have overpaid the air pollution fee will have their settlement completed and a written notice will be issued to the operators after the internal audit (10%) is completed. The total declared amount from the first quarter of 2023 to the third quarter of 2024 is 114,300,948 yuan, and the total approved amount after review is 113,502,611 yuan.\nC.\tIndustry-specific regulation\nIn 2024, 519 audits were conducted, resulting in 8 reports and penalties totaling NT$5,723,000. In addition, 37 audits required improvement. For businesses that need to make corrections, this plan will follow up until they have made the improvements.\n88 inspections were conducted on fugitive management measures due to the stacking of fugitive particulate pollutant control facilities, transportation equipment, vehicle routes and vehicle washing, with a compliance rate of 92.0%.\nVOCs regulations were met in 14 factories, 26 processes and 2 industrial park integrated wastewater treatment plants. A total of 3,010 points of equipment components were checked, including 5 leaking components with a total leakage rate of 0.17%. After improvements, VOC was reduced by 7.18 tons.\nWe carried out gas-to-fuel ratio inspections at 10 stations and gas leakage inspections at 10 stations. The total pass rate of gas-to-fuel ratio inspections was 91%, and the total pass rate of gas leakage inspections was 100%.\nD.\tRepeated petition control\nIn addition to proactively investigating the subjects who have been repeatedly complained about, we also cooperate with the investigation team to transfer the cases to the business department, and this project will conduct follow-up tracking and investigation.\nIn 2024, there were 276 factory complaints, an increase of 28% compared to 216 in the same period of 2023. There were 14 companies that were repeatedly complained about, an increase of 7% compared to 13 in the same period of last year. Among them, 7 companies were repeatedly complained about in 2023, and another six have been removed from the repeated petition list. The number of repeated petitions increased from 97 in 2023 to 155 in the same period of 2024, indicating that the number of petitions is still concentrated in manufacturers that have been repeatedly petitioned and are also listed as key targets for control.",
        "proj_year": "113",
        "org_name": "嘉義縣環境保護局",
        "exe_unit": "元律科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1133570799",
        "publish_date": "20250414"
    },
    {
        "chi_title": "113年度清潔隊員職業安全衛⽣業務推動計畫",
        "chi_subject": "調查環境部環境管理署所列之全國213個清潔隊在各類機具操作人員的安全衛生教育、急救人員安全衛生教育訓練、以及車輛系營建機械技術士執照持有現況，安排隊部人員進行相關課程訓練及檢定，113年度計有107人完成訓練。\n依規劃建置清潔隊輔導評核項目、內容及評分標準，以建置之基準進行22場次現場輔導會議、22場次作業現場訪查，並調查更新213個清潔隊於職業安全衛生管理辦法第二、三章有關項目之113年度符法性。\n依計畫進行未達200人之執行機關於職業安全衛生管理系統之調查並評估隊部實況及需求，選定5個具意願之清潔隊進行CNS 45001管理系統輔導建置，協助執行職業安全衛生系統規劃、文件建置系統化及危害鑑別風險初步分析，5隊部經輔導後已完成CNS 45001管理系統，並同步辦理CNS 45001內部稽核人員訓練講習會，並透過管理系統建置將危害鑑別風險降級。\n完成調查並針對未達100人之清潔隊，配合隊部進行隊員之臨場健康管理與促進服務，113年度計完成35場次，主要為人因危害。\n為提升清潔隊員專業知能及避險應變，113年度計完成4場健康保護與自主健康管理講習會、4場重大職災預防講習會、4場專業知能提升座談會、3場清潔隊職業安全衛生業務聯繫會議與1場觀摩會議，並支援辦理2場次清潔隊員職業安全衛生促進小組會議。\n支援業務機關推動職業安全衛生相關行政運作，完成因應職場安全健康週活動成果彙整、國內外清潔隊作業相關之職業災害、交通事故等案例蒐羅，清潔隊隊員作業記實暨專業形象專題影片拍攝製作、協助日本考察參訪行程安排、編訂三類清潔隊職業安全衛生手冊與指引、編寫環境管理署推動職業安全衛生業務成果簡報、製作清潔隊安全健康保護圖卡與短影音、編撰清潔隊職業安全衛生推動中長程計畫等相關行政工作。",
        "eng_title": "Cleaning Staff Occupational Safety and Health Promotion Project",
        "eng_subject": "A survey was conducted among the 213 cleaning squads nationwide listed by the Environmental Management Administration of the Ministry of Environment. The survey examined the safety and health education for operators of various machinery, safety and health training for first aid personnel, and the current status of vehicle technician licenses. Relevant training courses and certifications were arranged for squad personnel. 107 individuals successfully completed the training in 2024.\nIn accordance with the planned framework, evaluation items, content, and scoring criteria for cleaning squad assessments were established. Based on these standards, 22 on-site counseling sessions and 22 operational field inspections were conducted. Additionally, an investigation was carried out to update the compliance status of 213 cleaning squads in relation to Chapters 2 and 3 of the Occupational Safety and Health Management Regulations for the year 2024.\nIn line with the plan, an investigation and assessment were conducted regarding the implementation status and needs of agencies with fewer than 200 personnel in their occupational safety and health management systems. Five aspirant cleaning squads were selected for guidance in establishing the CNS 45001 management system. Assistance was provided in the systematic planning of occupational safety and health systems, documentation development, and risk assessment on hazard identification. Following the guidance, all five squads successfully completed the CNS 45001 management system set up. Concurrently, internal auditor training sessions for CNS 45001 were conducted. Through the establishment of the management system, the hazards were identified and risk levels were effectively downgraded.\nThe survey for cleaning squads with fewer than 100 members was completed, and on-site health management and promotion services were carried out in collaboration with the squads. A total of 35 sessions were conducted in 2024, primarily addressing ergonomic hazards.\nTo enhance the professional skills and emergency response capabilities of cleaning squad members, a total of 4 health protection and self-health management workshops, 4 major occupational accident prevention workshops, 4 professional skills enhancement seminars, 3 occupational safety and health liaison meetings for cleaning squads, and 1 observation tour were completed in 2024. Additionally, support was provided for 2 occupational safety and health promotion group meetings for cleaning squad members. \nSupport was provided to relevant agencies in promoting administrative operations related to occupational safety and health. The tasks completed include an analysis of recent trends in the procurement of cleaning squad work equipment, summary of results from Safety and Health Week activities, collection of domestic and international cases related to occupational accidents and traffic incidents involving cleaning squads, and the filming and production of a documentary highlighting cleaning squad operations and their professional image. Additional support included arranging an observation tour to Japan, compiling three occupational safety and health manuals and guidelines, compiling presentations on the Environmental Management Administration's efforts in promoting occupational safety and health, creating safety and health protection cards and short videos for cleaning squads, and drafting a medium and long-term developing plan for advancing occupational safety and health initiatives for cleaning squads",
        "proj_year": "113",
        "org_name": "環管署環境衛生組",
        "exe_unit": "中信學校財團法人中信金融管理學院",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1133020468",
        "publish_date": "20250414"
    },
    {
        "chi_title": "113年資源回收管理平臺暨資源系統調整與維運專案工作計畫",
        "chi_subject": "本計畫擔任資源回收管理資訊系統平臺維運與升級的角色。本年度工作重點為：資源回收管理資訊系統功能精進暨優化改版、擴充資源回收業務資訊系統功能、維運現有資源回收管理系統平臺系統服務、提供影像監控與計量即時連線傳輸系統維運服務、配合資料開放個資維護及資安政策、辦理資訊相關推廣工作等，總計工作項目共31項。\n本年度配合法規更新及資料管理需求，進行多項營業量申報系統功能部署與調整，包括新增列管材質管理功能、優化批次上傳功能等，並依據資源回收業務需求，擴增調整回收處理作業及稽核認證作業相關功能。\n本計畫執行期間，除持續提供影像監控及計量連線系統、資源回收網等各系統維運與客服服務外，另完成170件系統維護需求服務，並配合資源回收相關業務需求，維運及建置一次用產品源頭減量宣導網。\n本計畫依合約完成各項資訊作業皆配合環境部資安政策，落實資訊安全防護措施，並提供各式服務，提升整體資源回收體系資訊化之能力，確保各項業務順利推行，並提供良好的未來發展性。",
        "eng_title": "2024 Project on Adjustment and Maintenance of the Resources Recycling Management Information System",
        "eng_subject": "This project serves as the operator and upgrader of the Resource Recycling Management Information System platform. The key focuses for this year include: enhancing and optimizing the Resource Recycling Management Information System, expanding the functionality of the Resource Recycling Business Information System, maintaining existing platform services, providing operation and maintenance services for the image monitoring and real-time connection transmission system, complying with data openness, personal data protection, and cybersecurity policies, and conducting information-related promotional activities. A total of 31 tasks have been completed this year.\nIn response to regulatory updates and data management needs, several functions of the business volume reporting system have been deployed and adjusted, including the addition of managed material functions and optimization of batch upload features. Furthermore, functions related to recycling operations and audit certification processes have been expanded and adjusted to meet the needs of resource recycling businesses.\nDuring the implementation period, the project continued to provide operation and maintenance services for systems such as image monitoring, real-time measurement connection, and the Resource Recycling Network. Additionally, 170 system maintenance requests were addressed. The project also supported resource recycling business needs by maintaining and building the Source Reduction Advocacy Website for single-use products.\nAll information-related operations under this project were carried out in accordance with the Environmental Protection Ministry's cybersecurity policies, ensuring the implementation of robust information security measures. The services provided have enhanced the informatization of the overall resource recycling system, ensured the smooth execution of various business operations, and paved the way for promising future development.",
        "proj_year": "113",
        "org_name": "循環署回收基金管理會",
        "exe_unit": "環資國際有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131835075",
        "publish_date": "20250403"
    },
    {
        "chi_title": "113年度高雄港區空氣污染監控調查計畫",
        "chi_subject": "港區活動所排放之空氣污染物種類複雜，皆會透過大氣傳輸影響區域空氣品質，近年來逐漸引起重視。分析高雄港區空氣污染來源，主要源自於工業、港口運輸以及交通運輸等因素的綜合影響，故各主管機關陸續推動多項空氣品質改善措施，如船舶減速、船舶岸電系統、自動化門哨系統、加裝柴油微粒濾清器、施工機具自主管理及裝卸物料逸散防制等，以有效提升港區空氣品質。\n在計畫執行期間，本計畫針對高雄港區的空氣品質進行了環境背景分析，包括港務公司自設監測站與鄰近環境部監測站的數據，結果顯示港區整體鄰近測站各污染物年平均濃度雖有逐年下降趨勢，但仍高於高雄市平均；另為調查港區及鄰近地區可能污染源，進行了18次揮發性有機物採樣，逐步建立港區內揮發性有機污染物及各類物質的排放特徵，結果顯示前鎮石化碼槽區及洲際二期石化碼槽區為主要VOCs熱區。\n由於港區活動所排放之空氣污染物種類繁多，為維護港區空氣品質，針對進出港船舶進行了161艘次的書面審查，並根據審查結果對30艘次船舶的燃油硫含量進行分析，確保船舶燃油的硫含量不超過0.5 wt%。此外，亦調查高雄港區內高壓、低壓岸電系統建置及使用現況、船舶減速情形，及掌握環境部擬定船舶徵收空污費之方向。而港區內的次要污染源，柴油施工機具及無牌車輛，為推動港區內施工機具採用電能或低污染能源，全面進行港區內各裝卸業者柴油施工機具之現況調查及造冊管理，進行施工機具排煙檢測並核發清潔排放自主管理標章66輛，合格率為77.6%，更結合辦理1場次電能施工機具推行宣導會，輔導裝卸業者使用電動施工機具；另進行港區內各裝卸業者無牌車輛之現況調查及造冊，執行無牌柴油車輛黑煙檢測46輛，以符合五期標準及不符合柴油車期別標準之車輛最多，污染排放呈現兩極化。\n另高雄市於111年公告劃設「第二期空氣品質維護區」，以高雄港第一至第六貨櫃中心作為劃設範圍，納管出廠滿5年以上之柴油大貨車及曳引車，惟尚未進行船舶相關管制規範；故本年度將重新依高雄港區特性劃設空氣品質維護區，採循序漸進方式，規劃分階段將船舶、施工機具及無牌車輛納入管制，船舶部分將管制排煙、岸電使用及行駛速度；柴油大貨車及曳引車為延續第二期空維區，擴大管制區域；施工機具則透過自主管理標章管制，並邁向電動化，以完整管制高雄港區污染排放。針對港區的稽查管制工作，我們維護並操作了中島商港區的2套車牌辨識系統，用於監控運輸車輛是否依規定覆蓋防塵網，並使用2套視覺影像監控系統（CCTV）監控碼頭作業情形、車輛揚塵情況及船舶黑煙排放。同時，每週進行巡查，以降低港區的逸散性粒狀物污染。",
        "eng_title": "The Project of Kaohsiung City for Port Air Pollution Monitor Investigation in 2024",
        "eng_subject": "The types of air pollutants emitted from port activities are complex and affect regional air quality through atmospheric transmission, which has increasingly garnered attention in recent years. Analyzing the sources of air pollution in the Kaohsiung Port area, it is found that the main contributors are the combined effects of industrial activities, port transportation, and traffic. Therefore, various regulatory agencies have implemented several air quality improvement measures, such as vessel speed reduction, shore power systems, automated gate systems, installation of diesel particulate filters, autonomous management of construction equipment, and control of material leakage during loading and unloading, to effectively improve the air quality in the port area.\n\nDuring the implementation period of the project, an environmental background analysis of the air quality in the Kaohsiung Port area was conducted, including data from monitoring stations set up by the port authority and nearby Environmental Protection Administration stations. The results show that although the annual average concentrations of pollutants at nearby monitoring stations in the port area have been gradually decreasing, they remain higher than the average levels in Kaohsiung City. Additionally, to investigate possible pollution sources in the port and surrounding areas, 18 volatile organic compound (VOC) sampling campaigns were conducted, gradually establishing the emission characteristics of VOCs and other substances in the port area. The results indicated that the Qianzhen Petrochemical Wharf area and the Phase II of the Zhongjie Petrochemical Wharf area were the main VOC hotspots.\n\nDue to the variety of air pollutants emitted from port activities, measures were taken to protect air quality in the area. A total of 161 ships entering and leaving the port underwent written reviews, and based on the review results, the sulfur content of fuel from 30 vessels was analyzed to ensure that their sulfur content did not exceed 0.5 wt%. Furthermore, the current status of high- and low-voltage shore power systems, vessel speed reduction, and the Ministry of the Environment's planned direction for charging air pollution fees for vessels were investigated. For secondary pollution sources in the port area, such as diesel-powered construction machinery and unlicensed vehicles, efforts were made to encourage the use of electric or low-emission energy for construction machinery. A comprehensive survey and registration of diesel-powered construction machinery used by various cargo handling operators in the port was conducted, and smoke tests were performed on 66 pieces of construction machinery, achieving a pass rate of 77.6%. Additionally, an advocacy event for electric construction machinery was held to encourage cargo handling operators to use electric equipment. A survey and registration of unlicensed vehicles in the port area were also carried out, with 46 unlicensed diesel vehicles undergoing black smoke tests, most of which did not meet the standards for diesel vehicle emissions, showing a polarized pollution emission profile.\n\nIn 2022, Kaohsiung City announced the establishment of the Phase II Air Quality Maintenance Area, with the first to sixth container terminals of Kaohsiung Port as the designated area. This regulation included diesel heavy trucks and tractors that had been in use for over five years, but did not yet include vessel-related control measures. Therefore, in the current year, the air quality maintenance area will be re-established according to the characteristics of Kaohsiung Port, implementing a phased approach to control ships, construction machinery, and unlicensed vehicles. For vessels, emissions, shore power usage, and speed will be regulated; diesel trucks and tractors will be subject to extended control in the expanded area; and construction machinery will be regulated through autonomous management labels, with a focus on electrification to comprehensively control pollution emissions in the Kaohsiung Port area. For inspection and regulatory work in the port area, two sets of license plate recognition systems were maintained and operated at the Zhongdao Business Port to monitor whether transport vehicles complied with dust net coverage regulations, while two sets of CCTV systems were used to monitor dock operations, vehicle dust emissions, and vessel black smoke emissions. Regular weekly inspections were carried out to reduce fugitive particulate pollution in the port area.",
        "proj_year": "113",
        "org_name": "高雄市政府環境保護局",
        "exe_unit": "環興科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131746639",
        "publish_date": "20250411"
    },
    {
        "chi_title": "嘉義市-113年資源循環工作計畫",
        "chi_subject": "近年來隨著工商業蓬勃發展與活絡，人民生活水平提升情況下，帶動相關消費及產生大量廢棄物，衍生後續清除處理及處理量能調度等相關問題，因此，如何推動垃圾強制分類、加強回收等工作，將過去垃圾處理思維由消極的管末處理，轉化為「源頭減量」及「資源循環」的永續利用行動方案，配合量化目標之確立，以提升嘉義市於循環經濟與節能減碳之貢獻，本工作計畫內容包含資源回收工作、廢棄物源頭減量等，透過結合民眾、機關企業、學校、社區等單位，推動促進源頭減量、提升回收效能及暢通循環體系等執行工作內容。",
        "eng_title": "Chiayi City - 113th Year Resource Recycling Work Plan",
        "eng_subject": "In recent years, with the booming development and activity of the industrial and commercial sectors, people's standard of living has been raised, which has led to related consumption and the production of a large amount of waste, resulting in problems such as the subsequent clearance and treatment and the adjustment of handling capacity. Therefore, we promote the mandatory separation of garbage, strengthen recycling work, and change the thinking of garbage disposal from passive end-of-pipe treatment to the sustainable use of source reduction and resource recycling action plans. With the establishment of quantitative targets, we can enhance Chiayi City's contribution to the recycling economy and energy saving and carbon reduction. This work plan includes resource recycling, waste reduction at source, etc. By combining the public, organizations and enterprises, schools, and communities, we will promote reduction at source, enhance recycling efficiency, and make the recycling system more efficient.\nThe full term of this project is from January 1, 2024, to December 31, 2024. The current period is from January 1 to November 14, 2024. As of the end of October, 15 recycling stations have been set up, 103,050kilograms of resources have been recycled, 235 redemption events have been held, and a total of 4,473 people have participated in the redemption events. The application method for the Image Renovation Grant was opened on May 20, 2024. One unit has applied for the subsidy, and one new recycling demonstration site has been added to the list. Community outreach was conducted in conjunction with the program's monthly environmental cleanup days, with dry batteries, high-pressure containers, and garbage separation as the main focuses. As of the end of October, the total amount of resources collected was 225,647.81 kilograms, and the amount of subsidies was NT$2,018,433, with an implementation rate of 70%. The total amount of resources collected by the Action Station was 51,706.35 kilograms, and the number of people participating in the Action Station was 2,100, with a total of 1,194 green areas served. Ten events were held to promote the reuse of unwanted items, with 435 participants and a total of 3,628 second-hand items collected. A large-scale recycling publicity campaign was completed on September 14, 2024, at the Chiayi City Cultural and Creative Industry Park. On August 15, 2024, the Innovative Local Source Reduction and Resource Recycling Bright Spot set up an intelligent laundry detergent refilling machine on the 1st floor of the Chiayi City East Market Building. As of the end of October, 286 transactions have been made in conjunction with the Bureau's promotional activities, and it is estimated that 479 people have brought their containers to hold 674.21 liters of laundry detergent. 57 posters have been produced and distributed in conjunction with related festivals, resource recycling, and environmental hygiene-related promotional information. So far, all the work has been carried out on schedule according to the plan, and we will continue to control the quantitative implementation of each work to ensure the achievement of the annual contract and assessment results.",
        "proj_year": "113",
        "org_name": "嘉義市政府環境保護局",
        "exe_unit": "綠信環境科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131730977",
        "publish_date": "20250407"
    },
    {
        "chi_title": "雲林縣-113 年雲林縣河川水體污染預防管理及源頭削減暨水污染防治費徵收管理計畫",
        "chi_subject": "本計畫執行的主要目地係針對雲林縣北港溪流域及新虎尾溪流域的環境背景資料進行彙整分析，進一步改善污染現況，並冀望藉由各支流排水及其他排水路之背景水質資料調查工作詳細清查出污染源，並依據科學數據研訂相關污染管制措施。同時進一步協助追蹤管考各項「水污染防治評核計畫」，以增進評核成績並強化其執行成效。並透過水污費徵收查核提升水污費徵收之管理及繳納情形，並辦理水污染防治法相關法令宣導說明會強化轄內事業對於各項法令熟悉程度避免受罰。\n計畫執行期間已完成蒐集分析北港溪流域及新虎尾溪流域之環境背景資料，並針對水污染源排放特性及排放資料變化進行趨勢分析。針對北港溪、新虎尾溪支流排水及其他大排流域，已辦理河川水質採樣22點次，並進行河川水質相關分析。根據以往相關資料和本計畫水質採樣結果，綜合北港溪和新虎尾溪的水質變化趨勢，關鍵指標污染物為生化需氧量（BOD）和氨氮。針對雲林縣水污染防治評核計畫部分，已計算並提送關鍵測站水質改善作為並計算預估累計污染削減量並辦理年度評核工作檢討會議4次，並完成1場次之河川污染管制研析座談會；另針對水污費徵收列管事業執行127家次查核，完成召開水污染防治法令相關法規及生活污水減量宣導說明會2場次及辦理1場次水污染防治至基金委員會；另已於113年9月3日辦理完成全國水污染防治檢討會議，後續擴充契約部分已完成10台水質感測器之設置安裝並執行後續維運工作。",
        "eng_title": "Project of River Water Pollution Prevention Management, Source Reduction, Water Pollution Prevention and Control Fee Collection Management in Yunlin County, 2024.",
        "eng_subject": "The primary objective of this project is to consolidate and analyze the environmental background data of the Beigang River and Xinhuwei River basins in Yunlin County to further improve current pollution conditions. By investigating the background water quality of tributary drains and other drainage systems, the project aims to thoroughly identify pollution sources and develop relevant pollution control measures based on scientific data. Additionally, it supports the monitoring and evaluation of various Water Pollution Control Assessment Plans to improve evaluation scores and enhance execution efficiency. Furthermore, the project focuses on improving the management and compliance of water pollution fee collection through audits. It also includes organizing promotional sessions on the Water Pollution Control Act to strengthen the understanding of relevant laws and regulations among local businesses, helping them avoid penalties.\n\nDuring the implementation of the project, environmental background data of the Beigang River and Xinhuwei River basins were collected and analyzed. Trend analysis was conducted on pollutant discharge characteristics and data variations. For the tributary drains and major drainage basins of the Beigang and Xinhuwei Rivers, 22 tributary drainage sampling points have been carried out, and river water quality-related analysis has been conducted. Based on historical data and project sampling results, the key pollutant indicators were identified as Biochemical Oxygen Demand (BOD) and Ammonia Nitrogen. Regarding the water pollution control assessment plan for Yunlin County, water quality improvement measures were calculated and submitted for key monitoring stations. The estimated cumulative pollution reduction was also calculated. Additionally, four annual evaluation review meetings and one river pollution control analysis forum were conducted. For water pollution fee collection, 127 inspections were carried out for regulated businesses. Two sessions on water pollution prevention laws and domestic sewage reduction were held, along with one session for the Water Pollution Control Fund Committee. On September 3, 2024, the National Water Pollution Prevention Annual Conference was successfully held. Furthermore, under an extended contract, 10 water quality sensors were installed and are now undergoing maintenance and operation.",
        "proj_year": "113",
        "org_name": "雲林縣環境保護局",
        "exe_unit": "能碩工程顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131422313",
        "publish_date": "20250417"
    },
    {
        "chi_title": "113年度高雄市柴油車定期檢驗計畫暨空品維護區加強管制計畫",
        "chi_subject": "由於柴油車管制工作礙於經費、檢測設備及人力等資源不足之下，尚未執行柴油車定期檢驗制度，無法全面性納管所有柴油車輛。現階段透過目視判煙作業、辦理民眾檢舉案件、通知有污染之虞柴油車到檢及執行路邊攔檢稽查作業等，執行不定期稽查作業，了解到落實車輛保養維修，始能有效改善車輛污染排放。由於本市大型柴油車輛數為全國第一，顯示柴油車污染負荷量最多，自100年以來，環保局評選出具公信力之原廠或客運車隊等13家認可保養廠，落實車輛維修保養作業，並鼓勵車隊業者主動定期執行排煙檢測作業。於109年獲得環境部補助計畫，提供儀器設備租賃費及排煙檢測補助費，優先由認可保養廠名單評選出具有檢測能力之保養廠，後續更納入環境部審驗核定之汽車修理業參與評鑑，經專家學者至現場評定為檢測能力合格之保養廠，始可設立為排煙檢測示範站，由原先車輛維修保養工作外，納入排煙檢驗作業，真正達到保檢合一工作。而本計畫為補助第五年，計畫目標應再擴增設立2家示範站，已於113年5月31日增設一家示範站-台北合眾汽車有限公司高雄廠，另於113年10月30日增設一家示範站-輇富噴射器行，以推動每年定檢之概念有效落實源頭減量。\n本計畫執行期程自113年3月27日起至113年12月31日止，各項工作皆配合進度規劃執行。以計畫量化目標中，已依契約租賃2套檢測儀器設備提供台北合眾汽車及輇富噴射器行使用，並於113年4月19日提送定檢示範運行規劃書；裝設19套監控系統；完成定檢示範站能力比對及每月查核，並於113年9月25日及113年12月5日共辦理2場次在職教育訓練；配合維護及更新柴油車排煙定期檢驗管理資訊系統。\n問卷調查表沿用112年度之作法，其結果顯示大部分的定檢對象對於本次檢測作業感到滿意且也支持環保局與保養廠合作設置柴油車定檢站並推定柴油車定檢制度。定檢通知共寄發2,067件，回檢率現階段約為55.0%，另有70輛已進行報廢及註銷等異動狀態。OBD管制測試本計畫查驗63輛次，共2輛SCR異常車輛，2輛皆已完成修復改善。\n另為配合環境部管制策略，本市已正式實施「第一期空氣品質維護區」管制，依據車牌辨識資料分析，自111年2月5日起正式實施後至113年12月31日止，大客車符合率已提升至95.0%，而機車符合率達88.2%；另外「第二期空氣品質維護區」已於112年4月20日正式實施，現階段柴油大貨車及曳引車符合率已達97.6%；而「鹽埕國小空氣品質維護區」於今年9月1日起正式實施，現階段柴油車符合率提升至77.4%，而機車符合率達91.4%。自第一期空氣品質維護區實施管制後違反裁處之車輛，截至113年12月31日止已完成446件，罰鍰金額共計223,000元；而第二期空氣品質維護區截至113年12月31日止已完成2,799件裁處，罰鍰金額共計1,399,500元。另外本計畫規劃鹽埕國小周邊新設2面告示牌以及3面標示牌，並維護第一期及第二期空氣品質維護區13面告示牌及12面標示牌，共計30面。\n因應「鹽埕國小空氣品質維護區」於113年9月1日正式實施管制，本計畫委託風傳媒於所屬官網刊登相關資訊，以及委託中廣流行網託播針對相關管制措施託播35天70檔次，並完成800份宣導品製作；另於113年4月30日辦理「高雄市崗山之眼、旗津海岸公園、紅毛港文化園區及衛武營國家藝術文化中心空氣品質維護區實施移動污染源管制措施」草案公聽會、113年6月11日辦理「高雄市國際航空站空氣品質維護區實施移動污染源管制措施」草案說明會、113年7月4日辦理「高雄市四座公有資源回收廠及二處清潔隊停車場空氣品質維護區實施移動污染源管制措施」第二次公聽會及113年9月23日辦理「高雄臨海工業區(沿海一路至沿海三路)空氣品質維護區實施移動污染源管制措施」協商會1場次。",
        "eng_title": "Kaohsiung City Diesel Vehicle Periodic Inspection Program and Air Quality Maintenance Area Strengthened Control in 2024",
        "eng_subject": "Due to limitations in budget, testing equipment, and manpower, the implementation of periodic inspections for diesel vehicles has not yet been enforced, making it impossible to fully regulate all diesel vehicles. At this stage, irregular inspections are conducted through visual smoke assessments, public reports, notifications for potentially polluting diesel vehicles to undergo inspections, and roadside checks. These efforts have demonstrated that proper vehicle maintenance and repairs are essential for effectively reducing vehicle emissions.  As our city has the highest number of large diesel vehicles nationwide, indicating the greatest diesel pollution burden, the Environmental Protection Bureau has, since 2011, selected 13 reputable and certified maintenance providers, including original manufacturers and bus fleet operators, to enhance vehicle maintenance operations. Fleet operators are also encouraged to proactively conduct regular smoke emission tests. In 2020, with the support of the Ministry of Environment, funding was provided for equipment leasing and smoke emission testing subsidies. Initially, maintenance providers with testing capabilities were selected from the recognized list, followed by an evaluation of auto repair businesses approved by the Ministry of Environment. Experts conducted on-site assessments to certify qualified providers, which were then designated as smoke emission testing demonstration stations. These stations integrate emission testing into vehicle maintenance services, achieving a unified approach to maintenance and inspections.  Now in its fifth year, the project aims to establish two additional demonstration stations. As of May 31, 2024, one new station, Taipei United Motor Co., Kaohsiung Branch, has been set up. Another station, Quanfu Injector Shop, is scheduled to be established on October 30, 2024, to promote the concept of annual inspections and effectively reduce emissions at the source.\nThe project implementation period runs from March 27, 2024, to December 31, 2024, with all tasks carried out according to schedule. In terms of quantifiable targets, two sets of testing equipment have been leased to Taipei United Motor Co. and Quanfu Injector Shop as per the contract, and a demonstration operation plan for periodic inspections was submitted on April 19, 2024. Additionally, 19 monitoring systems have been installed, capacity evaluations of the demonstration stations and monthly inspections have been completed, and two in-service training sessions are planned for September 25 and December 5, 2024. The maintenance and upgrading of the diesel vehicle smoke emission periodic inspection management information system are also in progress.\nThe survey approach follows the methodology used in 2023. Results indicate that most inspection participants were satisfied with the testing process and support the collaboration between the Environmental Protection Bureau and maintenance providers in establishing diesel vehicle inspection stations and implementing a periodic inspection system. A total of 2,067 inspection notices were issued, with a current return inspection rate of approximately 55.0%. Additionally, 70 vehicles have been scrapped or deregistered. The project conducted 63 OBD control tests, identifying two vehicles with SCR malfunctions, both of which have been repaired.\nIn line with the Ministry of Environment’s regulatory strategies, the city has officially implemented the Phase 1 Air Quality Maintenance Zone control measures. Based on license plate recognition data analysis, since its official enforcement on February 5, 2022, through December 31, 2024, compliance rates have reached 95.0% for large passenger vehicles and 88.2% for motorcycles. Additionally, the Phase 2 Air Quality Maintenance Zone was officially enforced on April 20, 2023, with compliance rates for large diesel trucks and tractors now reaching 97.6%. The Yancheng Elementary School Air Quality Maintenance Zone was officially implemented on September 1, 2024, with diesel vehicle compliance at 77.4% and motorcycle compliance at 91.4%.  Since the implementation of the Phase 1 Air Quality Maintenance Zone, a total of 446 violations have been processed as of December 31, 2024, resulting in fines amounting to NT$223,000. For the Phase 2 Air Quality Maintenance Zone, 2,799 violations have been processed as of December 31, 2024, with total fines of NT$1,399,500. Additionally, as part of this project, two new notice boards and three signboards have been installed around Yancheng Elementary School, while 13 notice boards and 12 signboards from the Phase 1 and Phase 2 Air Quality Maintenance Zones have been maintained, totaling 30 signs.\nThe following items were completed within the project period, including 800 promotional materials, two public hearings, one briefing session, and one consultation meeting.",
        "proj_year": "113",
        "org_name": "高雄市政府環境保護局",
        "exe_unit": "瑩諮科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131421507",
        "publish_date": "20250403"
    },
    {
        "chi_title": "113年新竹市臭氧前驅物減量暨有害空氣污染物管制計畫",
        "chi_subject": "本計畫113年1月1日至12月31日總工作執行率已達100.0％，在申請、申報資料審查部分，揮發性有機物相關工廠申報資料，已執行資料審查316件次；污染源稽巡查部分，轄內公私場所揮發性有機物法規符合度查核已執行85家次，對於效能較無調節能力之非反應性防制設備（活性碳或洗滌塔），以及揮發性有機物儲槽、設備元件，亦會使用火焰離子偵測器（FID）進行效率篩測，目前此項作業共執行31家次，於巡查、篩測有發現缺失者，皆請廠方於24小時內完成緊急處置，1周內提出改善規劃，並於30日內完成改善。加油站油氣回收管制部分，已完成5站次加油站氣油比及3站次氣漏檢測(管線密閉測試)及加油站柴油含硫份檢測及芳香烴抽測2樣次；於氣漏檢測及柴油含硫份檢測及芳香烴檢測結果皆符合法規規範。異味陳情處理與科技執法部分，園區、加油站異味陳情案件即時處理34件次（園區異味9件、非屬園區陳情案件25件），並於園區及陳情熱區安排每月2次不定點夜間巡查，如遇陳情案件頻繁或同一地點屢遭民眾陳情時，乃增加巡查頻率至每週一次或以上，遏止不當排放情事發生。依本年度計畫工作目標成效為揮發性有機物排放量削減，經目前執行稽查管制、輔導、協談等措施後，估算應有108.36公噸之揮發性有機物排放削減量。",
        "eng_title": "113 Hsinchu City Ozone Precursor Reduction and Hazardous Air Pollutant Control Plan",
        "eng_subject": "The implementation rate of the plan from January 1 to December 31, 2024, has reached 100.0%. The details of each work item are as follows:Application and Report Data Review: A total of 316 cases of data review for volatile organic compounds (VOC) related factory report submissions have been conducted.Pollution Source Inspection: A total of 85 public and private locations within the jurisdiction have been checked for compliance with VOC regulations. For non-reactive control equipment (such as activated carbon or scrubbers) and VOC storage tanks or components, flame ionization detectors (FID) were used for efficiency screening. A total of 31 inspections have been completed. If deficiencies were found during inspections or screenings, the factory was required to complete emergency measures within 24 hours, submit an improvement plan within one week, and complete improvements within 30 days.Gas Station Vapor Recovery Control: Five gas stations have completed gasoline-vapor ratio checks, three stations have undergone gas leak detection (pipeline leak tests), and diesel sulfur content and aromatic hydrocarbon tests were conducted. All results met regulatory standards.Odor Complaint Handling and Technological Law Enforcement: A total of 34 odor complaints were handled in real-time (9 from the park and 25 from non-park locations). Two unannounced nighttime inspections were arranged each month in both the park and complaint hot zones. If complaints were frequent or the same location received multiple complaints, the inspection frequency was increased to once a week or more to prevent improper emissions.Key Achievements:VOC emission reduction: Based on current inspections, controls, guidance, and consultations, it is estimated that 108.36 metric tons of VOC emissions have been reduced.",
        "proj_year": "113",
        "org_name": "新竹市環境保護局",
        "exe_unit": "富聯工程顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131214040",
        "publish_date": "20250422"
    },
    {
        "chi_title": "空氣污染防制費制度暨排放量申報管理計畫",
        "chi_subject": "環境部自民國84年開始徵收空氣污染防制費，滾動式檢討空污費相關法規至今。為持續改善空氣品質，本計畫配合環境部推動空污費之法規制度修正、審查稽核與數據品質管理等，相關成果說明如下。\n計畫完成內容包含：（一）研析固定源空污費相關法規與制度，其檢討收費辦法包括修正年申報規定、排放量計量順序及改審條件等，因應其他法規修訂，配套修正排放量計算方法之監測與檢測計算方法，規劃獎勵與減免辦法推動方向。（二）研擬階段公告排放係數修訂，蒐集歷年公告係數研議資料並加以檢討修正，透過工廠訪視完成凹版印刷程序之本土化係數污染源編碼與製程係數建置。（三）提升固定源空污費申報及管理品質方面，完成執行環保局與公私場所訪視與輔導作業共計38場次，並篩選審查案件進行外部稽核作業，及辦理說明會與編撰訓練課程教材，以增加審查人員專業能力與審核一致性。（四）數據品質管理方面，完成會計師查證與審核作業，配合法規公告修訂內容精進系統功能與依據資安要求檢核系統各項指標強化操作環境，落實資安防護機制，並確保申報帳目正確性，（五）研提移動源空污費費率精進方案，辦理移動源空污費初審與撥交地方環保局事宜，確保申報帳目正確性，完成會計師查核作業。",
        "eng_title": "Air pollution control fee system and emission reporting management project",
        "eng_subject": "Since 1995, the Ministry of Environment (MOENV) has been collecting Air Pollution Control Fees (APCF) and conducting rolling reviews of related regulations. To continuously improve air quality, this project supports the Ministry in advancing regulatory amendments, auditing processes, and data quality management related to APCF. The outcomes are detailed as follows:\nThe completed tasks of the project include the following:(1)Analyzing regulations and systems related to stationary pollution source APCF. This involved reviewing the fee collection methods, including revisions to annual fee rates, annual reporting requirements, emission measurement sequences, and the addition of reassessment criteria. Additionally, in response to amendments in other regulations, monitoring and detection methods for calculating stationary pollution source emissions were revised. Data on incentive and exemption measures was continually collected, along with plans for future implementation.(2)Developing a revision of the announced emission factors, continuously collecting and reviewing historical emission factor data for evaluation and modification. Through on-site factory visits, establish localized emission source coding and process-specific emission factors for the gravure printing process. (3)Enhancing the quality of APCF reporting and management for stationary pollution sources. This was achieved through 38 site visits and guidance sessions with environmental protection bureaus and public\/private facilities. Selected cases were subjected to external audits, and explanatory meetings were held. Training materials were developed to strengthen the expertise of review personnel and improve the consistency of audit processes.(4)Managing data quality through accountant verification and review processes. System functionality was improved to align with updated regulations, and cybersecurity requirements were implemented to assess and enhance system indicators. Measures were taken to strengthen the operational environment, ensure the accuracy of reported accounts, and reinforce data security mechanisms.(5)Develop a refined proposal for the rates of mobile source air pollution fees, handle the preliminary review of these fees, and coordinate with EPB bureaus to ensure the accuracy of reported accounts and the completion of certified public accountant audit tasks.",
        "proj_year": "113",
        "org_name": "環境部大氣環境司",
        "exe_unit": "環興科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131197546",
        "publish_date": "20250407"
    },
    {
        "chi_title": "113年推動包裝減量專案工作計畫",
        "chi_subject": "本計畫針對產品包裝已蒐集11個國家之現行包裝減量相關法令及管制措施，並提出4項法規修正方向，包括管制單元產品及複合產品、限制產品包裝形式、限制產品包裝材質及包裝層數及包裝空隙率限制及加嚴；本計畫針對網購包裝部分已蒐集彙整10個國家之網購包裝減量管理方式，並依「網際網路購物包裝限制使用公告」完成大型業者網購包裝減量資料彙整，共295家業者完成申報作業，出貨量共74,384,285件，出貨總包材重14,480.4公噸，平均包材重0.195公斤\/件；完成2起循環包裝試辦計畫，第一起屈臣氏X配客嘉網購循環示範計畫、第二起環境部團購網循環箱示範計畫；另完成設計一式循環包材碳足跡簡易計算工具，讓業者可透過循環包材使用數據來計算整體碳足跡，簡易試算工具採分階段引導式方式進行數據輸入及該階段碳足跡計算，依循環包裝循環流程分為製造、運輸、清洗、廢棄等4階段各一頁面進行計算，最後於總彙整頁面提供各階段碳足跡及總碳足跡；並完成評估2種循環包材碳足跡，信封型循環袋的總環境負擔為1.32 kg CO2e，是一般袋0.35 kg CO2e 的3.77倍；而箱型循環箱的總環境負擔為1.64 kg CO2e，是一般箱0.37 kg CO2e 的4.39倍，提升循環包裝的重複使用次數是降低其環境負擔的關鍵；在限制產品過度包裝檢驗部分，今年度完成73件業者主動送驗之禮盒、100件市售禮盒產品主動稽查作業及86件市售單元產品進行調查；而在其他配合事項部分，本計畫共完成11場次會議，並製作政策說明素材、講義及問卷等，及設計5式限制產品過度包裝、網購包裝減量政策圖文資料，並完成辦理2場次大型活動，分別為「中秋綠色設計禮盒評比」及「113年網購包裝減量聯盟咖啡館交流會議」；協助既有相關網站之維護及提出規劃建議，包括「生活廢棄物質管理資訊系統」-網購業者申報頁面功能修正或擴充及「一次性產品源頭減量宣導網」-內容修正及新增等；計畫執行期間亦完成82件配合機關需求提供行政及技術支援服務，包括研擬新聞稿、提供法令諮詢服務、民意信箱協答、提供管制政策資料、翻譯、網頁資料及成果彙整等配合事項。",
        "eng_title": "2024 Project on Promoting Packaging Reduction",
        "eng_subject": "The project involved collecting packaging reduction regulations and control measures from 11 countries, leading to the proposal of amendments focused on regulating unit and composite products, restricting packaging types, materials, and layers, and tightening void ratio requirements. For e-commerce packaging, practices from 10 countries were compiled, and data from 295 businesses, covering 74,384,285 shipments with a total packaging weight of 14,480.4 tons (0.195 kg\/item), were analyzed. Two circular packaging pilot programs were completed, alongside the development of a simplified carbon footprint tool to assess the impact of circular packaging across four stages(manufacturing, transportation, cleaning, and disposal). Evaluations showed envelope-style and box-style circular packaging had significantly higher carbon footprints than standard options, emphasizing the need for increased reuse. Additionally, excessive packaging inspections covered 73 gift boxes, 100 market-sold gift boxes, and 86 single-unit products. Other efforts included organizing 11 meetings, producing 5 policy materials, holding 2 major events, maintaining relevant websites, and providing 82 instances of administrative and technical support, such as drafting press releases, offering consultations, and consolidating outcomes.",
        "proj_year": "113",
        "org_name": "循環署永續消費回收組",
        "exe_unit": "信安工程顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131107782",
        "publish_date": "20250430"
    },
    {
        "chi_title": "嘉義市-113年度資收關懷計畫",
        "chi_subject": "本市列冊個體戶共238位，關懷計畫以中低收入戶及身心障礙者為優先補助對象，優先補助且有意願之個體戶共36位，非優先補助有意願之個體戶共64位，本年度預計補助64位個體戶，除優先補助領有中低收入戶及身心障礙者36位外，其餘28位以抽籤方式篩選。",
        "eng_title": "Chiayi City-113 Annual Income Care Plan",
        "eng_subject": "There are a total of 238 self-employed individuals registered in the city, and the care plan takes low- and middle-income households and people with disabilities as priority subsidy objects, 36 self-employed people who are willing to give priority to subsidies, 64 self-employed people who are willing to give priority subsidies, and 64 self-employed people who are expected to be subsidized this year, except for 36 low- and middle-income households and people with disabilities who receive priority subsidies, the remaining 28 are screened by lottery.",
        "proj_year": "113",
        "org_name": "嘉義市政府環境保護局",
        "exe_unit": "綠信環境科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131084391",
        "publish_date": "20250409"
    },
    {
        "chi_title": "113年南投縣推動環保許可整合計畫",
        "chi_subject": "協助辦理許可整合，針對歷年已上傳污染流向圖進行比對，有12家業者需修正污染流向圖，輔導業者完成修正並上傳環境部網站。另協助43家業者繪製污染流向圖並首次上傳環境部網站。",
        "eng_title": "113th Nantou County promotes environmental protection permit integration plan",
        "eng_subject": "Assisted in the integration of licenses and compared the pollution flow maps uploaded in previous years. 12 businesses needed to revise their pollution flow maps. The businesses were guided to complete the revisions and upload them to the Ministry of Environment website. We also assisted 43 businesses in drawing pollution flow maps and uploaded them to the Ministry of Environment website for the first time.",
        "proj_year": "113",
        "org_name": "南投縣政府環境保護局",
        "exe_unit": "台灣曼寧工程顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130905771",
        "publish_date": "20250414"
    },
    {
        "chi_title": "113年「光污染管理與量測研究計畫」",
        "chi_subject": "本研究的目標有三：\n（１）進行光污染量測標準方法建置研究。\n（２）精進光污染管理指引相關工作。\n（３）辦理光污染檢測方法草案專諮會議及行政作業。\n本計畫的執行成果可歸納為以下幾點：\n（１）根據光污染管理指引2.0版，制定符合國家公告格式的量測方法，並進行實地測量至少100個量測點，著重閃爍量測。經過三次專家諮詢會議，研提四項光污染量測標準草案，涵蓋最大亮度、垂直照度、色溫和閃爍干擾測量。針對閃爍測量方法，計畫對測量距離和取像範圍提出了建議，並確定閃爍測量應於陳情處進行。\n（２）進行光污染管控國內外政策分析，並提出改進建議，包括光污染定義、環境光分區管理、政府跨部會協作等。並且建議光污染管理指引應更具體化，涵蓋光污染對生物、人體健康的影響。\n（３）召開三次專家諮詢會議，討論光污染量測方法草案，採用簡單統一的量測方式以方便執行。建議執行行政管理前需有法律依據，以便於量測方法的後續實施。",
        "eng_title": "2024 Light Pollution Management and Evaluation Research",
        "eng_subject": "The objectives of this study are threefold:\n(1) To conduct research on establishing standard methods for measuring light pollution.\n(2) To enhance efforts related to the Light Pollution Management Guidelines.\n(3) To organize specialized consultation meetings and handle administrative procedures for drafting light pollution detection methods.\nThe main outcomes of this project can be summarized as follows:\n(1) Building on Version 2.0 of the Light Pollution Management Guidelines, this study developed measurement methods aligned with the national announcement format and carried out field measurements at 100 sites, focusing on flicker measurements. After three expert consultation meetings, four draft standards for light pollution measurement were proposed, covering maximum luminance, vertical illuminance, color temperature, and flicker interference. Concerning flicker measurement methods, the project provided recommendations on measurement distance and imaging range, and determined that flicker measurement should be concentrated at the site of the complaint.\n(2) The study analyzed domestic and international policies on light pollution control and offered improvement suggestions, including refining the definition of light pollution, managing ambient light through zoning, and facilitating interagency collaboration. It further recommended making the Light Pollution Management Guidelines more specific to address the effects of light pollution on organisms and human health.\n(3) Three expert consultation meetings were held to discuss the draft measurement methods for light pollution. A simplified and standardized approach was adopted for ease of implementation, and it was advised that a legal basis be established before applying administrative measures to ensure the subsequent enforcement of these measurement methods.",
        "proj_year": "113",
        "org_name": "環境部大氣環境司",
        "exe_unit": "社團法人台灣暗空協會",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130820413",
        "publish_date": "20251111"
    },
    {
        "chi_title": "113年桃園市龜山柴動站營運及柴油車查核管制計畫",
        "chi_subject": "柴油車因引擎運轉特性易排放PM2.5，其排放量佔桃園市總排放量9.5%，且世界衛生組織已將PM2.5列為一級致癌物，對健康影響甚巨，故本計畫執行多項柴油車污染管制，積極把關空氣品質。\n相關管制措施包含路邊攔檢、場站檢測、動力計檢測、桃園市污染防制計畫書工作項目規劃與執行、北空四市聯合稽查行動及空氣品質惡化應變，並推廣車主養成定期保養及檢驗，取得環境部公布之自主管理標章。另依據桃園市發展低碳綠色城市自治條例，通知車齡超過24年之本市柴油車到檢，以降低高污染車輛影響本市空氣品質。\n為維持檢驗公正性及財團法人全國認證基金會(TAF)認證之有效性，本計畫於113年2月17、19日辦理ISO\/IEC 17025實驗室延展認證，並於4月16日通過，證書有效日為116年4月18日。\n本計畫執行環境教育設施場所營運工作，包含辦理30場次教學活動、助教培訓、教案設計規劃等，以期藉由環境教育推廣，從教育源頭深耕各年齡層重視空氣品質。\n本計畫今年度執行成果如下：\n(一)\t針對未取得自主管理標章且有明顯黑煙者，執行路邊攔查2,194輛次，有污染之虞執行檢驗358輛次，不合格85輛次，改善完成85輛次（PM10減量5.49噸\/年、PM2.5減量5.05噸\/年）。\n(二)\t依環境部公告之「柴油汽車黑煙排放不透光率檢測方法及程序」執行動力計檢測7,653輛次，不合格521輛次，不合格率為6.8%。\n(三)\t依據桃園市發展低碳綠色城市自治條例通知1,063輛車到檢，到檢測站檢驗860輛次，不合格22輛次，不合格率2.6%。\n(四)\t執行北空聯合稽查，共辦理7場次，路邊攔查72輛次、執行檢驗15輛次、不合格2輛次。\n(五)\t配合環境部重大政策：執行柴油車SCR系統稽查，共計抽取尿素檢測濃度1,266輛次。\n(六)\t為提升檢測人員專業知識，辦理1場次內部教育訓練；為推動建築能效評估改善，辦理1場次跨市業務交流會議。\n(七)\t通過TAF ISO\/IEC 17025實驗室延展認證。\n(八)\t辦理30場次環境教育活動教學活動，總計768人次參與。\n(九)\t推動環境教育設施場所展延認證，並於8月26日通過認證。",
        "eng_title": "Taoyuan City Guishan Diesel Vehicle Inspection Station Operation and Diesel Vehicle Inspection and Control program for 2024.",
        "eng_subject": "Diesel vehicles, due to their engine operation characteristics, tend to emit PM2.5, accounting for 9.5% of the total emissions in Taoyuan City. The World Health Organization has classified PM2.5 as a Group 1 carcinogen, posing significant health risks. Therefore, this plan implements various diesel vehicle pollution control measures to actively safeguard air quality.\nThe control measures include roadside inspections, station inspections, dynamometer tests, planning and implementation of Taoyuan City's pollution prevention plan, joint inspections by northern air basin authorities of four cities, and air quality deterioration response. The promotion of regular maintenance and inspections for vehicle owners to obtain the self-management label was announced by the Ministry of Environment. Additionally, according to the Taoyuan City Low-Carbon Green City Autonomous Regulations, diesel vehicles over 24 years old are notified for inspection to reduce the impact of high-pollution vehicles on the city's air quality.\nTo maintain the impartiality of inspections and the validity of the certification by the Taiwan Accreditation Foundation (TAF), the project conducted ISO\/IEC 17025 laboratory extension certification on February 17 and 19, 2024, and passed on April 16. The certificate is valid until April 18, 2027.\nThis project also implements environmental education facility operations, including conducting 30 teaching activities, assistant training, lesson plan design, and planning. The goal is to promote air quality awareness across all age groups through environmental education.\nThe project achievements for this year are as follows:\n(1)\tConducted 2,194 roadside inspections on vehicles without the self-management label, and with visible black smoke. Tested 354 vehicles with suspected pollution, found 85 non-compliant vehicles, and completed improvements on 85 vehicles (PM10 reduction of 5.49 tons\/year, PM2.5 reduction of 5.05 tons\/year).\n(2)\tPerformed 7,653 dynamometer tests according to the Ministry of Environment's  Smoke Opacity Testing Methods and Procedures of Diesel Vehicles , with 521 non-compliant vehicles, a non-compliance rate of 6.8%.\n(3)\tNotified 1,063 vehicles for inspection according to the Taoyuan City Low-Carbon Green City Development Self-Governance Ordinance, with 860 vehicles inspected at the station, 22 non-compliant, a non-compliance rate of 2.6%.\n(4)\tConducted 7 joint inspections with northern cities, with 72 roadside inspections, tested 15 vehicles, and found 2 non-compliant.\n(5)\tIn cooperation with major policies of the Ministry of Environment, inspected 1,266 vehicles' SCR system urea concentration.\n(6)\tHeld 1 internal training session to enhance the professional knowledge of inspection personnel, and 1 cross-city business exchange meeting, to promote building energy efficiency assessment improvements.\n(7)\tPassed the TAF ISO\/IEC 17025 laboratory extension certification.\n(8)\tConducted 30 environmental education activities, with a total of 768 participants.\n(9)\tPromoted the extension certification of environmental education facilities, completed in August 26.",
        "proj_year": "113",
        "org_name": "桃園市政府環境保護局",
        "exe_unit": "亞太環境科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130784145",
        "publish_date": "20250416"
    },
    {
        "chi_title": "113年移動污染源管制系統整合管理暨車輛汰舊抵換補助審查計畫",
        "chi_subject": "本計畫持續維護「移動污染源相關管制系統」，透過Ｅ化方式提供服務，包含：移動污染源管制系統、機車排氣定期檢驗資訊管理系統、柴油車不定期檢驗資訊系統、使用中汽車排放空氣污染物檢舉及獎勵管理系統等13個系統。將移動污染源各計畫建立的資料進行有效整合、應用及統計，並經環境部授權後，定期或不定期提供移動污染源管制資料供其他業務計畫應用，如柴油車排氣檢測值原始資料、機車污染排放政策相關統計及車輛汰舊換新空氣污染減量補助資料等。\n本（113）年度配合環境部針對汽油車、柴油車及機車等車型排氣審驗合格證明核發撤銷及廢止辦法之修訂，導入第三方查驗制度、新增車輛實際行駛排放測試以及廢止車型年等相關內容調整，環境部委託本計畫重新整合並統一開發建置「環境部車型審驗管制系統」，以提升申請人、檢驗測定機構、第三方查驗機構及環境部等執行上的便利性。另外，因應汽油車排氣檢驗自112年7月回歸環境部，進行汽油車檢驗系統功能建置，提供民眾、代檢廠查詢檢測、補助款等資訊，以及環保局執行汽油車排氣管制業務。\n於資料即時性的部分，113年於本計畫維護之系統持續提供全國環保單位人員進行「車籍資料查詢」，以辦理移動污染源通知、到檢、稽查、告發、處分及補助審核等作業，包含機車排氣定期檢驗資訊管理系統、柴油車不定期檢驗資訊系統及車籍查詢系統以提供各車種類別與需求之作業進行，查詢數量共計為108,764,793筆。另外，持續提供機車定檢站及柴油車動力檢測站檢驗資料即時上傳服務，避免因資料延遲傳輸而影響車主權益或造成重複檢驗浪費資源及擾民等問題。現行各系統每日平均可處理約24,954筆的資料量，共完成9,108,558筆即時檔檢測資料收錄，包含機車8,960,499筆與柴油車148,059筆。\n於資料正確性部分，在違反機車及柴油車管制處分作業，協助環保單位檢核並批次拋轉未完成定檢處分案件至環保稽查處分管制系統（EEMS），共完成告發138,306筆及裁處155,966筆。其中已針對牌照狀態不使用、車主姓名異動、車號異動等情形者，系統自動檢核並排除至不處分，成功攔阻不正確的開立罰單數達41,410筆。\n另外，本計畫配合環境部（機車定檢補助、柴油車多元補助）與淘汰老舊機車補助之系統檢核或補助撥付，建置申請資格檢核機制及電子金流撥款程序，已加快審驗速度並提升資料正確性：透過臺灣銀行電子金流平臺撥付機車定檢補助款7億9,361萬4,620元（47,069筆）；系統協助檢核補助資格與撥付柴油車多元補助款（含汰舊換新、調修燃油控制系統及加裝空氣污染防制設備）共5億4,764萬9,512元（4,476筆）；協助檢核符合環境部汰舊換新空污抵換補助資格案件46,885筆，共1億2,863萬3,840元。\n本計畫亦提供各項檢核機制、檢測資料即時傳輸及機車／柴油車等移污各項資料整合，完成2項系統功能建置與13個系統維護作業，並與5個外部單位系統進行介接服務，在全國移污管制作業上達成數位化構建及轉型。此外，為維持系統之友善性及有效性，亦持續進行溝通與協調共計14,607筆通聯紀錄，達到與外部單位密切合作、環境部委辦計畫之橫向溝通及與全國地方環保局之垂直聯繫，在辦理環保業務上可更加精準及便捷。\n綜上所述，本計畫在環境部主要係扮演資料收集與提供的資訊系統服務角色，協助彙整移動污染源相關資訊，並依照需求評估整理後提供移污數據供全國環保局或環境部平行計畫做為空污統計及相關移污政策研擬之應用。",
        "eng_title": "Mobile source control information system integrated management plan 2024",
        "eng_subject": "This project aims to maintain the Mobile Pollution Source Control System through digital means, providing services including systems for controlling mobile pollution sources, managing motorcycle exhaust periodic inspection information, diesel vehicle irregular inspection information, and managing air pollution reporting and incentive systems, totaling 13 systems. It integrates, applies, and statistically processes data from various mobile pollution source projects, authorized by the Ministry of Environment to periodically or irregularly provide control data for other business applications, such as original data from diesel vehicle emission tests, statistics on motorcycle pollution emissions policies, and data for vehicle replacement subsidies to reduce air pollution.\n\nIn the fiscal year 113, in coordination with the Ministry of Environment's revisions to the emission inspection qualification certificate issuance revocation and abolition methods for gasoline vehicles, diesel vehicles, motorcycles, etc., the project introduced third-party verification systems, added actual vehicle emission tests, and abolished vehicle model year-related adjustments. The Ministry commissioned this project to re-integrate and develop the Ministry of Environment Vehicle Inspection Control System to enhance operational convenience for applicants, inspection agencies, third-party verification bodies, and the Ministry itself. Additionally, in response to the return of gasoline vehicle emission inspections to the Ministry since July of 112, functionalities were developed for the gasoline vehicle inspection system to provide public and inspection facility access to inspection, subsidy information, and environmental bureau operations related to gasoline vehicle emission control.\n\nFor real-time data, in fiscal year 113, the systems maintained by this project continue to provide national environmental unit personnel with access to vehicle registration data for tasks such as notification, inspection, inspection, reporting, disposal, and subsidy review related to mobile pollution sources. This includes systems for managing motorcycle exhaust periodic inspection information, diesel vehicle irregular inspection information, and vehicle registration queries, totaling 108,764,793 queries. Additionally, it continues to provide motorcycle inspection stations and diesel vehicle dynamometer inspection stations with real-time data upload services to prevent delays that could affect vehicle owner rights, waste inspection resources through duplicate inspections, and inconvenience to the public. The current systems handle an average of approximately 24,954 data entries per day, totaling 9,108,558 real-time inspection data entries, including 8,960,499 for motorcycles and 148,059 for diesel vehicles.\n\nRegarding data accuracy, in cases of violations of motorcycle and diesel vehicle control regulations, the project assists environmental units in verifying and batch transferring unfinished inspection cases to the Environmental Inspection and Enforcement Management System (EEMS), completing 138,306 reporting and 155,966 adjudication cases. Among these, 41,410 incorrect fine issuance cases were successfully prevented, such as those due to non-use of license plates, owner name changes, and vehicle registration changes.\n\nFurthermore, the project collaborates with the Ministry of Environment on inspection subsidies for motorcycles and diesel vehicle multiple subsidies, implementing eligibility verification mechanisms and electronic fund transfer procedures, accelerating inspection speeds, and improving data accuracy. Through the Taiwan Bank electronic fund platform, it disbursed NT$793,614,620 (47,069 entries) for motorcycle inspection subsidies, and verified subsidy eligibility and disbursed NT$547,649,512 (4,476 entries) for diesel vehicle multiple subsidies, including replacements for old vehicles, adjustments to fuel control systems, and installation of air pollution control devices. It also verified 46,885 cases eligible for Ministry of Environment subsidies for replacing old vehicles to reduce air pollution, disbursing NT$128,638,400.\n\nThe project also provides various verification mechanisms, real-time transmission of inspection data, and integration of various data related to motorcycle\/diesel vehicles and other sources of mobile pollution, completing the construction of two system functions and maintenance operations for 13 systems. It interfaces with five external unit systems, achieving digital construction and transformation in national mobile pollution control operations. Moreover, to maintain system friendliness and effectiveness, it continues to communicate and coordinate with a total of 14,607 communication records, achieving close cooperation with external units, horizontal communication with projects commissioned by the Ministry of Environment, and vertical communication with local environmental bureaus nationwide, thereby facilitating mo",
        "proj_year": "113",
        "org_name": "環境部大氣環境司",
        "exe_unit": "振興發科技有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130737586",
        "publish_date": "20250424"
    },
    {
        "chi_title": "臺灣中長程空氣污染防制政策對於空氣品質影響綜合評估計畫",
        "chi_subject": "本計畫目的為參考美國環保署所使用社群式多尺度空氣品質 CMAQ (Community Multiscale Air Quality)光化網格模式，開發適用於臺灣之CMAQ 模式，以減少不同模式或同模式不同人使用所產生模擬差異性問題。本計畫已完成建置以TEDS12為基準之2021年全年的CMAQv5.3版模擬模式，其中空氣污染物排放量，除台灣地區更新至TEDS12以外，東亞其他地區人為及船舶排放量亦結合全球大氣研究排放資料庫(EDGARv6.1_AP)等與經濟成長指數、空氣品質觀測數據及溫室氣體排放量資料庫等更新。2021年基準年全模擬之模式模擬性能評估結果於模式模擬規範季節之細懸浮微粒24小時與臭氧濃度之模式模擬性能評估符合率分別為95%與97%。本年度計畫除已經完成建置以TEDS12排放量之全年WRF及CMAQ模式模擬，並應用於模擬推估NIP一期及NIP二期規劃減量之2027年空氣品質變化與健康風險改善成效。本計畫以相對減量因子法推估國家一期與二期減量方案之空氣品質變化，結果顯示全台灣地區手動站與自動站細懸浮微粒年平均濃度分別降為12.7與13.6 μg\/m3，可以達成原規劃目標之小於年平均濃度15μg\/m3，但是尚高於2024年9月30日公告新標準12μg\/m3。依據模式推估2027年之空氣品質，本計畫再以108年實際資料推估116年細懸浮微粒濃度下降之健康影響變化，結果顯示全死因、肺癌、缺血性心臟病與中風可歸因PM2.5暴露之死亡人數比例於116年均低於108年；除死亡人數的評估外，本計畫也進行死亡率標準化的分析，結果顯示116年全死因與3種特定疾病死因的標準化死亡率均低於108年，全死因、肺癌、缺血性心臟病與中風之下降幅度分別是5.6%、19.6%、6.5%與22.2%。更新建置CMAQ模式至TEDS12(2021年)後，本計畫亦同時精進空氣品質模式資料交換平台網站功能與更新資料至2021年以外，同時維護於國家高速網路與計算中心之SMOKE 與 CMAQ 模式，並將臺灣杉一號中資料移轉至臺灣杉三號及辦理兩場次教育訓練。另外，本計畫亦協助模擬燃煤電廠排放量對台灣地區空氣品質之影響，結果顯示全台燃煤電廠對全台地區細懸浮微粒濃度差值與百分比例影響之年平均值分別是0.21 μg\/m3與1.42%。",
        "eng_title": "Assessment of Air Quality Change duo to National Implementation Plan",
        "eng_subject": "The purpose of this project is to setup Community Multiscale Air Quality (CMAQ) grid model for simulating the air quality in Taiwan in order to reduce the differences among various air quality models and users. In order to be consistent with TEDS12, the base year is 2021 for this year project. Therefore, the natural and anthropogenic emissions in eastern Asia have been updated to year 2021 by integrating EDGARv6.1-AP with economic growth rate, field observation data, and green house gas inventory data. The full year air quality of 2021 has been established by using CMAQ and WRF. Most of the simulated results are within the requirements of model performance evaluation guidelines.  The established air quality model CMAQ is used to evaluate the improvement of air quality and health impact for national control implementation plans NIP_I and NIP_II. The air quality in 2027 was estimated by using RRF method by combining the model simulated results in years 2019 and 2027 with observed results in 2019. The annual average PM2.5 concentration in 2027 will be 12.7 g\/m3, which achieves the original plan objective of 15 g\/m3, but is slightly greater than the new standard 12 g\/m3. The mortality rates for all causes, lung cancer, ischemic heart disease, and stroke related to PM2.5 in 2027 are all less than those in 2019; the standardized death rated for the above four types are reduced by 5.6%, 19.6%, 6.5%, and 22.2%, respectively. In addition to updated the CMAQ model to base year 2021, the related observed meteorological and air quality data are all updated and all the date are switched to Taiwanian III. The impacts of coal-fired power plants on the air quality in Taiwan has also been simulated by using the established CMAQ model. The results show that the impacts of coal-fired power plants on annual mean PM2.5 concentration are 0.21  ug\/m3 and 1.42%.",
        "proj_year": "113",
        "org_name": "環境部大氣環境司",
        "exe_unit": "國立成功大學",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130685934",
        "publish_date": "20250405"
    },
    {
        "chi_title": "113年度臺南市機車排氣污染稽查管制計畫",
        "chi_subject": "本計畫主要工作內容包含：稽查未定檢車、到檢率提升作業、低污染車輛推廣、定檢站管理、新設及既有充電站維護作業及辦理宣導活動等，工作內容摘要如所表一示。計畫執行期程為自113年4月6日起至113年12月31日止，各項工作之分月執行成果如表二所示。\n計畫期程內需車牌辨識系統稽查作業120,000輛，計畫執行期間經扣除車號重複、辨識錯誤、發照不明車輛後，共計123,512輛機車。計畫期程內需寄發定檢通知明信片650,000張、催檢350,000張並發送定檢簡訊通知120,000筆與收集簡訊通知系統資料60,000筆，計畫執行期間已寄發明信片650,000張、催檢350,000張、發送定檢簡訊120,000筆與收集簡訊通知系統資62,547筆。\n為提供便利排氣檢驗服務，藉此提升空區民眾到檢意願，計畫執行期間共辦理17場次空區檢驗服務。\n為推動友善用電環境，計畫期程內針對環保局設置之充電站，以每站查核一次及之頻率執行維護作業，並針對民眾陳情之故障充電站進行修復，計畫執行期間共完成維護200站次併拆除9站次久置未使用之充電站。\n定檢站檢驗品質之查核與輔導項目中，定檢站相關查核工作目標數分別為定檢站定期查核600站次及不定期查核60站次，並執行實車查核80站。計畫執行期間共完成定期查核定檢站731次、不定期查核178站次及實車查核91站次。\n為維護空氣品質並宣導民眾車輛熄火之觀念，計畫執行期間於臺南市轄內易怠速地點、主要路段、市場、醫院及銀行，執行怠速熄火勸導作業，完成1,296輛次怠速勸導，業已於空品不良期間，機動性配合相關反怠速勸導應變作業。\n為持續提升民眾淘汰老舊機車並使用低污染車輛之意願，計畫執行期間亦針對設籍於臺南市中低收入戶之老舊機車車主，寄發636件汰舊宣導訊息與相關補助申請資料，以提供車主淘汰老舊車輛相關訊息與申請補助管道，計畫執行期間業已刊登新聞稿6篇、製作製作政\n策宣導圖卡6張併於環保局官方臉書專頁發布貼文7則，更走入學校並配合環境永續活動等跨局處活動辦理12場次宣導活動，持續宣導機車定檢、老舊機車汰舊、低污染運具等相關訊息，期望藉此提升機車到檢率併增加民眾淘汰老舊車輛換購低污染運具之意願，\n針對淘汰老舊機車之推動，計畫執行期間共受理申請及辦理淘汰老舊機車並換購及新購低污染車輛12,899件；113年度共淘汰老舊機車28,945輛，空氣污染物削減成果，削減PM10 6.49公噸、PM2.5 4.91公噸、NOX 27.56公噸、NMHC 120.33公噸。",
        "eng_title": "Mobile Sources of Pollution Control and Inspection Project of Tainan City, 2024",
        "eng_subject": "The main contents of the project include: non-periodic inspection of motorbike, raise the rate of periodic inspection of motorbike, promotion of using low-pollution vehicle, management of station of motorbike emission inspection, new and existing charging station maintenance operations and training activities, etc., the work summary One show. The statistical period for the reporting period is from April 6, 2024 to December. 31, 2024.\nThe project is required to find out 120,000 motorbikes, and we found 123,512 motorbikes.\nDuring the period of the project, we sent 650,000 postcards and 120,000 SMS to the owner of motorbike, for the information of periodic inspection of motorbike. We had sent 350,000 reminders for inspection notice.\nThe service of motorbike emission inspection in the area without the station of motorbike emission inspection, the targets should host 16 sessions, we have held 17 sessions.\nTNEPB set up electric bike charging stations, the program must be completed once maintenance operations, including the people of the repair of the charging station, a total of 80 times to complete the maintenance of electric locomotive charging stations.\nThere are 335 station of motorbike emission inspection Tainan. In order to maintain the inspection quality of the inspection station, this year, it is necessary to check and check the station of 600 stations on a regular basis and check 60 stations from time to time and perform 80 checkpoints. By the end of December, 2024, we check and check the station 731 times, from time to time check 178 stations, real bike\ncheck 91 stations, and we audited 1,269 vehicles for nonidling. The vehicles will be stalled or departed from the court.\nDuring the planning period , we published 6 press releases and made 7 piece of propaganda card with 6 press the control of mobile pollution.\nTo assist the TNEPB to phase-out the motorcycle of high levels air pollution, we accepted 12,899 subsidy cases and had reduced 28,945 old motorbikes, the pollutants emissions, PM10 6.49 ton, PM2.5 4.91 ton, NOx 27.56 ton, and NMHC 120.33 ton.",
        "proj_year": "113",
        "org_name": "臺南市政府環境保護局",
        "exe_unit": "瑩諮科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130650146",
        "publish_date": "20250422"
    },
    {
        "chi_title": "113年度桃園市認證及授權保養廠核發柴油車自主管理標章計畫",
        "chi_subject": "柴油引擎因引擎輸出馬力大，被廣泛地運用在乘客或貨物的運送、工程機械等用途上。由於經濟的快速成長，使用柴油車輛也急遽增加，但柴油車輛所排放的黑煙污染物經研究顯示，對人體健康會產生嚴重影響。為配合桃園市政府環境保護局柴油車管制策略的運作，達成「空氣污染防制法」之目標，本計畫協助執行移動源管制整合及督導工作、柴油車管制工作（包含定期與不定期柴油車排氣檢驗）、空氣品質維護區管制、拜訪轄內客貨運業者，加強宣導大型柴油車補助相關資訊及配合環境部政策執行汽車定期排氣檢驗業務前期評估規劃工作。\n \n計畫自113年1月1日~12月31日執行成果如下:\n（一）\t依據環境部公告之「柴油汽車黑煙排放不透光率檢測方法及程序」進行動力計檢測5,531輛次，馬力比不足退驗109輛次，不合格337輛次，不合格率6.2%。\n（二）\t自主管理標章核發13,233輛次，核發級別以優級為主，占總核發數93.8%。分析取得自主管理標章之車輛車籍，以桃園市為主，占核發數64.7%，其次為新北市占20.6%，北部空品區四縣市占94.8%。\n（三）\t本市授權5家認證保養廠代驗核發柴油車自主管理標章4,063輛次，不論四期或五期車輛平均不透光率均低於第五期車輛排放標準0.6m-1，另追蹤保養廠核發自主管理標章之車輛是否被民眾檢舉或目視判煙等稽查通知情形，無再被路邊攔檢或目視判煙稽查通知情形。\n（四）\t篩選車籍或車牌辨識車號，查證環境部柴油車資料庫，1年內無排煙檢測合格紀錄者，寄發主動到檢通知21,000輛次，宣導柴油車業者或車主了解車輛排煙狀況，重視車輛維修保養，以確實改善柴油車之污染情形，減少民眾對使用柴油車輛排煙之不良觀感。\n（五）\t推動市區公車分級管制，12家公車業者4,232輛，自主管理標章有效數3,950輛，符合率93.3%。\n（六）\t推動企業簽署採用四、五期柴油大貨車載運貨物55家，業者四、五期車輛占93.6%，逐步淘汰老舊的一~三期車輛。\n（七）\t依據環境部公布第二期空氣污染防制計畫（113年至116年）減量計算手冊推估各項柴油車管制所產生之減量，大型柴油車汰舊423輛、大型柴油車調修燃油控制系統392輛，其所達成之各污染物減量比例為PM10 0.9%、PM2.5 2.8%、NOx 1.6%、NMHC 0.1%、CO 0.5%。",
        "eng_title": "2024 Taoyuan City Certified and Authorized Maintenance Factory Diesel Vehicle Self-Management Label Issuance Plan",
        "eng_subject": "Due to their high output power, diesel engines are widely used for passenger and cargo transportation, as well as in construction machinery. With rapid economic growth, the use of diesel cars has also surged. However, studies have shown that the black smoke pollutants emitted by diesel cars have severe health impacts. To support the Taoyuan City Government Environmental Protection Bureau's diesel car control strategy and achieve the goals of the Air Pollution Control Act, this project assists in the integration and supervision of mobile source control, diesel car control (including regular and irregular exhaust inspections), air quality maintenance zone control, visits to local passenger and cargo transport operators, and strengthens the promotion of large diesel car subsidies. Additionally, the project coordinates with the Ministry of Environment policies in planning preliminary assessments for vehicle periodic exhaust inspections.\nThe results of the project implementation from January 1, 2024, to December 31, 2024, are as follows:\n1.\tAccording to the Detection Method and Procedure for the Opacity of Diesel Car Black Smoke Emissions announced by the Ministry of Environment, 5,531 dynamometer tests were conducted. Among them, 109 vehicles failed due to insufficient horsepower ratio, and 337 vehicles were disqualified, resulting in a disqualification rate of 6.2%.\n2.\tA total of 13,233 self-management labels were issued, with the majority being awarded superior grades, accounting for 93.8% of the total issued. Analysis of the vehicle registrations that received the self-management labels shows that 64.7% were from Taoyuan City, 20.6% from New Taipei City, and 94.8% from the four counties and cities within the Northern Air Purification Zones.\n3.\tThe city authorized five certified maintenance shops to issue 4,063 self-management labels for diesel cars. The average opacity rates of both Phase IV and Phase V vehicles were below the Phase V emission standard of 0.6 m-1. There were no further roadside checks or visual smoke inspections for vehicles that had been issued self-management labels by these maintenance shops.\n\n4.\tLicense plate recognition was used to verify the Ministry of Environment's diesel car database. For vehicles without a record of passing a smoke inspection within a year, 21,000 proactive inspection notifications were sent out. This effort aimed to inform diesel car operators or owners about their vehicle's smoke emissions and emphasize the importance of maintenance, thereby effectively improving the pollution situation of diesel cars and reducing public dissatisfaction with diesel car smoke emissions.\n5.\tPromoted graded control of urban buses, involving 12 bus companies with 4,232 vehicles. A total of 3,950 vehicles had valid self-management labels, with a compliance rate of 93.3%.\n6.\tEncouraged 55 companies to sign agreements to use Phase IV and Phase V diesel trucks for cargo transportation. Vehicles of Phase IV and Phase V accounted for 93.6%, gradually phasing out old Phase I to Phase III vehicles.\n7.\tBased on the Second Phase Air Pollution Control Plan (2024 to 2027 years) announced by the Ministry of Environment, the actual reductions achieved by various diesel car controls were estimated. These included the retirement of 423 large diesel cars, adjustment of the fuel control system in 392 large diesel cars, achieving substantial reductions in pollutants: PM10 by 0.9%, PM2.5 by 2.8%, NOx by 1.6%, NMHC by 0.1%, and CO by 0.5%.",
        "proj_year": "113",
        "org_name": "桃園市政府環境保護局",
        "exe_unit": "春迪企業股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130579844",
        "publish_date": "20250426"
    },
    {
        "chi_title": "雲林縣-113年雲林縣畜牧糞尿資源化利用推動暨評估計畫",
        "chi_subject": "(一)雲林縣畜牧場沼液沼渣作為農地肥分使用申請作業\n本計畫已成立雲林縣畜牧業沼液、沼渣農地肥分使用輔導團隊，同時輔導沼液沼渣農地肥分使用計畫，已有 46 場進行沼液沼渣之檢測，地下水水質背景值檢測作業 92 點次，農地土壤背景值檢測作業 128 點次。113年度申請案件經現場訪查各廢污水設備與水污染排放許可證登載一致，均符申請資格。其沼液、地下水及擬施灌農地土壤檢測均符合規定，已完成46場申請作業。\n(二)建立雲林縣畜牧糞尿資源利用運輸施灌體系\n雲林縣於 107 年至 112 年合計補助 30 輛沼液沼渣施灌車、3 部施灌機具及 21 只農地貯存槽，已會同環保局人員協助實地查核108年起受補助且已驗收完成之沼液沼渣集運車輛、施灌機具及農地貯存槽使用情形，使用情況良好。\n112 年核定補助共計 4 輛沼液沼渣集運車、1部施灌機具及2只農地貯存槽，已於3月20日完成驗收4 輛沼液沼渣集運車及2只農地貯存槽，另於5月30日實地查驗1部施灌機具。另已協助4 場畜牧業者及1組民間團體申請 113 年度補助計畫，合計申請 4 輛沼液沼渣集運車及 1 部施灌機具。\n本縣已取得沼液沼渣資源化再利用畜牧場，並設有沼液沼渣運輸車輛共 361 輛及個案再利用 68 輛，共計 429 輛，其中 90 場分屬運輸車隊33隊裡。\n(三)推動雲林縣畜牧廢水符合放流水標準資源利用\n已協助 9 場畜牧場進行申請，其中8場已認可核定領證、1場已先行同意變更中。並設置 2 支專線及諮詢窗口，輔導畜牧場完成申辦符合放流水標準資源利用。\n(四)輔導新申請及追蹤核定之畜牧糞尿資源化處理計畫(大場代小場計畫)執行情形\n已成立雲林縣畜牧業沼液沼渣農地肥分使用及畜牧糞尿資源化處理計畫輔導團隊，並擇定 6 案辦理畜牧糞尿資源化處理計畫現地督導作業，分別是合鑫畜牧場、明億畜牧場、伸峰畜牧場、集美再生能源有限公司、杰臻畜牧場及綠野能源股份有限公司。本計畫已於6月19、6月27日、8月30日及9月23日完成督導6場次。\n \n(五)辦理畜牧場沼液沼渣施灌農地實際成效追蹤作業\n追蹤雲林縣112年底前已核准411場畜牧場資源化(含7場年度中途廢止許可案件)，113年度累計已施灌792,190.7公噸，實際施灌率為79.1%。\n追蹤沼液或沼液沼渣施灌後土壤及地下水監測作業，已完成地下水水質監測作業 85 點次和土壤分析監測作業 139 點次。地下水上游監測37點次，低於停灌標準32點次，超過停灌標準5點次，合格率達86%；地下水下游及區域監測井48點次，低於停灌標準 42 點次，超過停灌標準 6 點次，合格率達 88 %。地下水下游超標點次，複測後仍有 1 點次超出停灌標準，經分析其採樣前沼液未有超灌情形，觀察其上游監測點亦有上升趨勢，研判受施灌區域上游之污染影響所致。土壤監測重金屬（銅與鋅）結果均低於土壤污染監測標準。同時已辦理 65 場畜牧場展延，並協助 8 場畜牧場辦理變更作業。\n(六)網站及系統資料庫更新事項\n於1月25日、3月14日及6月27日更新網站訊息，提醒畜牧場及農民加入沼液沼渣農地肥分使用。並於每月 5 日前至環境部畜牧糞尿資源化利用管考追蹤管理系統填報本縣相關畜牧資源化資料，以利環境部掌握各縣市推動現況與確保本項考核得分。沿用本計畫於111年建置之LINE官方帳號，累計已有 568 位畜牧場代表、施灌農民及有意願施灌媒合民眾加入「雲氮豐頃」LINE官方帳號，透過用戶個人提供個別即時之回應需求及諮詢。",
        "eng_title": "2024 Survey and Promotion of Biogas Fermentation Residue as Fertilizer for Animal Husbandry in Yunlin County",
        "eng_subject": "(1) Application for use of biogas slurry and residue from livestock farms in Yunlin County as agricultural land fertilizer\nThis project has established a Yunlin County animal husbandry biogas slurry and biogas residue agricultural land fertilizer use guidance team, and also provides guidance on the biogas slurry and biogas residue agricultural land fertilizer use plan. There have been 46 tests of biogas slurry and biogas residue, groundwater There were 92 water quality background value detection operations and 128 farmland soil background value detection operations. In the 113 application cases, after on-site inspection, all waste sewage equipment and water pollution discharge licenses were consistent, and all met the application qualifications. Its biogas slurry, groundwater and soil tests on agricultural land to be irrigated all meet the regulations, and 46 applications have been completed. \n(2) Establishing a transportation and irrigation system for livestock manure and urine resources in Yunlin County\nYunlin County subsidized a total of 30 biogas slurry and biogas residue irrigation trucks, 3 irrigation machines and 21 agricultural land storage tanks from 2010 to 112 years. It has cooperated with the Environmental Protection Bureau personnel to assist in on-site inspections and has received subsidies since 108 years and has been accepted. The completed biogas slurry and residue collection vehicles, irrigation equipment and agricultural land storage tanks are in good condition.\nA total of 4 biogas slurry and biogas slag trucks, 1 irrigation equipment and 2 farmland storage tanks were approved for subsidies in 2012. The acceptance of 4 biogas slurry and biogas slag trucks and 2 farmland storage tanks was completed on March 20 , and also conducted an on-site inspection of an irrigation machine on May 30. In addition, it has assisted 4 livestock farmers and 1 group of civil society to apply for the 113 annual subsidy plan, applying for a total of 4 methane slurry and slag collection trucks and 1 irrigation equipment.\nThe county has obtained a livestock farm for resource utilization of biogas slurry and biogas residue, and has a total of 361 vehicles for transporting biogas slurry and biogas residue and 68 vehicles for case reuse, a total of 429 vehicles, of which 90 belong to 33 transport fleets. 181,892.9 metric tons of irrigation were applied.\n \n(3) Promote resource utilization of livestock wastewater in Yunlin County in compliance with discharge water standards\nWe have assisted 9 livestock farms in applying, 8 of which have been approved and approved for certification, and 1 has already approved the change in advance. Two dedicated hotlines and consultation windows have been set up to guide livestock farms in completing their application for resource utilization that meets water release standards. \n(4) Provide guidance on new applications and track the implementation status of the approved livestock manure resource treatment plan (large farm instead of small farm plan)\nA guidance team has been established in Yunlin County for the utilization of agricultural land fertilizers and livestock manure resource treatment plans in livestock slurry and biogas residues, and has selected 6 cases to handle the on-site supervision of the livestock manure and urine resource treatment plans, respectively. Xin Livestock Farm, Mingyi Livestock Farm, Shenfeng Livestock Farm, Jimei Renewable Energy Co., Ltd., Jiezhen Livestock Farm and Greenfield Energy Co., Ltd. This project has completed supervision of 6 sessions on June 19, June 27, August 30 and September 23.\n(5) Handle the tracking of actual results of livestock farm biogas slurry and biogas residue irrigating farmland\nTracking shows that Yunlin County had approved 411 livestock farms for resource utilization by the end of 2013 (including 7 cases where the licenses were revoked midway through the year). In 2014, a total of 792,190.7 metric tons of irrigation was applied, with an actual irrigation rate of 79.1%.\nTrack the soil and groundwater monitoring operations after the application of biogas slurry or biogas residue, and complete 85 groundwater quality monitoring operations and 139 soil analysis monitoring operations. The upstream groundwater was monitored at 37 points, with 32 points below the suspension standard and 5 points above the suspension standard, with a pass rate of 86%; the downstream groundwater and regional monitoring wells were monitored at 48 points, with 42 points below the suspension standard and 6 points above the suspension standard, with a pass rate of 88%. There were points where the groundwater exceeded the standard downstream, and after retesting, there was still one point that exceeded the irrigation suspension standard. Analysis showed that there was no over-irrigation of the biogas slurry before sampling, and an upward trend was observed at the upstream monitoring point.",
        "proj_year": "113",
        "org_name": "雲林縣環境保護局",
        "exe_unit": "技佳工程科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130557506",
        "publish_date": "20250421"
    },
    {
        "chi_title": "113年度臺北市汽機車排氣檢驗站品質管理暨電動機車推廣計畫",
        "chi_subject": "本計畫執行期程為113年2月21日至113年12月20日，期間針對臺北市所有機車排氣檢驗站執行查核管理相關作業，目的在於提升臺北市機車排氣檢驗站的檢驗品質及公信力，確保檢驗站依法落實排氣檢驗工作，維持檢驗站檢驗品質。另為提醒車主按時完成定期排氣檢測，進行機車排氣檢驗電子化通知與宣導，配合加速老舊機車汰舊及推動低污染電動機車等作業，透過相應電動機車補助策略提高換購意願，同時提升電動機車市售占比達到油電轉型目的。計畫依工作契約書已於113年11月20日前提交期末工作成果報告初稿，統計年度計畫成果摘要說明如下：\n一、提升臺北市機車排氣檢驗站服務品質及公信力\n本年度計畫依檢驗站品質分級制度進行查核，截至113年12月6日完成檢驗站品質查核495站次，查核違規數共計14筆，依照記點輕重程度分序為警告項目6筆、缺失項目5筆及法規項目3筆。發生查核違規之檢驗站，除可由查核人員現場輔導並當場改善之項目，其餘違規項目原則須於一個月內完成複檢。\n二、確保機車排氣檢驗站落實執行排氣檢驗及檢驗站管理工作\n(一)\t查核人員教育訓練\n本計畫於113年3月27日針對查核人員辦理1場教育訓練。教育訓練的課程內容包括計畫簡介、工作執行方式及工作分配內容等，並加強分析儀查核氣體比對標準操作程序及實機訓練，使計畫內之工作人員均能維持計畫執行品質。\n(二)\t檢驗人員教育訓練\n計畫於113年5月9日與113年8月24日辦理113年度臺北市機車排氣檢驗站檢驗人員教育訓練。本年度教育訓練課程內容針對「機車排放空氣污染物檢驗站設置及管理辦法」及「臺北市機車排放空氣污染物檢驗站認可證審查作業要點」法令規定講解與修正重點項目說明，並提醒檢驗站應注意事項；另針對機車行升級轉型與輔導政策，向車行介紹永續認證標章與機車行升級轉型課程、檢驗站品保品管制度與行政配合度事項等主題制定課程內容。其中，本年度第一場教育訓練結合111-112年度優良機車排氣檢驗站表揚大會，頒發獎項以鼓勵檢測品質良好與行政配合度佳之站別。\n三、電子化定檢通知宣導及推廣\n臺北市自112年7月1日起停止寄發定檢明信片通知，全面改採電子化通知。本年度計畫提供「新好友見面禮」共1,600份冰淇淋兌換券、「註冊禮」20點LINE Points共10,400份 (共208,000點) 及保修折扣券，獎勵響應無紙化之民眾外，另建立檢驗站推廣獎勵機制與推廣獎項，提高定檢電子化通知系統註冊率及到檢率。截至113年12月31日，系統內好友已累計至21.3萬人，註冊人數13.9萬人。本年度計畫完成移動污染源政策 (含電動機車補助計畫與汽車定檢政策推廣) 宣導海報印製2,000份、宣導品製作7,000份、機車定檢提醒標籤印製30萬張。\n四、定期與機車排氣檢驗站維持連線並建立檢驗站查核資料庫\n為有效提升資料處理作業之效率及提供往後之資料統計分析，本計畫維護「臺北市機車排氣檢驗站即時資訊管理系統」，該系統能隨時掌握檢驗站查核資料，並提供課程網路報名系統，同時具有統計分析等功能，以盡管理、輔導之責任。\n五、執行機車排氣檢驗站排氣分析儀查核檢校作業\n為確保機車排氣檢驗站所使用之排氣分析儀的準確度，並促使各單位有效的維護與校正其儀器，以確保分析儀所得之檢驗數據具有一定水準以上之品質，本年度計畫針對機齡超過20年、前一年度臺北市查核檢校作業不合格、氣體比對不合格與112-113年國家環境研究院檢校查核不合格站執行查核作業。總計完成42站次檢校查核作業，不合格站數共3站，其中兩站於查核不合格後更換儀器，另一站則於查核不合格後將儀器送外部校正，並於提交儀器合格證明後復站。 \n六、電動機車友善環境建置及電動機車充電站維護作業\n為打造電動機車友善環境，加速電動機車使用量能，本計畫於今年度完成電動機車充電站訪查共757站次，共有9站通報設備維修，皆符合通報流程完成維修及復站。\n七、推廣老舊機車汰舊換購及新購電動機車補助\n臺北市政府環境保護局運用環境部補助，辦理加速老舊機車、二行程機車汰舊換購及新購電動機車等相關補助作業，截至\t113年12月底已完成老舊機車換購電動機車為2,959件，二行程機車換購電動機車為182件，新購電動機車為3,580件，淘汰二行程機車申請通勤月票補助84件、補助獎勵金127件。截至113年12月31日辦理34場推廣電動機車與加速老舊機車汰舊等移動污染源管制相關主題之宣導活動。\n八、提升臺北市機車排氣檢驗之空氣污染減量成效\n本年度統計臺北市1月至12月底1-4期老舊機車汰舊數共28,100輛，其中二行程機車總汰舊數為3,315輛，四行程機車總汰舊數為24,785輛，計算年度汰舊對於空氣污染物減少CO排放量為296.13Tons\/yr，NMHC為103.69 Tons\/yr，NOx為24.17 Tons \/yr。",
        "eng_title": "The project of evaluating the inspected procedures of the vehicle exhaust inspecting stations and promoting low-emission scooter 2024",
        "eng_subject": "The project was implemented from February 21, 2024, to December 20, 2024. The project was evaluated the inspected procedures of the motor-exhaust inspecting stations. The aims of the project include improving the service quality of the stations, enhancing the public trust, ensuring that all the stations are doing well, improving air quality of Taipei city, sending inspect notices to motorcycle owners, assisting people to inform the authorities of unlawful pollutant motors and promoting the replacement of old scooters to electric scooters or gas-powered scooters. The first draft of the final report was submitted by November 20, 2024. The following are as follows: \n1.Improve service quality and public trust\nThis year, quality evaluations for 495 stations were completed. The failed stations took corrective actions and passed re-examinations either immediately or within one month. Staff reviewed the stations with violations to ensure compliance. The recommendation was made as inspect the station in different levels of quality.\n2.Assuring stations perform the inspections appropriately\n(1) Auditors training\nThe training class was completed on March 27, 2024. The training class including project introduction, working methods and job arrangement were provided to the auditors. The auditors who completed the training are expected to execute their job with a better standard.\n(2) Inspectors training\nThe first and second inspector training classes were completed on May 9 and August 24, 2024, respectively. The main subjects of the training not only introducing new rules of decree ‘The set up and management approach of the checkpoint for the air pollutants emission scooter’ and the ‘Taipei City Motorcycle Exhaust Inspection Station Accreditation Review Guidelines’, but explaining the added or modified items of inspection and evaluation this year, the plan of execution items for assessment evaluation, and the guide for enhancing on-site inspection rate. The first session also included an award ceremony for outstanding motorcycle exhaust inspection stations from the 2022-2023 period, recognizing stations with excellent inspection quality and administrative cooperation. Furthermore, it covers the review past statistics and checkpoints. Upon the completion of the training, the inspector of the stations is expected to not only fully understand the rules, ordinances, and activities but also provide the highest quality of service.\n3.Publicize, promote, and start to conduct digital notices of motorcycle exhaust inspection\nTaipei city has stopped to send periodic motorcycle exhaust inspection notices since July 1, 2023. The hard copies were replaced by digital notices. To enhance the prevalence of digital notices, 208,000 LINE Points, 1,600 ice cream vouchers, and repair coupons were provided to encourage paperless policy. Furthermore, the competitions of paperless promotion and encouragement with motor-exhaust inspection stations were used to raise the registration rate and inspection rate. Until December 31 2024, there were 213,519 friends and 139,369 registrants in the digital notice system.\n4.Establish on-line communication with motor-exhaust inspection stations and enhance inspection documentation\nA management system, “Taipei motor-exhaust inspecting station real-time information management system” was maintained to improve the efficiency of data processing and provide information for statistical analysis. The system monitors the data flow of the inspection station and allows online register. The system also has the statistical and analyzing functions for the responsibility of monitoring and counseling.\n5.Establish electric motorcycle-friendly environment and maintain the electric motorcycle charging stations\nTo establish electric motorcycle-friendly environment, and promote the usage of the electric motorcycle, the evaluations for 757 stations were completed. There were 9 stations reporting equipment maintenance issues, all of which followed the reporting process, completed the repairs, and resumed the normal operation.\n6.Establish electric motorcycle-friendly environment and maintain the electric motorcycle charging stations\nTo ensure the accuracy of exhaust analysis instruments used by motorcycle exhaust inspection stations and to encourage effective maintenance of the equipment, the project of this year focused on ensuring that the inspection data meets a certain quality standard. This year, inspections were carried out at stations with equipment older than 20 years, stations that failed calibration checks in the previous year, stations with failed gas comparison tests, and stations that did not pass the inspection and calibration checks of the National Environmental Research Academy in 2023-2024. A total of 42 inspection and calibration operations were completed, with 3 stations failing the inspection. Two of these stations replaced their equipment after failing the inspection, while the third sent their equipment.",
        "proj_year": "113",
        "org_name": "臺北市政府環境保護局",
        "exe_unit": "瑩諮科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130555540",
        "publish_date": "20250415"
    },
    {
        "chi_title": "113年度南投縣固定污染源查核及空氣污染物排放調查管制計畫",
        "chi_subject": "本計畫執行期間重點管制措施及具體成效如下：\n一、執行轄內固定污染源許可及法規符合度查核285件次，發現65個缺失，已要求業者進行改善，另彙整常見查核缺失辦理二場次說明會，提升業者環保法規觀念，依據許可核定項目落實操作。\n二、配合表面塗裝清查推動污染減量，其中，双邦公司及超富公司均已設置續熱式焚化爐，現均為試車階段。另針對南彰公司等4家工廠完成自願減量協議簽署，業者已自主承諾裝設防制設備。\n三、執行固定源粒狀污染物、硫氧化物、氮氧化物、揮發性有機物、異味污染物、重金屬及戴奧辛稽查檢測共29根\/處次，其中有2根次污染物濃度超過排放標準，均已輔導業者完成改善，經自行檢測結果污染物濃度符合排放標準。\n四、執行加油站巡查作業，針對加油站周區環境、真空壓力閥及其他閥件以光離子化偵測器量測揮發性有機物濃度介於0-1ppm間，另配合進行「五不五要」正確加油觀念宣導。另執行132槍次氣油比檢測及2站次氣油比檢測，有3槍氣油比檢測不合格，業者均已依法規要求於一個月內完成改善且自行檢測合格。\n五、配合法規新定或修正輔導事業單位配合申請或改善，包括固定污染源逸散性粒狀污染物管理辦法及PU合成皮管理辦法等法規進行宣導及輔導改善，其中，大型堆置場均已完成跳動路面洗車台及CCTV設置，另因應瀝青拌合業配合法規修正需於115年7月6日完成卸料區圍封集氣處理改善作業。",
        "eng_title": "113th Nantou County Stationary Pollution Source Inspection and Air Pollutant Emissions Survey and Control Plan",
        "eng_subject": "The key control measures and specific results during the implementation of this plan are as follows:\n1. Carried out 285 inspections on fixed pollution source permits and compliance with regulations within the jurisdiction, found 65 deficiencies, and requested the operators to make improvements. In addition, two briefing sessions were held to summarize common inspection deficiencies, enhance operators' awareness of environmental protection regulations, and implement operations according to the approved permit projects.\n2. Cooperate with the surface coating inspection to promote pollution reduction. Among them, Shuangbang Company and Chaofu Company have installed continuous heating incinerators, which are currently in the trial stage. In addition, four factories including Nanchang Company have signed voluntary reduction agreements, and the operators have voluntarily promised to install prevention equipment.\n3. Conducted inspections and tests on 29 fixed source particulate pollutants, sulfur oxides, nitrogen oxides, volatile organic compounds, odor pollutants, heavy metals and dioxins. The pollutant concentrations in 2 of them exceeded the emission standards. The operators have been guided to make improvements, and the pollutant concentrations met the emission standards after self-testing.\n4. Carry out inspections at gas stations, use photoionization detectors to measure the concentration of volatile organic compounds between 0-1ppm for the environment around gas stations, vacuum pressure valves and other valve components, and promote the Five Don'ts and Five Do's for correct refueling concepts. In addition, 132 gun-time gas-oil ratio tests and 2 station-time gas-oil ratio tests were carried out, and 3 gun-time gas-oil ratio tests failed. The operators have completed improvements within one month as required by regulations and passed self-inspections.\n5. To provide guidance to business entities to cooperate with applications or improvements in accordance with new or revised regulations, including the Management Measures for Fugitive Particulate Pollutants from Stationary Pollution Sources and the Management Measures for PU Synthetic Leather. Among them, large storage yards have completed the installation of mobile pavement car wash stations and CCTV. In addition, in response to the asphalt mixing industry's need to cooperate with the revised regulations, the unloading area enclosure and gas collection treatment improvement work must be completed on July 6, 2016.",
        "proj_year": "113",
        "org_name": "南投縣政府環境保護局",
        "exe_unit": "台灣曼寧工程顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130528531",
        "publish_date": "20250414"
    },
    {
        "chi_title": "施工機具排放管理暨減量推動",
        "chi_subject": "國內施工機具污染排放囿於空氣污染防制法難以授權管制與管理進口施工機具，故本計畫自109年12月7日起採輔導性質，推動自主管理標章，鼓勵機具業者落實維護保養，改善施工機具污染排放，後再於112年7月1日實施「施工機具清潔排放自主管理標章規範」，分級賦予標章有效日期，已逐漸獲得行政機關與業界之支持。新制標章制度實施迄今1年餘，機齡1年內之新機具進口數已有提升，預估每年約可削減NOx排放62.2公噸及PM 3.5公噸。不僅如此，為擴大核發標章，規劃藉助環評審查制度、污染抵換、劃設空維區、政府單位承攬契約等措施，規範或鼓勵應取得標章，循序漸進改善污染排放。\n又參考歷年實測數據，以輪式起重機黑煙排放較為嚴重，於路上行駛時，易影響民眾健康與空品。為管制輪式起重機污染排放，本計畫研擬進口輪式起重機排放標準（草案）管制建議值及管理制度，考量國內施工機具皆由國外進口，針對新機具（輪式起重機）進口，參酌國外最新期別排放標準如日本4期、美國Tier 4、歐盟Stage V，以黑煙不透光率0.6m-1作為管制建議值。本標準實施後，預計每年可汰換110部輪式起重機，每年削減PM排放量約2.9公噸，削減NOx排放量約60.6公噸，減少CO2約3,790公噸。\n最後，本計畫已參考美國施工機具零操作小時排放係數，以及歐盟與日本排放標準，並搭配污染劣化程度，建立施工機具排放量推估模組，屆時只要輸入機具製造國家、機具出廠年、累計操作小時數，以及預計工作小時數等，進而估算施工機具之污染物排放量。",
        "eng_title": "Promoting Emission Management and Reduction of Construction Machinery",
        "eng_subject": "Due to limitations in the Air Pollution Control Act, domestic regulation and management of imported construction equipment emissions are challenging. Therefore, the project starting from December 7, 2020, is implemented in a supportive manner. It aims to promote the self-management mark of construction machines（施工機具自主管理標章）, encouraging industry operators to actively perform maintenance and improve pollution emissions from construction machines. Subsequently, on July 1, 2023, the Standards for self-management mark of clean emissions from construction machines（施工機具清潔排放自主管理標章規範） were implemented, providing a graded validity period for the certification. This approach has gradually gained support from both government agencies and the industry. Since the implementation of the new system over a year ago, the import volume of new machinery less than one year old has increased. It is estimated that this can reduce annual emissions of NOx by approximately 62.2 tons and PM by 3.5 tons. Furthermore, to expand mark issuance, measures such as environmental impact assessment reviews, pollution offsets, establishing air quality maintenance zones, and integrating mark requirements into government procurement contracts have been planned to regulate or encourage mark adoption, thereby progressively improving emission quality.\nAdditionally, based on historical testing data, it has been observed that the emission of smoke from mobile cranes is particularly severe. When these cranes on the road, they can adversely affect health and air quality. In order to regulate pollution emissions from mobile cranes, this project has completed the formulation of emission standards for imported mobile cranes (draft), and a management framework. Considering that all construction machine is imported, the standards for new mobile cranes imports reference the latest international emission standards, such as Japan Stage 4, U.S. Tier 4, and EU Stage V. Import management is based on a single emission standard of 0.6m-1, upon implementation, it is estimated that 110 mobile cranes will be phased out annually, reducing PM emissions by approximately 2.9 tons, NOx emissions by 60.6 tons, and CO₂ emissions by 3,790 tons per year.\nFinally, this project has referred to the zero-hour emission factors for construction machines in the United States, as well as the emission standards from the EU and Japan. Coupled with considerations of pollution deterioration rates, an estimation model for construction machine emissions has been developed. This model enables emission calculations by inputting the country of manufacture, year of production, cumulative operating hours, and projected working hours of construction machines.",
        "proj_year": "113",
        "org_name": "環境部大氣環境司",
        "exe_unit": "春迪企業股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130508393",
        "publish_date": "20250412"
    },
    {
        "chi_title": "113年度臺東縣空氣污染等陳情案件快速查處管制計畫",
        "chi_subject": "113年臺東縣空氣污染等陳情案件快速查處管制計畫(以下簡稱本計畫)，主要依據地方環境保護局公害陳情績效考核評比要點為執行主軸，受理民眾各類陳情案件、縮短處理時間、強化案件受理人員及現場稽查人員之專業訓練，提高政府施政滿意度，計畫執行期程自113年2月29日起至114年2月28日止，統計至113年止，整體進度達成率達100%，計畫執行成果摘要重點如下： \n一、 執行公害或污染陳情案件受理及查處管制作業 \n1. 配合臺東縣環境保護局公害或污染陳情報案中心，設置專責受理及查處人員，處理及管制公害陳情案件，共受理3,187件，其中首次2,482件、衍生複查705件；每日平均受理7.57件，加計衍生複查每日平均8.63件，受理項目類別環境衛生1,532件、環境用藥1件、空氣污染769件(含異味652件、不含異味117件)、噪音715件、廢棄物104件及水污染51件、其他14件，振動1件，整體陳情公害案件妥善處理率為99.7%(妥善處理案件數÷陳情案件數)。 \n2. 民眾陳情案件中所需要定位之案件進行定位，使用環境管理署稽查工作管理平臺IMP進行稽查並填寫紀錄單，並鍵入公害陳情系統及環保稽查處分管制系統(EEMS)，公害陳情案件管制系統之自我考評成績：公害陳情案件平均到場處理時間3小時、平均鍵入處理天數(含EEMS)4.59天。 \n3. 截至114年2月止，受理的案件中可調查共1,162件，已完成調查共818件占70.39%【非常滿意90.46%、滿意5.26%、尚可3.55%、不滿意0.37%、非常不滿意0.37%】，無法調查共219件占18.84%，陳情人滿意度電話調查不滿意部分，經詢問振興發科技有限公司有關民眾滿意度調查項目，主要是以機關處理陳情案件後回復給陳情人相關處理內容及程序。 \n4. 於3月7日、4月10日、5月9日、6月6日、7月3日、8月6日、9月5日、10月9日、11月8日、12月3日、1月3日及2月6日每月進行公害陳情考核指標之陳情人滿意度意見電話調查，並於次月10日內提報調查資料予臺東縣環境保護局備查。\n5. 於3月8日、4月10日、5月9日、6月7日、7月9日、8月9日、9月10日、10月9日、11月8日、12月10日、1月10日及2月10日彙整統計每月臺東縣公害污染陳情案件受理情形，並於每月10日前提報上月之統計資料予臺東縣環境保護局備查。\n6. 截至114年2月年止，縮時攝影累計架設116處次，涉有違規行為人且有明確車牌(得以追查行為人事證)件數共5件，裁罰3件、不裁罰2件(查無此車牌，判定無法辦理後續裁處作業1件、丟棄動作不明顯無法判定1件)。\n7. 截至114年2月止，查獲3件非法載運生禽畜糞車輛。\n8. 截至114年2月止，完成3件異味污染物官能測定：\n(1) 113年6月4日檢測元明牧場，其異味值78，已超過固定污染源排放標準值(50)，依據空氣污染防制法第20條規定辦理裁處。\n(2) 113年11月7日檢測日峯畜牧場，其異味值<10，未超過固定污染源排放標準值(50)。\n(3) 113年12月16日檢測勝利畜牧場，其異味值<10，未超過固定污染源排放標準值(10)。\n二、 教育訓練及其他事項 \n1. 於3月1日辦理1場次計畫人員教育訓練，針對稽查工作管理平台之稽查實務注意事項、計畫工項執行注意事項及IMP系統教學，在稽查實務注意事項部分，主要以稽查流程、稽查內容及現場稽查情形撰寫，須注意是否有錯別字、稽查情形是否詳細書寫等；計畫工項執行注意事項，計畫人備勤、整體執行成效及相關活動、會議等須配合；即將上線的IMP系統進行線上稽查單登載及相關注意事項，透過現場實際操作平板作業，提升人員熟悉度，避免3月11日正式上線出現登載問題。 \n2. 辦理3場次計9小時教育訓練，共計70人次參與。 \n(1). 4月15日邀請國立中山大學張耿霖教授擔任講師，講授教導與會同仁了解異味的定義、異味污染的測量方式、防治技術，再到針對畜牧場的異味控制要點和防治方法，都一一詳細並專業地深度說明了。這讓同仁們對於異味問題方面有了更深入的理解，也意識到了這個問題對我們的生活環境和健康所帶來的嚴重影響。 \n(2). 7月8日邀請到達盛管理顧問有限公司鍾惠玲講師蒞臨現場為臺東縣環境保護局第一線接聽陳情電話同仁授課，藉此課程可提升同仁為民服務品質及有效增進民眾滿意度，展現機關優質形象。 \n(3). 12月19日邀請到台灣檢驗科技股份有限公司專案計畫人員黃國豪主任為與會同仁說明異味相關議題，包括周界異味污染物檢測方法、採樣、分析及實際採樣操作，讓大家更能了解採樣、分析的過程。讓同仁更清楚了解異味分析流程及提升稽查時的專業能力。 \n3. 截至114年2月止，完成辦理12場次(3月26日、4月22日、5月21日、6月21日、7月23日、8月20日、9月20日、10月25日、11月21日、12月24日、114年1月 3日、2月21日)陳情追蹤管制檢討會議，總計檢討案件數179件，其中環境衛生120件、事業廢棄物25件、異味污染物20件，截至2月28日止，截至2月28日止，持續列管16件，解除列管0件。 \n4. 於6月28日完成執行計畫工作之派駐人員實施身體健康檢查，並提送至臺東縣環境保護局。 \n5. 於6月3日提送6個環境保護相關議題之手拿板成品。 \n三、 其他行政事項 \n1. 於2月27日提送租賃稽（巡）查車輛、相關車輛保險資料及計畫所需設備、辦公用具至臺東縣環境保護局。 \n2. 於3月1日辦理2小時人員內部教育訓練，並於3月4日提送計畫派駐人員資料至臺東縣環境保護局。 \n3. 於3月11日、4月12日、5月9日、6月13日、7月15日、8月14日、9月12日、10月14日、11月12日、12月9日、1月9日、2月10日至臺東縣環境保護局進行工作月報之工作月報及成果說明。 \n4. 截至114年2月止，完成提供24則臺東縣環境保護局新聞、臉書(FB)及TTPush推播素材。 \n5. 截至114年2月止，屢遭陳情案件累計16家業者，共計115件，經統計污染項目以噪音_擴音(音響)設備60件最為常見，主要來源營業場所的擴音設備產生的噪音，其次異味污染物_油煙19件、養殖業、養雞場16件、噪音_機電設備(含家電)-冷氣機6件、異味污染物_施肥或堆肥4件、噪音_民俗噪音4件、環境衛生_動植物影響3件、噪音_營建工程噪音3件。 \n6. 截至114年2月止，依據環境部所列本計畫績效考評指標「環境執法及公害陳情處理成效」之評分標準「公害污染陳情案件平均到場處理時間」、「平均結案鍵檔時間」、「滿意度調查比率」、「滿意度調查結果」等四項為工作執行標準(總分3分)，績效自評得2.9分。 \n7. 截至114年2月止，依據環境部空氣品質維護及改善工作，執行與民眾陳情相關績效考評指標「全民綠生活-民生關注議題污染管理」之評分標準「異味屢次陳情案件輔導率」、「輔導後改善率」、「露天燃燒陳情率」及「露天燃燒陳情案件處理率」等四項為工作執行標準(總分3分)，績效自評得1分。\n四、 廠商之服務建議書暨評選審查時附加或額外承諾事項 \n1. 於5月28日完成辦理綠色採購，額度新臺幣2萬元。 \n2. 於5月3日完成評選承諾購買媒體推播（TT-Push金幣）額度新臺幣3萬元整，後續再與臺東縣環境保護局討論發放事宜。 \n3. 5月30日晚間20時至22時於花東縱谷公路（臺東縣池上鄉福德宮路口處）執行第一季禽畜糞及事業廢棄物清運車輛路邊攔檢主動稽查工作。 \n4. 8月30日晚間20時至22時於7-11大武門市旁空)第二季禽畜糞及事業廢棄物清運車輛路邊攔檢主動稽查工作。 \n5. 11月29日晚間20時至22時於太麻里鄉台灣牛牛肉麵太麻里總店旁執行第三季禽畜糞及事業廢棄物清運車輛路邊攔檢主動稽查工作。 \n6. 114年1月15日日間14時至16時於關山鎮德高313.5k處執行第四季禽畜糞及事業廢棄物清運車輛路邊攔檢主動稽查工作。",
        "eng_title": "Public nuisance complaint cases, inspection operations, time-lapse photography, self-employed resource recovery, functional measurement of odor pollutants, water quality sampling and testing, education and training, public nuisance disputes, public nuisance complaint assessment indicators, complaint tracking and control review meetings, repeated complaints, performance evaluation indicators",
        "eng_subject": "The 113 Taitung County Air Pollution and Other Complaints Rapid Investigation and Control Plan (hereinafter referred to as this plan) is mainly based on the key points of the local Environmental Protection Bureau’s performance evaluation of pollution complaints. It accepts various complaints from the public, shortens the processing time, and strengthens the number of case acceptors. Professional training of inspectors and on-site inspectors to improve government administration satisfaction. The project implementation period started from February 29, 2013 to February 28, 2014. Statistics are counted until the end of 2013. The overall progress achievement rate reached 100%. The summary of project implementation results is as follows:\n1. Acceptance, investigation and control of public nuisance or pollution complaints\n1. Cooperate with the Public Nuisance or Pollution Complaint Center of the Environmental Protection Bureau of Taitung County, set up dedicated personnel to accept and investigate, handle and control public nuisance complaints, and accept a total of 3,187 cases, including 2,482 first-time cases and 705 derivative re-examination cases; an average of 7.57 cases are accepted per day, and an average of 8.63 cases are accepted per day including derivative re-examinations. The categories of accepted projects are 1,532 environmental sanitation cases, 1 environmental drug use case, 769 air pollution cases (652 cases including odor and 117 cases without odor), 715 noise cases, 104 waste cases, 51 water pollution cases, 14 other cases, and 1 vibration case. The overall proper handling rate of public nuisance complaints is 99.7% (number of properly handled cases ÷ number of complaints).\n2. Locate the cases that need to be located in the public petition cases, use the Environmental Management Agency's audit work management platform IMP to conduct audits and fill out record sheets, and enter them into the Public Pollution Petition System and the Environmental Inspection and Disciplinary Management System (EEMS). The self-evaluation results of the Public Pollution Petition Case Management System are as follows: the average on-site processing time for public pollution petition cases is 3 hours, and the average number of days for processing (including EEMS) is 4.59 days.\n3. As of February 2015, a total of 1,162 cases were investigated among the cases accepted, 818 cases, accounting for 70.39% [90.46% very satisfied, 5.26% satisfied, 3.55% acceptable, 0.37% dissatisfied, and 0.37% very dissatisfied] were investigated, and 219 cases, accounting for 18.84%, could not be investigated. Regarding the dissatisfied part of the petition satisfaction telephone survey, after inquiring about the public satisfaction survey project of Zhenxingfa Technology Co., Ltd., it was mainly based on the agency's reply to the petitioner on the relevant processing content and procedures after handling the petition case.\n4. Conduct telephone surveys on petitioners’ satisfaction with the pollution petition assessment indicators on March 7, April 10, May 9, June 6, July 3, August 6, September 5, October 9, November 8, December 3, January 3, and February 6 each month, and submit survey data to the Taitung County Environmental Protection Bureau for record within the 10th day of the following month.\n5. On March 8, April 10, May 9, June 7, July 9, August 9, September 10, October 9, November 8, December 10, January 10, and February 10, compile and compile statistics on the monthly handling of Taitung County pollution complaints, and submit the previous month’s statistics to the Taitung County Environmental Protection Bureau for review before the 10th of each month.\n6. As of February 2015, time-lapse cameras were set up 116 times, with a total of 5 cases involving violators with clear license plates (which could be used to trace the offenders' evidence). Three cases were punished, and two were not punished (one case was judged to be unable to handle subsequent punishment as no such license plate was found, and one case was unable to be judged as the abandonment action was not obvious).\n7. As of February 2015, three vehicles illegally transporting raw poultry and livestock manure were seized.\n8. As of February 2015, 3 sensory tests on odor pollutants have been completed:\n(1) On June 4, 2014, Yuanming Ranch was tested and its odor value was 78, which exceeded the emission standard value of stationary pollution sources (50). The penalty was imposed in accordance with Article 20 of the Air Pollution Control Act.\n(2) On November 7, 2014, the odor value of Rifeng Livestock Farm was tested and was less than 10, which did not exceed the emission standard value for stationary pollution sources (50).\n(3) On December 16, 2014, Shengli Livestock Farm was tested and its odor value was <10, which did not exceed the emission standard value of fixed pollution sources (10).\n2. Education and Training and Other Matters\n1. On March 1, a training session for planning s",
        "proj_year": "113",
        "org_name": "臺東縣環境保護局",
        "exe_unit": "技佳工程科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130497454",
        "publish_date": "20250415"
    },
    {
        "chi_title": "113年溫室氣體盤查登錄制度及排放量管理應用工作計畫",
        "chi_subject": "溫室氣體盤查登錄制度係掌握我國排放量並作為實施溫室氣體減量策略之基礎，為能落實盤查登錄管制相關規範，本計畫重點工作包含：蒐研國際間溫室氣體管理相關制度與推動作法；2.提出擴大列管應盤查登錄之排放源規劃建議，並完備盤查配套工具及措施；3.研擬「溫室氣體排放量盤查登錄及查驗審查作業原則」，執行312件應盤查登錄及查驗之排放源盤查登錄文件書審；4.執行20場次列管對象現場深度查核作業，彙整統計113年度直轄市、各縣市考評結果，設計製作盤查登錄作業懶人包圖卡；5.擴充新增或調整盤查登錄系統之功能欄位及統計查詢報表，提升資訊平台防護需求至中級，並取得 ISO 27001認證；6.協助機關訪問參與德國相關政府單位或研究機構碳市場制度之技術層級交流。本計畫重點工作成果摘要：\n1. 研擬「事業應盤查登錄溫室氣體排放量之排放源(草案)」，擴大盤查對象計約491家，包含服務業、運輸業、大專校院及製造業等。\n2. 分析112年列管對象之溫室氣體排放量與國家排放清冊之排放趨勢，並編撰我國事業112年溫室氣體排放量報告(統計年報)。\n3. 完成113年312件列管排放源之盤查文件書面初審，不符規定或內容欠缺的情形，樣態包含盤查邊界設定不符、盤查報告書內容缺漏或系統登錄排放量與報告書及查驗結果不一致等。\n4. 完成20場次列管事業深度查核，事業常見未符合盤查規範之問題有邊界設定及報告書內容缺漏或錯誤，排放源鑑別疏漏、採用參數或排放係數有誤。\n5. 完成盤查登錄系統新增盤查登錄項目欄位、盤查作業常見問答查詢專區；及配合調整主管機關相關權限設定，並建置 API Gateway 服務及身分憑證登入驗證系統，完善資通安全防護中級相關規定，且取得ISO27001認證。",
        "eng_title": "2024 Greenhouse Gas Inventory Registration Mechanism and Emission  Management Applications Program",
        "eng_subject": "The Greenhouse Gas (GHG) Inventory Registration Mechanism is designed to monitor national emissions and serve as the foundation for implementing GHG reduction strategies. To effectively implement the GHG inventory registration mechanism, this project focuses on the following key tasks: (1) Conduct research on international GHG management mechanism, including inventory and registration regulations, sustainable taxonomy standards, and direct monitoring and measurement requirements for GHG emissions. (2) Analyze historical trends in national GHG emissions and evaluate potential conditions for extending regulatory coverage to additional emission sources, including applicable emission sources, industry sectors, and the number of regulated entities. Additionally, update inventory reporting forms and develop a Frequently Asked Questions (FAQ) section to support compliance. (3) Propose a set of regulatory principles for reviewing emission sources obligated to measure, report, and verify their emissions and conduc t an initial review of 312 regulated entities. Based on the findings, provide recommendations for enhancing inventory and verification mechanism. (4) Propose the 2024 GHG Emission Source Audit Plan, covering objectives, implementation procedures, and selection criteria. Execute 20 in-depth verification audits and compile the results of municipal and county-level evaluation. Design an infographic-based guide to simplify the inventory and registration process and organize five explanatory, consultation, and expert advisory sessions. (5) Based on the current  Regulations for Emission Sources Obligated to Measuring, Reporting and Verification Its Emission by Entity, expand or adjust system functionalities, including additional reporting fields and statistical query tools. Establish an FAQ portal to facilitate c ompliance among regulated entities. Additionally, strengthen information security by developing a certificate-based login system, enhancing security measures to a medium -level protection standard, and achieving ISO 27001 certification during the project period. (6) Assist government agencies in conducting technical exchanges with German regulatory bodies and research institutions on carbon market mechanism and provide administrative support for international engagements related to GHG inventory and management.",
        "proj_year": "113",
        "org_name": "氣候署排放管理組",
        "exe_unit": "環科工程顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130479907",
        "publish_date": "20250424"
    },
    {
        "chi_title": "113年度新竹市空氣品質維護區智慧推動暨AI判定稽查整合計畫",
        "chi_subject": "一、空氣品質維護區推動劃設\n本年度各項量化目標均已依合約規定整體進度達100%，執行成果如表1及表2所示。在空氣品質維護區推動及稽查管制部分，本年度推動劃設轄區敏感區域「新竹市馬偕兒童醫院」為空氣品質維護區及新竹轉運站擴大管制燃油機車，已分別於6月17日及10月4日各辦理1場次協商及研商會議，並於10月17日提送評估計畫書至環境部審核。\n「新竹市馬偕兒童醫院」管制措施為出廠滿3年以上且自稽查日前1年內未經任一縣市環境保護局排煙檢驗合格之柴油大客貨車及小貨車，及出廠滿5年以上未擁有有效期限內之定檢合格紀錄之燃油機車，全時段禁止進入該維護區範圍內。\n本年度針對「新竹市馬偕兒童醫院」執行移動式車牌辨識稽查作業，其中柴油車共拍攝2,040輛次，取車號唯一共計1,347輛，到檢率為77.9%，較背景調查73.5%提升4.4%。「新竹市馬偕兒童醫院」本年度仍以宣導為主，針對1年內未完成檢驗車輛主動寄發到檢通知，統計到10月底，整體到檢率提升至80.4%。燃油機車部分共拍攝28,049輛次，取車號唯一為19,304輛，其中設籍本市佔56.8%，扣除出廠未滿5年之車輛，到檢率為92.4%，較背景調查88.7%提升3.7%。\n新竹轉運站燃油機車執行移動式車牌辨識稽查作業，本年度共拍攝13,968輛，二行程僅佔0.4%，扣除出廠未滿5年需管制之車輛數為3,468輛，共有3,197輛完成到檢，到檢率為92.2%。\n已劃設之3處空氣品質維護區，(1)「新竹轉運站」：柴油車到檢率較劃設前63.2%提升至100％，使用四期以上車輛較去年同期增加0.4%，鄰近微型感測器PM2.5濃度改善14.6%；(2)虎林國小、國中學區：柴油車到檢率較劃設前73.4%提升至92.6%，使用四期以上車輛較去年同期增加6.9%，鄰近微型感測器PM2.5濃度改善29.1%；(3)新竹科學園區為跨縣市(新竹縣)空氣品質維護區：柴油車到檢率較劃設前77.3%提升至90.5%，並自108年起與新竹縣共同推動CSR(企業社會責任)，推廣使用低污染運具，故在使用四期以上車輛較去年同期增加4.0%，顯示透過公告劃設為空維區後，管制進出該區域柴油車輛有所成效。\n二、使用中機動車輛噪音管制\n在使用中機動車輛噪音稽查管制部分，於停車場(站)、路旁、港區或其他適當地點執行原地噪音檢驗(檢查)或配合警政單位聯合稽查勤務作業共完成148場次，針對陳情熱點執行車載式及移動式科技執法共完成稽查109場次。\n本市目前有6套固定式、2套移動式及2套車載式聲音照相科技設備併行執法，整體陳情機動車輛噪音案件較去年同期下降28.4%。\n綜整以上各項管制作為，本年度針對環境部113年度績效考核部分，滿分為7.5分(含加分項目)，自評分數目前已取得6.8分(含加分項目)。",
        "eng_title": "113th Hsinchu City Air Quality Maintenance District Smart Promotion and AI Determination and Inspection Integration Plan",
        "eng_subject": "1. Promote the establishment of air quality maintenance areas\nThe overall progress of each quantitative target this year has reached 100% in accordance with the contract requirements, and the implementation results are shown in Tables 1 and 2. In terms of promotion and audit control of the air quality maintenance area, this year we promoted the designation of the sensitive area Hsinchu City Mackay Children's Hospital as the air quality maintenance area and the Hsinchu transfer station to expand the control of fuel-fired locomotives. One consultation and discussion meeting was held on June 17 and October 4 respectively, and an assessment plan was submitted to the Ministry of Environment for review on October 17.\nThe control measures of Hsinchu City Mackay Children's Hospital are that diesel large passenger trucks and small trucks that have been manufactured for more than 3 years and have not passed the smoke emission inspection of any county or city Environmental Protection Bureau within 1 year before the audit date, and fuel-fired locomotives that are more than 5 years old and have not had a valid regular inspection record, are prohibited from entering the maintenance area at all times.\nThis year, a mobile license plate recognition inspection operation was carried out for Hsinchu City Mackay Children's Hospital. A total of 2,040 diesel vehicles were photographed, and a total of 1,347 unique vehicle numbers were retrieved. The inspection rate was 77.9%, which was 4.4% higher than the 73.5% background check rate. Hsinchu City Mackay Children's Hospital still focuses on publicity this year, and proactively sends inspection notices to vehicles that have not completed inspection within one year. According to statistics, by the end of October, the overall inspection rate increased to 80.4%. A total of 28,049 fuel-fired motorcycles were photographed, and only 19,304 vehicles had vehicle numbers, of which 56.8% were registered in this city. Excluding vehicles that were less than 5 years old, the inspection rate was 92.4%, which was 3.7% higher than the 88.7% background check rate.\nThe Hsinchu Transfer Station uses motorcycles to perform mobile license plate inspection operations. This year, a total of 13,968 vehicles were photographed, and the second trip accounted for only 0.4%. Last year, the number of vehicles that were less than 5 years old and required control was 3,468, and a total of 3,197 vehicles were inspected, with an inspection rate of 92.2%.\nThree air quality maintenance areas have been designated, (1) Hsinchu Transfer Station: the inspection rate of diesel vehicles has increased to 100% from 63.2% before the designation, and the number of vehicles with more than four phases increased by 0.4% compared with the same period last year. The nearby micro-sensor PM The 2.5 concentration improved by 14.6%; (2) Hulin Elementary School and Junior High School District: the inspection rate of diesel vehicles increased to 92.6% from 73.4% before the establishment, and the number of vehicles with Phase IV or above increased by 6.9% compared with the same period last year. Nearby micro sensors PM2.5 concentration improved by 29.1%; (3) Hsinchu Science Park is a cross-county and city (Hsinchu County) air quality maintenance area: the diesel vehicle inspection rate increased to 90.5% from 77.3% before the establishment, and has been shared with Hsinchu County since 108 At the same time, we promote CSR (corporate social responsibility) and promote the use of low-pollution vehicles. Therefore, the use of vehicles above the fourth phase increased by 4.0% compared with the same period last year. This shows that after the announcement of the designation as an empty maintenance area, the control of diesel vehicles entering and exiting the area has been effective.\n2. Control of noise from motor vehicles in use\nIn the part of in-use motor vehicle noise inspection and control, a total of 148 inspections were completed in parking lots (stations), roadside, port areas or other appropriate locations or in cooperation with police units for joint inspections. A total of 109 inspections were completed with vehicle-mounted and mobile technology law enforcement targeting hot spots.\nThe city currently has 6 sets of fixed, 2 sets of mobile and 2 sets of vehicle-mounted sound camera technology equipment for concurrent law enforcement. The overall number of motor vehicle noise cases dropped by 28.4% compared with the same period last year.",
        "proj_year": "113",
        "org_name": "新竹市環境保護局",
        "exe_unit": "瑩諮科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130478528",
        "publish_date": "20250422"
    },
    {
        "chi_title": "113年精進畜牧糞尿資源利用推動計畫",
        "chi_subject": "本計畫協助地方政府推動畜牧資源化利用工作考核評分事宜，並辦理2場次管考會議，針對關鍵測站畜牧糞尿資源化推動情形，包含小型畜牧場及廢水管理計畫申請核准情形及考核項目得分情形進行檢討，掌握各項畜牧糞尿資源化目標達成情形並就重要議題與相關權責單位研商。此外，本計畫亦每月滾動式彙整分析地方政府加強畜牧業稽查管制之成果（含稽查數、採樣數、裁罰數、罰鍰金額）。\n\n為提升畜牧糞尿大場代小場或集中處理之推動效益，本計畫協助辦理13場次輔(督)導工作，分別為桃園市1場、高雄市1場、嘉義縣1場、臺中市1場、彰化縣1場、雲林縣6場、屏東縣2場，每場次邀集4位委員現勘及提出改善建議，並於輔(督)導後委員提出之建議及場家回覆進行13場次複查工作，落實資源化推動；針對目前已完工發電中11案場含厭氧發酵設備進行躉購費率研析，建議有厭氧消化設備之生質能躉購費率應逐年調升，以鼓勵業者發展沼氣發電。\n\n為加速直轄市、縣市政府推動畜牧糞尿資源化及了解機關補助資訊，本計畫辦理7場次農牧媒合說明會，製作農牧媒合調查表，實際了解畜牧業者及農民參與意願，期能減輕農民對於施灌用量及施灌成效之疑慮；另辦理2場次研商會，包括1場因應ESG減碳議題，推動零排生質綠能循環園區，規劃於畜牧場密度較高之區域設置集中處理場研商會議，邀請環保局、民間公司共同參與，促進企業對ESG減碳議題的關注；1場畜牧業廢水減量及企業社會責任研商會議；5場次現勘或協商會議以汲取各單位執行經驗及運作方式，提高資源循環利用成效及提供最新技術和知識，展現畜牧資源化推動成效，並藉此擴大畜牧糞尿政策推動宣傳及持續提升資源化比例，減少畜牧廢水排入河川。\n\n為落實資源化於地方發展，已於去年管考會議說明示範鄉競賽規則，並於今年底縣市提交考核時一併提交示範鄉競賽成果，作為考核加分項。針對資源化偏低之縣市，擇定6處示範推廣澆灌事宜，增加農民澆灌意願對策。\n\n為推廣畜牧資源化利用技術，本計畫完成彙整評析地方政府有關沼液沼渣作為農地肥分使用案件實際施灌量、後續地下水水質與土壤品質監測結果。並辦理至少20處施灌訪查，藉由實地訪查施灌者瞭解實際施灌成效及使用心得，調查內容包含施灌紀錄填寫情形，施灌作業是否與申請書吻合等。\n\n另本部110年設置單段式厭氧處理設施試驗場進行農地澆灌，並進行作物氮磷鉀吸收效益分析及土壤地下水定期檢測。為解決施灌農地不足問題，本計畫完成台糖造林地施灌試驗計畫進行分析試驗，包括土壤銅、鋅、導電度變化、樹木變化、地下水氨氮、導電度變化資料。另為評估畜牧場廢水於放流前水質，為進一步了解畜牧廢水經處理後，其氨氮濃度變化，故進行放流水檢測作業。",
        "eng_title": "The promotion management project for the treatment and utilization of livestock manure resources 2024.",
        "eng_subject": "This project assisted County \/City Governments in promoting the evaluation and scoring of livestock resource utilization work. It also organized two evaluation meetings to review the progress of key monitoring stations in promoting the resource utilization of livestock manure and urine, including the proportion of livestock resource utilization work in small-scale livestock farms, the approvals of wastewater management plan and the scores of assessment items. The project aimed to track the progress in achieving livestock manure and urine resource utilization goals and consulted with relevant authorities on important issues. In addition, the project has been conducting a monthly rolling analysis to consolidate and evaluate the results of the County \/City Governments' enhanced livestock industry inspection and control efforts (including the number of inspections, samples collected, penalties, and fine amounts).\n\nTo enhance the effectiveness of promoting large-scale livestock manure and urine treatment and centralized processing, this project assisted in organizing 13 guidance (supervision) sessions, which are held in the following locations: one in Taoyuan City, one in Kaohsiung City, one in Chiayi County, one in Changhua County, six in Yunlin County, two in Pingtung County, and one in Taichung City. Each session invited four committee members for site visits and to provided improvement suggestions. After the guidance (supervision), the advices made by the committee members and the responses from the livestock farms were reviewed in 13 follow-up sessions to ensure the implementation of livestock resource utilization. Especially, for the 11 completed power generation sites, including those with anaerobic digestion equipment, a feed-in tariff analysis was conducted. It is recommended that the feed-in tariff for biogas energy with anaerobic digestion equipment be gradually increased each year to encourage operators to develop biogas power generation.\n\nTo accelerate the promotion of livestock manure and urine resource utilization by Government of the Special Municipality and County Governments and to provide the information of agency subsidies, this project organized 7 agricultural-livestock matchmaking briefing. It also developed a matchmaking survey to understand the willingness of livestock farmers and agricultural producers to participate, aiming to alleviate concerns among farmers about irrigation amounts and effectiveness. Additionally, two consultation meetings were held: one addressing ESG carbon reduction issues by promoting a zero-emissions, biomass-based green energy circular park. This meeting focused on planning centralized processing facilities in areas with a high density of livestock farms and invited participation from the Department of Environmental Protection and private enterprises to promote the attention on ESG carbon reduction issues. The second meeting focused on wastewater reduction in the livestock industry and corporate social responsibility.\n\nFurthermore, three site visits and two negotiation meetings were conducted to gather operational experiences and best practices from various departments. These efforts aimed to improve resource recycling efficiency, provided the latest technologies and knowledge, showcased the results of livestock resource utilization promotion, and expanded the promotion of livestock manure and urine policies. The goal has been continuously enhancing resource utilization rates and reducing livestock wastewater discharged into rivers.\n\nTo implement livestock resource utilization in local development, the competition rules for model towns were explained during the evaluation meetings last year. By the end of this year, counties and cities will submit their performance evaluations along with the results of the model town competition as an additional scoring item. For counties and cities with low levels of resource utilization, six locations have been selected to promote irrigation demonstration projects, aiming to increase farmers' willingness to adopt irrigation measures.\n\nTo promote the utilization of livestock resources technique, this project has conducted the round of reviews and assessments on County \/City Governments' use of fermented liquid and residues as agricultural fertilizers. These assessments include the actual irrigation volumes, as well as subsequent groundwater quality and soil quality monitoring results.\n\nFurthermore, at least 20 irrigation site inspections were conducted. These field visits aimed to understand the effectiveness and user feedback on actual irrigation practices. The investigations covered aspects such as the completion of irrigation records and whether the irrigation operations aligned with the approved application plans.\n\nAdditionally, in 2021, the Ministry of Environment established a single-stage anaerobic treatment facility for farmland irrigation trials, conducting an analysis of the absorption efficiency of nitrogen, phosphor",
        "proj_year": "113",
        "org_name": "環境部水質保護司",
        "exe_unit": "磐誠工程顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130441715",
        "publish_date": "20250403"
    },
    {
        "chi_title": "113年雲林縣推動環保許可整合計畫",
        "chi_subject": "本計畫為持續性工作，已協助掌握本縣列管固定污染源家數734家，其中需申報空污費有575家，已取得操作許可證有316家有效操作許可證數586張，核定空氣污染物排放量分別為粒狀物2,433.98公噸\/年，硫氧化物9,155.72公噸\/年，氮氧化物18,336.16公噸\/年，揮發性有機物4,140.08公噸\/年；今年度核發許可證共計231張許可證，透過許可審查及現場查核輔導，推動製程改善、增設防制設備及改用低污性燃料，共計達成統計粒狀污染物減量12.84公噸\/年，硫氧化物減量5.3公噸\/年，氮氧化物減量92.72公噸\/年，揮發性有機物減量523.23公噸\/年。並完成資料庫檢核績效，113年平均分數為98.31%達成考評滿分。\n執行污染源查核，空污費查核發現4家砂石業漏報空空污費，執行追繳作業追繳金額586萬3,854元；以及未納管工廠進行清查，發現3家需申請許可的工廠，並已督促其提出許可申請，這有效掌握未列管工廠及其實際排放情況。逸散源查核統計已執行140件次巡查，共計40件有缺失，現場查核法規符合度為71%。另查核缺失經追蹤改善後堆置場粒狀物削減量為49.02公噸，車行路徑粒狀物削減量為44.40公噸，合計93.42公噸。\n執行空氣污染防制計畫書管制措施，燃煤發電機組除役、建物塗料逸散減量、加油站真空壓力閥全數汰換、表面塗裝製程管制及固定污染源逸散性粒狀污染源減量，透過製程查核及污染輔導等方式，已達成113年減量目標，共計達成PM10減量35.21公噸、PM2.5減量28.08公噸、硫氧化物減量96公噸、氮氧化物減量89公噸、揮發性有機物減量204.4公噸。",
        "eng_title": "2024 Project of Promoting Integration of Environmental Protection Permits in Yunlin County",
        "eng_subject": "This project is an ongoing task , In this phase, we have assisted in identifying 734 regulated Stationary Source Air Pollution in the county. Among these, 575 are declared air pollution fees. Additionally, 316 sources have obtained valid operating permits, with a total of 586 effective operating permits, and approving air pollutant emission at 2,433.98 ton\/year for particulates, 9,155.72ton\/year for sulfur oxides, 18,336.16 ton\/year for nitrogen oxides, 4,140.8 ton\/year for VOCs. A total of 231 permits were issued at this year. Through permit review and on-site inspection and guidance, we promoted process improvement, added control equipment, and switched to low-pollution fuels, achieving a total reduction of 12.84 ton\/year for particulates, 5.3 ton\/year for sulfur oxides, 92.72 ton\/year for nitrogen oxides, 523.23 ton\/year for VOCs. We completed the database inspection performance,  the average score was 98.31% this year, reaching the full score of the evaluation.\nThe execution of Conducting the pollution source inspection The air pollution fee inspection found that four sand and gravel industries failed to report air pollution fees, and the recovery operation was carried out to recover the amount of NT$5,863,854.Additionally, during the inspection of unregistered factories, three factory was found to require a permit, and we have urged them to submit the permit application. This effectively ensures the identification and control of unregistered factories and their actual emissions. In emission source control, 140 audit have been carried out, and a total of 40 items were missing, The on-site inspection compliance rate was 71%. After the inspection and deficiencies were tracked and improved, the particulate matter in the storage was reduction of 49.02 ton\/year for particulates, and the particulate matter on the vehicle path was reduction of 44.4 ton\/year for particulates, totaling reduction of 93.42 ton\/year for particulates.\nThe execution of Air pollution control plan control measures, including decommissioning coal-fired generating units, reducing fugitive emissions from building coating, replacing all vacuum pressure valves at gas stations, controlling surface coating processes, and reducing Stationary Source emission for particulates. Through process inspections and pollution coaching, This year’s reduction target has been achieved.,a total reduction of 35.21 ton\/year for PM10, 28.08 ton\/year for PM2.5, 96 ton\/year for sulfur oxides, 89 ton\/year for nitrogen oxides, and 204.4 ton\/year for VOCs.",
        "proj_year": "113",
        "org_name": "雲林縣環境保護局",
        "exe_unit": "台灣曼寧工程顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130379582",
        "publish_date": "20250408"
    },
    {
        "chi_title": "113年度桃園市推廣使用共享電動汽機車計畫",
        "chi_subject": "桃園市自98年以來，積極推動機車汰舊換新及低污染運具推廣，本計畫旨在降低移動污染與運輸所產生的碳排放。計畫以「共享」、「友善」、「補助」三個面向進行推廣和執行，以下為執行成果的摘要：\n共享：桃園市致力於推動共享運具的普及，以促進環保交通。為提高市民對共享運具的了解與使用，市府透過社群平台、宣導活動現場及人潮匯集點進行問卷調查，並收集1,010份回覆，提供市府作為後續改善及推廣的依據。此外，也舉辦了5場針對移動污染源的協商會議，促進各界的交流與合作，討論如何有效減少移動污染。\n友善：在建設友善的低污染運具環境方面，桃園市積極推動能源補充設施的建置。市府獲得環境部核定補助總經費約2億4,274萬元，計劃在全市設置150處充電設施，包括示範站、快充站及慢充站。為提升公共設施的便利性，目前電設施補助案件189件已全數巡查完畢。也在行政園區內進行電動車太陽能停車區的維護，更新停車格線與告示牌，以提升市民使用的便利性。\n補助：桃園市低污染運具補助計畫涵蓋普通重型電動機車、輕型電動機車及充電設施等多個項目。統計至2025年1月10日，共受理6,835件補助申請，通過率達97.32%。也針對低碳運具補助的線上申辦系統進行優化，增強其功能，提升申請人及審查人員的使用體驗。此外，針對違規車輛，市府共處理了393件檢舉案件，並對逾期未繳罰款的違規車輛採取車籍禁動措施，以確保低污染運具補助計畫的執行成效。\n透過以上三個面向的努力，桃園市在推動低污染運具普及化上取得了顯著進展，有助於降低該市的移動污染與碳排放，實現更綠色、更可持續的交通環境。",
        "eng_title": "2024 Taoyuan City promotes shared electric vehicles and scooters plan",
        "eng_subject": "Since 2009, Taoyuan City has been promoting the replacement of old motorcycles and subsidizing low-pollution vehicles, aiming to reduce mobile pollution and transportation-related carbon emissions through the adoption of electric vehicles. This project focuses on the subsidy plan for low-pollution vehicles and continues to encourage the public to use such vehicles. The low-pollution plan is executed through three main aspects: sharing, friendliness, and subsidy. A summary of the implementation outcomes is provided below:\nSharing:\nTaoyuan City is committed to promoting the popularity of shared mobility devices to promote environmentally friendly transportation. In order to increase the public's understanding and use of shared mobility devices, the city government conducted a questionnaire survey through social media platforms, publicity campaigns, and crowd gathering points, and successfully collected 1,010 responses, which provided the city government with a basis for subsequent improvement and promotion. In addition, the Municipal Government also organized 5 consultation meetings on mobile pollution sources to promote exchanges and cooperation among different sectors and discuss how to effectively reduce mobile pollution.\nFriendliness:\nIn order to build a friendly and low-pollution transportation environment, Taoyuan City actively promotes the construction of energy-supply facilities. With a total grant of about $242.74 million approved by the Ministry of the Environment, the city plans to set up 150 charging facilities in the city, including demonstration sites, DC charging stations, and AC charging stations. In order to enhance the convenience and availability of public facilities, the City completed inspections of 189 charging facility grant cases. The City also conducted maintenance of solar-powered parking areas for electric vehicles in the Executive Park, updating parking grids and signage to enhance the convenience of the public.\nSubsidy:\nTaoyuan City's low-pollution transportation subsidy program covers a wide range of areas, including regular heavy-duty electric motorcycles, light-duty electric motorcycles, and charging facilities. 6,835 subsidy applications were accepted in the January 10, 2025, with a pass rate of 97.28%. The online application system for low-carbon vehicle subsidies has also been optimized to enhance its functions and improve the user experience of applicants and examiners. In addition, the city handled a total of 393 reports of non-compliant vehicles and imposed a ban on vehicles with overdue fines to ensure the effectiveness of the low-pollution fuel subsidy program.\nThrough a three-pronged effort of Sharing, Friendliness and Subsidy, Taoyuan City has made significant progress in promoting the popularization of low-pollution transportation, helping to reduce the city's mobile pollution and carbon emissions, and realizing a greener and more sustainable transportation environment.",
        "proj_year": "113",
        "org_name": "桃園市政府環境保護局",
        "exe_unit": "永固環境工程顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130378492",
        "publish_date": "20250430"
    },
    {
        "chi_title": "113年度彰化縣揮發性有機物污染減量及潔淨燃料輔導計畫",
        "chi_subject": "本計畫執行期間承蒙環境部、環保局及多位專家學者給予指導、建議與監督考核，使各項作業執行內容與進度均能符合原規劃，並順利執行完畢。本計畫各項工作內容及詳細成果，均分述於本報告各章節中，另摘要說明如下：\n（一）管制特定行業污染源\n1.計畫執行期間通知特定行業對象進行定期申報及定期檢測作業，並協助完成143件申報內容審查。\n2.計畫執行期間共執行3根次煙道NMHC檢測（前測與後測視為1根次）以驗證防制設備效率，7根次排放管道排放標準稽查檢測、2600點FID檢測及4次有害污染物監測作業。\n（三）、落實加油站查核管制\n1.計畫執行期間共完成173站次加油站法規符合度現場查核及審查作業。\n（四）、配合空污費徵收進行清查作業\n1.1.113年第1~3季空污費應申報公私場所共計1,573家，並應申繳空污費4,789萬9,104元，另本縣符合公告須進行排放量申報者共計182家。\n2.計畫執行期間共執行301家次現場查核作業。\n（五）、空氣污染防制宣導及其他作業\n1.計畫執行期間已辦理1場次揮發性有機物管制宣導說明會、1場次空污費及排放量申報宣導說明會及1場次加油站法規宣導說明會。\n2.計畫執行期間已配合空氣品質惡化通報啟動67天次應變作業。\n3.計畫執行期間執行空氣污染突發事故緊急應變措施計畫審查作業並審查確認業者應變演練作業。\n4.計畫執行期間追蹤鍋爐製程改善作業並完成3家。\n5.辦理本縣緊急空氣污染事故應變查詢輔助系統資料庫更新作業1式",
        "eng_title": "2024 Project of VOC ＆ Air Pollution Fee Payment and Control in Changhua County",
        "eng_subject": "The Environmental Protection Administration, the Environmental Protection Bureau, and many experts and scholars provided guidance, advice, supervision, and evaluation during the implementation of this plan and consequently the content and progress thereof were all in line with the original plan; hence the implementation was successfully completed. The work content and detailed results of this plan were described separately in the chapters of this report, which is summarized as follows:\n\n(2)\tControl of Pollution Sources in Specific Industries\n1.\tInformed specific industries to carry out regular report and regular testing and assisted in completing the content review of 183reports during the implementation of this plan.\n2.\tA total of 4 piece\/time flue NMHC testing (pre-test and post-test shall be deemed 1 piece\/time) were carried out during the implementation of this plan to verify the efficiency of control equipment, 10 piece\/time exhaust pipes emission standard audit testing and 3,305-point FID testing.\n(3)\tMaterialized Gas Station Inspection and Control\n1.\tDuring the implementation of this plan, a total of 5 gas station installations of gasoline vapor recovery facilities plans were reviewed, 2 gas station fuel truck nozzles deactivated reviews, and 12 gas station applications for extended inspection reviews, and 161 times of gas stations on-site inspection of regulatory compliance were completed.\n2.\tDuring the implementation of this plan, a total of 4 gas station audit tests (gas leak detection of gasoline vapor recovery function) and 6 gas station fuel truck nozzles gas-oil ratio tests were carried out.\n(4)\tCooperated with Collection of Air Pollution Fees for Check Operations\n1.\tIn the one to third quarter of 2023, a total of 1,473public and private premises should report air pollution fees, which totaled NT$42,044,823. The air pollution fees paid by the top ten public and private premises accounted for about 37% of this County’s total amount. Among them, Pota Company paid the highest amount, followed by E-TOP METAL CO., LTD., and Xizhou Incinerator. The total amount of the top three reported respectively accounted for 8%, 5% and 4% of the County’s air pollution fees reported.The online reporting rate of air pollution fees in the third quarter of 2023 has reached 100%, as a result 122 new air pollution fee reporting objects have been added because of permit review, verification of designated objects, and collection of particulate air pollution fees. A total of 182 companies have been announced that they are required to report their emissions.\n2.\t During the implementation of this plan, a total of 150on-site inspections of air pollution fee reporting cases were carried out, and the control status of 23 public and private premises confirmed to be updated which had not been inspected for a long time was carried out.\n(5)\tPublicity and Other Tasks\n1.\tDuring the implementation of this plan, one volatile organic compound control promotion briefing, one air pollution fee and emission report promotion briefing, and one gas station regulation promotion briefing were held.\n2.\tDuring the implementation of this plan, 77 contingency operations were initiated in conjunction with the Warning Information on Severe Deterioration of Air Quality.\n3.\tDuring the implementation of this plan, 22 times of the review of contingency measures for air pollution emergencies were carried out.\n4.\tDuring the implementation of this plan, we tracked the boiler manufacturing process improvement operations, and completed 5 companies including Long John Tsung Right Industrial Co., Ltd., Yung Hung Dyeing ＆ Finishing Industrial Co., Ltd. and Goodlot Enterprise Co., Ltd.\n5.\tDuring the implementation of this plan, the industries were counseled to reduce the content of volatile organic compounds in the manufacturing process raw materials or to use alternative raw materials through the air pollution fee report and the air pollution fee on-site inspection. Among them, 12 companies including Jinshan Company and Hsinhungchang Company, of which the manufacturing process has switched to the materials with low volatile organic content.",
        "proj_year": "113",
        "org_name": "彰化縣環境保護局",
        "exe_unit": "台灣曼寧工程顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130260802",
        "publish_date": "20250404"
    },
    {
        "chi_title": "113年建立車輛溫室氣體效能標準相關管制措施專案計畫",
        "chi_subject": "依據氣候變遷因應法第23條規範，以及我國「臺灣2050年淨零排放路徑及策略總說明」中關鍵戰略七目標，應訂定新車溫室氣體效能標準，並規劃將運輸業納入溫室氣體排放量揭露，透過彙析各國新車溫室氣體排放管理制度，各國皆以輕型車輛的新車為優先管制對象，並以整廠管制方式進行管理，以促使低碳排運具加速導入新車市場。\n參考國際車輛相關管制規範及國內管制目標規劃，本計畫以小客車為車輛溫室氣體效能標準管制優先對象，就車輛效能標準規劃方向召開專家諮詢會議，依委員意見，納入研議。\n為評估將國內運輸業納入溫室氣體排放量盤查揭露合適規劃，本計畫彙整國際針對運輸業溫室氣體盤查相關管制規範，以日本特別針對運輸業具有詳細的管制規劃及納管條件；解析國內運輸部門營運車輛各運具別，及公路運輸業別下的CO2排放占比，考量業者排放占比及行業營運特性，建議以軌道運輸及公路運輸的貨運三業與大客車客運業（包含公路客運業者、市區公車業者及遊覽車業者）為運輸業盤查納管優先對象，並分別以持有營業車輛數大於200輛及事業年用電量合計2,000萬度以上為納管揭露條件，預估將可納管16.9%的公路運輸及98%的軌道運輸溫室氣體排放。\n同時，本計畫亦依據現行溫室氣體盤查量盤查作業指引及盤查登錄作業平台為架構，檢視現行盤查制度於運輸業應用可行性，提出運輸業溫室氣體盤查報告書範本、排放量清冊及盤查登錄作業平台調整建議，以作為未來運輸業盤查的法制化基礎。",
        "eng_title": "Establishment of Greenhouse Gas emission performance standards for vehicle and related control measures",
        "eng_subject": "According to the national Climate Change Response Act and the key policy of the 2050 Net-Zero Emission Roadmap, it is necessary to formulate the GHG emission standards for new vehicles, and transport operators have to be included in the GHG emissions disclosure targets. Overviewing the GHG emission management system for new vehicles around various countries, all the countries prioritize light-duty new vehicles, and manage them through whole-plant control, in order to accelerate the introduction of low-carbon emission vehicles into the new car market.\nReferring to foreign vehicle control regulations and relevant domestic planning, passenger cars are proposed to be priority object for domestic vehicle GHG standard control in this study, and holding an expert consultation meeting to discuss the performance standard strategic planning direction. All the opinions have been incorporated into the performance standard planning.\nIn order to evaluate the applicability of the GHG emissions disclosure for transportation industry, the international control regulations related to GHG inventory in the transportation industry have been searched and compiled in this study, where Japan has detailed control plans and management conditions specifically for the transportation industry. Analyzing the proportion of CO2 emissions by vehicle type and road transport industry type in domestic transportation sector, and taking into account the CO2 emission proportion and operating characteristics of transport operators, it is recommended that rail transportation, and the three freight industries and buses (including highway, urban and tourist bus operators) in road transportation, should be the priority targets for inventory management in the transportation industry, where the conditions for disclosure are that the total annual electricity consumption of the business is more than 20 million kWh, and the number of operating vehicles is more than 200, respectively. It will be able to manage 16.9% of road transportation and 98% of rail transportation GHG emissions.\nIn addition, based on the current GHG inventory guidelines and registration platform as the framework, the feasibility of the current inventory system in the transportation industry has been reviewed. Suggestions on adjustments to the transportation industry GHG inventory report template, emission inventory, and inventory registration operating platform have been proposed as the legal basis for future transportation industry inventory.",
        "proj_year": "113",
        "org_name": "氣候署排放管理組",
        "exe_unit": "景丰科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130160338",
        "publish_date": "20250420"
    },
    {
        "chi_title": "113年度臺中市事業廢棄物流向管制減量再利用及非法棄置管理查核計畫",
        "chi_subject": "本計畫主要工作項目分別為：「辦理事業廢棄物相關許可審理」、「查核本市事業廢棄物產出、貯存、清除方式及處理流向工作」、「執行事業廢棄物專案管制工作」、「既有非法棄置場址巡查管理及車輛攔檢作業」、「辦理事業廢棄物管理及非法棄置相關會議」、「協助專案資料調查」及「配合行政執行作業」等工作為主要範圍。\n本計畫主要執行目的在於監督事業、清除、處理與再利用機構清理申報流向正確性與合法性及查核本市之清除處理機構及再利用機構相關機具設備運作正常性、廢棄物處理及再利用成效，並防範各種廢棄物非法棄置之可能，包括對既有場址之巡查監控，提高本市相關績效考評成績以及適時宣導防範非法棄置重要性。針對以上主要目標，本計畫自113年2月15日起至12月31日止所執行之成果績效簡要說明下：\n為落實各項事業廢棄物管理工作，加強清理流向勾稽作業，及配合環境部「事業廢棄物清理計畫書審查管理辦法」，透過本計畫具有相關專業之專任人員協助事業廢棄物相關許可審理，督促指定公告事業應依規定提出廢清書申請展延、變更或解列，113年2月至113年12月止，已完成各類許可審查件數累計達4,548件。其中包含事業廢棄物清理計畫書審查累計1,945件、事業廢棄物輸入輸出許可審理審查累計12件、再生利用機構檢核累計0件、專業技術人員設置審查累計62件、興辦事業累計11件、公民營清除、處理審查累計371件、廢食用油工作證審查累計44件、車輛GPS審驗累計772件、事業管制編號申請累計1,313件及應回收廢棄物回收處理業許可審查累計18件，計畫目前仍持續辦理中，符合計畫預定期程，本計畫目前仍依實際量進行審查並持續受理申請案件。另藉由本計畫辦理2場次法規宣導說明會，達到廢棄物減量之目標。\n計畫執行期間，為確保清理申報流向正確性，透過本計畫專業稽查人員，每月均按既定期程辦理事業上網申報資料之例行性、專案性及GPS勾稽作業，並就勾稽疑似異常事業，輔導業者進行改善。113年2月15日起至12月31日止，例行性勾稽異常2,627家次、專案性勾稽異常473家次及GPS勾稽異常526家次。申報異常狀況多屬申報錯誤或未申報問題，均統一採取行文方式通知事業申報問題。\n針對環境部各類專案稽查、自主性勾稽或環保局交辦事業查核，執行稽查421家次；本市畜牧場稽查，執行稽查31家次，亦執行斃死禽畜車輛攔檢，共計執行13件，未發現違規情事。\n本計畫每月定期至清除、處理及再利用機構現場稽查，並於現場給予專業之建議，妥善輔導業者及引導其正確守法觀念、妥善清除廢棄物之目標。113年2月15日起至12月31日止，已完成645家次清除機構、28家次處理機構及325家次再利用機構之查核作業。查核異常情形以網路申報資料異常問題居多，本計畫稽查人員皆於現場輔導業者進行改善。\n為輔助環保局對於高風險廢棄物之管控，本計畫於執行期間，針對高風險事業單位進行遠端監控及輔導作業20家，透過監控系統即時回傳畫面，依高風險事業性質不同設置適合之遠端監控設備，如廢木材、廢塑膠等事業廢棄物產源或再利用機構易發生火災等危及公共安全，設置5家熱成像溫度監控攝影設備；常發生非法棄置事件如營建混合物等事業廢棄物，如清理中非法棄置場址、營建工地、高風險再利用機構或道路設置9家即時監視攝影機；高潛勢熱點山（道）路設置6家車牌辨識系統攝影機…等，大幅降低公共意外和非法棄置發生。\n為防範各種廢棄物非法棄置之可能，本計畫執行(易)遭非法棄置地點巡查及攔檢載運廢棄物、剩餘土石方貨卡車，113年2月15日起至12月31日止，共計執行車輛取締聯合稽查執行864次及及完成173次列管非法棄置場址巡查作業。\n另配合環保局執行行政工作包含定期彙整更新各清理進度及定期更新環保稽查處分管制系統(EEMS)與非法棄置管理系統資料庫(WDMS)。本計畫各工作項皆依期程執行，並適時提供環保局相關管理策略規劃及建議，作為提供環保局於未來執行事業廢棄物管理政策上之參考。",
        "eng_title": "2024 Taichung City Management and Audit Plan for In-Country Destination Control, Reduction, Recycling, and Illegal Disposal of Business Waste",
        "eng_subject": "The main work items of the project are: “Assisting in Processing Various Industrial Waste-Related Permit Review”, “ Audit of the city's business waste generation, storage, removal methods, and in-country destination after disposal”, “Enforcement on the project control of business waste”, “ Inspection and management of existing illegal disposal sites and vehicle interception operation”, “Organize exercises in response to illegal waste dumping’’, “Organization of Meetings Related to Business Waste Management and Illegal Disposal” and “Assistance in Project Data Investigation” and “Complying With Administrative Operations”.\nThis project aimed to monitor the correctness and legality of the declared in-country disposal destination of businesses, the institutions dealing with waste disposal, treatment, and recycling, audit the City's correctness, waste disposal and recycling outcome of relevant machinery and equipment used by the disposal and treatment institutions and recycling institutions, and prevent any possibility of illegal disposal of various business waste, including the patrol and monitoring for existing sites, to improve the relevant performance audit score of the City and to promote the importance of preventing illegal dumping in due course. Regarding the above primary goals, the performance results for the execution of the Plan before the final report are summarized as follow:\nIn order to implement the management of various business waste, strengthen the cross reference of in-country disposal destinations, and be in line with “Regulation for Reviewing and Managing Business Waste Disposal Plan” established by Ministry of Environment. With this project, professional personnel with relevant expertise can assist in reviewing the relevant permit of business waste, urge designated businesses in the announcement to apply for extending, changing, or canceling the regulatory listing of the Disposal Plan in accordance with the regulations, including 1,945 reviews on industrial waste cleaning projects, 12 audits on industrial waste import and export permit, 62 reviews on professional technician establishment, 11 cases on starting new business, 371 cases on public and private waste disposal and processing, 44 reviews on waste food-grade oil work permit, 772 cases on vehicle GPS examination, 1,313 applications for business control number and 18 reviews on recyclable waste recycling and processing industry license, for a total of 4,548 cases. The project is still ongoing according to the actual quantity in terms of reviews and accepting applications. In addition, organize two sessions of regulation promotional meetings through the plan to achieve waste reduction goals.\nWhen executing the program, to ensure the correctness of the in-country destination declared for disposal, the professional auditors of this program, every month, business on-line reporting for routine, project-based, and GPS relevance checking are executed per set schedule; counseling in abnormal businesses for making improvement has been done as well. The project-based perform inspections according to the EPA’s Industrial Waste Report and Management System set schedule. Results of the routine inspection for a total of 2,627 abnormalities, which has already 473 abnormal in the project based and 526 problem cases on GPS inspection. Abnormal reports are mostly of wrong reporting or non-reporting problems, which are processed in the form of notification by letter.\nThe Plan had performed 421 times pf audits regarding various project audits under the Environmental Protection Administration, initiative articulation, or businesses assigned by the Environmental Protection Bureau. The Plan executed audits on 31 stock farms in the City and executed stop check for deadstock vehicles; a total of 13 vehicles were stopped, and there was no circumstance of any violation found.\nThe Plan performs monthly regular on-site audit for clearing, disposal, and reuse organizations, provides professional recommendations on site, and offers proper guidance for companies and their accurate ideas of legal compliance and the target of duly clearing wastes. During the year, the reviews for 645 clearing organizations, 28 disposal organizations, and 325 reuse organizations were completed. The reviewed anomalies were mostly the anomaly for online report data, in which audit personnel of the Plan had guided the companies for improvements on site.\nTo assist the Department of Environmental Protection in the control of high-risk wastes, the project carries out remote monitoring and consultation for 20 high-risk business entities during the execution period to transmit live images through the monitoring system. Appropriate remote monitoring equipment is set up based on the different natures of high-risk businesses. Regarding sources of waste wood materials and waste plastics or fires that easily occurred to reuse organizations as well as other hazards to public safety, thermal imaging",
        "proj_year": "113",
        "org_name": "臺中市政府環境保護局",
        "exe_unit": "晶淨科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130142482",
        "publish_date": "20250408"
    },
    {
        "chi_title": "113年度新竹市固定污染源智能管理暨連續自動監測系統(CEMS)查核計畫",
        "chi_subject": "本計畫執行期程自113年1月1日至113年12月31日止。主要工作項目包括：固定污染源法規符合度查核、許可制度、稽查檢測對象規畫、現場督測及檢測報告審查、連續自動監測系統（CEMS）查核、固定逸散源法規符合度查核、空污費審查及查核作業等工作項目。",
        "eng_title": "The 113th Year Hsinchu City Fixed Pollution Source Intelligent Management and Continuous Emission Monitoring System (CEMS) Inspection Plan",
        "eng_subject": "The execution period of this project is from Jan. 1, 2022 to Dec. 31,2022.Tasks in this project include checking of mandatory compliance by stationary polluting sources, permit system, planning of subjects of audit and tests, review of site monitoring and test reports, checking of continous emission monitoring system, checking of mandatory compliance by stationary emission sources, review and check of air pollution control fee.",
        "proj_year": "113",
        "org_name": "新竹市環境保護局",
        "exe_unit": "康廷工程顧問企業有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130080798",
        "publish_date": "20250422"
    },
    {
        "chi_title": "雲林縣-113年推動廢棄物源頭減量及強化分類回收補助計畫",
        "chi_subject": "(1)本縣市、鎮級行政區(斗六市、虎尾鎮、西螺鎮、北港鎮、土庫鎮、斗南鎮)每市(鎮)須輔導設置至少5家以上，鄉級行政區每鄉至少1家以上可循環容器盛裝餐點業者，共計輔導64家業者響應，以促使民眾可於日常飲食租用餐盒以減少使用一次性餐具。(2)民眾使用環保餐盒購買餐點享優惠活動，可促使民眾共同響應一次性餐盒減量措施，共計募集100家活動店家，1,156人次使用環保餐盒購買餐點，減少7,068個一次性餐盒。(3)為落實源頭減量，本縣所屬機關、學校於「生活廢棄物質管理資訊系統」「免洗餐具及包裝飲用水減量情形填報表」追蹤及彙辦單位於每月完成申報確認，申報率達9成以上。(4)抽查機關學校落實作業指引情形，已抽查136處機關學校單位。(5)為減少廢棄物產生，已完成輔導並補助大崙夜市商圈共19家餐飲業者內用提供循環餐具，共計3,530件循環餐具。(6)為使消費者更便利使用餐具租借，已完成循環餐具租借系統優化及設置2台自助歸還機。(7)拓展循環杯租借範圍，維持111-112年輔導之區域飲料店配合循環杯租借系統服務，共計60家飲料店業者。輔導斗南鎮、西螺鎮、土庫鎮、北港鎮、古坑鄉共計30家飲料店業者加入「設置循環杯租借店家」，並設置歸還點20處。(8)為減少塑膠製品對環境之汙染，完成輔導5家門市推動蔬果裸賣，共計減少13,674個一次性蔬果套袋。分別於113年7月7日假頂好超級市場-古坑中山店、古坑永光店，113年8月15日假美客來超市及113年11月1日假大大購物中心辦理蔬果裸賣宣導活動4場次，參加人次共計432人。(9)為廣泛向民眾宣導新政策上路，完成輔導5家旅宿業者於公告正式實施前即提前響應「一次用旅宿用品限制使用對象及實施方式」。並於113年3月30日起至113年4月10日及113年11月1日至113年11月30日辦理2場次「一次用旅宿用品減量宣導活動」，達到宣導自備旅宿用品及減少一次性備品之目標。(10)為推廣民眾多加使用循環杯，共計結合大型活動4場次，共計減少967個一次性飲料杯之使用，推估減碳效益為119.64 kgCO2e。(11)因應網路購物盛行，稽查網際網路零售業者使用包材，共計稽查16家次，均符合規範，並設立13處網購包材回收站點。(12)為促進塑膠袋再利用，維護本縣「二手袋回收站」，共計40處。(13)為促進舊衣再利用，新增設置31處舊衣回收箱站點，並登錄於「全國不用品藏寶地圖」網站。(14)為推行廢棄物可再利用非直接丟棄，於113年6月11日及113年9月28日假雲林縣古坑鄉麻園井頭教室辦理循環再利用課程2場次，課程參與人數共計53人，合計減少總垃圾量約為16.54kg。(15)為使物命延長減少垃圾，修繕廢棄腳踏車循環再生80輛。(16)使用環保餐具租借借用餐具場次177場次，減少使用一次性用品共計32,899件。(17)為落實垃圾分類，20鄉鎮市垃圾隨車破袋檢查作業，共計破袋檢查4,000袋垃圾，袋內含應回收物之家戶垃圾共有2,832袋，依垃圾檢查分類標準評分超過3件以上資源回收物或廚餘為不合格，總計不合格包數為984袋，不合格率為24.6%。(18)協助辦理「一般廢棄物清除處理費停徵退費」審查作業，共計審查50家次，現況均符合停徵申請書。(19)於斗六市及虎尾鎮四大超商進行兩個月垃圾費隨袋徵收試辦，至113年12月20日止，四大超商業者共領取120公升專用垃圾袋4,110個、75公升專用垃圾袋3,420個。",
        "eng_title": "2024 Yunlin County General Waste Resource  Recycling and Reduction Promotion Plan",
        "eng_subject": "(1) In each municipal and urban township-level administrative district (Douliu City, Huwei Urban Township, Xiluo Urban Township, Beigang Urban Township, Tuku Urban Township, Dounan Urban Township), guidance has been provided to establish at least five dining establishments per city or urban township that offer recyclable containers for serving meals. In rural township-level administrative areas, at least one such establishment per rural township is required. A total of 64 business establishments have been counseled and participated in the project, encouraging residents to rent meal boxes daily and reduce the use of disposable utensils. (2) A promotional campaign was conducted where residents using eco-friendly meal boxes to purchase food received discounts. This initiative engaged 100 participating businesses and resulted in 1,156 instances of eco-friendly meal box usage, reducing the use of 7,068 disposable meal boxes. (3) To implement source reduction, county-affiliated institutions and schools used the “Household Waste Management System” and the “Disposable Utensils and Packaged Drinking Water Reduction Reporting Form” to track and compile reports. A monthly completion of reports confirmed a reporting rate of over 90%. (4) Spot checks were conducted to verify the implementation of operational guidelines in 136 governmental and educational institutions. (5) To minimize waste generation, support and subsidies were provided to 19 dining establishments within the Dalun Night Market district to offer reusable tableware, totaling 3,530 pieces of reusable tableware. (6) To facilitate consumer access to reusable tableware rentals, enhancements were made to the reusable tableware rental system, including the installation of two self-service return kiosks. (7) The expansion of the reusable cup rental program maintained cooperation with 60 beverage shops previously guided in 2022-2023 within the recycling cup rental system. Additionally, 30 beverage shops in Dounan Township, Xiluo Township, Tuku Township, Beigang Township, and Gukeng Township joined as “Reusable Cup Rental Shops,” establishing 20 return points. (8) To reduce the environmental pollution from plastic products, guidance was provided to five stores to promote the sale of unpackaged fruits and vegetables, reducing the use of 13,674 disposable produce bags. Promotional events for unpackaged produce sales were held on July 7, 2024, at the Gukeng Zhongshan Store and Gukeng Yongguang Store of Top Good Supermarket, on August 15, 2024, at the US Mart, and on November 1, 2024, at the Big Big Shopping Center, with a total of four sessions and 432 participants. (9) To expand the promotion of new policies, guidance was provided to five accommodation providers to adopt “Single-Use Toiletries Limitation and Implementation” even before the official enforcement announcement. Two promotional events for reducing single-use toiletries were organized from March 30 to April 10, 2024, and from November 1 to November 30, 2024, achieving the goal of promoting self-provided toiletries and reducing the use of disposable amenities. (10) To promote the increased use of reusable cups among the public, four large-scale events were combined, reducing the use of 967 disposable drink cups, with an estimated carbon reduction benefit of 119.64 kgCO2e. (11) In response to the popularity of online shopping, inspections were carried out on online e-commerce businesses regarding their use of packaging materials. A total of 16 inspections were conducted, all complying with regulations, and 13 online shopping packaging material recycling stations were established. (12) To promote the reuse of plastic bags, maintenance was performed on 40 “Second-Hand Bag Recycling Stations” throughout the county. (13) To encourage the recycling of used clothing, 31 new used clothing recycling bin stations were added and registered on the “National Unwanted Items Treasure Map” website. (14) To promote the reuse of waste materials rather than direct disposal, two recycling and reuse courses were conducted on June 11 and September 28, 2024, at the Mayuan Jingtou Community Classroom in Gukeng Township, Yunlin County. A total of 53 participants attended the courses, resulting in an approximate total waste reduction of 16.54 kg. (15) To extend the life of materials and reduce waste, 80 discarded bicycles were repaired and recycled. (16) Through the use of rented eco-friendly tableware at 177 events, a total of 32,899 disposable items were avoided. (17) To thoroughly implement waste sorting, trash bag inspection operations were conducted alongside garbage trucks across 20 rural and urban townships, totaling 4,000 trash bag inspections. Of these, 2,832 bags contained recyclables or kitchen waste, which should have been recycled. According to waste inspection standards, bags containing more than three items of recyclable materials or kitchen scraps were deemed non-compliant. The total number of non-compliant bags was",
        "proj_year": "113",
        "org_name": "雲林縣環境保護局",
        "exe_unit": "昇元工程顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130069542",
        "publish_date": "20250501"
    },
    {
        "chi_title": "土壤及地下水污染整治基金徵收及稽核計畫",
        "chi_subject": "環保署（現為環境部）為籌募土壤及地下水污染整治費用，參採美國超級基金財源籌措方式，自90年11月起以指定公告物質方式，向製造者及輸入者徵收整治費，該項費用用於國內土水污染調查及整治，對環境保護之貢獻至鉅；由於早期徵收對象多以化學物質為主，費基主要偏重於石化業者，為反映繳費人要求收費更公平合理及非法棄置場狀況，自100年7月起大幅度修訂徵收制度，除原有化學物質外，廣納鋼胚、煤、13項行業別產生之事業廢棄物、重金屬銅、鎳等徵收項目，使徵收費基更為擴大。於105年12月30日發布修正法規，自106年7月1日施行，取消13項行業別產生之事業廢棄物，改指定66項廢棄物代碼。嗣後，分別於110年11月12日修正法規，增訂鼓勵事業自行處理事業廢棄物獎勵措施，於112年12月29日修正法規，增訂鼓勵繳費人投保環境損害責任險之優惠費額。自106年修法後，徵收對象由約4,000家增加至8,400家，徵收金額每年約10.46億元，開徵迄今徵收總額已達192億元。本計畫執行成果如下：\n(一) 完成111年第4季至113年第3季整治費申報案件審理。\n(二) 完成申請111年及112年共113件投保環境責任險及預防工程退費案之審理。\n(三) 完成250件現場查核（包含申請預防工程退費案）。\n(四) 完成精進整治費徵收作業機制及研提徵收制度管理建議。此外，亦完成「土壤及地下水污染整治費網路申報及查詢系統」及「預算經費管理系統」精進功能。\n(五) 完成設置3線專線電話以供繳費人諮詢，保持順暢溝通管道，並彙整業界對申報作業程序之問題，供未來政策修訂之參考。",
        "eng_title": "Soil and groundwater pollution remediation fund collection and audit plan",
        "eng_subject": "To remediate the soil and groundwater pollution in Taiwan, the Environmental Protection Administration (now restructured into the Ministry of Environment) has begun to levy the soil and groundwater pollution remediation fees from the manufacturers and importers of officially declared substances in accordance with the amounts manufactured and imported by such enterprises in November of 2001. The remediation fee is used in the soil and groundwater investigations and remediation projects, providing undeniable benefits to environmental protection. Since the officially declared chemical substances are mainly organic substances, the remediation fee is mainly collected from the petrochemical industry. Therefore, the industry continued to claim that the fee sources should be more fair and reasonable. In response with the industries’ requisition and to reflect the situation of illegal dumping sites, a new version of the collection regulations was implemented in July of 2011. Other than the originally regulated substances, steel, coal, copper, nickel, and industrial wastes from the specified 13 industries were added to the regulated substances. Afterwards, the revised regulations were promulgated on December 30, 2016 and implemented on July 1, 2017. The wastes from the specified 13 industries were canceled, and changed to the designated 66 wastes items and corresponding codes. Subsequently, the regulations were amended on November 12, 2021, to add incentive measures to encourage businesses to process their own industrial waste, and the regulations were amended on December 29, 2023, to add preferential premiums to encourage payers to purchase liability insurance insuring against environmental damage. Since the amendment in 2017, the number of fee-payers has increased approximately from 4,000 to 8,400 and an average of 1.046 billion NT dollars of remediation fee is collected each year. A total of 19.2 billion NT dollars of remediation fees had been collected since November of 2001. The implementation results of this plan are as follows:\n(I) Complete the review of remediation fee declaration cases from the fourth quarter of 2022 to the third quarter of 2024.\n(II) A total of 113 refund applications for insurance purchases and pollution prevention projects for 2022 and 2023 were completed.\n(III) 250 cases of on-site auditing were completed, which include the refund applications for pollution prevention projects.\n(IV) Completed the refinement of the remediation fee collection operation mechanism and developed management suggestions for the remediation fee collection system. In addition, the advanced functions of Soil and Groundwater Pollution Remediation Fees Online Reporting and Inquiry System and Budget Expense Management System have also been improved.\n(V) 3 consultation hotlines were set up to maintain smooth communication channels. Collecting the industry’s problems in reporting operational procedures for reference to future policy changes.",
        "proj_year": "112",
        "org_name": "環管署土壤及地下水污染整治基金管理會",
        "exe_unit": "環興科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1122735244",
        "publish_date": "20250428"
    },
    {
        "chi_title": "應回收廢棄物稽核認證團體(廢機動車輛類)專案工作計畫",
        "chi_subject": "計畫執行期間自112年1月1日起至113年12月31日止，為二年計畫且具延續性，稽核認證查核內容包含：回收業廢汽、機車回收量及處理量認證，並執行現場作業程序及環境稽核、應回收物管理及異常處理等，稽核對象包括基隆市至臺中市以北、南投縣及宜蘭縣具受補貼機構資格之廢機動車輛回收業。\n\n　　本計畫已於111年12月完成辦理計畫人員職前訓練，為精進計畫人員知能，本計畫於112年3月25日、113年3月22日各辦理在職人員教育訓練共計2場次，針對稽核人員進行年度績效考核，評核等級皆屬合格。\n\n　　廢機動車輛稽核認證量之認證回收量112年1月至113年12月份廢汽車145,992輛、廢機車426,525輛；廢車殼總清運數量85,351,615公斤；雜質重量共計53,290公斤，共扣除廢汽車22輛、廢機車0輛。\n\n　　現場稽核作業共執行2,334場次(含引擎稽核及環境查核)。針對受補貼機構之新申請設置廠址完成協助6家次新設廠之申請文件審查，其中2家次新設廠已完成現勘作業，於變更申請業者完成1家次文件審查作業，及5家次廢止申請業者之清查作業。除稽核作業外，亦包含各類認證文件、成果報告、工作分析以及手冊修訂等作業。\n\n　　為了解回收業之油水分離機及冷媒回收機運轉情形是否達其效用，計畫期間於桃園市家泰有限公司、台中市中鐵實業之該設施之用電量進行監控，包含油水分離機與冷媒回收機運行方式，透過智能監控系統之紀錄資料，觀測期間業者於作業時間均有啟動，若有突發波峰時，比對歷史降雨紀錄發現有所關聯。",
        "eng_title": "The auditing and certification project of the regulated recyclable waste(Waste vehicles)",
        "eng_subject": "The project will be implemented from January 1st of the year 2023 to December 31st of the year 2024, lasting for two years and having continuity. The audit certification and verification content includes certification of waste automobile and motorcycle recycling quantities and processing quantities. It also involves executing on-site operational procedures and environmental audits, managing recyclable materials and handling anomalies. The audit targets are waste motor vehicle recycling businesses qualified for subsidies, located in the area from Keelung City to north of Taichung City, Nantou County, and Yilan County.\n\nDuring December of the year 2022, the project completed pre-service training for the personnel. In order to enhance the competency of the project personnel, an on-the-job education training session was conducted from January to June of the year 2023. Annual performance evaluations were carried out for the audit personnel, and all were rated as qualified.\n\nThe certified recycling quantities for waste motor vehicles from January 1st of the year 2023 to December 31st of the year 2024 were 145,992 units for waste cars and 426,525 units for waste motorcycles. The total quantity of scrapped vehicle shells transported was 85,351,615 kilograms, and the total weight of impurities was 53,290 kilograms, with 22 cars and 0 motorcycles deducted from the count.\n\nA total of 2,334 on-site audit operations were conducted, including engine audits and environmental inspections. Two on-site surveys were completed for newly applied facilities by subsidized organizations, and five on-site surveys were conducted for facilities applying for termination. In addition to the audit operations, other tasks such as certification documents, progress reports, job analyses, and manual revisions were also included.\n\nTo understand whether the oil-water separator and refrigerant recovery machine in the recycling industry are operating effectively, the electricity usage of these facilities was monitored during the project period at Jiatai Co., Ltd.(家泰有限公司) in Taoyuan City and Zhongtie Industrial Co.(中鐵實業) in Taichung City. The monitoring included the operation modes of the oil-water separator and refrigerant recovery machine. By utilizing data recorded through an intelligent monitoring system, it was observed that the operators activated the equipment during working hours throughout the observation period. In cases of unexpected peaks, a comparison with historical rainfall records revealed a correlation.\nConsidering that the Mobile Intelligent Audit System was implemented last year as part of this project, the plan for this year focuses on optimizing the user interface and system operation functions to enhance user-friendliness.",
        "proj_year": "112",
        "org_name": "循環署回收基金管理會",
        "exe_unit": "毅泰管理顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1121951562",
        "publish_date": "20250415"
    },
    {
        "chi_title": "應回收廢棄物稽核認證團體（非塑膠廢容器類）專案工作計畫",
        "chi_subject": "本計畫執行期間112年1月1日起至113年12月31日止，以下統計自112年1月1日起至113年12月31日，本計畫執行非塑膠廢容器處理之稽核認證作業查核內容主要包括：回收量及處理量稽核、作業程序稽核及會計稽核等工作。本計畫稽核認證回收量及處理量之執行成果，非塑膠廢容器稽核認證回收量計746,150,516公斤；認證處理量計744,987,094公斤。\n本計畫執行期間共執行稽核認證6,100場次，其中包含會計稽核77場次、環境查核471場次、再生料及廢棄物庫存數量查核471場次及再生料及廢棄物出廠流向追蹤查核作業共計91場次。另完成受補貼機構地磅抽驗作業共計72場次。\n教育訓練部分，已完成每位新進人員40小時以上之職前訓練及專業考核，以及執行24場次每月定期會議訓練，並已於112年4月19日、113年3月20日辦理2場次人員教育訓練。另針對資源回收體系現況及去化管道等問題，研擬相關因應措施及改善對策供循環署參考。",
        "eng_title": "The Auditing and Certification Project of the Regulated Recyclable Waste（Non-Plastics Waste Containers）",
        "eng_subject": "The project period was from Jan 01, 2023 to Dec 31, 2024. According to the results of auditing and certification from Jan 01, 2023 to Oct 31, 2024, the main tasks included the auditings of collection quantity, recycling quantity, operational processes, environment, and accounting. The project finished the on-site certification and auditing for subsidize recycles and verified their recycling volume. The total certified collection quantity of non-plastic waste containers was 746,150,516 kilograms and the total certified recycling quantity was 744,987,094 kilograms.\nDuring the project period, total of 6,100 field inspections were conducted. Including 77 accounting audits, 471 environmental audits, 471 recycled materials and waste inventory audits and 91 recycled materials and wastes tracking. Besides performed 72 weight scale tests.\nFor the results of the educational training, every new inspector was required to complete at least 40-hours training and related examinations. The project also conducted 24 monthly vocational trainings. Besides, the professional trainings were completed on 19 Apr., 2023 and 20 Mar., 2024. In view of the current situation of the resource recovery system and the related issues of the disposal flow path, the relevant measures and improvements were proposed for reference.",
        "proj_year": "112",
        "org_name": "循環署回收基金管理會",
        "exe_unit": "財團法人台灣產業服務基金會",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1121914586",
        "publish_date": "20250411"
    },
    {
        "chi_title": "應回收廢棄物稽核認證團體(廢輪胎類、廢鉛蓄電池類、廢乾電池類及廢照明光源類)專案工作計畫",
        "chi_subject": "執行廢輪胎處理業之稽核認證作業，稽核認證查核內容主要包括：回收量、處理量稽核；作業程序稽核；環境稽核及會計稽核等工作。稽核認證回收量及處理量之執行成果，統計自112年1月至113年12月，一般廢輪胎稽核認證量計264,698,105公斤，廢特種胎稽核認證量計41,465條，本計畫共執行處理業8,210場次之稽核認證作業。人員訓練已完成10位新進人員40小時(已有訓練班結業證明者22小時)之職前訓練及專業考核及5位跨材質轉任稽核人員22小時專業訓練，亦於112年4月22日及113年3月2日各舉辦1場次之專業集訓。處理業作業程序查核結果中，其中以回收\/貯存清除方法及設施異常不合格111次，占總查核項次比率0.08%最高。環境稽核查核結果中，廠區作業環境管理發生15次（占0.26%）為最高。異常原因統計成果中，通知事項發生次898件，約占72.01%，一般異常發生次數341件，約占27.35%，重大異常發生次數8件，約占0.64%。會計稽核之執行並無任何重大異常情事。新設資源處理機構審核部分，本會共配合12家16場次處理業申請受補貼機構資格及新增\/變更審核之現勘作業。處理業違規記點成果共計12點，分析記點原因主要為列印設備運作異常所致。",
        "eng_title": "Project of Auditing ＆ Certification Group on Regulated Recyclable Waste (Waste Tires)",
        "eng_subject": "For the auditing and certification of waste tires recycling facilities, the main tasks included the auditing processes like collection quantity, recycling quantity, operational processes, environment and accounting. According to the results of auditing and certification from January 1st, 2023 to December 31th, 2024, the auditing and certification quantity of waste tires（general types）was 264,698,105 kg, the auditing and certification quantity of waste tires（special types）was 41,465 pieces. The total number of the field auditing for recycling facilities was 8,210 trips. For the results of the auditing training, 10 new inspectors were required to complete at least 40-hours training and related examinations and 5 inspectors transfer from other projects were also complete at least 22-hours training and related examinations. The professional trainings were completed on April 22th, 2023, and March 2nd, 2024. According to the results of operational processes auditing for recycling facilities, the major abnormal events were auditing equipment which contributed 0.08% of the total. For the results of environmental safety and health auditing, the major abnormal event was the working environment of the recycling facilities which contributed 0.26% of the total. There were 898 notification events which contributed 72.01% of the project’s total abnormal events. There were 341 minor abnormal events which contributed 27.35% of the project’s total abnormal events. Beside, there were 8 major abnormal events which contributed 0.64% of the project’s total abnormal events. The accounting auditing for the recycling facilities showed no major abnormal events. During the project period, foundation of Taiwan industry service carried out 16 field inspections for the application of the recycling facilities. The scoring penalty for the recycling facilities was counted total 12 points. The major causes for the scoring penalty were the failure of the printing equipment.",
        "proj_year": "112",
        "org_name": "循環署回收基金管理會",
        "exe_unit": "財團法人台灣產業服務基金會",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1121829024",
        "publish_date": "20250407"
    },
    {
        "chi_title": "監測井水質評析及工業區預防管理計畫",
        "chi_subject": "本計畫完成地下水監測井管理及策略規劃工作，整合受體風險管理、關注水質議題及地表環境影響因子，提出區域井分類分群概念架構及成果，提出相關管理作為及回饋監測管理，強化地下水預警監測之效益；另完成監測井履歷表及監測井井分類編碼規劃，以優化監測井資料管理，並提出場置性監測井處理原則研修建議方向及場置井作為性質調整建議名單，供後續區域井評估重設或移井時之名單參考。整合水利署井網推動不同尺度（深、淺層）聯合監測試辦，推估淺層水質受地表活動影響，建議需關注深層水質情形；依歷年累積監測數據併納入縣市調查砷濃度資料，檢討更新地下水砷濃度潛勢範圍，提供相關單位執行業務時依具最新資訊判別。此外，針對全氟化合物歷年調查之高潛勢區域（科學園區和產業園區）辦理追蹤調查，以掌握國內地下水全氟化合物濃度及物種變化情形。\n已蒐整國內工業區歷年管理情形，歸納我國工業區管理問題及需求，提出工業區整體管理架構，規劃污染潛勢管理、污染改善推動等2項管理策略，並已研提相應管理規劃包含強化染潛勢分區預警監測、周界預警分級抽測管理，以及工業區污染場址分級管理措施建議。另蒐整訴願(訟)最新判例，研提4項工業區污染處理規則及注意事項。於法規制度面，已提出燈號管理定義及發布流程修正建議，並蒐整過往專諮會議資訊提出中長期法規修正規劃。於工業區管理系統方面，已數位化繪製合計3,500家事業圖框，並整合介接跨單位系統資料建置污染潛勢資料庫；示範建置1處污染場址調查資訊研提優化土地履歷建議，另擴充GIS圖台系統3項功能，以因應資料整合建置及提高系統操作介面之便利性。另已完成65口關注自來水取水井井口鄰近區域，以100公尺為半徑評估受影響範圍內地用情形，區分為具污染場址、農業、潛在工業污染項目及生活住宅區域，並綜整前期成果，完備我國關切民生取水井周遭潛在污染源及對應污染物清冊，並滾動檢討跨單位井源保護管理分工。",
        "eng_title": "Water Quality Assessment of Monitoring Wells and Preventive Management for Industrial Parks",
        "eng_subject": "This project completes the management and strategic planning of groundwater monitoring wells, integrates receptor risk management, water quality issues, and surface environmental impact factors, proposes a conceptual framework and results for regional well classification and grouping, proposes relevant management actions and feedback monitoring management, and improves efficacy of early warning monitoring for groundwater. In addition, to optimize monitoring well data management, this project completes the monitoring well history list and monitoring well classification coding planning, provides the recommended direction of research on the principles of on-site monitoring well processing and on-site well placement as a list of property adjustment suggestion for subsequent areas for future regional well assessments, reinstallation, or relocation. The project also integrated the Water Resources Agency's well network to promote joint monitoring pilot tests at different scales (deep and shallow layers). It estimated the impact of surface activities on shallow groundwater quality and recommended paying attention to the condition of deep groundwater. To provide relevant agencies with the latest information for their operations, it updates the potential range of groundwater arsenic concentration by adding accumulated monitoring data and county-level arsenic concentration investigation outcomes. Furthermore, a follow-up investigation was conducted on high-potential areas for PFAS such as science and industrial parks, to monitor changes in the concentration and species of these compounds in domestic groundwater.\nThe management of industrial parks in Taiwan has been thoroughly analyzed and evaluated by collecting information on past management practices. The results of this evaluation have been used to formulate a comprehensive management framework for industrial parks, which includes two management strategies, namely, pollution potential management and pollution improvement. Corresponding management plans plans have been formulated, establishing zoned early warning monitoring methods, perimeter early warning graded sampling management, and pollution improvement and risk management process. In Addition, the project has collected the latest appeal (litigation) precedents, proposing four industrial park pollution treatment rules and precautions. Regarding regulatory systems, modifications to the definition and release process of light classification management have been suggested, and information from past expert consultation meetings has been compiled to propose long-term regulatory revision plans. The management system of industrial park has been enhanced by digitally mapping 3,500 business frames and integrating cross-unit system data. Optimization suggestions for land history have been proposed based on a demonstration of a complete historical investigation information for one contaminated site. To improve data integration and user-friendliness, three functions of the GIS platform system have been expanded. A land-use assessment of 65 tap water extraction wells within a 100-meter radius was conducted and the land use was categorized into agricultural, industrial, and residential types. Information was gathered on foreign well source protection policies, a list of potential relevant pollution sources was compiled and recommendations for cross-agency collaboration were made for reference by agencies related to groundwater usage.",
        "proj_year": "112",
        "org_name": "環管署土壤及地下水污染整治基金管理會",
        "exe_unit": "瑞昶科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1121433453",
        "publish_date": "20250405"
    },
    {
        "chi_title": "應回收廢棄物稽核認證團體（廢機動車輛類-乙計畫）專案工作計劃",
        "chi_subject": "1.認證回收量\/處理量稽核執行成果：\n(1)112年1月1日至113年12月31日執行廢車引擎100%逐一稽核，廢車殼清運卸載端實地清運稽核與駐廠稽核。\n(2) 112年1月1日至113年12月31日共計執行廢機動車輛回收業之引擎實地稽核1,504場次與環境查核1,115場次，4家粉碎分類處理業之駐廠稽核1,886場次。\n(3) 112年1月1日至113年12月31日共計通過稽核認證回收量為廢汽車147,897輛與廢機車301,539輛，稽核認證處理量共計廢汽車134,746輛與廢機車283,375輛；廢車殼清運稽核共95,445,770公斤。\n(4) 112年1月1日至113年12月31日執行廢機動車輛粉碎分類處理業（L098公司、N098公司、E098公司及T097公司）駐廠稽核認證作業，共計駐廠稽核進場廢車殼364,447,610公斤，認證量核發247,875,974公斤。\n2.作業程序與環境稽核成果：\n(1)回收業引擎現稽作業程序查核計有2,619場次，總查核項次數為81,189項次，缺失項次數計65項次，缺失率為0.08%。各項查核類別以「受補貼機構資格查核」缺失比例為最高，缺失率為0.04%。針對所查核之缺失情形，已於現場稽核輔導回收業並要求完成改善。粉碎處理業作業程序查核計有1,886場次，總查核項次數為62,238項次，由於粉碎分類處理業之稽核認證作業係為每日派員駐廠稽核，故若於執行作業程序查核時發現有任何不符合規定時，駐廠稽核人員均立即要求改善，而至113年12月31日為止，缺失項次數計41次，缺失率為0.07%。\n(2)回收業環境工安查核計有2,619場次，總查核項次數為68,094項次統計中，缺失項次計42項次，缺失率為0.06%。各項查核項類別以「廠區環境及污染防治」缺失比例最高，缺失率為0.02%。針對所查核之缺失情形，已於現場稽核輔導回收業並要求完成改善。粉碎分類處理業環境工安查核計有96場次，總查核項次數為3,168項次，截至113年12月31日為止，並未有任何缺失。\n3.會計稽核成果：\n本計畫已委由安鈺嘉會計所針對廢機動車輛處理業共進行每月定期盤點稽核96次家次及半年會計師現場盤點16家次相關會計憑證稽核，查核結果隨機抽查之處理業其相關報表及憑證均確實填寫且能相互勾稽，未見重大異常。\n4.人員管理：\n產基會執行本專案計畫在人員管理部分均依合約規範進行，包括：\n(1)\t獨立之內稽單位\n(2)\t每場次稽核人員必達2人以上，且其中1人具有1年以上稽核工作相關經驗\n(3)\t現場專職稽核人員採每場次輪調\n(4)\t定期執行計畫人員教育訓練\n(5)\t針對所有稽核人員提供完善之安全防護具\n另本計畫執行初期即已將所有現場專職稽核人力之「警察刑事紀錄證明」、每半年一次的頻率實施平時考核作業及製作考核紀錄表呈送環保署備查。\n本計畫執行現場稽核認證作業均依規範進行稽核行程登錄作業。\n5.受補貼機構申請案審核執行成果：\n計有13家次受補貼機構現(覆)勘審核工作，其中回收業新設申請現勘計4家次，變更3家次。計有6家次處理業，完成變更申請作業。本計畫依據對稽核認證作業手冊及相關法令之熟悉，除於此配合作業中提出改善建議，並針對申請業者現場勘查之缺失加以記錄，並追蹤其改善狀況相關文件。\n6.全國回收業彙整執行成果：\n(1)\t全國廢汽車總認證回收數量為293,889輛，廢機車總認證回收數量為728,064輛，合計為1,021,953輛。\n(2)\t全國廢機動車輛回收業廢汽車總認證處理數量為251,987輛，廢機車總認證處理數量為607,518輛，合計為859,505輛。\n(3)\t廢車殼總清運數量180,797,385公斤。\n7.扣量執行成果：\n112年1月1日至113年12月31日執行回收業扣量成果，共計減少發放補助金1,444,170元（認證回收量1,289,220元及逾期未辦理154,950元）；另於處理業扣量執行成果共計雜質扣量為294,250公斤，其中進廠雜質查驗扣量為284,250公斤，進料處理雜質扣量為1,000公斤；另依稽核認證作業手冊規範扣除碎鐵產生率超出70%部份及質量平衡比例超出容許範圍之數量為3,416,604公斤，共計減少16,688,882元。回收業及處理業共計累計節省18,133,052元補貼費之發放。",
        "eng_title": "The auditing and certification project of the regulated recyclable waste (Waste Vehicles)",
        "eng_subject": "The results of the Project conducted by FTIS during the project period, January 01, 112 to December 31, 113, were summarized as following：\n1. Inspection and certification include certified recycled-disposal quantity and dismantled quantity\n(1)Completed 100% engine auditing on site, body clearance auditing on site, and Encamp field auditing in the classifying and comminuting disposal facilities of waste motor vehicles.\n(2)Field auditing for the engine certification: 1,504times\nField auditing for the body clearance certification: 1,115imes\nEncamp field auditing in the classifying and comminuting disposal facilities of waste motor vehicles: 1,886times.\n(3)Certified engine quantity：147,897 vehicles and 301,539 motorcycles\n  Certified disposal quantity：134,746 vehicles and 283,375 motorcycles\n  Certified waste vehicle body quantity：95,445,770 kg\n(4)Completed encamp field auditing in the classifying and comminuting disposal facilities of waste motor vehicles (L098,N098,E098, and T097 company): the total disposal quantity send to the facilities above was 364,447,610 kg and the certified quantity was 247,875,974 kg. \n2. Operational processes and environment safety auditing\n(1) Operational processes auditing:\nThe operational processes auditing for recycled-disposal facilities was divided into 4 categories: “The documents for subsidized qualification”, “The equipment inspections”, “The working area standards”, and “The standards for derivatives”. There were total 65 unqualified events (the number of auditing subjects was 81,189), the average unqualified rate was 0.08%.\nThe operational processes auditing for the classifying and comminuting disposal facilities of waste motor vehicles was divided into 4 categories: “The documents for subsidized qualification”, “The equipment for audit inspections”, “The standards for storage”, and “The working area standards”. There were total 41 unqualified events (the number of auditing subjects was 62,238), the average unqualified rate was 0.07%.\n(2)Environment safety auditing: \nThe environment safety auditing for recycled-disposal facilities was divided into 3 categories: “The working area environment and the pollution prevention in the system”, “Fire safety equipment”, and “Labor safety and health measure”, there were total 42 unqualified events (the number of auditing subjects was 68,094 times), the average unqualified rate was 0.06%. All the unqualified events above were improved immediately on site by the requests of the auditing team.\nThe environment safety auditing for the classifying and comminuting disposal facilities of waste motor vehicles was divided into 4 categories: “The working area environment and the pollution prevention in the system”, “Air pollution prevention and control measure”, “Noise prevention measure”, and “Labor safety and health measure”, there were not any unqualified events (the number of auditing subjects was 3,168 times).\n3.Accounting audit\nA total of 96 times monthly periodic inventory, and 16 times for the half year certificates accounting audit, there is no anomaly.\n4.Inspectors management\n(1)independent internal audit unit\n(2)each audit more than 2 inspectors, one of which has 1-year work experience\n(3)each rotation matches \n(4)education and training on regular \n(5)provide safety ＆ security apparatus\n5.Verify application for subsidized qualification 7 of recycled-disposal facilities industry get subsidized qualification; 6 of recycled-disposal facilities nullify its registration; 13 of the classifying and comminuting disposal facilities industry application to modify.\n6.Inspection and certification include certified recycled-disposal quantity of Taiwan \n(1)certified engine quantity of Taiwan：293,889 vehicles and 728,064 motorcycles, Total: 1,021,953 \n(2)certified comminution quantity of Taiwan：251,987 vehicles and 607,518 motorcycles, Total: 859,505\n(3)certified body clearance quantity of Taiwan：180,797,385kg\n7. Subsidy auditing\n  Total 18,133,052 NT dollars of subsidy for waste motor vehicles was saved during the project period due to the disqualified events. The facilities audited were the recycled-disposal facilities in the south region and the classifying and comminuting disposal facilities nationwide.",
        "proj_year": "112",
        "org_name": "循環署回收基金管理會",
        "exe_unit": "財團法人台灣產業服務基金會",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1121299352",
        "publish_date": "20250415"
    },
    {
        "chi_title": "應回收廢棄物稽核認證團體（廢乾電池類與廢照明光源類）專案工作計畫",
        "chi_subject": "本計畫執行期間自112年1月1日起至113年12月31日止，本計畫除執行稽核認證作業中所需之查核工作外，並執行處理業之輔導、作業程序、環境工安查核、會計稽核及再生料與廢棄物流向查核等作業。稽核認證量之執行成果，廢乾電池類稽核認證量共計8,553,380公斤；廢照明光源類稽核認證量共計5,489,844公斤。\n本計畫執行期間已累計執行稽核認證2,723場次。處理業進廠來源、再生料及廢棄物出廠流向追蹤共計已完成48場次流向實地追蹤。會計稽核及帳簿\/憑證稽核完成廢乾電池類受補貼機構計25場、廢照明光源類受補貼機構計12場。處理業庫存盤點完成廢乾電池類受補貼機構計146場、廢照明光源類受補貼機構計72場。異常事件統計及分析，廢乾電池類受補貼機構異常共發生148次，其中屬於通知事項37次，一般異常95次；廢照明光源類受補貼機構異常共發生116次，其中屬於通知事項27次，一般異常80次，相關異常本計畫已輔導業者改善完成。處理業違規記點共計28點。內部稽核完成4次系統面查核、24次現場不預警查核及120次CCTV查核之內稽查核作業，相關內部稽核小組查核之缺失皆已確實改善。完成160件TCLP及總汞檢測；36場次磅秤抽驗；人員血汞、尿汞及髮汞檢驗共120次。\n人員教育訓練部分，於112年4月22日及113年3月2日各辦理1場次人員教育訓練，並辦理24場次會議訓練。計畫執行期間，配合資源循環署就處理業重新申請\/變更受補貼機構資格、變更出貨流向、變更製程、變更廠區平面配置、變更負責人、受補貼機構資格申請資料補正等項目，進行書面審核共計有5家13次，相關執行進度均符合合約規範。",
        "eng_title": "The Inspection and Certification Third Party on Due Recycled Waste（waste batteries and waste lamps）",
        "eng_subject": "The project period was from January 1, 2023 to December 31, 2024. The main objectives of the project included the quantity auditing, collection and recycling, operation processes auditing, environment auditing, accounting functions auditing, and recirculates and wastes’ flow direction auditing. The auditing and certification quantity of waste batteries was 8,553,380 kg, the auditing and certification quantity of waste lamps was 5,489,844 kg. \nDuring the project period, total of 2,723 field inspections were conducted. As the results of recycled materials and wastes flow direction auditing, 48 field inspections were completed. For the accounting auditing, there were 25 field inspections completed for waste batteries, 12 field inspections were completed for waste lamps, there was no critical failed compliance. For the storage auditing, 146 field inspections were completed for waste batteries, 72 field inspections were completed for waste lamps. As the statistics of abnormal events, total 148 times occurred for waste batteries, including 37 notifications and 95 general abnormal events. For waste lamps, total 116 times occurred, including 27 notifications and 80 general abnormal events. All the abnormal events were improved. The scoring penalty for the recycling facilities was counted only 28 points.\nThere were 4 system inspections, 24 unnoticed field inspections and 120 CCTV inspections for internal auditing. All the faults discovered by specific auditing team had been improved. The project completed 160 samples of TCLP test and total mercury analysis, 36 times of weight scale examination and 120 times of mercury concentrations testing in Blood, urine and hair for auditors. For the personnel education and training, the project had hold 2 educational sessions for related personnel on April 22, 2023 and March 2, 2024. And completed 24 educational meetings. During the project period, carried out 5 applications for newly set up or modified of 13 subsidized recycling facilities.",
        "proj_year": "112",
        "org_name": "循環署回收基金管理會",
        "exe_unit": "財團法人台灣產業服務基金會",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1121184765",
        "publish_date": "20250415"
    },
    {
        "chi_title": "應回收廢棄物稽核認證團體（廢鉛蓄電池類）專案工作計畫",
        "chi_subject": "本計畫執行期間112年1月1日起至113年12月31日止，以下統計自112年1 月1日起至113年12月31日，本計畫執行廢鉛電池之稽核認證作業，查核內容主要包括：稽核成果、作業程序稽核、環境稽核及會計稽核等工作。本計畫稽核認證之執行成果，廢鉛蓄電池稽核認證量為 13,120 萬 8,462 公斤，核發補貼費用為15,745 萬 0,154 元；廢特用鉛蓄電池稽核認證量為971萬7,011公斤，核發補貼費用為2,332 萬 0,826 元；合計共 14,092 萬 5,473 公斤，核發補貼費用為 18,077 萬0,980 元。 \n執行作業程序共執行2,876場次；其中作業程序稽核共計8萬6,280項次，查核缺失 145 次以稽核認證設施查核缺失發生次數較高，其中除了立即改善的缺失外，未能立即改善者，已開立異常事件通報表要求受補貼機構限期改善，並已確認查核缺失均完成改善；另執行環境稽核共計142場次，本計畫於執行迄今，環境稽核缺失項目共計2件，以內外稽查核常見缺失為主，異常情形為L02公司地面積水及L03公司現場人員未配戴耳塞，異常情形皆已於稽核期間改善完成。 \n統計112年1月至113年12月各受補貼機構CCTV判讀發現之異常次數，共計302次，其中主要以斷訊：177次、畫面模糊: 20次、畫面跳動：20次、其他：23 次等項為主，上述異常分別占總 CCTV 異常項目的 58.61%、6.60%、6.60%、7.59%，又以L01公司的總異常次數95次最多，其次為L02公司的67次，接著為L04 公司的63次。 \n本計畫會計稽核作業係委由「安永聯合會計師事務所」進行6家受補貼機構之會計盤點及憑證查核，並進行近半年每月的稽核認證量覆核作業，112年1月至113年12月針對6家受補貼機構分別執行24場次庫存盤點稽核，並經抽核業者有提供之品項進、銷、存憑證與帳簿，其結果與再生料及廢棄物稽核認證作業紀錄數量無誤，而稽核認證量覆核結果亦確認正確。 \n統計再生料及廢棄物查核成果，112年1月至113年12月再生料及廢棄物全程跟車作業共計39 次，查核車輛追蹤過程中均無廢棄物散落污染地面，且車輛均進入申報之目的地無異常情形；112年1月至113年12月再生料及廢棄物採GPS流向追蹤執行共計12次，目的地均無異常情形。 \n異常事件共計436件，通知事項以「預先通知CCTV主機或鏡頭檢修\/保養」的154次為最多，佔總異常數的35.32%；一般異常以「CCTV 跳動、雜訊、模糊或斷訊」為128次最高，占總異常29.43%；重大異常以「遭地方環保機關開立罰單」7 次最高，占總異常1.60%。 \n依手冊及應回收廢棄物稽認證作業辦法等相關法令規範，執行受補貼機構之缺失記點及暫停稽核作業，共有6件記點處分，計有6點。另無暫停稽核認證之情形。",
        "eng_title": "The Auditing and Certification Project of the Regulated Recyclable Waste(Waste  Lead batteries)",
        "eng_subject": "The implementation period of this plan is from January 1, 2023 to December 31, 2024. The following statistics are from January 1, 2023 to December 31, 2024. This plan implements the audit and certification operation of waste lead batteries. The audit content mainly includes: audit results, operating procedure audit, environmental audit and accounting audit, etc. The implementation results of the audit and certification of this plan include that the audited and certified volume of general waste lead-acid batteries was 131,208,462 kilograms, and the subsidy fee issued was 157,450,154 yuan; the audited and certified volume of waste special-purpose lead-acid batteries was 9,717,011 kilograms, and the subsidy fee issued was 23,320,826 yuan; a total of 140,925,473 kilograms, and the approved subsidy fee is 180,770,980 yuan.\nA total of 2,876 operating procedures were implemented; of which, a total of 86,280 operating procedures were audited, and 145 inspection deficiencies occurred. The number of inspection deficiencies in audit certification facilities was relatively high. Except for deficiencies that were immediately improved, those that could not be immediately improved were issued. An abnormal event notification form was established to require the subsidized institutions to improve within a time limit, and it was confirmed that all audit \ndeficiencies have been improved; a total of 142 environmental audits have been carried out. Since the implementation of this project, there have been 2 missing items for environmental audits, mainly based on common missing items for internal and external audits. The situation was water accumulation on the ground of Company L02 and on-site personnel of Company L03 not wearing earplugs. Both abnormal situations were improved during the audit period. \nStatistics of the number of anomalies found in CCTV interpretation of each subsidyreceiving institution from January 2023 to December 2024 were 302 times in total. Among them, the main ones were interruptions: 177 times, blurred pictures: 20 times, picture jumps: 20 times, and others: 23 times. The above-mentioned anomalies accounted for 58.61%, 6.60%, 6.60%, and 7.59% of the total CCTV anomaly items respectively. The total number of anomalies of L01 Company was the highest, 95, followed by L02 Company, 67 times, and L04 Company. 63 times. \nThe accounting audit operation of this project was conducted by the EY Joint Accounting Firm to conduct accounting inventory and voucher verification of 6 subsidized institutions, and conducted monthly audit and certification volume review operations for the past six months. From January 2023 to December 2024, 24 times inventory audits were carried out for 6 subsidized institutions, and the items provided by the operators were purchased, sold, and stored vouchers and accounts. The results were \ncorrect and the number of records of recycled materials and waste audit and certification operations were correct. The audit and certification volume review results are also confirmed to be correct. \nStatistics on the inspection results of recycled materials and waste show that from January 2023 to December 2024, there were a total of 39 vehicle tracking operations for recycled materials and waste. During the vehicle tracking process, it was verified that no waste was scattered and polluted on the ground, and all vehicles entered the declared destination. There are no abnormal situations; from January 2023 to December 2024, GPS flow tracking of recycled materials and waste was carried out a total of 12 times, and there were no abnormal situations at the destinations.\nThere were a total of 436 abnormal events. The notification items were preliminary notification of CCTV host or lens inspection\/maintenance 154 times, accounting for 35.32% of the total number of exceptions. The general exceptions were CCTV jumping, noise, blur or interruption. 128 times is the highest, accounting for 29.43% of the total anomalies; the major anomaly is Issued a ticket by the local environmental protection agency 7 times, accounting for 1.60% of the total anomalies.\nIn accordance with the relevant laws and regulations such as the manual and the recyclable waste audit certification operation methods, the subsidized institutions were implemented for missing points and suspending the audit operations. There were a total of 6 points, totaling 6 points. There is no suspension of audit certification.",
        "proj_year": "112",
        "org_name": "循環署回收基金管理會",
        "exe_unit": "毅泰管理顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1120737386",
        "publish_date": "20250501"
    },
    {
        "chi_title": "亞太環保夥伴土壤及地下水交流合作計畫",
        "chi_subject": "本計畫旨在促進亞太地區土壤及地下水污染整治的技術合作與政策對話，提升參與國的治理能力與環境管理效率。主要執行內容包括舉辦亞太土壤及地下水污染整治工作小組 (ReSAG)事務會議與技術論壇、臺美技術講習會，以及與越南、泰國、韓國、菲律賓等國的雙邊合作，本計畫針對新興污染物整治、污染場址管理、資源循環創新等關鍵議題，深化技術交流與政策協調，推動區域內環境技術與治理能力的提升。\n計畫執行期間，已成功舉辦多場國際活動，例如ReSAG技術論壇與臺美講習會，吸引了來自亞太 9個國家的專家參與，共同探討全氟\/多氟烷基化合物(PFAS)污染整治等尖端技術，並透過線上與實體結合的方式吸引亞太多國專家學者交流。本計畫亦積極推動雙邊技術合作，例如與越南針對東梅(Đồng Mai)工藝村的重金屬污染進行技術支援與規劃，並探討環境技術認證（ETV）制度的建立；與泰國合作推動污染場址管理與廢棄物處理技術，深化政策對話並簽署合作備忘錄；編撰韓國雙邊交流紀實書，總結過去10年合作成果，為未來進一步合作奠定基礎；與菲律賓政府及亞洲開發銀行(ADB)接觸並討論污染整治技術的應用，並推動臺灣環保技術進入東南亞市場。\n透過這些國際合作，本計畫不僅強化亞太地區的環境技術應用與政策整合，也進一步提升臺灣在國際環保領域的專業性與影響力。計畫成果顯示，透過技術共享、示範場址建置與政策協調，亞太各國能共同提升污染整治能力，並促進區域環境永續發展。",
        "eng_title": "Cooperation and Experience Exchange on Soil and Groundwater Remediation of the Environmental Partners in the Asia-Pacific Region",
        "eng_subject": "This project aimed to foster technical cooperation and policy dialogue in soil and groundwater pollution remediation across the Asia-Pacific region, enhancing the governance capacity and environmental management efficiency of participating countries. The primary scope of implementation includes convening The Working Group on Remediation for Soil and Groundwater Pollution of Asian and Pacific Region (ReSAG) administrative meetings and technical forums, organizing Taiwan–U.S. technical workshops, and promoting bilateral collaborations with Vietnam, Thailand, South Korea, and the Philippines. This project focuses on key issues such as remediation of emerging contaminates, contaminated site management, and resource recycling innovation, deepening technological exchange and policy coordination to enhance environmental governance and technical capabilities within the region. sites.\nDuring the project period, multiple international events were successfully conducted, including the ReSAG Technical Forum and Taiwan-U.S. Workshop, attracting experts from nine Asia-Pacific countries to discuss cutting-edge technologies such as the remediation of per-and polyfluoroalkyl substances (PFAS). These events also integrated both virtual and in-person participation, engaging experts and scholars from various Asia-Pacific countries. This project has also actively promoted bilateral technical cooperation, such as supporting the remediation planning for heavy metal contamination in Đồng Mai Craft Village, Vietnam, and exploring the establishment of an Environmental Technology Verification (ETV) system; collaborating with Thailand to advance contaminated site management and waste treatment technologies, deepen policy discussions, and sign memorandums of understanding; compiling a bilateral exchange documentation report with South Korea, summarizing ten years of cooperation as a foundation for future partnerships; and engaging with the Philippine government and the Asian Development Bank (ADB) to explore the application of pollution remediation technologies and facilitate Taiwan's environmental technology expansion into the Southeast Asian market.\nThrough these international collaborations, this project has not only strengthened the application of environmental technologies and policy integration across the Asia-Pacific region but also further highlighted Taiwan’s professionalism and influence in the field of international environmental cooperation. The project outcomes demonstrate that through technological exchange, demonstration site establishment, and policy coordination, Asia-Pacific countries can collectively enhance their pollution remediation capabilities and promote regional environmental sustainability.",
        "proj_year": "112",
        "org_name": "環管署土壤及地下水污染整治基金管理會",
        "exe_unit": "社團法人台灣土壤及地下水環境保護協會",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1120640844",
        "publish_date": "20250428"
    },
    {
        "chi_title": "應回收廢棄物稽核認證團體（廢電子電器及廢資訊物品類—乙計畫）專案工作計畫",
        "chi_subject": "應回收廢棄物稽核認證團體（廢電子電器及廢資訊物品類-乙計畫）專案工作計畫（以下簡稱本計畫）為二年計畫且具延續性，計畫執行期間自112年1月1日起至113年12月31日止，稽核認證查核內容主要包括：回收量\/處理量稽核、作業程序稽核、環境稽核及會計稽核等工作。茲將本計畫自112年1月1日起至113年12月31日止之執行成果摘要如下：\n1.期間廢物品稽核認證量部分，廢電視機1,905,143台（廢CRT電視機稽核認證量為7,198台，廢LCD（27吋以下）電視機稽核認證量為90,541台，廢LCD（27吋以上）電視機稽核認證量為1,807,404台），廢電冰箱稽核認證量為736,655台，廢洗衣機稽核認證量為672,541台，廢冷暖氣機稽核認證量為1,800,119台，廢電風扇稽核認證量為177,992台，各類廢電子電器總稽核認證量合計為5,292,450台。廢資訊物品類廢物品計有廢顯示器1,602,109台（廢CRT顯示器3,940台、廢LCD顯示器1,598,169台）、廢主機（A類、B類、C類及D類）1,429,545台、廢可攜式電腦-廢筆記型電腦178,148台、廢可攜式電腦-廢平板電腦18,935台、廢印表機367,519台及廢鍵盤460,009台，各類廢資訊物品總稽核認證量合計為4,056,265台。\n2.執行期間共執行4,377場，不合格情形共計331件，其中以「稽核認證設施」項目發生異常共309件最高，約占7.06%。經本計畫輔導，受補貼機構除每月至少執行一次CCTV攝錄系統與鏡頭維護保養，及評估設置不斷電系統之可行性，並針對異常連續發生3次者，應安排CCTV維護作業。\n3.執行期間每月執行1次環境工安查核工作，共執行216場環境工安查核作業，查核共發現廠區作業環境管理不合格情形11次，本計畫查核發現後皆立即要求業者更換與改善完成，若發現連續發生之缺失仍未改善者，已以聯繫單要求業者提具體改善措施，並依其措施進行追蹤至完全改善止，另本計畫已輔導受補貼機構每月依環境工安查核表內容自主查核1次，並由稽核員複查，以期促使業者加強自主管理。\n4.本計畫執行期間各受補貼機構皆無發生再生料及其他廢棄物庫存量超過3個月之產生量，且各項再生料及其他廢棄物庫存皆於期限內完成出廠作業無逾期未清除之情形，故各受補貼機構於再生料及其他廢棄物庫存皆已符合手冊規範；另出廠流向跟車查核、兩點查核與最終處理廠實地查核作業共計完成36場次，再生利用機構及處理機構實地訪查作業共計完成5場次，未發現異常情形。\n5.本計畫透過會計師事務所專業會計稽核人員每月針對庫存盤點與會計核帳進行查核，期間並無重大異常事件發生，但仍有(1)出貨量與開立發票數無法對應核對之問題，可藉由出貨磅單與發票進行勾稽比對，核對出廠出貨單、磅單及收受端之「無價代處理收貨證明」，並查核其上網申報三聯單流向、數量等方式確認其數量無異常；(2)存貨週轉率偏低之問題，後續輔導受補貼機構應視廠區貯存區貯存狀況、物料產生量大小等適時出理清運，以避免衍生物料庫存量增加，但綜觀整體出貨狀況，無產出物滯銷之疑慮。\n6.本計畫執行期間於每月15日前皆已提交報處理業稽核認證進廠回收量、處理量、不符允收標準數量、異常事件資料分析及追蹤報告，及每單月15日前應提報前2個月成果統計分析報告予循環署。\n7.本計畫執行期間各受補貼機構所發生之異常事件共計402件，摘要如下。\n(1)重大異常事件共計101件，以「冷媒外洩次數超過規範天數(3次\/日)」及「處理量能\/半成品拆解量能未符手冊規範（廢電風扇每季月平均處理量未達手冊規定值）」異常發生占總異常次數之比率為最高，分別占37.62%及25.74%，針對受補貼機構所發生之重大異常事件，本計畫均依手冊規定呈報循環署，並視異常情形予以記點\/扣量處置。因發生重大異常違反稽核認證作業手冊規定而予以記點，各受補貼機構異常記點共計56點；違規扣量部分，扣除廢電子電器及廢資訊類共計廢CRT電視機4台、廢LCD電視機（超過27吋）186台、廢LCD電視機（27吋以下）24台、廢電冰箱1,064台、廢洗衣機32台、廢冷暖氣機6,175台及廢電風扇1台、廢LCD顯示器80台、廢主機A類244台、廢可攜式電腦-筆記型電腦28台、廢可攜式電腦-平板電腦28台、廢印表機21台及廢鍵盤21台。\n(2)一般異常事件共計301件，其中CCTV異常次數占總異常次數之比率最高，約占54.48%，該項目中又以CCTV斷訊及角度偏移所占比率最高，係因受補貼機構CCTV系統線路異常，及CCTV系統線路及接頭老舊、線路鬆脫及接觸不良等因素所致。本計畫除依稽核認證手冊規範，查核受補貼機構每月1次於稽核員見證下進行CCTV維護保養；另針對發現受補貼機構當月發生3次功能失常之情形，須請設備廠商到廠檢修保養，期能減少異常發生。\n8.本計畫為檢查稽核認證作業過程之嚴謹性，並查核各受稽核人員是否確實遵照稽核認證作業手冊程序執行作業，本計畫制定內部稽核制度以適時改進建議，並落實ISO 9000品質管理系統之精神，確保稽核認證作業執行品質。本計畫執行期間完成內部稽核：系統面查核共計執行2場次，未發現查核缺失；執行面查核共計執行24次查核，其查核缺失主要為：物料未依規定擺放、作業場區凌亂及同仁對作業程序及解說應加強等；CCTV查核共計執行120場次抽查，未發現查核缺失；雲端視訊抽查作業共計執行24場次，未發現查核缺失。另針對計畫品質查核，期間共計完成24次現場不預警查核，其缺失主要為稽核程序之完整性、嚴謹性及現場稽核文件管理稽核程序之完整性、嚴謹性及現場稽核文件管理；期間執行CCTV抽查作業共計216場次，未發現查核缺失。\n9.本計畫執行期間有新加入之6名稽核人員均依規範取得稽核認證人員訓練合格證明文件，及完成22小時新進稽核員教育訓練以上之訓練課程，此外針對全體人員已於112年4月15日及113年2月28日舉辦計畫人員教育訓練，且每月召開至少1小時之不定期會議訓練。\n10.執行期間查驗不符允收廢物品廢電子電器類總計廢CRT電視機30台、廢LCD電視機（27吋以下）349台、廢LCD電視機（超過27吋）1,912台、廢電冰箱1,751台、廢洗衣機1,016台、廢冷暖氣機1,789台及廢電風扇499台，總不符允收數量合計為7,346台；廢資訊物品類總計廢CRT顯示器7台、廢LCD顯示器619台、廢主機A類1,893台、廢主機B類3台、廢主機C類10台、廢可攜式電腦- 廢筆記型電腦94台、廢平板電腦9台、廢印表機88台及廢鍵盤769台，不符允收數量合計為3,492台。總計減少廢電子電器及廢資訊物品基金3,420,174元之支出。\n11.執行期間查驗廢四機逆向回收計廢電視機43,040台，廢電冰箱507,289台，廢洗衣機81,189台及廢冷暖氣機1,366,174台，各類逆向回收廢四機總進廠允收合格量合計為1,997,692台\n12.行政支援與配合\n(1)本計畫配合應回收廢棄物處理業受補貼機構資格變更申請案審核，執行期間完成現勘作業共計有6場次，書面審核作業共計有56件。\n(2)針對追蹤、調查欲撤銷或廢止受補貼機構業者之廠區廢棄物流向及清理情形，本計畫執行期間未有受補貼機構業者欲撤銷或廢止資格，已持續配合調查。\n(3)配合循環署推動「CCTV即時連線系統與計量設備連線」，並協助相關「智慧影像辨識判讀」作業。\n(4)本計畫持續配合執行不符允收標準之廢物品及國外事業廢棄物中屬公告應回收之項目進入稽核認證體系相關作業，並研擬相關國外屬公告應回收廢物品進入稽核認證體系作業規劃。\n(5)本計畫執行期間針對受補貼機構之廢電視機、廢顯示器、廢電冰箱及廢冷暖氣機等，查驗其進廠情形，並針對每月冷媒及螢光粉回收量進行核算，並統計彙整相關查核成果於每月稽核認證量報告。\n(6)本計畫為協助稽核認證作業手冊修訂，針對擴大列管範圍並修訂允收標準、主軸元件查驗標示及處理、精進CCTV攝錄品質、優化機械處理系統作業、高風險受補貼機構管理之落日條款及其他等，研擬相關修訂內容，期能精進強化稽核認證作業及管理。\n(7)本計畫將協助彙整、分析及提報廢電子電器及廢資訊物品之甲、乙子計畫（北、南兩區）整合資料，包含稽核認證量、作業程序查核結果及環境工安查核結果等資料，以利環境部資源循環署整合全國回收處理數量及拆解作業情形。\n13.其他控管機制執行成果\n(1)藉由管制中心CCTV判讀提升CCTV抽判作業品質。\n(2)藉由廢物品單位重量勾稽查核，杜絕受補貼機構回流認證廢物品。\n14.額外承諾事項執行成果\n(1)已建立「廢電子電器及廢資訊物品類稽核認證作業平台」，導入「廢物品單位重量分析」、「關鍵產生物單位重量分析」及「稽核認證作業手冊規範符合度分析」。\n(2) 輔導受補貼機構建置廢冰箱破碎處理防爆管控應變機制。\n(3) 精進與提升冷媒回收作業效能，加強作業人員冷媒回收教育訓練。",
        "eng_title": "Project of Auditing ＆ Certification Group on Regulated Recyclable Waste(Waste Electronic and Electric Appliances",
        "eng_subject": "For the recycled items audit recognized organization (recycled electronic items and wasteful material categorization) – the special project schematized as below (hereafter as the project) for a two years of continuation, the project execution period arise from January 1, 2023, to December 31, 2024, with the audit context including the below: recycling quantity\/managed level, operation procedure, environmental and accounting process. The work summary is as below for the project. \n1. During the audit and certification of waste products, 1,905,143 waste TV sets (7,198 waste CRT TV sets, 90,541 waste LCD (below 27 inches) TV sets, 1,807,404 waste LCD (above 27 inch) TV sets), 736,655 waste refrigerators 672,541 waste washing machines, 1,800,119 waste air conditioners, 177,992 waste electric fans, and a total of 5,292,450 waste electrical appliances audited and certified. Waste information products include 1,602,109 waste monitors (3,940 waste CRT monitors, 1,598,169 waste LCD monitors), 1,429,545 waste mainframes (Class A, B, C and D), 178,148 waste portable computers-waste notebook computers, 18,935  waste portable computers- waste tablet computers, 367,519 waste printers and 460,009 waste keyboards, and a total of 4,056,265 waste information technology audited and certified.\n2. During the implementation period, a total of 4,377 sessions were performed, with a total of 309 unqualified cases, of which 331 cases were abnormal in the audit and certification facility project, accounting for about 7.06%. Under the guidance of this plan, the subsidized institutions shall perform CCTV camera system and lens maintenance at least once a month, and evaluate the feasibility of setting up an uninterruptible power supply system, and arrange CCTV maintenance operations for abnormalities that occur three times in a row. \n3. During the implementation period, 216 monthly environmental and occupational safety inspections identified 11 non-compliance cases. Operators were required to address issues immediately, with recurring deficiencies managed through formal notices and tracked to full compliance. The Project also guided subsidized institutions in conducting monthly self-inspections, which auditors reviewed to enhance self-management. \n4. Throughout the implementation period, all subsidized institutions complied with guidelines, ensuring stockpiles of recycled materials and waste did not exceed three months. All materials were processed on time with no overdue accumulations. Additionally, 36 inspections and 5 facility visits were conducted, with no irregularities found. \n5. The project conducted monthly inventory and accounting audits by professional accountants from an auditing firm. No significant issues were found during the period, but two areas were identified for improvement: (1) discrepancies between shipment volumes and invoice records, which can be reconciled by cross-checking shipping receipts, invoices, and non-priced processing receipts from the receiving end, along with online reports for confirmation; (2) low inventory turnover rates, for which subsidized institutions were advised to optimize clearing operations based on storage conditions and material production volume, though there were no concerns about unsold inventory based on overall shipment status. \n6. Throughout the project, monthly reports on the audited recycling volumes, processing volumes, non-compliant items, and analysis of anomalies were submitted to the Circular Economy Agency by the 15th of each month. Additionally, a statistical analysis report of the previous two months' performance was also submitted on time. \n7. This project execution period has total of abnormal incidents of 402 cases from all the supported organizations with the below summary, \n(1) A total of 101 major anomalies occurred, with the highest proportions being related to environmental and safety - refrigerant leakage exceeding the prescribed number of occurrences (3 times\/day) and processing capacity\/partial disassembly capacity not meeting the manual requirements (waste electric fans' monthly average processing volume not reaching the manual standard). These two anomalies accounted for 37.62% and 25.74% of the total anomalies, respectively. For these major incidents, the project reported them to the Circular Economy Agency as per the manual's guidelines, and corrective actions, such as points deductions and volume reductions, were implemented based on the nature of the anomalies. A total of 56 points were deducted across the subsidized institutions due to major non-compliance. The volume reductions included 4 waste CRT televisions, 186 waste LCD televisions (over 27 inches), 24 waste LCD televisions (under 27 inches), 1,064 waste refrigerators, 32 waste washing machines, 6,175 waste air conditioners, 1 waste electric fan, 80 waste LCD monitors, 244 waste computer hosts (type A), 28 waste portable computers (laptops), 28 waste portable computers (tablets), 21 waste pr",
        "proj_year": "112",
        "org_name": "循環署回收基金管理會",
        "exe_unit": "財團法人台灣產業服務基金會",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1120537481",
        "publish_date": "20250415"
    },
    {
        "chi_title": "空氣品質科普知識競賽及好空氣獎評選獎勵暨推廣計畫",
        "chi_subject": "本計畫以提升民眾對空氣品質的認識與參與為核心，透過多元活動促進行動實踐與成果落實，最終實現空氣品質的改善與保護。計畫內容主要包括規劃與執行「空品知識、行動與創意競賽」及「企業空污應變．工地環保管理優良行動獎」，激發民眾對空氣品質議題的關注與參與；同時辦理頒獎典禮、成果發表會及相關說明會，分享成果並推動經驗交流。計畫的推動目標涵蓋四大方向：(1) 規劃、推廣及執行空品科普知識競賽，以提高大眾對空氣品質的了解；(2) 規劃、推廣及執行企業空污應變˙工地環保管理優良行動獎，表彰對空氣品質改善有貢獻的企業及工程；(3) 辦理頒獎典禮及成果發表會，鼓勵更多人參與空氣品質相關行動；(4) 促進空氣品質保護經驗與技術的交流與分享，推廣具體改善措施。透過本計畫的推廣與執行，期望增進民眾的環境意識，激勵各界投入行動，共同為創造健康、清新的空氣品質而努力。",
        "eng_title": "Air Quality Science Knowledge Competition and Excellent Air Award Selection Rewards and Promotion Plan",
        "eng_subject": "This project focuses on enhancing public awareness and participation in air quality issues, promoting action and achieving tangible results through various activities, with the ultimate goal of improving and protecting air quality. The project primarily involves the planning and execution of the Air Quality Knowledge, Action, and Creativity Contest and the Corporate Air Pollution Response ＆ Construction Site Environmental Management Excellence Award, which aim to inspire public attention and involvement in air quality matters. Additionally, award ceremonies, result presentations, and related briefings will be held to share outcomes and promote experience exchange.\nThe objectives of the project cover four main areas:\n1.\tPlanning, promoting, and executing the Air Quality Science Knowledge Competition to enhance public understanding of air quality.\n2.\tPlanning, promoting, and executing the Corporate Air Pollution Response ＆ Construction Site Environmental Management Excellence Award to recognize companies and projects that contribute to improving air quality.\n3.\tOrganizing award ceremonies and result presentations to encourage more participation in air quality-related actions.\n4.\tPromoting the exchange and sharing of experiences and technologies for air quality protection, advocating for practical improvement measures.\n  Through the promotion and implementation of this project, we aim to raise environmental awareness among the public and encourage widespread action, collectively working toward creating healthy and clean air quality.",
        "proj_year": "112",
        "org_name": "環境部大氣環境司",
        "exe_unit": "台灣整合防災工程技術顧問有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1120346300",
        "publish_date": "20250425"
    },
    {
        "chi_title": "應回收廢棄物稽核認證團體（廢電子電器及廢資訊物品類）專案工作計畫",
        "chi_subject": "本計畫（廢電子電器及廢資訊物品類-甲計畫）執行期間（112年1月起至113年12月）之廢電子電器及廢資訊物品類廢物品稽核認證量部分，廢電子電器類總計廢CRT電視機稽核認證量為491,010台，廢LCD電視機稽核認證量為612,066台，廢電冰箱稽核認證量為479,880台，廢洗衣機稽核認證量為392,302台，廢冷暖氣機稽核認證量為1,087,130台，廢電風扇稽核認證量為138,980台，各類廢電子電器總稽核認證量合計為3,201,368台。廢CRT顯示器63,975台及廢LCD顯示器1,088,326台，廢主機（A類、B類、C類與D類）728,562台，廢可攜式電腦-廢筆記型電腦352,973台，廢可攜式電腦-廢平板電腦205,482台，廢印表機200,401台及廢鍵盤323,387台，各類廢資訊物品總稽核認證量合計為2,963,106台。\n本計畫執行期間（112年1月起至113年12月）廢電子電器及廢資訊物品類缺件廢物品稽核認證量，總計有廢電冰箱12,650公斤及廢冷暖氣機610公斤。缺件廢物品稽核認證量廢電子電器類共計認證13,260公斤，廢資訊物品類共計認證0公斤。\n本計畫（廢電子電器及廢資訊物品類-甲計畫）執行期間（112年1月起至113年12月）查驗不符允收廢物品廢電子電器類總計廢CRT電視機590台、廢LCD電視機（27吋以下）80台、廢LCD電視機（超過27吋）609台、廢電冰箱156台、廢洗衣機83台、廢冷暖氣機493台及廢電風扇160台，廢電子電器不符允收數量合計為2,171台；廢資訊物品類總計廢CRT顯示器51台、廢LCD顯示器465台、廢主機A類64台、廢主機B類6台、廢主機C類0台、廢主機D類0台、廢可攜式電腦-廢筆記型電腦57台、廢可攜式電腦-廢平板電腦99台、廢印表機64台及廢鍵盤191台，廢資訊物品不符允收數量合計為997台。廢電子電器及廢資訊物品不符允收數量共計3,168台，共減少廢電子電器類之基金支出721,498元，廢資訊物品類之基金支出152,862元，合計共減少廢電子電器及廢資訊物品基金874,360元之支出。",
        "eng_title": "The Auditing and Certification project of the regulated recyclable waste (Waste Electronic and Electric Appliances ＆ Information Technology Equipments)",
        "eng_subject": "From January 1, 2023 to December 31, 2024, the totally certificated amount of waste electronic and electric appliances were 3,201,368 sets, including 491,010 CRT TVs, 612,066 LCD TVs, 479,880 refrigerators, 392,302 washing machines, 1,087,130 air conditioners and 138,980 electric fans. The totally certificated amount of waste information technology equipments were 2,963,106 sets, including 63,975 CRT monitors, 1,088,326 LCD monitors, 728,562 class A, B , C and D computer cases, 352,973 notebooks, 205,482 tablet PCs, 200,401  printers and  323,387  keyboards.\nDuring project period (from January 1, 2023 to December 31, 2024), the amount of waste electronic and electric appliances which lack components reached 13,260 kg, included 12,650 refrigerators and 610 air conditioners. The amount of waste information technology equipments which lack components reached 0 kg.\nDuring project period (from January 1, 2023 to December 31, 2024), the amount of unqualified waste electronic and electric appliances reached 2,171 sets, included 590 CRT TVs, 80 LCD TVs(under 27 inches), 609 LCD TVs(over 27 inches), 156 refrigerators, 83 washing machines, 493 air conditioners and 160 electric fans. The amount of unqualified waste information technology equipments reached 997 sets, included 51 CRT monitors, 465 LCD monitors, 64 class A computer cases, 6 class B computer cases, 0 class C computer cases, 0 class D computer cases ,57 notebooks, 99 tablet PCs, 64 printers and 191 keyboards. The subsidy saved for unqualified waste electronic and electric appliances was 721,498 NT dollars and for unqualified waste information technology equipments was 152,862 NT dollars. Sum of total savings was 874,360 NT dollars.",
        "proj_year": "112",
        "org_name": "循環署回收基金管理會",
        "exe_unit": "毅泰管理顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1120296256",
        "publish_date": "20250415"
    },
    {
        "chi_title": "112-113年應回收廢棄物稽核認證團體（廢塑膠容器類）專案工作計畫",
        "chi_subject": "本計畫執行期間112年1月1日起至113年12月31日止，以下統計自112年1月1日起至113年12月31日，本計畫執行廢塑膠容器處理之稽核認證作業查核內容主要包括：回收量、處理量稽核、作業程序稽核、環境稽核及會計稽核等工作。本計畫稽核認證回收量及處理量之執行成果，廢塑膠容器認證回收量計4億3,367萬5,106公斤；認證處理量計4億3,397萬9,839公斤。\n本計畫已完成每位新進人員22小時或40小時以上之職前訓練及專業考核，並執行28場次每月定期會議訓練。另於112年3月25日、113年3月16日完成2場次專業集訓。\n受補貼機構作業程序稽核結果中，缺失比率以「回收貯存清除處理情形」為最高，占總查核缺失次數28.2%，其主要原因為卸貨散料、積水等環境髒亂問題等。\n針對受補貼機構之應通知事項、一般異常及重大異常查核與追蹤，應通知事項發生次數約占總通報事件45.0%，主要以外部因素影響操作事項224件最高；一般異常發生次數約占總通報事件42.6%，主要以作業異常疏失139次為最高；重大異常通報發生次數約占總通報事件12.4%，主要以CCTV（千里眼）失常未依規定通報24次為最多，惟現場之CCTV皆正常錄製，受補貼機構可提供現場影像資料予本計畫判讀釐清。\n會計稽核執行結果未發現任何重大異常情事。處理業申請新設\/變更書面資料審核已完成72次受補貼機構文件審核作業以及8次現場勘查作業，另完成33場次受補貼機構質量平衡分析。\n處理業因違反稽核認證作業手冊之規定而予以記點扣量處分，共計發生59次缺失記點，記點點數為147點與扣量總重為205萬211公斤，此外，受補貼機構地磅抽驗已完成67家次，相關抽驗結果並無異常情形。",
        "eng_title": "The Auditing and Certification project of the regulated recyclable waste (Plastic Waste Containers)",
        "eng_subject": "The project period was from January 1st, 2023 to December 31st, 2024 whereas below data was collected from January 1st, 2023 to December 31st, 2024 The main objectives of the projects included the quantity of collection auditing, the quantity of recycling, operation processes auditing, environment auditing, and accounting functions auditing. The total certified collection quantity of plastic waste containers was 433,675,106 kilograms and the total of certified recycling quantity was 433,979,839 kilograms. \nAs of the results of auditing training course, it was mandatory for every inspector to complete at least 22 hours or 40 hours of training and professional examination. Also all inspectors finished 28 monthly training sessions. Moreover, inspectors participated in 2 professional trainings on March 25th, 2023 and March 16th, 2024.\nAccording to the audit results of operating procedures, the missing ratio is the largest in the case of recycling, storage, clearing and processing, accounting for about 28.2% of the total missing. The main reason is the dirty ground and water accumulation on the ground.\nThe statistical results of abnormal events are displayed as follows: investigating the informed notification (45.0%), the main reason is external factors 224 times is the highest. General informed abnormal event (42.6%), the main reason was an error in the plastic container handling process 139 times is the highest. Serious abnormality event (12.4%), the main reason is abnormality occurred in the closed-circuit surveillance video recorder without notification 24 times is the highest.\nThere was no critical failed compliance within the scope of the accounting function auditing. This project has been completed 72 document inspections and 8 site survey operations, also completed 33 times of mass balance analysis for processing enterprises.\nViolations of auditing and certification were recorded and penalized with point recording or certified quantity deduction. A total of 59 times violation recorded, and 147 violation points were counted as a result of violating the facility standards. The total deduction of recycling quantity was 2,050,211 kilogram. Moreover, No abnormal event occurred among 67 random verification events of weighing scales.",
        "proj_year": "112",
        "org_name": "循環署回收基金管理會",
        "exe_unit": "毅泰管理顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1120099003",
        "publish_date": "20250415"
    },
    {
        "chi_title": "111至113年度細懸浮標準方法監測品保專案工作計畫",
        "chi_subject": "本計畫執行工作期程為自111年11月29日至113年11月28日止，主要執行PM2.5標準方法監測現場儀器及操作程序查核、實驗室秤重查核、儀器精密性比對及秤重分析等品保作業，以確保採樣作業及秤重分析品質、提升數據可信度，提供空品改善策略應用。\n　　現場儀器查核共完成128站次，查核滿意率為99.9%；另現場人員操作查核共完成129站次，並未發現缺失情形。三區秤重分析實驗室查核共完成4次，查核缺失項均已完成改善；另實驗室間秤重比對共完成4次，比對結果皆符合允收標準。共同比對共完成4次及三區備機比對共完成2次，比對結果皆符合規範要求；另現場平行比對共完成180站次，手動測值與平行比對測值兩者濃度大於3 μg\/m3以上有171筆，濃度差值多數為0~±1 μg\/m3間，顯示監測數據具高度可信度。\n　　監測數據品保審查共完成7,776筆監測數據，其中「暫停採樣」67站次、「無效數據」83筆及「有效數據」7,626筆，整體數據可用率為98.1%。\n　　無論現場儀器及人員查核、實驗室秤重查核等作業所發現之缺失項，皆於每次工作檢討會議中提出，並由三區監測單位提出改善狀況，後續由環境部及本計畫執行缺失改善追蹤。",
        "eng_title": "Quality Assurance Program for (FRM) PM2.5 Performance Evaluation(2022~2024)",
        "eng_subject": "This quality assurance project, conducted from November 29, 2022 to November 28, 2024, primarily focused on quality assurance activities for PM2.5 standard method monitoring. These activities included on-site instrument and operational procedure audits, weighing laboratory audits, instrument precision comparisons, and gravimetric analyses. The goal was to ensure the quality of sampling operations and gravimetric analysis, enhance data credibility, and provide data for air quality improvement strategies.\n　　A total of 128 on-site sampler audits were completed, with a acceptance rate of 99.9%. Additionally, 129 on-site personnel operation audits were conducted, and no deficiencies were found. Four audits were conducted in the three weighing laboratories, and all identified deficiencies were corrected. Four gravimetric inter-laboratory comparison studies were completed, and all results met the acceptance criteria. Four collocation studies and two collocation studies with three monitoring organizations were completed, and the results met the regulatory requirements. Furthermore, 180 collocated comparisons were conducted. Although 171 pairs of routine and audit values differed by more than 3 μg\/m³, most of the difference was within the range of 0 to ±1 μg\/m³, indicating a high degree of reliability in the monitoring data.\n　　A total of 7,776 monitoring data records were subject to quality assurance review. Of these, 67 stations were sampling suspended, 83 entries were invalid dada, and 7,626 entries were valid data, resulting in an overall data availability rate of 98.1%.\n　　All deficiencies identified in on-site instrument and personnel audits, weighing laboratory audits, and other activities were reported at routine data reviewing meeting. The three monitoring organizations proposed improvement measures, and the Ministry of Environment and the quality assurance project will track situation of the deficiencies improvement.",
        "proj_year": "111",
        "org_name": "環境部環境資訊科技司",
        "exe_unit": "瑩諮科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1110791927",
        "publish_date": "20250418"
    },
    {
        "chi_title": "111-113年度環保集點帳務委託信託管理專案工作計畫",
        "chi_subject": "本案係屬信託管理專案，無書面報告及相關文字。",
        "eng_title": "2022-2024 Account of Green point Entrusted Trust Management",
        "eng_subject": "This case is an entrusted trust management project, with no written report or related documentation.",
        "proj_year": "111",
        "org_name": "環境部綜合規劃司",
        "exe_unit": "中國信託商業銀行股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1110673384",
        "publish_date": "20250501"
    },
    {
        "chi_title": "113年度花蓮縣柴油車檢驗計畫",
        "chi_subject": "依據環境部相關統計資料顯示， 我國PM2.5 境外傳輸來源比率約為34%~40%，境內污染源比率約為60%~66%，而境內污染源中，移動源影響比率約為30%~37%、工業源約為27%~31%，其他污染源約為32%~43%，其中屬移動源中柴油車所排出之粒狀污染物，為影響空氣品質主要污染來源之一，為管制本縣柴油引擎為主之移動性污染源，降低其污染排放量，以減少空氣污染對縣民造成之健康危害，花蓮縣環境保護局於本年度持續執行113年度「花蓮縣柴油車檢驗計畫」，執行各項柴油車管制相關業務，其主要工作為辦理排煙站檢測、路邊攔檢稽查、柴油車油品檢測及各項行政相關工作，並針對環境部重大政策，協助推動設籍本轄第1至3期老舊大型柴油車主，配合中央政策申請汰舊換車、污染調修及加裝空氣污染防制設備等補助宣導作業，以持續維護本縣良好空氣品質。依據交通部公路總局「蘇花公路改善計畫環境影響說明書」資料，蘇花改第一階段蘇澳東澳段已於107年2月通車，另於同年5 月7 日開放大客車通行，而108 年中旬則已開放大貨車通行，此外蘇花改全線，已於109年1月6 日通車，另於110年1月19日開放大貨車通行，由於蘇花改為花蓮縣與宜蘭縣之重要聯外道路，為加強管制行駛該路段之柴油車，本計畫於蘇花改沿線道路執行路邊稽查、目視判煙及油品抽測等相關稽查作業，此外，亦已於109年3月，於中仁隧道北上入口及仁水隧道南下入口，各完成架設1 套車牌辨識系統，並依據車牌辨識資料庫篩選後寄發主動到檢或補助宣導通知單，以即時掌控行駛該路段之柴油車及補助政策曝光度，並執行蘇花改車流量調查及長隧道空氣污染物統整作業。",
        "eng_title": "2024 Hualien County Diesel Vehicle Inspection Plan",
        "eng_subject": "The sources of transnational transmission of PM2.5 in China are about 34% to 40%, of which pollution sources are about 60% to 66%. Among the pollution sources in China, the impact of mobile sources is about 30% to 37%, industrial sources are about 27% to 31%, and other pollution sources are about 30% to 37%. 32%~43%, which is particulate matter emitted by diesel vehicles among mobile sources. It is one of the main pollution sources affecting air quality. In order to control diesel engines in this county, which are mainly mobile pollution sources, reduce their pollution emissions and reduce air pollution. Causes health pollution to county residents. This year, the Hualien County Environmental Protection Bureau continues to implement the 2024-year Hualien County Diesel Vehicle Inspection Plan and performs various diesel vehicle control-related businesses. Its main tasks are to handle smoke exhaust station inspections and roadside inspections. Inspection, diesel vehicle oil testing and various administrative related tasks, and in response to major policies of the Ministry of Environment, assist in promoting the registration of owners of old large diesel vehicles in phases 1 to 3 under the jurisdiction, and cooperate with central policies to apply for the elimination of old and replacement vehicles, pollution adjustments and upgrading We will carry out subsidy and promotion activities such as installing air pollution control equipment to continue to maintain good air quality in the county.According to the Environmental Impact Statement of the Suhua Highway Renovation Plan of the Highway Administration of the Ministry of Transport, the Su'ao and Dong'ao sections of the first phase of the Suhua Highway Reform were opened to traffic in February 2017, and were opened to bus traffic on May 7 of the same year, and 108 In the middle of the year, large trucks were opened to traffic. In addition, the entire Suhua Line was opened to traffic on January 6, 109. In addition, large trucks were opened to traffic on January 19, 2010. Due to the importance of Suhua County being changed to Hualien County and Yilan County For the Lianwai Road, in order to strengthen the control of diesel vehicles running on this road section, this plan is drawn up to implement roadside inspections, visual cigarette smoke detection, oil product sampling and other related inspection operations on the roads along Suhuagai. In addition, it has also been carried out in March 109 In August, a set of license plate removal systems were installed at the north entrance of Zhongren Tunnel and the south entrance of Renshui Tunnel respectively. After checking the license plate removal database, proactive inspection or subsidy promotion notices were sent to provide immediate command and promotion of the road section. Diesel vehicle and sponsorship exposure policy, and implement the entire operation of Suhua Kai traffic flow survey and long tunnel aerial monitoring system.",
        "proj_year": "113",
        "org_name": "花蓮縣環境保護局",
        "exe_unit": "春迪企業股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1133428079",
        "publish_date": "20250318"
    },
    {
        "chi_title": "嘉義市-113年推動廢棄物源頭減量及強化分類回收補助計畫",
        "chi_subject": "近年來隨著工商業蓬勃發展與活絡，人民生活水平提升情況下，帶動相關消費及產生大量廢棄物，衍生後續妥適清除處理及處理量能調度等相關問題。因此，如何透過推動垃圾強制分類、加強回收等工作，將過去垃圾處理思維由消極的管末處理，轉化成「源頭減量」及「資源循環」的永續利用行動方案，配合量化目標之確立，以提升嘉義市於循環經濟與節能減碳之貢獻，本工作計畫內容包括有資源回收工作、廢棄物源頭減量等，將透過結合民眾、機關企業、學校、社區，推動促進源頭減量、提升回收效能及暢通循環體系等執行工作內容。",
        "eng_title": "Resource Recycling Enhancement Project for Improving Recycling Efficiency, Reducing Waste at the Source, and Strengthening Sorting and Recycling, Chiayi City 2024.",
        "eng_subject": "In recent years, with the rapid development of industry and commerce and the improvement in people's living standards, consumption has increased and a large amount of waste has been generated. This has led to subsequent issues regarding appropriate disposal and waste management capacity. Therefore, the key challenge is how to promote mandatory waste sorting, enhance recycling efforts, and shift the past mindset of waste management from passive end-of-pipe treatment to source reduction and resource recycling as sustainable actions. By setting quantitative goals, this will improve Chiayi City's contributions to the circular economy and energy saving, as well as reducing carbon emissions. This work plan includes resource recycling, waste source reduction, and more, through collaboration with citizens, government agencies, enterprises, schools, and communities to promote source reduction, improve recycling efficiency, and streamline the recycling system.",
        "proj_year": "113",
        "org_name": "嘉義市政府環境保護局",
        "exe_unit": "綠信環境科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1132944991",
        "publish_date": "20250305"
    },
    {
        "chi_title": "113年度嘉義縣移動機車污染稽查管制暨定檢站輔導管理計畫",
        "chi_subject": "本計畫執行「113年度嘉義縣移動機車污染稽查管制暨定檢站輔導管理計畫」，主要項目為路邊攔檢、車牌辨識、巡查、定檢站查核、定檢通知、烏賊車檢舉作業。自決標日於民國113年1月1日起，本次期末報告統計至民國113年12月31日止，累計達成率為100％。",
        "eng_title": "2024 Migration Pollution Source Inspection of Motorcycle  Control Program",
        "eng_subject": "”2024 Migration Pollution Source Inspection of motorcycle Control Program” had begun from January 1,2024 to December 31,2024.  Its major items were inspecting motorcycle emission on the roadside, identifying the license plate for un－inspection motorcycles, patrolling inspection, checking inspection stations, delivering inspection notifications, inspecting diesel vehicle smoke。Till December 31,2024, Implementation work has been completed。",
        "proj_year": "113",
        "org_name": "嘉義縣環境保護局",
        "exe_unit": "創境科技有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1132613507",
        "publish_date": "20250311"
    },
    {
        "chi_title": "固定污染源資源循環燃料暨專責人員管理制度檢討修訂計畫",
        "chi_subject": "因應空污與氣候變遷等議題，本計畫掌握第二期空氣污染防制方案方向與我國行政院制定臺灣2050淨零排放路徑等策略內容，萃取兩者共利策略包含製程改善、能源轉換以及循環經濟等重點，歸納出「源頭改善：推動燃料替代或改善」以及「製程升級：排放減量策略與技術轉型自主認證」兩個面向；另外為了從管理面上整合資訊與提升資料精準性，針對「本土化係數建立」與「專責人員管理制度修訂」兩面向調整與規劃。\n在源頭治理之燃料替代與改善方面，本計畫掌握國內各燃料使用、管制現況，以結合資源循環、廢棄物去化及空氣品質維護之概念，進行資源循環燃料源頭成分管理、使用設施限制、應設置防制設施規範、管末排放標準等層面之相關法規檢討，協助「公私場所固定污染源燃料混燒比例及成分標準」、「公私場所固定污染源應符合混燒比例及成分標準之燃料」及「鍋爐空氣污染排放標準」三項法規草案二次預告，並辦理法規研商會與協助後續草案修改。並進一步透過實廠訪視、協助稽查、檢測，歸納公私場所在製造與使用方面及主管機關在審查方面之常見問題，回饋修正操作手冊審查指引，作為主管機關執行燃料管制及公私場所防制設施之參考。\n考量到鍋爐為我國產業燃料、能源使用之重要污染源，過去鍋爐透過強制性排放標準及改善汰換鍋爐補助雙管齊下進行管制，本計畫持續以公私場所申報之實際燃料使用情形盤點我國鍋爐管制之基礎資訊並定期掌握鍋爐改善或汰換作業進度；而在下階段淨零與空污共同推動製程升級相關策略，國外已可見將鍋爐空氣污染排放標準與能源效率標準結合之管制趨勢下(如：日本低污染高效能認證標章、美國OBES等)，參考與我國制度架構相近的日本，針對一定規模以上的鍋爐檢討鍋爐排放標準，同時參酌低NOx‧低CO2小規模燃燒機器認證標章與國內相似自主認證標章(施工機具清潔自主排放、節能標章)後，規劃我國低污染排放鍋爐認證之規範，持續推動鍋爐之製造產業與使用朝向低污染、低碳排方向升級。\n為持續精進固定污染源管理精準化，本土化係數建置為排放量估算之重要依據，本計畫延續過去所建立之係數架構及SOP，彙整各項製程本土化係數建置進度、常見問題與困難，修正建置流程(調整編碼對照分工、精煉審核程序等)，並以VOCs重點污染源為主，篩選與排序固定污染源建置優先序，113年度各委辦計畫預定建置與檢討金屬表面塗裝、凹版印刷作業程序、膠帶業製造程序、紙張表面塗裝程序、積體電路製造程序以及一般廢棄物、事業廢棄物焚化處理程序等製程，並辦理排放係數建置討論會議、啟動會議與進度討論會議等，協助與管理各計畫單位進行排放係數建置進度。\n為使空氣污染管制系統更加完善，加上專責人員管理辦法實施至今，實務運作仍有可精進之處，本計畫透過蒐研過去解釋函、公私場所處分資訊、縣市主管機關執行建議及歷次對外研商會議意見等，掌握實務上面臨之狀況與問題，綜整前述各界意見與現行專責人員設置情況，修訂專責人員管理辦法、應設置空氣污染防制專責單位或專責人員及健康風險評估專責人員公告條件。",
        "eng_title": "Project for Resource Recycling Fuel and Dedicated Personnel Management System Review and Revision for Stationary Pollution Source",
        "eng_subject": "In response to both air pollution and Net-Zero issue, this project focus on the mutual-beneficial strategies, including process improvement, energy conversion, and circular economy in accordance with Plan for Taiwan's Pathway to Net-Zero Emissions in 2050 and second-phase Air Pollution Control Program. This project is divided into four categories: enhance fuel substitution or improvement, enforce process improvements through replacing old devices with new ones and reduce emission intensity, build domestic air pollution emission factors, and revision dedicated personnel management system.\nIn terms of fuel substitution in source control, the project analyzes the current status of fuel usage and control in the country. Combining the concepts of resource recycling, waste removal and air quality maintenance, this project reviewed current recycling-fuels–relating regulations at the level of composition management, restrictions on facilities that are able to use certain fuels, specifications for control facilities users shall set up, and waste gas emission standards, and completed drafting 3 regulations including Use of Fuels shall Conform to The Co-firing Ratio and Component Standard in Stationary Pollution Source of Public and Private Premises, Co-firing Ratios and Component Standards for Fuel Used in Stationary Pollution Sources, and Emission Standards of Air Pollutant from Boiler. In order to provide authorities and public and private premises guidelines on how to implement the above-mentioned regulations and how to set up prevention facilities respectively, this project summarized on-site visits experiences and frequently asked questions from the manufacturer and user of recycling fuels and authorities, and further established technical guidebook for key users of recycling fuels.\nConsidering that boilers are important sources due to their fuel and energy use, this project took stock of the basic information on domestic boiler use, analyzed actual fuel usage reported by public and private premises, and monitors the progress of boiler improvement or replacement operations regularly. Regulatory trend of combining boiler air pollution emission standards with energy efficiency standards has been seen abroad (such as Japan's low NOx and low CO2 small combustion certification label, the US OBES standard). Seeing that Japan’s regulatory framework for boiler air pollution control is similar to Taiwan’s, this project reviewed emission standards for large-scale boilers, and also drafted certification standards for domestic low-pollution emission boiler referring to the existing certification practices in Japan and Taiwan. This project suggested combining multiple means mentioned above to promote the upgrading of the boiler manufacturing industry and lower air pollution and carbon emissions with tightened air pollution control, energy efficiency improvement, and economic incentives.\nIn order to improve on the precision of stationary pollution sources management continuously, the establishment of domestic emission factors is an important basis for emission estimation. This project extended the structure and SOP established previously, and complied related projects’ progress, common problems and difficulties of the domestic emission factors establishment. Not only did this project revamp the domestic emission factors establishment process, but this project also proposed a priority list for establishing domestic emission factors for stationary pollution sources based the VOCs emission of each process. Based on the list, all projects related selected processes, and completed the establishment of their domestic emission factors. To manage the progress of each project, this project held multiple discussion sessions such as kick-off meetings, data usage tutorial, progress discussion meetings, etc.\nFrom the perspective of improving stationary sources air pollution control, there is still room for improvement in the practical operation of The Employment Management Regulations of Environmental Dedicated Units or Personnel. By compiling former interpretation, punishment record of public and private premises, implementation recommendations from authorities, and opinions from previous discussion meetings, this project summarized the current issue and amended related regulations correspondingly.",
        "proj_year": "113",
        "org_name": "環境部大氣環境司",
        "exe_unit": "環科工程顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1132427159",
        "publish_date": "20250307"
    },
    {
        "chi_title": "113年移動污染源管制策略研析及減量成效評估計畫",
        "chi_subject": "本年度移動污染源管制策略研析及減量成效評估計畫，著重於三大重點，首要為低污染運具排放係數之方法建置及排放量推估。其目的性為掌握臺灣車輛燃料結構改變的情況下，車輛各污染物排放量的變化情形，整體而言總活動強度提升，但排放量仍持續下降。次要為低污染運具推動之相關政策執行及審核，順利執行車輛汰舊換新媒合機制，以及市區電動公車路網優化計畫，並透過執行過程中之問題調整政策推動內容，提出精進作法。再者探討空氣品質污染物濃度變化與移動污染政策推動間的關聯性，結果顯示車輛汰舊換新改變車輛組成，車齡結構趨向年輕化，有效降低污染物濃度，且於尖峰時段污染物濃度下降更為顯著。故定性解析空氣污染濃度變化趨勢與排放量之間的關係有其必要性，結合移動源政策推動的量化數據，將可了解移動源減量成效與改善方向。\n為精進移動污染源管制成效，掌握其各項活動指標及環境負荷，本計畫以圖表化方式呈現複雜之排放量數據，提供環境部內掌握排放量趨勢，及各項移動污染源管制精進作法及建議，成果摘述如下：\n（一）掌握移動污染源各項活動強度指標，各項活動強度推估資料皆已更新至112年。\n（二）完成111年車輛排放總量推估相關工作，包含車輛活動強度、各車種排放係數及各縣市排放量推估。\n（三）111年活動強度相較110年有所上升，但各污染物排放量均呈現下降，粒狀污染物下降4%~7%，其中尾氣中之粒狀物下降10%，非尾氣輪胎剎車磨損粒狀物則上升3%；而NOX下降8%，CO、HC下降2%~3%，主要受到車輛車齡結構年輕化所影響。\n（四）111年燃料生命週期推估結果，各類電動車輛中，電動機車活動強度為最高之車種，在粒狀污染物和氣狀污染物所產生之排放量為占比最高約為45.5%。\n（五）配合低污染運具發展及空污管制政策，完成車輛汰換空污抵換量媒合制度，研提相關增量抵換參數及審核取得計畫，進行媒合作業達空污減量效益，已完成7萬2,540件媒合作業，總減量效益VOCs和NOX分別為1,616.4公噸和7,050.0公噸。\n（六）掌握空污防制計畫推動之移動污染源減量效益，以柴油車的多元化改善措施執行效率相對較好，完成目標之縣市執行率約100% 到500%之間，NOX總減量效益9,007公噸。\n（七）持續推動國內低污染運具政策，透過跨部會合作辦理電動公車補助相關措施，完成113年路網優化計畫的進度追蹤，至第三季NOx減量效益約達16.68公噸，優化公車路線107條，並於協助評比核定8個縣市推動114-116年路網優化計畫，以增加低污染運具並提升公共運輸服務水準。",
        "eng_title": "Evaluate reduction effect of Mobile Sources Emissions and Control strategy analysis of Mobile Sources.",
        "eng_subject": "“Evaluate reduction effect of Mobile Sources Emissions and Control strategy analysis of Mobile Pollution Emissions” helps to understand the impact of annual emissions from mobile source. Analysis this year of mobile sources emissions and controlling effectiveness evaluation of mobile pollution emissions focuses on three fields.  The first is the construction of mobile sources emissions and the coefficients for low-pollution vehicles, including electric motorcycles, electric cars, and electric buses. The purpose is to monitor changes in the emissions of various pollutants from vehicles in Taiwan under the changing vehicle fuel structure. Overall, while the total intensity of activities has increased, emissions continue to decrease. Another aspect is to complete execution and to review promotion of low-pollution transport policies, including the implementation of a mechanism for replacing old vehicles with new ones and the optimization plan for the urban bus network. Furthermore, regarding the relationship between air pollution concentration variation and mobile sources policies, the results show that air pollution concentration decreases when the age structure of fuel vehicles become younger. This reduction is particularly significant during peak hours. Therefore, it is necessary to qualitatively analyze the relationship between the trends in air pollution concentration and mobile sources emissions, By combining this with quantitative data from the promotion of mobile source policies, we can better understand the effectiveness of mobile source reduction and the direction for improving the mobile source policies.   \nIn order to improve the effectiveness of mobile source controlling, this program keep tabs on various activity indicators and environmental load of mobile sources, interpret complex data into useful and easily understandable charts, and provide suggestions on the improvement of various mobile source controlling strategies to the Environmental Protection Administration, the results of this program are summarized as follows:\n1.\tActivity intensity indicators of mobile sources and the various activity intensity data have all been updated to 2023.\n2.\tEstimation of total mobile sources emissions for 2022 has been accomplished, including vehicle activity intensity, emission factors for various vehicle types, and estimation of emission for each county and city.\n3.\tAnalysis of vehicle activity intensity indicates that, compared to 2021, activity intensity increased in 2022, but emission of all pollutants showed a downward trend. Particulate matter (PM) decreased by 4% to 7%, with exhaust emission PM decreased by 10%, while Non-exhaust emission PM from tire and brake wear increased by 3%. NOx emissions decreased by 8%, and CO and HC emissions declined by 2% to 3%, primarily influenced by the younger age structure of vehicles.\n4.\tEstimating fuel lifecycle of electrical vehicle emissions shows that among various types of electric vehicles, electric motorcycles exhibit the highest activity intensity. Consequently, they account for the largest proportion of particulate and gaseous pollutant emissions, contributing approximately 45.5% of the total emissions.\n5.\tThrough the effectiveness assessment of several mobile source controlling strategies in this study, The matching platform for reduction offsets through the replacement of old vehicles  has been completed, and assist reviewing plans of offset pollution sources from the developed cases. In this program, that has been 72,540 cases at the matching platform, and pollutant reduction benefit of VOCs and NOX were 1,616.4 t and 7,050.0 t, respectively.    \n6.\tAfter we analyzed execution effects of air pollution control program, diversified strategies to improve emission of diesel vehicles show the best result on executive rate done by the counties have completed process of first agenda reach 190% up to 500% with total 9,007 tons of NOX reduction.\n7.\tTo promote domestic low-pollution vehicle policies through interdepartmental collaboration on subsidies for electric buses, the progress tracking of the 2024 urban bus road network optimization plan was completed, achieving a reduction of approximately 16.68 tons of NOx in the first two quarters of the process, and a total of 107 roads have been optimized. From 2025 to 2027, the initiative will continue in eight counties and cities to increase low-pollution vehicles and enhance the quality of public transportation services.",
        "proj_year": "113",
        "org_name": "環境部大氣環境司",
        "exe_unit": "景丰科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1132359713",
        "publish_date": "20250331"
    },
    {
        "chi_title": "113年度宜蘭縣機動車輛排氣管污染管理事務計畫",
        "chi_subject": "環境部為推動改裝排氣管認證制度，自113年起針對機動車輛實施「機動車輛替換用消音系統認證管理規範」，交通部今年也修正「道路交通安全規則」，有改裝排氣管的車主得先至「替換用排氣管噪音檢驗資訊系統」掛號登錄(https:\/\/noisecar.moenv.gov.tw\/CarSilencer\/)，環保局會依順序辦理審核且通知到檢，預約自主檢測不合格雖不受罰，如再次檢測仍不合格者，環保局不再受理，車主得自行委託環境部認可噪音實驗室完成認證。\n環境部及交通部合力推動改裝排氣管認證制度，113年起改裝排氣管之機車須通過噪音檢測後，至監理站辦理排氣管變更登記，並設有1年緩衝期，過渡期間車主免費可至各地方政府環保局預約檢測；114年起檢測將收費，且未經認證登記車輛將依據「道路交通管理處罰條例」處分900元至1,800元罰鍰，另若檢測不合格者，將依據「噪音管制法」處分1,800元至3,600元。\n配合中央政策於3月23日辦理首場次預約檢測作業，現場亦同步執行排氣管噪音檢測及排氣檢測，同步確認其噪音影響及污染物排放狀況，本年度截至113年12月31日止，共計辦理14場次，共計完成375輛次機動車輛辦理排氣管認證檢測作業，機動車輛噪音超標案件共計126輛，不合格率為33.6%，其中大型重機不合格共計76輛，普通重型不合格共計50輛，其餘249輛皆符合管制標準，經第1次檢驗不合格複驗完成改善共計11輛，另經第2次檢驗不合格共計6輛，預約檢測倘第1次不合格雖不受罰、如第2次檢測仍不合格者，環保局不再受理，須至環境部認可噪音實驗室付費認證。\n機動車輛噪音管制除了透過環警監聯合稽查、也持續針對民眾陳情易受噪音影響路段不定期以聲音照相科技執法取締，惟環境管理首重源頭管制，本年度於緩衝期期間，加強宣導有排氣管改裝車主儘速至「環境部替換用排氣管噪音檢驗資訊系統」登記，環保局會依順序審核資料並通知到檢；114年起不再受理民眾申請，屆時欲變更排氣管，則需自費向環境部認可噪音實驗室申請檢測或選購認證排氣管。",
        "eng_title": "113 Annual Yilan County Motor Vehicle Exhaust Pipe Pollution Management Affairs Plan",
        "eng_subject": "In order to promote the modification of the exhaust pipe certification system, the Ministry https:\/\/noisecar.moenv.gov.tw\/CarSilencer\/ of Environment has implemented the Management Code for the Certification of Silencer System for Motor Vehicle Replacement for motor vehicles since 113, and the Ministry of Transportation has also amended the Road Traffic Safety Rules this year. Although there is no penalty for failing to pass the self-test appointment, if the re-test is still unqualified, the Environmental Protection Bureau will no longer accept it, and the car owner can entrust the noise laboratory recognized by the Ministry of Environment to complete the certification.\nThe Ministry of Environment and the Ministry of Communications jointly promote the certification system for modified exhaust pipes, and from 113 onwards, locomotives with modified exhaust pipes must pass the noise test and go to the supervision station for exhaust pipe change registration, and there is a one-year buffer period, during which car owners can make appointments with local government environmental protection bureaus for free during the transition period; From 114 onwards, the inspection will be charged, and uncertified registered vehicles will be fined between 900 yuan and 1,800 yuan in accordance with the Road Traffic Management Penalty Regulations, and those who fail the test will be fined 1,800 yuan to 3,600 yuan in accordance with the Noise Control Law.\nAs of December 31, 113, a total of 14 sessions were handled, and a total of 375 motor vehicles were completed for exhaust pipe certification and testing, and a total of 126 motor vehicle noise exceeded the standard, with a failure rate of 33.6%, of which 76 large heavy machinery were unqualified. A total of 50 ordinary heavy-duty unqualified vehicles, the remaining 249 vehicles are in line with the control standards, a total of 11 vehicles were improved by the first unqualified re-inspection, and a total of 6 vehicles were unqualified after the second inspection.\nIn addition to the joint inspection of motor vehicle noise control through the joint inspection of the environmental police and the supervision of the environment, it also continues to crack down on the noise susceptible road sections from time to time in response to the public's complaints about noise-prone road sections, but environmental management is the first priority of source control, this year, during the buffer period, we will strengthen the promotion of vehicle owners with exhaust pipe modification to register with the Replacement Exhaust Pipe Noise Inspection Information System of the Ministry of Environment as soon as possible, and the Environmental Protection Bureau will review the information in order and notify the inspection; From 114 onwards, applications from the public will no longer be accepted, and if you want to change the exhaust pipe, you need to apply for testing or purchase a certified exhaust pipe from the noise laboratory recognized by the Ministry of Environment at your own expense.",
        "proj_year": "113",
        "org_name": "宜蘭縣政府環境保護局",
        "exe_unit": "春迪企業股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1132161703",
        "publish_date": "20250325"
    },
    {
        "chi_title": "113年度臺中市環境品質監測站(含移動式監測車)操作維護工作計畫",
        "chi_subject": "本計畫執行期間為113年5月2日至113年12月31日，主要工作內容包括空氣品質人工測站之採樣與保養維護、自動測站(含一般測站、交通監測站)、移動式空氣品質監測站操作維護、VOCs監測車操作維護、移動式噪音測站監測、噪音管制系統維護與噪音相關報表提交、空氣品質例行通報作業、維護空氣品質監測網站正常運作、空品數據智慧智慧應用等。\n空氣品質人工測站方面，每月針對臺中市4座人工測站進行1次落塵採樣與分析、2次TSP採樣及維護保養，每次TSP採樣前後執行1次流量單點校正，每季執行1次流量多點校正，目前各測站儀器設備狀況均能正常運轉。113年平均測值與112年同期比較，113年梧棲、東勢中山人工測站濃度較112年低，文山、霧峰人工測站較112年高。本年度以梧棲衛生所人工測站TSP幾何平均值最高，東勢中山國小最低。季節變化以夏季TSP測值較低，其餘季節則差異不大。113年臺中市落塵平均為3.37 g\/m2‧30d，依前省環保處之分級屬於極輕微污染，各站以梧棲衛生所人工測站落塵明顯較高，尤其秋冬季東北季風盛行時此現象更明顯，當天氣乾燥且風速強勁時，易將海沙、裸露地及未鋪面停車場之沙塵揚起，造成落塵上升。\n在空氣品質自動測站部份，經由定期之每週、月、季、半年與年度維護保養，各測站各監測儀器皆能正常運作，各測站各月份之平均資料可用率皆達93%以上。在空品自動測站數據日夜變化方面，NO2與CO受移動污染源影響，於上下班時段濃度會較高，尤其以大里、忠明、烏日、太平、霧峰等測站較明顯，O3則是受到光化作用影響，於中午時段濃度較高，以大里測站與太平測站中午時段濃度較高。在季節變化方面，大部分污染物濃度以夏季較低，冬、春較高，其原因與臺灣的天氣型態有關，夏季颱風多、熱對流旺盛，擴散條件佳，因此污染物不易累積。而O3於3~4月(春季)及9~10月(秋季)期間測值較高，呈現O3典型之季節變化。\n在空品自動測站測值長期趨勢方面，經由歷年各種管制措施之執行，各測站SO2濃度長期則有逐年下降趨勢，顯見近年實施各項管制措施有成效。NO2整體濃度長期大致呈現下降趨勢，近幾年以大里、忠明、烏日、東大測站濃度較高，應與附近道路之移動污染源有關。臺中市大部分測站O3濃度於106年至109年期間呈現微幅上升情形，與全國其他縣市趨勢相同，110年以後之後臭氧則呈現持平趨勢。PM10與PM2.5各站濃度長期呈現下降趨勢，且113年PM10及PM2.5平均值均較112年同期(1~12月)下降。\n依據環境部豐原、沙鹿、大里、忠明、西屯測站之監測資料，113年(至12月)臺中市之空氣品質不良率（AQI＞100）為4.6%，為中部空品區最低者(彰化縣AQI>100比例為8.4%，南投縣AQI>100比例為9.4%)，而在全國22縣市中則排名第12名(宜蘭縣、花蓮縣、臺東縣並列第1名，AQI>100比例為0.5%；金門縣排名第22名，其AQI>100比例為16.7%)。而統計臺中市境內所有空氣品質監測站（含環境部、環保局、臺電測站）之監測資料，113年臺中市山、海、屯、市四區則以屯區之空氣品質不良率（6.0%）最高，其次依序為市區(3.6%)、山區(2.5%)、海區(2.0%)。\n在大里交通空品監測站部份，受附近幾條主要道路之移動污染源影響在上下班交通尖峰時段NO、NO2、CO及NMHC測值較其他時段高。另外，受到5月10日交通測站附近瓦斯外洩影響，NMHC於當日12時~13時有明顯高值(22.9 ppm、80.8 ppm)。受車流量影響，交通空品監測站之NO、NOx、NO2、CO、NMHC、PM10之平日濃度高於假日濃度，SO2、O3、PM2.5則平日濃度與假日差異不大。\n在移動式空氣品質監測車方面，定期執行移動式空品監測車監測設備維護工作，並依據民眾陳情及環保局指示進行空氣品質監測，統計113年5月~12月已執行16處次監測。監測完成後，繳交分析報告，除提交監測數據外，亦針對監測數據進行解析，彙整監測地點附近可能污染源，提供其他計畫執行稽查之參考。移動式空氣品質監測車除執行空氣品質監測之外，亦協助分析相關單位採集之樣品共12件。\n移動式空氣品質監測站藉由定期維護保養，使測站內各監測儀器能正常運作。移動式空氣品質監測站主要在無空氣品質監測站之區域，或有依任務需求進行監測。依據環保局指示，移動式A1站自112年5月24日起於新社區新社公所執行監測作業，移動式A2站自113年1月26日起於石岡區豐原給水廠執行監測作業，移動式B站自113年1月25日起於北屯區仁美國小執行監測作業。移動式A1站(新社區公所)之污染物物種日夜變化趨勢，只有O3濃度在中午時段出現高峰、NO2於夜間時段有峰值出現，其他污染物種在各監測時段上無明顯差異。移動A2站(石岡區豐原給水廠)之O3濃度在中午時段出現高峰主要是受光化作用影響；而氮氧化物(NOx、NO2)則以上下班時段濃度較高，主要受監測點北側內山公路之移動污染源影響。移動B站(北屯區仁美國小)之O3、NO及NMHC以日間時段濃度較高，O3濃度在中午時段出現高峰主要是受光化作用影響；而氮氧化物(NO、NO2)則以上下班時段濃度較高，該監測點鄰近崇德路，易受路上往來車輛及接送學童車輛之交通污染源影響。\n在噪音監測方面，道路交通噪音之測值，每季均符合噪音管制標準。環境音量測站則因管制標準較嚴格，噪音值容易受自然或人為活動之影響，偶爾部分時段會有不合格之情形。在軟體操作維護與資料更新部份，每季均提交季報表並更新環境部「噪音管制資訊系統」之監測資料庫。\n在其他配合工作方面，依據市政府及環保局之要求，即時空氣品質監測網需取得無障礙認證標章。本團隊依據數位發展部之「無障礙網路空間服務網」之規定，修改網頁內容於9月20日通過審核並取標章。",
        "eng_title": "2024 Environmental Quality Monitoring Station(including Mobile Monitoring Vehicle) Operation And Maintance Project in Taichung City",
        "eng_subject": "This project was implemented from May. 2, 2024 to Dec. 31, 2024. All tasks defined in the Environmental Protection Bureau's contract had been completed including the sampling , maintenance of the manual operation air monitoring stations, regular maintenance of automatic air monitoring stations, operation and maintenance of mobile air quality monitoring stations, operation and maintenance of mobile VOCs monitoring vans, noise monitoring of mobile noise stations, submit all kinds of reports, air quality routine notification, maintain the air quality monitoring website, Smart application of air quality data, et cetera.\nIn the section of Manual Operation Air Monitoring Stations, there were monthly sampling of dust fall, monthly one-point flow rate calibration, every half months sampling of TSP and equipment maintenance, quarterly multiple-points flow rate calibration. All equipment in Manual Operation Air Monitoring Stations are in good conditions. In contrast with year 2023, the geometric mean concentration of TSP in year 2024 was not much different from year 2023. The concentration of TSP in summer was lower than in other seasons. The dust fall in Taichung City in 2024 was equally 3.37 g\/m2‧30d, the graduation was extremely slightly pollution, The manual operation air monitoring station of Wuchi Public Health Center has significantly higher dust fall, especially in autumn and winter when the northeast monsoon prevails, It should be related to the sand by the sea and many large bare lands near the station.\nIn the section of Auto Monitoring Stations, all measurement items were functioning well under weekly, monthly, quarterly, semi-annual and annual maintenance scheme. The data achieved above 93% of data capture rate. \nIn automatic air quality station, the data was affected between day and night. NO2 and CO were affected by mobile sources of pollution of higher concentration during commuting time, particularly Dali、Zhongming, Wuri, Taiping and Wufeng station were obvious; O3 was the result of photochemical reaction at noon time with higher concentration in Dali and Taiping station. In terms of seasonal changing, most pollutants in summer have lower concentration, higher in winter and spring; its causes by typical weather patterns in Taiwan such as Typhoons in summer, strong heat convection, good diffusion conditions so the pollutants is not easy for accumulation. The values of O3 between Mar. to Apr. (spring) and from Sep. to Oct. (autumn) was higher to showing a typical seasonal variation.\n In the section of long-term trends of measured value of automatic air quality station, implement a variety of regulatory measures over the years, so SO2 concentration was lower in recent years. NO2 concentration in Dali, Zhongming, Wuri ,and Dongda station were higher due to mobile sources of air pollution; the long-term trend was roughly rendered decline. Most stations of O3 concentration were roughly slight rise from 2017 to 2020. PM10 and PM2.5 concentrations were showing a slight downward in long-term trend ,so it meant that efforts over the years for particle control has the achievement. \nIn 2024, the ratio with poor air quality (AQI>100) in Fengyuan, Shalu, Dali, Zhongming and Xitun revealing monitoring data from Taiwan Ministry of Environment report. The monitoring data is 4.6% in Taichung City from Jan. to Dec. . Among Central Air Quality Zone, the higher one was Nantou County standing for 9.4%, followed by Changhua County (8.4%)and Taichung City (4.6%). Among Shan, Hai, Tun, and Shih, four districts of Taichung City; Tun district had the highest ratio with AQI>100（6.0％）, followed by Shih district (3.6%) , Shan district (2.5%) and Hai district (2.0%).\nAt the Dali Traffic Air Quality Monitoring Station, due to the influence of mobile pollution sources on several nearby major roads, measured values of NO, NO2, CO and NMHC during peak traffic hours are higher than those at other times. Affected by traffic flow, the weekday concentrations of NO, NOx, NO2, CO, NMHC, and PM10 are higher than the holiday concentrations, while the weekday concentrations of SO2, O3, and PM2.5 are not different from those on holidays.\nIn the section of mobile air quality monitoring van, monitoring regularly the implementation of equipment maintenance; air quality monitoring was based on public petitions and EPB's command. It has been completed 16 monitoring cases until end of Dec.. After monitoring is complete, in addition to submitting the monitoring data and conducting for monitoring data analysis, aggregated monitoring locations near sources may provide reference implementation of audit. Mobile air quality monitoring van not only implement air quality monitoring, but also assist relevant institutions to analyze 12 samples.\nThe mobile air quality monitoring stations ensure the normal operation of all monitoring instruments through regular maintenance. The mobile air quality monitoring stations are mainly used in areas where there is no air",
        "proj_year": "113",
        "org_name": "臺中市政府環境保護局",
        "exe_unit": "金煇企業股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131980938",
        "publish_date": "20250320"
    },
    {
        "chi_title": "固體再生燃料管理系統發展先期規劃",
        "chi_subject": "本計畫以規劃「固體再生燃料（SRF）管理系統」為核心，旨在透過系統化功能模組設計，提供循環署、地方環保局等單位掌握SRF之製造與使用運作情形。執行內容包括系統功能規劃與成本評估、儀表板雛型設計、雲端架構評估以及AI影像辨識技術與空污排放推估技術之發展規劃。\n成果顯示，本計畫規劃之系統功能模組設計內容涵蓋首頁、製造與使用廠管理平台、運作儀表板等，能透過直觀數據圖表展示各時期或地區之SRF的製造量、使用量，同時也可了解SRF製造廠料源廢棄物類別比例，以及SRF使用廠類別比例，後續計畫進行開發建置，上線後可提供互動式查詢管理平台，作為SRF管理最重要之平台。\n在導入AI技術方面，建議從外形較易辨識的原料（如PVC管）著手發展料源辨識技術，逐步累積影像庫並提升模型準確性；空污排放推估則需建立SRF來源與排放數據的關聯，未來可針對燃料比例或鍋爐操作提供改善建議。\n短期內建議推動CCTV影像標準串流規格，並配合法規修訂調整系統，中長期則需強化數據庫建設，提升產銷資料關聯性與分析能力，為SRF管理系統的未來發展奠定基礎。",
        "eng_title": "Advanced planning for the development of solid recovered fuel management system",
        "eng_subject": "This project focuses on planning the “Solid Recovered Fuel (SRF) Management System,” aiming to design systematic functional modules to assist organizations such as the Environmental Protection Administration (EPA) and local environmental bureaus in monitoring the production and usage of SRF. The scope of work includes system functionality planning and cost evaluation, dashboard prototype design, cloud architecture assessment, and the development of AI-based image recognition and air pollution emission estimation technologies.\nThe project outcomes reveal that the planned system includes functional modules such as a homepage, manufacturing and usage plant management platforms, and an operational dashboard. These modules enable users to view production and usage volumes of SRF across different periods or regions through intuitive graphical data representations. They also provide insights into the waste material categories used by SRF manufacturers and the category proportions of SRF users. Upon completion of system development and launch in subsequent phases, this interactive query and management platform will serve as the key tool for SRF management.\nFor AI technology integration, it is recommended to start with material source recognition technology focusing on easily identifiable materials, such as PVC pipes. By gradually building an image database and improving model accuracy, the system can enhance material identification capabilities. Additionally, establishing correlations between SRF sources and emissions data will allow for air pollution emission estimation, offering recommendations for fuel ratio adjustments or boiler operation optimization in the future.\nIn the short term, it is recommended to promote standardized streaming specifications for CCTV integration and align system adjustments with regulatory revisions. For the long term, strengthening database construction and enhancing the correlation and analytical capabilities of production and sales data will lay a solid foundation for the future development of the SRF management system.",
        "proj_year": "113",
        "org_name": "循環署循環處理組",
        "exe_unit": "逢甲大學",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131791383",
        "publish_date": "20250307"
    },
    {
        "chi_title": "我國淨零轉型執行管理與推動社會對話",
        "chi_subject": "依據聯合國氣候變遷專門委員會(IPCC)第六次評估整合報告，全球已升溫超過1.1°C，強烈呼籲國際社會積極實現《巴黎氣候協定》目標，並控制升溫於攝氏1.5°C內。為了因應氣候變遷，目前全球共有151國家、262城市、157區域及1,032間大企業提出2050年淨零轉型目標，涵蓋近88%溫室氣體排放、92%的GDP及89%人口。我國總統蔡英文亦於2021年宣示2050淨零轉型，國發會進一步於2022年提出「臺灣2050淨零排放路徑及策略總說明」及「12項關鍵戰略行動計畫」，預計透過風電\/光電、氫能、節能等12項戰略，減少7,200~7,600萬噸碳排放，相當於2020年29%碳排量。 為有效達成淨零轉型目標，本計畫研析重要國家和國際機構在淨零轉型規劃、氣候變遷減緩和調適方面的最新趨勢。同時，建立淨零十二項關鍵戰略執行情形填報平台，以定期追蹤各部會的執行進展。並協助氣候變遷署舉辦淨零轉型關鍵戰略行動計畫的成果發表和社會對話，以提升公眾對我國淨零目標的理解。此外，透過分析國際組織和會議的氣候變遷議題，並派員參與相關國際活動，以深入瞭解全球淨零路徑推動和經貿政策因應的最新趨勢，掌握各國淨零路徑推動及經貿政策因應做法之最新做法。最後，建立本土化環境、能源、經濟資料庫，並運用可計算一般均衡模型，以評估淨零十二項關鍵戰略對我國經濟發展的短、中、長期影響。 綜合本計畫的研究內容，顯示氣候政策必須與快速變化的國際環境和前瞻技術進步相呼應。須持續追蹤各國推動成效、後續修正情況，並釐清修正原因，做為我國淨零政策路徑滾動式檢討之參考依據。氣候變遷不僅是一項重大挑戰，更是一個推動技術創新與經濟轉型的契機。若能掌握這波綠色浪潮，我國將有機會在未來全球經濟體系中占有重要地位，實現永續發展與經濟增長的雙重目標。",
        "eng_title": "Implementing and Promoting Social Dialogue for Net Zero Transition in Our Country",
        "eng_subject": "According to the Intergovernmental Panel on Climate Change (IPCC) Sixth Assessment Synthesis Report, global temperatures have already risen by more than 1.1°C, emphasizing the urgent need for the international community to actively achieve the goals outlined in the Paris Agreement and to limit the temperature increase to within 1.5°Celsius. In response to climate change, a total of 151 countries, 262 cities, 157 regions, and 1,032 major corporations worldwide have set net-zero transition goals for 2050, covering nearly 88% of greenhouse gas emissions, 92% of global GDP, and 89% of the population. In 2021, President Tsai Ing-wen declared Taiwan's commitment to achieving net-zero transformation by 2050. Subsequently, in 2022, the National Development Council (NDC) released the Taiwan 2050 Net Zero Emission Pathway and Strategy Overview along with the 12 Key Strategic Action Plans. Through strategies such as wind and solar power, hydrogen energy, and energy conservation, Taiwan aims to reduce carbon emissions by 72 to 76 million metric tons, equivalent to 29% of the 2020 carbon emission levels. To effectively achieve the net-zero transformation goal, this project will analyze the latest trends in net-zero transition planning, climate change mitigation and adaptation from key countries and international organizations. Simultaneously, it aims to establish a reporting platform for the execution status of the twelve key strategies to regularly monitor the progress of various departments. Additionally, it will assist the Climate Change Bureau in organizing the presentation of annual results and engaging in societal dialogue on the key strategies for net-zero transition, enhancing public understanding of our country's net-zero objectives. Furthermore, through the analysis of climate change topics in international organizations and conferences, representatives will be dispatched to participate in relevant international activities to gain in-depth insights into the latest trends in global net-zero pathways and strategies for economic and trade policy responses. Lastly, the project will establish a localized database for environmental, energy, and economic factors, utilizing a computable general equilibrium model to assess the short, medium, and long-term impacts of the twelve key strategies on our country's economic development. Based on the research content of this project, it is evident that climate policies must adapt to the rapidly changing international environment and advancements in cutting-edge technologies. It is essential to continuously track the effectiveness of policies implemented by various countries, their subsequent revisions, and clarify the reasons for such adjustments as a reference for the iterative review of Taiwan's net-zero policy pathways. Climate change is not only a significant challenge but also an opportunity to drive technological innovation and economic transformation. By seizing this green wave, Taiwan has the potential to play an important role in the future global economic system, achieving the dual goals of sustainable development and economic growth.",
        "proj_year": "113",
        "org_name": "氣候署國際事務小組(停用)",
        "exe_unit": "財團法人台灣綜合研究院",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131783517",
        "publish_date": "20250317"
    },
    {
        "chi_title": "113年度南投縣民生燃燒煙霧管制計畫",
        "chi_subject": "目前國內各縣市針對露天燃燒及紙錢減量政策都有其不同的管制作法，\n但主要目地不外乎加速改變舊傳統，以符合現代環保的方式取代，因此推動\n政策的主要難度不在於稽查與取締，而在於民眾的習慣與認知。因此，本計\n畫主要重點在於宣導民眾勿露天燃燒與推動紙錢減量。\n在露天燃燒管制方面，由於露天燃燒的性質具有短時間、高污染、高危\n險性及易遭陳情的特性，本計畫為提升轄內環境空氣品質，針對重點區域劃\n分 4 處露天燃燒管制區，除進行巡查外，並配合於轄內第一期稻作收割期間\n加強露天燃燒案件即時查處，及派遣流動廣播車加強宣導稻草資源再利用方\n法。本年度推動工作重點包括辦理有機腐化菌推廣作業、採用煙霧辨識系統\n及無人飛行載具(UAV)輔助露天燃燒巡查、發展稻草、茭白筍葉多元化再利\n用方式、生物炭爐示範推廣作業等，於推動過程中並與專家學者、中區農業\n改良場埔里分場等單位協調合作，共同為本縣環境保護盡一份心力。\n在紙錢減量推動方面，主要工作重點包括持續推動紙錢集中燃燒、環保\n寺廟輔導(含推廣環保禮炮車、紙錢集中清運、紙錢及香枝減量、設置環保金\n爐、改用 LED 燈泡等)、辦理各項宣導活動等多元化減量工作推動方式。於\n推動過程中並與各寺廟代表、外縣市環保局、民間清運業者、環保金爐業者、\n電子看板跑馬燈管理者等單位共同合作，推動紙錢源頭減量。\n餐飲業油煙與廢油水污染為造成環境污染與民眾陳情主要原因之一，依\n據中區國稅局、商業登記、埔里稽徵所資料與歷年巡查結果，篩選建立本縣\n餐飲業基本資料清冊，辦理稽巡查作業對象為遭陳業者、列管業者及新設業\n者，以及召開法規說明會及邀請專家學者進行針對屢陳情業者及自主改善業\n者進行輔導與建議。",
        "eng_title": "113th Annual Nantou County People’s Livelihood Combustion Tobacco Control Plan",
        "eng_subject": "At present, various counties and cities in China have different control methods for open burning and paper money reduction policies.\nBut the main purpose is nothing more than to accelerate the change of old traditions and replace them with modern and environmentally friendly methods, so we promote\nThe main difficulty of the policy lies not in inspection and banning, but in the habits and cognition of the people. Therefore, this plan\nThe main focus of the painting is to educate people not to burn in the open and to promote the reduction of paper money.\nIn terms of open burning control, due to the nature of open burning, it is short-term, highly polluting, and high-risk.\nare dangerous and vulnerable to complaints. This plan aims to improve the ambient air quality within the jurisdiction and target key areas.\nDivided into 4 open burning control areas, in addition to conducting inspections, it also cooperates with the first rice harvest period within the jurisdiction.\nStrengthen the immediate investigation and handling of open burning cases, and dispatch mobile broadcast vans to strengthen publicity on straw resource reuse methods\nLaw. The focus of this year’s promotion work includes handling the promotion of organic spoilage bacteria and the adoption of smoke identification systems\nand unmanned aerial vehicle (UAV)-assisted open-air burning inspections, development of rice straw, wild rice bamboo shoots and leaves for diversification and reuse\nUsage methods, biochar stove demonstration and promotion operations, etc., during the promotion process, we cooperated with experts and scholars, and Central District Agriculture\nImprovement field Puli branch and other units coordinate and cooperate to jointly contribute to the county's environmental protection.\nIn terms of promoting paper money reduction, the main work focuses include continuing to promote the centralized burning of paper money and environmental protection.\nTemple counseling (including promotion of environmentally friendly salute vehicles, centralized collection and transportation of paper money, reduction of paper money and incense sticks, and setting up environmental protection funds\nfurnaces, switching to LED light bulbs, etc.), conducting various publicity activities and other diversified ways to promote weight reduction work. At\nDuring the promotion process, we worked with representatives of various temples, environmental protection bureaus of other counties and cities, private cleanup operators, environmental protection gold furnace operators,\nElectronic billboard ticker managers and other units work together to promote the reduction of paper money at its source.\nFume and waste oil and water pollution from the catering industry are one of the main causes of environmental pollution and public complaints.\nBased on the data of the Central District State Taxation Bureau, Commercial Registration, and Puli Tax Collection Office and the inspection results over the years, this county was selected and established.\nInventory of basic information on the catering industry, and the objects of inspection operations are listed businesses, listed businesses and newly established businesses\nregulators, as well as convening regulatory briefings and inviting experts and scholars to conduct reports on repeated complaints and independent improvement industries.\nProvide guidance and advice.",
        "proj_year": "113",
        "org_name": "南投縣政府環境保護局",
        "exe_unit": "華門工程顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131454944",
        "publish_date": "20250402"
    },
    {
        "chi_title": "113年度宜蘭縣柴油車污染管制及排煙動力計操作檢測計畫",
        "chi_subject": "本（113年度）計畫各主要工作項作業進度，已持續依據計畫執行初期規劃之期程，以及預定目標依續達成，此外為加強管控行駛於本縣轄內移動源所造成之污染，在柴油車污染管制部份，除執行站內檢測、目測判煙、路邊稽查及車牌辨識等4項作業外，亦持續推動轄內柴油車輛自主管理暨主動到檢推動等措施，並透過執行策略在地化、強化境外移入稽查等管制思維，提昇減量成效。\n為提昇計畫執行成效，本計畫亦持續針對以轄區各主要不同柴油車族群，針對自主到檢作業進行區分管制，包括轄區大型貨運業、國道5號客運、利澤及龍德工業區大型業者、公共造產疏浚砂石車輛，以及進出蘇澳港空氣品質維護區車輛等族群，此外為擴展老舊車輛管制績效，本年度亦持續加強針對設籍本縣個人或小型行號車輛、鄉鎮公所清潔隊車輛及進出利澤焚化廠車輛等3個族群，進行自主到檢方案，並依據去年各族群到檢期程，依續排定到檢，以督促相關業者及族群，重視所屬柴油車輛排煙現況，進而確實維修保養。\n本年度也持續藉由受理民眾檢舉烏賊車案件、路邊攔檢不合格複驗、目測判煙通知到檢及外縣市移入案件通知檢測等管制作為，通知有污染疑慮之柴油車，限期至排煙站進行檢測，在油品抽測化驗部分，運用比色表及比重計，從車輛油箱中進行採樣，並挑選較為可疑油品送交環保署認可機構進行化驗，以管制硫含量超過標準之非法油品，此外今年度已完成2場次外部稽核，期望透過專家學者到站輔導及查核，持續維持並精進宜蘭檢測站相關品質運作能力，進而維護環保局執法公信力。",
        "eng_title": "113 Yilan County Diesel Vehicle Pollution Control and Smoke Exhaust Power Meter Operation Inspection Plan",
        "eng_subject": "In addition, in order to strengthen the control of pollution caused by mobile sources driving in the county, in the pollution control part of diesel vehicles, in addition to the implementation of four operations such as in-station detection, visual smoke inspection, roadside inspection and license plate recognition, we also continue to promote measures such as self-management and active inspection of diesel vehicles within the jurisdiction, and through the implementation of the strategy of localization, strengthen the control thinking of overseas migration inspection, etc., Improve the effectiveness of reduction.\nIn order to enhance the effectiveness of the implementation of the plan, the plan also continues to distinguish and control the autonomous inspection operations for different diesel vehicle groups in the jurisdiction, including the large-scale freight industry in the jurisdiction, the passenger transport of National Highway No. 5, the large-scale operators of the Lize and Longde Industrial Zones, the public production of dredging sand and gravel vehicles, and the vehicles entering and leaving the Suao Port Air Quality Maintenance Zone. Three groups, including the vehicles of the cleaning team of the township office and the vehicles entering and leaving the Lize Incineration Plant, carried out the independent inspection plan, and according to the inspection schedule of each ethnic group last year, the inspection was scheduled to continue to supervise the relevant industries and ethnic groups to pay attention to the current smoke exhaust status of their diesel vehicles, and then to ensure maintenance.\nThis year, we also continued to accept the public's report of squid car cases, roadside stop inspection of unqualified re-inspection, visual inspection of cigarette inspection notice for inspection, and notification of inspection of cases moving from other counties and cities to notify diesel vehicles with pollution concerns to go to the smoke exhaust station for testing within a time limit, and in the part of oil sampling and testing, the use of colorimetric tables and hydrometers to sample from the vehicle's fuel tank, and select more suspicious oil products to be sent to the Environmental Protection Department's authorized institutions for testing, so as to control illegal oil products with sulfur content exceeding the standard, in addition, two external audits have been completed this year. It is expected that through the on-site counseling and inspection of experts and scholars, we will continue to maintain and improve the relevant quality operation capabilities of the Yilan testing station, and then maintain the credibility of the environmental protection bureau's law enforcement.",
        "proj_year": "113",
        "org_name": "宜蘭縣政府環境保護局",
        "exe_unit": "春迪企業股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131310587",
        "publish_date": "20250325"
    },
    {
        "chi_title": "113年度資源回收物管理及循環利用專案工作計畫",
        "chi_subject": "本計畫執行期間自113年4月8日起至113年12月31日止，相關成果包括：\n\n(1)\t已提交應回收容器回收業收購價調查規劃書，並完成113年1月至12月應回收容器回收業收購價調查，彙整每月收購價格調查，並分析收購價格變動原因。\n(2)\t定期彙整及蒐集國際塑膠公約資料，分析對於塑膠的管制策略及目標，評估建立我國塑膠產品管制策略。\n(3)\t完成辦理9件廢紙容器附著含水率採樣檢測作業。\n(4)\t完成收集現有應回收廢容器之品項（區分為塑膠、紙、金屬及玻璃四類材質）及樣態影像資料，選擇卷積神經網路進行分析CNN)為運算模組、YOLOv10及YOLOv11為物件偵測技術暨深度學習模型；經蒐集、訓練超過1萬張圖片，4種材質辨識準確度均已超過80%。\n(5)\t完成5場次國內PET再生料使用端產業調查作業，並蒐集國內外PET材料產業相關循環利用應用範圍、技術、循環經濟現況及產業趨勢以及後疫情期間廢PET區域價格及消費數量調查資料。\n(6)\t協助塑膠容器及玻璃容器綠色費率，檢視除塑膠容器及玻璃容器以外的其他材質之處理費費率與補貼費率，並協助編撰廢塑膠容器綠色徵收費率適用指引。\n(7)\t擬定任業者申請、審核、查核與管理機制，並與會計師、系統廠商討論相關事宜。\n(8)\t完成15場次製造及輸入業者、回收及處理業者、學術研究機構等單位訪談。\n(9)\t完成2場次綠色費率研商會。\n(10)\t已完成將「連鎖速食店業應設置資源回收設施規格及其他應遵行事項」併入「應設置資源回收設施之容器或乾電池販賣業者範圍、設施設置、規格及其他應遵行事項」之初稿。\n(11)\t海洋廢棄物循環利用及標章申請資訊專區，更新已取得海廢標章案例。\n(12)\t持續協助廢玻璃容器精進補貼申請案件審核。\n(13)\t辦理三場次北部、中部及南部座談會。",
        "eng_title": "2024 Project on Recyclable waste management and Recycling",
        "eng_subject": "1.Submitted the investigation plan for the purchase price of recyclable containers by recycling companies and completed the survey on purchase prices for recyclable containers from January to October. Continued to compile monthly purchase price surveys and analyze the reasons for price fluctuations.\n2.Regularly compile and collect international plastic convention data, analyze strategies and goals for plastic regulation, and assess the establishment of plastic product control strategies in our country.\n3.Completed the sampling and testing of water content on 9 waste paper containers.\n4.Completed the collection of existing recyclable waste container items and technological tools for AI computation modules in image recognition. Choose Convolutional Neural Networks (CNN) for analysis as the computation module, with YOLOv10 and YOLOv11 as object detection technologies and deep learning models. After collecting and training with over 10,000 images, the recognition accuracy for four types of materials has exceeded 0.8. Additionally, a proposal for a judgment platform has been submitted as a reference for future enhancements and expansions.\n5.Completed 5 surveys on the use of domestic PET recycled materials in the industry and continued to collect information on the application range, technology, circular economy status, and industry trends of the domestic and international PET materials industry, as well as regional price and consumption volume data for waste PET during the post-pandemic period.\n6.Assisted with the green fee rates for plastic and glass containers, and continued to review the handling fee rates and subsidy rates for materials other than plastic and glass containers, while also assisting in drafting guidelines for the green collection fee rate for waste plastic containers.\n7. Developed a mechanism for industry application, review, audit, and management, and discussed subsequent matters with accountants and system vendors.\n8.Completed 15 interviews with manufacturers and importers, recycling and processing companies, academic research institutions, and other organizations.\n9.Completed 2 green fee rate consultation meetings.\n10.Completed the draft combining the Specification and Other Requirements for Resource Recycling Facilities in Chain Fast Food Industry with the Scope, Facility Setup, Specifications, and Other Requirements for Container or Dry Battery Retailers to Set Up Resource Recycling Facilities.\n11.Updated the marine waste recycling and labeling application information section with the obtained marine waste labeling cases.\n12.Continued to assist with the review of subsidy applications for waste glass containers.\n13.Organized three regional forums in the North, Central, and South.",
        "proj_year": "113",
        "org_name": "循環署回收基金管理會",
        "exe_unit": "毅泰管理顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131267041",
        "publish_date": "20250401"
    },
    {
        "chi_title": "廢棄資源清除處理機構精進管理專案計畫",
        "chi_subject": "本（113）年度計畫執行期限自113年２月６日起至１１月３０日止，計畫工作內容包括：精進清除處理機構管理制度，檢討提出管理規定修正建議；掌握廢棄物清除處理機構運作統計分析及現況調查，強化事業廢棄物清除處理監控分析，掌握關注廢棄物之委託清除處理價格；強化「清除處理機構管理資訊系統」管理應用，優化系統功能並配合需求開發功能及配合施政需求提升計畫成效及品質等，完成工作項目如下：\n一、配合廢棄物清理法與資源回收再利用法修法方向提出修正建議，依清除處理機構實務現況提出相關管理規定修正建議，配合政策推動需求，提出許可審查、掩埋場重新開發、評鑑制度、火災預防等相關指引草案。\n二、完成全國公民營廢棄物焚化處理機構之營運歷程與集團概況，每季統計機構設置與營運情形，掌握全國大型垃圾焚化廠收受清除機構受託清理廢棄物之進場價格與數量，統計分析5類關注事業廢棄物之處理市價。\n三、維護並更新「清除處理機構管理資訊系統」功能，配合使用需求開發相關功能，以提升行政作業效率。\n四、完成辦理３０場次公民營廢棄物清除處理機構現場輔導工作，配合辦理職安、性平等議題之宣導工作，辦理法規及系統宣導說明會、專家諮詢會議及業務檢討會，指派駐署專責人員協助本計畫相關行政工作，配合環境部資源循環署施政需求提升計畫執行成效及品質。",
        "eng_title": "Project of Management for Industrial Waste Clearance and Disposal organization",
        "eng_subject": "The implementation period of this project was from February 6th, 2024 to November 30th, 2024. This project included improving the management system of the clearance and disposal organizations, reviewing and proposing amendments to the management regulations, statistical analysis and current situation investigation of the operation for the waste clearance and disposal organizations, strengthen the monitoring of clearance and disposal for the industrial waste, updating the prices of entrusted clearance and disposal for the waste of concern, strengthen the management application of the Management of Waste Clearance and Disposal Information System, optimizing system functions, developing functions in line with demand, and improving project effectiveness and quality in line with administrative needs, etc.. Here are the results of each work:\n1.Propose amendments to the \tWaste Disposal Act and the \tResource Recycling Act, propose amendments to relevant management regulations based on the actual situation from clearance and disposal organizations, and propose relevant draft guidelines for permit reviews, landfill redevelopment, assessment systems, and fire prevention in line with policy promotion needs.\n2.Complete the operation history and group overview of public and private waste incineration organizations, collect statistics on the establishment and operation of the organizations on a quarterly basis, update the entry price and quantity of waste entrusted to be cleaned by large waste incineration plants, and statistically analyze 5 categories of concerns market price for the disposal of industrial waste.\n3.Maintain and update the functions of the Management of Waste Clearance and Disposal Information System and develop related functions according to user needs to improve administrative efficiency.\n4.Completed 30 on-site counseling sessions for public and private industrial waste clearance and disposal organizations, cooperated with the publicity work on occupational safety and gender equality issues, held regulatory and system publicity briefings, expert consultation meetings and performance review meetings, and assigned dedicated personnel to assist in the office Administrative work related to this project is in line with the administrative needs of the Department of Resources and Recycling of the Ministry of Environment to improve the effectiveness and quality of project implementation.",
        "proj_year": "113",
        "org_name": "循環署循環處理組",
        "exe_unit": "環興科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131222144",
        "publish_date": "20250313"
    },
    {
        "chi_title": "雲林縣-113年資源循環工作計畫",
        "chi_subject": "本計畫執行期間自民國113年4月16日至113年11月30日止。配合資源回收推動，辦理形象改造及輔導作業，執行資源回收考核，提升鄉鎮市公所、社區、學校及機關團體落實回收體系作業、辦理資源回收宣傳活動，及擬定本縣資源回收考核計畫等工作內容。\n截至113年11月30日，已完成抽查20處公所公務報表；輔導10處四大體系資源回收申報作業；於雲林縣環境保護局粉絲專頁發布17則宣導圖文；辦理22場次資源回收宣導說明會及維持144站資源回收站多元回收管道運作及流向追蹤。本計畫亦協助雲林縣環境保護局辦理113年推動執行機關加強辦理資源回收工作績效考核工作，輔導各公所清潔隊之資源回收貯存場玻璃分色貯存清運，並且針對本年度應加強考核項目進行說明，以提升雲林縣成績。",
        "eng_title": "2024 Resource Recycling Image Transformation and Publicity Plan",
        "eng_subject": "The project implementation period is from April 16, 2024, to November 30, 2024. In coordination with resource recycling promotion, this project involves conducting image renovation and guidance operations, implementing resource recycling assessment, enhancing recycling system operations for township offices, communities, schools, and institutional groups, organizing resource recycling promotional activities, and developing the county's resource recycling assessment plan.\nAs of November 30, 2024, the following tasks have been completed: conducted administrative inspections of 20 municipal offices; provided guidance for resource recycling declaration operations in 10 entities across four major systems; published 33 promotional graphics and informational texts on the Yunlin County Environmental Protection Bureau's fan page; organized 22 resource recycling promotion briefing sessions; and maintained the operation and tracking of 144 resource recycling stations.\nThe project additionally supported the Yunlin County Environmental Protection Bureau in conducting performance assessments for institutional resource recycling work. This included guiding municipal cleaning teams in glass color-based storage and transportation at recycling sites, and providing explanations of key assessment items to enhance the county's performance. From January to September 2024, Yunlin County's resource recycling volume reached 126,630.14 metric tons, representing a 4.80% increase compared to the same period in the previous year (121,536.79 metric tons).",
        "proj_year": "113",
        "org_name": "雲林縣環境保護局",
        "exe_unit": "綠信環境科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131104706",
        "publish_date": "20250312"
    },
    {
        "chi_title": "113年環境保護議題分析及科教推廣計畫",
        "chi_subject": "本計畫旨透過綜合性的溝通策略，強化政策宣傳與社會參與。主要工作包括事件觀察分析，提供政策對應之建議，並針對環境議題進行整合性社會溝通交流，涵蓋記者會、說明會及情境模擬等活動。此外，計畫內包含多媒體素材製作，如圖卡、影音及Podcast，將環保政策轉化為大眾易於接受的內容。\n　　本計畫有效促進大眾對環保議題的認識與支持，今年度完成舉辦3場次實體活動，共計逾500人參與，製作6式對外論述說明、30件溝通素材及12件數位影音素材，並策劃4場次多媒體影音曝光(Podcast、廣播或 KOL等)，以及6則行銷媒體廣告刊登，成功提升政策能見度。在社群媒體方面，協助維護管理機關「環境教育友你友我」Facebook社團，發布20則圖卡並辦理5場次社群互動遊戲，累計綠點獎勳達1,000萬點。",
        "eng_title": "2024 Environmental Protection Issue Analysis and Science Education Promotion Project",
        "eng_subject": "This project aims to strengthen policy promotion and social participation through a comprehensive communication strategy. The main tasks include event observation and analysis, providing policy recommendations, and conducting integrated social communication on environmental issues, such as press conferences, briefings, and scenario simulations. Additionally, the project includes the production of multimedia materials, such as infographics, videos, and podcasts, to transform environmental policies into content that is easily accessible to the public.\n\nThis project has effectively promoted public awareness and support for environmental issues. A total of three physical events were held, with over 200 participants. Thirty communication materials and twelve digital video materials were produced, and four multimedia exposure events (Podcasts, radio, or KOL) were planned, successfully increasing policy visibility. In terms of social media, the project assisted in managing the Environmental Education for You and Me Facebook group, publishing twenty infographics and organizing four community interactive games, accumulating 10 million Green Points (equivalent to NT$100,000).\n\nThrough a systematic marketing strategy and diverse communication channels, this project not only deepened public understanding of environmental policies but also enhanced the trust and cooperation between the government and the public, laying a solid foundation for promoting environmental sustainability. It is recommended that future efforts strengthen collaboration with emerging media, optimize community interaction formats, and further improve the communication effectiveness of multimedia materials.",
        "proj_year": "113",
        "org_name": "環境部環境保護司",
        "exe_unit": "泛科知識股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131067246",
        "publish_date": "20250308"
    },
    {
        "chi_title": "農地預警機制評估管理計畫",
        "chi_subject": "鑑於環境部環境管理署自112年起因應受污染農地土壤及灌溉水質改善已達階段性目標，推動農地分區預防管理措施，為周延整體農地分區管理策略，本計畫旨在建立有效的農地污染預警與預防機制，以保障食用作物安全和降低環境風險。在建立農地分區污染潛勢升降級機制方面，本計畫透過整合歷年環管署系統性污染評估經驗及全國各縣市預防監測成果，建立升降級評估及作業執行流程，並透過篩選3處示範調查樣區辦理調查以驗證流程評估條件之適用性，其調查工作包括40場次環境勘查、90組土壤調查、12站月水質連續監測、30組底泥調查及150組縮時膠囊調查等環境介質評估工作，並依據調查結果辦理污染關聯性分析研提污染源清單及農地污染預警工作建議。此外，於計畫期間，配合全國農地預防工作辦理系統功能建置、維護及資料建置等工作，並因應農地績效考核成果呈現需要，更新及編修系統首頁及地理資訊系統，且為確保相關人員能有效利用系統，亦完成辦理3場次線上系統教育訓練會，以期透過周延農地分區管理機制，為未來制定和實施保護農業環境的政策奠定堅實基礎。",
        "eng_title": "Farmland early warning mechanism assessment and management project",
        "eng_subject": "In response to the Environmental Management Administration of the Ministry of Environment's (EMA) attainment of interim objectives for remediation of contaminated agricultural soil and irrigation water quality since 2023, the EMA has implemented zonal preventive management measures for agricultural land. To enhance the comprehensiveness of the overall agricultural zoning management strategy, this project aims to establish an efficacious early warning and prevention mechanism for agricultural pollution, thereby safeguarding food crop safety and mitigating environmental risks. In the development of the mechanism for upgrading and downgrading agricultural land pollution potential zones, this project synthesized the EMA's long-standing systematic pollution assessment expertise with nationwide preventive monitoring outcomes to establish robust evaluation and operational procedures. We strategically selected three demonstration areas to conduct surveys, validating the applicability of the process evaluation criteria. The survey work comprised 40 environmental inspections, 90 soil analyses, 12 station-months of continuous water quality monitoring, 30 sediment assessments, and 150 time-capsule surveys for comprehensive environmental media evaluation. Based on the survey results, we conducted pollution correlation analyses to identify potential pollution sources and formulated agricultural pollution early warning recommendations. Moreover, throughout the project duration, we executed system function development, maintenance, and data integration in alignment with national agricultural prevention initiatives. To facilitate the presentation of agricultural performance evaluation results, we updated and refined the system homepage and geographic information system interface. To ensure optimal system utilization by relevant personnel, we conducted three online system training sessions. This multifaceted project approach aims to establish a thorough and adaptive agricultural zoning management mechanism, thereby laying a robust foundation for future policy formulation and implementation in the preservation of our agricultural environments.",
        "proj_year": "113",
        "org_name": "環管署土壤及地下水污染整治基金管理會",
        "exe_unit": "瑞昶科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131051495",
        "publish_date": "20250303"
    },
    {
        "chi_title": "113年自願性產品碳足跡標籤審查專案工作計畫",
        "chi_subject": "氣候變遷已是全球關注之永續議題，為追求國家永續發展並與世界接軌，環境部經研擬與規劃，於99年開始推動產品碳足跡標籤制度相關作業，鼓勵企業於量化產品生命週期中之原料取得、製造、配送銷售、使用及廢棄處理各階段之碳排放，瞭解所產生之碳排放及減量熱點，進而尋找降低碳排放的機會，繼而我國成為全球第11個推動碳足跡標籤的國家，透過標籤資訊之揭露，則具有教育社會大眾的意義，盼能透過產品上標示標籤資訊，可作為民眾選購之參考，使綠色消費更加落實。環境部為延續歷年產品碳足跡標籤制度推動成果，特委辦「113年自願性產品碳足跡標籤審查專案工作計畫」，將透過(1)受理碳足跡標籤申請案件、(2)檢討碳足跡減量標籤制度及(3)維護管理產品碳足跡資訊網等三大工作，以持續運作目前產品碳足跡標籤制度管理及網站資訊系統。\n以下摘述本專案工作計畫執行重要成果：(1)已受理250件申請案，並協助召開共計14場次碳足跡相關會議；(2)已完成10家碳足跡標籤生產廠場查核及查核結果分析；(3)已完成國際間減碳標籤或低碳標籤制度推動資訊蒐集分析，並提出國內碳足跡減量標籤之廢止對於部會制度及民間規範之衝擊評估；(4)已於11月26日拜訪韓國KEITT瞭解韓國EPD標籤\/低碳標籤制度推動現況、產品類別規則、以及EPD查證制度及人員訓練等資訊；(5)完成「自願性碳足跡標籤產品類別規則制定、盤查作業及標籤申請作業指引」以利後續業者遵循管理辦法規定；(6)持續維護與優化產品碳足跡資訊網，並配合更新政府資料開放平台內資訊，以促進公民參與及資料加值應用；(7)完成辦理3場次產品碳足跡標籤說明暨案例操作教育訓練，有助於廠商了解碳足跡標籤申請程序。",
        "eng_title": "2024 years of Voluntary Product Carbon Footprint Label Review Project Work Plan",
        "eng_subject": "Began developing and implementing the Product Carbon Footprint Labeling System in 2010. This initiative encourages businesses to quantify carbon emissions across all stages of a product’s life cycle, including raw material acquisition, manufacturing, distribution, sales, use, and end-of-life disposal. The goal is to identify carbon hotspots and opportunities for reduction. Taiwan became the 11th country globally to implement a carbon footprint labeling system. By disclosing information through labels, the system also serves an educational purpose, helping to raise public awareness and promoting green consumption by offering consumers a reference point for environmentally friendly purchasing decisions.\nTo build on the achievements of the carbon footprint labeling system over the years, the Ministry of Environment commissioned the “2024 Voluntary Product Carbon Footprint Label Review Project.” This project encompasses three key tasks:\n(1)\tProcessing applications for carbon footprint labels.\n(2)\tReviewing the carbon footprint reduction labeling system.\n(3)\tMaintaining and managing the Product Carbon Footprint Information Website.\nThe key outcomes of this project are summarized as follows:\n(1)\tProcessed 250 applications for carbon footprint labels and assisted in organizing 14 related meetings.\n(2)\tConducted audits at 10 production sites holding carbon footprint labels,and analyzed the audit results.\n(3)\tCompleted a study on international practices regarding carbon reduction or low-carbon labeling systems, and assessed the impacts of discontinuing the domestic carbon footprint reduction label on government and private sector regulations.\n(4)\tVisited Korea’s KEITT on November 26 to understand the status of Korea’s Environmental Product Declaration (EPD) and low-carbon labeling systems, product category rules, EPD verification mechanisms, and personnel training.\n(5)\tDeveloped guidelines for voluntary carbon footprint labeling, including product category rules, inventory procedures, and label application processes, to facilitate compliance with management regulations for businesses.\n(6)\tMaintained and optimized the Product Carbon Footprint Information Website and updated data on the government’s open data platform to encourage public participation and value-added applications of the data.\n(7)\tOrganized three training sessions on product carbon footprint labeling, including case study demonstrations, to assist businesses in understanding the label application process.",
        "proj_year": "113",
        "org_name": "氣候署調適韌性組",
        "exe_unit": "財團法人工業技術研究院",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130935071",
        "publish_date": "20250331"
    },
    {
        "chi_title": "人工智慧優化廢棄物清理專業技術人員訓練測驗試題工作計畫",
        "chi_subject": "本計畫主要目標是針對廢棄物清除\/處理專業技術人員測驗試題進行測驗學理分析，並對各科教材以人工智慧技術進行知識圖譜分析，再進一步發展自動命題技術與自動難度預測模型，為未來國家環境研究院的考試建立AI輔助認證考試的典範。\n目前已完成15科題庫之試題難度與考生能力值分析及等化，建立統一量尺的試題與受測者資料庫，含AI題幹與選項相似性特徵分析，並完成各科題庫分析與優化之摘要報告。未來建議持續蒐集考生資料，分析題庫中其他試題之數據資料，以提高測驗的效度及自動命題難度預測模型的效能。\n在各科教材的知識圖譜AI分析部分，已完成結合知識譜圖與歷年試題數據，依據預設通過率進行人工智慧自動命題，生成適當難易度的練習題及選擇題題組，並輸出符合現有系統格式的題目內容。為保證試題品質，計畫亦辦理專家諮詢會議，檢視並優化生成試題的妥適性。\n本計畫提升了測驗系統的科學性與效率，亦為專業測驗系統的未來發展提供了新方向。結合測驗學理、知識譜圖與人工智慧技術的創新應用，顯著改善了題庫管理與命題過程，並實現了更高效的測驗生態系統。",
        "eng_title": "AI-Optimized Training Exam Questions for Waste Management Professionals",
        "eng_subject": "The primary objective of this project is to perform test theory analysis on examination items for the professional certification tests in waste disposal and treatment. It incorporates artificial intelligence techniques to analyze knowledge graphs across various subject materials, developing automated item generation technologies and difficulty prediction models. This work establishes a paradigm for AI-assisted certification examinations in the National Institute of Environmental Research's environmental education certification system.\nTo date, the project has completed difficulty analysis and ability parameter estimation for item banks across 15 subjects, establishing a unified scale database that equates items and examinee responses. This includes AI-based analysis of stem and option similarity features, resulting in detailed analytical reports and optimization summaries for each subject's item bank. Future recommendations include the continued collection of examinee data and further analysis of additional test items to enhance test validity and improve the automated difficulty prediction models.\nRegarding AI-based knowledge graph analysis of subject materials, the project has successfully integrated knowledge graph mapping with historical item statistics to implement AI-powered automated item generation based on predefined passing rates. This system generates practice items and multiple-choice question sets with appropriate difficulty levels and outputs content compatible with existing system formats. To ensure item quality, expert consultation meetings were held to review and optimize the appropriateness of the generated items.",
        "proj_year": "113",
        "org_name": "國環院環教認證中心",
        "exe_unit": "財團法人商業研究院",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130930541",
        "publish_date": "20250315"
    },
    {
        "chi_title": "113年度嘉義縣營建工地及逸散污染管制計畫",
        "chi_subject": "本計畫執行期程自113年1月1日起至113年12月31日止，以下資料統計期程截至113年12月31日止，整體工作執行摘要說明如下：「113年度嘉義縣營建工地及逸散污染管制計畫」係執行嘉義縣轄內之營建工程空氣污染防制費徵收、營建工地管制、管理辦法查核、裸露地查核及改善、大型工地空拍查核、施工機具油品調查及檢驗、逸散性粒狀污染物運輸車輛管制、宣導及行政配合作業及環境部考評內容執行等內容。計畫執行管制面乃依據「空氣污染防制費收費辦法」、「營建工程空氣污染防制設施管理辦法」及「固定污染源逸散性粒狀污染物空氣污染防制設施管理辦法」規定辦理。計畫執行各項成果如下：(一)\t營建工程污染管制執行工地稽查100處次，工地巡查5,750處次，第一級工地巡查納管率96.7%，第二級工地巡查納管率97%；嘉義縣內營建工地污染削減率為74.17%，推估PM10削減2,650.82公噸、PM2.5削減529.63公噸。(二)\t營建工程空氣污染防制費暨雲端帳務多元繳費本年度營建工程空氣污染防制費申報3,325件，申報金額共計104,108,925元；繳費管道佔比分析，至中華郵政臨櫃繳納約19.82%，臺灣銀行臨櫃繳納約13.14%，四大超商繳納約55.42%，其他繳納方式(匯款、轉帳、網銀、櫃員機)約11.61%。(三)管理辦法及相關宣導作業執行工地勾稽輔導12場次，公共工程契約調查執行72處次，第一級工地管理辦法符合率93.5%，第二級工地管理辦法符合率88.6%，總符合率90.8%；計畫執行期間排定每2個月進行大型工地空拍作業，年度完成6次；計畫執行期間完成辦理2場次營建工程噪音、污染防制技術及空污費徵收相關法規宣導說明會；營建工地裸露地推廣10處，鋪設27.5432公頃稻草蓆，推估PM10可削減4.857公噸、PM2.5可削減0.970公噸；計畫期間完成4場次計畫在職人員教育訓練。(四)推動營建工地道路認養本年度持續推動營建工地道路自主認養作業，統計本年度執行里程，工地共執行59,216.92公里，推估PM10削減153.96公噸、PM2.5削減35.94公噸。(五)施工機具油品及清潔標章推廣計畫執行期間共完成120處次工地施工機具油品使用來源，油品來源使用台灣中油加油站98件次、台糖加油站14件次、山隆加油站8件次；統計環境部施工機具管理系統資料，申請施工機具清潔排放管理標章共計149輛次(含營建工程、公務機關及工業區)，標章級別為金級者共131輛次、銀級10輛次、普級8輛次，依機具種類區分，以挖土機居首共50輛次，推高機43輛次及鏟裝機27輛次；施工機具檢測核發數量為全國第一(六都除外)。(六)逸散性粒狀物及裸露區域管制及宣導計畫執行期間排定每2個月進行港區查核輔導暨空拍作業，期間共完成6次；年度查獲3處未改善之裸露地表，經改善後推估PM10削減2.337公噸、PM2.5削減0.467公噸；逸散性粒狀物運輸車輛查核103輛次，其中缺失車輛11輛次。(七)配合環境部考評辦理事項配合環境部辦理「好空氣企業優良行動獎」之「環保優良工地組」縣市推薦全國評比項目，本轄推薦「嘉義縣中埔產業園區委託開發案、出租及管理計畫」，以區域開發-工業區工程類別榮獲環境部工地環保管理優良行動獎-非公共工程銅級獎殊榮。計畫執行期間為配合環境部113年度考評內容，本年度於7月29日辦理優良工地評選，邀請委員進行書面審查與現場查核進行評分，依評分結果，於8月27日假嘉義縣環境保護局2樓會議室辦理公開表揚活動，並由獲獎單位說明營建工地污染管制經驗作為分享。科技化工地輔導推動部份，已完成2處科技化建置案場，為「嘉義縣中埔產業園區委託開發案、出租及管理計畫」及「長庚醫科馬稠後廠房新建工程」等，全數由營建業主、承攬商自主建置完成，建置基礎為附加於職業安全衛生管理資訊系統上，增設空氣品感測器、噪音監測、風速風向計、雨量監測等相關設備介接使用。",
        "eng_title": "The 2024 Chiayi County Construction Site and Fugitive Pollution Control Project",
        "eng_subject": "Abstract The project was carried out between January 1st and December 31, 2024. Its results are summarized as follows:The 2024 Chiayi County Construction Site and Fugitive Pollution Control Project aimed to implement the collection of air pollution prevention fees for construction projects in Chiayi County, control of construction sites, verification of management regulations, inspection and improvement of bare land, inspection of large construction sites via aerial photography, survey and inspection of the fuel of construction equipment, control of transport vehicles generating fugitive particulate pollutants, advocacy and administrative compliance, and improvement of items assessed by the Ministry of Environment (MOE).(1) Construction Project Pollution Control Carried out 100 construction site inspections and 5,750 construction site patrols, with 96.7% Level 1 construction sites and 97% Level 2 construction sites put under regulation; the pollution reduction rate for construction sites in Chiayi County was 74.17%, with an estimated reduction of PM10 by 2,650.82 tonnes and PM2.5 by 529.63 tonnes.(2) Construction Project Air Pollution Control Fees and Cloud Billing Multi-payment System A total of 3,325 declarations of construction project air pollution control fees were received this year, with the amount of declared fees totaling $104,108,925; analysis of the payment channels showed that about 19.82% payers paid at the Chunghwa Post Office counters, about 13.14% paid at the Bank of Taiwan counters, about 55.42% paid at the chain convenient stores, and about 11.61% paid through other channels (remittance, direct transfer, online banking, ATM).(3) Management Regulations and Related Promotions Performed 12 sessions of construction site cross inspection guidance, and carried out public construction contract investigation at 72 locations, with 93.5% projects fulfilling the Level 1 construction site management regulations, 88.6% fulfilling the Level 2 construction site management regulations, and an overall qualification rate of 90.8%; major work site aerial photography sessions were scheduled and carried out every two months during the program period, and a total of 6 sessions were completed in the year; 2 regulatory compliance briefings pertaining to construction project noise, pollution control technology, and air pollution fees collection were held during the program period; promotions for handling exposed land in construction sites were held at 10 locations, laying straw mats over a total area of 47.445 hectares, which may reduce 4.857 tonnes of PM10 and 0.970 tonnes of PM2.5; 4 sessions of on-the-job training were offered for in-service workers during the program period.(4) Promotion of Construction Site Road Adoption Program Promotion of the self-initiated construction site road adoption program was pushed forward this year. Statistics showed that construction sites had adopted a total of 59,216.92 kilometers of roads, and estimated PM10 reduction may reach 153.96 tonnes and PM2.5 reduction 35.94 tonnes.(5) Construction Equipment Oil and Clean Label Promotion During the project implementation period, construction equipment oil source verification was completed in 120 occasions. As for the oil sources used, 98 cases were from CPC Taiwan gas stations, 14 from Taisugar gas stations, and 8 from Shan-Loong gas stations. According to data of the Ministry of Environment’s Construction Equipment Management System, a total of 149 vehicles (including those in the construction industry, governmental agencies, and industrial zones) have applied for the Construction Equipment Clean Emission Label. The label levels are golden label for 131 vehicles, silver label for 10 vehicles, and general label for 8 vehicles, and the types of the equipment are 50 excavators being the majority, 43 forklifts, and 27 loaders. The County has the highest number of construction equipment inspections and issuance of labels in the country (besides the six municipalities).(6) Fugitive Particles and Exposed Area Control and Promotion Port inspection guidance and aerial photography were scheduled and carried out every two months during the program period, and a total of 6 sessions were completed in the meantime; 3 exposed ground surfaces were found to be unimproved in the year, and it was estimated to be able to reduce PM10 by 2.337 tonnes and reduce PM2.5 by 0.467 tonnes after improvement; 103 inspections were carried out on fugitive particle transport vehicles, and 11 were found to have minor defects.(7) Supporting the Ministry of Environment’s Evaluation In response to the Ministry of Environment’s initiative of Outstanding Action Awards for Good Air Enterprises – Excellence in Environmental Protection for Construction Sites group, asking counties and cities to recommend projects for the national evaluation, the County recommended the “commissioned development, rental, and management plan of Zhongpu Industrial Park, Chiayi County",
        "proj_year": "113",
        "org_name": "嘉義縣環境保護局",
        "exe_unit": "新紀工程顧問有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130918462",
        "publish_date": "20250305"
    },
    {
        "chi_title": "113年「非屬原子能游離輻射研究計畫」",
        "chi_subject": "本計畫的目標主要是開發環境中不同類型電磁波輻射源的電磁場測量技術，並進行現場測量，以驗證所提出測量方法的可行性。\n在本計畫中，除了對環境中的電磁波輻射源，包括極低頻電力設施及行動通訊基地臺等，進行了30個站點的抽樣檢測，以了解不同非游離輻射源周遭環境的電磁波強度，確保民眾生活環境的安全外，針對新一代的5G行動通訊系統所採用的波束成型天線技術，也對5G基地臺所輻射的電磁波進行了量測技術的研究與量測方法研擬。同時依照所研擬的量測方法，實際對5G行動通訊基地臺進行輻射電磁波的量測作業，以量測結果驗證量測方法的可行性。\n除了短期的電磁波量測外，為了能讓民眾了解環境電磁波長期連續性的變化情形，計畫中也針對環境中電磁波的長期監測作業，進行了長期量測實施作業辦法的擬訂，同時依據所擬訂的方法於3個地點實地執行長期連續的環境電磁波量測作業，對特定區域的電磁波環境作長期的觀測，並由監測設備定期自動回傳量測數據，作為後續資料呈現的依據。上述兩項量測作業方法的擬訂，未來將可提供作為對波束成型行動通訊基地臺的輻射信強度量測，以及對環境射頻電磁波長期量測等作業實施的執行參考。",
        "eng_title": "Non-ionizing Radiation Research Project",
        "eng_subject": "The object of this project is mainly to develop measurement technology for electromagnetic field measurement of different types of electromagnetic wave radiation sources in the environment, and to conduct on-site measurements to verify the feasibility of the proposed measurement method.\nIn this project, we have carried out the environmental electromagnetic field measurements on 30 different electromagnetic wave radiation sources such as the extremely low-frequency power facilities of floor type transformers and the radio frequency radiation facilities of mobile communication base stations and Wi-Fi stations in the environment to understand the electromagnetic wave intensities around different non-ionizing radiation sources and ensure the safety of people's living environment. For the beam forming antenna technology used in the new fifth generation (5G) mobile communication systems, the measurement method had also been researched and developed in this project for the measurement of the electromagnetic waves radiated by 5G base stations. The radiated electromagnetic field of several 5G mobile base stations were measured in this project according to the developed measurement method to ensure the feasibility of the measurement method.\nIn addition to the above short-term electromagnetic wave measurements, in order to allow the public to understand the long-term continuous changes of the environmental electromagnetic waves, the implementation methods of the test system for long-term monitoring of electromagnetic waves in the environment has also been proposed in this project. Based on the proposed method, we have set up three long-term electromagnetic wave monitoring systems at three different locations to conduct long-term observations of the environmental electromagnetic wave in specific areas. The measured data is automatically transmitted back to the data center regularly by these test systems for subsequent data presentation.\nThe formulation of the above two measurement methods could provide references for the implementation of operations such as the electromagnetic field intensity measurement of 5G beamforming mobile communication base stations and long-term measurement of environmental radio frequency electromagnetic waves in the future.",
        "proj_year": "113",
        "org_name": "環境部大氣環境司",
        "exe_unit": "財團法人工業技術研究院",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130872711",
        "publish_date": "20251129"
    },
    {
        "chi_title": "陸上運輸系統暨營建工程噪音智能科技改善研究計畫",
        "chi_subject": "為加強陸上運輸系統、營建工程等噪音問題改善，環境部爰投入智能科技協作評估研究，以精簡人力需求、精進稽查效能。本計畫採用陣列麥克風及電腦模式進行研究，陣列麥克風除在半無響室進行實作測試外，亦於陸上運輸系統、車輛測試場及娛樂、營業場所實地量測，同時藉由量測過程與結果檢討法令規範內容。陸上運輸系統3處量測結果發現，陣列麥克風可輔助區分噪音責任，而Class 1噪音計實測值與電腦模式模擬值相差在±3dB(A)內且整體趨勢一致，說明電腦模式的可信度，未來可再就不同並存樣態、國際上其他智能科技投入協作進行研究。\n近年無人機應用普遍，機體運轉聲也是噪音來源之一，本計畫蒐集最新無人機噪音相關規範、管理指引及現況，目前奧地利及歐盟已訂有無人機噪音容許值及量測方法可為我國參考。本計畫也彙研國際間聲音照相科技執法現況、寧靜區執行方式及住宅區音量品質評估，美國紐約州及英國肯辛頓-切爾西市正使用噪音計量測系統執法，法國正對陣列麥克風量測系統進行法定的型式認證；寧靜區需透過噪音地圖確定必須降噪、不容再增區域，再據此規劃行動計畫；多數國家住宅區音量品質評估指標採LAeq，日間音量約55 dB(A)、夜間音量約45 dB(A)。\n本計畫完成陣列麥克風共桿應用可行性規劃及實地裝設測試，陣列麥克風可有效辨識出最大音量之噪音車並進行採證，結合5G智慧桿共桿掛載透過資源共享可節省許多設置成本，期能透過智能科技提昇生活環境品質。",
        "eng_title": "Research Plan for the Improvement of Noise Intelligent Science and Technology of Land Transportation System and Construction Projects",
        "eng_subject": "To enhance noise mitigation in land transportation systems, construction projects, and other noise-related issues, the Ministry of Environment has invested in smart technology collaboration and evaluation research to optimize manpower efficiency and improve enforcement effectiveness. This project employs microphone arrays and computer modeling for research purposes. The microphone arrays underwent both semi-anechoic chamber testing and field measurements in land transportation systems, vehicle testing grounds, entertainment venues, and commercial establishments. Additionally, the measurement process and results were used to review and refine regulatory frameworks. Findings from three land transportation system measurement sites indicate that microphone arrays effectively assist in distinguishing noise responsibility. Moreover, Class 1 sound level meter measurements and computer model simulations exhibited a deviation of within ±3 dB(A), with an overall consistent trend, demonstrating the reliability of the computer model. Future research may further explore different coexisting scenarios and international advancements in smart technology applications for collaborative studies.\nIn recent years, drone applications have become increasingly common, and their operational noise has emerged as a noise source. This project has compiled the latest regulations, management guidelines, and current developments in drone noise control. Austria and the European Union have already established permissible noise levels and measurement methods for drones, which could serve as references for Taiwan. Additionally, this project has reviewed international trends in sound-based photo enforcement, quiet zone implementation strategies, and residential noise quality assessments. New York State in the United States and Kensington and Chelsea in the United Kingdom are currently enforcing noise regulations using noise meter measurement systems, while France is undergoing statutory type certification for microphone array measurement systems. The establishment of quiet zones requires noise mapping to identify areas requiring noise reduction, preventing further noise intrusion before formulating action plans. Most countries adopt LAeq as the primary residential noise quality assessment metric, with daytime noise levels around 55 dB(A) and nighttime levels around 45 dB(A).\nThis project has successfully completed the feasibility study and field installation testing of microphone arrays mounted on multi-purpose smart poles. The microphone arrays effectively identify and provide evidence for the noisiest vehicles. By integrating with 5G smart poles and utilizing resource-sharing strategies, installation costs can be significantly reduced. Through smart technology, the project aims to enhance the quality of the living environment.",
        "proj_year": "113",
        "org_name": "環境部大氣環境司",
        "exe_unit": "台灣永續工程顧問有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130845767",
        "publish_date": "20251111"
    },
    {
        "chi_title": "新竹市113年度「優質公廁及美質環境推動計畫」經常門補助計畫",
        "chi_subject": "本計畫之執行，乃依據契約所定之工作項目與內容，並配合環保局要求執行各項工作。契約價金為8,550,000元整，執行期程自簽約日113年1月1日起至113年11月30日止。期末報告統計至113年11月30日止(以下簡稱期末)， 計畫主持人：何雍泰，計畫參與人員：管珮萱、王玉真、許雅雯、彭天佑、方國豪、王勤輝、康何亘，各項工作成果及契約期末目標達成率達100%。量化進度表請參詳第一章表1.3.2-1所示，同時並提出本期末工作成果報告，各項工作成果及契約期末目標達成率(以下簡稱契約達成率)如下所述：\n計畫中創新辦理世界環境日，竹市淨街、淨溪、淨灘、淨海聯合動起來宣導活動，活動結合附近各里環保志工、水環境巡守隊及民間團體踴躍參加活動，另外公廁清掃學習活動邀請講師舉辦公廁清掃學習暨公廁物聯網推廣活動，清潔人員及公廁管理單位人員分享清潔公廁的小技巧及推動優質如廁文化，珍惜及愛護公廁。\n本計畫髒亂點包括垃圾包、菸蒂、犬便及違規廣告污染行為採證等裁罰工作皆已完成本契約規定件數，其他如教育訓練活動、公廁巡查、中央部會列管空地空屋巡查及空地空屋、冷氣機滴水、違規廣告陳情案件稽查、成果申報查核等項目，皆能依據契約要求期程掌握案件時效性。本計畫各工作項目相關成果、活動及政策執行配合新聞稿發布，讓民眾瞭解本計畫執行狀況並配合維護環境，共同提升環境品質、乾淨市容及永續發展，打造新竹市為一個健康安心的宜居城市。\n計畫執行期間均配合局內長官指示，順利完成各項交付工作，雖然經歷一整年嚴寒酷暑，本計畫所有人員全力以赴，新竹市民亦有明顯感受市容提升、陳情案件即時有效處理性、公廁陳情案件提升效率、菸蒂與垃圾不落地等，期本計畫能延續去(112)年環境部環管署之考評「特優」成績。",
        "eng_title": "Hsinchu City’s 113th Annual “Quality Public Toilet and Beautiful Environment Promotion Plan” Regular Subsidy Program",
        "eng_subject": "The implementation of this plan is based on the work items and content stipulated in the contract, and in conjunction with the requirements of the Environmental Protection Bureau to perform various tasks. The contract price is 8,550,000 yuan, and the execution period starts from January 1, 2013, to November 30, 2013. The end-of-period report statistics will end on November 30, 2013 (hereinafter referred to as the end of the period). Project host: He Yongtai, project participants: Guan Peixuan, Wang Yuzhen, Xu Yawen, Peng Tianyou, Fang Guohao, Wang Qinhui, Kang Hegen, various The achievement rate of work results and contract-end goals reached 100%. Please refer to Table 1.3.2-1 in Chapter 1 for the quantitative progress schedule. At the same time, a work results report at the end of this period is also proposed. The work results and the achievement rate of the contract's end-of-term goals (hereinafter referred to as the contract achievement rate) are as follows:\nIn order to innovatively organize the World Environment Day in the plan, Jingjie, Jingxi, Jingtan, and Jinghai in Zhushi jointly mobilized to promote the event. Environmental volunteers, water environment patrol teams and civil society organizations from nearby areas actively participated in the event. In addition, Public toilet cleaning learning activities invite lecturers to organize public toilet cleaning learning and public toilet Internet of Things promotion activities. Cleaning staff and public toilet management unit personnel share tips on cleaning public toilets and promote a quality toilet culture, cherish and care for public toilets.\nThe dirty spots in this project include garbage bags, cigarette butts, dog excrement, and illegal advertising polluting behavior. The number of penalties specified in this contract has been completed. Others include education and training activities, public toilet inspections, and inspections of vacant lots and houses managed by the central government. As well as items such as vacant land and empty houses, dripping air conditioners, inspection of illegal advertising cases, and results reporting and review, the timeliness of the cases can all be controlled according to the contract requirements. The relevant results, activities and policy implementation of each work item of this plan are released in conjunction with the release of press releases, so that the public can understand the implementation status of this plan and cooperate in maintaining the environment, jointly improve environmental quality, clean city appearance and sustainable development, and build Hsinchu City into a healthy and secure city livable city.\nDuring the implementation of the project, they cooperated with the instructions of the bureau chief and successfully completed various delivery tasks. Despite the severe cold and heat throughout the year, all staff of the project worked hard. Hsinchu citizens also clearly felt the improvement of the city appearance and the prompt and effective handling of complaints. , improving the efficiency of public toilet complaints, keeping cigarette butts and garbage off the ground, etc. This project can continue the Excellent results obtained by the Environmental Management Agency of the Ministry of Environment in the past (112) years.",
        "proj_year": "113",
        "org_name": "新竹市環境保護局",
        "exe_unit": "亞鑫環保科技有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130831432",
        "publish_date": "20250303"
    },
    {
        "chi_title": "澎湖縣-113年推動環保許可整合執行計畫",
        "chi_subject": "基於空、水、廢、毒化物製程相關性密切，現行各自訂定許可辦法，惟各別申請審查程序規定不一致，致無法掌握及管理整廠污染流向；故環保署研擬推動環保許可整合策略，針對空污、水污、毒化物許可及廢棄物清理計畫書等四項許可進行整合，透過環保許可整合之「前置諮詢輔導」，可協助事業單位更了解廠內污染走向，避免事業單位因疏於申請異動造成處分，降低送件申請之退補件次數，加速審查流程，期望達到環保許可一廠一證之最終目標。",
        "eng_title": "Penghu County-114 Years Environmental Permit Integration Implementation Plan",
        "eng_subject": "Since air, water, waste, and toxic chemical processes are closely related, each has its own licensing system. However, the application review procedures are inconsistent, making it impossible to grasp and manage the pollution flow of the entire plant. Therefore, the Environmental Protection Agency is planning to promote an integrated environmental licensing strategy. , integrating four permits including air pollution, water pollution, toxic chemical permits and waste disposal plans. Through the pre-consultation and guidance of environmental permit integration, it can help business units better understand the direction of pollution in the factory and avoid The penalties imposed on business units for negligence in applying for changes will reduce the number of returns and resubmissions of submitted applications, speed up the review process, and hope to achieve the ultimate goal of one factory, one certificate for environmental protection licensing.",
        "proj_year": "113",
        "org_name": "澎湖縣政府環境保護局",
        "exe_unit": "上境科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130823532",
        "publish_date": "20250313"
    },
    {
        "chi_title": "高雄市-113年度高雄市愛河水域河面垃圾清除修正計畫",
        "chi_subject": "愛河發源於高雄市仁武區，流經高雄市區，為高雄主要河川之一，水域範圍包含愛河流域及幸福川(高雄第二運河)，其流域流向由東北向西南，自民族路段(民族一路)延伸河段至五福路出海口，全長約9,030公尺。愛河流域依撈除作業之區別，以九如截流站為界，北側界定為上游，南側界定為下游，流域面積超過200,000平方公尺。幸福川流向由東向西，自河東橋至民族路橋，全長約3,020公尺，流域面積約40,000平方公尺。\n過去由於工業污染與都市廢水排放不當，使得愛河因污染嚴重而惡名昭彰，此外沿岸落下之季節性凋謝植物、生態性廢棄物及非自然之垃圾等沖刷、飄落於河面，對於流域沿線的居民環境衛生及身體健康也會產生直接而負面的影響，因此，將河面垃圾撈除將是保護市民健康、維護水域環境生態及提升公共衛生的首要工作。\n依據統計，豪大雨過後，愛河主流域及各支流沖刷下來的河面垃圾大增(參附錄1照片─愛河河面垃圾散漂情形)，囿於有限的人力及打撈筏數量不足，偶有大部分的河面垃圾無法及時撈除，故本計畫目標及預期效益如下：\n(一)\t巡航並清除河面漂流物、浮藻、垃圾、魚屍、水芙蓉、布袋蓮及雜草等，將污染水質之氨氮濃度削減至5RPI以下並提升溶氧濃度，以維持愛河河面清潔美觀。即時機動清除排放或飄落於河面的廢棄物，防止污染擴大。\n(二)\t加速清除大雨過後河面驟增之垃圾，使河面快速恢復乾淨。\n(三)\t打造親水環境，增進居民生活品質。\n(四)\t透由河段即時清除，維護愛河水域品質，以促進城市觀光及提昇民眾滿意度，並提昇國際形象。",
        "eng_title": "Love River",
        "eng_subject": "Love River",
        "proj_year": "113",
        "org_name": "高雄市政府環境保護局",
        "exe_unit": "尚威環保工程行",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130808818",
        "publish_date": "20250323"
    },
    {
        "chi_title": "113年碳封存法規建置及管理制度計畫",
        "chi_subject": "隨著我國2050年淨零排放目標明確納入《氣候變遷因應法》，發展二氧化碳捕捉與封存技術，已成為未來我國實質減碳作為之重點方向。本計畫遂應我國《氣候變遷因應法》第39條之規範事項，協助環境部建立本土CCS碳封存法規及管理制度，透過蒐研國際碳封存管理政策、法規、機制等規劃與執行細節，並定期辦理會議諮詢國內CCS專家學者之建議，擬研提我國「碳捕捉後封存政策方向」、「碳捕捉後封存管理辦法草案」以及「碳捕捉後封存管理相關配套措施」，提供相關政策發展與法規建置之建議予環境部參考，協助環境部規劃完善的二氧化碳捕捉與封存管理機制，以利我國市場加速投入CCS計畫，進而推動我國實質減碳的進程。",
        "eng_title": "The Carbon Storage Regulatory Framework and Management System Establishing Plan (113)",
        "eng_subject": "With Taiwan's 2050 net-zero emission target officially included in the Climate Change Response Act, carbon capture and storage (CCS) technology has emerged as a critical strategy for achieving meaningful reductions in emissions. This project responds to Article 39 of the Climate Change Response Act by supporting the Ministry of Environment in developing a domestic regulatory and management framework for CCS. It reviews international CCS policies, regulations, and mechanisms, focusing on planning and execution details. The project also gathers insights from domestic CCS experts and scholars through regular consultations. Key outcomes include proposals for Taiwan's Policy Directions for Carbon Capture and Storage, a Draft Management Plan for CCS, and Supporting Measures for CCS Management. These recommendations will guide the Ministry in shaping policies and establishing legal systems. By creating a well-structured CCS management framework, this project aims to accelerate Taiwan's adoption of CCS technologies and support the country's journey toward substantial emissions reductions.",
        "proj_year": "113",
        "org_name": "氣候署排放管理組",
        "exe_unit": "財團法人工業技術研究院",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130730494",
        "publish_date": "20250311"
    },
    {
        "chi_title": "113年度宜蘭縣露天燃燒與民生臭異味及逸散污染源減量暨室內空氣品質輔導改善管制計畫",
        "chi_subject": "為有效管制空氣品質及維護民眾健康與環境，本計畫透過禁止露天燃燒宣導、推廣紙錢減量與集中燒、餐飲業油煙及畜牧業異味管制、室內空氣品質巡檢輔導等，加強民生環境管理，並針對逸散性粒狀污染物如砂石場揚塵、裸露地表風蝕、車行揚塵等加強管制，藉以提升宜蘭縣空氣品質。\n露天燃燒管制上，透過時間與空間分析，劃定燃燒熱區與時間熱點，並結合CCTV搭載AI監控系統與無人機輔助巡查，完成506件巡查作業、25筆稻草露天燃燒地主輔導、協助員山鄉破碎1.5公噸竹支葉，面積達20.5公頃，而今年度也召開「宜蘭縣農業廢棄物處理及清運協調會議」，與本府農業處及各鄉鎮公所協商農業廢棄物之收運，強化去化管道，透過源頭減量及巡查輔導降低露天燃燒發生。\n民生臭異味管理上，針對餐飲業今年度執行了59家新設業者訪查及163家次既有業者妥善率查核，並對62家遭陳情餐飲業者進行個案輔導，共輔導新增77家業者增設空氣污染防制設備，同時也辦理餐飲與民宿業者法規宣導會，而在畜牧業臭異味防制上，透過分級管理制度，針對重點業者集中輔導量能，分析各廠臭味可能之來源，提供輔導與改善建議，並於高溫時節(6~9月)加強巡查。另外，本計畫與本局稽查科配合，執行周界臭異味官能測定，今年共執行11家次畜牧業檢測，皆符合本縣加嚴標準，而餐飲業則是檢測4家業者，其中2家超標，本局依法裁處後，該業者執行完整性改善，至今仍無再被陳情。\n針對環保祭祀推動，本計畫以紙錢減量與集中燒為主軸，於縣內各大民俗節慶進行宣傳輔導。如今年首度於春節期間與縣內香火鼎盛的大里天公廟合作，設置紙錢集中燒示範點，集中量達0.83公噸；清明節期間則是與公所及納骨塔等配合，共設置28處紙錢便民代收點，並積極協調紙錢收運，今年清明節紙錢集中量達114.59公噸，相較於去年成長了40.72%，為歷年最高；而中元節祭祀期間同樣與各單位合作，共設置267站紙錢代收點，並配合民間信仰辦理「環保祭祀一條龍」祭祀活動，今年中元節紙錢集中量達153.40公噸為歷年最佳，同時之間也於各大社區及政府機關推廣大面額與精緻紙錢，並且拋『磚』引玉推廣以米代金，輔導縣內22家大型寺廟於投遞香油錢等處擺設『米磚』，鼓勵民眾以米代金取代燃燒紙錢，以米代金達歷年最高508.5公斤，而以功代金亦較去年度大幅提升33.21%。除此之外，本計畫今年度共訪查135家寺廟，輔導19家寺廟執行紙錢減量達10%以上，一共減少5.80公噸之紙錢燃燒，並且推動「宜蘭縣環保低碳寺廟認證作業」，今年輔導5家寺廟獲頒認證標章，積極鼓勵寺廟與民眾減燒香枝與紙錢，推動環保低碳祭祀。\n逸散污染源管制的部分，轄內目前列管裸露地面積為2902.52公頃，其中河灘裸露地面積占大宗(2787.73公頃)，為了防止河川揚塵發生，本計畫今年度完成河川揚塵預報系統之建置，透過事前預警並要求相關採取防制措施，有效減緩河川揚塵之衝擊。而在逸散性固定污染源查核上，針對領有固定污染源許可證、須繳納空污費及具有逸散污染潛勢之公私場所，本計畫依據相關法規執行書面審查及現場查核，今年度砂石場(含土資場)法規符合度為99.5%、礦場99.2%、蘇澳港99.1%。另外經本計畫溝通輔導下，蘇澳港為全台第一首創設有AI科技化污染防制設備之港區，於今年度環境部查核時備受肯定，港區公務船舶岸電使用率達100%，船舶進港減速比率(1-11月)達92.8%，油品含硫量稽查檢測合格率100%。而在道路污染改善的部分，透過CCTV監控與實際道路查核，一共查核2,657車次覆網情形，覆網符合率為99.17%，通報25次道路污染，並且推動22家業者執行道路認養洗掃，總長度達14.21公里。\n室內空氣品質管制上，今年度一共執行84場次巡檢，其中針對敏弱族群場所幼兒園及托嬰中心共執行了24場次(14場所)，一共輔導幼兒園2家、托嬰中心4家取得室內空氣品質標章，整年度縣內公告與非公告場所合計新增28個場所取得標章，顯見近年來各公私場所已逐漸重視室內空氣品質維護與管理。\n今年度藉由巡查管制累積污染削減量為TSP：741.81公噸、PM10：237.98公噸、PM2.5：96.67公噸、SOx：5.43公噸、NOx：8.81公噸、CO：447.84公噸、THC：31.68公噸、NMHC：14.18公噸，並且共發佈9則新聞稿並完成辦理14場宣導場次宣導人數共計1,565位。本計畫透過事前輔導與污染管制，強化民眾對於露天燃燒、環保祭祀、民生臭異味管制及室內空氣品質之環保意識，提升宜蘭縣空氣品質。",
        "eng_title": "The 113-year Yilan County open-air burning and domestic odor and fugitive pollution source reduction and indoor air quality counseling and improvement control plan",
        "eng_subject": "In order to effectively control air quality and protect public health and the environment, this project strengthens the environmental management through the ban on open burning, promotion of joss paper reduction and centralized burning, inspecting odors in the catering and animal husbandry and guiding indoor air quality etc. It also strongly controls fugitive pollutants such as dust from sand and gravel fields, dust from material pils, wind erosion on exposed surfaces, dust from unpaved roads, dust from heavy machinery activities, dust from truck transportation in purpose of improving the air quality and safeguarding public health in Yilan County.\nIn the year, this project had reduced air pollutants by inspection and guidance. The cumulative pollutants reductions in the year are TSP: 741.81 tons, PM10: 237.98 tons, PM2.5: 96.67 tons, Sox: 5.43 tons, NOx: 8.81 tons, CO: 447.84 tons, THC: 31.68 tons, NMHC: 14.18 tons.",
        "proj_year": "113",
        "org_name": "宜蘭縣政府環境保護局",
        "exe_unit": "富翊環境工程技師事務所",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130668943",
        "publish_date": "20250324"
    },
    {
        "chi_title": "113年度嘉義市逸散污染源稽查管制及街道揚塵洗街計畫",
        "chi_subject": "營建工程施工主要受「營建工程空氣污染防制設施管理辦法」規範，然而伴隨施工產生的揚塵、噪音、路面污染等，卻最易為民眾所垢病。施工中產生的污染物，需以建全業者防制設施的設置及採用效率較高的為制措施，來達成污染減量。除此之外，近年也持續結合多項歷年輔助項目，整合相關友善工地措施，以提升整體管制成效。\n計畫執行完成1,518次的工地巡查作業，管理辦法法規符合狀況查核稽巡查列管工地96.78%。一、二級營建工地管理辦法符合率94.01%，TSP產生量738.89公噸，TSP削減量386.04公噸，年平均削減率52.25%，12月削減率已達62.7%。其他工作項目概述如下：，推動道路認養洗掃達8,756.996公里，圍籬綠美化53處、廢土不落地26處、環保油漆128.39公噸、環保綠建材5,232.3公噸，施工機具取得自主管理標章26部、設置CCTV7處、輔導營建工程導入科技化空氣污染防制設施3處、揚塵陳情案件處理118件、噪音陳情117件。\n在街道揚塵洗街部分，洗街執行長度為12,108公里，執行達成率達100%，可削減TSP 167.09公噸、PM10 31.48公噸及 PM2.5 7.35公噸，在道路普查部分，共進行道路普查347條，調查長度919.56公里，A級道路792.29公里，占總道路長度86.16%；B級道路127.275公里，占總道路長度13.84%；C級道路占總道路0%。\n在街道揚塵洗街部分，洗街執行長度為12,108公里，執行達成率達100%，可削減TSP 167.09公噸、PM10 31.48公噸及 PM2.5 7.35公噸。",
        "eng_title": "Chiayi City Dust Pollution Source Assessment and Management and Street Dust Washing Plan in 2013",
        "eng_subject": "The construction project is mainly governed by the Management Regulations for Construction Project Air Pollution Control Facilities”. However, the dust, noise, road pollution, and so on, caused by the construction are most complained by civilians. It is necessary to improve the setup of the protection facilities in the industry and to use the control measures of higher efficiency to achieve the reduction of pollutants which are generated during the construction. In addition, a number of ancillary projects in the past years are continuously integrated as “the ten friendly measures of the construction site”; it can enhance overall control effectiveness.\n1,518 inspections of construction sites have been implemented. 96.78 percent of the inspections comply with the Regulations of Management Measures and 94.01 percent of those comply with the Management Measures for Level-1 and Level-2 Construction Sites. The TSP production is 738.89 tons; the TSP reduction is 386.04 tons with the reduction rate 52.25 percent. The following are other implemented tasks: one construction site and noise pollution prevention propaganda meeting are held, advancing road-adoption up to 8,756.996 kilometers is promoted,  53 fences are beautified  construction sites, and 7 CCTVs are set.\n\nThe total length of the sweeping street in this period was 12,108 kilometers.According to the EPA's reduction formula ( reduction amount = length of sweeping street × reduction factor),total suspended particle (TSP) can be reduced to 167.09 metric tons,31.48 metric tons of PM 10 and 7.35 metric tons o f PM 2.5.",
        "proj_year": "113",
        "org_name": "嘉義市政府環境保護局",
        "exe_unit": "志欣環保工程有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130622511",
        "publish_date": "20250319"
    },
    {
        "chi_title": "113年度臺中市執行資源循環燃料採樣檢測事務計畫",
        "chi_subject": "辦理資源循環燃料製造廠及使用廠原(燃)料產品及使用之採樣及檢測作業",
        "eng_title": "Taichung City implements resource recycling fuel sampling and testing plan in 2014",
        "eng_subject": "Handle sampling and testing operations of raw (fuel) products and usage at resource recycling fuel manufacturing plants and user plants.",
        "proj_year": "113",
        "org_name": "臺中市政府環境保護局",
        "exe_unit": "仲禹工程顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130613857",
        "publish_date": "20250317"
    },
    {
        "chi_title": "113年度基隆市柴油車排煙檢測站操作管理及港區移動源稽查檢測管制計畫",
        "chi_subject": "本計畫主要推動工作重點為「輔導檢測領標章及船舶排煙稽查」，輔導使用中柴油車輛主動到檢並依其檢測結果核發「柴油車自主管理標章」的方式代替不定期稽查，此標章除能夠代表車輛通過排煙檢測合格外，更可因領有標章而可自由通行全國各地空氣品質維護區，免受到限制行駛或排煙攔查；若無法通過排煙檢測取得標章之1~3期大型柴油車輛，輔導其向行政院環保署申請汰舊換新、調修燃油控制系統或加裝空氣污染防制設備等補助改善。\n檢視111年12月本市柴油車納管率109.6%，共計納管檢測2,850輛次，為全國各縣市排名第三名，若以各車種取得標章比率作為執行成效，垃圾清運車自106年即採門禁管制，已連續六年標章率100% (全國第一)、大客車透過輔導及場站稽查雙管齊下，連續四年標章率可達95%以上，另物流車隊貨車標章率已連續三年標章率可達>80%以上，本年度將延續歷年柴油車管制政策，再創納管佳績。\n此外，為了讓更多的柴油車可完成年度檢測領標章，本年度提供「移動式排煙檢測服務」，結合交通部公路總局臺北市區監理所基隆監理站及原廠服務廠(FUSO、福輪保養廠VOLVO)、七堵區貨櫃集散站(陸海、台聯)、基隆港西岸(世一)、盛星公司(國光)，當車主至監理站執行定期安全審驗或回原車輛保養廠之同時，也可完成排煙檢測合格取得自主管理標章，讓檢驗程序更完備，達成定檢、安檢合一之目標，預期本年度總檢測數(檢測站+移動式檢測)可望較111年多增加近10%檢測量能。\n在改善「商港運輸管理」上，本計畫持續加強港區運輸車輛管制及靠港船舶廢氣排放等稽查作業，車輛管制上已於111年1月1日起正式實施基隆港空氣品質維護區，要求進出1~3期大型柴油車輛皆須取得柴油車自主管理標章，預估可有效提升標章率由48%提升至100%；另針對屢遭陳情或進港頻繁之客輪、客貨輪及貨櫃輪等…，採取無預警、主動式攝影及拍照稽查，並與交通部航港局北部航務中心及臺灣港務股份有限公司-基隆港務分公司建立港區船舶污染通報群組，有污染事實轉移航港局開單告發處分，若有污染之虞通報港務分公司輔導業者改善，持續以嚴密監控進出港區車輛及船舶排煙狀況，為本市空氣品質落實把關工作。",
        "eng_title": "113 Keelung City Diesel Vehicle Smoke Emission Testing Station Operation Management and Port Area Mobile Source Inspection and Control Plan",
        "eng_subject": "The main focus of this project is to guide the inspection and certification and ship exhaust inspection, to guide diesel vehicles in use to take the initiative to inspect and issue the diesel vehicle self-management mark based on the inspection results instead of irregular inspections. In addition to representing that the vehicle has passed the smoke emission test, the vehicle can freely pass through air quality maintenance areas across the country without being restricted or stopped by smoke emission inspections. For large diesel vehicles of Phase 1 to 3 of the Chapter, we will guide them to apply to the Environmental Protection Administration of the Executive Yuan for subsidies for replacement of old vehicles with new ones, adjustment of fuel control systems, or installation of air pollution control equipment.\nIn December 2012, the city's diesel vehicle compliance rate was 109.6%, with a total of 2,850 vehicles being tested, ranking third among all counties and cities in the country. If the rate of each type of vehicle obtaining the standard is used as the implementation effect, garbage trucks Since 2017, the airport has adopted access control, with a 100% certification rate for six consecutive years (the highest in the country). Through guidance and station inspections, the certification rate for large buses has reached over 95% for four consecutive years. The certification rate has reached more than 80% for three consecutive years. This year, the diesel vehicle control policy of previous years will be continued to achieve new success in management.\nIn addition, in order to allow more diesel vehicles to complete the annual inspection and receive the stamp, this year we provide a mobile exhaust inspection service in conjunction with the Ministry of Transportation and Communications' Taipei City Inspection Office Keelung Inspection Station and the original service workshops (FUSO, Fu Wheel maintenance shop VOLVO), Qidu District Container Distribution Center (Luhai, Tailian), Keelung Port West Coast (Shiyi), Shengxing Company (Guoguang), when the owner goes to the supervision station for regular safety inspection or returns to the original vehicle maintenance shop At the same time, the smoke exhaust test can be completed and the self-management mark can be obtained, making the inspection process more complete and achieving the goal of integrating regular inspection and safety inspection. It is expected that the total number of inspections this year (inspection stations + mobile inspections) will be higher than that in 2011. Increase the detection capacity by nearly 10%.\nIn terms of improving commercial port transportation management, the plan continues to strengthen port area transportation vehicle control and port ship exhaust emission inspections. Vehicle control has officially implemented the Keelung Port Air Quality Maintenance Zone since January 1, 2012. , requiring all large diesel vehicles entering and leaving Phase 1 to Phase 3 to obtain the Diesel Vehicle Self-Management Mark, which is estimated to effectively increase the mark rate from 48% to 100%; in addition, for passenger ships and passenger ships that have been repeatedly complained or frequently enter the port, Cargo ships and container ships, etc., adopt unwarned, active photography and photo inspections, and establish a port area ship pollution notification group with the Northern Navigation Center of the Ministry of Transportation and Communications Bureau of Maritime and Ports and the Keelung Port Branch of Taiwan Ports Corporation. The Maritime and Port Administration will issue a notice and impose penalties. If there is a risk of pollution, it will inform the Port Authority to guide the industry to improve. It will continue to closely monitor the exhaust conditions of vehicles and ships entering and leaving the port area to ensure the city's air quality.",
        "proj_year": "113",
        "org_name": "基隆市環境保護局",
        "exe_unit": "瑩諮科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130611341",
        "publish_date": "20250306"
    },
    {
        "chi_title": "113年淨零綠生活推廣暨夜光材料應用示範計畫-台南市",
        "chi_subject": "配合環境部施政重點，113年度以「推廣淨零綠生活行動」為目標，在深耕環境教育在地網絡基礎上，藉由多元學習管道來連結政府與民間環境教育資源與成果。\n本計畫透過辦理綠色辦公說明會，輔導機關、學校、企業或團體響應綠色辦公。新增並訪視輔導環保餐廳，推廣在地食材、源頭減量、惜食觀念，與民眾說明如何於生活中落實綠色響應行為，以友善環境生活方式，實踐淨零綠生活目標。",
        "eng_title": "Tainan City 2024 Net-Zero Green Lifestyle Promotion Plan",
        "eng_subject": "In line with the policy priorities of the Ministry of Environment, the goal of promoting green life actions in 2024 is to connect government agencies and private environmental education resources and achievements through multiple environmental education learning channels on the basis of deepening the local network of environmental education.\nThis project organizes green office briefing sessions to guide agencies, schools, enterprises or groups to respond to green offices. Newly added and visited environmentally friendly restaurants to promote local ingredients, source reduction, and food conservation concepts, and explain to the public how to implement green response behaviors in life, adopt an environmentally friendly lifestyle, and achieve the goal of net-zero green lifestyle.",
        "proj_year": "113",
        "org_name": "臺南市政府環境保護局",
        "exe_unit": "翌暘工程顧問有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130610201",
        "publish_date": "20250322"
    },
    {
        "chi_title": "113-臺東縣公共自行車租賃系統建置計畫",
        "chi_subject": "近年來全球暖化、能源短缺問題日益顯現，造成世界各地氣候異常、石油價格飆漲現象，引起世人對環境保護及永續經營之重視；其中，機動車輛（如汽、機車）之使用已成為空氣污染及能源耗用之主要來源之一，相較之下，自行車因具無能耗、低污染之優點，並兼具運動、休閒遊憩功能及短程接駁通勤、通學之特性，故成為各國政府部門極力推廣之綠色運具。\n        臺東縣政以永續發展為施政目標，積極推廣境內低碳遊程，使民眾到臺東各項遊程皆能具備完善的減碳及減廢作為，帶領臺東朝向2050淨零碳排目標邁進，同時近年亦積極推動「低碳交通基礎建設」，在相關建設中導入淨零永續策略，讓臺東成為淨零永續城市。\n        因此，為配合縣內公共運輸之發展，爰推動「臺東縣公共自行車租賃系統建置及營運管理計畫」，期藉由發展公共自行車結合區域內與區域間之大眾運輸，進而推動縣內觀光旅遊活動，提升整體旅遊服務品質，同時藉由公共自行車租賃站可深入社區之特色，使遊客能更深度探訪在地文化，近距離感受臺東特有豐富的自然美景及傳統文化資源。\n        本案規劃臺東縣公共自行車需完成建置至少120站(約1,800停車柱)及提供1,120車(含YouBike 2.0 560輛及YouBike 2.0E 560輛)之規模。建置計畫共分二階段，於2025年11月30日前依序完成所有契約要求之建置規模(86站、800輛公共自行車(含240輛電動輔助自行車)，並於2026年4月前累計完成建置120站、1,120輛公共自行車(含560輛電動輔助自行車)之營運規模，導入符合臺東縣所需之YouBike 2.0公共自行車及YouBike 2.0E電動輔助自行車系統作為臺東縣公共自行車租賃系統，藉由廣而密之租賃站建置策略，讓民眾租借更為便利，並鼓勵民眾使用低污染、低耗能的公共自行車作為短程接駁運具，減少及移轉私人機動車輛之持有及使用，落實「臺東綠色低碳城市」之願景",
        "eng_title": "113-Taitung County Public Bicycle Rental System Construction Plan",
        "eng_subject": "In recent years, global warming and energy shortages have become increasingly prominent, causing abnormal climate and soaring oil prices around the world, which has aroused the world's attention to environmental protection and sustainable management. Among them, the use of motor vehicles (such as cars and motorcycles) has become one of the main sources of air pollution and energy consumption. In comparison, bicycles have the advantages of no energy consumption and low pollution, and have the functions of sports, leisure and recreation, and the characteristics of short-distance commuting and school commuting. Therefore, they have become a green means of transportation that governments of various countries are vigorously promoting.\n Taitung County Government takes sustainable development as its policy goal and actively promotes low-carbon tourism in the country, so that all tourism itineraries for the public to Taitung can have comprehensive carbon reduction and waste reduction measures, leading Taitung towards the 2050 net zero carbon emission goal. At the same time, in recent years, it has also actively promoted low-carbon transportation infrastructure and introduced net zero sustainable strategies in related construction, making Taitung a net zero sustainable city.\n Therefore, in order to cooperate with the development of public transportation in the county, the Taitung County Public Bicycle Rental System Construction and Operation Management Plan is promoted. It is hoped that by developing public bicycles and combining public transportation within and between regions, the county's tourism activities will be promoted and the overall tourism service quality will be improved. At the same time, through public bicycle rental stations, the characteristics of the community can be deeply understood, allowing tourists to explore the local culture more deeply and experience Taitung's unique and rich natural beauty and traditional cultural resources up close.\n The plan calls for the construction of at least 120 public bicycle stations (approximately 1,800 parking poles) in Taitung County and the provision of 1,120 bicycles (including 560 YouBike 2.0 and 560 YouBike 2.0E). The construction plan is divided into two phases. All construction scales required by the contract (86 stations, 800 public bicycles (including 240 electric-assisted bicycles)) will be completed in sequence before November 30, 2025, and the cumulative construction of 120 stations and 1,120 public bicycles (including 560 electric-assisted bicycles) will be completed before April 2026. YouBike 2.0 public bicycles and YouBike 2.0E electric-assisted bicycle systems that meet the needs of Taitung County will be introduced as Taitung County's public bicycle rental system. Through the strategy of building a wide and dense rental station, it will be more convenient for the public to rent, and the public will be encouraged to use low-pollution, low-energy public bicycles as short-distance shuttle transportation tools, reduce and transfer the ownership and use of private motor vehicles, and implement the vision of Taitung Green Low-Carbon City.",
        "proj_year": "113",
        "org_name": "臺東縣環境保護局",
        "exe_unit": "微笑單車股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130600607",
        "publish_date": "20250305"
    },
    {
        "chi_title": "113年永續發展目標及企業永續推動整合計畫",
        "chi_subject": "為實踐聯合國SDGs與國家2050淨零轉型，各國政府都是先由公部門著手，因為公部門各項業務即與SDGs核心目標及具體目標有著密不可分的關係，從公部門出發亦可藉由公共財政帶動私部門投入，以增加永續金融資源流入。另一方面，如何鼓勵與促進民間各界共同投入推動，更是永續發展的核心議題，在私部門之推動，由下而上的參與模式及引導行為改變是近代公共政策的顯學，如以環境教育宣導方式使民眾認識永續發展與淨零排放的重要性，讓永續發展策略逐步落實於民眾生活或企業經營之中，在此發展脈絡下，企業經營著重之非財務面績效，從企業社會責任(Corporate Social Responsibility, CSR)演變為兼顧環境、社會、治理的永續責任(Environment, Social, Governance, ESG)，也是未來施政可以著力之處。爰此本計畫共有下述5項重要工作：\n一、完成環境面永續發展精進計畫及辦理永續發展核心目標與對應指標工作。\n二、完成環境面永續發展相關報告、會議及成果宣傳工作。\n三、辦理環境、社會、公司治理(ESG)之環境永續推動工作。\n四、協助環境部113年度直轄市及縣（市）政府環境保護績效考核及輔導。\n五、協助辦理環境面永續發展目標與永續發展夥伴關係。\n本計畫的推動模式結合了由上而下和由下而上的兩種路徑，以促進國家在環境面上的永續發展。在由上而下的部分，重點在於公部門的永續發展政策推動；而在由下而上的部分，則透過宣傳永續發展資訊與成果，增強公私部門之間的溝通，並建立夥伴關係。\n•\t已完成重要工作項目包括：\n•\t協助國家永續發展委員會和SDSN研析相關工作\n•\tSTI與TNFD資料研析報告\n•\t針對15家ESG相關指標的分析對象進行調查\n•\t兩次永續發展亮點場域觀摩參訪\n•\t製作5張圖卡和宣傳影片\n•\t規劃環境面永續發展目標的展覽活動，並於8月8日至10日辦理完成\n•\t於11月23日舉辦永續長聯盟共識營會議和教育訓練規劃",
        "eng_title": "The Integration Project of Sustainable Development Goals and Corporate Sustainability in 2024",
        "eng_subject": "To achieve the United Nations' Sustainable Development Goals (SDGs) and Taiwan 2050 net-zero transition, governments around the world typically start with the public sector. This approach is due to the intrinsic link between public sector operations and the core and specific targets of the SDGs. Initiating efforts within the public sector can also stimulate private sector participation through public finance mechanisms, thus increasing the flow of sustainable financial resources. Simultaneously, encouraging and facilitating engagement across various private sector entities is crucial for sustainable development. In the private sector, modern public policy highlights a bottom-up approach and behavior change facilitation. For example, environmental education initiatives can help the public understand the significance of sustainable development and net-zero emissions, gradually integrating these strategies into everyday life and business operations. In this context, the focus of corporate management has shifted from Corporate Social Responsibility (CSR) to include Environmental, Social, and Governance (ESG) considerations. This evolution represents a key area for future policy development.\nThis project includes the following 5 main tasks:\n1.\tDevelop and implement an environmental sustainability improvement plan, including work related to core sustainable development goals and their corresponding indicators.\n2.\tPrepare and distribute reports, organize meetings, and manage publicity related to environmental sustainability.\n3.\tAdvance environmental sustainability initiatives within the framework of Environment, Social, and Governance (ESG).\n4.\tAssist the Ministry of Environment with evaluating and guiding environmental protection performance for municipalities and counties (cities) in 2024.\n5.\tSupport the achievement of environmental sustainability goals and foster sustainable development partnerships.\nThe promotion model of this project integrates both top-down and bottom-up approaches to advance the country's environmental sustainability efforts. The top-down component focuses on the promotion of sustainable development policies within the public sector, while the bottom-up approach emphasizes the dissemination of information and outcomes related to sustainable development, enhancing communication between the public and private sectors and fostering partnerships.\nCompleted tasks include:\n•\tAssisting the National Sustainable Development Committee and conducting related analyses for SDSN\n•\tAnalyzing and consolidating data related to STI and TNFD\n•\tConducting a survey on 15 ESG-related indicators\n•\tOrganizing two visits to highlight sites for sustainable development\n•\tProducing five informational graphics and a promotional video\n•\tPlanning and executing exhibition activities related to environmental sustainability goals from August 8 to 10\n•\tOrganizing a consensus camp and training for the Sustainable Alliance",
        "proj_year": "113",
        "org_name": "環境部綜合規劃司",
        "exe_unit": "財團法人台灣經濟研究院",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130575277",
        "publish_date": "20250303"
    },
    {
        "chi_title": "113年度北區環境事故預防應變專案技術執行計畫",
        "chi_subject": "本計畫目的，為協助環境部維持與建置北區環境事故專業技術小組，為宜蘭、臺北、桃園與新竹共計4隊，全時維持至少3人以上，24小時全年無休，執行環境事故之趕赴到場，支援各類事故處理、支援應變監測、採樣及善後復原工作，提升環境事故應變時效與能力，4隊出勤到場應變共97場次(環境事故應變及平時整備演訓)，並執行環境部各項儀器裝備校正、維護工作及更新轄區應變基本資料；在平時預防整備工作方面，完成135場次毒化物運作廠場臨廠輔導、97場次廠內應變無預警測試、12場次縣市毒災演訓、26場次法規說明會與1場次疏散避難宣導、1場次動員研討會、3場次聯防組織訓練研討會、執行44場次化學物質管理署交付動員、反恐、與環境災害相關演習兵推，以及協助環保局完成450件次危害預防及緊急應變、應變器材及偵測警報設備操作計畫之審查、完成1場次與地方政府合作強化應變量能之交流會議、完成299家毒化物運作重點廠家危害分析，以防類似災害再發生。",
        "eng_title": "North District Environmental Accident Prevention and Response Project Technology Implementation Plan.",
        "eng_subject": "The purpose of this project is to establish and maintain 4 specialist teams in responding environmental accidents of northern Taiwan region under MOENV surveillance.  The 4 specialist teams are located at Yilan, Taipei, Taoyuan, and Hsinchu respectively. Each team with 3 staffs on duty at all times for round-clock on-scene emergency response. Their responsibilities include accident site emergency response, accident sites pollution monitoring, sampling, clean-up, and recovery, etc. To enhance the effectiveness and capability of environmental accident response, we have participated in a total of 97 accident response(environmental accident responses and daily preparation trainings). Calibration and regular maintenance work of all instruments are performed to ensure them functioning normally.  Regarding accident prevention and preparedness, we have conducted 135 in-plant reviews of toxic chemical substances handling facilities, 97 tests of no-warning in-plant tests, 12 county and city toxic hazard drills, 1 workshops of mobilization, 26 seminars of toxic incidents code compliance and accident evacuation, 3 group training of industrial joint response task forces.  In addition, 44 drills incorporate with local environmental authorities concerning anti-terrorism and environmental accidents are performed. 450 reviews of toxic incidents hazard prevention and preparedness plans. Completed the collection of hazard analysis data for 299 key manufacturers operating toxic chemicals. Finally.",
        "proj_year": "113",
        "org_name": "化學署危害控制組",
        "exe_unit": "國立聯合大學",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130557829",
        "publish_date": "20250331"
    },
    {
        "chi_title": "宜蘭縣-113年資源循環工作計畫",
        "chi_subject": "宜蘭縣政府環境保護局(以下簡稱環保局)為提昇全縣資源回收成效，已積極推動資源回收相關工作多年；為落實宜蘭縣低碳願景、推動各機關團體加強辦理資源回收工作、關懷弱勢團體、責任業者與販賣業者重點巡查、配合環境部及縣府重點環保政策施行，特委託專業顧問機構辦理「113年度宜蘭縣資源回收專案作業查核追蹤管制計畫」，以協助推動各項政策，本計畫於99年度至112年度承攬本縣委辦計畫，於99~103年度連年榮獲環保署考核特優佳績，而自104年度獲得銀質獎後，本計畫持續自我砥礪、追求卓越，後於105~111年度皆獲得金質獎佳績肯定，112年度也獲得特優肯定。在113年度為建立完善之資源回收體系，並透過追蹤各鄉鎮市公所執行現況，以達到有效之垃圾減量並增加資源回收量、廚餘回收量比例等目標，本計畫針對各工作項目之執行方式規劃如下：\n一、資源回收及垃圾減量目標訂定及亮點工作推動：依據計畫目標、工作項目訂定考核點，於每月月會時，彙整本計畫及環境部考核工項，與交辦事項之工作進度、問題檢討等，並提出解決方案或建議事項。另規劃盤點113年創新作為及行動方案後據以執行，朝向循環經濟資源永續利用邁進。\n(一)將推動二手物巡迴交換(1卡皮箱)，結合縣內二手物站點(宜蘭縣環保局外、壯圍鄉公所、大野狼二手市集、宜蘭社區大學、達和環保服務股份有限公司(達和利澤焚化廠教育廊道)、宜蘭縣政府等，共有6處)，皮箱從環保局二手站點出發，裡面放著未交換出去的物品，到達下一個站點後，接棒站點可以取出想要的二手物品，留宿一個月後，讓皮箱再度旅行到第三個接棒的站點，如此循環，一直到回到環保局內，統計至113年12月止，二手物品交流件數共計達15,064件。\n(二)與少年阿公(Youtuber)合作推廣市場減塑(菜市場遊學)，影片於113年12月17日完成，有國語及台語兩種版本，並製作宣導標語掛軸及立架，掛在羅東民生市場進行推廣宣導。\n(三)透過本局臉書粉絲專頁的推動，有利民眾了解資源回收分類知識、源頭減量生活響應行動等，113年度本局臉書追蹤者成長657位，達8,212人。\n(四)112年宣導活動中共回收高壓空瓶231個，113年於大賣場宣導後，宣導活動中共回收287個高壓空瓶，顯見賣場宣導確實有提醒民眾，高壓空瓶用畢應回收之效；另各公所112年沿線垃圾破袋檢查，共發現10個高壓空瓶，113年下降至僅發現3個高壓空瓶。\n二、協助宜蘭縣加強辦理資源回收工作，包含：\n(一)透過「生活廢棄物質管理資訊系統」網站資料，協助彙整宜蘭縣各鄉（鎮、市）公所一般垃圾、資源回收及再利用現況資訊，提供環保局即時資訊，以利掌握各鄉（鎮、市）公所相關業務辦理成效。\n(二)協助  貴局查核各公所執行資源循環工作及交辦事項之進度，協助辦理環保工作聯繫會議至少4場次。\n已於113年2月27日、3月21日、4月19日、6月19日、8月21日及12月19日共計辦理6場次環保聯繫會議並完成會議紀錄製作。\n(三)辦理本縣廢薄塑膠及廢農藥空瓶等難去化回收物之清運作業，將與回收商或處理商洽談合作，合計清運需達30公噸。\n1.廢薄塑膠清運量為20,685公斤\n2.廢農藥空瓶統清運量為10,730公斤。\n3.舊衣清運量為19,760公斤\n共計清運51,175公斤(51.175公噸)\n(四)今年規劃辦理3場次資源回收相關工作競賽評比或大型活動：\n1.廢農藥空瓶回收競賽：5\/9臉書發布宣傳受理報名，並致電去年參賽隊伍進行提醒。報名隊伍數共計26組參加。(個人組19組，團體組7組)，113年宜蘭縣廢農藥空瓶回收競賽的回收總量共計12,493公斤，相較112年競賽回收總量13,098公斤，減少605公斤(-4.6%)，回收數量有微幅下滑。\n2.手機回收宜起來，宜蘭加碼抽iphone：10月辦理、11月抽獎，活動回收量自108年的355支至111年提升為1,344支，於112年下降為799支，112年因同時辦理可攜式電腦(平板)回收活動，手機回收的獎項較少，於113年除了持續加碼抽iphone外，新增貳獎、參獎及早鳥獎等多項獎項，提高誘因鼓勵民眾參與，統計113年活動累積回收量達1,440支，回收量為近年最高。\n3.113年宜蘭縣12公所廚餘回收競賽：宜蘭縣12公所廚餘回收競賽辦理至113年11月底止，9-11月競賽期間宜蘭縣各公所廚餘回收提升率前三名的鄉(鎮、市)分別為蘇澳鎮(77.22%)、冬山鄉(51.33%)及五結鄉(16.06%)，透過活動辦理，確實有提升原本廚餘回收數量較低的公所廚餘回收量。\n(五)協助辦理廚餘回收宣導工作及有機培養土兌換活動\n兌換活動於每單數月第一個星期五（1\/5、3\/1、5\/3、7\/5、9\/6、11\/1）進行。統計至113年12月31日止，已辦理6場次資收物兌換有機培養土活動，累計兌換人次達358人，累計兌換有機土共22,355公斤。\n(六)輔導轄內機關團體、社區、學校、販賣業者或回收商新設舊衣回收箱（點）至少10處\n本工項已規劃納入公所初核計畫，偕同公所進行設置，公所可自行採購(含貼紙、佈置等)後，檢據辦理核銷(經費上限每公所1萬5千元)。至12月止已完成11處設置完成。\n(七)訪查本縣10%(約23家)機車行廢潤滑油交付清除情形調查，113年訪查時向機車行宣導產源交付合法清除機構(包括輔導簽訂收受契約、留存收油單、或店家自主記錄收油紀錄)及辨識合法清除機構。\n統計至12月止，已巡查25家次，其中1家次符合規範，對於不合格廠商已經進行輔導及改善說明，皆已完成改善。\n(八)針對轄內各公所廢玻璃容器分色貯存及清運情形辦理抽查。\n本計畫輔導轄內各公所廢玻璃容器採分色貯存與確實設置有效防破措施，以不定期辦理抽查，確切核實其貯存與清運模式，113年查核12公所，僅南澳鄉公所將廢玻璃容器進行分色貯存。\n(九)媒合至少2家回收業者以到府服務或巡迴方式收購資收物，回收路線至少達3條以上，每條路線至少10個綠區回收處\n已於113年2月媒合縣內2家回收業者(凱登企業社、清安企業社)以到府服務或巡迴方式收受資收物，以及計畫自行辦理巡迴行動資收站，目前共有5條回收路線，沿線回收資收物。\n統計至10月15日止，回收業者到府服務共60個點位，共99人次參與，回收商經由巡迴收受方式服務個體戶，若執行過程中有發現新增需要服務的個體戶也會回報給計劃並且新增列到路線巡迴點中\n三、推動學校、社區(含集合式住宅)、機關、團體辦理資源回收工作：依據各鄉(鎮、市)公所提報的資源回收量變化，輔導各鄉(鎮、市)掌握轄內個體業者、社區(含集合式住宅)、學校、機關團體資源回收變賣情形，進一步管理各單位每月進行回收量申報工作。另已於員山鄉內城社區設置資源回收示範站，以宣導落實分類回收工作。\n四、辦理資源回收責任業者及販賣業者管理重點巡查工作及相關作業：依環境部考核標準，主動巡查未標示回收標誌、塑膠材質辨識碼及未登記之責任業者，並辦理相關責任業者與販賣業者之巡查、輔導、管制及行政協助等工作。\n統計至12月止，計畫主動查獲共25件(15件網路查核皆為未辦理登記、2件實體販賣場所查核未辦理登記及8件為實體販賣場所查核未標示回收標章)。\n本工項每半年應至少完成75家次，統計至12月止，14大行業販賣業者累計巡查家次共188家次，巡查結果無違規事項。\n五、辦理應回收廢棄物回收、處理業申請登記及巡查工作：輔導業者進行網路申請並完成審查，並協助即時於「資源回收管理資訊系統」登錄業者最新資料。\n辦理本縣16間合法登記之資源回收業者及22間免登記之列冊資源回收業者巡查作業，至12月止已輔導83家次(已登)、49家次(列冊)，若發現違反規定者，即要求業者現場改善，並由計畫人員確認完成後方才離場；若發現未能立即改善缺失者，即要求業者現場或限期改善，並於巡查輔導紀錄表註記(如不能現場改善者，另安排複查時間)。\n另計畫於113年3月27日協助資源循環署辦理東部回收處理業從業人員教育訓練會議，共63位業職者參與，9月4日辦理113年宜蘭縣回收處理業輔導推廣暨消防安全講習工作坊，共31位業者參與。\n六、加強辦理沿線破袋稽查：依現況規劃合宜之破袋檢查方式及清潔隊資源回收推動現況巡查作業，預計每公所查核2路線，總查核路線至少24條，每條破袋至少10包，共計240包以上。\n第一次沿線破袋檢查袋數為2,222袋，合格率約為52.5%\n第二次沿線破袋檢查袋數為1,287袋，合格率約為50.4%\n七、落實環境部及本局政策與計畫管理，積極配合各項績效考評工作：依據環境部考核標準及環保局計畫工項，配合辦理相關工作之推動，包含每月10日提交前一個月成果報表、彙整相關成果資料、協助辦理資收關懷計畫、掌握資源回收數量、廚餘回收情形及資收變賣流向等，並積極爭取考核執行績效。\n八、加強辦理資源回收、源頭減量等相關宣傳（導）工作：考量在地特色或節慶與環境部及縣府相關環保重大政策提出整合性文宣策略與時程，以環境部重點項目進行宣導布達，規劃辦理資源回收宣導活動、說明會、宣導品採購及電子媒體宣導等工作。統計至12月止：\n1.本計畫辦理多項資源回收宣導活動，包括縣內大型活動設攤宣導、加值型兌換回收活動、二手市集、說明會等，共計辦理93場次，合計宣導人次達5,620人。\n2.本縣12個公所合計媒體宣導計有134則，活動或說明會計有99場次。\n3.本計畫共協助發布136則資源回收與源頭減量相關媒宣則數，其中，與資源回收相關類別共計79則\n4.大型活動：113年宜蘭縣廢農藥空瓶回收競賽1場次、宜蘭縣公所廚餘回收競賽、10月辦理手機回收月，合計3場次。\n九、媒體整合宣導：每三個月蒐集各公所辦理的媒體宣導活動舉辦情況，並規劃請各公所按照初核計畫所提供的制式表格，每季彙整宣導活動或說明會的場次明細表，便於進行資料的統整提供給環保局。\n本縣12個公所合計媒體宣導計有134則，活動或說明會計有99場次。\n十、其他：配合環保局需求辦理，如召開相關臨時會議以瞭解工作進度，將由計畫經理（或以上階級）向環保局進行工作簡報。",
        "eng_title": "Yilan County-113-year resource recycling work plan",
        "eng_subject": "The Environmental Protection Bureau of Yilan County (EPB) has been actively promoting resource recycling for years to enhance the county’s recycling effectiveness. In line with Yilan's low-carbon vision, the EPB has initiated policies to promote recycling and reduce waste. To support these goals, a professional consultancy was hired for the 2024 Yilan County Resource Recycling Project Monitoring and Control Plan, which has been implemented since 2010. This plan has been recognized with excellence awards from the EPA, including a silver award in 2015 and gold awards from 2016 to 2021. For 2024, the focus is to strengthen the recycling system and track municipal recycling efforts, aiming for reduced waste and higher recycling rates, especially for food waste.\n\nKey actions of the 2024 project include:\nRecycling and Waste Reduction Goals: Establish monthly evaluations and monitor progress on EPA and local recycling tasks. Focus on innovative actions, such as a rotating second-hand item exchange program involving multiple collection points across the county, which successfully facilitated the exchange of over 15,000 items by December 2024.\nCollaborations: The EPB has partnered with various influencers, including a local YouTuber, to promote market plastic reduction, with videos completed in December 2024. Public engagement on Facebook grew by 657 followers, reaching 8,212 total followers in 2024\nResource Recycling in Municipalities: The EPB has assisted in gathering data on municipal waste management and conducted progress reviews through at least four environmental coordination meetings. Major waste collection operations included removing over 51 tons of non-degradable plastics, agricultural pesticide bottles, and old clothes.\nRecycling Competitions and Campaigns: Organized competitions such as the waste pesticide bottle and mobile phone recycling contests saw increased participation. The mobile phone campaign reached its highest recycling total in recent years, with 1,440 phones collected.\nPromotion of Food Waste Recycling: A food waste recycling competition was held with 12 municipalities participating. Through this competition, municipalities like Su'ao, Dongshan, and Wujie showed significant improvements in food waste collection rates.\nEducation and Training: The project included educational campaigns, including organic soil exchange activities and a training workshop for recycling professionals, benefiting over 60 participants in the region.\nInspection of Recycling Compliance: The EPB conducted inspections of recycling practices, with 188 commercial establishments visited to ensure proper recycling signage and registration, with corrective actions taken as necessary.\nPromoting Responsible Recycling Practices: Over 93 events were held to promote recycling across the county, engaging more than 5,600 people. The EPB also worked with media to raise awareness about resource recycling and waste reduction.\nThe EPB continues to refine the recycling system and encourages community participation through awareness campaigns and collaborations to ensure a sustainable recycling infrastructure across Yilan County.",
        "proj_year": "113",
        "org_name": "宜蘭縣政府環境保護局",
        "exe_unit": "晶淨科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130516388",
        "publish_date": "20250314"
    },
    {
        "chi_title": "清潔隊人力資源管理精進計畫",
        "chi_subject": "本計畫工作項目涉及五大主軸，分別涉及清潔隊員勞動條件的盤點與分析、法規與職能訓練、管理職能強化、人力資源管理工具的優化，以及清潔隊員人力管理事項的配套方案研擬。\n首先，著重於對各地方執行機關清潔隊勞動條件與集體勞動現況的盤點與分析。此部分要求持續蒐集並分析清潔隊員勞動條件的變動狀況，旨在識別並解決差異問題，以確保各地執行機關在勞動條件上保持一致性。\n其次，本計畫專注清潔隊業管人員法規訓練需求的滿足與提升。包括召開座談會以了解需求、彙編法規培訓課綱及教材，並針對各執行機關的清潔隊業務主管人員提供教育訓練課程。此外，還透過專家學者座談會，進一步檢討並優化法規培訓內容。\n另外也針對清潔隊業管人員管理職能進行強化。辦理至少5場次的管理職能訓練課程，並邀請清潔隊業務主管參與檢討精進座談會，以持續提升管理層的專業能力。\n同時，著重於清潔隊員權益的促進與人力資源管理的強化。這包括研訂清潔隊勞動契約的參考範本，針對工作規則及績效考核工具進行輔導與修正，以及針對上述內容辦理至少3場專家學者座談會。",
        "eng_title": "The National Execution Agencies' Cleaning Team Human Resource  Management Advancement Project",
        "eng_subject": "This project encompasses five main focuses: analysis of sanitation workers' labor conditions, legal training, enhancement of management competencies, optimization of human resource management tools, and the development of supporting plans.\n\nFirstly, the project involves reviewing and analyzing the labor conditions of sanitation teams across different regions to ensure consistency. Secondly, it aims to strengthen the legal training for sanitation management personnel through workshops and expert review sessions to formulate and improve training content.\n\nAdditionally, the project will conduct management competency training to enhance the professional capabilities of sanitation team supervisors. At the same time, it will promote the protection of sanitation workers' rights and optimize human resource management by providing reference templates for labor contracts, assisting in the revision of work rules and performance evaluation tools, and conducting related surveys.",
        "proj_year": "113",
        "org_name": "環管署環境衛生組",
        "exe_unit": "財團法人台灣水資源與農業研究院",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130487638",
        "publish_date": "20250315"
    },
    {
        "chi_title": "事業土水分群自主預防推動計畫",
        "chi_subject": "為避免事業土壤及地下水污染，影響國民健康及環境品質，自97年起，環管署辦理「運作中高污染潛勢工廠土壤及地下水污染潛勢調查計畫」，共965 家具高污染潛勢製程工廠之現場勘查，並依據系統篩選機制，執行232家工廠污染調查作業，經查證確認142家工廠（占61%）超過土壤、地下水污染管制標準，調查結果均已移交環保局依法進行後續管制。自112年起，環管署推動事業自主預防管理思維，依事業類別、污染源及運作特徵等污染潛勢因子作為分群條件，將事業分為「A.加強管理群」（約4,000家）、「B.自主管理群」（約1.6萬家）及「C.檢視管理群」（約15.6萬家），並逐年建立分群名單，執行土壤及地下水污染潛勢事業之現勘、調查及預防管理工作，進行全面管理。本年度執行成果如下：\n(一)\t完成跨部會整合事業土地污染預防管理策略，推動並提升事業污染預防管理能力。\n(二)\t完成擬訂「分群分級管理流程與查核計畫」及「事業自主污染預防管理計畫」，分別供環保局執行監督管理及事業辦理自主管理作業參考。\n(三)\t完成會同督導A群事業計51家現場勘查、B群事業計12家現場自主污染預防管理，完成C群事業計12家現場稽查。\n(四)\t完成維護及優化既有「事業土地污染調查及預防管理系統」功能。",
        "eng_title": "Promotion Plan for Independent Prevention and Control of Soil and Groundwater Pollution by Classified Enterprises",
        "eng_subject": "In order to prevent soil and groundwater pollution at factory site from affecting national health and environmental quality, the Environmental Management Administration (EMA) has been carrying out “Applying Investigation of Soil and Groundwater Pollution Potential in Operating Factories” since 2008. A total of 965 factories with potentially high-pollution processes have undergone on-site inspections. Employing a systematic screening mechanism, the EMA conducted pollution investigation operations on 232 factories. Among these, 142 factories (about 61%) were verified and confirmed to have soil and\/or groundwater contamination exceeding pollution control standards. The investigation results have been sent to the EPB for subsequent control according to the law. Starting from 2023,with contamination prevention and management as the main focus, the EMA has been promoting a mindset of self-prevention management within businesses. Based on factors such as business type, pollution source, and operational characteristics that contribute to pollution potential, businesses are categorized into “A: Strengthen management groups” (Around 4,000 companies), “B: Self-managed groups” (Around 16,000 companies), and “C: Inspection groups” (Around 124,000 companies).Each year, these groups are established through a classification process, and subsequent on-site inspections, investigations, and preventive management activities are conducted for businesses with potential soil and groundwater contamination issues.This year's execution results are as follows:\n(I) Completed the integration of pollution prevention and management operations across ministries and formulate a “Land Pollution Prevention Management Strategy for Businesses”, to drive and enhance pollution prevention management capabilities within businesses.\n(II) Completed the formulation of “Classification Management Procedures and Audit Plan” and “Self Pollution Prevention Management Plan for Businesses” to provide reference for the Environmental Protection Bureau's implementation of supervision and management and independent enterprise management operations respectively.\n(III) Completed joint supervision of on-site inspections and sampling tests of 51 Group A businesses, 12 on-site independent pollution prevention management of Group B businesses, and completed on-site inspections of 12 Group C businesses\n(IV) Completed the maintenance and optimization of the existing Industrial Land Pollution Investigation and Prevention Management System functions.",
        "proj_year": "113",
        "org_name": "環管署土壤及地下水污染整治基金管理會",
        "exe_unit": "環興科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130464018",
        "publish_date": "20250303"
    },
    {
        "chi_title": "112-113年度全國酸雨及汞溼沉降監測分析計畫",
        "chi_subject": "本報告研究目的為 (1) 維護台灣酸雨監測網，進行長期監測與資料分析；(2) 持續進行大氣汞溼沉降監測網，進行監測數據分析；(3) 透過降雨時之天氣型態分類統計與區域大氣模式模擬方法，評估境內外污染對酸沉降之貢獻比例；(4) 藉由比對環保署與氣象局酸雨測站資料，評估整合雙方資源之可能性；(5) 協助環保署整併酸雨監測網資料並編撰酸雨年報，公開監測結果供民眾參考及藉此強化環境教育與新知傳播；(6)積極推動及參與區域大氣污染相關議題之國際合作與技術交流。",
        "eng_title": "112-113 National Acid Rain and Mercury Wet Deposition Monitoring and Analysis Analysis Project",
        "eng_subject": "The goals of this study are (1) to maintain acid deposition network for conducting a long-term monitoring and data analysis, (2) to maintain the integrated atmospheric mercury monitoring network and analyze the data, (3) to evaluate the contribution of local and long-range transport air pollutants to acid deposition through classification statistics of weather patterns during rainfall and simulation results from an integrated atmospheric modeling system, (4) to evaluate the possibility of integrating the resources of both EPA and CWB by comparing the acid rain of both parties, (5) to assist EPA in integrating the acid rain website and compiling the acid rain annual report, (7) to promote international cooperation and technical exchanges on regional air pollutant transport issues.",
        "proj_year": "113",
        "org_name": "環境部大氣環境司",
        "exe_unit": "社團法人台灣氣膠研究學會",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130416572",
        "publish_date": "20250324"
    },
    {
        "chi_title": "113年度臺南市毒性及關注化學物質源頭管理計畫",
        "chi_subject": "因應近年來食安與化學物質源頭管理問題及因應毒性化學物質事件處理，環境部化學物質管理署為提高毒性化學物質及關注化學物質運作業者之管理及安全、擴大源頭管理的量能，已將「毒性化學物質管理法」修正名稱為「毒性及關注化學物質管理法」，並於109年01月16日正式施行，期能強化毒性化學物質及關注化學物質之運作管理。化學物質管理署同時輔佐專案稽查強化監督查核，以符合國際化學物質管理趨勢，期望強化毒性化學物質之運作管理及源頭控管輔導具風險疑慮化學物質，為此臺南市政府環境保護局為瞭解轄內業者化學物質運作及管理管制狀況，規劃出以下重點執行事項。 \n一、清查輔導具食安風險疑慮化學物質運作業者。 \n二、執行毒性及關注化學物質之稽查及辦理勾稽查核專案、釋放量\n查核督導及非法查處。 \n三、查訪轄內化學物質製造或輸入業者。 \n四、清查關注化學物質運作業者並調查其運作資料。 \n五、執行毒性及關注化學物質運送車輛勾稽及現場查核。 \n六、強化毒性及關注化學物質災害防救業務推動。 \n七、辦理相關教育宣導活動及說明會。",
        "eng_title": "2024 Tainan City Toxic and Concerned Chemical Substance Source Management Plan",
        "eng_subject": "In recent years, due to food safety and chemical substance source management issues, as well as the handling of toxic chemical substance incidents, the Chemical Substance Management Division of the Environmental Protection Administration has been working to enhance the management and safety of operators handling toxic and concerned chemical substances, and to expand the capacity for source management. The Toxic Chemical Substance Control Act has been renamed the Toxic and Concerned Chemical Substances Control Act and officially implemented on January 16, 2020. This change aims to strengthen the operational management of toxic and concerned chemical substances.\n\nThe Chemical Substance Management Division also assists in special project inspections to enhance supervision and audits, aligning with international chemical substance management trends. The goal is to strengthen the management of toxic chemical substances and to provide guidance on the source control of chemical substances with risk concerns. Therefore, the Tainan City Environmental Protection Bureau has developed the following key execution tasks to understand the operational and management control status of chemical substances within its jurisdiction:\n\nInvestigate and provide guidance to operators of chemical substances with food safety risk concerns.\n\nExecute inspections and special project audits of toxic and concerned chemical substances, including the supervision of their release volumes and the handling of illegal activities.\n\nInspect chemical substance manufacturers or importers within the jurisdiction.\n\nInvestigate and document the operations of concerned chemical substance operators.\n\nConduct checks on the transportation vehicles of toxic and concerned chemical substances and on-site inspections.\n\nStrengthen the promotion of disaster prevention and rescue operations related to toxic and concerned chemical substances.\n\nConduct related educational promotional activities and information sessions.",
        "proj_year": "113",
        "org_name": "臺南市政府環境保護局",
        "exe_unit": "國立高雄科技大學",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130402309",
        "publish_date": "20250318"
    },
    {
        "chi_title": "113年廢電子電器及資訊物品影像智慧辨識導入暨結合物聯網設備評估計畫",
        "chi_subject": "本案為延續112年計畫，已持續辦理判讀作業導入及擴充平台功能，並結合物聯網設備，使智慧科技辨識回收廢棄物稽核與認證作業更加完善。因此本計畫已完成廢電子電器及資訊物品CCTV影像判讀作業，於113年6月正式導入，並固定每月與稽核認證團體召開月會討論與檢討判讀情況。同時針對2家受補貼機構進行自主管理的概念性驗證作業，並評估既有CCTV智慧影像辨識作業平台改以邊緣運算取代現行之集中式運算之優劣。另擴充攝錄影像有無斷訊\/模糊及攝影角度偏移之偵測，於11月完成2家受補貼機構鏡頭測試偏移之測試。除此之外，結合物聯網設備完成廢冰箱回收處理計量之辨識技術開發作業。期許藉由辨識技術，輔助稽核認證團體之查核作業，降低作業量與提升作業效率。",
        "eng_title": "The 2024 Project for Introducing Intelligent Image Recognition for Electronic Waste Recycling, Combined with IoT Device Evaluation",
        "eng_subject": "This project continues the 2023 initiative, focusing on the implementation of interpretation operations and platform functionality expansion. It also integrates IoT devices to enhance the efficiency and accuracy of smart technology in auditing and certifying recycled waste. This transition aims to enhance the intelligent image recognition and verification system for recycling waste electronic appliances, making it more comprehensive and efficient. As of June 2024, we have officially integrated the new system, Image Interpretation via CCTV for Electronic Waste Recycling into the project. At the same time, we engaged two subsidized institutions to validate the conceptual operations and substitute Edge Computing for Centralized Computing, with the goal of gathering additional data for comparative analysis. Furthermore, in November, we completed the evaluation of two subsidized institutions regarding issues related to lens deviation, connection signal strength, and image clarity. Additionally, leveraging IoT integration, we have finalized the development of recognition technology for measuring and processing recycled refrigerators. This advanced technology is expected to assist auditing and certification entities by reducing workload and enhancing processing efficiency.",
        "proj_year": "113",
        "org_name": "循環署回收基金管理會",
        "exe_unit": "美商傑明工程顧問股份有限公司台灣分公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130387764",
        "publish_date": "20250331"
    },
    {
        "chi_title": "113年度嘉義縣露天燃燒暨畜牧與餐飲油煙異味防制計畫",
        "chi_subject": "計畫名稱：113年度嘉義縣露天燃燒暨畜牧與餐飲油煙異味防制計畫\n執行期程：113年1月1日至113年12月31日\n計畫經費：9,500仟元\n計畫主持人：林宏斌\n執行人力：計畫經理許文榜、計畫工程師陳科佑、許恆瑜、蔡承益、黃偉誠、劉美伶、計畫助理工程師林泳辰等7人。\n本計畫為「113年度嘉義縣露天燃燒暨畜牧與餐飲油煙異味防制計畫」，本計畫執行目標為提供技術及人力，有效的執行露天燃燒、畜牧場異味與餐飲油煙稽查管制及教育宣導等相關防制工作，期末報告摘錄自113年1月1日至113年12月31日止，計畫執行過程中，各工作項目辦理情形茲摘要說明如下：\n一、露天燃燒現場稽巡查作業\n共查處露天燃燒案件611件，主要集中於民雄鄉、朴子市與水上鄉，並建置地理資訊系統(GIS)記錄資料。燃燒物以植物雜草與樹枝葉為主，占比達95%以上。此外，透過AI視覺型煙霧探測系統與無人載具(UAV)巡查，提升監控能力，共完成10次空拍巡查，並通報58件警訊。詳如第三章。\n二、農廢流向調查作業\n第一、二期稻作流向普查顯示，稻草處理方式以翻耕掩埋為主，比例達99%以上，露天燃燒僅占0.03%至0.05%。詳如3.2.2章節。\n三、畜牧場異味防制\n執行畜牧場熱區巡查504場次，並辦理12場異味官能檢測。同時配合相關單位進行48場次聯合稽查，強化異味污染監控與防制成效。\n四、餐飲油煙管制與輔導作業\n對339家餐飲業者進行查核與宣導，並掌握縣內1,509家餐飲業防制設備情形。經估算，年排放量為PM10：55.23噸、PM2.5：45.74噸、NMHC：217.09噸。另有25家業者完成改善，年削減污染量達PM10：0.774噸、PM2.5：0.532噸、NMHC：1.085噸。\n五、辦理輔導及多元宣導作業\n辦理多元宣導活動，包括污染防制研討會、校園說明會及農廢再利用推廣等，共計35場次，並透過廣播、有線電視、流動廣播車等媒介擴大宣導效益。此外，補助社區鋪設稻草蓆，以示範農廢再利用方案。\n六、其他配合業務\n參與各項地方活動進行污染防制宣導6場次，同時結合環保志工與學校力量成立露天燃燒巡守隊，共計70名人力參與，通報111件案件。並協助環境部與中央大學進行衛星火點偵測系統驗證，接獲通報24件火點資訊。",
        "eng_title": "2024 Chiayi County Open Burning and Odor Control Project for Livestock Farming and Restaurant Cooking Fumes",
        "eng_subject": "Project Name: 113th Year Chiayi County Open Burning and Livestock ＆ Catering Oil Smoke Odor Prevention Plan\nProject Duration: January 1, 2024 to December 31, 2024\nProject Budget: 9,500,000 NTD\nProject Leader: Lin Hong-bin\nProject Team: Project Manager Xu Wen-bang, Project Engineers Chen Ke-you, Xu Heng-yu, Cai Cheng-yi, Huang Wei-cheng, Liu Mei-ling, Assistant Project Engineer Lin Yong-chen, and 7 other staff members.\nThis project is titled the 113th Year Chiayi County Open Burning and Livestock ＆ Catering Oil Smoke Odor Prevention Plan. The goal of this plan is to provide technical and human resources to effectively carry out tasks related to open burning, livestock odor control, and restaurant oil smoke odor monitoring and education. The final report, covering the period from January 1, 2024, to December 31, 2024, summarizes the activities carried out during the project execution as follows:\n\n1.Open Burning Site Inspection and Patrols\nA total of 611 open burning cases were investigated, mainly in Minxiong Township, Puzi City, and Shuishang Township, with a Geographic Information System (GIS) established to record the data. The burning materials were primarily plant weeds and tree branches, accounting for over 95% of the cases. Additionally, AI visual smoke detection systems and UAV patrols were used to enhance monitoring capabilities, with 10 aerial inspections conducted and 58 alert reports issued. Details are provided in Chapter 3.\n\n2.Agricultural Waste Flow Investigation\nSurveys on the rice straw disposal methods indicated that over 99% of straw was handled by plowing and burial, with only 0.03% to 0.05% being burned openly. Details are in Chapter 3.2.2.\n\n3.Livestock Odor Prevention\n504 inspections of livestock hot spots were conducted, along with 12 odor sensory tests. In collaboration with relevant agencies, 48 joint inspections were held to strengthen odor pollution monitoring and prevention efforts.\n\n4.Catering Oil Smoke Control and Guidance\nA total of 339 catering businesses were audited and educated on regulations, with the situation of pollution control equipment for 1,509 restaurants in the county monitored. Estimated annual emissions were PM10: 55.23 tons, PM2.5: 45.74 tons, and NMHC: 217.09 tons. Additionally, 25 businesses completed improvements, reducing emissions by PM10: 0.774 tons, PM2.5: 0.532 tons, and NMHC: 1.085 tons annually.\n\n5.Guidance and Diverse Education Activities\nVarious promotional activities were carried out, including pollution prevention seminars, campus presentations, and agricultural waste recycling promotion, totaling 35 events. Media channels such as radio, cable TV, and mobile broadcasting vehicles were used to expand the outreach. Additionally, subsidies were provided for community straw mat installations to demonstrate agricultural waste recycling solutions.\n\n6.Other Collaborative Tasks\nSix local events were attended for pollution prevention promotion, and an open burning patrol team consisting of environmental volunteers and school personnel was formed, with 70 participants who reported 111 cases. Assistance was provided to the Ministry of Environment and National Central University for satellite hotspot detection system validation, receiving reports on 24 fire point incidents.",
        "proj_year": "113",
        "org_name": "嘉義縣環境保護局",
        "exe_unit": "理虹工程顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130379064",
        "publish_date": "20250306"
    },
    {
        "chi_title": "花蓮縣-113年推動環保許可整合執行計畫",
        "chi_subject": "(一)精進輔導優先試辦對象及112年擴大對象(成果家數6家)\n檢視環保許可整合優先試辦對象（登記資本額100億元以上業者）及112年擴大對象（登記資本額10億元以上未達100億元業者）已上傳至環保署EMS之空、水、廢、毒（關注）化物污染流向圖內容，確認符合業者原許可(清書)登載事項，並輔導業者修正。\n(二)持續擴大並輔導完成繪製空、水、廢、毒（關注）化物污染流向圖(成果家數12家)\n輔導112年擴大對象以外業者（含自願、新設業者）完成空、水、廢、毒（關注）化物污染流向圖之繪製與上傳至環保署 EMS，並確認符合原許可（清書）之內容。\n(三)辦理諮詢輔導、各單位會審及意見彙整建檔(成果家數5家)\n提供優先試辦對象、112年擴大對象及112年擴大對象以外之對象（含自願、新設業者）許可(清書)申辦之諮詢與輔導，並辦理本局各業務單位間之會審作業，同時協助本局將會審之相關意見彙整建檔於環保署EMS。\n(四)辦理許可整合內部教育訓練(113年5月17日辦理1場次)\n辦理1場次內部教育訓練會議（參與單位包含轄內單一窗口、空、水、廢、毒（關注）化物各業務單位），編制相關訓練教材，並執行污染流向圖繪製、環保許可整合諮詢會審程序實場演練。\n(五)辦理宣導說明會議(113年8月19日辦理1場次)\n針對本縣相關業者辦理1場次之說明會議，包含空、水、廢、毒（關注）化物整合申辦程序之說明、污染流向圖之繪製要求與其他相關事項等。\n(六)環保許可整合單一窗口維運\n維運本局環保許可整合單一窗口，負責彙整空、水、廢、毒（關注）化物各項許可（清書）之審查意見，並協助業者與本局空、水、廢、毒（關注）化物各業務單位意見溝通；提供113年許可整合諮詢會審推動成果，包含污染流向圖輔導情形、前置諮詢及諮詢會審辦理結果、內部訓練會議、宣導說明會議等，協助彙整相關成果內容，並依環保署規定方式填報。",
        "eng_title": "113th Year Hualien County Environmental Permit Integration Project",
        "eng_subject": "(1) Improve Guidance for Priority Trial Targets and 112-Year Expansion Targets (Results: 6 businesses)\nReview the Environmental Permit Integration priority trial targets (businesses with registered capital of over 10 billion NTD) and 112-year expansion targets (businesses with registered capital between 1 billion and 10 billion NTD) to ensure the uploaded pollution flow diagrams for air, water, waste, and toxic (concerned) chemicals in the EPA's EMS system meet the requirements specified in the businesses' original permits (clean copy). Provide guidance to businesses for corrections.\n(2) Continue Expansion and Guide Completion of Pollution Flow Diagram Drawings for Air, Water, Waste, and Toxic (Concerned) Chemicals (Results: 12 businesses)\nGuide businesses beyond the 112-year expansion targets (including voluntary and newly established businesses) to complete and upload the pollution flow diagrams for air, water, waste, and toxic (concerned) chemicals to the EPA EMS system, ensuring alignment with the original permits (clean copy).\n(3) Provide Consultation and Guidance, Hold Review Meetings, and Compile and File Opinions (Results: 5 businesses)\nProvide consultation and guidance for priority trial targets, 112-year expansion targets, and businesses beyond the 112-year expansion targets (including voluntary and newly established businesses) on permit application processes (clean copy). Organize internal review meetings between the Bureau's business units, and assist in compiling and filing related feedback in the EPA EMS system.\n(4) Conduct Internal Education and Training (One session held on May 17, 2024)\nHold one internal education and training session (participants include the county’s single-window, air, water, waste, and toxic (concerned) chemical business units), prepare related training materials, and conduct practical exercises on drawing pollution flow diagrams and performing environmental permit integration consultation and review procedures.\n(5) Hold Advocacy and Briefing Session (One session held on August 19, 2024)\nHold one briefing session for relevant businesses in the county, covering the integrated application procedures for air, water, waste, and toxic (concerned) chemicals, pollution flow diagram drawing requirements, and other related matters.\n(6) Maintain the Environmental Permit Integration Single Window\nMaintain the Bureau's Environmental Permit Integration single window, responsible for compiling review feedback on air, water, waste, and toxic (concerned) chemical permits (clean copy), and facilitating communication between businesses and the Bureau's various business units. Provide the results of the 113-year environmental permit integration consultation and review promotion, including guidance on pollution flow diagrams, preliminary consultations, and review meeting outcomes, internal training sessions, and advocacy briefings. Assist in compiling related results and report them in accordance with the EPA's requirements.",
        "proj_year": "113",
        "org_name": "花蓮縣環境保護局",
        "exe_unit": "日揚環境工程有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130344145",
        "publish_date": "20250327"
    },
    {
        "chi_title": "113年資源回收整合宣傳專案工作計畫",
        "chi_subject": "本計畫執行期間自民國113年5月17日起至113年12月30日止，主要目標為結合創新商業服務模式與跨領域的合作，利用多元行銷工具，結合現代潮流，設計多樣化的宣導素材，使政策宣導能更貼近民心，獲得更大迴響，並針對政策重點規劃相關行銷項目，使議題有效發散，增加曝光效益，提升推廣效益。主要成果包含：（一）\n辦理實體源頭減量宣導活動，藉由實體活動向各族群加強推動源頭減量理念，宣導自備旅宿用品、資源回收、網購循環包材等環保作為。（二）多元行銷推廣設計，以KOL\/KOC行銷推廣、文宣圖卡及主題懶人包規劃、政策宣傳影片拍攝作為線上推廣素材，以分眾行銷的特性提升觸及率。（三）媒體緊急應變與行政作業配合項目，協助公關窗口掌握輿情方向，以利署方快速回應，同時配合業務單位辦理臨時或緊急性相關議題媒體之因應作業及其他臨時交辦事項。",
        "eng_title": "The Integrated Promotion Project Work Plan for Resource  Recycling in 2024",
        "eng_subject": "The project implementation period is from July 26, 2023 to March 31, 2024 . Its primary goal was to integrate innovative business service models with interdisciplinary cooperation, utilizing a variety of marketing tools combined with modern trends to design diverse promotional materials. This approach aimed to make policy advocacy more relatable to the public, achieve a greater response, and focus on planning marketing projects related to policy highlights to effectively disseminate issues, increase exposure, and enhance promotional effectiveness. The main outcomes include: (1) Conducting physical source reduction advocacy activities to strengthen the promotion of the source reduction concept among various groups, advocating for environmentally friendly practices such as bring your own travel supplies, resource recovery and online shopping by recycled packaging materials. (2) Diverse marketing and promotion designs, using KOL\/KOC marketing, promotional pamphlets, theme cheat sheets, and policy promotional videos as online promotional materials, to increase reach through targeted marketing characteristics. (3) Media emergency response and administrative cooperation projects, assisting public relations interfaces in grasping the direction of public sentiment to facilitate rapid responses by the department, while also cooperating with business units to handle temporary or emergency media issues and other ad hoc tasks.",
        "proj_year": "113",
        "org_name": "循環署永續消費回收組",
        "exe_unit": "威肯公共關係顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130307926",
        "publish_date": "20250314"
    },
    {
        "chi_title": "113年民眾參與水環境巡守經營輔導訓練計畫（南區）",
        "chi_subject": "為推動民眾參與水環境守護工作，本計畫持續運作河川保育中心協助南部七縣市運作水環境巡守隊。於今年度透過縣市訪查輔導、民眾參與流域環境管理經驗交流討論會議等方式來促進縣市經驗交流及討論經營河川巡守隊的困境與解決對策，並透過增能活動來協助縣市辦理巡守隊教育訓練工作。為持續協助整合民間河川守護能量參與河川流域環境管理規劃，河川保育中心今年在二仁溪及急水溪召開三次重點河川污染整治民間討論會，整合各民間團體意見，提案至環境部之跨單位河川整治聯繫會議。促進水環境巡守隊投入畜牧業巡檢、沼渣沼液農田肥分使用推廣。研擬縣市經營水環境巡守隊績效考評指標及優良水環境巡守隊評選指標，協助環境部對全國各縣市水環境巡守隊經營的績效考核工作。\n本計畫依規劃完成各項工作，為進一步強化巡守隊政策目標，建議(1)追蹤現行巡守隊業務評核指標適用情形，持續精進績效考評機制；(2)善用水環境巡守隊水質監測資料，接軌國際平臺；(3)培養水環境守護年輕人才，辦理大學生水環境巡守隊夏令營；(4)參考公民科學家文獻中的四階進階培訓概念，設計合適的水環境巡守隊增能及培力教育訓練課程。",
        "eng_title": "2024 Management, Guidance, and Training for Public Participation Programs on Water Watch in Southern Taiwan",
        "eng_subject": "Being the regional center to assist the seven local Environmental Protection Bureaus (EPBs) in the southern Taiwan to manage their Water Watch programs, this project promoted experience exchange among counties and cities, through on-site visits and consultations, as well as hosting workshop of public participation on watershed management. The center also conducted training courses to assist local EPBs to equip Water Watchers with needed knowledge and skill. In order to integrate the local voices to the decision process of watershed management, the River Restoration Center also held watershed public participation meetings for Erren River and Chishui River, both declaring as the priority rivers to be remediated. The conclusions of the watershed meetings are presented to the EPA-hosted Executive Meetings of River Pollution Cleanup Projects. This year, this project is also responsible to modify the performance evaluation index of the management of Water Watch program for local EPBs and of the National Excellent Water Watch Team. Through literature reviews, this project also evalutate the effectiveness of the Water Watch policy and the future development strategies.\nThe project has completed various tasks according to the plan. To further strengthen the policy goals of the water watch programs, it is recommended to (1) track the current application of water watch program assessment indicators and continuously optimize the performance evaluation mechanism; (2) effectively utilize water quality monitoring data from water watch teams to align with international data sharing platforms.; (3) host water watch team summer camp for university students to cultivate talented youths on water environment protection; (4) design suitable empowerment and capacity-building educational training programs for water watch teams, based on the four-stage advanced training concept referenced in citizen scientist literature.",
        "proj_year": "113",
        "org_name": "環境部水質保護司",
        "exe_unit": "長榮大學",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130275769",
        "publish_date": "20250308"
    },
    {
        "chi_title": "113年新興污染物潛在污染源調查及改善策略規劃計畫",
        "chi_subject": "本計畫工作主要係針對4座指定淨水場進行PFAS調查分析，掌握飲用水水質及潛在污染源PFAS分布，並彙整國際實場淨水場處理技術、經費、期程及國際飲用水PFAS管制動態等資訊，作為我國飲用水水質及PFAS水質污染事件管理因應參考。計畫調查結果顯示4座淨水場透過水源調配，降低使用PFAS濃度較高之水源，經水質複驗，均已符合飲用水水質標準。污染源調查結果顯示鄰近淨水場之機場使用消防泡沫為污染來源。計畫彙整國際PFAS污染事件改善措施，依檢出濃度差異分為短期及長期措施，短期優先暫停使用高濃度原水，切換其他水源；長期措施則持續進行管控措施及水樣調查，釐清污染來源，並評估增設淨水處理程序，以確保供水穩定，並建立公開PFAS風險溝通及資訊平台，供民眾查詢。",
        "eng_title": "Investigation of Potential Pollutants of Emerging Contaminants and Improvement Strategy Planning Project",
        "eng_subject": "This project primarily involves investigating and analyzing Per- and Polyfluoroalkyl Substance (PFAS) in four designated water treatment plants to understand the distribution of PFCs in drinking water quality and potential pollution sources. It also includes compiling information on international water treatment technologies, costs, timelines, and global regulatory trends for PFAS in drinking water. These findings aim to serve as a reference for managing drinking water quality and PFAS pollution incidents in Taiwan.\nThe investigation results indicate that the four water treatment plants have adjusted their water sources to reduce the use of water with higher PFAS concentrations. Following water quality re-examinations, all have met Drinking Water Quality Standards. The investigation results indicated that the pollution source is firefighting foam used at airports near the water treatment plants.\nThe project also compiled international remediation measures for PFAS pollution incidents, categorizing them into short-term and long-term actions based on detected concentration levels. Short-term measures prioritize suspending the use of high-concentration raw water and switching to alternative water sources. Long-term measures include ongoing control measures, water sample monitoring to identify pollution sources, and evaluating the installation of additional water treatment processes to ensure stable water supply. The project further recommends establishing a public PFAS risk communication and information platform for public inquiries.",
        "proj_year": "113",
        "org_name": "環境部水質保護司",
        "exe_unit": "財團法人中興工程顧問社",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130274685",
        "publish_date": "20250322"
    },
    {
        "chi_title": "氣候變遷與淨零排放素養調查與推廣應用計畫",
        "chi_subject": "面對國際淨零排放目標與因應趨勢，我國建立在「臺灣2050淨零排放路徑」與《氣候變遷因應法》之氣候治理根基上，本年度總統府成立國家氣候變遷對策委員會，環境部通過碳費子法，象徵國家氣候治理的積極腳步，進行長期氣候變遷與淨零排放素養調查有助以數據為基礎的政策擬定，並協助推動素養提升之應用。為持續發展與更新我國分眾氣候變遷與淨零排放素養調查架構及項目、辦理素養問卷調查與資料分析、開放素養資料庫對外使用與管理、整合與推廣線上互動測驗平台。本計畫設計適合113年時空背景的核心題目及各分眾群體的特殊題目。本研究並於今年9-10月間以分層比例隨機抽樣、分層配額抽樣、分層比例系統抽樣分別完成全國國民有效問卷2,507份、公務人員有效問卷1,940份、大學生有效問卷1,779份，共完成6,226份有效問卷。「情意驅使行動的產生」是歷年各分眾素養調查之共同結果，其中以「自我效能」與行為高度正相關之面向，個人認為自己有能力有效減碳、以及工作\/專業有助於因應氣候變遷，並且認同從因應氣候變遷作為中獲得好處，是促使各界願意積極參與氣候變遷活動的因素。本計畫發現我國淨零轉型之人才需求與高等教育的學用落差，以及公務人員在減緩與調適策略上的認知缺口樣貌，並且大學生與公務人員皆呈現對於氣候緊急切身感下降的趨勢。總體而言，本調查顯示提升氣候變遷調適之重要性與急迫性。本研究亦建立氣候變遷素養線上互動平台，其得做為氣候變遷相關活動推廣之有力工具。",
        "eng_title": "National Survey on Climate Change and Net Zero Emission Literacy and Promotion of Online Test Platform",
        "eng_subject": "In response to international net-zero emission goals and emerging trends, Taiwan has built its climate governance framework on the Taiwan 2050 Net-Zero Emission Pathway and the **Climate Change Response Act**. This year, the Presidential Office established the National Climate Change Policy Council, and the Ministry of Environment passed the Carbon Fee Sub-Law, symbolizing the nation’s proactive steps in climate governance. Conducting long-term surveys on climate change and net-zero literacy facilitates data-driven policy development and supports applications aimed at enhancing climate literacy.\nTo continuously refine and update Taiwan’s framework and scope for segmented climate change and net-zero literacy surveys, this project encompasses questionnaire design, data analysis, public access and management of a literacy database, and the integration and promotion of an online interactive testing platform. Core and audience-specific survey questions suitable for 2024’s context were designed, targeting diverse demographic groups. \nFrom September to October, stratified proportional random sampling, stratified quota sampling, and stratified proportional systematic sampling were used to collect responses, resulting in 2,507 valid questionnaires from the general public, 1,940 from civil servants, and 1,779 from university students, totaling 6,226 valid responses. \nA recurring finding across different groups is that emotions drive actions, with self-efficacy strongly correlated with behavior. Individuals who believe they are capable of effectively reducing carbon emissions, whose work or expertise contributes to climate change mitigation, and who recognize the benefits of climate action are more likely to actively engage in climate-related activities.\nThe study revealed gaps in Taiwan’s talent development for the net-zero transition, disparities between academic training and workforce needs in higher education, and cognitive gaps among civil servants regarding mitigation and adaptation strategies. Additionally, a declining sense of personal urgency about the climate crisis was observed among university students and civil servants. \nOverall, the survey underscores the importance and urgency of enhancing climate adaptation efforts. This research also developed an online interactive climate literacy platform, envisioned as a powerful tool for promoting climate change-related activities.",
        "proj_year": "113",
        "org_name": "氣候署淨零推動組",
        "exe_unit": "社團法人臺灣環境解說與自然教育協會",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130240607",
        "publish_date": "20250325"
    },
    {
        "chi_title": "澎湖縣113年度「向海致敬 -海岸清潔維護計畫」",
        "chi_subject": "澎湖縣位於臺灣海峽上，各島沿岸受到季節海流或潮汐等因素影響，常有海洋廢棄物、漂流木，以及大量垃圾堆積的情況，已深深影響到美麗澎湖灣的生態環境與觀光形象。對此，澎湖縣政府環境保護局為了讓海岸恢復自然海景，不再讓垃圾覆蓋沙灘，積極配合環境部推動落實「源頭減量」、「預防與移除」、「研究調查」及「擴大合作參與」4大面向政策，以減少海洋廢棄物之產生與衝擊，善盡海洋環境永續發展的守護責任。\n\n本案「113年澎湖縣海洋廢棄物治理計畫」採固定服務費計新臺幣699萬元整合併發包（「113年澎湖縣污染防治潔淨海洋計畫－海洋廢棄物治理」新臺幣524萬元，以及「113年度向海致敬-海岸清潔維護計畫」175萬元），其主要執行工作項目包括：海廢調查與監測及海岸環境巡查工作、辦理淨灘（海漂垃圾清除）及宣導相關活動、推動潛海戰將計畫及辦理淨海（底）活動，以及協助環保局相關交辦事項。整體執行期間自113年1月10日至113年11月30日，工作項目皆已完成達100%。\n\n本年度計畫的創新執行方式，在海洋廢棄物監測調查採取滾動修正與調整方式，逐步發展出8處符合澎湖地區地形特徵的調查點位（月監測），透過更加嚴謹的科學態度結合資料搜集與分析，為年度海廢數量的統計提供具體佐證，除了探討更多寶特瓶的來源國家外，計畫亦持續累積可信的數據，以支持後續分析與政策制定。此外，計畫期間定期進行環境髒亂巡查（232點位），與相關權責單位維持良好的通報機制，落實在易累積海廢區域推行「定期清、立即清」的政策。\n\n為進一步提升海洋環境治理效能，計畫還配合陸地和海底舉辦了一系列清除活動（小型淨灘10場次、春季大淨灘１場次、秋季淨灘１場次、特殊海岸清理１場次、淨海活動16場次），並跨域將傳統表演藝術（如掌中戲）融入海洋環境教育宣導，以多元方式向民眾傳達保護海洋環境的倫理觀念（海洋環境教育10場次）；同時，提出未來可行的改善策略，作為相關單位之參考依據。",
        "eng_title": "Penghu County's 113th Annual Salute to the Sea - Coastal Cleaning and Maintenance Plan",
        "eng_subject": "Penghu County is located on the Taiwan Strait. The coasts of the islands are affected by factors such as seasonal currents or tides. Marine debris, driftwood, and large amounts of garbage often accumulate, which has deeply affected the ecological environment and tourism image of the beautiful Penghu Bay. In this regard, in order to restore the natural seascape of the coast and no longer cover the beach with garbage, the Environmental Protection Bureau of Penghu County Government actively cooperates with the Ministry of Environment to promote the implementation of source reduction, prevention and removal, research and investigation and expanded cooperation Participate in the four major policies to reduce the generation and impact of marine debris and fulfill our responsibility to protect the sustainable development of the marine environment.\n\nIn this case, the 113-year Penghu County Marine Waste Management Plan was integrated and outsourced with a fixed service fee of NT$6.99 million (113-year Penghu County Pollution Prevention and Clean Ocean Plan - Marine Waste Management was NT$5.24 million, and the 113 Annual Salute to the Sea - Coastal Cleaning and Maintenance Plan 1.75 million yuan). Its main implementation projects include: survey and monitoring of marine waste and coastal environmental inspections, beach cleaning (sea garbage removal) and related publicity Activities, promotion of submarine warfare will plan and handle sea (bottom) cleanup activities, and assist the Environmental Protection Bureau in related tasks. The overall implementation period is from January 10, 2020 to November 30, 2020, and all work projects have been completed at 100%.\n\nThe innovative implementation method of this year's plan adopts a rolling revision and adjustment method in the marine debris monitoring survey, and gradually develops 8 survey points (monthly monitoring) that are consistent with the topographic characteristics of the Penghu area. Through a more rigorous scientific attitude combined with data collection and analysis to provide concrete evidence for the annual statistics of marine waste. In addition to exploring more countries where PET bottles come from, the plan also continues to accumulate credible data to support subsequent analysis and policy formulation. In addition, environmental pollution inspections (232 points) will be carried out regularly during the project period, and a good reporting mechanism will be maintained with relevant authorities to implement the policy of regular cleaning and immediate cleaning in areas prone to accumulation of marine waste.\n\nIn order to further improve the efficiency of marine environmental management, the plan also organized a series of cleanup activities on land and seabed (10 small beach cleanups, 1 large beach cleanup in spring, 1 beach cleanup in autumn, 1 special coastal cleanup, sea cleanup activities 16 sessions), and integrated traditional performing arts (such as palm opera) into marine environmental education and promotion across domains to convey the ethical concepts of protecting the marine environment to the public in multiple ways (10 sessions of marine environment education); at the same time, it proposed feasible improvements in the future strategy as a reference for relevant units.",
        "proj_year": "113",
        "org_name": "澎湖縣政府環境保護局",
        "exe_unit": "上境科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130210220",
        "publish_date": "20250315"
    },
    {
        "chi_title": "113年度嘉義縣街道揚塵洗掃計畫",
        "chi_subject": "本計畫執行期程自113年1月1日起至113年12月31日止，各項工作成果摘要說明如下：\n一、街道揚塵洗掃管制\n計畫期間統計截至12月31日止，洗街作業共執行10,258.83公里次，總取用水量為10,615公噸；掃街作業共執行5,027.93公里次，總集塵量為42.47公噸，依據環境部TEDS 11.1版減量公式(削減量＝洗掃街長度×減量係數)推估，TSP約削減178.6公噸、PM10約削減34.3公噸、PM2.5約削減8.3公噸。鑒於掃街車出風口改善成效顯著，本年度延續配置搭載新穎過濾設備之掃街車，藉由過濾設備抑制出風口排污量，本計畫於111年與陽明交通大學合作，經過實驗室模擬及實場規模測試，得到TSP及PM10收集效率約80%以上，PM2.5約50%以上，且經掃街作業後TSP、PM10和PM2.5的收集效率可持續上升，經過掃街作業負荷7~14天後，壓損明顯上升，會導致吸塵效率下降，故計畫已備有3套濾材，供作業人員更換輪替使用，再藉由濾網清洗再生，循環利用，落實掃街作業拒絕二次逸散污染；另外本年度協助大林鎮公所辦理掃街車汰舊換新，建議採購搭載新穎過濾系統之車輛，以期提升集塵效率及降低二次逸散污染問題。\n二、教育訓練與內部工作檢討會\n113年1月18日(履約後2個月內)於新紀公司嘉義辦公室4樓辦理1場次計畫人員教育訓練，訓練科目包含洗掃街車輛操作技巧及保養說明、作業安全衛生管理、交通安全講習、車禍事故及保險理賠等。\n113年2月22日、5月23日、8月28日及11月21日完成辦理4場次內部工作檢討會，會議主要內容以年度工作重點說明及業務執行要點與注意事項、累計執行工作成效及應改善事項辦理情形、下個月預定工作目標及重點說明、臨時動議及綜合討論等主要議程。\n三、道路巡(普)查成果及現場作業查核\n為加強掌握及提升本縣道路髒污等級，並作為後續洗掃路線規劃之參考依據，統計截至12月31日止，計畫期間共查核363路段次，巡查總公里數達2,815.8公里次，巡查結果A級道路者佔97.5%，B級道路者佔2.5%，無C級道路者；本年度巡查作業規劃農忙季節(1~2月及6~7月)加強農污路段巡查，其餘月份以洗掃作業路段為主，巡查總數為138路段，其中包括常態洗掃52路段及從未洗掃86路段，未洗掃之路段現況，經判定為A級道路，後續依巡查結果評估道路環境現況，因部分路寬不足6公尺，未納入定期洗掃規劃。\n務求洗掃街作業品質管理及遵循規範進行操作，統計截至12月31日止，計畫期間共執行現場查核洗街作業23次與掃街作業101次(含公所掃街作業79次)，累計查核長度達95.4公里次，洗掃作業現場查核結果均屬乾淨品質，查獲3次作業規範缺失，均已改善完成。\n四、權責分工協商會\n為整合本縣洗掃街能量，計畫期間於4月17日及10月21日於環保局4樓大禮堂，辦理2場次分工協商會議，上半年會議主要邀集環境部(委辦單位)、公路局(水上工務段)、縣政府(建設處)、嘉義縣環保局(空噪科)及18個鄉(鎮、市)公所等單位，主題為固定逸散管理辦法修正說明及相關權責分工細項討論；下半年會議主要邀集公路局(水上工務段)、縣政府(建設處)、嘉義縣環保局(空噪科)及5個受補助鄉(鎮、市)公所等單位，主題為執行成果及相關權責分工細項討論，以提升本縣整體道路環境。\n五、道路髒污橫向通報\n藉由道路權責分工協商會已建立本縣「嘉義縣道路突發事件緊急應變小組」橫向通報機制，有效改善髒污道路及農污路面，有效解決車禍事故所肇致油漬污染與零星碎片散落等問題，提升事故後續處理進程，橫向通報中屬於道路髒污共19件，當中有5件由本計畫協助後續改善，統計截至12月31日止全數均已完成改善結案。\n六、農耕污染宣導\n為降低本縣農耕污染問題，本年度藉由洗掃街作業期間，利用懸掛布條及車用廣播系統定期宣導，並於農忙季節(一、二期作)完成12鄉鎮市農污熱區加強巡查作業，共計查核138路段次(1084.4公里次)，巡查結果，無污染為56路段，輕度污染(路段印染長度小於40%，僅有些微粉塵及胎痕)為72路段，中度污染(路段印染長度大於40%，有細土塊及粉塵)為10路段，並無查獲嚴重污染者(明顯粗土塊，影響用路安全)。另於3月20日、6月17日、6月24日及10月23日，分別於水上鄉、朴子市、溪口鄉及民雄鄉等鄉鎮市公所辦理4場次宣導會，總計參與人數276名，以利代耕業者遵循法規妥善清理農業機械。\n七、推動辦理企業道路認養\n為提升本縣洗掃街能量，統計截至12月31日止，計畫期間持續推動辦理企業道路認養14家次，洗街執行長度為844.75公里次，掃街執行長度2,565.90公里次，依據環境部TEDS 11.1版減量公式(削減量＝洗掃街長度×減量係數)推估，TSP約削減39.9公噸、PM10削減量為7.7公噸、PM2.5削減量為1.9公噸。\n八、街塵負荷檢測\n統計截至12月31日止，街塵負荷檢測已完成第一季～第四季採樣分析，共計街塵負荷檢測72點次；藉由塵土負荷量分析結果顯示，台19線(六腳-義竹段)、台18線(太保段)、台1線(水上段)、縣145(六腳段)、縣166(竹崎段) 、嘉106(民雄段) 、縣168(朴子-太保段) 、縣172(義竹段)、嘉68(新港段)、嘉76(新港-民雄段)、縣162(溪口-梅山段)及嘉91(溪口段)路段經掃街作業後，持續維持於A級道路。",
        "eng_title": "2024 Chiayi County Street Dust Cleaning and Sweeping Plan",
        "eng_subject": "The execution period of this plan spans January 1, 2024, to December 31, 2024. A summary of key results follows:\nI. Street Dust Cleaning and Control\nBy December 31, 2024, street washing covered 10,258.83 km with 10,615 metric tons of water used, while sweeping covered 5,027.93 km, collecting 42.47 metric tons of dust. Per the Ministry of Environment’s TEDS 11.1 formula, reductions were approximately 178.6 metric tons of TSP, 34.3 metric tons of PM10, and 8.3 metric tons of PM2.5. Sweeping vehicles with advanced filtration systems, tested in 2022 with National Yang Ming Chiao Tung University, achieved over 80% efficiency for TSP and PM10, and 50% for PM2.5. Filter maintenance (three sets rotated, cleaned, and reused) prevented secondary pollution. Assistance was provided to Dalin Township to upgrade vehicles, enhancing dust collection and reducing emissions.\nII. Education, Training, and Internal Review Meetings\nA training session on January 18, 2024, at Shinji Company’s Chiayi office covered vehicle operation, safety, and accident handling. Four review meetings (February 22, May 23, August 28, November 21) addressed work priorities, performance, improvements, and goals.\nIII. Road Inspection and On-Site Audits\nBy December 31, 2024, 363 road segments (2,815.8 km) were inspected: 97.5% Grade A, 2.5% Grade B, none Grade C. Inspections focused on agricultural pollution during peak seasons (January–February, June–July), with 138 segments checked (52 serviced, 86 unserviced, all Grade A). Narrow roads (<6m) were excluded from regular schedules. Audits included 23 washing and 101 sweeping checks (95.4 km), all meeting cleanliness standards, with three rectified non-compliance cases.\nIV. Division of Responsibility Meetings\nTwo meetings (April 17, October 21) at the Environmental Protection Bureau integrated resources. The first involved multiple agencies discussing fugitive dust regulations; the second reviewed outcomes with key stakeholders to improve road environments.\nV. Road Contamination Reporting\nThe “Chiayi County Road Incident Emergency Response Team” addressed 19 pollution cases by December 31, 2024, with five assisted by this project, all resolved.\nVI. Agricultural Pollution Advocacy\nAdvocacy via banners and broadcasts, plus inspections of 138 segments (1,084.4 km) in 12 townships during farming seasons, showed 56 segments unpolluted, 72 lightly polluted, 10 moderately polluted, and none severely polluted. Four sessions (March 20, June 17, June 24, October 23) in Shuishang, Puzi, Xikou, and Minxiong engaged 276 participants to promote compliance.\nVII. Corporate Road Adoption\nBy December 31, 2024, 14 corporate initiatives covered 844.75 km of washing and 2,565.90 km of sweeping, reducing TSP by 39.9 metric tons, PM10 by 7.7 metric tons, and PM2.5 by 1.9 metric tons (TEDS 11.1 formula).\nVIII. Street Dust Load Testing\nTesting across four quarters (72 points) showed roads like Provincial Highways 19, 18, 1, and various county roads maintained Grade A status post-sweeping by December 31, 2024.",
        "proj_year": "113",
        "org_name": "嘉義縣環境保護局",
        "exe_unit": "新紀工程顧問有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130207129",
        "publish_date": "20250313"
    },
    {
        "chi_title": "113年非公路運輸交通工具污染減量策略研擬及船舶空污費推動計畫",
        "chi_subject": "為落實污染者付費之精神，環境部擬針對船舶排放之空氣污染物進行收費，期望透過船舶空污費徵收，促使航商自主減量，進而改善港區空氣品質，惟船舶空污費涉及層面較為廣泛，與現行國內移動污染源空污費不同，因此本計畫藉由彙整過往利害關係人與專家學者對於船舶空污費之建議及蒐集國際間船舶污染相關費用制度，提出當前船舶空污費規劃制度精進建議，並針對徵收方式進行優劣分析，使空污費徵收制度更加完善。\n隨著國際間船舶與航空器管制策略推動及臺灣2050淨零排放路徑之國家重點政策，為正視船舶及航空器排放問題，落實非公路移動污染源多元化管理並與國際接軌，本計畫針對相關各污染源完成資料週期性更新及策略滾動檢討。執行重點係以提升港區清冊之深度及應用面為主軸，彙整各國清冊最新推估方法，檢視既有排放量推估模組及排放量推估相關參數更新之必要性，進而建置港區及機場清冊。於排放量應用上，本計畫透過時間及空間之分配、歷年排放量變化情形及未來年排放負荷，進而檢視各項污染管制措施之效益。在策略檢討方面，著重於蒐研國際最新海運及空運溫室氣體減量相關措施，研析對於空氣污染減量之共同效益，同步追蹤國內港區及機場管制措施推動情形，進而研提各項措施精進建議，並持續更新國際公約最新議案，針對國內法制面提供可行之配套作為。\n為精進港區及機場各項措施管制成效，掌握其各項活動指標及環境負荷，本計畫以圖表化方式呈現複雜之排放量數據，提供環境部內掌握排放量趨勢及各污染源管制精進作法及建議，本年度計畫工作成果摘述如下：\n（一）彙整歷年船舶空污費相關諮詢會及座談會之利害關係人和專家學者意見，並解析各起徵門檻及徵收方式之衝擊影響，提供船舶空污費徵收制度精進建議。\n（二）綜整之船舶空污費率結合現行港埠相關費用，評估船舶空污費開徵對於航商進出港費用，並結合環境部政策推動方向，規劃短、中、長期船舶空污費運用建議。\n（三）完成3場次岸電抵換額度輔導，並彙整業者針對當前制度提供之建議，研提「環境部審查開發行為空氣污染物排放量增量抵換處理原則」及抵換媒合制度精進建議。\n（四）盤點各範疇之基礎資料及更新推估模組及相關參數，完成112年蒐集各污染源排放量推估所需相關參數，並建置18座港埠、17座機場清冊及掌握領海船舶及漁船空氣污染物排放情形。\n（五）解析港區及機場歷年排放趨勢，因新冠肺炎（COVID-19）疫情逐漸趨緩，航班起降架次大幅增加，機場整體排放相較111年上升約63%，郵輪艘次亦呈現上升之趨勢，郵輪排放相較於111年成長幅度達22倍。\n（六）完成彙整海運替代燃料相關資料，包含特性、價格、減量效益及發展情形，綜整國際間發展情形，短期將各國將以LNG、甲醇及生質燃料逐步取代傳統石化燃料，並持續研發其他海運零碳替代燃料。\n（七）蒐集國際間港區及機場最近淨零相關措施，當前國際間主要以能源轉型為首要目標，建議國內可朝海運替代燃料及永續性航空燃料方向發展，並逐步推動場站內機具設備電力化。\n（八）檢視空氣污染防制方案之港區污染管制執行情況，完成向港區所在縣市政府宣導，將船速管制納入空氣品質維護區管制項目，並追蹤高壓岸電使用率，截至113年11月，使用岸電率約8成。",
        "eng_title": "Program on promoting emission mitigation of non-road transportation and air pollution fees for vessels.",
        "eng_subject": "The result of this program is summarized as follows:\n1.Compiling the opinions of stakeholders and experts from past consultations and forums related to ship air pollution fees and analyzing the impact of various levy thresholds and collection methods. Providing recommendations for improving the ship air pollution fee collection system.\n2.In order to estimate the impact on ocean carriers' cost as ship air pollution fee, this program combined ship air pollution fee rates and port-related charges. Cooperated with the Ministry of the Environment's policy, this program discussed and formulated the suggestion the utilization of the ship air pollution fee, including short-, medium-, and long-term.\n3.Instructing three ocean carriers on getting air pollution offset by using shore power have been completed. Providing the enhanced suggestion of Principles for Handling Air Pollutant Emission Offsets in Environmental Impact Assessments by the Ministry of Environment and offset matching system.\n4.An inventory of basic data for each scope was compiled, along with updated estimation models and related parameters. The collection of parameters required for estimating emissions from various pollution sources in 2023 was completed. Additionally, inventories for 18 ports and 17 airports were established, and emissions of air pollutants from territorial waters ships and fishing vessels were monitored.\n5.Analysing the over the years of emission trends in ports and airport, with the gradual easing of the COVID-19 pandemic, there has been a significant increase in flight operations. Overall airport emissions have risen by approximately 63% compared to 2022. The number of cruise ship calls has also shown an upward trend, with emissions from cruise ships increasing by up to 22 times compared to 2022.\n6.Information on alternative marine fuels has been compiled, including characteristics, pricing, reduction benefits, and development status. International developments suggest that, in the short term, countries will gradually replace traditional fossil fuels with LNG, methanol, and biofuels, while continuing to research other zero-carbon alternative marine fuels.\n7.Recent international measures related to achieving net-zero emissions in ports and airports have been collected. Currently, the primary international focus is on energy transition. It is recommended that domestically, efforts be directed towards developing alternative marine fuels and sustainable aviation fuels, alongside the gradual electrification of equipment and machinery within terminals.\n8.The implementation status of port pollution control measures under the Air Pollution Control Plan has been reviewed. Advocacy efforts have been made to local governments where ports are located, encouraging the inclusion of vessel speed regulations as a control measure within air quality maintenance zones. The high-voltage shore power usage rates have been collected, with an approximate utilization rate of 80% as of November 2024.",
        "proj_year": "113",
        "org_name": "環境部大氣環境司",
        "exe_unit": "景丰科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130200568",
        "publish_date": "20260125"
    },
    {
        "chi_title": "113年度環境事故諮詢監控及強化危害預防服務計畫",
        "chi_subject": "環境事故專業諮詢監控中心全年無休 24 小時值勤，辦理環境事故預防、整備、應變以及復原等工作，化學品諮詢監控件數有 1,398 件，事故應變 42 場次，縱向與橫向通報次數為 20,965 次，簡訊接收率為 99%。建置聯防與支援量能，辦理聯防備查文件審視修正與變更事項 228 件，完成備查文件輔導檢核 66 場次、 3 場次聯防說明會、33 場次全國性聯防組織無預警通聯測試及單元實作測驗、4場次全國與地區性聯防組織應變能力觀摩以及 1 場次聯防組織績優頒獎活動，計有 2,315 人次參與；依「環境事故專業技術小組隊員專業資格認定規範」辦理 18場次隊員培訓測驗、1 場次專業週期複訓課程以及 1 場次核心幹部專業培訓（核心幹部策勵營），計有 180 人次參與；對專業技術小組實施儀器設備訓練、盲樣分析能力檢測以及仿真事故情境演訓，計 30 場次，753 人次參與；完成環境事故分析檢測數值查核 42 場次，計 3,001 筆監測數，執行 6 場次事故情境模擬推演活動之減碳效益估算，減碳效益為 46.85%，推動環境事故災害防救國際交流，參與 10\/15 至 10\/17 於邁阿密辦理之 2024CHEMTREC 國際危險品峰會與辦理「113 年辦理亞太地區（日本）環境災害事故應變專業訓練」，計 32 人參與。 \n新列管廠場與重大廠場事故風險評估與輔導，制訂輔導參考指引及廠場運作安全管理自檢表，完成執行 10 場次計提供 250 項綜合建議。技術資料製作與發行包括更新與建置 507 種列管毒化物防救災資料庫、4 期環境事故簡訊電子報與4 次人物專訪等；完成毒災系統、環境事故簡訊電子報、環境事故應變車輛管理平台、細胞告警以及快速通報平台以及專業應變人員訓練管理資訊等組改Logo、域名與無障礙標章等調整，完成防救單位聯絡資訊功能及聯防書面檢核及實作測試紀錄頁面開發，統整常見的肇事腐蝕性物質之模擬溶液比例，篩選並建置完成 15 種列管化學物質資料與功能模組，新增 40 組應變經驗模組，運用「化災數位雲訓練平台」訓練模組完成 6 場次活動辦理，計 168 人次參與，毒災防救管理資訊系統運用與維運，執行 419 項高優先順序微軟更新、37 項系統維護紀錄與 24 次資安檢查等工作。",
        "eng_title": "113 Environmental Accident Consul ting Monitoring and Strengthening Hazard Prevention Service Plan",
        "eng_subject": "The Environmental Accident Consulting and Monitoring Center operates 24 hours a day, year-round handling environmental accident prevention, preparation, response and recovery work, which included 1,398 chemical consultation and monitoring cases, and 42 on-site accident response cases, 20,965 cases of vertical and horizontal reporting, and 99% successful SMS notifications. In order to build joint prevention and support capabilities, the center carried out 228 joint prevention inspection document reviews and revisions, completed 66 document inspections, three joint prevention briefings, 33 national joint prevention organization tests without warnings, four demonstration and observation activities for regional joint prevention organizations and one performance awards event for join prevention organizations, with 2,315 people participating. In accordance with the “Guidelines for Assessing Professional Qualifications for Environmental Accident Technology Task Force Personnel” the Center carried out 18 personnel training and testing sessions, one professional periodic refresher training course, and one professional training course for core task force personnel (support camps for core task force personnel), with a total of 180 people participating. A total of 30 training sessions and 753 participants participated in blind sample analysis ability testing and simulated accident scenario drills for instrument and equipment training. The environmental accident analysis and detection values were checked 42 times for a total of 3,001 monitoring records. Six CO2 emissions reduction effectiveness estimates for accident situation modeling and simulation were conducted, resulting in 46.85% CO2 emissions reduction effectiveness. In order to promote international exchanges in environmental accidental and disaster prevention and response, the Center participated in the 2024 CHEMTREC International Hazmat Summit (CIHS) held in Miami, Florida and carried out the 2024 Professional Training on Environmental Disaster and Accident Response in the Asia-Pacific Region (Japan), with a total of 32 personnel participating. \nTo conduct accident risk assessments and guidance for newly regulated plants and major production plants, the Center drafted a guidance reference manual and plant operation safety management check list and completed 10 sessions providing a total of 250 recommendations. Technical data production and publishing included the updating and entry of 507 regulated toxic chemical substances in the prevention and response database, Four environmental accident e-newsletters, and four exclusive interviews. The Center also completed revisions to logos, domain names, and accessibility labels for the toxic chemical substances disaster prevention and response System, environmental accident e-newsletters, environmental accident response vehicle management platform, cell alarm and rapid notification platform, and professional response personnel training management information system. Prevention and rescue unit contact information functionality and new pages for joint prevention printed check lists and implemented testing records were developed. For the reorganization of simulated solution proportions of common causative corrosive substances, 15 types of controlled chemical substance data and functional modules were screened and deployed. 40 new sets of contingency experience modules were added. The Disaster Management Digital Cloud Training Platform training module was used to complete six events, with a total of 168 participants. For the operation and maintenance of the toxic chemical disaster prevention and response management information system, 419 high-priority Microsoft updates, 37 system maintenance records, and 24 security inspections were carried out.",
        "proj_year": "113",
        "org_name": "化學署危害控制組",
        "exe_unit": "財團法人工業技術研究院",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130195521",
        "publish_date": "20250328"
    },
    {
        "chi_title": "土壤及地下水污染整治足跡減量與環境調適推動計畫",
        "chi_subject": "近年來極端天氣事件發生的頻率與強度增加，為因應氣候變遷帶來的影響，環境部環境管理署於現有綠色永續整治的概念上，導入了因應自然災害等環境變動的韌性設計，特於113年辦理「土壤及地下水污染整治足跡減量與環境調適推動計畫」（以下簡稱本計畫），主要工作項目分為四大項：(一) 蒐整國際綠色永續韌性整治（GSRR）趨勢，滾動式調整我國GSRR推動策略與評估方法；(二) 因應淨零排放政策與趨勢，建立與發展污染場址韌性作為與整治工程減碳措施；(三) 依據GSRR管理需求，更新網路推動平台，並協助環管署辦理評估、輔導及管理工作；(四) 辦理及參與國內外GSRR推廣交流活動，推動GSRR本土化發展。\n本計畫滾動式調整與修正綠色永續韌性整治執行框架，撰寫綠色永續韌性整治參考指引，並依據產官學需求建立GSRR發展目標與推動架構，提供後續推動依據。提出韌性整治最佳管理措施建議，並歸納災前準備、災中應變與災後復原參考作業流程，以供國內場址參考。建立土壤及地下水污染整治技術之溫室氣體盤查方法，並以土壤氣體抽除法及化學氧化法進行試盤查，提出整治工程中可行的溫室氣體減量方法。完成綠色永續整治推廣平台改版及優化修正，新增自然災害風險GIS平台，協助場址評估災害風險潛勢。更新GSRR教育訓練教材，完成辦理1場次教育訓練課程，並於計畫執行期間持續參與ISRA電話會議，發表我國執行GSR的成果。",
        "eng_title": "Soil and Groundwater Pollution Remediation Footprint Reduction and Environmental Adaptation Promotion Project",
        "eng_subject": "To address the impacts of climate change, the Ministry of Environment has incorporated resilience design for adapting to natural disasters and environmental changes into the existing concept of green and sustainable remediation (GSR). To continue the efforts on the development and implementation of GSRR in Taiwan, this project aims to (1) continuously refining green sustainable and resilient remediation promotion framework; (2) developing resilience assessment and carbon reduction strategies for remediation projects; (3) updating the online GSR promotion platform; (4) participate in exchange activities related to GSRR at home and abroad.\nThis project continuously refines and adjusts the implementation framework for GSRR and develops for GSRR guideline. It proposes best management practices for resilient remediation and summarizes reference workflows for pre-disaster preparation, emergency response during disasters, and post-disaster recovery. A greenhouse gas (GHG) inventory methodology for soil and groundwater contaminated remediation technologies is established. The online GSR promotion platform has been upgraded and optimized, with a GIS-based natural disaster risk assessment feature newly integrated. Additionally, the GSRR training materials have been updated.",
        "proj_year": "113",
        "org_name": "環管署土壤及地下水污染整治基金管理會",
        "exe_unit": "業興環境科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130170370",
        "publish_date": "20250325"
    },
    {
        "chi_title": "113年度金門縣逸散污染源稽查管制計畫",
        "chi_subject": "自113年1月至10月期間本計畫辦理本縣營建空污費申報件數共471件，申報營建空污費14,631,937元；申報件數及金額以「其他營建工程類」為最高，佔比36%；各鄉鎮以金寧鄉112件申報件數為最多，金額以金城鎮5,635,831元最高。統計期間辦理完工結算共328件，補繳金額為3,384,987元；申報逾期加徵滯納金或利息案件共31件、滯納金與利息金額共計78,328元。統計期間營建空污費淨收金額為17,962,672元。\n113年截至10月底施工中工地共計1,057處，本計畫完成查核工地數1,020處，工地納管率為96.50%，並共完成3,212件次營建工地巡查。\n營建管理辦法平均符合法規比例為73.83%，各級別以第一級工程平均86.59%較高。各鄉鎮以金湖鎮平均89.76%最高。經查核管制後PM10污染削減量為265.83噸，平均污染削減率為60.15%。各級別以第二級工程污染削減率62.86%較高。各工程類別以區域開發工程污染削減率65.56%最高；各鄉鎮以金湖鎮污染削減率66.33%最高。\n因111年度營建工程管辦修正，無紙化系統購置已於112年11月份正式上線使用，E化查核系統的便利性，替代舊有紙本查核，以及後續巡查照片的貼檔，增加工作效率，整體營建工地納管率亦隨之提升，113年要求新增系統PDF批量匯出，便於每月統整佐證資料，持續增加使用體驗，來年持續提出優化意見，增加工作成效。\n本計畫亦因應管辦修正內容針對大型營建工地完成污染減量協談2場次，以本年度申報之大型工區(金城第三區段徵收工程)進行污染減量協談，除透過現場巡查掌握工區施作狀況外，對於防制設施設置不足之處要求改善，將嚴重缺區逐步輔導至輕微缺失，以減少施作工程污染排放與提升業主及營造承包商污染防制觀念。\n裸露地管制方面，現地清查之裸露地共列管裸露地33處，其中本年度新增一般裸露地3處、完工裸露地30處，共計19,843 m2，已完成改善面積為17,286 m2，尚未有完全改善裸露地面積2,557m2，後續將持續追蹤改善情形。\n露天燃燒管制方面，共計稽巡查44件露天燃燒案件，其中發現35件露天燃燒情形，立即協請進行撲滅，並加強宣導勿露天燃燒觀念及危害；經換算，TSP之抑制量為60.56公斤、PM10之抑制量為74.84公斤、SOx之抑制量為1.72公斤、NOx之抑制量為21.46公斤、CO之抑制量為576.12公斤、THC之抑制量為137.21公斤、NMHC之抑制量為104.04公斤。",
        "eng_title": "2024 Kinmen Fugitive Emission Control Plan",
        "eng_subject": "From January to October 2020, this program handled a total of 471 construction air pollution fee declarations in the county, with construction air pollution fees of 14,631,937 yuan declared. The number and amount of declarations were highest in other construction projects, accounting for 36 %; among the towns, Jinning Township had the largest number of declarations with 112, and Jincheng Town had the highest amount of 5,635,831 yuan. During the statistical period, a total of 328 cases of completion settlement were handled, with the amount of back payment amounting to 3,384,987 yuan; there were 31 cases of declaration of late payment fines or interest, with a total amount of late payment fines and interest of 78,328 yuan. During the statistical period, the net amount collected from construction air pollution fees was 17,962,672 yuan.\nAs of the end of October 2013, there were a total of 1,057 construction sites under construction. This plan has completed the inspection of 1,020 construction sites. The construction site management rate was 96.50%, and a total of 3,212 construction site inspections were completed.\nThe average proportion of construction management measures that comply with regulations is 73.83%, with the first-level projects at each level having a higher average of 86.59%. Among the towns, Jinhu Town has the highest average of 89.76%. After verification and control, the reduction of PM10 pollution was 265.83 tons, and the average pollution reduction rate was 60.15%. Among all levels, the second-level project has a higher pollution reduction rate of 62.86%. Among the various project categories, regional development projects have the highest pollution reduction rate of 65.56%; among towns, Jinhu Town has the highest pollution reduction rate of 66.33%.\nDue to the revision of the construction project management office in 2011, the paperless system was officially put into use in November 2012. The convenience of the E-based assessment system replaced the old paper-based assessment and the posting of subsequent inspection photos, increasing work efficiency. , the overall construction site management rate has also increased. In 2013, a new system was required to export PDF batches to facilitate monthly consolidation of supporting data, continue to improve the user experience, and continue to provide optimization suggestions in the coming year to increase work effectiveness.\nThis plan also completed 2 pollution reduction consultations for large-scale construction sites in accordance with the revised content of the management office. The large-scale construction areas declared this year (the expropriation project of the third section of Jincheng) will be used for pollution reduction consultations. In addition to monitoring through on-site inspections, In addition to the construction status of the work area, the deficiencies in the prevention and control facilities are required to be improved, and the areas with serious deficiencies are gradually reduced to minor deficiencies, so as to reduce pollution emissions from construction projects and enhance the pollution prevention awareness of owners and contractors.\nIn terms of bare land control, a total of 33 bare lands were listed in the on-site inventory, including 3 new general bare lands and 30 completed bare lands this year, totaling 19,843 m2. The completed improvement area is 17,286 m2, and there is no complete improvement. The exposed land area has been improved to 2,557m2, and the improvement will continue to be tracked in the future.\nIn terms of open-air burning control, a total of 44 open-air burning cases were inspected, and 35 open-air burning cases were discovered. Immediate assistance was requested to put out the fire, and the publicity of the concept and hazards of avoiding open-air burning was strengthened. After conversion, the TSP suppression amount was 60.56 kilograms. The inhibition amount of PM10 is 74.84 kg, the inhibition amount of SOx is 1.72 kg, the inhibition amount of NOx is 21.46 kg, the inhibition amount of CO is 576.12 kg, the inhibition amount of THC is 137.21 kg, and the inhibition amount of NMHC is 104.04 kg.",
        "proj_year": "113",
        "org_name": "金門縣環境保護局",
        "exe_unit": "立境環境科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130142885",
        "publish_date": "20250401"
    },
    {
        "chi_title": "113年度宜蘭縣移動污染源稽查管制及機車排氣定期檢驗服務管理計畫",
        "chi_subject": "移動污染源係造成空氣品質劣化的主要原因之一，為改善機車排放對於空氣污染所造成的問題，環保局實施多項措施以管制機車排放空氣污染物，包括：執行機車不定期檢驗、機車排氣檢驗站管理、推廣使用電動二輪車及淘汰高污染老舊機車等，以有效改善空氣品質。",
        "eng_title": "2024 Yi-Lan Moving pollution source inspection control project and locomotive exhaust periodic inspection service management project",
        "eng_subject": "Mobile pollution sources is the main cause for the air quality decline, in order to improve the air pollution problem caused by motorcycle exhausted emission, The environmental protection bureau has implemented many measures to control motorcycle exhaust discharge air pollutant, include the roadside blocks examines, the examination service, and motorcycle exhausted emission inspection station management, encourage use of low-emission vehicle, eliminating old and on-road motorcycle, effective improvement air quality.",
        "proj_year": "113",
        "org_name": "宜蘭縣政府環境保護局",
        "exe_unit": "春迪企業股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130112374",
        "publish_date": "20250324"
    },
    {
        "chi_title": "113年度花蓮縣營建工程暨噪音稽查管制計畫",
        "chi_subject": "依據合約規範工作項目及內容，各項作業至113年12月31日止，營建工地完成簽立工地自主管理同意書共計55處，道路認養累計55處洗掃長度達129,694公里，其餘各項工作執行成果依序說明如下：\n(一)巡查管制作業\n113年度工地巡查共完成2,998處次，其中以周界圍籬誤未涵蓋全工區扣4點缺失為最常見缺失項目，其次為車行路徑鋪面設置不足扣4點缺失。各鄉鎮市巡查件數以花蓮市814件及吉安鄉485件最多，其次依序為新城鄉(262件)及壽豐鄉(255件)。以工程類別來看，則以其他工程1,557件與建築(RC)工程617件，為主要巡查重點。\n就稽查件數統計，目前共稽查215處次，以其他類工程占最多，其次為建築類(RC)工程。就各鄉鎮之稽查件數統計，以花蓮市及吉安鄉為主要稽查重點區。\n為執行營建工地噪音管制，共執行108次量測，查獲27處工地於施工期間曾有音量超標情形，後續經與業者溝通改善並於改善期限內再次複查，皆已完成改善。\n(二)一、二級工程管制\n至12月底之工地共計列管4,180處，在4,180處列管第一至三級營建工程中屬於一級工程有1,338處；二級工程有1,813處；三級工程1,029處，至113年12月底止工程巡查狀況共計巡查2,035處。\n(三)營建工程空氣污染防制費徵收業務\n113年本縣營建工程空氣污染防制費共徵收7,655萬9,484元，以道路工程類別3,968萬4,356元最多，占總徵收金額52%，次之為其他營建工程繳費2,326萬8,797元，占總金額30%。\n(四)營建工程空污費稽催作業\n經電話提醒催繳營建空污費後，到繳總金額共計為45萬3,903元，已完成100%到繳。平均各月份營建空污費主動到繳率及次月進行催繳作業之達成率則為100%。\n(五)推動施工機具取得清潔排放自主管理標章\n113年有13處營建工地申請施工機具進行不透光率檢測，包含完成62輛施工機具(挖土機42輛、起重機5輛、堆高機2輛、吊車2輛、平路機2輛、其他9輛)不透光率檢測，核發62張金級合格標章。\n(六)機動車輛噪音管制暨非游離輻射源調查\n113年共執行44場次之機動車輛攔檢、巡(查)作業，由警方依據車輛噪音感受程度予以攔查檢測共252輛次，檢測作業相關紀錄皆彙整後提送至環保局執行後續程序。\n定期依據噪音車檢舉網站及警方寧靜專案資料進行彙整篩選，通知到檢合格共計535輛汽機車，其中26輛為路邊攔查檢及專案稽巡查部分，噪音車陳情網站部分為509輛。\n本年執行本縣非游離輻射量測作業達40點次以上，皆符合標準。\n(七)創新作法- 推動減污減噪環保綠工地\n計畫於113年3月14日同意核備通過創新作法後開始執行，其執行成果如下：\n針對高噪音施工階段、高噪音機具進駐之營建工地進行量測輔導，要求施工單位執行減噪工作，減少車輛怠速情形，使用減震墊，避開民眾休息時段施工等，共輔導8處營建工地完成噪音改善，另於5月29日、12月10日辦理工地減噪協談說明會。針對縣內建築工程採現場輔導及發文方式輔導業主及承包商向台電公司申請臨時用電，減少柴油發電機的使用，依據「A2021營建工程污染管制及收費管理資訊系統」統計新申報建築工程共計174處，累計用電量共257,174度電，若使用柴油發電機會產生溫室氣體排放約234,697 kgCO2e，經輔導後申請使用台電臨時用電產生溫室氣體排放142,747 kgCO2e，減少溫室氣體排放92,222 kgCO2em約39%。統計營建工程噪音陳情案件數113年比112年下降2%，相較於去年綜合噪音陳情案件整體下降9%。",
        "eng_title": "113th Hualien County Construction Project and Noise Audit Control Plan",
        "eng_subject": "In accordance with the work items and contents of the contract, as of December 31, 113, the construction sites have completed the signing of the consent form for independent site management for a total of 55 sites, and the road maintenance has reached 129,694 kilometers in length for the cumulative total of 55 road washing and sweeping, and the results of the rest of the work are described as follows in the order of implementation:\n(I) Inspection and management work\nIn FY113, a total of 2,998 site inspections were conducted, with 4 points deducted for perimeter fencing errors that did not cover the entire work area as the most common missing item, followed by 4 points deducted for insufficient paving of vehicular paths. In terms of the number of inspections by township, Hualien City had 814 inspections and Ji'an Township had 485 inspections, followed by Xincheng Township with 262 inspections. In terms of types of works, 1,557 cases of other works and 617 cases of RC works were the main focus of inspection.\nThe number of inspections totaled 215, with other types of projects accounting for the most, followed by construction (RC) projects. In terms of the number of inspections in each township, Hualien City and Ji'an Township are the main inspection focus areas.\nIn order to enforce noise control at construction sites, a total of 108 measurements were conducted, and 27 sites were found to have exceeded the sound level during the construction period. After communicating with the operators to improve the situation and re-inspecting them within the improvement period, all of them have completed the improvement.\n(II) Control of Level 1 and Level 2 Projects\nAs of the end of December, a total of 4,180 construction sites were under control, of which 1,338 were Class I projects, 1,813 were Class II projects, 1,029 were Class III projects, and a total of 2,035 sites were inspected.\n(C) Air Pollution Prevention Fee Collection for Construction Projects\nA total of $76,559,484 was collected from the air pollution prevention fee for construction projects, with $39,684,356 from the road project category accounting for the largest amount, or 52% of the total, followed by $23,268,797 from other construction projects, or 30% of the total.\n(D) Reminder of air pollution charges for construction projects\nAfter telephone reminders for payment of construction air pollution charges, the total amount of payment was $453,903, which was 100% of the total amount.\n(E) Promoting Construction Equipment to Obtain Cleaner Emission Management Labels\nIn 113, opacity tests were conducted on construction plant at 13 construction sites. 42 excavators, 5 cranes, 2 forklifts, 2 hoists, 2 cranes, 2 graders and 9 other opacity tests were completed, and 62 gold badges were issued.\n(F) Motorized Vehicle Noise Control and Survey of Non-Discrete Radioactive Sources\nIn 113 years, a total of 44 motor vehicle stops and inspections were conducted. 252 vehicles were stopped and inspected by the police according to the noise level of the vehicles, and the related records of the inspection operations were compiled and submitted to the Environmental Protection Bureau for follow-up procedures.\nRegularly based on the Noise Vehicle Reporting Website and the Police Quiet Program data, a total of 535 motorcycles were notified of passing the inspection, of which 26 were part of roadside stops and inspections and 509 were part of the Noise Vehicle Reporting Website. The number of non-ionizing radiation measurements reached more than 40 points, and all of them met the standards.\n(G) Innovative Approach - Promoting Pollution and Noise Reduction in Green Sites\nMeasurement counseling was provided to construction sites with noisy construction stages and noisy machinery, and a total of eight construction sites were counseled to complete improvements. In addition, on May 29 and December 10, the county organized a workshop to discuss noise reduction at construction sites. For construction projects in the county, on-site counseling and documentation were used to counsel owners and contractors to apply for temporary power usage from Taipower to reduce the use of diesel generators. According to the “A2021 Construction Project Pollution Control and Charging Management Information System”, there were 174 newly reported construction projects with a cumulative electricity consumption of 257,174 kWh, and the use of diesel generators would result in greenhouse gas emissions of 234,697 kgCO2e, which was reduced by the use of diesel generators. If a diesel generator is used, it will generate 234,697 kgCO2e of greenhouse gas emissions. After counseling, the application for using Taipower's temporary power generation will generate 142,747 kgCO2e of greenhouse gas emissions, which is a reduction of about 39% of the greenhouse gas emissions of 92,222 kgCO2em.",
        "proj_year": "113",
        "org_name": "花蓮縣環境保護局",
        "exe_unit": "康廷工程顧問企業有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130103884",
        "publish_date": "20250313"
    },
    {
        "chi_title": "高雄市113年度「優質公廁及美質環境推動計畫」經常門補助計畫",
        "chi_subject": "在市府員工同仁與本團隊努力下，已順利達成各項計畫目標，包含完成公廁資料正確性盤點4千多座、公廁評鑑2,000座、高雄市轄內建檔列管公廁抽查巡檢4千多座(公廁編號)、環境部補助公廁維護情形抽查共200座(公廁編號)、觀光重點公廁、公廁清掃學習活動2場、完成環境部指定公廁分級標籤及QR code告示牌設置40處、製作公廁特優場所認證獎牌12座及獎狀103份、完成轄內中央部會空屋空地抽複查237處、登革熱疫災兵推(或實地演練)、研擬登革熱孳生源評比計畫、提供300份宣導品，皆如質如期順利完成。",
        "eng_title": "113th Annual Quality Public Toilet and Beautiful Environment Promotion Plan",
        "eng_subject": "With the efforts of colleagues from the city government and this team, various project goals have been successfully achieved, including the completion of the inventory of more than 4,000 public toilets for accuracy, the evaluation of 2,000 public toilets, the random inspection and inspection of more than 4,000 listed public toilets in Kaohsiung City (public toilet numbers), the maintenance status of 200 public toilets subsidized by the Ministry of Environment (public toilet numbers), the completion of key tourist public toilets, 2 public toilet cleaning learning activities, and the completion of the installation of 40 public toilet classification labels and QR code noticeboards designated by the Ministry of Environment. Department, produced 12 medals and 103 certificates for the certification of premium public toilets, completed 237 random inspections of vacant houses and spaces within the jurisdiction of the central government, conducted dengue fever epidemic troop recruitment (or field exercises), developed a dengue fever breeding source assessment plan, and provided 300 copies of promotional materials, all of which were successfully completed on schedule and with high quality.",
        "proj_year": "113",
        "org_name": "高雄市政府環境保護局",
        "exe_unit": "崑山科技大學",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130086692",
        "publish_date": "20250331"
    },
    {
        "chi_title": "113年度金門縣空氣品質惡化應變暨室內空品維護管理計畫",
        "chi_subject": "為了應對空氣污染防制工作及室內空氣品質的管理，金門縣環保局辦理113年度金門縣空氣品質惡化應變暨室內空品維護管理計畫（執行期程113年4月1日至113年12月31日止）」，旨在透過掌握轄內環境背景及污染源排放現況，制定相應的減量策略，以持續推動本縣空氣品質改善及空品惡化應變作為，以降低空氣品質不良對於民眾健康造成之衝擊。另外，配合室內空氣品質管制政策推動，持續透過定期巡檢及輔導改善等作為，維持公共空間之室內空氣品質，提供民眾良好之室內環境。\n統計113年空氣品質指標（AQI）平均值為66.0，略高於112年的65.3，空氣品質不良（AQI）站日比率為16.7%（共計61站日），指標污染物以細懸浮微粒（PM2.5）為主（占59.0%），且多集中於1~3月發生，分析可能係受到東北季風將大陸沿岸的污染物帶入，加上不佳的大氣擴散條件所致，另外41.0%指標污染物為臭氧八小時，主要發生在8~10月，主要因下半年大陸型高壓逐漸增強，大環境風向偏東北風，污染物易累積於福建沿海一帶，下午臭氧污染物短暫高值所致。此外，當空氣品質發生不良狀況時，透過金門縣空氣品質惡化通報哨兵系統自動發送通報訊息予相關單位，並採取相對應之因應措施，以避免空氣品質持續惡化情況發生（本年度共計通報61件次）；另外，本計畫於今年度亦特別加強民眾宣導作業，將空品不良訊息同步於「金門大學」及「我是金門人」LINE社群發送，以提醒民眾加強個人防護。\n本年度適逢空氣污染防制計畫書編修作業（每四年檢討修正），本計畫依環境部規劃期程，已協助完成113~116年金門縣空氣污染防制計畫書修正稿（第二版），期間依序辦理113~116年污防書草案公告、召開公聽會、環境部初審及複審會議等相關作業。113~116年金門縣空氣污染防制計畫共計研擬7大面向20項管制策略及減量規劃，並訂於116年達到「細懸浮微粒（PM2.5）年濃度降至16.0μg\/m3」、「臭氧八小時紅害日（AQI>150）日數降至2日」之空氣品質目標。\n在室內空氣品質管理方面，金門縣目前公告列管第一、二批對象共計有15家，本計畫已透過定期巡檢方式現場確認室內空品是否符合法規標準，並且協助列管對象辦理有關室內空氣品質維護管理計畫撰寫及網路申報作業。另外，本年度亦針對預計公告之第三批對象進行現場輔導，鼓勵單位取得自主管理標章。\n為瞭解民眾對於金門縣空氣品質改善工作推動之感受程度，本計畫已委託專業市場調查公司針對18歲至70歲民眾的電話訪問調查，於8至9月期間執行，這將幫助我們更好地瞭解民眾的需求和期望。",
        "eng_title": "Abstract of the Final Report (Finalized) of the “Air Quality Deterioration Response and Indoor Air Quality Maintenance and Management Project” of Kinmen County in 2024",
        "eng_subject": "In response to the air pollution control work and the management of indoor air quality, the Environmental Protection Bureau of Kinmen County organized the “air quality deterioration response and indoor air quality maintenance and management project of Kinmen County in 2024 (the implementation period is from April 1, 2024, to December 31, 2024).” The purpose of the project is to grasp the environmental backgrounds and the current status of pollution emissions within the jurisdiction and formulate corresponding reduction strategies to continue promoting the air quality improvement and air quality deterioration response practices of the County so as to reduce the impacts of poor air quality on the citizens’ health. In addition, in response to the promotion of the indoor air quality control policy, we continue to maintain the indoor air quality of public spaces to provide favorable indoor environments to citizens through regular patrol inspections, consultation and improvements, and other practices.\nAccording to the statistics, the average value of the air quality index (AQI) in 2024 was 66.0, slightly higher than 65.3 in 2023. The station-day ratio of poor AQI was 16.7% (a total of 61 station-day). The indicating pollutants are primarily fine particulate matter (PM2.5) (accounting for 59.0) that majorly occur concentratedly during January to March; according to the analysis, they may be pollutants at the coastal areas of Mainland China brought in by the northeast monsoon, together with poor atmospheric diffusion conditions. In addition, 41.0% of the indicating pollutants are O3 (8hr), which occur during August to October, primarily due to the short-term high value of O3 pollutants in the afternoon as pollutants may easily accumulate at the coastal areas in Fujian resulting from the northeast wind of the macroenvironment caused by the increasing continental high atmospheric pressure in the second half of the year. Furthermore, when the air quality is poor, messages are automatically dispatched to relevant departments through the air quality deterioration report sentinel system of Kinmen County, and corresponding response measures are adopted to avoid the continuous deterioration of air quality (a total of 61 reports were made during the year). Additionally, we particularly enhanced the promotion to the citizens during the year and sent the messages of poor air quality concurrently through the LINE groups of “Quemoy University” and “I am from Kinmen” to remind citizens to enhance their personal protection.\nThis year coincides with the air pollution control plan amendment work (examined and amended every four years). According to the schedule planned by the Environmental Protection Bureau for the project, we have assisted in completing the amended draft of the air pollution control plan of Kinmen County for 2024 to 2027 (ver. 2). During the period, we organized the announcement of the drafted pollution control plan for 2024 to 2027 and organized a public hearing, initial review and second review meetings by the Environmental Protection Bureau, and other relevant operations. Regarding the air pollution control plan of Kinmen County for 2024 to 2027, a total of 20 control strategies and reduction planning in seven major aspects were formulated, and it is set to achieve “reducing the concentration of PM2.5 to 16.0μg\/m3,” “reducing the number of smog days with O3 (8hr) (AQI > 150) to two days,” and other air quality targets.\nIn terms of indoor air quality management, a total of 15 counterparties under control for the 1st and 2nd batches were announced at present by Kinmen County. The project confirmed whether the indoor air quality complies with the regulatory standards on site by way of regular patrol inspections and assisted the counterparties under control in preparing the indoor air quality maintenance and management program and online reporting work. In addition, on-site consultations were performed for the 3rd batch of counterparties who are estimated to be announced during the year to encourage departments to obtain their self-management labels.\nTo understand how citizens feel about the promotion of air quality improvement work in Kinmen County, a professional market survey company was commissioned for the project to conduct a survey through phone interviews with citizens from 18 to 70 years old during August and September, which will further help us in better understanding citizens’ requirements and expectations.",
        "proj_year": "113",
        "org_name": "金門縣環境保護局",
        "exe_unit": "銓璟環保科技有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130069511",
        "publish_date": "20250331"
    },
    {
        "chi_title": "113年度嘉義縣毒性及關注化學物質源頭管理計畫",
        "chi_subject": "為有效查核管理轄內環境影響評估業務、列管毒性化學物質、環境用藥及化工原料流向之運作與使用，嘉義縣環境保護局辦理「113年度嘉義縣毒性及關注化學物質源頭管理計畫」，期藉由相關查核管理作業，加以防止列管毒性化學物質、環境用藥及非食用級化工原料誤用、濫用而危害環境生態或人體健康造成傷害並讓民眾能自在的在無毒家園中生活。",
        "eng_title": "Control Management of Toxic and Concerned Chemical Substances Source Plan of 113Annual",
        "eng_subject": "In order to effectively verify and Control Manage the operation and use of the environmental impact assessment, the management of toxic and chemical substances, environmental agents, and the flow of chemical raw materials within its jurisdiction, the Chiayi County Environmental Protection Bureau has implemented the Control Management of Toxic and Concerned Chemical Substances Source Plan of 113Annual , which is expected to Relevant inspection and management operations are used to prevent the misuse and abuse of toxic chemicals, environmental drugs and non-food grade chemical raw materials that harm the environment, ecology or human health and cause harm, and allow people to live in a toxic-free home.",
        "proj_year": "113",
        "org_name": "嘉義縣環境保護局",
        "exe_unit": "維碩實業股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130059088",
        "publish_date": "20250312"
    },
    {
        "chi_title": "113年度南區環境事故預防應變專案技術執行計畫",
        "chi_subject": "本年度計畫在建置南區環境事故專業技術小組，於臺南轄區、高雄轄區及屏東轄區各設一隊，總計48人，全天候維持至少3人以上值勤，全年無休依照委託單位指揮之毒性化學物質災害應變諮詢中心通報之事故執行趕赴現場應變處理、監測及採樣與善後復原工作；本年度轄區內毒化災事故到場應變共計有11件事故案例；其中事故轄區分佈為高雄市5件、臺南市5件、澎湖縣1件，本計畫已完成執行環境災害事故之災況訊息傳輸、化學品偵測、協助環境災害業者現場處理及若成立毒災應變中心時之整合協調、複合確認、接受報到與物資調配相關事宜；及環境事故現場環境監測工作包括：現場空氣污染物及毒化物相關檢測、採集、監測、氣象資料及毒化物容器危害熱影像監測等工作；另執行毒化物災害模擬緊急出勤55場次，以符合和約規定並可與平時整備演訓數合併計算。\n在災害預防減災及整備方面：完成96場次分級災害風險輔導、完成無預警測試75場次、完成地方環保機關演習整訓出席11場次、完成環境部交付全動反恐與環境災害相關演習兵推46場次、完成協助地方環保機關審視毒災危害預防應變計畫197件次、完成每月維護署撥器材清點與保養、完成毒災防救法規宣導及說明會18場次、完成全國分區動員研討及聯防小組組訓活動共3場次、完成轄區內毒化物運作重點廠家危害分析報告、完成APEC國際訓練作業1場次。",
        "eng_title": "Year 113 The Plan for the Setup of Southern Environmental Incidents Specialist Teams",
        "eng_subject": "This project aimed to set up southern environmental incidents specialist teams with one team each in Tainan area、 Kaohsiung area and Pingtung area. This project team has 48 specialist with 3 of them on duty at any time to provide round-clock on-site emergency response actions, monitoring, analysis and recovery following the commands from Emergency Information Center for Toxic Substances. A total of 11 incidents responded in the jurisdiction area. Among these incidents, 5 cases in Kaohsiung City, 5 cases in Tainan City, and 1 case in Penghu County. This project completed the information sharing, chemicals monitoring and detection, assisting the response actions for operating companies, and integration, coordination, confirmation, reporting, and materials sourcing for emergency response center. The work done on the monitoring and analysis for environmental incidents included analyses of air pollutants and toxic chemicals, sampling, monitoring, weather information collecting, and thermal hazard monitoring by infrared camera images. In addition, 55 simulated drills of toxic pollution incidents were done to meet contract requirement. \nOn the toxic incidents prevention and preparedness, 96 on-site visiting to operating facilities; 75 no-advance notice testing; 11 drills with local environmental bureaus by each team; 46 EPA assigned drills on civilian mobilization, anti-terrorism, and environmental incidents; 197 reviews of toxic incidents hazard prevention and preparedness plans, and regular inspection and maintenance of EPA allocated equipment were completed. Also 18 workshops on toxic incidents code compliance, 3 workshops on mobilization and joint response team trainings and report of operating facilities of toxic chemicals for hazard analysis were be finished, completed one session of the APEC International Training Program.",
        "proj_year": "113",
        "org_name": "化學署危害控制組",
        "exe_unit": "國立高雄科技大學",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130042653",
        "publish_date": "20260121"
    },
    {
        "chi_title": "113年高屏地區空氣污染物監測及垂直氣膠物理化學採樣專案計畫",
        "chi_subject": "基於環境部與美國太空總署（NASA）於2007年簽訂之「臺美微脈衝雷射雷達監測網與氣膠自動監測網合作協定」，NASA戈達中心邀請我方參與推動七海計畫（Seven South East Asian Studies，7-SEAS），旨在探討東南亞生質燃燒對空氣品質、大氣環境與氣候影響。爾後展開一系列國際合作實驗，包含2010年東沙實驗，2013-2016年中南半島生質燃燒氣膠與雲交互作用實驗，2017-2019年東南亞PM2.5監測網絡。2022年10月在台灣舉辦之七海計畫工作會議，我方提出2024年春季下風高屏實驗的構想，探討高屏地區氣膠與臭氧污染分布，以及局部與區域大氣環流的作用，爾後獲得NASA\/HQ表示支持，並運送移動超級測站COMMIT至台灣支援觀測。環境部進而委託台灣氣膠研究學會評估、規劃與推動七海計畫\/高屏實驗，本計畫則是承擔其中部分工作，目標如下：\n1.\t協助辦理空氣品質密集觀測期間大氣環流觀測工作\n2.\t協助辦理垂直VOCs採樣、觀測及分析\n3.\t氣膠化學、有害物質、同位素等監測及分析\n4.\t研究資料整合分析、資料庫及紀錄片製作\n基於上述目標，本計畫以積極且專業的態度，實現所訂立的各項目標。首先，團隊全力以赴協助辦理密集觀測期間的各項觀測實驗，分析大氣污染物於高屏地區的生成與傳輸機制。並且協調並支援團隊中各別專業的學術研究團隊與相關單位，專注於協助進行垂直VOCs的採樣、觀測與分析，以及對氣膠化學、有害物質、同位素等的監測和分析，以提供可靠的天氣預報分析支持，與行政工作支援。本團隊加強資料整合與分析的工作，建立合適且確保資安的資料庫，並積極參與紀錄片製作，將研究成果生動地呈現給各界。同時，本團隊與相關單位合作，進行資料交流和技術分享，不斷提升我們的專業水平和團隊合作能力。透過這些努力，團隊期望能夠提供改善空氣品質政策之有力科學基礎證據，以及推動台灣永續發展做出實質性的貢獻。",
        "eng_title": "The 2024 Air Pollutant Monitoring and Vertical Aerosol Physicochemical Sampling Project in the Kaohsiung-Pingtung Area",
        "eng_subject": "Based on the Taiwan-US Micro-Pulse Lidar Network and Aerosol Monitoring Network Cooperation Agreement signed between the Ministry of Environment and the U.S. National Aeronautics and Space Administration (NASA) in 2007, NASA's Goddard Center invited Taiwan to participate in promoting the Seven South East Asian Studies (7-SEAS) project. This initiative aims to explore the impact of Southeast Asian biomass burning on air quality, the atmospheric environment, and climate.\n    Subsequently, a series of international collaborative experiments were conducted, including the 2010 Dongsha Experiment, the 2013-2016 Indochina Biomass Burning Aerosol-Cloud Interaction Experiments, and the 2017-2019 Southeast Asia PM2.5 Monitoring Network. In October 2022, during the 7-SEAS workshop held in Taiwan, Taiwan proposed the concept of the 2024 Kaohsiung-Pingtung Leeward Experiment in spring. This experiment focuses on the distribution of aerosols and ozone pollution in the Kaohsiung-Pingtung region and the roles of local and regional atmospheric circulation. This concept received support from NASA\/HQ, which agreed to deploy the COMMIT mobile superstation to Taiwan for observational support.\n    The Ministry of Environment subsequently commissioned the Taiwan Association for Aerosol Research to evaluate, plan, and promote the 7-SEAS\/Kaohsiung-Pingtung Experiment. This project is responsible for part of the initiative, with the following goals:\n\tAssisting in atmospheric circulation observations during intensive air quality monitoring periods.\n\tSupporting vertical VOCs sampling, observation, and analysis.\n\tMonitoring and analyzing aerosol chemistry, hazardous substances, and isotopes.\n\tIntegrating and analyzing research data, creating a database, and producing a documentary.\n    In pursuit of these goals, this project adopts a proactive and professional approach to accomplish its objectives. The TAAR team is fully committed to supporting observational experiments during intensive monitoring periods, analyzing the generation and transport mechanisms of atmospheric pollutants in the Kaohsiung-Pingtung region. Additionally, it coordinates and supports various academic research teams and related units in conducting vertical VOC sampling, observation, and analysis, as well as monitoring and analyzing aerosol chemistry, hazardous substances, and isotopes. This effort aims to provide reliable weather forecasting analysis support and administrative assistance.\n   Our team also focuses on data integration and analysis, establishing a secure and appropriate database, and actively participating in documentary production to vividly present the research findings to the public. At the same time, the team collaborates with relevant units for data exchange and technical sharing, continuously enhancing professional expertise and teamwork capabilities.\n    Through these efforts, our team aims to provide robust scientific evidence for policies to improve air quality and make a substantive contribution to promoting sustainable development in Taiwan.",
        "proj_year": "113",
        "org_name": "環境部環境資訊科技司",
        "exe_unit": "社團法人台灣氣膠研究學會",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130014883",
        "publish_date": "20250303"
    },
    {
        "chi_title": "112年度澎湖縣推動環保許可整合計畫",
        "chi_subject": "基於空、水、廢、毒化物製程相關性密切，現行各自訂定許可辦法，惟各別申請審查程序規定不一致，致無法掌握及管理整廠污染流向；故環保署研擬推動環保許可整合策略，針對空污、水污、毒化物許可及廢棄物清理計畫書等四項許可進行整合，透過環保許可整合之「前置諮詢輔導」，可協助事業單位更了解廠內污染走向，避免事業單位因疏於申請異動造成處分，降低送件申請之退補件次數，加速審查流程，期望達到環保許可一廠一證之最終目標。",
        "eng_title": "Penghu County promotes environmental protection permit integration plan in 2013",
        "eng_subject": "Since air, water, waste, and toxic chemical processes are closely related, each has its own licensing system. However, the application review procedures are inconsistent, making it impossible to grasp and manage the pollution flow of the entire plant. Therefore, the Environmental Protection Agency is planning to promote an integrated environmental licensing strategy. , integrating four permits including air pollution, water pollution, toxic chemical permits and waste disposal plans. Through the pre-consultation and guidance of environmental permit integration, it can help business units better understand the direction of pollution in the factory and avoid The penalties imposed on business units for negligence in applying for changes will reduce the number of returns and resubmissions of submitted applications, speed up the review process, and hope to achieve the ultimate goal of one factory, one certificate for environmental protection licensing.",
        "proj_year": "112",
        "org_name": "澎湖縣政府環境保護局",
        "exe_unit": "上境科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1122541068",
        "publish_date": "20250313"
    },
    {
        "chi_title": "112-113年度汽車空氣污染物驗證核章作業暨新車管制資訊平臺整合工作計畫",
        "chi_subject": "本計畫主要工作分為進口與國產車輛之驗證核章作業、核章資料彙整與分析、兩資料庫系統功能操作維護及更新，與相關車輛管制配合工作等四項。\n        經統計2023年進口車驗證核章計有 28,061件申請件，共核可 279,024輛車。 2024年計有26,459件申請件，共核可 267,173輛車。近三年，年平均申請案件約 2.8萬件。 2023年國產車驗證核章資料傳輸計完成 1,074,460輛， 2024年則完成傳輸核章 961,203輛。\n        完成四場法規及系統操作交流會議，加強申請人對核章作業之瞭解，以提升驗證核章申請效率，並確保相關 規範能被業界充分理解並遵守。\n        本計畫完成兩系統伺服器升級工作，並彙整各污染審驗合格證明與法規測試單位資料於「新車管制資訊管理系統」。 此有助於落實申請案件無紙化、繳費電子化等數位政策，並與其他機關進行車輛相關資訊交換，以達到簡政便民及提升行政效率的目的。",
        "eng_title": "The project of vehicle air pollution emission certification and authorization, and integration of new vehicle pollution emission certification and verification database",
        "eng_subject": "This program includes four items: vehicle compliance verification of emissions and noises for imported and domestic made vehicle, related data compilation and analysis, maintenance and updating of two database systems, and coordination with related vehicle regulations.\nAccording to statistical data, in 2023, there were 28,061 applications for imported vehicle compliance verification, and a total of 279,024 vehicles were approved. In 2024, there were 26,459 applications, 279,024 vehicles were approved. In the past three years, the average annual number of applications has been approximately 28,000. In 2023, a total of 1,074,460 domestical vehicles were verified, and 961,203 were verified in 2024.\nFour meetings that focus on regulations and system operation have been completed which to enhance the applicants' understanding and to improve the efficiency on compliance verification, above can ensure that the relevant regulations are fully understood and complied with by the industry.\nThis program has completed the upgrade of two system servers, and integrated the testing data to “New Vehicle Certifications and Verifications Database of pollution emissions”, which helps to implement digital policies such as paperless application cases and electronic payment of fees, as well as the exchange of vehicle-related information with other agencies, in order to simplify administration and facilitate the public administrative efficiency.",
        "proj_year": "112",
        "org_name": "環境部大氣環境司",
        "exe_unit": "財團法人工業技術研究院",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1122291220",
        "publish_date": "20250331"
    },
    {
        "chi_title": "112-113年清潔隊環保設施（備）管理整合暨作業環境提升計畫",
        "chi_subject": "環境部為提升清潔隊員工作場域的安全與舒適，提高作業效能，每年透過專案計畫補貼地方進行環保設施(設備)或隊員備勤室、管理室之改善，更於108年起推動清潔隊部內環保設施整合計畫工作，透過單一專案協助地方檢視清潔隊員工作場域的設施、設備安全，藉以全面整合性改善及提升清潔隊同仁工作環境，讓全國清潔人員職場環境及更安全的工作勤務保障。\n為有效掌握地方執行機關各項環保設施運作及設置現況，環境部特於110年設置「清潔隊環保設施（備）管理系統(MSS系統)」，藉以掌握全國22縣市地方環保業務管理單位所管理之環保設施、設備、清運車輛及重機具等相關資訊，以作為未來地方廢棄物處理區域調度與相關補助方案之參考依據，本計畫執行期間配合政策需求全面盤查全國22縣市367個清潔隊環保設施場域現況，以建立資訊系統完善的基礎資訊。此外，配合系統優化升級，每年各辦理3場次的系統教育訓練，以強化資訊管理機制，讓地方環保執行機關落實系統資料建置與管理。\n計畫執行期間協助掌握各清潔隊太陽能光電設施設置現況情形，並推廣環保局協助清潔隊進行清潔隊備勤室優化改善，包括備勤室耐震補強的改善工作，其次審查地方申請補助計畫內容及階段成果掌握追蹤。同時，辦理清潔隊作業環境改善優化的業務交流會議、宣導影片及文宣製作，以擴大政策宣達效益。",
        "eng_title": "The 2023-2024 plan for the integrate of environmental facilities  (equipment) management and work environment improvement for  cleaning teams",
        "eng_subject": "To enhance the safety and comfort of work environments for cleaning team members and improve operational efficiency, The Ministry of Environment provides annual subsidies through special projects. These subsidies support local governments in upgrading environmental facilities and equipment or improving standby rooms and management offices for cleaning teams. In 2019, the ministry launched a project to integrate environmental facilities in cleaning team departments. This initiative uses a unified approach to assist local authorities in assessing the safety of facilities and equipment in cleaning team workspaces, enabling comprehensive improvements to enhance the work environment for cleaning team members nationwide, ensuring safer and more secure working conditions.\nTo effectively monitor the operational status and setup of various environmental facilities managed by local agencies, the Environmental Protection Administration (EPA) established the Cleaning Team Environmental Facility (Equipment) Management System (MSS System) in 2021. This system provides oversight of environmental facilities, equipment, cleaning vehicles, and heavy machinery managed by environmental agencies in 22 counties and cities across the country. The system serves as a reference for future regional waste management scheduling and subsidy programs. During the project’s implementation, a comprehensive inventory was conducted of 367 cleaning team facility sites across 22 counties and cities to establish foundational data for the system. Furthermore, three system training sessions are held annually to strengthen information management mechanisms, ensuring local agencies effectively input and manage system data.\nDuring the project period, efforts were made to track the status of solar photovoltaic installations within cleaning team facilities and promote the optimization and improvement of standby rooms, including seismic reinforcement upgrades. Additionally, the project reviewed local applications for subsidies, monitored phased results, and tracked progress. Business exchange meetings were held to discuss operational environment improvements, along with the production of promotional videos and materials, to amplify the policy's outreach and effectiveness.",
        "proj_year": "112",
        "org_name": "環管署環境衛生組",
        "exe_unit": "京丞資源國際有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1121589564",
        "publish_date": "20250320"
    },
    {
        "chi_title": "特殊性工業區空氣品質監測管理制度及數據品質提升計畫",
        "chi_subject": "環境部自83年訂定「特殊性工業區緩衝地帶及空氣品質監測設施設置標準」（以下簡稱特工標準法），並於103年起逐步完備配套法令規範，包含監測數據連線管理系統開發及數據上傳，各工業區於104年至111年期間陸續開始執行，迄今已達9年，期間監測設施與緩衝地帶設置、儀器維護保養、監測連線傳輸與紀錄申報、數據品質管理、依職能權責分工等執行情形，須進行精進與調整，爰本計畫依空污法修正重點及過去管制推動執行問題，全面盤點及檢討特殊性工業區相關法令，提出相應之法規研修及配套管理機制建議。\n計畫執行內容包含：（一）檢討及研修特殊性工業區相關規定，針對名詞定義、管制門檻條件、緩衝地帶規定、監測設施設置及監測作業、各單位權責程序及裁罰規定、品保作業程序及數據計算傳輸紀錄等，亦完備行政管理制度，據以提出查核手冊及申請表單等設計建議。（二）掌握全國園區特殊性工業進駐現況、提出環評審查機制規劃建議、強化自動監測數據連線管理、輔導推動特工區測站監測濃度超過警戒高值處理標準作業流程，並執行工業區及測站的訪視作業。（三）分析特殊性工業區近年空氣品質之年、季及月變化趨勢、檢視長期數據品質及監測網功能、檢討並精進特工高值警戒設定、研析空品異常事件並擴大分析區域環流特徵影響。（四）AQMS系統維護及資訊公開、升級系統程式規格、整合監測數據檢核及圖表專區資料篩選功能、新增交流討論區及申請案件申報審查功能，最後（五）提出可行建議方向。",
        "eng_title": "Air Quality Monitoring Management System and Data Quality Improvement Plan for the Special Industrial Park",
        "eng_subject": "The Ministry of Environment (MOENV) announced the Standards for the Establishment of Buffer Zones and Air Quality Monitoring Facilities in Special Industrial Park (as the Special Industrial Standards Act) in 1994. The related laws and regulations have been established since 2014 including the request for air quality Monitoring Station (AQMS) system development and data providing. \nThe earliest air monitoring in Special Industrial Park started in May 2015. Other Special Industrial Parks monitoring task started in the following years, and there are 7 Special Industrial Parks currently in operation. However, according to the management and execution during these year, the air quality monitoring system control and data analysis of the Special Industrial Parks are still not enough to exactly administer and supervise the pollution exposure behaviors. Thus, the main objective of this program includes revising the administration rules, optimizing the regulatory thresholds and promoting a three-tier control system.\nThe main work of this program are implemented as follows: (1) Refine the regulations for the Special Industrial Park regarding control threshold conditions, buffer zone requirements, monitoring facility setup and operations, procedural responsibilities and quality assurance, and propose designs manuals and application forms, etc. (2) Advise the EPB and the developers of the Special Industrial Park to take measures to better manage pollution exposure, such as addressing high-concentration issues and improving data monitoring.(3) Analyze the air quality of Special Industrial Parks based on annual, seasonal and monthly air pollution monitoring tends, review long-term data quality and monitoring network, establish high alert thresholds. Investigate abnormal air quality incidents and regional circulation patterns affecting the area. (4) Maintain and enhance the AQMS system program, ensure the public has access to data, integrate data verification and chart selection functionalities, develop discussion forums as well as application submission and review features. (5) Suggestions for future work and executing plans.",
        "proj_year": "112",
        "org_name": "環境部大氣環境司",
        "exe_unit": "環興科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1121244873",
        "publish_date": "20250326"
    },
    {
        "chi_title": "112-113年度友善低污染車輛使用環境及示範推廣工作計畫",
        "chi_subject": "環境及經濟同時永續發展已成為各國政府政策推動重要考量，近年來各國亦陸續宣布淨零排放目標進程。我國面對氣候變遷此重大議題，推動相關政策不遺餘力，其中運輸部門更是肩負減碳重任。國家發展委員會於111 年3 月30 日公布臺灣淨零轉型路徑及策略中，指出零污染車輛推動過程中，須布建友善使用電動車輛之環境。\n        爰行政院核定交通部辦理公共充電樁補助計畫外，亦核定「友善電動車環境—新增或擴充電動車公共能源補充設施場域計畫」，由環境部執行示範推動新增或擴充電動車公共能源補充設施場域。\n上開報院計畫預計執行期程為112-113 年，目標係為鼓勵各地方政府與相關業者合作設置電動車公共能源補充設施。經評比選出示範縣市後，由環境部補助示範縣市於至少400 處公有場域新增或擴充設置公共能源補充設施。為達成上開目標，本計畫113 年規劃6 項重點工作，包含掌握友善電動車輛使用環境發展趨勢、研提國內發展策略、協助推動設施場域建置、綜整示範成效、提供法規諮詢，以及完成期中期末報告。\n        本計畫將奠基我國電動車輛之發展現況，協助環境部推動「112-113 年度友善低污染車輛使用環境及示範推廣工作計畫」，促進我國電動運具成長。透過強化產官攜手，與地方政府合作建設完善的公共充換電站以及完備其設施場域，以舒緩車主之里程焦慮，提高電動車輛的市場占有率和減少移動污染源之污染排放，邁向永續運輸發展目標。",
        "eng_title": "2023-2024 Development and Demonstration Project for Low-emission Vehicle-Friendly Environment",
        "eng_subject": "Sustainable development of both the environment and the economy has become a crucial\nconsideration in government policy implementation worldwide, with countries successively\nannouncing their net-zero emission targets. Facing the critical issue of climate change, Taiwan\nhas been vigorously promoting relevant policies, with the transportation sector bearing\nsignificant responsibility for carbon reduction. In March 2022, the National Development\nCouncil announced Taiwan's net-zero transition pathway and strategy, emphasizing the need\nto establish friendly environments for Electric Vehicles (EVs). In addition to the Ministry of\nTransportation and Communications' public charging subsidy program, the Executive Yuan\napproved the EV-Friendly Environment - New and Expanded Public Energy Replenishment\nFacilities Program, to be implemented by the Ministry of Environment.\n       This program, scheduled for 2023-2024, encourages local governments and relevant\nindustries to collaborate in establishing public electric vehicle charging infrastructure. After\nevaluating and selecting demonstration cities, the Ministry of Environment subsidizes the\ninstallation or expansion of public energy replenishment facilities in at least 400 public venues.\nTo achieve these objectives, six key tasks are planned for 2024, including studying EV-friendly\nenvironment development trends, developing domestic strategies, facilitating facility\ndeployment, integrating demonstration results, providing legal consultation, and completing\ninterim and final reports.\n       This project builds upon Taiwan's current Electric Vehicle development, helping the\nMinistry of Environment implement the 2023-2024 Development and Demonstration Project\nfor Low-emission Vehicle-Friendly Environment. Through strengthening public-private\npartnerships and collaborating with local governments to construct comprehensive public\ncharging and battery-swapping stations, the project aims to alleviate range anxiety among\nvehicle owners, increase EV market share, and reduce mobile source pollution emissions,\nadvancing towards sustainable transportation development goals.",
        "proj_year": "112",
        "org_name": "環境部大氣環境司",
        "exe_unit": "財團法人工業技術研究院",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1121069797",
        "publish_date": "20250331"
    },
    {
        "chi_title": "精進查定課費制度暨輔導責任業者專案工作計畫",
        "chi_subject": "本計畫執行期間為111年12月16日至113年11月30日，已協助環境部資源循環署審查、輔導逾4萬4,888家次責任業者登記、申報及繳費等作業，完成逾1萬4,171家次首次登記、變更登記、廢止登記及年度申報申請之審查、輔導與建檔作業。\n針對查定課費制度之精進，本計畫滾動檢討作業流程、辦理方式，除完成相關例行項目之外，另提出精進查定課費3大目標，包括擴大適用對象、提高續用意願以及提高自動化勾稽比率，針對其目標，提出6項策略9項作法，包括內部篩選原則有限度放寬、資格年限自4年調整為2年、將免徵門檻調整至新臺幣1,200元、調整人工審查判斷依據以降低人工審查家次，完善原有制度，提高辦理效益。\n責任業者相關法規與制度，有賴於多元的輔導宣傳策略，本計畫已完成22場次實體說明會、2場次視訊說明會，並利用到戶輔導、文宣品發送、主動撥打通知等措施，打造綿密且多面向的宣傳網絡。\n在提高管理效能方面，本計畫提出相關系統規劃建議、流程檢討與稽核作業，如長期書面申報責任業者清查輔導、線上登記申請制度可行性評估、外部資料運用等，以持續強化責任業者管理架構，確保回收制度順暢運作。",
        "eng_title": "Project on Improving the Levy of Audit Fee System and Guidance for Responsible Enterprises",
        "eng_subject": "This project was conducted from December 16, 2022, to November 30, 2024. During this time, this project assisted the Resource Circulation Administration under the Ministry of Environment in reviewing and counselling over 44,888 cases of responsible enterprise registration, operating volume reporting, and payment processing. This project also facilitated the review, guidance, and documentation of more than 13,978 cases related to initial registrations, modifications, deregistrations, and annual reporting applications.\nTo improve the Levy of Audit Fee System, this project conducted iterative reviews of workflows and implementation methods. In addition to routine tasks, this project identified three key improvement objectives: expanding the range of applicable entities, increasing the willingness of renewal, and boosting the automation rate of data matching. To achieve these goals, this project proposed six strategies and nine measures, including moderately relaxing internal screening criteria, shortening the eligibility period from four years to two years, adjusting the exemption threshold to NT$1,200, and revising manual review criteria to reduce manual review cases. These efforts aimed to optimize the system and enhance operational efficiency.\nTo promote regulations and systems for responsible enterprises, this project employed a variety of strategies, including 22 in-person briefings and two virtual sessions. These were complemented by on-site consultations, the distribution of promotional materials, and proactive outreach calls, establishing a comprehensive and multi-faceted communication network.\nFor improving management effectiveness, this project offered recommendations for the reporting system, conducted process reviews, and implemented audit measures. Key initiatives included long-term document-based reporting for responsible enterprises, feasibility assessments of online registration application systems, and leveraging external data sources. These efforts strengthened the management framework for responsible enterprises and ensure the smooth operation of the resource recycling system.",
        "proj_year": "112",
        "org_name": "循環署回收基金管理會",
        "exe_unit": "環資國際有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1120913908",
        "publish_date": "20250315"
    },
    {
        "chi_title": "112年度新竹縣非農地環境雜草管理計畫",
        "chi_subject": "我國以農立國，然而由於工商業的蓬勃發展，使得從事農業勞動之人力短缺情形日趨嚴重，農地與非農地雜草的管理，大多仰賴除草劑的使用，現今除草劑的使用已佔台灣農藥使用量1\/3以上，非農地用之除草劑不當使用更時有所聞，除危害生態環境外，也造成民眾健康之危害。於農民的慣用農法中，多半使用除草劑以彌補人力不足的情形，而非農地的雜草往往貼近民眾的生活圈，雖然政府於農藥管理法明文規定非農地不得使用除草劑，但因人力、經費成本或其他考量因素，仍有違法使用除草劑情形，顯見多數民眾對非農地禁用除草劑的觀念仍有待建立與推廣。\n本工作團隊依環境部化學物質管理署所訂定之「非農地之環境雜草管理政策專案計畫」，以宣導環境雜草正確清理方式，並配合非農地環境雜草管理指引，辦理除草工作示範，以避免使用除草劑造成之土壤污染問題，維護環境及民眾健康。有鑒於此，透過教育及宣導活動提高機關、學校、社區及民眾相關認知與配合度，確保環境品質及民眾健康。",
        "eng_title": "112th Annual Hsinchu County Non-Agricultural Land Environmental Weed Management Plan",
        "eng_subject": "Taiwan is an agricultural country. However, due to the vigorous development of industry and commerce, the manpower shortage for agricultural labor has become increasingly serious. The management of weeds in farmland and non-farmland mostly relies on the use of herbicides. Today, herbicides account for 10% of Taiwan's pesticide use. Over one-third of the usage is inappropriate use of herbicides on non-agricultural land, which harms the ecological environment but also causes harm to public health. In the conventional farming methods of farmers, herbicides are often used to make up for the lack of manpower. However, weeds in non-agricultural land are often close to people's living circles. Although the government has stipulated in the Pesticide Management Act that herbicides cannot be used in non-agricultural land, Due to manpower, financial costs, or other considerations, there are still cases of illegal use of herbicides. The concept of banning herbicides on non-agricultural land has yet to be established and promoted among the majority of the people.\nThis work team is following the Non-agricultural Weed Management Policy Project established by the Chemical Substances Management Agency of the Ministry of Environment to promote the correct way to clean up environmental weeds and follow the non-agricultural weed management guidelines to handle the Demonstration of weed control to avoid soil pollution caused by the use of herbicides and protect the environment and public health. Because of this, education and promotion activities are carried out to enhance the relevant awareness and cooperation of government agencies, schools, communities, and the public, to ensure environmental quality and public health.",
        "proj_year": "112",
        "org_name": "新竹縣政府環境保護局",
        "exe_unit": "富聯工程顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1120814359",
        "publish_date": "20250307"
    },
    {
        "chi_title": "南投縣-南投縣埔里鎮育英橋下游水質淨化設施效率提升及轉型工程規劃設計計畫",
        "chi_subject": "東埔溪下游(枇杷城排水)主要流經埔里鎮，上游部分則分佈於埔里鎮東側流域內，主要為農作區及自然林地，針對東埔溪的各項污染物排放量估算分析可明顯得知排入東埔溪的污染源主要是由埔里鎮民生污水，極需立即改善，為此南投環保局辦理分別於94年及101年，設置育英橋水質淨化示範工程(舊有礫間接觸淨化設施)，進行水質污染改善，提升河川水質，在使用期限內，淨化效率明顯符合設計處理目標，但現因歷經多次風災及洪水侵襲(柯羅莎、卡玫基、莫拉克、潭美…等)，設施已毀損嚴重，槽體多處破損漏水，設施基礎多處淘空，淨化設施功效已近喪失。槽體部分經評估後已無法透過局部修補、整修方式回復至原有功能及提升效率，因此需要進行原淨水設施整體改善，並擬規劃全新有效的淨化方式，提升原設施收集污水及淨化水質成效，並發揮環境教育功能。",
        "eng_title": "Efficiency improvement and transformation project planning and design plan for water purification facilities downstream of Yuying Bridge in Puli Town, Nantou County",
        "eng_subject": "The lower reaches of Dongpu Stream (Loquat City drainage) mainly flows through Puli Town, and the upstream part is distributed in the east basin of Puli Town. It is mainly agricultural areas and natural woodlands. The estimation and analysis of various pollutant emissions in Dongpu Stream can be It is obvious that the source of pollution discharged into Dongpu Creek is mainly the domestic sewage of Puli Town, which needs immediate improvement. Therefore, the Nantou Environmental Protection Bureau set up the Yuying Bridge Water Quality Purification Demonstration Project in 2005 and 2012 respectively (the old gravel contact Purification facilities) to improve water pollution and improve river water quality.During its service life, the purification efficiency has obviously met the design treatment goals. However, due to many typhoons and floods (Krosa, Kalmaegi, Morakot, Trami, etc.), the facilities have been seriously damaged, and many parts of the tank have been damaged. There were damages and leaks, the infrastructure of the facilities was hollowed out in many places, and the function of the purification facilities was almost lost. After evaluation, the tank part cannot be restored to its original function and efficiency through partial repair and renovation. Therefore, the original water purification facility needs to be improved as a whole, and a new and effective purification method is planned to improve the effectiveness of original facilities in collecting sewage and purifying water quality, and play an environmental education function.",
        "proj_year": "112",
        "org_name": "南投縣政府環境保護局",
        "exe_unit": "能碩工程顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1120407093",
        "publish_date": "20250401"
    },
    {
        "chi_title": "我國空氣品質受境外空氣污染影響探討研析計畫",
        "chi_subject": "我國空氣品質除了受本土污染源排放空氣污染物之影響外，鄰近國家排放空氣污染物隨著氣流傳遞之跨境傳輸現象亦會對我國空氣品質造成影響。本計畫以中國大陸、日本、韓國等鄰近國家為解析對象，主要工作項目包含蒐集、研析鄰近國家空氣品質監測數據以及蒐集、彙整空氣污染防制相關法令標準與重點政策措施等相關資訊，運用模擬工具推估區域性污染源對我國空氣品質之影響，並藉由辦理座談會以掌握兩岸於大氣環境保護領域之管制進展。\n本計畫執行期間，完成中國大陸至2024年10月以及日本與韓國至2023年空氣品質數據變化趨勢之解析，並定期提供中國大陸未來一週可能出現空氣品質不良之預報、預警資訊，以及蒐集、彙整近3年空氣品質重度污染以上預警發布資訊及應變情形；同時彙整鄰近國家未來空氣污染管制規劃，並針對近年細懸浮微粒(PM2.5)、臭氧(O3)防制相關法規標準，以及鄰近國家空氣污染較嚴重重點區域之政策措施進行彙整解析；針對境外污染源長程傳輸對我國空氣品質之影響，則完成推估2019基準年日本及中國大陸六大地區排放空氣污染物對我國大氣PM2.5濃度及化學組成、O3及其前驅物濃度之影響，以及2021基準年臺灣空氣品質區域性來源對我國大氣PM2.5濃度及化學組成、O3及其前驅物濃度之影響，並解析不同基準年境外傳輸影響貢獻受氣象條件與排放量變化因素影響情形；為推動兩岸交流，已辦理1場次「海峽兩岸空氣品質管理交流座談會─分享赴北京交流與洽談情形」，另因考量現階段兩岸政策未明，連帶影響中國大陸專家學者參與本計畫交流座談會時程亦無法明朗，爰提出契約變更需求，並獲環境部同意刪除辦理2場次「海峽兩岸空氣品質管理交流座談會」之相關工作，以及刪減對應工作經費；另依要求完成6篇研討會文章之撰寫，並皆獲得接受發表。",
        "eng_title": "A Probe into the Effect of Transboundary Air Pollution on the Air Quality in Taiwan",
        "eng_subject": "Transport of air pollutants in the atmosphere causes transboundary air pollution under some specific meteorological conditions. In addition to China, which is the major contributor of transboundary air pollution to the air quality in Taiwan, air pollutant emissions from other countries in East Asia would affect the air quality in Taiwan as well. Accordingly, the major tasks of this project include (1) analyzing the air quality data and the laws, regulations and strategies conducted to control air pollution in the neighboring countries including China, Japan and Republic of Korea (Korea); (2) analyzing the effect of transboundary air pollution on the air quality in Taiwan in different base years (2019 and 2021); and (3) holding three forums in the field of air quality improvement to promote the cross-Straits communication and cooperation.\nDuring the implementation period of this project, the following tasks have been completed: (1) The air monitoring data of China from January 2015 to Oct 2024, and the air monitoring data of Japan and Korea from January 2015 to 2023, have been collected and analyzed; andthe province-scale air quality forecasting information of China have been collected and reported weekly. In addition, the air pollution control laws, regulations and strategies conducted in key regions in China, Japan and Korea have been collected. (2) The effects of air pollutant emissions from Japan and the six administrative areas of China on the air quality in Taiwan in 2019 and the long range transport effect on the air quality in Taiwan in 2021 have been evaluated by using CMAQ model; the contribution of changes in emissions and weather conditions to the improvement or deterioration of PM2.5 concentration has been clarified. (3) One forum in the field of air quality improvement has been held to promote the cross-Straits communication. Take the Cross-strait situation into consideration, the relevant works of the remaining two forums of the planned conference has been deleted with the approval of Ministry of Environment. (4) Six articles related to the topics of this  project  have been submitted and accepted for publication.",
        "proj_year": "112",
        "org_name": "環境部大氣環境司",
        "exe_unit": "財團法人工業技術研究院",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1120342900",
        "publish_date": "20250303"
    },
    {
        "chi_title": "強化廢輪胎及廢鉛蓄電池物質循環暨永續發展評估專案工作計畫",
        "chi_subject": "本計畫為強化廢輪胎及廢鉛蓄電池物質循環暨永續發展評估專案工作計畫，分別針對資料蒐集研析及調查執行工作成果簡述如下：(一) 因應我國2050年淨零碳排的政策目標並促進產業永續發展，更新廢輪胎再生料膠片、膠粉碳排放係數資訊，並計算廢輪胎處理再生料循環使用的減碳效益。(二) 為應對聯合國《氣候變化綱要公約》第21屆締約國大會（UNFCCC COP21）之《巴黎協定》，更新我國廢鉛蓄電池衍生物鉛錠之碳排放係數資訊與減碳效益。(三) 針對國家及企業推動ESG的浪潮下，設定廢輪胎及鉛蓄電池產業可行之管理方案。(四) 掌握國內廢輪胎及廢鉛蓄電池回收處理量能，提升廢輪胎與廢鉛蓄電池資源循環，穩定回收物之妥善處理再利用。同時，清查應登記而未登記製造及輸入業者，並提報環境部資源循環署進行輔導。",
        "eng_title": "The Project of Enhancing Material Recycling and Sustainable Development Assessment of Waste Tires and Waste Lead-Acid Batteries",
        "eng_subject": "(一) In response to Taiwan's 2050 Net-Zero Emissions policy goal and to promote sustainable industrial development, update the carbon emission factors for recycled tire-derived materials such as rubber sheets and rubber powder, and calculate the carbon reduction benefits of recycling and utilizing processed waste tire materials.\n(二) To address the United Nations Framework Convention on Climate Change (UNFCCC) COP21 Paris Agreement, update the carbon emission factors and carbon reduction benefits of lead ingots derived from waste lead-acid batteries in Taiwan.\n(三) In line with the global ESG momentum among nations and corporations, establish feasible management plans for the waste tire and lead-acid battery industries.\n(四) Monitor domestic waste tire and waste lead-acid battery recycling and processing capacities, enhancing resource recycling and ensuring proper treatment and reuse of recovered materials. Additionally, identify manufacturers and importers required to register but currently unregistered, and report them to the Resource Circulation Administration , Ministry of Environment.",
        "proj_year": "112",
        "org_name": "循環署回收基金管理會",
        "exe_unit": "毅泰管理顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1120300059",
        "publish_date": "20250401"
    },
    {
        "chi_title": "提升地方政府執行土水污染防治效益管理計畫",
        "chi_subject": "為順利辦理地方環保機關之補助經費申請、審核及追蹤業務工作，並將成果回饋至績效考評、會計系統、預算經費管理系統，有效提高執行效率及正確性，環境管理署辦理「提升地方政府執行土水污染防治效益管理計畫」。本計畫已完成111~113年土水污染業務主軸盤點，掌握近期推行情境推動進程與方向；彙整近年各縣市土水業務管理標的之資訊並提出114年度工作重點。此外，完成「補助地方環保機關辦理土壤及地下水污染調查及查證工作管理系統」開發，建立全面線上化之申請、審核流程、定期回報、計畫成果、儀表板等相關功能，並配合辦理資安演練相關事宜。\n　　為因應後續施政需求，同時開發事業場址管理功能架構及相關功能模組，盤點場址資訊需求欄位，經113年8月30日會議確認業務機關之系統功能開發需求，補助管理系統係針對補助地方環保機關經費之申請、審核及相關管理，已完成開發專案性補助計畫之事業場址管理相關欄位及功能。同時，本計畫已完成補助管理系統之申請、審查之操作說明手冊，辦理3場次補助管理系統教育訓練會議，設置諮詢服務專線並持續接聽服務，完成經費編列基準線上問卷調查及工項詢價及辦理其他計畫需求事項。",
        "eng_title": "The Benefit Management Project for Enhancing the Local Government’s Execution of Soil and Groundwater Pollution Prevention",
        "eng_subject": "In order to improve the Environmental Protection Bureau (EPB)’s subsidy application, auditing, and tracking processes and to provide insights for performance evaluation, accounting systems, and budget management, the Environmental Management Administration (EMA) had developed “The Benefits Management Project for Enhancing the Local Government’s Execution of Soil and Groundwater Pollution Prevention.” This project had completed the inventory of soil and groundwater administrative services, recent implementation status, planned future progress, updated the list of local government management targets, and set the 2025 annual work priorities. The project also had developed the “Subsidy Project Benefits Management System (SPBMS),” which includes features for online applications, review processes, periodic reporting, project results tracking, dashboards, and information security compliance. \nThe functional structure for managing contaminated sites and associated modules was also established. At the meeting on August 30, 2024, the SPBMS was confirmed as a funding management tool for EMA and EPB, and fields and functions relevant to contaminated site management within the project were finalized. Moreover, the project had provided the SPBMS user manual for application and review processes, organized three training sessions, established a consultation hotline, and completed an online survey on funding allocation benchmarks, pricing, quotation inquiry, and other requirements.",
        "proj_year": "112",
        "org_name": "環管署土壤及地下水污染整治基金管理會",
        "exe_unit": "美商傑明工程顧問股份有限公司台灣分公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1120134712",
        "publish_date": "20250310"
    },
    {
        "chi_title": "112年度臺南市柴油車動力計排煙檢測及污染管制計畫",
        "chi_subject": "臺南市轄區範圍為2191.7平方公里，依據交通部統計查詢網資料顯示臺南市總機動車輛數排名為全國第五，截至113年4月底臺南市所登記車輛數2,119,056輛，其中柴油車總數約68,156輛，而大型客、貨車登記總數約17,526輛，小型柴油客貨車約50,630輛。\n臺南市結合柴油車自主管理制度，並藉車辨調查所得之污染潛勢地點，針對轄區高污染車輛主要出沒地點執行稽查，藉以改善轄區車輛污染排放情形。\n自102年以環保局名義取得TAF實驗室系統認證後，110年TAF認證持續維持，並於111年6月辦理延展評鑑，並於同年10月通過展延，113年4月通過監督評鑑。\n112年度計畫執行期間投入人力17人，具柴油車排放煙度儀器檢測證照者13人、具柴油車目視判煙證照10人及ISO17025證書4人，稽查用廂型車2輛及目視判煙稽查用單眼相機4台。\n\n一、計畫執行期程\n本計畫執行期程由112年5月4日至113年5月3日止，共計12個月，期末報告執行成果統計截至113年5月3日。\n二、主要工作執行成果\n（一）目視判煙拍照完成14,540輛稽查，目視判煙有污染之虞通知車輛為348輛次，目標達成率100%；其中以攔車不透光率判煙稽查有污染之虞通知車輛共計159輛，達目標數的100%。\n（二）動力計不透光率檢測共計6,152輛次，其目標達成率為100.0%，經不透光率檢測不合格有191輛次，不合格率為3.1%；SCR稽查共計62件。\n（三）路邊排煙攔查3,866輛，經篩選後執行不透光率檢測544輛次，不透光率檢測不合格109輛次，其不合格率為20.04%。\n（四）場站（廠）檢測服務共計執行41場次，車輛到場數449輛，共計檢測430輛次，不透光率檢測不合格5輛次，不合格率為1.16%。\n（五）到站檢測隨機針對車輛油箱採樣已完成4件、路邊攔查採樣已採樣6件及船舶用油採樣已完成5件，共計抽測15件，工作進度達100.0%，未有檢驗不合格案件。\n（六）計畫期間排煙標章已核發8,366輛，目標達成率100.0%。\n（七）計畫依據契約書要求提交定點輔導檢測規劃書、特定區域管制場次分配規劃書、創新作法規劃書及工作進度規劃表等規劃文書資料，均已於規定期限前函文核備。\n（八）人員教育訓練已於112年6月16日完成辦理。\n（九）依契約要求每季提報動力計檢測站品保品管資料，工作進度達成率為100%。",
        "eng_title": "2023 Plan of Tainan City for dynamometer testing of diesel-fueled vehicle exhausts and Pollution control",
        "eng_subject": "The area under the jurisdiction of Tainan City is 2,191.7 square kilometers.   According to the data on the statistical inquiry website of the Ministry of Transportation and Communications, the total number of motor vehicles in Tainan City ranks fifth in Taiwan.  As of the end of April 2024, the number of registered vehicles in Tainan City was 2,119,056 vehicles, of which the total number of diesel vehicles was about 68,156 vehicles, the total number of registered large passenger-carrying buses and large trucks was about 17,526 vehicles, and the number of small diesel buses and small diesel trucks was about 50,630 vehicles.\nCombining the self-management system of diesel vehicles, Based on the potential air pollution locations obtained from the vehicle plate identification surveys, and focusing on areas where highly polluting vehicles pass in the jurisdiction area, inspections were conducted so as to improve the situation of vehicles’ air pollutant emission in the jurisdiction area.\nAfter obtaining certification from the Taiwan Accreditation Foundation (TAF) laboratory system in the name of the Environmental  Protection Bureau in 2013, the TAF certification was extended in 2021.  Extended evaluation was processed in June 2022, and such extension was passed in October of the same year. Supervision evaluation was passed in April 2024.\nDuring the implementation of the project in 2022, there were 18 people joining the manpower team.  Regarding the personnel, 12 people obtained the Certificate of Diesel Vehicle Emitted exhaust fumes Instrumental Detection, 10 people obtained the Certificate of Visual Judgment of Diesel Vehicle Exhaust Fumes, and 4 people obtained the ISO17025 Certificate.  There were 2 vans for inspection, and 4 monocular cameras for visual judgment of emitted exhaust fumes.\n1.\tImplementation schedule of this project\nThe implementation period of this project was from May 4, 2023 to May 3, 2024, lasting for 12 months; and the statistics in the final report of implementation results was calculated until May 3, 2024.\n2.\tImplementation results of the main tasks\n(1)\tThere were 14,540 vehicles with visual judgment of exhaust fumes, photograph taken and inspection completed.  Amongst them, 348 vehicles were notified of being suspected of creating air pollution after visual judgment of their exhaust fumes, with a target achievement rate of 100%.  Of them, a total of 159 vehicles were notified of being suspected of creating air pollution after judgment of the opacity rate of their exhaust fumes during roadblock inspection, with a target achievement rate of 100%.\n(2)\tThe dynamometer opacity rate of a total of 6,152 vehicle-times was inspected, with a target achievement rate of 100.0%.  There were 191 vehicle-times failing the opacity test, with a failure rate of 3.1%.  There was a total of 62 cases performing selective catalytic reduction (SCR) process.\n(3)\tA total of 3,866 vehicles had their exhaust fumes checked during the roadblock inspection.  After screening, the exhaust fumes opacity rate of 544 vehicle-times were tested.  There were 109 vehicle-times failing the opacity test, with a failure rate of 20.04%.\n(4)\tA total of 41 inspection sessions were performed at the station (repair shop).  There were 449 vehicles arriving at the station, with inspection performed for 430 vehicle-times in total.  Nine vehicle-times failed the opacity test, with a failure rate of 1.16%.\n(5)\tDuring random inspection at the station, there were 4 vehicle fuel tank samples taken; 6 cases of sampling during roadblock inspection; and 5 cases of ship oil sampling completed, with a total of 15 random sampling cases, and with the progress of work completion reaching 100.0%.  There was no case of failure in inspection.\n(6)\tDuring the project period, exhaust fumes inspection passed labels were issued to 8,366 vehicles, with a target achievement rate of 100.0%.\n(7)\tAccording to the contract of this project, it was required to submit some planning documents and information, including a proposal of guidance and inspection at fixed places, a proposal of specific area control sessions, a proposal of innovative practices, and a planning table of work progress.  All of these documents were written and approved before the specified deadline.\n(8)\tEducation and training for the personnel were completed on June 16, 2023.\n(9)\tAccording to the requirements of the contract, the quality assurance and quality control data of the Dynamometer Detection Station should be submitted every quarter, with 100%. progress rate of work completion.",
        "proj_year": "112",
        "org_name": "臺南市政府環境保護局",
        "exe_unit": "春迪企業股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1120084605",
        "publish_date": "20250318"
    },
    {
        "chi_title": "維護空氣品質模式支援中心暨臺灣空氣污染貢獻源分析",
        "chi_subject": "本年度計畫包含5項工作。(1)建置AERMOD模式系統：修訂公告用於容許增量限值模擬之高斯類模式AERMOD使用規範、模擬資料表及技術文件，並回應各界對AERMOD操作與技術的相關問題。此外，完成2021、2022及2023年AERMOD模式氣象資料的製作與檢核，並完成2023與2024年教育訓練。(2)空氣品質模式相關法規配套措施：已完成「空氣污染物容許增量限值」及「空氣品質模式評估技術規範」之草案法規修訂。完成2021基準年O3、PM10及PM2.5污染案例月及案例季之篩選。(3)網站維護管理及諮詢服務：依據網站檢核評分表之社群分享的加分項目，新增媒體之社群分享功能。更新「法規及相關公告」之案例月及案例季及模擬期程，並更新公告模式AERMOD、CMAQ使用國網方式與指引。(4)空氣品質模式模擬審查作業：完成協助環境影響評估案空氣品質模式模擬審查2023全年142件次、2024年共159件次。完成固定源許可及環評審查之空品模式審查作業指導教材，也完成環評空污增量抵換措施及排放量調查及彙整，共計四大類57件案例。(5)國內主要空氣污染貢獻源分析：完成2019及2021基準年臺灣各縣市及臺灣三大污染源5大行業排放對臺灣大氣中細懸浮微粒(PM2.5)、臭氧日最大八小時濃度(DM8O3)、日最大小時濃度(DMO3)影響之模擬及量化分析。在污染事件發生時，台灣自身排放影響比例較非污染事件為高。",
        "eng_title": "Maintenance of air quality modeling support center and source apportionment analysis of air pollution in Taiwan",
        "eng_subject": "This project includes five major work items. (1) The revision and announcement of the Guidelines for Gaussian Model AERMOD Used in Permissible Increment Simulations, the Application tables and Technical Documentation to enhance the standardization and technical guidance of the model's applications. Furthermore, it completed the preparation and verification of meteorological data for AERMOD simulations for the years 2021, 2022, and 2023. These data have been published on the Model Support Center's website and Completed AERMOD model education and training in 2023 and 2024. (2) The revision of Permissible Increment Standards for Air Pollutants and Air Quality Modeling Evaluation Technical Specifications have been revised. A revised version of Principles for Handling Incremental Offsets of Air Pollutant Emissions from Development Activities have been drafted. The selection of monthly and seasonal pollution cases for O3, PM10, and PM2.5 for 2021 base year. (3)Social media sharing features, such as Line and Facebook, based on the bonus points evaluation checklist for social sharing have been added in the website. The Data Upload Guidelines for Air Quality Models section under regulations and related announcements have been also updated. (4) According to the “Guideline for air quality model simulation” and “Simulation technique for air quality model”, the work related to EIA review was helped by the work team. Completing EIA cases modeling review for a total of 142 cases during Jan. 1, 2023 to Dec. 31, 2023 and for a total of 159 cases during Jan. 1, 2024 to Dec. 31, 2024. The guidance for the air quality model review of stationary source and environmental impact assessment had been prepared. For major sources with respect to 57 cases in four categories, the air pollution incremental offset and emissions from proposed in the environmental impact assessment had been complied. (5) The simulation and quantitative analysis of emission sources regarding their impact on fine particulate matter (PM2.5), daily maximum eight-hour ozone concentration, and daily maximum hourly concentration for the baseline years 2019 and 2021 in Taiwan's atmosphere have been completed. The simulated emission sources include the five major industries in Taiwan's counties and cities, as well as the three major pollution sources. During pollution events, the impact ratio of Taiwan's own emissions is higher compared to non-pollution events.",
        "proj_year": "111",
        "org_name": "空保處",
        "exe_unit": "國立雲林科技大學",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1110257486",
        "publish_date": "20250310"
    },
    {
        "chi_title": "109至110年度光化學評估監測站操作品保例行性計畫",
        "chi_subject": "環保署自91年起於臺中市崇倫公園架設第一座光化測站，至109年已完整設置了10座固定光化學評估監測站及5個監測車；而在110年2月將原為行動站之5號監測車改為固定站，因此，於110年為11座固定光化學評估監測站及4個監測車。透過資料的品保與品管，光化監測網穩定運行超過19年，各站54個揮發性有機化合物的逐時資料，無論數據品質、連續性與完整性，全世界有目共睹，不但為臺灣針對臭氧問題而進行之環境監測所累積之最寶貴的資產，同時有助於環保署實施空氣污染總量管制，使臺灣的空氣品質逐漸獲得改善。透過多年之觀測資料，得知一次污染物濃度雖走向改善趨勢，但是二次污染物的臭氧改善趨勢並不明顯，故可利用光化測站資料進行研究，探討臺灣大氣中揮發性有機化合物的特徵，並搭配空品測站資料進行分析比較，進而有效改善大氣中臭氧濃度偏高的問題。\n目前臺灣光化站內所使用之監測設施係採用美國Perkin Elmer公司自動揮發性有機化合物分析系統作為光化站主要監測設施，整體系統包含熱脫附儀、氣相層析儀／火焰離子偵測器、氣體產生機、標準氣體、空壓機及控制電腦等裝置，其中，熱脫附儀及氣相層析儀／火焰離子偵測器為主要分析儀器。為確保光化站高運轉率及產出正確性數據，除仰賴修訂測站品管操作手冊及品保查核手冊外，並且落實執行此兩本手冊所規範事項，另於計畫執行期間持續檢討測站現場查核細項，並針對測站周遭環境維護、測站品保手冊、測站安全設施、資深人員不定期查核及行動測站氣象設備查核等項目進行查核程序。\n本計畫完成各項工作：(1) 完成11個固定站及4個監測車雙月現場查核工作；各測站有部分缺失，包括圖譜出現雜訊、層析峰出現拖尾、管線銹蝕、降溫晶片結冰、安全旬維護紀錄表、設備旬維護紀錄表及安全及設備月紀錄表未放測站或出現圖譜分析不完全等。所有缺失經由反映後，維護廠商均將其改善，持續維持系統穩定，降低重複出現缺失的機率。亦完成不定期查核，其主要在於避免例行性查核慣性造成查核盲點，此部份由計畫主持人至各測站查核，發現各測站整體維護作業並無重大缺失事項，其他缺失事項也於事後複查時改善。(2) 數據品質查核，各測站之數據保全工作均與儀器維護廠商維護人員確認保存完整外，同時也確認均已備份至第二存放點於儀器維護廠商移動式硬碟內；原始數據紀錄與傳送數據查核結果發現，各測站數據筆數吻合。歸納資料可用率未達85%的原因與改善建議分為兩大項，分別為儀器元件耗損導致可用率下降、標準品查核超過偏差 (±15%)。(3) 標準品查核之查核頻率為每月一次，每3日施打標準品，次一工作日品保單位會立即管控標準品是否超出允收範圍，如超過會立即請維護單位確認原因並追蹤改善結果，品保單位須依此判定該月定性定量之基準。(4) 依據品保查核手冊之系統及績效查核項目包括方法偵測極限、檢量線及檢量線確認、空白樣品查核、精密性及績效查核等五項工作，本查核之工作由測站維護商於測站執行，本計畫負責將資料彙整並進行統計。(5) 氣象設備查核主要針對監測車之風向、風速計進行查核，各監測車之氣象查核均符合允收範圍。(6) 維護廠商均有按預定期程進行各別測站的年度保養。(7) 蒐集國內外光化站運作及品保相關資訊及監測數據分析、運用成果。\n不論測站所在位置位於都會區、工業區或兩種區域共存之型式，在不同測站各物種均有其之變化趨勢，但是主要多為逐年下降的趨勢。另外，數據經由臭氧最大增量反應 (MIR) 的轉換，求得各測站106年至110年前五位的臭氧生成潛勢（OFP）；110年各測站各物種OFP (臭氧生成潛勢) 年平均濃度前五大物種中，均有均有乙烯 (Ethylene)、丙烯 (Propylene)、甲苯 (Toluene)、間對二甲苯 (m,p-Xylene)四個物種，其餘物種包括異戊二烯 (Isoprene) 、鄰二甲苯 (o-Xylene)、1,2,4-三甲基苯 (1,2,4-Trimethylbenzene)。在110年除忠明有略微上升外，其餘測站歷年總臭氧生成潛勢亦有歷年下降的趨勢。",
        "eng_title": "Quality Assurance and Data Validation on Ozone precursor Monitoring from Photochemical Assesment Monitoring Stations (PAMS) in 2020-2022",
        "eng_subject": "Ten stationary photochemical assessment monitoring stations (PAMS) has been constructed since its first station being established in Taichung city in 2003. A set of quality assurance and control routines has gradually evolved into a standardized procedure to ensure data quality. Monitoring data of 54 target compounds from any one of the Eleven stations can now be assessable to users. For certain stations, data length of more than 15 years was achieved and readily assessable in the database with a data completion rate over 85%, which constitutes the most valuable asset in the systematic study of ozone problems in Taiwan. With the active implementation of total air pollution control by the Environmental Protection Administration, air quality is gradually improving in Taiwan. While the concentrations of primary pollutants are decreasing, the concentrations of secondary pollutants keep increasing especially ozone. In order to better understand the characteristics of ozone, including ozone precursors, eleven stationary photochemical assessment monitoring stations and four mobile photochemical assessment monitoring laboratories were established for air monitoring to completely comprehend the pollution characteristics of the major photochemically polluted areas in Taiwan.\nThe Perkin Elmer Co. built automatic volatile organic compounds (VOCs) analytical systems are utilized in the PAMS as the primary photochemical monitoring equipment. The whole system consists of a pre-concentrating device, a thermal desorption unit, a gas chromatograph with flame ionization detector, gas generators, standard gas, an air compressor and a controlling computer. In addition to the internal quality control steps taken in the monitoring station, the operational effectiveness of the system in PAMS and the accuracy of the data generated by the instrument were assured by the scheduled and unscheduled external on-site quality assurance audits.\nWe used the data produced by this project from 2017 to 2021 years and analyzed and sorted by the annual average concentration, and the box-and-whisker diagram changes in the past five years are drawn using the average annual concentration of eight main compounds. Regardless of whether the station is located in a metropolitan area, an industrial area, or a type where the two regions coexist, each species has its own changing trend at different stations, but the main trend is to decline year by year. In addition, the data was converted through the maximum incremental reaction (MIR) of ozone to obtain the top five ozone-contributing compounds of each station. Toluene, m,p-xylene, ethylene and propylene have four major contributions. The fifth one has o-xylene and 1,2,4-trimethylbenzene, only Taixi and Chaozhou Station have isoprene, which is a special biological source emission material.In addition to the slight upward trend at Zhongming over the years and its total ozone generation potential has also been declining over the years.",
        "proj_year": "109",
        "org_name": "監資處",
        "exe_unit": "國立中央大學",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1092016752",
        "publish_date": "20250318"
    },
    {
        "chi_title": "資源循環指標、物質流及環境效益分析專案工作計畫（第2年）",
        "chi_subject": "因應國際淨零排放趨勢及全球氣候變遷，為全面負起環境治理的責任，打造更堅韌的永續臺灣，行政院環境保護署在2023年8月升格改制為「環境部」，同時成立「資源循環署」專責整體資源循環政策及管理，並以「資源循環零廢棄」為核心理念，訂定「3大循環策略」及「2大驅動支柱」為施政主軸，期達成零廢棄及淨零排放的雙零願景。\n為了支持循環署掌握整體資源循環政策及管理，本年度計畫有三大重點，首先，研析國際上資源循環政策及公正轉型推動措施，並盤點國內公正轉型相關的工作，設計檢核表單彙整署內推動成果，以及定期追蹤與檢討「資源循環零廢棄」戰略、與跨部會促委會及分工小組執行狀況。第二，參考國際上循環經濟相關指標，規劃我國資源循環指標監測架構，並配合永續發展目標期程，計算我國金屬物質足跡，最後將針對資源循環分析系統進行全面的改版，設計資源循環情報展示相關指標的進度，並開發總體物質流布圖，以利使用者能快速的了解我國的現況，並透過互動式功能，使用者能更深入分析特定項目，資源循環分析系統未來將作為「資源循環雲」的雛型。本計畫也將精進2023年開發的減碳效益試算工具，將持續擴增碳係數數量並加強再生料係數收集，鼓勵業者在產品或工程材料上思考綠色設計原則，並導入不同情境的計算功能，以強化此工具的實用性。\n本計畫亦配合循環署推動資源循環零廢棄戰略，優化資源循環署全球資訊網，進行資源循環政策宣導、物質流相關資訊之公開，達成與各界溝通之目的。透過網站公開、政策年報及專諮會與研討會議溝通管道，持續與專家學者進行交流討論，以促使未來朝向淨零的目標前進。",
        "eng_title": "The Project of Resource Circulation Indicators, Material Flow, and Environmental Benefit Analysis",
        "eng_subject": "In response to global net-zero emissions trends and climate change, and to take comprehensive responsibility for environmental governance, the Environmental Protection Administration (EPA) was restructured as the Ministry of Environment in August 2023. This transition established the Department of Resource Circulation, which is dedicated to advancing resource circulation policy and management with the core concept of  Resource Recycling and Zero Waste. The Department has set Three Strategies and Two Key Pillars as the central focus to achieve a vision of zero waste and net-zero emissions.\nTo support the Department's oversight of resource circulation policy and management, this year's project emphasizes three main areas. First, it analyzes international resource circulation policies and just transition measures, assesses domestic efforts related to just transition, and designs checklists to compile progress within the Department. It also conducts regular reviews and assessments of the  Resource Recycling and Zero Waste  strategy, alongside cross-ministerial committees and task force actions. Second, drawing from international circular economy indicators, it outlines a framework for monitoring resource circulation indicators in Taiwan and calculates the country's metal material footprint in line with sustainable development goals. Finally, the project entails a comprehensive upgrade of the Resource Circulation Analysis System to enhance the display of key indicators and develop a macro-level material flow map, allowing users to quickly understand the national status. With interactive features, users can dive deeper into specific topics, setting the stage for the future “Resource Circulation Cloud.”\nThe project will also enhance the carbon reduction estimation tool developed in 2023 by expanding the database of carbon coefficients and focusing on the collection of recycled material coefficients. It aims to encourage businesses to incorporate green design principles in products or construction materials and introduces multi-scenario calculations to increase the practicality.\nAdditionally, the project supports the Department’s “Resource Recycling and Zero Waste” strategy by optimizing the Department’s global information website. This will help promote resource circulation policies, ensure transparency of material flow data, and facilitate communication with stakeholders. Through public reports, annual policy reports, and expert consultations, the project will continue to engage with academics and professionals, driving the nation closer toward a net-zero goal.",
        "proj_year": "113",
        "org_name": "循環署綜合規劃組",
        "exe_unit": "財團法人工業技術研究院",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131288174",
        "publish_date": "20250221"
    },
    {
        "chi_title": "汽車排氣污染導入科技監視及強化使用中車輛管理專案計畫",
        "chi_subject": "國內外對於使用中車輛污染排放管理，主要以定期檢驗搭配不定期檢驗方式\n進行管理，然此管理方式，除耗費大量人力、檢驗成本外，定檢周期過長且須車主配合等缺點。鑑此國際已逐步導入非接觸光學遙測科技監測管理，透過即時監測車輛道路行駛時氣狀污染物及黑煙狀態，篩選高污染車輛，並以排氣檢測確認實質排放，促使疑似高污染車輛及時維修或汰換，進而改善空氣品質。本年度透過遙測技術發展、監測資料管理、高污染車輛自動辨識及排放稽查法規研修與專業教育訓練，完成（1）研訂汽車排放空氣污染物遙測篩選標準、汽車污染物遙測量測方法及使用中汽車排氣污染檢測方法..等5 項法規修訂草案，完備使用中車輛排放科技執法作業環境；（2） 建構道路遙測、監測資料管理與高污染車輛自動辨識科技監視，導入使用中車輛排放管制，健全環境科技管理；（3）攜手11 縣市地方政府，完成35 處污染熱點遙測實證，累計調查8.5 萬輛次車輛排放、篩選147 輛次進行複測，處分或改善52 輛次，遙測快篩取代傳統無差別式攔檢提高不合格檢出率7倍，強化使用中車輛排放管理。",
        "eng_title": "Project on import technology monitoring of vehicle emission and enhance in-service vehicle supervision.",
        "eng_subject": "The current management of in-use vehicle emissions, both domestically and\ninternationally, primary on a combination of periodic and nonperiodic technical\ninspections, which is labor-intensive, costly, period of periodic inspections, and the need for cooperation from vehicle owners. The adoption of non-contact optical remote sensing technology allows for the rapid screening of high-emitting vehicles by monitoring their real-world emissions. combine vehicle exhaust emission inspections, enables timely repairs or replacements, and then improving air quality. Through advancements in remote sensing technology, monitoring data management, automated identification of high emitting vehicles, and revisions to emission inspection regulations, as well as comprehensive professional training, completed project results (1) developed five draft regulatory amendments, including emission standards for remote sensing screening of vehicle, remote sensing measurement methods for vehicle emissions, and inspection methods for in-use vehicle emissions, perfect operational environment for technological law enforcement for in-use vehicle emissions; (2) establish a road remote sensing system, monitoring data management, and automated identification of high-emitting vehicles for in-use vehicle emission control and Improve environmental science and technology management; and (3) combine with 11 county and city governments to complete remote sensing demonstrations at 35 emission hotspots, accumulating 85,000 vehicle emissions inspections, screen 147 high-emitting vehicles to emission test , and penalty or emission improving 52 vehicles. Remote sensing rapid screening has replaced traditional indiscriminate inspections, increasing the detection rate of non-compliant vehicles by seven times and strengthening the management of in-use vehicle emissions.",
        "proj_year": "113",
        "org_name": "環境部大氣環境司",
        "exe_unit": "財團法人車輛研究測試中心",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131286470",
        "publish_date": "20250222"
    },
    {
        "chi_title": "石化污染環境調查及溯源技術評估先期計畫",
        "chi_subject": "本計畫蒐集國內主要石化產業現況及環境污染主因，篩選離島工業區作為代表。\n空污方面以VOCs為關鍵，分為臭氧前驅物、HAPs、異味三大議題。臭氧前驅物重要VOCs為石化原物料乙、丙烯及溶劑類甲苯、二甲苯。HAPs重要VOCs以SM、VCM、PVC、ABS石化製程為主。異味陳情重要VOCs為芳香烴、含氧VOCs。\n環境重金屬方面，六輕鄰近之彰化及雲林地區之調查區介質（空氣、水體、土壤、底泥、農漁產品等）各項重金屬濃度多符合法規標準，與其他區域比較亦無明顯差異。\n土壤及地下水方面，雲林土壤砷問題乃長期引灌富砷地下水所致。\n其他環境調查方面，國衛院發現雲林及高雄重點物種為乙醇、甲苯、丙酮、2-乙基己醇、壬醛等。另有國內學者以高雄特工站數據推估健康風險，指出六大物種為1,3-丁二烯、苯、1,2-二氯乙烷、氯仿、氯乙烯和丙烯腈。\n考量各環境基質污染情形，石化業以空污VOCs為關鍵，本計畫以HAPs作為溯源技術可行性評估標的，於仁大工業區以線上GC-MS監測。分析結果顯示，線上GC-MS在HAPs調查上可彌補光化站測項及HAPs手動採樣、時間解析度不足劣勢。\n中長程研究規劃方面，短期可發展周界感測器、高值觸發採樣、CC-FTIR；中期可發展移動測繪、OGI、CRDS、NGEM PAMS；長期可發展線上GC-MS、AIM-TOF-MS；預期可強化空污溯源技術、達成環境治理目的。",
        "eng_title": "Petrochemical Pollution Environmental Investigation and Tracing Technology Assessment Preliminary Plan",
        "eng_subject": "This project collects data on the current state of the domestic petrochemical industry and the main causes of environmental pollution, and selects Yunlin offshore industrial park as representative petrochemical areas in Taiwan.\nRegarding air pollution, VOCs (volatile organic compounds) are a key issue for the petrochemical industry, which can be classified into three major categories: ozone precursors, hazardous air pollutants (HAPs), and odors. Important VOCs as ozone precursors include petrochemical materials such as ethylene, propylene, and solvents like toluene and xylene. For HAPs, key VOCs are mainly related to petrochemical processes such as SM (styrene monomer), VCM (vinyl chloride monomer), PVC (polyvinyl chloride), and ABS (acrylonitrile-butadiene-styrene). Important VOCs related to odors are solvent-based aromatic hydrocarbons and oxygenated VOCs.\nRegarding environmental heavy metals, the areas near the Yunlin offshore industrial park (the Sixth Naphtha Cracking Project) in Changhua and Yunlin counties have concentrations of heavy metals in various media (air, water, soil, sediment, agricultural and fishery products) that mostly comply with regulatory standards, with no significant differences when compared to other regions.\nIn terms of soil and groundwater, the arsenic issue in Yunlin County's soil is due to long-term irrigation with arsenic-rich groundwater.\nFor other environmental investigations, the National Health Research Institutes (NHRI) have identified key species in Yunlin and Kaohsiung as ethanol, toluene, acetone, 2-ethylhexanol, and nonanal. Additionally, domestic researchers have estimated health risks based on data from Kaohsiung's special monitoring stations, pointing out six major species: 1,3-butadiene, benzene, 1,2-dichloroethane, chloroform, vinyl chloride, and acrylonitrile.\nConsidering the pollution status of various environmental media, VOCs in air pollution are key for the petrochemical industry. This project uses HAPs as the target for evaluating the feasibility of source-tracing technology, employing online GC-MS (Gas Chromatography-Mass Spectrometry) monitoring at the Renda industrial park. The analysis results show that online GC-MS can compensate for the limitations of photochemical stations and manual sampling of HAPs, which often lack sufficient temporal resolution.\nFor medium-term and long-term research planning, the project proposes short-term development of perimeter sensors, high-value triggered sampling, and CC-FTIR (Close-Cell Fourier Transform Infrared Spectroscopy); medium-term development of mobile mapping, OGI (Optical Gas Imaging), CRDS (Cavity ring-down Spectroscopy), and NGEM PAMS (Next Generation Emission Measurement PAMS); and long-term development of online GC-MS and AIM-TOF-MS (Aerosol Ionization Time-of-Flight Mass Spectrometry). It is expected that these efforts will enhance air pollution source-tracing technology and achieve environmental governance goals.",
        "proj_year": "113",
        "org_name": "國環院環境治理研究中心",
        "exe_unit": "環興科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131259719",
        "publish_date": "20251105"
    },
    {
        "chi_title": "資源循環及減碳效益驗證技術(2\/4)",
        "chi_subject": "國家環境研究院於2023年訂定資源循環與淨零排放技術發展藍圖，從短期發展建議中聚焦4+3個循環項目，並針對該循環項目研擬資源循環及減碳效益驗證機制，綜合國際間技術發展趨勢及研究方案，具驗證機制短期發展需求如電池再生料科學檢測技術、熱塑性塑膠、焚化飛灰、電池及紡織數位化流向追蹤管理系統及焚化飛灰循環再製建材環境安全性基線研究；中期則應發展熱塑性塑膠、紡織品等再生料科學檢測技術；目前尚無商轉之戰略項目如再生玻纖、再生碳纖、氟化鈣污泥回收再利用則列為長期研究發展方向。另也同步蒐集國際資源循環領域技術新知、法規趨勢，並以近五年間國際間資源循環法規趨勢，研提一國內部會於資源循環政策修法方向。\n於塑膠循環材料驗證技術，本期採集國內前三大酯粒製造廠之不同應用之原生或再生PET酯粒及容器，共計34件次，以BSI Flex 6228建立相關特徵。結果顯示BSI Flex 6228方法於17件原生酯粒（排除非容器酯粒）準確率為76%、1件原生PET瓶為100%；而8件再生酯粒準確率為100%，2件再生PET瓶為0%。計畫以熱示差掃描儀圖譜研提創新作法，本作法以第二段升溫的結晶溫度及熔融峰有無α峰進行定性分析，以改善部分樣品使用BSI Flex 6228方法產生誤判情形（包括部分原生酯粒及再生PET瓶），創新作法可將原生酯粒及再生PET瓶準確率提升至100%。\n另已完成國內高溫燃燒爐與低背景液體閃爍計數器量能建置，根據本計畫執行標準品及SRF樣品檢測結果，建議方法準確度為30%絕對誤差，而方法精確度則為20%標準差。而本計畫本計畫建置的生質碳比率檢測方法可應用於資源循環燃料。若需擴大應用到液體燃料或化學品等不同的樣品基質尚須驗證。",
        "eng_title": "Resource circulation and verification technologies for carbon reduction benefits(2\/4).",
        "eng_subject": "In 2023, the National Environmental Research Academy formulated the Blueprint for the Development of Resource Circulation and Net Zero Emission Technologies. The plan focuses on 4+3 circular projects from short-term development recommendations, drafting verification mechanisms for resource circulation and carbon reduction benefits for these projects. Based on international technological development trends and research initiatives, the short-term priorities include developing scientific testing technologies for recycled materials from batteries, thermoplastic plastics, incineration fly ash, and digital flow tracking management systems for strategic projects, as well as conducting baseline studies on the environmental safety of using recycled incineration fly ash in construction materials. In the medium term, efforts should focus on advancing scientific testing technologies for recycled materials, such as thermoplastic plastics and textiles. For long-term research and development, strategic projects that are not yet commercially viable—such as recycled fiberglass, recycled carbon fiber, and the reuse of fluorinated calcium sludge—are identified as key priorities.\nThis projects collected 34 samples of virgin or recycled PET resins from the top three domestic polyester pellet manufacturers with different applications. Relevant characteristics were established using the BSI Flex 6228 method. The results showed that the BSI Flex 6228 method achieved an accuracy rate of 76% for 17 virgin resins (excluding non-container resins) and 100% for one virgin PET bottle. Meanwhile, the accuracy for 8 recycled resins was 100%, but the accuracy for 2 recycled PET bottles was 0%. We also developed an innovative approach using a differential scanning calorimeter (DSC) spectrum for further analysis. This method uses the crystallization temperature and the presence or absence of an α peak in the second heating stage to conduct qualitative analysis, improving the misclassification issues found when using the BSI Flex 6228 method (including for certain virgin resins and recycled PET bottles). The new method increases the accuracy rate for virgin resins and recycled PET bottles to 100%.\nAdditionally, the domestic high-temperature incineration furnace and low-background liquid scintillation counter have been established. Based on the detection results of standard and SRF samples in this project, the recommended method has an accuracy of 30% absolute error and a precision of 20% standard deviation. The biomass carbon ratio detection method developed in this project can be applied to resource-recycling fuels. However, further validation is needed if the method is to be extended to liquid fuels or chemicals with different sample matrices.",
        "proj_year": "113",
        "org_name": "國環院氣候變遷研究中心",
        "exe_unit": "財團法人工業技術研究院",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131211606",
        "publish_date": "20250210"
    },
    {
        "chi_title": "113年度新竹縣非農地環境雜草管理計畫",
        "chi_subject": "我國以農立國，然而由於工商業的蓬勃發展，使得從事農業勞動之人力短缺情形日趨嚴重，農田與非農地雜草的管理，大多仰賴除草劑，現今除草劑之使用已佔台灣農藥使用量1\/3以上，非農地用之除草劑不當使用更時有所聞，除危害生態環境外，也造成民眾健康危害。於農民的慣用農法中，多半使用除草劑以彌補人力不足的情形，而非農地的雜草往往貼近民眾的生活圈，雖然政府於農藥管理法明文規定非農地(非農用)不得使用除草劑(農藥)，但因人力、經費成本或其他考量因素，仍有違法使用除草劑情形，顯見多數民眾對非農地禁用除草劑的觀念仍有待建立與推廣。\n本工作團隊依環保署毒物及化學物質局所訂定之「非農地之環境雜草管理政策專案計畫」，以宣導環境雜草正確清理方式，並配合非農地環境雜草管理指引，辦理除草工作示範，以避免使用除草劑造成之土壤污染問題，維護環境及民眾健康。有鑒於此，透過教育及宣導活動提高機關、學校、社區及民眾相關認知與配合度，確保環境品質及民眾健康。",
        "eng_title": "113th Annual Hsinchu County Non-Agricultural Land Environmental Weed Management Plan",
        "eng_subject": "Taiwan is an agricultural country. However, due to the vigorous development of industry and commerce, the shortage of manpower for agricultural labor has become increasingly serious. The management of weeds in farmland and non-farmland mostly relies on herbicides. Currently, the use of herbicides accounts for 1% of the total pesticide use in Taiwan. \/ 3 and above, improper use of herbicides on non-agricultural land is often heard, which not only harms the ecological environment, but also causes harm to public health. In the conventional farming methods of farmers, herbicides are mostly used to make up for the lack of manpower. However, weeds in non-agricultural land are often close to people's living circles. Although the government clearly stipulates in the Pesticide Management Law that herbicides cannot be used in non-agricultural land (non-agricultural use), However, due to labor, financial costs or other considerations, there are still cases of illegal use of herbicides. It is obvious that the concept of banning herbicides on non-agricultural land has yet to be established and promoted among the majority of the people.\nThis work team is following the Non-agricultural Weed Management Policy Project established by the Bureau of Toxic and Chemical Substances of the Environmental Protection Agency to promote the correct way to clean up environmental weeds and follow the non-agricultural environmental weed management guidelines to handle Demonstration of weed control to avoid soil pollution caused by the use of herbicides and protect the environment and public health. In view of this, education and promotion activities are carried out to enhance the relevant awareness and cooperation of government agencies, schools, communities and the public, so as to ensure environmental quality and public health.",
        "proj_year": "113",
        "org_name": "新竹縣政府環境保護局",
        "exe_unit": "富聯工程顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131205902",
        "publish_date": "20250228"
    },
    {
        "chi_title": "113年污水管理策略及水污費徵收制度評析計畫",
        "chi_subject": "生活污水污染源改善方針主要為公共污水下水道建設，然而在高接管率地區仍有生活雜排水未納入下水道或攤商前巷污水排入道路側溝等晴天污水排入河川水體的問題。本計畫蒐集資料並至現場調查確認後，從法制面切入，協助環境部以跨部會合作方式，依不同區域之權責機關因地制宜設置合適的污水處理設施，分工解決生活污水問題。另協助環境部更新家戶水污費徵收推動參考指引，作為地方政府推動政策之參考資料，並召開說明會督促地方政府將家戶水污費法制化，盡速開徵家戶水污費，促進下水道公告使用區域內污水接管率。\n為改善社區及建築物污水處理效能及改善委託操作消費糾紛，本計畫協助擬訂社區污水處理設施受託操作服務定型化契約應記載及不得記載事項草案、辦理社區專用下水道操作管理訓練課程、建築物污水處理操作清理訓練課程、更新操作管理及操作清理手冊等工作；另協辦預鑄式建築物污水處理設施審定登記案件審查、訂定由地方辦理之生活污水污染削減計畫及綜整執行成果。",
        "eng_title": "Evaluation of the Management Strategy for the Domestic Wastewater and Levy of Water Pollution Control Fee in 2024",
        "eng_subject": "The primary strategy for addressing domestic sewage pollution is the construction of public sewage systems. However, in areas with high sewage connection rates, challenges remain, such as miscellaneous domestic wastewater not being directed into the sewage system or vendor wastewater being discharged into roadside ditches, leading to the discharge of untreated sewage into rivers through storm sewer even during dry weather. In non-urban planning areas, the absence of sewage construction planning necessitates reliance on building-based wastewater treatment facilities or the establishment of dedicated sewage systems and demonstrative community wastewater treatment facilities to manage domestic sewage.\n\nTo improve the efficiency of wastewater treatment for communities and buildings and to address consumer disputes related to outsourced operations, this project assists in drafting a standardized contract template that specifies mandatory and prohibited clauses for outsourced operation services of community wastewater treatment facilities. It also organizes training courses on the operation and management of community-specific sewage systems and on cleaning and operating building wastewater treatment facilities. Additionally, the project updates operation and cleaning manuals, assists in the review and approval of cases involving prefabricated building wastewater treatment facility registration, formulates locally implemented domestic wastewater pollution reduction plans, and consolidates execution results.",
        "proj_year": "113",
        "org_name": "環境部水質保護司",
        "exe_unit": "財團法人中興工程顧問社",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131203538",
        "publish_date": "20250214"
    },
    {
        "chi_title": "臺南市-113年資源循環工作計畫",
        "chi_subject": "本計畫執行重點在於協助環保局執行「環境部113年資源循環考核計畫」，掌握本市資源回收工作整體執行成果，透過稽查管制工作，督促轄內列管業者落實回收場域之環境維護，並暢通回收物之後端去化管道，達成資源永續循環之目標。執行成果說明如下：\n（一）整合本市資源回收工作成果及辦理環境部資源循環考核計畫\n1.辦理5場次工作檢討會、1場次考核檢討會，檢討資源回收工作。\n2.彙整分析112年各縣市特色作法，提出適合本市之建議，整理出八大架構41項具體作法推動本市執行機關、社區、學校、團體四大體系及回收商等落實資源回收工作，依區域型態，因地制宜，擬定策略。\n3.截至113年11月30日止，環保署考核分數得分為91.20分（滿分110分，達成率83%）。\n（二）加強辦理統計數據申報工作\n1.輔導3,725處申報資源回收量，以事業單位1,503處居多，其次為集合式住宅624處；各區清潔隊亦輔導295處單位申報，年度增加33,036公噸資源回收量，以佳里區及麻豆區輔導最為積極。\n2.完成39處機關及235所學校數據申報檢核工作，回收物交付對象以回收商195處(71%)居多、其次為個體業者31處(11%)。\n3.訂定「113年資源回收申報獎勵評比制度計畫書」，由申報積極度、按期申報及申報方式（如網路申報）等，篩選出得獎名單（250處申報獎、50處回收量獎），頒發獎狀及等值宣導品，獎勵積極主動申報單位。\n4.113年1-9月資源垃圾回收量達458,811公噸，資源回收物以紙類239,113公噸居多，資源垃圾回收率63.68%、廚餘回收率6.25%及一般廢棄物回收率63.35%；本市行政區資源回收率最高前三名依序為龍崎區、大內區及山上區。\n5.每週對環保局網站（一般廢棄物管理科項下子網站、資源回收全民動起來、袋袋相傳活動宣導網、東區藏金閣、廚餘多元利用資訊網）等5個資源回收相關網站，檢視網頁資訊正確性。\n（三）查核管制應回收廢棄物回收處理業\n1.受理23家應回收處理業登記申請、12家回收業者用地使用申請審查作業，督促業者遵守法令規範，並每月追蹤輔導業者按時申報營運量。\n2.輔導未達一定規模資源回收站登記（新登記2家、展延10家），本市計有25家完成資收站登記，並掌握1-11月回收量2,648.37公噸。\n3.查核146家次已登記回收處理業、108家次未達一定規模回收業，26家次經輔導後現場立即改善，7家發現陽性容器告發處分並要求業者立即清除改善。\n4.轄內列管之核准興辦事業計畫或容許使用而尚未完成應回收廢棄物回收處理業登記業者計有6家，本年度共完成12家次查核工作，上下半年各一家次，其中4家變更興辦計畫書、1家待工務局發建照、1家試運轉意見12月23日前應補正完成。\n5.於6月28日辦理1場次應回收廢棄物回收處理業者法規及消防講習、1場次宣導AI火災預警技術應用、1場次消防演練，計有88位業者共同參與。\n6.本年度結合消防局、工務局、勞工局、勞動部等完成66家消防、職安檢查工作（含已登記回收處理業30家、未達一定規模回收業36家）現場調查輔導消防設施情形、職災安全及檢查滅火器是否正常可使用，無發現缺失情形，並加強防火之宣導。\n（四）查核管制應回收廢棄物責任業者及販賣業者\n1.主動稽查違規案件54件 (含1件局內交辦案件)，其中包含43件未登記案件、9件未標示回收相關標誌\/塑膠材質辨識碼、1件未標示紙餐具QRcode標誌及1件未標示「廢乾電池請回收」字樣。\n2.環境部交辦案件143件，其中137件為未按期申報、4件未登記及2件為未標示紙容器QRcode，經確認及輔導後，126件改善完成、3件符合規定、3件輔導登記、11件行方不明。\n3.他縣市移辦案件110件，其中79件為疑似未登記、28件為未標示回收標誌，經確認及輔導後、3件未標示廢電池請回收，53件輔導登記、43件符合規定(無違規情形\/已登記為責任業者身分業者)、22件辦理登記、14件非屬列管或無須標示及移請他縣辦理。\n4.應設置資源回收設施14大行業販賣業者稽查取締工作\n(1)完成720家現場查核工作，其中529家符合規定、73家歇業及116家發現有缺失立即輔導改善，主要原因為113年節能補助新增列管16家電子電器販賣業者未標示回收點居多，其次3家為照明光源業回收點標示脫落，因業者疏失、風吹日曬裝潢、等因素，而導致未張貼回收點標示或貼紙損毀脫落。\n(2)本市電子電器販賣業者使用線上取號套表列印計有890家，以非連鎖式家電販賣業832家(93%)為最多，其次為連鎖式家電販賣業58家(5%)。\n(3)查核311家次應設置乾電池回收桶販賣業者，以南區31家次為最多，其次為永康區29家次。\n5.抽查輔導260家應設置紙餐具專用設施之便當店及自助餐店，其中155家符合規定、82家立即改善1家施工中及22家解除列管（改為無內用店家為6家，歇業13家及內用改為可重複清洗餐具3家）。\n6.查核323家禁用PVC食品容器管制業者，計722件產品，查核結果並無發現違規情形。\n（五）執行廢機動車輛回收處理(焚化爐)衍生廢棄物(ASR)再利用工作\n環保局同意帝壹統公司進ASR共200公噸至永康焚化廠，7月至10月共進191.12公噸焚化，剩餘8.88公噸陸續安排期程進場。\n（六）協助機關強化資源回收政策\n依據「113年應回收廢棄物回收處理業示範場補助計畫」，選出3處示範廠，依施作地點當地特色，與業者討論並設計相關中文標示牌、廠區配置圖、形象招牌及公佈欄等物品，完成形象改造。\n（七）維護資源回收資料庫\n為即時查詢列管業者歷史紀錄及查詢案件辦理進度，本年度持續更新資源回收資料庫，以利掌控各業者管制狀態。\n（八）查核輔導環保局清潔隊資源回收貯存場\n完成8處清潔隊回收貯存場第一季至第四季巡查及複查，廢輪胎類露天堆置於貯存區外、照明光源未鋪設緩衝設施、保麗龍溢滿、緊急應變聯絡名冊未更新等缺失，皆已於現場改善完成，以麻豆區整體環境及細分類情形為最優。\n（九）提高綠\/雜色廢玻璃容器再生料（砂）再利用量\n提送本市綠色\/雜色廢玻璃容器再生料再利用方式規劃書，為讓廢玻璃容器再生料（砂）能運用在臺南市相關工程，本年度與程豐環境科技股份有限公司簽訂玻璃容器再生料開口契約，並規優先使用於環保局相關工程。\n（十）提升舊衣及女性內衣回收管道效能及暢通再利用管道\n1.核准8件(新申請2件、展延6件)舊衣回收設施展延申請，並更新核准舊衣回收設施GOOGLE MAP便民查詢。\n2.結合10處賣場、4家內衣品牌業者、3處村里資收站辦理二手內衣回收月兌換活動。自3月8日起至5月31日止計1,208人次參與，回收二手女性內衣10,840件(約759公斤)，平均每月403人回收約3,613件二手女性內衣。\n（十一）提升指定公告應回收廢棄物項目回收量\n提升指定項目回收量，於7月結合32處3C電器販賣業者辦理5回收折價換好物活動，共計511人次參與，回收筆記型電腦111台、平板電腦(7吋以上)152台、手機624支及廢乾電池377公斤，以提升回收量，達考核目標。\n（十二）執行源頭減量稽查作業\n1.中央公告源頭減量稽查\n(1)完成6,057家查核，以一次用飲料杯2,572家次(42%)居多，其次為限制購物用塑膠袋1,815家次(30%)，其中35家違反規定告發處分。\n(2)於重大節慶前夕進行限制產品過度包裝稽查，完成18家販賣業者，檢查禮盒共1,154件，包含春節236件、西洋情人節170件、端午節261件、七夕情人節201件、中秋節286件包裝禮盒，其中以加工食品禮盒520件居多，其次為糕餅禮盒451件，抽查結果未發現過度包裝情形。\n(3)完成網際網路購物包裝業者稽查31家次，未發現有違規情形，網購包材業者表示法規上路後已大幅減少使用緩衝包材，71%網購包裝業者包裝產品時無使用緩衝包材，且皆已建立符合法規的管理機制或相關紀錄。\n2.臺南市低碳城市自治條例稽查\n(1)限制使用保麗龍飲料杯具政策查核423家，以飲料店319家居多，其次為連鎖便利商店30家。\n(2)提供環保餐具供民眾選用政策查核1,024家，以有店面餐飲業372家居多，其次為量販店(美食街)152家。\n（十三）辦理環境部113年度資源循環推動全國業務研討會\n1.於2月23日完成提送辦理全國業務研討會工作規劃書。\n2.於4月10日擇定辦理全國業務研討會舉辦日期、時間及地點，舉辦日期為9月2日至9月3日，地點於安平福爾摩沙遊艇酒店辦理。\n（十四）協助配合辦理環境部資源循環署10月份「手機回收月」活動\n1.環境部為促進資源循環，訂定每年10月為手機回收月，期能透過回收廢手機活動，提醒民眾定期檢視家中可回收之手機並排出。另透過活動宣導手機回收價值，提升廢手機回收成效。\n2.今年度於本市轄內8處辦理手機回收月兌換活動，共計回收832支廢手機。",
        "eng_title": "Tainan City’s 113-year resource recycling work plan",
        "eng_subject": "The focus of this plan is to assist the Environmental Protection Bureau in implementing the Ministry of Environment 2014 Resource Recycling Assessment Plan to grasp the overall implementation results of the city's resource recycling work. Through audit and control work, it will urge the listed companies within the jurisdiction to implement the recycling site. Protect the environment and smooth the downstream disposal pipelines of recyclables to achieve the goal of sustainable resource circulation. The implementation results are described as follows:\n1. Integrate the city’s resource recycling work results and implement the Ministry of Environment’s resource recycling assessment plan\n2. Strengthening the reporting of statistical data\n3. Review and control of waste recycling and treatment businesses that should be recycled\n4. Check and control the responsible operators and sellers of waste that should be recycled\n5. Implement the recycling of waste (ASR) derived from the recycling (incinerator) of scrapped motor vehicles\n6. Assisting agencies to strengthen resource recycling policies\n7. Maintaining the resource recycling database\n8. Inspect and guide the Environmental Protection Bureau’s cleaning team’s resource recycling storage sites\n9. Increase the amount of recycled materials (sand) from green\/colored waste glass containers\n10. Improving the efficiency of recycling channels for used clothes and women’s underwear and unblocking the reuse channels\n11. Increase the recycling volume of waste items that should be recycled as specified in the announcement\n12. Carry out source reduction audits\n13. Assisting in organizing the Ministry of Environment’s Resource and Recycling Agency’s “Mobile Phone Recycling Month” event in October",
        "proj_year": "113",
        "org_name": "臺南市政府環境保護局",
        "exe_unit": "綠信環境科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131198808",
        "publish_date": "20250228"
    },
    {
        "chi_title": "化學物質生命週期風險評估管理溝通計畫",
        "chi_subject": "隨著科技與工業的快速發展，化學物質廣泛應用於產業及日常生活，對環境與健康的衝擊日增，綠色化學與無毒環境已成為全球永續發展的必要。環境部化學物質管理署（簡稱化學署）委託財團法人環境永續發展基金會（簡稱本會）執行化學物質生命週期風險評估管理溝通計畫，繼續擴充化學科普知識資料庫，加入與綠色化學、環境永續、化學物質安全替代之應用和化學物質生命週期之環境衝擊等相關內容，可持續推廣綠色化學與無毒環境。完成之計畫工作項目包含：\n1.完成收集分析國內外化學物質生命週期評估知識工具、軟體、資料庫與系統，包含4個國內標準、4個國際標準、2個國內資料庫、5個國外資料庫、4個國外商業軟體和2個國外工具。\n2.持續化學科普知識資料庫題目（含解答及解答說明）之擴充，5級別題數計627題，並召開2場專家諮詢會議，邀請國小、國中、高中和大學教育領域共8位專家審核各級別題庫，並依循專家建議-降低題庫難度及圖片搭配文字出題，已修正與更新題庫。\n3.辦理臺北市立天母國小、新北市中和區復興國小、新北市立八里國中、新北市立三重高中和國立雲林科技大學試填活動，人數計353人，亦依試填結果及回饋意見進行修改題庫。\n本會完成計畫工作項目，擴充化學科普知識資料庫可對不同利害關係人包括產業界、民眾及學生擴大說明化學物質生命週期、化學物質危害性及環境影響，持續宣導生活中正確使用化學物質觀念。",
        "eng_title": "Chemical Substances Life Cycle Risk Assessment Management Communication Plan",
        "eng_subject": "With the rapid development of technology and industry, chemical substances are widely used in various industries and daily life, leading to increasing impacts on the environment and human health. Green chemistry and a toxin-free environment have become essential components of global sustainable development. The Chemical Administration, Ministry of Environment (CHA) commissioned the Taiwan Environmental Sustainable Development Foundation (TESD FUND) to this project. This project continued to expand the chemical popular science knowledge database to include topics such as green chemistry, environmental sustainability, safer alternatives for chemical substances, and the environmental impacts of chemical life cycles. Thereby, the database could use to continuously promote green chemistry and a toxin-free environment. The project had achieving the following outcomes：\n1.\tCompleted the collection and analysis of domestic and international knowledge tools, software, databases, and systems related to chemical substance life cycle assessment (LCA), including 4 domestic standards, 4 international standards, 2 domestic databases, 5 international databases, 4 international commercial software tools, and 2 international tools.\n2.\tContinuously expanded the database, adding a total of 627 questions (including answers and explanations) across different levels. Held two expert consultation meetings, inviting eight experts from elementary, junior high, high school, and university education fields to review the different levels of database. Based on their recommendations, the questions’ difficult levels were lowed, and some questions were included images alongside text for improved clarity. The database was subsequently updated and refined.\n3.\tTrial activities were conducted at Taipei Municipal Tianmu Elementary School, New Taipei Municipal Fu-Sing Elementary School, New Taipei Municipal Bali Junior High School, New Taipei Municipal SanChong High School, and National Yunlin University of Science and Technology, with a total of 353 participants. Revisions were made to the database based on the trial results and feedback.\nTESD FUND has successfully completed all project tasks to expand the database to provide explanations to various stakeholders, including industries, the public and students, about the life cycle of chemical substances, hazards, and environmental impacts. CHA continued to promote the concepts of proper chemical use in our daily life.",
        "proj_year": "113",
        "org_name": "化學署綜合規劃組",
        "exe_unit": "環境永續發展基金會",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131193328",
        "publish_date": "20250224"
    },
    {
        "chi_title": "113年臺中市裸露地智慧辨識及空品淨化區輔導設置維護計畫",
        "chi_subject": "本計畫執行時間由１１３年７月１日至１１３年１２月３１日止，執行期間皆依期程規範辦理，整體進度達成率為９９%。本計畫透過裸露地管制作業、設置清淨空氣綠牆、推動企業植樹綠化、空品淨化區維護管理認養等面向，使空品淨化區維護管理及裸露地揚塵管制更為健全。\n在裸露地管制配合現場巡查共完成改善２０．４７６１２公頃，在推廣植樹綠化方面，積極推動工廠植樹綠化，減少裸露，增加綠覆率，共掌握植樹１６００株；在推動空品淨化區維護管理認養，已完成新增４家次認養單位，更新８面基地告示牌；在輔導設置清淨空氣綠牆作業及推廣空品淨化區示範作業，也已完成１０所學校進行綠牆設置作業，並辦理３０處校園綠牆複查作業，其餘作業均按照期程辦理。",
        "eng_title": "113 Taichung City’s guidance, establishment and maintenance plan for intelligent identification of exposed areas and empty product purification areas",
        "eng_subject": "The implementation period of this plan is from July 1, 2024 to December 31, 2024. During the implementation period, everything is handled in accordance with the schedule. The overall progress achievement rate is 99%. This plan will make the maintenance and management of air purification areas and dust control on exposed areas more complete through the control of exposed areas, the installation of clean air green walls, the promotion of corporate tree planting and greening, and the maintenance and management of air purification areas.\nA total of 20.47612 hectares were improved in the control of exposed areas and on-site inspections. In terms of promoting tree planting and greening, we actively promoted tree planting and greening in factories to reduce exposure and increase the green coverage rate. A total of 1,600 trees were planted; in promoting the maintenance and management of air purification areas , has completed the addition of 4 new adoption units and updated 8 base notice boards; provided guidance on the installation of green walls for clean air and promoted the demonstration of air purification areas. It has also completed the installation of green walls in 10 schools and processed 30 The campus green wall review operation will be carried out, and other operations will be handled according to the schedule.",
        "proj_year": "113",
        "org_name": "臺中市政府環境保護局",
        "exe_unit": "台灣曼寧工程顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131179103",
        "publish_date": "20250205"
    },
    {
        "chi_title": "桃園市-113年度桃園市推動環保許可整合計畫",
        "chi_subject": "環保許可整合、繪製污染流向圖",
        "eng_title": "License Intergration plan",
        "eng_subject": "License Intergration, Companion waste flow schematic diagrams",
        "proj_year": "113",
        "org_name": "桃園市政府環境保護局",
        "exe_unit": "台灣曼寧工程顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131118073",
        "publish_date": "20250214"
    },
    {
        "chi_title": "固定污染源暖化潛勢物質管制、有效收集與減量策略推動計畫",
        "chi_subject": "淨零排放已成主流趨勢，僅以電力部門為減量對象之措施並無法實現氣候目標；臺灣2050淨零轉型策略已將直接與固定污染源有關的產業（製造）轉型策略納入其中，固定污染源所致溫室氣體排放量須確實掌握並推動減量。於減碳策略下同時推動暖化潛勢物質及空氣污染物排放減量，以因應淨零政策的推動並及早規劃減碳及減污共利策略。暖化潛勢物質中二氧化碳為排放量最高之氣體，以燃燒為主，除主要來自電力部門，其他排放來源眾多；其餘6項溫室氣體（CH4、SF6、NF3、N2O、PFCs、HFCs）排放占比雖然較低，但排放源相對較集中，多由單一行業或製程排放，且暖化潛勢高，具減量有效性，故做為本計畫重點關注物質。\n計畫篩選出高科技產業具暖化潛勢物質高排放之公私場所掌握其高暖化潛勢物質使用現況、現行控制技術及減量作法。另透過建置集氣模場模擬固定污染源氣態污染物之逸散情形，藉此研擬集氣設施操作規範暨集氣效率量測準則。同時也針對國內金屬表面塗裝程序（鋼\/鋁捲）調查含揮發性有機物原物料種類使用量及產品產量及操作參數等資料，結合原物料檢測結果編撰本土化排放係數及其說明文件。蒐研國內外揮發性有機物減量技術其應用情形，透過訪視國內具揮發性有機物減量技術推動潛力之公私場所並進行排放管道檢測作業，綜整現勘訪廠與檢測結果，用以評估揮發性有機物回收再利用之效益。另對於國內關注空氣議題（資源循環燃料、PFAS及高科技產業衍生空氣污染物）完成國內外空氣污染管制資訊之彙整。",
        "eng_title": "Implementing Strategies to control, collect and reduce Global Warming Potential Gas Emissions from Stationary Sources",
        "eng_subject": "Net-zero emissions have become a mainstream trend, and measures targeting the power sector as the main reduction targets are no longer able to achieve climate goals; Taiwan’s 2050 net-zero transformation strategy has included industrial (manufacturing) transformation strategies, which are directly related to stationary pollution sources. Greenhouse gas emissions must be controlled. Under the carbon reduction strategy, we will simultaneously promote emission reductions of warming potential substances and air pollutants, in order to respond to the promotion of net-zero policies and plan early for mutually beneficial strategies for carbon reduction and pollution reduction. Among the warming potential substances, carbon dioxide is the gas with the highest emissions. It is mainly caused by combustion and has many emission sources. Although the remaining six greenhouse gases (CH4, SF6, NF3, N2O, PFCs, HFCs) have a lower proportion of emissions, their emissions The sources are relatively concentrated and are mostly emitted by a single industry or process. They have high warming potential and are effective in reducing emissions, so they are the focus of this plan.\nThe plan is to identify public and private sites with high emissions of substances with high warming potential in high-tech industries and to understand the current status of manufacturing processes, current control technologies and reduction practices for substances with high warming potential. In addition, a gas-gathering model field was built to simulate the situation of gaseous fugitive pollutants from fixed pollution sources, thereby developing operating specifications for gas-gathering facilities and gas-gathering efficiency measurement criteria. At the same time, the domestic metal surface coating procedures (steel\/aluminum coils) are also investigated on the types and usage of raw materials containing volatile organic compounds, product output and operating parameters, and a localized emission coefficient description document is compiled based on the raw material testing results. Search and study the application status of domestic and foreign volatile organic compound reduction technologies. By visiting domestic public and private sites with the potential to promote volatile organic compound reduction technologies and conducting emission pipeline inspection operations, the site visits and inspection results are comprehensively used to Evaluate the benefits of recycling volatile organic compounds. Complete domestic and foreign air pollution control information for domestic air issues of concern (recycling fuels, PFAS and air pollutants derived from high-tech industries).",
        "proj_year": "113",
        "org_name": "環境部大氣環境司",
        "exe_unit": "財團法人工業技術研究院",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131101758",
        "publish_date": "20250203"
    },
    {
        "chi_title": "113年臺中市空氣品質維護綜合管理及固定污染源管理與低碳輔導計畫",
        "chi_subject": "本計畫執行期程自113年5月30日至113年12月31日止，主要工作項目可分為三大方面，包括空氣品質維護綜合管理、固定污染源查核，以及固定污染源許可及空污費審查管理，現階段進度達成率為99.43%，符合預定進度。\n自110年起本市除細懸浮微粒外，臭氧八小時值也因未符合空氣品質標準列為三級防制區，本計畫持續蒐集分析環境負荷背景資料、空氣品質監測資料，以掌握本市空氣品質變化特性，並研擬本市空氣污染排放清冊，綜整各項分析數據，結合現行策略盤點結果，協助環保局規劃調整改善策略，另協助環保局透過跨局處空氣品質改善委員會、中部空污治理專案辦公室等組織，跨局處、跨縣市推動。本計畫也協助環保局執行環境部對地方主管機關進行之空氣品質維護及改善工作之績效展現追蹤，並協助修訂臺中市空氣污染防制計畫。統計113年1月至12月空氣品質，PM2.5平均濃度為13.9微克\/立方公尺，較112年減少1.7微克，空氣品質不良（日平均AQI>100）天數14天，較去年同期減少6天。\n為達成燃煤工業鍋爐退場目標，本市輔導轄內所剩7家燃煤工業鍋爐業者改用固體生質燃料或天然氣等鍋爐燃料，在積極輔導下，原有7廠使用燃煤鍋爐，已有2廠改換天然氣鍋爐，2廠改換木質顆粒，3廠配合本市試辦混燒SRF（固體再生燃料），生煤使用量從107年44萬6,471公噸\/年，降至112年度31萬6,625公噸\/年，減少12萬9,847公噸\/年。此外本市已同步啟動第四次電力業加嚴標準、第三次鋼鐵業加嚴標準及鍋爐空氣污染物加嚴標準等，以期透過加嚴標準作業，督促業者污染改善。另，計畫期間共受理383件許可申請案件，其中2家涉及屢陳案件，計畫搭配許可審查對高度陳情製程及易產生惡臭製程進行嚴加管制，目前該廠已完成改善，後續將持續追蹤製程運作情形。空污費管制對象新增列管352家，停工解除列管67家，總列管家數達3,380家，計畫執行期間完成112年第1季至113年第3季空污費審查工作，並核算催繳5,762萬5,766元，其中有4廠家未完成補繳作業，後續持續追蹤輔導並協助環保局催繳相關事宜。\n固定污染源查核對象以先公後私、先大後小的治理原則，針對污染熱區執行307家次稽（巡）查作業，其中139家次運用「紅外線氣體顯像儀」及「火焰離子偵測器」等科學儀器輔助查核，查核結果涉及告發處分家數計54家，另新增納管應申報空污費8家。針對固定污染源逸散性粒狀污染物空氣污染防制設施管理辦法查核計執行108家次，27家依記點原則進行缺失記點，並要求限期改善。加油站查核方面，搭配稽查檢測或業者定期檢測一併執行，已完成84站加油站查核作業，未發現不符情形。",
        "eng_title": "2024 Project of air quality maintenance integrated management, stationary pollution source management and low-carbon guidance in Taichung City.",
        "eng_subject": "This project has a period of execution from May 30, 2024 to December 31, 2024. This project comprises three aspects of tasks, which are integrated management of air quality maintenance, inspection of stationary pollution sources, as well as review and management of stationary polluting source permits and air pollution fees audit. Percentage of achievement is currently 99.43%, which meets the predefined progress.\nIn 2021, the air quality standards are all meet in Taichung City  except for PM2.5 and O3(8-HR).Taichung City has been classified as a Class 3 control region of O3(8-HR). Thus, this project will continues collecting the background data of environmental loads and the air quality monitoring data and analyzing these data to stay on top of the air quality changing characteristics of this city. This project also devises the Emission Data System of Taichung City and aggregates the analytic data and combining with the current strategy inventory results to assist the Environmental Protection Bureau (EPB) to plan the strategic adjustment of air quality improvement. Assistance was also given to the EPB in inter-agency and inter-city implementation through inter-agency air quality improvement panel, the Central Region of Air Pollution Control District Office, among other organizations. This project also assisted the EPB in performing the follow-ups on the performance of local authorities regarding air quality maintenance and improvement. In addition, our project had assisted in compiling and revising the air pollution control plan in Taichung City.\nAs of the end of December 2024, regarding the air quality in 2024, the average concentration of PM2.5 was 13.9µg\/m³, which was a decrease of 1.7µg\/m³ in the same period of 2023. At the same time, the days of poor air quality were 14 days in 2024, which was a decrease of 6 days in 2023. \nTo achieve the goal of exiting the Coal-fired industrial boiler, Taichung City guides 7 coal-fired industrial boiler manufacturers to switch to solid biomass fuel or natural gas and other boiler fuels. After the guidance, among the original 7 firms using coal-fired boilers, 2 firms have replaced the boilers with natural gas, 2 firms are trying to burn wood pellets, and 3 firms cooperate with Taichung's strategy to co-firing SRF (Solid Recovered Fuel). The use of coal was decreased by 129,847 tons from 446,471 tons in 2018 to 316,625 tons in 2023. Taichung city has initiated the tightening of electric power facilities emission standard for fourth amendment, Steel emission standards for third amendment and boiler emission standards. It is hoped that tightening standards can urge the firms to improve pollution. Also, during the project period, a total of 383 permits application case were accepted, two of them involved repeated cases. A plan is being made to take more strict control of the highly complained processes and the strong odor producing ones by working with permit review. This firm has finish improving and its processes will remain under follow-up checks. There were 352 additional firms under air pollution fee control and 67 firms lifted from control as they were suspended, resulting in a total of 3,380 firms under control. During the project term, the review of air pollution fees for 2023 Q1 to 2024 Q3 was completed, with reminded payment at NT$ 57,625,766 determined. There are 4 firms unpaid overdue payment. We will keep following up and counseling these firms.\nAlso assist the Environmental Protection Bureau (EPB) in reminding payment work. Based on the principle of public before private, large before small, 307 inspections (patrols) were carried out for polluted hot areas, of which 139 were assisted by scientific instruments such as infrared gas imager and flame ion detector, and the inspection results involved the number of whistle blowing and punishment households 54, and 8 new managers should declare air pollution fees. For the management measures for fugitive granular pollutants of fixed pollution sources,108 times were checked, 27 carried out missing points according to the principle of crediting points, and required improvement within a time limit. In terms of gas station inspection, it was carried out together with audit testing or regular inspection by the operator, and 84 gas station inspection operations were completed, and no discrepancies were found.",
        "proj_year": "113",
        "org_name": "臺中市政府環境保護局",
        "exe_unit": "台灣曼寧工程顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131072310",
        "publish_date": "20250204"
    },
    {
        "chi_title": "淨零政策之環境風險評估(2\/4)",
        "chi_subject": "固體再生燃料（Solid Recovered Fuel, 簡稱SRF）可以減少垃圾掩埋的需求，同時降低化石燃料的使用，進而減少溫室氣體排放。不過由於SRF成分複雜，燃燒過程可能產生有害污染物對環境造成風險，因此本計畫目的是進行SRF使用場域之污染物排放調查及環境風險評估。截至113年11月為止，國內具有SRF\/RDF為燃料之固定污染源”設置”或”操作及燃料使用”許可共22家，累計SRF\/RDF之許可最大使用量約196萬公噸\/年。112年國內生產SRF相關產品申報量約29萬公噸，佔最大許可使用量的15%。\n年初已取得及許可正常運轉的16家SRF使用廠家中，國環院計畫去年（112年）已完成5家7場次的污染物排放調查工作，本計畫完成11家12場次的污染物排放調查工作，檢測基質包含排氣、廢棄物（飛灰及底渣）、放流水，檢測污染物包含持久性有機污染物(PCDD\/Fs)、多環芳香烴碳氫化合物(PAHs)、重金屬、PSN（粒狀物染物、二氧化硫、氮氧化物）及塑化劑等。同時採集27件替代燃料及原料樣品進行元素、重金屬及塑化劑含量分析，目前環境部「固體再生燃料品質標準」中的Cl、Pb、Cd皆符合標準。排放污染物的檢測調查工作中，有3家SRF使用廠排氣的PCDD\/Fs濃度超標，這三家使用的SRF燃料中Cu含量皆較其他廠高，而Cu為PCDD\/Fs低溫再合成之觸媒。其中1家因採樣期間處於啟爐不穩定階段導致排放濃度較高。廢棄物樣品中只有1家飛灰PCDD\/Fs濃度超標，因其SRF混燒比高(86.2%)且飛灰中Cu含量最高。討論PCDD\/Fs的排放因子發現PCDD\/Fs排放濃度與SRF或替代燃料中的Cl含量及飛灰中Cu含量成正相關。排放管道PSN（包含粒狀污染物、二氧化硫及氮氧化物）只有1家的SO2超標，其餘皆符合目前排放標準，超標原因是該廠使用含高硫(S)份廢橡膠作為替代燃料，並且採用乾式脫硫方式，除酸效果不佳所致。其他排放管道、廢棄物及放流水樣品的所有檢測項目皆符合現行排放標準。\n本計畫針對台中、雲林等地區之SRF使用廠排放源使用AERMOD進行其PCDD\/Fs、PAHs及重金屬等污染物之擴散沉降模擬，作為環境風險評估的依據。蒐集及比較歐、美、日環境風險評估模式後，發現其模式皆須使用其內建之參數，且僅可代表歐、美環境特性，而加州多介質模式可帶入臺灣本土環境參數，且利用蒙地卡羅分析降低不確定性，目前Tier 1環境風險推估情形，在不同廠區中，不同介質（土壤、水體、底泥）中不同化學物種（PCDD\/Fs、PAHs、重金屬）推估之環境風險的危害商數(RQ值)皆小於1，表示目前無立即執行生態風險評估之需要。",
        "eng_title": "Environmental risk assessment of net zero CO2 emissions (2\/4)",
        "eng_subject": "Solid Recovered Fuel (SRF) can reduce the demand for landfill space while lowering the use of fossil fuels, thereby reducing greenhouse gas emissions. However, due to the complex composition of SRF, its combustion process may generate harmful pollutants that pose environmental risks. Therefore, the objective of this project is to investigate pollutant emissions from SRF utilization sites and conduct environmental risk assessments.\nAs of November 2024, there are a total of 22 domestic facilities with stationary pollution sources permitted for either the establishment or operation and fuel use of SRF\/RDF as fuel. The total maximum permitted usage of SRF\/RDF is approximately 1.96 million metric tons per year. In 2023, the reported production volume of SRF-related products in the country was approximately 290,000 metric tons, accounting for 15% of the maximum permitted usage.\nAmong the 16 SRF-utilizing facilities that had obtained permits and were operating normally earlier this year, this project completed pollutant emission investigations for 5 facilities across 7 sessions last year (2023). This year, investigations for the remaining 11 facilities across 12 sessions were completed. The analysis covered emissions in the flue gases, waste (fly ash and bottom ash), and effluent. Pollutants tested included persistent organic pollutants (PCDD\/Fs), polycyclic aromatic hydrocarbons (PAHs), heavy metals, PSN (particulate matter, sulfur dioxide, and nitrogen oxides), and plasticizers.\nAdditionally, 27 samples of alternative fuels and raw materials were collected for analysis of elemental composition, heavy metals, and plasticizer content. All tested items under the Ministry of Environment’s Solid Recovered Fuel Quality Standards (Cl, Pb, and Cd) met the required criteria.\nDuring the pollutant emission investigations, three SRF-utilizing facilities were found to have PCDD\/Fs concentrations in the flue gases exceeding standards. The SRF fuel used at these facilities exhibited higher Cu content than others, with Cu known to act as a catalyst for the low-temperature re-synthesis of PCDD\/Fs. Moreover, one facility recorded higher emissions during the sampling period due to instability in the startup phase.\nAmong waste samples, only one facility exceeded the PCDD\/Fs concentration limit in its fly ash. This was attributed to a high co-combustion ratio of SRF (86.2%) and the highest Cu content in the fly ash. An analysis of PCDD\/Fs emission factors revealed a positive correlation between PCDD\/Fs concentrations and Cl content in SRF or alternative fuels, as well as Cu content in fly ash.\nFor PSN concentrations in the flues (including particulate matter, SO₂, and NOₓ), only one facility recorded SO₂ levels exceeding the standards. This was due to the use of high-sulfur waste rubber as alternative fuel and an inefficient dry desulfurization process. All other pollutions in the flue gases, waste, and effluent samples complied with current emission standards.\nThis project uses AERMOD to simulate the dispersion and deposition of pollutants such as PCDD\/Fs, PAHs, and heavy metals from SRF-utilizing facilities in areas like Taichung and Yunlin, serving as the basis for environmental risk assessments. After collecting and comparing environmental risk assessment models from Europe, the U.S., and Japan, this project found that these models all require the use of built-in parameters, which are specific to the environmental characteristics of Europe and the U.S. In contrast, California's multimedia model allows for the incorporation of Taiwan's local environmental parameters and uses Monte Carlo analysis to reduce uncertainty. Currently, based on Tier 1 environmental risk estimation, the hazard quotients (RQ values) for different chemical species (PCDD\/Fs, PAHs, heavy metals) in various media (soil, water, sediment) across different facilities are all less than 1. This indicates that there is no immediate need for ecological risk assessment.",
        "proj_year": "113",
        "org_name": "國環院氣候變遷研究中心",
        "exe_unit": "財團法人工業技術研究院",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131064676",
        "publish_date": "20250210"
    },
    {
        "chi_title": "113年度無機行動實驗室操作管理計畫",
        "chi_subject": "行政院環境部為有效因應未來環境治理趨勢需求，以「強化全國環境檢測，優化環境治理；智慧轉型，開展永續產業」為願景，特推動「強化全國環境檢測智慧轉型計畫(111年至116年)」，並規劃「建構區域行動實驗室支援地方溯源查處」子項任務 。由於環境空氣污染來源複雜，如欲達成環境精準治理目標，並改善微量空氣污染物僅能採樣回到實驗室檢驗限制，環境部規劃建置「環境空氣檢測移動實驗室」，係運用大型可移動式測櫃，配備無機類、有機類、物理性、氣象條件等現地監測設備，並強化各設備間的組合性，使之能隨時針對空氣污染地區之污染現象與物種特性進行選擇性監測，並於平台後端導入人工智慧系統進行大量監測數據彙整、運算及解析，最終目的係冀藉由移動實驗室能之運作能在短時間提供相關環保單位污染事件之可疑污染物種及資訊，幫助儘速釐清污染來源，有效遏止環境污染，確保民眾健康。\n藉由移動測櫃優異的機動性，平時移動測櫃可於各具污染事件風險之地區(如石化工業區、科學園區)廣泛或針對性建立各項污染物及其相關性之背景資料調查，如異味污染物、揮發性有機物、重金屬、陰陽離子等，作為未來發生污染事件之污染溯源判斷依據；另一方面，於發生不明污染源事件時，藉由其可移動特性，可快速支援各地方縣市政府部署於污染場域，運用其具多樣監測組合及即時擷取、處理、解析數據特性，協助地方單位有效制定因應策略，且若能進一步結合事業及環境背景資料比對，將有助於快速找出污染源，降低污染危害。\n依據前述規劃，行政院環境部國家環境研究院(以下簡稱國環院)已於112年底完成「空氣無機污染物檢測行動實驗室」(以下簡稱行動實驗室)建置與啟用 ，成功將以往只能在實驗室裡進行的空氣粒狀污染物重金屬成分檢測，轉移到現場進行即時線上分析。此先進的行動實驗室，不僅配備了檢測細懸浮微粒(PM2.5)中質量濃度、有機碳\/元素碳、陰陽離子以及金屬元素等多種儀器，其中最特別地係將原本於實驗室中使用的氣體置換裝置串接感應耦合電漿質譜儀(GED-ICP-MS）整合至行動車輛上。這套先進設備能夠將空氣樣品直接導入分析儀器中，現地即時分析PM2.5中的微量重金屬成分。這項技術的實現可有效提升環境檢測效率，成功邁向環境檢測技術新的里程碑。\n為持續確保行動實驗室機動性、提升儀器運轉效率及兼顧監測數據品質，國環院特規劃辦理「113年度空氣無機行動實驗室操作管理計畫」，期藉遴選專業工作團隊，提供專業經驗能力與資源，執行行動實驗室移動及內部之儀器設備操作與維護，完善前述「建構區域行動實驗室支援地方溯源查處」階段性目標。",
        "eng_title": "113 Annual Inorganic Mobile Laboratory Operation Management Plan",
        "eng_subject": "In order to effectively respond to future environmental governance trends and demand, with the vision of strengthening national environmental monitoring, optimizing environmental governance, smart transformation, and developing sustainable industries, the Ministry of Environment of the Executive Yuan has promoted the Strengthening National Environmental Monitoring Smart Transformation Plan (111 to 116 years), and planned the sub-task Constructing a regional mobile laboratory to support local traceability investigations. Due to the complex sources of ambient air pollution, in order to achieve the goal of precise environmental management and improve the restriction that trace air pollutants can only be sampled and returned to the laboratory for testing, the Ministry of Environment plans to build an Ambient Air Testing Mobile Laboratory, which uses large-scale mobile It is equipped with on-site monitoring equipment for inorganic, organic, physical and meteorological conditions, and strengthens the combination of equipment, so that it can selectively monitor pollution phenomena and species characteristics in air-polluted areas at any time. An artificial intelligence system is introduced into the back-end of the platform to collect, calculate and analyze a large amount of monitoring data. The ultimate goal is to use the operation of the mobile laboratory to provide suspected polluting species and information on pollution incidents related to environmental protection units in a short time to help Efforts should be made to clarify the source of pollution as soon as possible to effectively curb environmental pollution and ensure public health.\nWith the excellent mobility of the mobile measuring cabinet, the mobile measuring cabinet can conduct extensive or targeted background information investigations on various pollutants and their correlations in areas with risks of pollution incidents (such as petrochemical industrial zones and science parks). Such as odor pollutants, volatile organic compounds, heavy metals, anions and cations, etc., which can be used as the basis for tracing the source of future pollution incidents. On the other hand, when unknown pollution source incidents occur, its movable characteristics can quickly support local counties. The city government deploys it in contaminated sites, using its diverse monitoring combinations and real-time data acquisition, processing, and analysis characteristics to assist local units in effectively formulating response strategies. If it can be further combined with business and environmental background data comparison, it will help Quickly identify the source of pollution and reduce pollution hazards.\nAccording to the aforementioned plan, the National Environmental Research Institute (hereinafter referred to as the National Environmental Research Institute) of the Ministry of Environment of the Executive Yuan has completed the construction and operation of the Air Inorganic Pollutant Detection Mobile Laboratory (hereinafter referred to as the mobile laboratory) at the end of 2012, successfully transforming the previously only The detection of heavy metal components of air particulate pollutants that can be carried out in the laboratory can be transferred to the site for real-time online analysis. This advanced mobile laboratory is not only equipped with a variety of instruments for detecting the mass concentration of fine suspended particles (PM2.5), organic carbon\/elemental carbon, anions and cations, and metal elements, but the most special one is the The gas displacement device used is integrated into the mobile vehicle in series with an inductively coupled plasma mass spectrometer (GED-ICP-MS). This advanced equipment can directly introduce air samples into the analysis instrument, and analyze the trace heavy metal components in PM2.5 instantly on site. The implementation of this technology can effectively improve the efficiency of environmental detection and successfully move towards a new milestone in environmental detection technology.\nIn order to continue to ensure the mobility of the mobile laboratory, improve the efficiency of instrument operation, and take into account the quality of monitoring data, the National Environmental Protection Agency has specially planned and implemented the 113th Annual Air Inorganic Mobile Laboratory Operation Management Plan to select a professional working team and provide professional experience and capabilities. and resources to carry out mobile laboratory movement and internal equipment operation and maintenance, and improve the aforementioned phased goal of constructing a regional mobile laboratory to support local traceability investigations.",
        "proj_year": "113",
        "org_name": "國環院環境治理研究中心",
        "exe_unit": "源壯科技有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131049814",
        "publish_date": "20250225"
    },
    {
        "chi_title": "長期淨零路徑與環境效益整合評估",
        "chi_subject": "巴黎協定通過設定控制全球暖化的目標，向世界發出因應氣候危機緊迫性的信號，促進了近乎普世的氣候行動。COP 28 後以氣候公約定義為巴黎協定關鍵十年成為了 1.5℃ 目標最重要時期。然而，全球能源轉型已偏離了淨零路徑。強化目標與企圖心時各國應考慮國情、體現衡平與共同但有區別的責任。COP 28 決議文阿拉伯聯合大公國共識 (The UAE Consensus) 指出，各國應提升企圖心，並基於全球盤點結果，於 2025 年 9 至12 個月前提出新一輪國家自定貢獻。本計畫藉由瑞典斯德哥爾摩環境研究所研發之溫室氣體低排放分析平臺 (Low Emission Analysis Platform, LEAP) 建立淨零模型。2050淨零路徑與十二項關鍵戰略除了溫室氣體淨零排放目標外，亦有巴黎協定所述提升環境品質之共伴效益。本計畫因應全球局勢並依循全球盤點國際遵約原則評析氣候變遷因應法下臺灣溫室氣體減量成果與發展趨勢，盤點臺灣淨零路徑發展現況推估臺灣長期淨零排放路徑及2035年目標與部門里程碑，續評估淨零路徑與空氣污染共伴效益，期能協助國內推動減碳政策，並追蹤國際氣候科學社群動態，加入國際主流模型聯盟與平臺網絡，延伸溫室氣體管理創新工項與展望。",
        "eng_title": "Integrated Assessment of Long-Term Net-Zero Pathway and Environmental Benefits",
        "eng_subject": "The Paris Agreement sets the goal for controlling global warming, sending a signal to the world about the urgency of addressing the climate crisis and promoting nearly universal climate action.  The post-COP 28 period, defined by the UNFCCC as the Paris Agreement Critical Decade, has become the most crucial time for the 1.5℃ goal. However, the global energy transition has deviated from the net-zero pathway.  Strengthening targets and ambition requires country parties to consider their national circumstances, reflect equity, and acknowledge common but differentiated responsibilities. The UAE Consensus in the COP 28 resolution highlights the need for countries to enhance ambition and, based on global stocktake results, submit new nationally determined contributions (2035 NDCs) nine to twelve months by 2025. This project establishes a Net Zero Model using the Low Emission Analysis Platform (LEAP) developed by the Stockholm Environment Institute (SEI). In addition to greenhouse gas net-zero emission targets, the 2050 net-zero pathway and twelve key strategies also aim to enhance environmental integrity as described in the Paris Agreement. The project team has become a formal member of the Integrated Assessment Modeling Consortium (IAMC). It will assess Taiwan's net-zero pathway development status in response to global trends and follow international inventory principles. The project will assist domestic policy promotion, join mainstream international modeling teams and analysis platform networks, and expand greenhouse gas management innovation and prospects.",
        "proj_year": "113",
        "org_name": "氣候署淨零推動組",
        "exe_unit": "財團法人工業技術研究院",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131037167",
        "publish_date": "20250228"
    },
    {
        "chi_title": "113年高雄市環境教育專案計畫",
        "chi_subject": "高雄市政府環境保護局(下稱環保局)為推廣地方環境教育並配合環境部政策，爰訂定本計畫。工作項目涵蓋環境教育輔導推廣活動以及行政配合活動等兩大面向，執行期程自113年3月22日至113 年11月30日。\n一、\t環境教育輔導及推廣活動\n本年度配合環境部目標辦理諸多環境教育推廣活動，落實環境教育持續扎根。於4月22日協助環境教育志工參加113年淨零綠生活種子講師徵選，其中有1位志工入選；另於6月28日至6月28日辦理環境教育志工增能培訓，增加本市環教志工多元能力，共計有30 位志工參與；於 5月10日至7月1日辦理環境教育繪本徵選，共計11件作品報名，從本年度獲獎作品中，挑選第一名繪本-減塑小英雄，邀請作者配音改製成有聲書，並於10月19日、20日參加繪本嘉年華，展示今年獲獎作品；8 月 17 日辦理高雄市環保志(義)工群英會，四個競賽項目共26隊報名，共計374位志工參加，各項目第一名參加全國決賽，本市於今年度決賽獲得環保金頭腦特優、資源分類王特優及清掃接力賽特優；於9月28日辦理高雄市環境知識競賽初賽，共計574人參與，四個組別前五名代表高雄市參加全國決賽，並榮獲國中組第一名、第四名及高中(職)組第四名。\n二、\t行政配合\n配合環境教育法第19條規範，於4月至7月辦理環境教育成效輔導，共輔導70處單位機關，並8月28日辦理環境教育終身學習網系統申報說明會，藉由說明會使轄內機關與學校了解相關環境法令規章，提升高雄市環境教育與環保工作績效，實體及線上參與人數共計165人；9月至10月辦理環境教育志工宣導，共計30場次；行政配合活動有效落實轄內環境教育的推廣。\n本年度高雄市環境教育各項全國競賽皆盡力輔導取得優異成績，環境部環境教育考核自評可取得所有對應工項滿分。",
        "eng_title": "113 Kaohsiung City Environmental Education Project Plan",
        "eng_subject": "Environmental Protection Bureau Kaohsiung City Government (hereinafter referred to as the EPB) has established this plan to promote local environmental education in accordance with the policies of the Environmental Protection Administration. The work items cover two major aspects: environmental education guidance and promotion activities, as well as administrative coordination activities. The execution period is from March 22, 2024, to November 30, 2024.\n一、\tEnvironmental Education Guidance and Promotion Activities\nThis year, in line with the goals of the Environmental Protection Administration, numerous environmental education promotion activities have been organized to ensure the continuous foundation of environmental education. On April 22, assistance was provided to environmental education volunteers participating in the selection of seed instructors for the 2024 Net Zero Green Living initiative, with one volunteer being selected. Additionally, from June 28 to June 28, training was conducted for environmental education volunteers to enhance their diverse capabilities, with a total of 30 volunteers participating. From May 10 to July 1, a selection of environmental education picture books was held, with 11 works submitted. Among the award-winning works this year, the first-place picture book Plastic Reduction Hero was selected, and the author was invited to voice the audiobook version. This was showcased at the Picture Book Carnival on October 19 and 20, displaying this year's award-winning works. On August 17, the Kaohsiung City Environmental Volunteer Competition was held, with 26 teams participating in four competition categories, totaling 374 volunteers. The first-place winners in each category advanced to the national finals, where Kaohsiung achieved outstanding results, including Excellent in Environmental Golden Brain, Excellent in Resource Classification King, and Excellent in Cleaning Relay Race. On September 28, the preliminary round of the Kaohsiung City Environmental Knowledge Competition was held, with 574 participants; the top five from four groups represented Kaohsiung in the national finals, won first place and fourth place in the junior high school category, and fourth place in the senior high (vocational) school category.\n二、\tAdministrative Coordination\nIn accordance with Article 19 of the Environmental Education Act, from April to July, guidance on the effectiveness of environmental education was conducted, assisting a total of 70 units and agencies. An explanatory meeting for the Environmental Education Lifelong Learning Network System was held on August 28 to help local agencies and schools understand relevant environmental laws and regulations, enhancing the performance of environmental education and environmental protection work in Kaohsiung, with a total of 165 participants both in-person and online. From September to October, 30 sessions of environmental education volunteer advocacy were conducted, effectively implementing the promotion of environmental education in the jurisdiction.\nThis year, Kaohsiung City has made every effort to guide and achieve excellent results in various national environmental education competitions. The self-assessment for the Environmental Protection Administration's environmental education evaluation can achieve full marks in all corresponding work items.",
        "proj_year": "113",
        "org_name": "高雄市政府環境保護局",
        "exe_unit": "京拓環保科技有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131026053",
        "publish_date": "20250206"
    },
    {
        "chi_title": "113年度花蓮縣河川揚塵預警、宣導改善推動暨逸散性粒狀物管制計畫",
        "chi_subject": "(一)、河川揚塵預警宣導改善與推動\n1.\t河川易揚塵裸露地巡查\n花蓮溪流域裸露地17處，立霧溪流域裸露地2處，秀姑巒溪流域裸露地4處，共計23處裸露地，每月巡查1次共12次，其中113年12月裸露地面積共638.6公頃、水覆蓋557.5公頃、綠覆蓋223.8公頃；比較去年同期(裸露地619.3公頃、水覆蓋596.4公頃、綠覆蓋204.1公頃)，裸露地增加19.3公頃、水覆蓋減少38.9公頃、綠覆蓋增加19.7公。\n2.\t揚塵監測預警系統維護\n本計畫於立霧溪、花蓮溪與秀姑巒溪建置揚塵監測系統，每月固定進行相關設備檢查及保養工作，統計期程為113年1月至12月，目前共執行12次的維護工作，設備皆正常運作。\n3.\tPM10自動監測\n(1)測站有效率\n懸浮微粒24小時監測，扣除設備維修、網路異常及防颱等因素後，監測期間數據有效率至少在90%以上。統計至113年12月31日止，3個測站數據有效率分別為新城測站有效監測8,570小時，有效率99.5%、壽豐測站有效監測8,492小時，有效率為99.4%及玉里測站有效監測8,186小時，有效率為99.1%。\n(2)測站測值\n113年1到12月新城測站平均測值PM10為25μg\/m3，比較去年(112年)同期平均測值23μg\/m3差異不大；113年壽豐測站平均測值PM10為26μg\/m3，與112年同期平均測值19μg\/m3比較測值稍為上升，原因為花蓮大橋有拆除工程及疏濬工程擾動所致；113年玉里測站平均測值PM10為24μg\/m3，比較去年同期玉里測站平均測值23μg\/m3差異不大。此外花蓮測站113年1到12月平均測值為19μg\/m3  比較112年同期為19μg\/m3，相同。花蓮站對比本計畫三測站，除特殊案例外（台灣東北季風影響及境外移入造成全台PM10濃度皆上升），各站並無相關性，可視為獨立之現象，互不影響其他地區之空氣品質懸浮微粒PM10濃度。\n(3)高值日分析\n計畫年度3測站測得PM10值偏高之日數共10次，分別為花蓮溪7次最高為12月8日測得621.2μg\/m3；秀姑巒溪共2次最高為164.5μg\/m31及立霧溪1次為136.3μg\/m3，探究分析可得知，偏高日有7次發生在10月工法毀損之後，故防制工法毀損、濕度的降低及瞬間陣風的吹拂，為造成揚塵偏高的主要因素。\n4.\t揚塵預警通報系統\n本計畫PM10自動監測站設置於花蓮溪、立霧溪及秀姑巒溪，進行監測河川揚塵濃度變化，監測站採樣每小時PM10達100 μg\/m3以上，即發送預警通報簡訊，若濃度達605μg\/m3且持續兩小時以上，立即啟動應變機制。統計至113年12月31日止揚塵預測共計366天1,098次預測，合計綠燈1,071點次，黃燈(待命應變) 27點次。\n5.\t汛期衛星影像圖分析\n針對立霧溪及花蓮溪，汛期前、後分別購置衛星影像圖，分別分析汛期前後綠覆、水覆及裸露地改變情形，並計算河川裸露區域和面積。綜合立霧溪和花蓮溪流域研究結論，113年立霧溪水體及植生面積分別增加9.3%及14.4%，乾溼裸露地大幅減少23.7%，為防制工法之成果；花蓮溪水體及植生面積分別減少5%及11%，乾裸露地大幅增加22%，為河管單位進行疏濬工程之故。\n6.\t河川揚塵防制工法評析\n花蓮主要河川採用防制工法為綠覆蓋工法及兼顧自然保育生態菱形狀葉脈式水覆蓋工法。\n7.\t道路洗掃作業\n洗街地點分別為新城鄉、壽豐鄉以及玉里地區，視天氣及配合揚塵高值日之應變增加洗街頻率及次數，統計至113年12月31日止洗街執行4,417公里(達成率100%)。\n8.\t網頁維護更新\n更新之項目為每月辦理活動訊息、本計畫監測站即時監看數據後台之維護及上傳計畫執行成果資料，統計至113年12月31日止共完成12個月份網站資料更新。\n9.\t河川揚塵緊急應變防護演練\n113年3月26日邀集花蓮溪河川管理單位、縣府相關局處及各協助演練單位共計73人參與，於花蓮縣壽豐鄉東華大橋下防汛道路旁廣場(九河分署志學堆置場)辦理「河川揚塵緊急應變防護演練」\n於113年3月26日辦理河川裸露地改善示範觀摩暨聯繫會議共計54人參與，針對花蓮溪進行實地觀摩，探討河川背景資料及地質條件了解發生揚塵之因素，會後問卷調查結果，民眾對於揚塵好發的原因及時間正確性分別提升20%及28%，此外有78%表示非常滿意度觀摩活動，則為顯示觀摩宣導已收成效。強化相關單位對於河川揚塵防制之權責分工，邀集縣內易致揚塵立霧溪、花蓮溪及秀姑巒溪之河川管理單位，以及農業部林業及自然保育署花蓮分署、花蓮縣政府農業處等；另邀請跨單位之經濟部水利署第一河川分署、宜蘭縣政府環境保護局參與會議，共同防制藉以提升河川揚塵防制成效。\n10.\t聯繫會議\n於113年3月15日、3月26日及9月18日完成三場次聯繫會議。環保局與河管單位(含九河分署、建設處水利科與民政處公共造產科)共同研議具體揚塵控制工法，以及揚塵高值日時各單位間之權責分工，藉以改善與降低河川揚塵之危害。環保局負責整合與協調之管制作業，包括河川揚塵之監測、預報、預警通報、洗掃街與防護演練等工作；河川主管單位負責河床裸露地的管制，進行各項水覆或綠覆等防制作業。另跨單位邀請第一河川分署、宜蘭環保局及農業部林業署花蓮分署等參與會議，透過各單位合作藉以提升河川揚塵防制成效，降低河川揚塵危害，將相關防制作為及宣導等活動披露於媒體及群組通知，讓民眾有正面良好的觀感。\n11.\t近五年主要河川年監測數據與花蓮空品測站資料及影響參數進行分析\n(1)近5年河川揚塵測站數據分析\n台灣河川揚塵好發期被認定為冷季(東北季風月份：10月至翌年4月)，惟綜合近5年各測站之數據進行分析，顯示本計畫各測站PM10每日最大小時值普遍出現於9月至隔年4月，可見本縣河川揚塵好發期早在每年9月份即開始，相關權責機關及河管單位應儘早防範。\n近5年環境部花蓮測站與本計畫壽豐測站相較，壽豐測站鄰近花蓮溪，因此PM10測值普偏高於花蓮測站(距離花蓮溪約6km)。另外近5年環境部測站偵測之PM10日平均值均符合管制標準，而本計畫壽豐站於108、110及112年河揚好發期則數次出現PM10偏高日(>100μg\/m3)。由於本計畫測站均架設於河川旁，對河揚事件偵測之敏感性相對較高，更能即時反映空品變化。\n(2)近5年花蓮縣河川揚塵影響範圍分級劃定\n將各流域測站數據、裸露地現況、受影響人口現況進行綜合分級劃定，立霧溪無論係PM10超標時數、裸露地面積及受影響人口數量均為三個流域中相對較低之區域，因此將其分級劃定為輕度影響區；花蓮溪因PM10超標時數最高，且裸露地面積及影響人口比立霧溪更多，故將其分級劃定為中度影響區；秀姑巒溪因裸露地情況嚴重，再加上影響之人口最多，故將其分級劃定為重度影響區。此外分級劃定調整為嚴重者有6處(花蓮溪3處及秀姑巒溪3處)；調整為中度3處(花蓮溪3處)，詳如表3.7-2近年花蓮地區列管裸露地分級劃定表。\n(二)、逸散管制作業\n1.\t產業全面清查與建檔作業\n清查轄內粒狀污染物排放量前10大之行業 (包含砂石採取處理業、建築用陶土或黏土製造業、預拌混凝土製造業、水泥製造業、瀝青拌合業、鋼鐵冶煉業、鋼鐵鑄造業、採礦業、石灰製造業及港區等)，執行稽查91件(主動稽查81件、公害陳情7件及一般陳情案件3件)，均已鍵入EEMS管制系統。113年度針對符合逸散管理辦法之對象共計查核660家次，查核結果均已鍵入FDMS固定污染源逸散性粒狀污染物管理資訊系統中，其中7家查核有缺失，法規符合度為98.9%，缺失項目已改善完成。\n2.\t土石及預拌混凝土名單稽巡查與污染輔導改善作業\n每月5日前提送當月土石及預拌混凝土建議名單及期程，執行巡查管制作業，針對土石及預拌混凝土業每月提送土石及預拌混凝土分級列管名單，累計提送12次共執行巡查管制作業637件。\n3.\t砂石車跟拍污染蒐證\n清查轄內砂石車，瞭解其貨箱覆蓋及防止物料滴落污水、污泥之功能，以及設施符合逸散源管理辦法之情形，砂石車跟拍污染蒐證共計跟拍49次(6次配合監理站及警察局交通隊共同執行)，總跟拍車輛數為904輛(配合監理站及警察局交通隊總跟拍車輛數為75輛)，跟拍結果有24輛次不符規定，已完成改善，跟拍砂石車符合度比例為97.35%(符合目標95%)。\n4.\t推動道路認養制度\n針對砂石場（廠）、瀝青廠、預拌混凝土廠及堆置場、礦場等事業單位，輔導改善場區聯外道路破損路面舖面，累計達734公尺(目標300公尺)。並持續推動企業認養周邊道路洗掃作業，共計有82家簽署，總認養道路長度達65.0公里；本階段洗掃總長度31,363.23公里已達進度100%(目標10,000公里)，TSP削減量為48.93公噸、PM10削減量為9.38噸，PM2.5削減量為2.26公噸。根據企業道路認養名單，在進行例行巡查作業時一併進行業者洗掃作業稽核55次，本階段稽核結果A級道路比例為100%。\n5.\t港區轉運碼頭及東砂西運砂石場專案管制\n每月執行花蓮港港區砂石業砂石裝卸、料堆及輸送等港區粒狀污染物逸散管制，花蓮港區專案查核作業累計執110家次，管辦法規符合率98.2%，較目標值提高2.2%。花蓮港區企業道路認養洗掃累計達23,412.8公里，TSP可削減5.32公噸\/年、PM10可削減1.02公噸\/年及PM2.5可削減0.25公噸\/年。東砂西運砂源頭河川疏濬工程管制開挖區，加強灑水及車行便道壓實；轄內砂石場共完成查核184家次，管辦法規符合率99.4%，砂石車跟拍累計653輛次，跟拍結果有21輛次違規情形，不符者均檢具違規車輛照片、日期、地點以及缺失改善範例一併通知車行進行改善，並持續追蹤至改善完成為止，砂石車拍符合度96.8%。\n6.\t和平地區專案管制\n每月執行和平專案時，針對海岸養灘區及礦場逸散污染源執行巡查管制作業，業者污染防制設施功能正常，逸散法規符合度查核共計121家次，無缺失情形。和平地區道路洗掃總長度為9,871.9公里，洗掃等級均為A級，所產生TSP、PM10及PM2.5削減量分別為15.4公噸\/年、2.95公噸\/年及0.71公噸\/年，跟拍砂石車251輛次3輛缺失情形，不符者均檢具違規車輛照片、日期、地點以及缺失改善範例一併通知車行進行改善，並持續追蹤至改善完成為止，砂石車拍符合度98.8%。\n7.\t車行揚塵調查(塵土負荷量採樣分析)\n配合環境部113年排放量管理計畫(113~114年間至少調查一次)車行揚塵調查作業，執行縣市道路分級抽查2至5條，進行塵土負荷量(坋土)採樣分析，已於113年5~7月完成坋土採樣共計30點次，有30點已完成分析，結果均為A級。\n8.\t科技執法(無線網路攝影機及車輛辦識)\n配合民眾陳情敏感區域，並考量一般居民行駛路線與砂石車行駛路段，目前架設地點為和平地區、和仁地區及北濱外環道出口(中山橋)3處為指定區域，隨時監控以掌握髒污程度。113年12月31日止CCTV監看發現4次道路髒污立即致電要求認養業者派水車清潔改善，縮短污染停留時間。113年度車輛辨識系統累計總辨識車輛為147,279輛、正確辨識車輛143,418輛，其辨識率97.38%；目前監視未發現違規車輛，如發現違規車輛則要求砂石車進行改善，並追蹤至改善完成為止。\n(三)、創新作法\n採用智慧管理方式，設置科技化空氣品質污染智慧管理系統，主要效益是可減輕人力負擔、縮短污染影響時間，達到即時降低污染事件發生之目的。本計畫與花蓮港內集耀有限公司合作架設微粒感知器連動灑水，設定感知器PM2.5測值大於50μg\/m3，程式立即開啟灑水設施，7月1日至12月31日PM2.5共啟動灑水321次，其中最高為200μg\/m3 發生在8月3日15:07:00，啟動自動灑水設備連續灑水1分鐘後降為8μg\/m3減少89%；次高為8月3日11:21:00為 197μg\/m3啟動自動灑水1分鐘後降為21μg\/m3 減少96%可見得智慧管理連動灑水可立即抑制揚塵，大幅縮短改善時間，設置科技化空氣品質污染智慧管理系統確實可達到即時降低空氣中微粒濃度作用。",
        "eng_title": "The 113th Hualien County River Sand and Dust Early Warning Promotion Improvement and Dust Particle Control Plan",
        "eng_subject": "1. Inspection of exposed areas in rivers prone to dust\nThe total area of ​​bare land is 638.6 hectares, the water cover is 557.5 hectares, and the green cover is 223.8 hectares.\n2. PM10 automatic monitoring\nThe efficiency of Xincheng Station is 99.5%, the efficiency of Shoufeng Station is 99.4% and the efficiency of Yuli Station is 99.1%.\n3. Dust warning and notification system\nA total of 1,098 forecasts were made in 366 days, with a total of 1,071 green lights and 27 yellow lights (standby response) times.\n4. Analysis of satellite images during the flood season\nThe water body and vegetation area of ​​Liwu River increased by 9.3% and 14.4% respectively, and the dry and wet exposed land decreased significantly by 23.7%; the water body and vegetation area of ​​Hualien River decreased by 5% and 11% respectively, and the dry and exposed land increased significantly by 22%.\n5. Evaluation of river dust control methods\nHualien adopts green cover method and diamond-shaped leaf vein water cover method which takes into account natural conservation ecology.\n6. Road sweeping and cleaning operations: 4,417 km of street sweeping was performed (achievement rate 100%).\n7. River dust emergency response and protection drill\nOn March 26, a River Dust Emergency Response Protection Drill was held at the square next to the flood control road under the Donghua Bridge in Shoufeng Township, Hualien County (Jiuhe Branch Zhixue Storage Yard); on March 26, a demonstration and observation of river bare land improvement was held. Liaison meetings: Three liaison meetings were held on March 15, March 26 and September 18.\n8. Analysis of the annual monitoring data of major rivers in the past five years and the data from the Hualien air quality monitoring station\nCompared with the Shoufeng station in this project, the PM10 values ​​at the Hualien station are generally higher than those at the Hualien station (about 6km away from the Hualien River). In addition, the daily average PM10 values ​​detected by the Ministry of Environment's monitoring stations in the past five years have all met the control standards. However, the Shoufeng Station in this project had several days with high PM10 values ​​(>100μg\/cm2) during the heath-scarce periods in 2019, 2020, and 2023. \/m3). The classification was adjusted to severe in 6 places (3 places in Hualien River and 3 places in Xiuguluan River); and adjusted to moderate in 3 places (3 places in Hualien River).\n1. Comprehensive industry inventory and file building\nConducted 91 inspections (81 proactive inspections, 7 public nuisance complaints, and 3 general complaints), and inspected 660 companies that met the emission management regulations\n2. Inspection and pollution control work for soil, stone and ready-mixed concrete lists - submitted 12 times in total and 637 inspection and control work was carried out.\n3. Sand and gravel trucks were followed and photographed for pollution evidence collection - Sand and gravel trucks were followed and photographed for pollution evidence collection 49 times, with a total of 904 vehicles followed and photographed\n4. Promote the road adoption system - the total length of road cleaning and sweeping is 31,363.23 kilometers, and the progress has reached 100%.\n5. Traffic dust survey (dust load sampling and analysis) - 30 points have been analyzed and all the results are grade A.\n6. Technological enforcement (wireless network cameras and vehicle identification) - cumulative total recognition rate 97.38%.\n(III) Innovative approaches\nWhen the sensor PM2.5 value is set to be greater than 50μg\/m3, the program will immediately start the sprinkler system. After 1 minute of automatic sprinkler system, the value drops to 21μg\/m3, a 96% reduction. This shows that the intelligent management of linked sprinkler system can immediately suppress dust and significantly shorten the improvement time.",
        "proj_year": "113",
        "org_name": "花蓮縣環境保護局",
        "exe_unit": "日揚環境工程有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131007280",
        "publish_date": "20250217"
    },
    {
        "chi_title": "低碳酸級氟化鈣製程與產品效能驗證技術計畫",
        "chi_subject": "我國半導體產能占全球60%市占率，產業所製造廢棄物約為99.9萬公噸，製程所使用的濕式化學品需求量大、純度極高，其中氫氟酸是一種至關重要的原物料，年使用量約為6萬公噸。然而，製程產生的含氟廢棄物對環境造成嚴重危害，亟需導入友善資源循環之高值化技術，布建國內含氟資源應用。研析國內含氟廢棄物資源系以廢氫氟酸（C-0202，約7萬公噸）、氟化鈣污泥（D-0902和R-0910，約14.5萬公噸）進行申報，估計為產業第四大廢棄物，目前採以降階使用或異業再利用等方式進行去化處理，屬於線性經濟。然而，我國缺乏氟污泥資源純化技術，因此如何將氟化鈣污泥做有效益的分流、回收、純化與再利用技術導入，以實現2050年淨零轉型中第八項「資源循環零廢棄」之關鍵戰略，以延長化學品使用週期。有鑑於此，本團隊研析我國半導體產業氟化鈣污泥資源化與再利用流向分布，推動氟化鈣污泥分流管理、建立氟化鈣污泥快篩技術與建構低廢排酸級氟化鈣試量產與產品驗證，運用廢棄氟化鈣資源轉化為酸級氟化鈣，達到氟資源循環目標，並推動酸級氟化鈣再利用產業鏈。\n今年度工作項目自4月12日至11月30日為止，如期完成年度目標，計畫執行率100%。年度成果包含：1.完成盤查我國5家次電子玻纖及鋼鐵產業高純度氟化鈣應用與研析，彙整我國氟化鈣物質流向及含氟廢棄物流向，同時研析國際半導體廢氟資源再利用技術，作為我國技術發展政策參考；2.協助2家科技廠完成40件次氟化鈣污泥分流前後基線分析資料，輔導廠商採用閥件切換及分管處理，提高再利用產品純度及高值化之應用 (人工螢石、矽粉、高純度氟化鈣…等); 3.完成11件低濃度氟化鈣污泥純化驗證，研析轉至純度95%以上氟化鈣之技術與成本效益；4.完成氟化鈣資源快篩檢測技術，與驗證氟化鈣污泥36件，研擬氟化鈣污泥資源化及再利用入料檢測方法參考手冊；5.完成酸級氟化鈣產品規格驗證2件，純度及反應速率符合天然螢石規格；6.完成17批次低碳排氟化鈣污泥純化技術驗證，透過水處理技術及化學藥劑減量達到廢排回收率55%，氟資源回收率85%，製程的總碳排量為3,038 kgCO2e\/噸; 7.舉辦「國內廢氫氟酸資源分析手法及純化再利用專家諮詢會議」1 場次及「廢氫氟酸資源高值化研商會議」1 場次，研擬我國廢氟資源再利用發展方向，作為高值化循環再利用技術推動策略，帶動氟資源廢棄物循環再生新產業生態鏈。",
        "eng_title": "Low-carbon Acid-grade Calcium Fluoride Production Process and Product Performance Verification Technology Project",
        "eng_subject": "The semiconductor industry in our country holds a global market share of 60% in production capacity. The manufacturing process relies heavily on large quantities of high-purity wet chemicals, with hydrofluoric acid being a crucial raw material. The estimated annual usage of hydrofluoric acid is around 60,000 tons. Currently, domestic waste management companies handle waste hydrofluoric acid (C-0202, approximately 70,000 tons) and calcium fluoride sludge (D-0902 and R-0910, approximately 145,000 tons) through declaration processes. These materials are downgraded or reused across different industries, reflecting a linear consumption model.\nHowever, the fluorine-containing waste generated during the manufacturing process causes serious harm to the environment and our country lacks fluoride resource purification technology. Therefore, implementing effective recycling, purification, and reuse techniques for waste hydrofluoric acid resources becomes crucial. This aligns with the eighth strategy of the 2050 net-zero transition - Zero Waste Resource Circulation - aiming to extend the lifespan of chemical usage. The goal of this project is to establish a low-carbon acid-grade calcium fluoride production process and product performance verification technology. It includes three key tasks：(1) Analyze domestic resource utilization and reuse flow data of different concentrations of calcium fluoride sludge as a reference for promoting domestic calcium fluoride resource diversion management policies; (2) Establish a rapid screening analysis of calcium fluoride resources technology to provide a reference basis for calcium fluoride sludge resource recycling and reuse incoming material testing methods, and to conduct acid-grade calcium fluoride product specification verification; (3) construct low-waste acid-grade calcium fluoride trial mass production and product verification, Use waste fluorine resources to convert them into acid-grade calcium fluoride to achieve the goal of fluorine resource recycling.\nFrom April 12 to November 30, this year’s work project completed 100% of the progress as scheduled and complied with the checkpoint plan. The execution results of the final report include：1. Completed the investigation and research on the application and analysis of high-purity calcium fluoride in 5 domestic electronic fiberglass and steel industries. Compile the domestic calcium fluoride material flow and fluorine-containing waste flow. At the same time, the international semiconductor waste fluorine resource reuse technology will be studied and analyzed as a reference for domestic technology development policies.; 2. Assist 2 technology factories to complete baseline analysis data before and after calcium fluoride diversion. The manufacturer is coached to use valve switching and separate pipe processing to improve the purity of recycle products. 3. Completed the purification verification of 11 items of low-concentration calcium fluoride sludge, and analysis of  calcium fluoride with a purity of more than 95%.; 4. Completed the rapid screening and testing technology for calcium fluoride resources and verified a total of 36 items of calcium fluoride sludge. Developed a reference manual for calcium fluoride sludge resource recycling and analysis methods.; 5. Completed the specification verification of 2 acid-grade calcium fluoride product, and the purity and reaction rate are in line with the native materials; 6. Through water treatment technology and chemical agent reduction, the waste recovery rate was 55% and the fluorine resource recovery rate was 85%. The total carbon emissions of the purification process are 3,038 kgCO2e.; 7. Hold one Expert Consultation Meeting on Waste Hydrofluoric Acid Resource Analysis Techniques and Purification and one Discussion Meeting on the High-Value Development of Waste Hydrofluoric Acid Resources. Formulate the development direction of waste fluorine resource reuse in my country as a strategy to promote high-value recycling technology. Promote a new industrial ecological chain for fluorine resource waste recycling and reduce waste to downgrade utilization or landfill disposal.",
        "proj_year": "113",
        "org_name": "循環署循環處理組",
        "exe_unit": "財團法人工業技術研究院",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130947021",
        "publish_date": "20250221"
    },
    {
        "chi_title": "113年度嘉義市餐飲業、民俗活動及露天燃燒空氣污染管制暨輔導計畫",
        "chi_subject": "執行成果摘要如下：\n一、推動民俗活動燃燒減量與寺廟空氣污染減量措施\n(一) 維護響應空氣污染自主管理之寺廟，本年持續維護 161 座寺廟響應(包含民政處未登記寺廟 12 家)，使響應比例達 100%。\n(二) 推廣「宗教場所低碳認證實施計畫」，結合民政處共同輔導寺廟提出申請，自 109 年推動迄今，響應寺廟達 62 座，今年度新增5座，響應比例達 41.6%；本年針對上述響應寺廟，辦理調查和追蹤工作，經調查112年前認證之 57 座寺廟均符合認證標準，項目評比分數維持 70 分以上，各寺廟以佛寺分數較高，平均達 80 分以上，道教因信仰習慣認證分數介於 70~85 分之間。\n(三) 經調查掌握後，109 、110 年取得認證之 30 座寺廟，於 113 年屆滿 3 年，各寺廟推動項目得分仍有 70 分以上，予以納入下階段輔導提出認證展延申請書，延續低碳認證成果，作為本市協助推廣低碳民俗活動行為之最佳示範場所。\n(四)辦理民俗節慶推廣紙錢集中燃燒，本年度共完成541.277公噸，此外透過代金措施推廣，分別藉由以善代金611,187元，每百元代替1公斤，總計6.112公噸，以米代金6,475份，每份代金米替代0.5公斤，總計3.237公噸；本年紙錢集中處理並包含代金措施替代紙錢重量共550.626公噸，相較作業目標350公噸，工作達成率100%。\n(五)實施以善代金推廣，本年度分別結合清明節實施1場次以善代金推廣活動，推廣人數共149人，和中元節實施「中元普度眉角多，環保祭祀功德+1」，推廣人數共324人，總計473人，工作達成率100%；本年度累計響應金額達61萬1,187元，相較上年度同期響應金額49萬8,804元，增加24%。\n(六) 推廣民俗繞境或節慶使用環保禮炮車，本年度環保禮炮車推廣活動預定目標為 15 場次，本年共完成 18場次，工作達成率 100%。\n二、推動露天燃燒空氣污染管制\n(一)針對寺廟神壇及露天燃燒陳情案件辦理稽查和巡查作業，年度作業目標為250件，統計本年計畫期間處理稽巡查案件共計294件，工作達成率100%，當中包含稽查65件，案件數與112年62件增加4.6%，和111年度86件減少32.3%，顯示近2年露天燃燒污染行為已受到管控並逐步減少。\n(二)於轄區制高點架設置換判煙系統1式，工作達成率100%，統計本年計畫期間處理告警通知巡查15件。\n三、推動餐飲業油煙污染防制及減量作為\n(一) 辦理餐飲業空氣污染防制設施管理辦法管制作業，本年度新設餐飲業者經現場調查 19 家，均未達符合管理辦法列管規模餐飲業；針對 113年清查符合列管餐飲業者共計 11 家，分別為百貨公司 3 家、婚宴會館 3家、飯店 2 家及一般餐飲業 3家，實施查核作業、追蹤列管之餐飲業者是否落實執行，本年共查核11家次，查核比例100%，經檢視集氣和維護紀錄規定，均符合管理辦法要求。\n(二)辦理餐飲業基本資料調查作業，持續修訂餐飲業現場查核及法規符合度紀錄表，工作達成率100%。本年度既設業者調查目標200家，完成調查247家，工作達成率100%；新設業者調查目標80家，完成調查81家，工作達成率100%。\n(三)經調查既設、新設登記餐飲業經營類型，營運中的新設餐飲業總計81家，其營運中為72家，經營類型以中式38家最高，佔52%，其次為早餐店10家，佔14%，再其次為複合式6家，佔8%，之後日式7家，佔10%，西式2家，佔3%和速食1家，佔1%，整體新設以中式、早餐店居多，共佔新設業者66%；既設餐飲業調查247家，其營運中為191家，其經營類型以中式為主，有104家佔54.4%其次為日式18家，佔9.42%，再其次為早餐店，有14家，佔7.3%，其他27家，佔14.1%。餐飲類型分別以中式、早餐店、日式和西式，為四種主要餐飲型態，比例高於八成，依照操作類型均屬具油煙烹調類型，油煙防制和減量觀念推廣上，需要注意並推廣。\n(四)經調查既設、新設登記餐飲業各類餐飲，有裝設集排氣系統者，均大於七成，並較往年降低，發現今年新設及既設之未設置集氣設備業者操作類型多為煮類或是僅為販售地點，顯示民眾飲食習慣逐漸改變，蒸、煮類等低油煙操作飲食增加，雖然此類皆為低油煙操作，仍建議設置集氣設備，減少異味產生。\n(五)統計近年(109~113年)污染防制設備裝設概況方面，有裝設污染防制設備業者，既設餐飲業裝設比例自109年至113年順序分別為73.7%、55.3%、80.7%、95%、93%，新設餐飲業裝設比例自109年至113年順序分別為61.8%、56.5%、73.6%、94%%、90%，整體顯示污染防制推廣方面已有成果。\n(六)執行餐飲業陳情稽巡查，統計本年度共完成460件，工作達成率100%，各項案件包含一般巡查249件、陳情稽查(含檢測106件和複查105件，經稽查後總計列管69案應改善案件，共70家完成改善，改善率92%，尚未改善對象將持續追蹤，督導改善。\n(七)本年度總計掌握達屢遭陳情餐飲業者計9家(遭民眾陳情3次以上，包含上年持續列管1家)，透過加強污染熱點巡查作業和輔導改善工作，已有7家完成改善解除列管，改善率78%。\n(八)辦理餐飲業油煙、異味污染防制輔導作業，本年度作業目標為30家次，本年共完成輔導30家次，工作達成率100%。\n四、配合執行空氣品質不良或嚴重惡化時之管制措施\n本年度餐飲業空品不良巡查總計接獲通報88次，並配合實施餐飲業空品不良巡查88次，且於通報後查核計實施176家次；露天燃燒空品不良巡查接獲通報46次，並配合實施92點次，每次通報巡查區域至少2個里別或巡查100公頃，皆未發現露天燃燒行為。\n五、宣導空氣污染相關環保新聞議題\n本年度配合各項宣導活動發布環保新聞稿目標共2則，當中見報至少1則，本年度配合各項宣導活動提供環保新聞稿4則，工作達成率100%，見報3則，見報目標符合率100%；各則新聞透過嘉義市環境保護局臉書社群發布貼文訊息，4則臉書貼文均達到100讚以上，達到工作目標，達到宣導和活動議題曝光效益。",
        "eng_title": "Chiayi City Catering Industry Air Pollution Inspection and Control and Low Oil Fume Business District Counseling Project,2024",
        "eng_subject": "1. Promoting Measures for Reducing Pollutants from Folk Activities and Temple Air Pollution\n1. Maintaining Temple Air Pollution Self-Management Response: This year, 161 temples continued to respond to air pollution self-management (including 12 unregistered temples from the Civil Affairs Bureau), achieving a 100% response rate.\n2. Promoting Low-Carbon Certification Plan for Religious Sites: In collaboration with the Civil Affairs Bureau, we guided temples in applying for this certification. Since its launch in 2020, 62 temples have responded, with 5 new additions this year, achieving a response rate of 41.6%.\n3. Extending Certification for Temples: Among the 30 temples certified in 2020 and 2021, all have maintained scores above 70 points, and these temples will be guided to apply for certification extensions to sustain low-carbon practices as exemplary models for promoting low-carbon folk activities.\n4. Promoting Centralized Paper Money Burning During Folk Festivals: This year, 541.277 metric tons of paper money were collected for centralized burning. Additionally, through alternative currency measures, we raised NT$611,187 to replace 6.112 metric tons and used 6,475 rice vouchers (each replacing 0.5 kg of paper) to replace another 3.237 metric tons. In total, 550.626 metric tons of paper were handled, achieving 100% of the target of 350 metric tons.\n5. Promoting Alternative Currency Donations (Offering Good Deeds): A total of 473 people participated in two promotional events—one during the Qingming Festival (149 participants) and the other during the Zhongyuan Festival (324 participants). The total amount raised this year was NT$611,187, a 24% increase from last year’s NT$498,804.\n6. Promoting Environmentally Friendly Firecrackers for Religious Processions and Festivals: The target for promoting eco-friendly firecracker vehicles this year was 15 sessions, and we successfully completed 18 sessions, achieving 100% of the goal.\n2. Controlling Air Pollution from Open Burning\n1. Monitoring Temple and Open Burning Complaints: We processed 294 cases of complaints and inspections this year, surpassing the target of 250 cases, with a 100% completion rate. \n2. Installing Smoke Detection System: A smoke detection system was installed at a strategic high point in the area, achieving 100% of the target. During the year, 15 alarm notifications were followed up with inspections.\n3. Promoting Pollution Control and Reduction Measures in the Food and Beverage Industry\n1. Managing Air Pollution Control Facilities in Restaurants: We inspected 19 newly established restaurants and found none that met the required scale for regulatory management. We also investigated 11 restaurants this year, implementing inspections and ensuring they adhered to regulations. A total of 11 inspections were completed, achieving 100% of the goal.\n2. Survey on Restaurant Operations: We continued to revise our inspection forms to ensure compliance with regulations. We completed 247 inspections of existing restaurants (target of 200), achieving 100% completion. We also completed inspections of 81 newly established restaurants, surpassing the target of 80.\n3. Analysis of Restaurant Types: Among the newly established 81 restaurants, the majority were Chinese-style (52%) and breakfast shops (14%). Among the existing 247 restaurants, 54.4% were Chinese-style. These restaurants mainly use cooking methods that generate oil fumes, which necessitates further promotion of pollution control measures.\n4. Pollution Control Equipment Installation: Over 70% of both new and existing restaurants have installed fume control systems. We observed an increase in low-oil fume operations, such as steaming and boiling, which still require recommendations for fume extraction systems.\n5. Monitoring and Inspection of Food and Beverage Pollution: A total of 460 inspections were completed, achieving 100% of the goal. This included regular inspections (249 cases) and follow-up on complaints (106 cases). We resolved 70 cases, with a 92% improvement rate.\n6. Assisting Restaurants with Pollution Control Measures: We completed 30 advisory sessions for restaurants, meeting 100% of the goal.\n4. Implementing Control Measures During Poor Air Quality or Severe Pollution Events\nWe conducted 88 inspections based on restaurant air quality complaints and 46 inspections related to open burning pollution. No incidents of open burning were found during inspections.\n5. Promoting Environmental Awareness on Air Pollution\nWe published 4 environmental news releases this year, meeting the target of 2. Three of these were featured in the news, and all posts on our Facebook page received over 100 likes, achieving a 100% success rate in promoting the issues and activities.",
        "proj_year": "113",
        "org_name": "嘉義市政府環境保護局",
        "exe_unit": "瑩諮科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130945984",
        "publish_date": "20250207"
    },
    {
        "chi_title": "113年度嘉義縣柴油車動力計排煙檢測暨空品維護區管制計畫",
        "chi_subject": "藉由本計畫之執行，配合法令宣導與稽查取締等方式，督促車輛使用人養成車輛保養維修之習慣，達成保檢合一目標，進而淘汰老舊車輛，以減少柴油車輛黑煙之排放，降低非法油品使用，並有效控制及改善空氣品質。",
        "eng_title": "2024Chiayi County Diesel Vehicles Dynamometer Exhaust Smoke Test and Air Quality Maintenance Zones Control Plan",
        "eng_subject": "Through the implementation of the plan, in line with the law of advocacy and censorship, and so on, urging vehicle users to develop the habit of vehicle maintenance and repair, to achieve the unity of inspection objectives, and then eliminate old vehicles to reduce the emission of diesel vehicles black smoke, reduce illicit oil use, and effectively control and improve air quality。",
        "proj_year": "113",
        "org_name": "嘉義縣環境保護局",
        "exe_unit": "華門工程顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130895277",
        "publish_date": "20250218"
    },
    {
        "chi_title": "化學物質綠色替代診斷模組及決策支援計畫(2\/4)",
        "chi_subject": "本計畫旨在發展「高風險化學物質之安全替代化學物質搜尋、評估及篩選系統（Searching, Assessment, and Screening System for Safer Alternative \nChemicals, SAS）」的診斷模組系統。該系統將基於模組架構進行優化，其功能包括對化學物質危害進行診斷、建立安全替代建議清單，以便促進\n化學物質的源頭管理。 113 年計畫配合國際安全替代評估策略及運算邏輯、化學物質管理法規、危害物質或管制清單，持續優化SAS診斷模組系\n統。團隊增強替代評估運算邏輯與加入ChemSec Marketplace與美國國家環境環保局 ChemView 擴充化學品產業別資訊，藉此可增強產業別參數，連\n結現有不同產業中安全替代化學品，增強個別化合物替代建議。藉由人工檢查現有國際清單，更新爬蟲程式，擴充安全替代化學物質資料庫與關聯\n資料庫，以提升其應用性，為了強化使用者對於判讀診斷模組資訊，團隊加入診斷模組教學文件，說明四種診斷模組原理，以及所提供之資訊。團\n隊亦強化搜尋功能、並將中文名稱與俗名（如農藥名）共 1,790 筆中文名稱加入資料庫提升業者使用便利性。此外，本計畫以AI大型語言模型基於\n化學品毒性資訊與安全替代物資訊，藉由 Meta Llama3 模型與 NVIDIA NeMo 程式柵欄實作對談機器人，由使用者與 AI 系統對談取得所需之資\n料，並且忽略無關於化學品與危害問題，以使 SAS 診斷模組系統更加完善、提升使用者體驗。",
        "eng_title": "Development of a Green Chemical Substitution Diagnostic Module and Decision  Support Plan (2\/4)",
        "eng_subject": "This project aims to develop the Diagnostic Module System of the Searching, Assessment, and Screening System for Safer Alternative Chemicals \n(SAS) for high-risk chemicals. The system will be optimized based on a modular framework, with functionalities including hazard diagnosis of chemicals and the establishment of a list of recommended safer alternatives to promote source management of chemicals. In 2024, the team, will align with international assessment strategies for safer alternatives, computational logic, chemical management regulations, and hazard or control lists, continuously optimizing the SAS diagnostic module system. The team will enhance the alternative assessment computational logic and integrate ChemSec Marketplace and the US EPA ChemView to expand industry-specific chemical information, thereby strengthening industry-specific parameters and linking existing safer alternative chemicals across different industries. This will enhance individual compound \nsubstitution recommendations.\n   By manually reviewing existing international lists, updating crawler programs, and expanding the safer alternative chemicals database and related databases, the applicability of the system will be improved. To enhance user interpretation of diagnostic module information, the team will include tutorial documents in the diagnostic module, explaining the principles of the four diagnostic modules and the provided information. The team will also enhance the search functionality and add 1,790 Chinese names and common names (e.g., pesticide names) to the database to improve usability for industry practitioners.   Additionally, the project will use AI large language models, based on chemical toxicity information and safer alternative information, to implement a conversational chatbot using the Meta Llama3 model and NVIDIA NeMo framework. This will allow users to acquire necessary information through interactions with the AI system while ignoring irrelevant chemical and hazard issues, thereby improving the SAS diagnostic module system and enhancing the user experience.",
        "proj_year": "113",
        "org_name": "化學署綜合規劃組",
        "exe_unit": "國立臺灣大學",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130853486",
        "publish_date": "20250216"
    },
    {
        "chi_title": "113年跨部會化學物質資訊服務平台（化學雲）應用計畫",
        "chi_subject": "強化、擴增及維護化學雲平台資料及開發應用功能部分，新增經濟部產業發展署、內政部消防署、臺中市政府消防局等單位3項客製化功能，新增廠商快報列表自定義分類及關鍵字搜尋功能，廠商快報擴增危險性機械及設備檢查資訊管理系統資料，民眾查詢介面擴增農藥危害辨識資訊，輔助勾稽功能呈列毒化物、工廠危險物品、優先管理化學品及消防安管等系統之交集風險廠商及快報，調整廠商快報目錄連結及附件等多項功能；資列介接與拋轉部份，協助新北市政府消防局介接3項系統資料介接；計畫執行期間維護10部會53個化學物質管理資訊系統定期拋轉，本年度新增開立共3,057組帳號，以及持續化學雲平台資安與運作維護。\n強化系統資料檢核部分，調整各部會系統上傳資料之稽催、檢核與回饋規則，並於研商會議與各部會研討律定各系統上傳資料檢核細節，調整自動化檢核及稽催程式，藉以協助強化督導各部會填報資料之即時性及正確性；強化系統資料整併部分，盤點商工系統登記公示資料、環保許可管理資訊系統廠商資料、12個消防救災關注部會系統資料現況，彙整資料常見問題，重新建立資料清洗及廠商整併邏輯；另外，依據化學署提供程式碼修正建議，提出程式調整可行性評估與建議部分，歸納盤點問題及提出9項建議，優先進行程式修改。\n導入科技技術、發展化學雲資料多元應用部分，應用區塊鏈技術完成毒化物許可證的廠商驗證與授權流程功能開發，使用者可設定密碼及分享連結至指定信箱查詢隱蔽資訊；應用進階機器學習技術部分，完成建構非監督式笑氣異常廠商偵測模型，並進行集成學習，藉此產生集成式異常標記資料；應用自然語言處理人工智慧技術部分，研析化學雲平台資料，完成廠商名稱與廠商地址之標準化效能評估，從AI技術面提出另一種資清洗與廠商整併方法，可用於協助檢視化學雲資料清洗與廠商整併結果之正確性。\n彙整本年度食安事件資訊，蒐集中央及地方衛生機關154個食安稽查抽驗專案發布之食安不合格通報680筆，並更新資料至化學雲查詢系統之中；系統教育訓練部分，完成6場次操作教育訓練，參加人次共計206人，另完成辦理化學雲相關研商、協調或訪談會議共計11場次。",
        "eng_title": "2024 Inter-ministerial Chemical Substance Information Service Platform (Chemical Cloud) Application Project",
        "eng_subject": "In terms of the enhancement, expansion and maintenance of the ChemiCloud platform, 3 customized functions were added for Ministry of Economic Affairs, National Fire Agency, and Fire Bureau of Taichung City Government. Multiple new functions were added including: custom classification and keyword search functions for the manufacturer's express bulletin list, the manufacturer’s express to expand the Hazardous Machinery and Equipment Check Information Management System data, the public query interface to expand the pesticide hazard identification information, and the auxiliary check function to present List riskier manufacturers’ express link, and adjust manufacturer’s express catalog links and attachments. Data linkage and transfer, assisting the New Taipei City Government Fire Department in linking data from three systems. A total of 3,057 ChemiCloud accounts were created in this year. We also continued to carry out platform information security, operation and maintenance.\nIn terms of strengthen data checking part of the system, re-plan the rules for auditing, checking and feedback of data uploaded by each department's system and adjust the automated procedures, and coordinate with other departments in the discussion meeting to formulate implementation details, so as to help strengthen the supervision of each department's filling in of information. Timeliness and accuracy; strengthen the system data integration part, take stock of Businesses and Industry Registration Information System, Environmental Protection Licensing Management Information System, and the 12 key systems of fire and disaster relief concerns of various ministries, and compile frequently errors and omissions, redesign the logic of data cleaning and vendor consolidation. Based on the program code modification suggestions provided by the Chemicals Administration, the program adjustment feasibility assessment and suggestions section was put forward, the problems were summarized and 9 suggestions were put forward, and program modifications were given priority.\nIntroduce technology and develop multiple applications of chemical cloud. The application of blockchain technology completes the development of manufacturer verification and authorization process functions for toxic chemical substance licenses. Users can set passwords and share links to designated mailboxes to query undisclosed hidden information; Application In the advanced machine learning technology part, we have completed the construction of an unsupervised laughing gas anomaly manufacturer detection model and conducted integrated learning to generate integrated anomaly labeling data; in the application of natural language processing artificial intelligence technology, we will analyze the chemical cloud platform Data, conduct standardized performance evaluation of manufacturer names and addresses, and propose another integration method to check the correctness of system integration results.\nCollect and compile information on food safety incidents in this year, complete the collection of 680 food safety unqualified notifications issued by central and local health agencies for 154 food safety inspections and random inspection projects, and compile the data and update it to the chemical cloud query system; 6 Chemical Cloud system trainings has been completed, with a total of 206 participants, and 11 meetings with authorities concerned and one cross-functional meeting has been completed.",
        "proj_year": "113",
        "org_name": "化學署評估管理組",
        "exe_unit": "景丰科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130846009",
        "publish_date": "20250222"
    },
    {
        "chi_title": "臺南市113年度「優質公廁及美質環境推動計畫」經常門補助計畫",
        "chi_subject": "本計畫執行期間自民國113年2月1日至113年11月30日，本次期末報告統計至民國113年11月30日止，有關工作內容執行摘要說明如下:\n本計畫目標包括盤點轄內所有列管公廁資料的正確性，透過巡查機制加強公廁品質，使其達到「特優級」水準。每季完成轄內所有建檔列管公廁抽查巡檢至少4次，另外協助抽複查轄內中央部會所屬空屋空地，以有效改善空地空屋環境衛生。針對觀光重點公廁達特優級者每月巡檢。推動並\t營造禮儀示範公廁，提升如廁禮儀。透過辦理環境衛生宣導活動，除加強公廁管理品質，提升市容整潔及增進民眾認知與環境素養，另外強化第一線登革熱防疫人員正確觀念，源頭消滅登革熱孳生源。\n一、公廁清潔管理\n(一)於113年3月31日第1季列管4,889座公廁評鑑及內部設備盤點資料正確性及公廁外圍路徑監視器盤點(含歷年補助公廁)。\n(二)至本期完成轄內所有建檔列管公廁之抽查巡檢4次(每季1次)，共19,595座次，其中平均每季特優級達全市73.3%、優等級12.7%及普通級14%。\n(三)至本期完成轄內重點公廁(臺鐵、夜市、傳統市場、觀光地區及風景區含休閒農場、森林遊樂區)共6,277座次(2-4月，每月620座次、5-11月，每月631座次)。\n(四)至本期完成安裝尿布台及兒童安全座椅各12座。\n(五)至本期完成輔導臺南轉運站1處為「禮儀示範公廁」，廁間導入物聯網(IoT)科技建置「智慧公廁」，並於入口處設置智慧偵測顯示器，提高公廁管理品質；另在廁間入口處繪製視覺圖像美化廁間，並在各廁間結合插畫納入公廁禮儀公約。\n(六)至本期完成協助台灣燈會期間雇工協助公廁及環境整理。\n二、空屋空地抽複查及環境衛生宣導\n(一)至本期完成中央部會空屋空地抽複查共1,852件，解列22處。\n(二)完成辦理登革熱疫災實地演練1場次，共計92人參與。\n(三)配合113年臺南市績優公廁考核獎勵計畫，完成辦理公廁評鑑宣導及抽獎活動1場次，投票數共5,900票，投票結果以加油站組之「台灣中油安順加油站」得票數最高為551票，其次為娛樂場所組之「台灣糖業股份有限公司-台糖長榮酒店」得票數為519票。\n(四)完成2場次公廁清掃教學活動，提升一般民眾及清潔人員對公廁管理之安全須知及使命感。共計64人參與。\n(五)完成邀請專家講解病媒蚊防治常用機具與配備簡介、噴藥注意事項及現場實務演練1場次，共計92人參與，藉此提升各區清潔隊化學防治人員的專業知能念。\n(六)邀請國家病媒蚊防治研究中心辦理登革熱孳生源清除培訓說明會1場次，並規劃3條室外巡檢孳清路線實地教學，共計116人參與。\n(七)完成辦理戒檳班講習會1場次，實到人數共計95人。\n(八)配合淨灘活動辦理環境衛生宣導1場次，宣導「菸蒂不落地」的正確觀念，共計505人參與。",
        "eng_title": "Final Report on the 2024 Tainan City Public Restroom and Vacant Land\/Property Inspection and Management Project",
        "eng_subject": "The implementation period of this project is from February 1, 2024, to November 30, 2024. This final report covers progress as of November 30, 2024. A summary of the work executed is provided below:\n1.\tPublic Restroom Cleaning and Management\n(1)\tBy March 31, 2024 in the first quarter, the project had conducted evaluations and verified the accuracy of inventory data for 4,889 public restrooms, including surveillance of surrounding paths and restrooms previously subsidized in past years.\n(2)\tIt had completed four rounds of random inspections (one per quarter) for all registered public restrooms under jurisdiction, totaling 19,595 inspections. The quarterly average ratings were as follows: 73.3% rated “Excellent,” 12.7% rated “Good,” and 14% rated “Average.”\n(3)\tThe project had conducted 6,277 inspections of key public restrooms in areas such as railway stations, night markets, traditional markets, tourist destinations, and scenic spots (including leisure farms and forest recreation areas) (620 inspections monthly between February and April; 631 inspections monthly between May and November).\n(4)\t12 diaper-changing stations and 12 child safety seats were installed.\n(5)\tIt had assisted Tainan Bus Station in transforming one restroom into a “Model Courtesy Restroom” by integrating IoT technologies for a “Smart Restroom” system. It had installed a smart display at the entrance and created visual enhancements, including illustrated etiquette guidelines in each stall.\n(6)\tThe project had provided labor assistance for restroom and environmental maintenance during the Taiwan Lantern Festival.\n2.\tVacant Property Inspections and Environmental Hygiene Advocacy\n(1)\tThe project had conducted 1,852 inspections of vacant properties, with 22 locations delisted.\n(2)\tIt had organized one field exercise for dengue outbreak preparedness with 92 participants.\n(3)\tIn support of the 2024 Tainan Public Restroom Excellence Awards Program, the project held one promotional event with a lottery. A total of 5,900 votes were cast, with the “CPC Anshun Gas Station” leading in the gas station category with 551 votes, followed by the “Evergreen Plaza Hotel” under Taiwan Sugar Corporation in the entertainment venue category with 519 votes.\n(4)\tThe project had conducted two public restroom cleaning workshops, enhancing safety awareness and a sense of mission among citizens and cleaning staff, with 64 participants.\n(5)\tA training session with expert demonstrations on common mosquito control equipment and pesticide application were held, attended by 92 participants. The event enhanced the technical expertise of chemical control personnel across districts.\n(6)\tPartnered with the National Mosquito-Borne Diseases Control Research Center, the project had conducted a dengue breeding source elimination seminar. The session included outdoor field training on three inspection routes, with 116 participants.\n(7)\tOne anti-betel nut seminar was held, with 95 participants.\n(8)\tThe project had organized one environmental hygiene advocacy event alongside a coastal cleanup, promoting the concept of “No Cigarette Butts on the Ground,” with 505 participants.",
        "proj_year": "113",
        "org_name": "臺南市政府環境保護局",
        "exe_unit": "創境科技有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130840535",
        "publish_date": "20250301"
    },
    {
        "chi_title": "廢乾電池及廢照明光源回收處理策略精進及再生料循環使用推動專案工作計畫（第１年）",
        "chi_subject": "本計畫執行期程為113年1月18日至12月15日，期間分析二次鋰電池營業量、廢棄量及回收量，以回收處理量能推估報廢年限。查訪直轄市販賣業者、環保局及回收商，並召開電動車研商會議，以分析廢二次鋰電池回收流布情形。檢測10組黑粉成分組成，輔導處理業者精進回收分流及處理技術，以擴充量能達每年8,886公噸。研擬二次鋰電池責任業者自建回收循環鏈申請繳納優惠費率資格審核要點，並辦理業者說明會以蒐集意見供參酌。\n蒐集含汞照明光源之回收活動、補助政策、販賣及使用場所等，提出汰換之因應對策。調查潛在處理業者，以規劃含汞照明光源落日執行作法。與漾拓公司討論媒合上市公司富邦銀行採綠色設計燈具租賃服務，作為示範案例使用。\n彙整乾電池及照明光源回收處理及再利用資料，並檢討費率及基金情形，研提二次鋰電池高值化分級補貼及擴大列管一體式LED照明光源。另提報37家未登記責任業者，均已完成輔導登記。並協助指定電池汞、鎘含量確認文件之輔導作業。\n辦理照明光源汰舊換新推廣活動，透過抽獎活動鼓勵民眾汰換傳統燈管燈泡，改用LED燈管燈泡，以及辦理資源循環科技發展及創新研討會，包含12篇成果發表，另有50餘篇之海報或實物展示。",
        "eng_title": "Enhancing Recycling and Treatment Strategies and Promoting Circular reuse of Recycled Materials for Waste Batteries and Waste Lights",
        "eng_subject": "The project period was from Jan 18, 2024 to Dec 15, 2024. Secondary lithium battery data had been analyzed to estimate recycling capacity. Through interviews with sales, environmental protection departments, and recyclers in special municipalities, as well as an EV industry workshop to analyze the recycling of waste secondary lithium batteries. Test the elemental composition of 10 black mass samples, and provide technical assistance to treatments to enhance their processing techniques and achieve an annual recycling capacity of 8,886 tons. The draft recommendation that focuses on responsible enterprise of secondary lithium batteries to establish their own recycling chains was proposed, and conferences were held to gather feedback for reference. \nInformation on fluorescent lamps, including recycling activities, subsidy policies, sales and usage of sources, was collected to develop countermeasures. To conduct investigation into potential industries in order to develop plans for the management and disposal of fluorescent lamps. Research team is discussing with COLOR PARK International Group to facilitate the adoption of green-designed LaaS (light as a service) by Taipei Fubon Commercial Bank Co., Ltd. as a case.\nCompile data on the recycling, treatment, and reuse of batteries and lighting, evaluate the trends in rates and fund to propose differential subsidy for high-value secondary lithium batteries and integrated LED lighting. 88 unregistered entities had been inspected and consulted by MOENV. Also, research team consult for companies with HWMS.\nOrganize light replacement promotion campaign, encouraging people to replace traditional fluorescent lamps with LED lamps through a lottery. Additionally, the achievement presentation conference for the subsided innovation and research projects had been held successfully, featuring 12 results presentations and over 50 poster or product exhibits.",
        "proj_year": "113",
        "org_name": "循環署回收基金管理會",
        "exe_unit": "財團法人台灣產業服務基金會",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130831707",
        "publish_date": "20250211"
    },
    {
        "chi_title": "塑膠資源物質流布分析與管理專案工作計畫（第二年）",
        "chi_subject": "本計畫因應整體發展目標及塑膠公約的推動，持續蒐整從「塑膠」製品產品原料的取得，到生產、消費以至於回收、再利用和廢棄物處理等管理框架，並透過塑膠循環、廢塑膠管理等國內外相關文獻及資料蒐整，來比較分析出目前國內之關鍵重大議題與資訊精進方向，進一步發展相關計算模式與評估方法，再藉由跨部會資料蒐整、塑膠供應鏈及產業深度訪談等方式，來逐步完善塑膠資源循環平台。\n平台除透過塑膠流布資訊系統來呈現循環階段的各樣資訊查詢及塑膠流布圖，更因應長程規劃及塑膠公約推動，於113年優先規劃入口網站及擴充物料地圖功能，來逐步為未來所要發展之媒合系統建立基礎，期許能透過更完善的基礎平台架構，深入議題並解析資訊，以更有效掌握整體供應鏈流布全貌。在整體塑膠流布分析上，亦配合碳盤查及排碳效益案例評析，掌握整體塑膠通路與經濟規模，進而協助塑膠循環之管理，並能扣合淨零減量政策。\n 因此本計畫執行方法，參考國際對塑膠流布資訊現況掌握，並檢視國內前述背景與思考，規劃計畫推動內容需以長期永續發展目標為一重點。本年度由「塑膠」製品產品原料的取得，到生產、消費以至於回收、再利用和廢棄等管理框架，透過塑膠循環、廢塑膠管理等國內外相關文獻及資料蒐整、資料分析、資料推估與普查調查並發展相關計算公式與模式，並強化塑膠循環資料庫，協助主管機關掌握全國塑膠資源流布外，亦配合開發產業端再生商品申請平台及規畫民眾端塑膠資源入口網站；除透過網絡平台呈現循環階段的各樣資訊查詢及塑膠流布圖，更納入創新回饋，包含GIS建置及查驗工具等，透過基礎平台架構，搭配塑膠生命週期循環資料連結，以更有效掌握整體供應鏈流布全貌。在整體塑膠流布分析上，亦配合碳盤查及排碳效益案例評析，持續掌握整體塑膠通路與經濟規模，進而協助塑膠循環之管理，並能扣合淨零減量政策。 \n\n總成果可分為幾個面向探討\n\n一、蒐整國際塑膠資源流向數據分析、資料取得方式與系統功能管理\n    本團隊調查了歐盟、美國、加拿大、日本和韓國等國的塑膠資源流向及管理規範，分析各國塑膠產品的生產、使用和回收數據，並比較其資料庫建置情況，以提出優化我國塑膠資源流布資訊系統的建議。全球趨勢顯示，塑膠使用正從線性經濟轉向循環經濟，這種轉變有助於提高塑膠產品的利用效率，減少環境影響。經彙整國內數據得知，我國在工業用途塑膠的統計較完善，但民生用途數據分散，缺乏詳細的回收數據。後續參考國際資料庫建置方式，透過文獻蒐集與調查，分析塑膠關注議題，並提出政策和資訊蒐集建議，以完善國內塑膠資源循環系統。\n\n二、持續掌握塑膠資源物質流向與分析再利用產品通路，並追蹤市場銷售流向與產業規模\n　　本計畫參考國際統計與分類方法，針對塑膠循環生命週期，包括原料、製品生產、使用、回收與再利用等階段，蒐集國內外資料並制定塑膠流布資料的推估方法。透過產業與民生端的實地調查，校正數據，並比對政府開放資料，完善塑膠生命週期的基線資料。分析國際塑膠資源循環報告，對比國內資料，涵蓋資源投入、產業使用、廢棄處理等項目，呈現我國塑膠資源流布情形。延續112年計畫，113年度蒐集國際塑膠應用統計，推估國內各產業塑膠使用情形。另擴充並修正產業與民生領域的塑膠資源使用推估模式，並通過實廠調查校正數據；更金一步掌握回收的塑膠材料可再製為再生粒料的數據，及可創造的市場價值，與回收效果受消費者習慣與技術的相關影響。掌握數據後，進一步觀察循環指標。蒐集國際常用指標，如人均塑膠廢棄物量等，作為政策參考。已將人均塑膠廢棄物量納入塑膠循環平台，便於後續數據計算與分析。\n\n三、針對優先推動產業持續完善廢塑膠流向分布調查，強化事業廢塑膠精進管理作法\n　　本計畫分析產業端塑膠廢棄物的排出項目與後端流向，並提出管理改進建議。以塑膠類廢棄物月平均產出量大的事業為基礎，掌握廢棄物排出量較大的行業別，如電子零組件製造業、化學材料製造業和塑膠製品製造業。本年度優先分析化學材料製造業與塑膠製品製造業，檢視其主要產品與廢塑膠的產出關係。化學材料製造業的高產出行業包括塑膠原料製造業、化學原材料製造業和人造纖維製造業；塑膠製品製造業則涵蓋塑膠皮、板及管材製造業等。另部分廢塑膠的申報方式不明確，難以確定其型態。因此，計畫從法令管理和系統申報兩方面提出可行建議，例如要求回收業者詳細填寫材質資訊，鼓勵業者將廢塑膠再製成材料和產品，提高再利用比例，提升回收與再利用率。\n\n四、建置塑膠資源循環平台\n　　本計畫建立塑膠循環管理平台，提供視覺化和友善的查詢與統計分析介面，協助主管機關的塑膠管理決策，提升我國塑膠循環比例和經濟效益。已完成112年度及近十年資源流布資料庫建置及「塑膠流布資訊系統」建置，繪製包含塑膠資源流布圖及再生流向圖等，更整併電子零組件、化學材料製造業、塑膠製品製造業之產業流布資訊，進一步配合歷史資料，完成近十年全國塑膠物質流指標趨勢圖，並構建GIS產業和再生物料分布地圖，作為後續推動物料媒合雛形地圖。進一步配合政策推動，於產也非填充再生商品再生料添加的部分，已擴充「塑膠再生商品審查申請系統」，包含廠商添加再生商品的申請及第三方驗證相關程序功能。另優先完成塑膠資訊平台民眾網規畫，預期未來提供社會大眾塑膠相關塑膠公約、全球塑膠資訊、新知、科普等資訊，以提高民眾減塑意識；並持續擴充完備塑膠資源流布圖等工具，完善塑膠生命週期數據掌握。\n\n五、建構關鍵物料經濟與減碳效益計算模組\n　　本團隊建構塑膠循環的減碳效益計算模組，涵蓋碳足跡類別與規則的制定、案例分析及環境足跡的評估。本年度聚焦於整合112年度的rPET寶特瓶產品碳足跡盤查，並分析再生塑膠粒料（rPET）的碳足跡，探討其減量技術、邊界及製造過程中的排放。今年度延伸至上游原料廠商，深入研究再生塑膠粒料的溫室氣體排放，建立本土化案例與碳排放係數數據。已完成產品碳足跡及環境衝擊計算，未來將擴大至其他塑膠類型，提供參考應用，並發展相關計算公式或模組，系統化，以強化關鍵物料的經濟與減碳效益，支持淨零減量政策。\n\n因此，本計畫全面掌握國際塑膠資源流向並優化我國塑膠資源流布資訊系統，涵蓋以下五個部分：\n一、蒐整國際塑膠資源流向數據分析與系統功能管理：本團隊針對已開發國家如歐盟、美國、加拿大，以及生活型態類似的日本、韓國等，透過文獻蒐集調查相關塑膠產品產出與循環各階段流向與量能資料；盤整各國及經濟體之塑膠資源流布，並比較其塑膠生產、使用及回收的統計分析與資料庫建置情形。並提出與國際資料庫比對的統計管理策略，以作為優化我國塑膠資源流布資訊系統的參考。\n二、掌握塑膠資源物質流向與分析再利用產品通路：本計畫針對塑膠循環的生命週期，從原料、製品生產、塑膠資源使用、回收處理到再利用與廢棄等，蒐整國內相關資料並釐清資料內含。因應資料完整性及是否列管事業等差異，擬定不同塑膠流布資料推估方法，並透過產業及民生端實廠調查或供應鏈與市場田野調查進行數據校正。分析國際塑膠資源循環報告之物質流布圖資訊，參考統計物質流之資料項目，與我國現有資料對比，了解較為相近之統計方式。\n三、完善廢塑膠流向調查與管理：依據廢棄物清理計畫書，分析產業端塑膠廢棄物之排出項目與後端流向，透過資料研析掌握產業廢塑膠後端流向分布，並就現行管理制度提出精進管理做法。以廢清書塑膠類廢棄物月平均產出量大的事業為依據，優先分析化學材料製造業與塑膠製品製造業，檢視其產出產品、廢塑膠型態產出情形，建立產出對應關係，並改善申報方式，提高廢塑膠回收與再利用率。\n四、建置塑膠資源循環平台：以資訊化、系統化的方式建構塑膠循環整體管理系統架構，提供視覺化與友善化查詢、統計分析介面。從了解現況到長期觀察政策推動成效，協助主管機關於塑膠管理時作為參考資訊，提升我國塑膠循環比例，強化塑膠循環之管理與經濟效益。完成流布資料庫建置與「塑膠流布資訊系統」，並持續擴充建置系統平台，提供廠商線上申請作業，並已規畫塑膠資訊民眾網以提高減塑意識。\n五、建構關鍵物料經濟與減碳效益計算模組：建構關鍵物料減碳效益計算模組，包括精進塑膠循環可建構碳足跡類別與規則、建構塑膠碳足跡類別案例及環境足跡等工作。透過評析建置產業碳盤查及排碳效益案例，分析塑膠循環可建構產品碳足跡類別與規則。延續前期成果，整合rPET寶特瓶產品碳足跡盤查，擴大到其他塑膠類型，提供使用者或管理單位參考應用，並依此評估發展相關計算公式或模組，系統化強化我國關鍵物料經濟與減碳效益。\n整體而言，計畫透過系統化的數據蒐集與分析，提升我國塑膠資源管理效率，促進減碳與循環經濟發展。",
        "eng_title": "The Project of Plastic Resources Material Flow Analysis and Management(Second year)",
        "eng_subject": "In response to the implementation of the Plastics Convention, this project aims to comprehensively enhance the efficiency of plastic resource management. By collecting and analyzing data throughout the entire life cycle of plastics—from raw material acquisition, production, and consumption, to recycling, reuse, and waste treatment—the project will compare the current state of plastic recycling and waste management domestically and internationally. It seeks to identify key issues within the country and refine approaches accordingly. The project will develop relevant computational models and assessment methods and will incrementally improve a plastic resource circulation platform through cross-ministerial data collection, in-depth interviews with the plastic supply chain, and industry experts.\n\nThe plastic resource circulation platform will provide information on plastic flows, featuring data queries and visual flow maps for each stage of the recycling process. To align with long-term planning and the Plastics Convention, the project prioritizes developing a portal and expanding the materials mapping function as a foundation for future matchmaking systems. Through a well-structured foundational platform, the project aims to thoroughly analyze plastic-related issues, gain a comprehensive understanding of supply chain flows, and support carbon inventory and carbon reduction case studies. This will facilitate insights into plastic distribution and economic scale, contributing to plastic recycling management and the goals of net-zero emissions policies.\n\nKey aspects of the project include: 1. Collection of international data on plastic resource flows and system functionality management; 2.Monitoring of plastic resource flows and reuse product distribution; 3. Improvement of waste plastic flow investigation and management; 4. Establishment of a plastic resource circulation platform; 5. Development of a carbon reduction benefit calculation module.",
        "proj_year": "113",
        "org_name": "循環署循環處理組",
        "exe_unit": "環輿科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130796687",
        "publish_date": "20250228"
    },
    {
        "chi_title": "氣候公約協商進展與國際氣候行動研析因應",
        "chi_subject": "銜接《聯合國氣候變化綱要公約》控制人為所致大氣中溫室氣體排放濃度，《巴黎協定》追求溫控至少2℃並進一步邁向1.5℃之目標，使得在2050年前後達成淨零排放將是達成溫控目標的關鍵。為實現具韌性的全球淨零碳排目標，COP28總結的「全球盤點」使得各國凝聚次階段2035年的減量企圖心。而「將化石燃料從能源系統中逐步轉型」已成為如「脫碳加速器」、「工業脫碳加速器」、「氣候俱樂部」等國際淨零倡議或組織合作發展重點。執我國隨「2050年淨零排放路徑」搭配《氣候變遷因應法》施行，相關淨零預算及12項關鍵戰略的投入已融入國家氣候治理與轉型戰略的政策推動。依循脫碳社會發展趨勢，碳定價制度的引進及國際合作所推展的《巴黎協定》第六條市場與非市場機制將是引領技術擴散與調和減量成本的重要工具。而2024年亞塞拜然巴庫COP29會議上締約方就「新全球氣候資金量化目標」(NCQG)達成共識，同意在2035年前，每年提供至少3,000億美元的氣候資金，以支持開發中國家因應氣候變遷的挑戰；另締約方完成巴黎市場機制之建制並持續就全球調適目標追蹤指標進行討論；然對於會前各方期待基於「阿聯共識」進一步提升對於Pre-2030減緩行動的企圖心，並為2025年遞交2035年次階段NDC營造有利環境之成果，在COP29談判立場分歧的情況下，最終未能達成共識。本計畫依長期參與《聯合國氣候變化綱要公約》與《巴黎協定》研析我國因應策略論述參考，主要工作成果如下：\n1.\t研析氣候公約及巴黎協定阿聯共識協商進展，研提氣候法制因應策略：本計畫評析「阿聯共識」協商進展，包括減緩工作方案、公正轉型方案、新氣候資金目標、損失與損害基金以及全球能源系統脫碳之進展；本計畫並完成研析「阿聯全球氣候韌性架構」與「提升透明度架構」之內容研析，並研提對我國氣候治理之策略與建議。\n2.\t掌握國際間中長期氣候政策與淨零轉型發展動態，評析我國氣候治理強化對策：本計畫完成各締約方之短、中至長期氣候行動趨勢進展，亦掌握IPCC 第七次綜合評估報告 (IPCC AR7 Synthesis Report) 進展，與UNEP排放差距報告(Emission Gap Report)、IEA及IRENA等國際重要組織之科研報告，剖析當前國際科研資訊提供我氣候政策發展的重要啟示；另本計畫共辦理2場次減緩策略因應措施對我中長期淨零策略能力建構會議，提升對於氣候政策衝擊影響評估之能力。\n3.\t彙整國際氣候協商倡議行動，推展跨國氣候智庫合作及夥伴關係：本計畫彙整主要國家及集團之因應氣候變遷與能源政策及倡議，同時研析本年度《氣候公約》締約方大會主辦國與其周邊國家氣候變遷政策與立場，做為環境部政策研擬與國際合作與參與策略分析之用；另本計畫已與國際合作智庫國際氣候對話（ICD）完成辦理一場研討會及研究報告。\n4.\t辦理參加氣候公約會議活動組團籌備工作：本計畫已出席SB60會議與COP29會議，並於11月12日與馬紹爾群島合辦一場次周邊會議，會期間辦理展覽攤位等工作，另藉由我國氣候行動文宣與部長專文等，行銷宣傳我國氣候行動，提高國際上對我之認同；本計畫共完成辦理三場次策略研商會議，凝聚國內部會參與共識與各部會關注重點議題分工，有效規劃我國整體參與策略。\n5.\t研析巴黎協定第六條國際減量合作機制發展及因應建議：本計畫完成國際減量合作機制發展研析及相關制度建制建議：另本計畫完成二場次的專家諮詢工作會議、派員參與於義大利辦理之歐亞氣候法制專家論壇並赴日本東京拜會「全球環境戰略研究所」及參與「日本涼爽地球創新論壇」，以拓展巴黎協定合作方法參與實務經驗。",
        "eng_title": "UNFCCC Negotiations and International Climate Actions Research Project",
        "eng_subject": "At COP29, held in Baku, Azerbaijan, in 2024, parties reached a consensus on a New Collective Quantified Goal (NCQG) for Climate Finance, committing to provide at least USD 300 billion annually by 2035 to support developing countries in addressing climate change challenges. Additionally, parties finalized the establishment of the Paris Agreement's market mechanisms and continued discussions on tracking indicators for global adaptation goals. However, despite pre-conference expectations to enhance ambition for pre-2030 mitigation actions based on the UAE Consensus and create an enabling environment for submitting 2035 Nationally Determined Contributions (NDCs) by 2025, no consensus was reached due to diverging negotiation positions. This project, based on Taiwan's long-term participation in the UNFCCC and Paris Agreement, analyzes strategies for responding to climate challenges. Key deliverables include:\n1.\tAnalyzing the Progress of the UAE Consensus Negotiations and Proposing Le-gal and Policy Strategies: The project assessed the progress of the UAE Consensus negotiations, including mitigation work programs, just transition strategies, the new climate finance goals, loss and damage funds, and the decarbonization of global energy systems. It also analyzed the UAE Global Climate Resilience Framework and the Enhanced Transparency Framework, providing strategic recommendations for Taiwan's climate governance.\n2.\tMonitoring Global Mid- to Long-Term Climate Policies and Net-Zero Trans-formation Trends, and Evaluating Taiwan's Climate Governance Strategies: The project reviewed short-, medium-, and long-term climate action trends among parties and monitored progress in the IPCC’s Seventh Assessment Report (AR7 Synthesis Report), the UNEP Emissions Gap Report, and key scientific reports from organizations such as the IEA and IRENA.Two workshops were held to build capacity for assessing the impacts of mitigation strategies on Taiwan’s mid- and long-term net-zero strategies.\n3.\tCompiling International Climate Negotiation Initiatives and Promoting Cross-Border Collaboration: The project compiled policies and initiatives on climate change and energy from key countries and groups. It also analyzed the host country's policies for the current UNFCCC Conference of the Parties and neighboring countries' climate policies, serving as references for Taiwan’s policy formulation and international cooperation strategies. Additionally, the project hosted a seminar in collaboration with the International Climate Dialogue (ICD) and produced a research report.\n4.\tOrganizing Participation in UNFCCC Conference Activities: The project participated in the SB60 and COP29 meetings, co-hosting a side event with the Marshall Islands on November 12, organizing an exhibition booth, and promoting Taiwan's climate actions through promotional materials and ministerial articles. Three strategy meetings were held to consolidate inter-ministerial consensus, highlight key issues, and plan Taiwan's overall participation strategy effectively.\n5.\tAnalyzing the Development of Article 6 of the Paris Agreement and Proposing Response Measures: The project examined the development of international cooperation mechanisms under Article 6 and provided recommendations for institutional design. Two expert consultation meetings were held, and representatives attended the Eurasian Climate Law Experts Forum in Italy, visited the Institute for Global Environmental Strategies in Tokyo, and participated in the Cool Earth Innovation Forum in Japan, gaining practical experience in implementing Paris Agreement cooperation mechanisms.",
        "proj_year": "113",
        "org_name": "氣候署國際事務小組(停用)",
        "exe_unit": "財團法人工業技術研究院",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130746949",
        "publish_date": "20250228"
    },
    {
        "chi_title": "循環領域淨零科技發展推動專案工作計畫",
        "chi_subject": "研析國內外淨零科技發展策略，聚焦塑膠、紡織及營建循環領域，透過GRB系統研析近7年相關科技計畫(共341支計畫)，依各計畫領域、投入材料、產製產品及應用分類等進行歸群。訪談塑膠、紡織、營建、綠色設計領域等10位專家，彙整我國塑膠、紡織、營建產業現行於循環領域技術發展現況。\n研議115-118年度「資源循環淨零科技擴散應用計畫」，聚焦塑膠、紡織、營建及戰略項目循環領域淨零科技之發展路徑，完成辦理策略規劃專家資諮詢會議與跨部會協商會議，共議研提未來合作項目，落實產業資源循環。\n執行綱要計畫績效管理作業，協助「淨零排放-資源循環減碳技術計畫」完成GSTP季報彙編填報、114年度綱要計畫審議與修訂作業。辦理資源循環減碳技術計畫之期中交流會議與工作坊，以及協助辦理資源循環科技發展及創新研討會，建立計畫團隊對計畫績效管考原則之認知，探討資源循環對減碳效益之具體貢獻，滾動檢討計畫經費配置。\n規劃「資源循環創新及研究發展計畫」專屬平臺架構，設計網站區塊：1.【資訊平臺】-資訊揭露、2.【計畫申請系統】-計畫申請管道、3.【資訊平臺維護後臺】-整體網站維運管理，分資訊揭露(前臺)、資訊管理(後臺)。另完成計畫申請管理系統規劃方案，包含計畫管理與核定、會員專區及相關服務等。",
        "eng_title": "Project Plan for Promoting Net-Zero Technology Development in the Circular Economy Field",
        "eng_subject": "Analyzed global and domestic net-zero technology development strategies, focusing on the circular economy sectors of plastics, textiles, and construction. Through the GRB system, we reviewed the past seven years of related technological projects (341 projects in total), categorizing them by sector, materials used, product output, and application types. Conducted interviews with ten experts across the fields of plastics, textiles, construction, and green design to compile the current status of technology development in Taiwan's circular economy for these sectors.\nFormulated the '2026-2029 Resource Recycling Net-Zero Technology Diffusion and Application Plan,' which concentrates on the development pathways of net-zero technologies in plastics, textiles, construction, and strategic circular economy projects. Organized expert consultation meetings for strategic planning and cross-departmental coordination, reaching consensus on future cooperative projects to enhance industry-wide resource recycling.\nImplemented performance management tasks for the overarching project plan, supporting the 'Net-Zero Emission – Resource Recycling and Carbon Reduction Technology Plan' by completing quarterly GSTP report compilations and submissions, as well as conducting the 2025 annual review and revision processes. Held midterm review meetings, workshops, and resource recycling technology seminars to foster project team awareness of performance management principles, explore the concrete carbon reduction contributions of resource recycling, and dynamically review project budget allocations.\nDesigned the exclusive platform architecture for the 'Resource Recycling Innovation and R＆D Plan,' including website sections for: 1. Information Platform – information disclosure; 2. Project Application System – channels for project applications; 3. Information Platform Maintenance Backend – overall site management and operations, segregating information disclosure (frontend) and information management (backend). Additionally, completed planning for the project application management system, covering project management and approvals, member access, and related services.",
        "proj_year": "113",
        "org_name": "循環署綜合規劃組",
        "exe_unit": "財團法人台灣經濟研究院",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130733928",
        "publish_date": "20250223"
    },
    {
        "chi_title": "113年度環保法規技師簽證查核案件品質提升專案工作計畫",
        "chi_subject": "「113年度環保法規技師簽證查核案件品質提升專案工作計畫」年度目標為提升環境保護技師簽證品質、環境保護技師專業知能及維運環工技師簽證相關網頁及系統。在查核庶務及各項會議部分，舉辦提升技師簽證品質相關會議5場、精進提升簽證技師品質策略暨環境工程技師簽證服務資訊網功能交流會議3場、簽證技師查核教育訓練1場、協助辦理各項技師簽證案件之查核、會議、資料彙整及諮詢等工作，其中書面查核作業52件、現場查作業23件、查核點數確認會議8場，錄製9小時提升技師簽證品質之數位教材，編撰「強化環工技師簽證責任可行性研析報告書」、「專業技師責任規範彙整報告書」、「環境保護技師相關判例及解釋函彙編」等3本報告書，召開5場工作進度會議，以檢討執行進度及內容，出席相關會議及活動，並製作會議紀錄及回覆辦理情形；在維運資訊系統工作部分，持續辦理環工技師簽證相關網頁及系統維運工作、辦理技師管理資訊系統維護及更新、軟硬體升級與資安檢查，架構重整、汰換老舊程式及元件、網頁介接資料等，以利相關人員使用。\n        本年度目標的實現，不僅提升了環工技師的專業能力與簽證品質，還優化了網頁系統功能，為未來的環保技師簽證工作之優良品質，奠定了堅實的基礎。",
        "eng_title": "2024 Project Work for Improving the Quality of the Review of Environmental Regulations Engineer Certification Cases.",
        "eng_subject": "The 2024 Project Work for Improving the Quality of the Review of Environmental Regulations Engineer Certification Cases  aims to enhance the quality of professional environmental protection engineer certifications, improve the professional knowledge of environmental protection engineers, and maintain the related web pages and systems for environmental engineering certification.\nThe annual objectives include organizing five meetings related to improving certification quality, three strategy and information exchange meetings, and one educational training session for certification engineer audits. The project also involves assisting in various tasks such as audits, meetings, data compilation, and consultations for engineer certification cases, including 52 document audits, 23 on-site audits, and eight audit mission point confirmation meetings. Additionally, nine hours of digital teaching materials will be recorded to improve certification quality, and three reports were compiled: Feasibility Study Report on Strengthening the Responsibility of Environmental Engineering Certification Engineers, Compilation Report on Professional Engineer Responsibility Regulations, and Compilation of Relevant Cases and Interpretations of Environmental Protection Engineers. Five work progress meetings were held to review the implementation progress and content. The project also includes attending relevant meetings and activities, producing meeting records, and providing feedback on the handling situation. \nIn terms of maintaining the information system, the project involved continuous maintenance of the web pages and systems related to environmental engineering certification, updated the engineer management information system, upgraded software and hardware, and conducted information system security checks. Achieved these goals, were enhance the professional capabilities and certification quality of environmental engineers and optimized the functionality of the web system, laying a solid foundation for future high-quality certification work.",
        "proj_year": "113",
        "org_name": "環管署環境執法組",
        "exe_unit": "財團法人台灣環保文教基金會",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130721528",
        "publish_date": "20250218"
    },
    {
        "chi_title": "再生能源設置之環境影響及成本效益先期評估",
        "chi_subject": "擴大再生能源的設置不僅由於淨零排放之政策目標，也是降低高進口能源依賴風險的關鍵舉措。隨著台灣對再生能源設置需求的增長，再生能源設置的環境影響成為社會關注的焦點。因此，本計畫目標以建立再生能源設置的環境成本效益評估架構為主，先期工作評估各項再生能源進行環境成本分析的優先順序，擇定主要類別為重點評估對象、並研提次要類別之評估架構，做為未來實際案場的分析之用。\n　　本計畫已依照計畫執行進度規劃，完成既定工作進度，並據此提交成果報告。首先，完成評估各類再生能源進行成本效益分析研究之優先順序，並經第一次工作討論會議結論，將以光電為主要分析類別、風電為次要分析類別進行研究。其次，從學術文獻、各國法規、評估標準、評估案例等面向，蒐集與評估類別相關之環境影響評估及環境成本效益分析項目。經研析文獻內容，研究團隊認為以生命週期評估架構及非市場價值評估方法進行本計畫之評估是妥適的。\n　　最後，羅列太陽能光電系統及風力發電系統在生命週期各階段之環境成本及效益項目，蒐集各項目可得之貨幣化指標，並進行太陽能案例評估，總結該案場環境成本及環境效益的貨幣量化數值，提供具體評估結果以供政策參考。",
        "eng_title": "Preliminary Research on Environmental Impact and Cost-Benefit Assessment of Renewable Energy Installations",
        "eng_subject": "Expanding renewable energy installations is not only driven by the policy goal of net-zero emissions but also serves as a key measure to reduce the risks associated with high dependence on imported energy. As Taiwan's demand for renewable energy installations increases, the environmental impact of these installations has become a focus of public concern. Therefore, the goal of this research project is to establish a framework for the environmental cost-benefit assessment of renewable energy installations. The preliminary work focuses on evaluating the environmental cost analysis of various renewable energy types, prioritizing key categories for detailed assessment, and developing an assessment framework for secondary categories to be used for future site-specific analyses.\n　　This project has been implemented according to the progress plan, completed the established work progress, and submitted an outcome report accordingly. First, the prioritization of renewable energy types for cost-benefit analysis was completed. Based on the conclusions from the first work discussion meeting, solar power has been selected as the primary focus for analysis, with wind power as the secondary focus. Second, a comprehensive review was conducted, gathering and assessing environmental impact assessments and environmental cost-benefit analysis items related to the selected categories. This review drew on academic literature, national regulations, evaluation standards, and case studies. After analyzing the collected materials, the research team concluded that using a life cycle assessment framework combined with non-market value evaluation methods is the most appropriate approach for this project’s evaluation.\n　　Finally, a listing of the environmental costs and benefits at each life cycle stage for solar photovoltaic and wind power systems was compiled. For each item, available monetized indicators were collected. A case study on solar power was conducted to quantify the environmental costs and benefits, providing a monetary evaluation that offers specific results for policy reference.",
        "proj_year": "113",
        "org_name": "國環院環境治理研究中心",
        "exe_unit": "財團法人中華經濟研究院",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130720232",
        "publish_date": "20250214"
    },
    {
        "chi_title": "113年度嘉義縣空氣品質管理發展暨空氣品質惡化緊急應變計畫",
        "chi_subject": "空氣污染防制法自民國六十四年五月二十三日經制訂公告以來，隨著對空氣污染物排放特性掌握程度趨於成熟與完備，及民眾對環保意識的抬高，近年來各項管制標準不斷趨嚴而管制對象也越趨於完備。但由於空氣污染物排放特性複雜，以嘉義縣(以下簡稱本縣)空氣品質而言，空氣污染指標(AQI)>150之日數近5年雖有轉趨改善，但仍以細懸浮微粒(PM2.5)及臭氧(O3)為主要之污染指標。顯示僅就個別排放源管制，對空氣品質仍未有顯著之改善，因此考量以整體性空氣污染排放管制；另為配合環境部空品不良通報政策，於環境部通報空氣品質不良時，傳達應變防護訊息及推動污染源減量相關工作，並確實執行本縣「區域空氣品質嚴重惡化緊急防制計畫措施」相關應變作為，即空氣品質管理發展暨空氣品質惡化緊急應變計畫便因應而生。",
        "eng_title": "The 2024 Air Quality Management Development Plan and Air Quality Deterioration Emergency Response Plan for Chiayi County",
        "eng_subject": "Following the promulgation of the Air Pollution Control Act on May 23, 1975, control over the characteristics of air pollutant emissions has become more mature and comprehensive, while there has been increased awareness of environmental protection among the public. Thus, various control standards have been made more stringent and the control targets more complete in recent years. Due to the complexity of the characteristics of air pollutant emissions, although the number of days where AQI ＞ 150 was reduced in the past five years concerning the air quality of Chiayi County （hereinafter referred to as “the County”）, PM2.5 and O3 remain the main pollutants. In terms of controlling individual emission sources, the above result shows that air quality hasn’t improved significantly. After taking the overall control of air pollutant emissions into consideration, the air quality management development plan and the air quality deterioration emergency response plan have therefore been developed to cooperate with the Environmental Protection Administration （EPA） on its poor air quality reporting policy （i.e., conveying protection messages and promoting tasks related to pollution reduction when the EPA reports poor air quality） and duly implement the County’s Emergency Prevention Measures for Severe Deterioration of Regional Air Quality.",
        "proj_year": "113",
        "org_name": "嘉義縣環境保護局",
        "exe_unit": "新系環境技術有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130718856",
        "publish_date": "20250221"
    },
    {
        "chi_title": "113年食品產業廢棄物減量及循環利用技術開發計畫",
        "chi_subject": "食品為重要民生產業，加工製程產生的豆渣、咖啡渣及茶渣等數量龐大食品廢棄物(>100萬噸\/年)，受限於含水量高，不易保存，經濟價值不高且容易造成環保的問題，亟待具體解決方案。本年度計畫共有三個分項：(1)促進及協力臺灣植物性廢渣循環經濟網絡形成。(2)建立食品廢棄物渣之高效節能乾燥量產製程。(3)食品廢棄物環境異味生物控制及應用評估。\n本計畫目前已完成(1)辦理並啟動臺灣食品循環生態圈推動聯盟運行，透過資訊提供、辦理產業上下游共識形成會議，促成食品廢棄物循環經濟生態圈的上下游及周邊有效互動，加速共識及商化實現。(2)建立豆渣、咖啡渣及茶渣之量產衝擊流乾燥條件，豆渣以熱風溫度380-400℃、咖啡渣及茶渣則以350-370℃為較佳量產衝擊流乾燥條件，三種乾燥渣類之水活性皆<0.6，水分含量<10%，單位能耗除濕量(specific moisture extraction rate, SMER)為2.40-3.12 kg H2O\/ kWh，與熱風乾燥技術相比，能源效率為其1.8-2.4倍，能源成本可減少36-72%。此外，也建立三種乾燥渣類之關鍵水活性，分別為0.66±0.0、0.60±0.02以及0.61±0.01，以阻隔性佳的包材進行包裝，可讓食品廢渣於室溫儲存期間維持品質穩定，以利後續加值應用。本技術可降低食品廢棄物之體積及重量，達到食品廢棄物減量之目標。(3)(a)分析3種廢棄物渣(豆渣、咖啡渣及茶渣)經堆置後的外觀、氣味及揮發性有機化合物。結果顯示隨存放時間的延長，3種廢渣上的微生物生長、生成的氣味、揮發性化合物種類、異味強度均發生明顯變化。豆渣的異味生成最快速且強烈，嗅聞有明顯的腥臭味，二甲基二硫、二甲基三硫、三甲胺等可作為特徵化合物；咖啡渣的異味生成是三者中最慢且最不顯著的，嗅聞具有霉味，3-辛醇、蘑菇醇、3-辛酮等可作為特徵化合物；茶渣的異味生成較豆渣緩慢且溫和，嗅聞具有霉味及土味，以3-辛醇、蘑菇醇等可作為特徵化合物。在微生物組成方面，廢渣中原有的微生物種類及堆置後的微生物組成有很大的變化。堆置7天後，豆渣的微生物組成以Chryseobacterium sp.、Acetobacter sp.及unclassified Fungi為主；咖啡渣以Herbaspirillum piri、Burkholderiaceae、Novosphingobium capsulatum、Terriglobus sp.、Pseudomonas sp.、unclassified Fungi為主；茶渣以Chryseobacterium sp.、Sphingomonas sp.、Microbacterium sp.、Cladosporium sp.為主。經微生物組成及氣味成分分析，可探勘與異味生成有關的特徵微生物，作為後續對應之標的。(b)以高氨氮之養豬場廢水作為篩選培養液，進行除臭篩選測試，發現菌株T18可在無添加營養源的廢水中生長，同時氨氮分解表現最佳；另外由枯草桿菌、乳酸菌、酵母菌、黑酵母和絲狀真菌菇蕈等5類80株餘株菌中，篩選獲得31株具脂質分解潛力的菌株，其中枯草桿菌菌株B22之脂質分解能力最佳；酵母菌Ya08和S36等兩株菌株兼具有脂質分解及產生特殊香氣的能力。(c)以B22、Ya08、AM02、T18等4株潛力菌株進行組合，評估菌株(或菌組)接種至豆渣後，對異味及揮發性成分形成的影響。結果發現單獨接種菌株T18與T18+AM02菌組對降低TVOC值及氨氣量表現最佳。具應用於減輕豆渣堆置或運輸產生之異味的潛力。(d)建立除臭潛力菌株T18於5L發酵槽之最佳發酵條件，最終菌體乾重約為10.3 g\/L，菌數達1010CFU\/g濕重以上。(e)完成3家次企業訪談。(f)導入除臭微生物於食品產業廢棄物，透過配方組成設計，開發出1組新穎性的寵物貓砂雛型產品，與同類型市售貓砂相較其除臭能力更佳。",
        "eng_title": "",
        "eng_subject": "",
        "proj_year": "113",
        "org_name": "循環署循環處理組",
        "exe_unit": "財團法人食品工業發展研究所",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130717394",
        "publish_date": "20250218"
    },
    {
        "chi_title": "113年度金門縣移動污染源稽查管制計畫",
        "chi_subject": "本年度移動污染源稽查管制計畫執行期程自113年1月16日至113年12月31日止，主要針對機車排氣路邊攔檢、未到檢機車動態車牌辨識、訪查、巡查、定檢站查核、即時傳輸系統管理、定檢檢驗通知單寄發、定檢檢驗簡訊寄發、充電站巡查、柴油車路邊及場站攔檢、油品檢驗、目視判煙、烏賊車案件處理、宣導活動之舉辦，以及其他業務相關宣導及行政工作等進行規劃執行",
        "eng_title": "Mobile Pollution Source Inspection Control Program",
        "eng_subject": "2024 Migration Pollution Source Inspection Control Program had begun from Jan.-16-2024 to Dec.-31-2024. Its major items were inspecting motorcycle emission on the roadside, identifying the license plate for un-inspection motorcycles, visiting motorcycles, patrolling inspection, checking inspection stations, updating transmission in-time system, delivering inspection notifications, patrolling charge stations, inspecting diesel vehicle smoke, spot checking oil ingredients, visual judgment of diesel vehicles smoke emission, dealing with the cases of smoked vehicles and held promotions . ,",
        "proj_year": "113",
        "org_name": "金門縣環境保護局",
        "exe_unit": "新研綠能科技有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130622035",
        "publish_date": "20250203"
    },
    {
        "chi_title": "基隆市-113年推動廢棄物源頭減量及強化分類回收補助計畫",
        "chi_subject": "本計畫執行期間自113年1月19日起至12月20日止，主要工作內容包含辦理「推動一次用產品源頭減量」、「垃圾強制分類及垃圾減量」、「推廣資源再使用及延長物品生命週期」、「辦理源頭減量所規範對象宣導、輔導與稽查作業」、「推動不用品回收交換、展售或維修活動」、「推動環保夜市、商圈或觀光景點形象改造」、「加強公私部門落實減少使用免洗餐具及包裝飲用水」及「辦理環境部源頭減量及資源回收績效考核工作」等工作，茲就執行工作項目相關成果摘錄說明如下：\n一、推動一次用產品源頭減量\n（一）擇定特定區域或商圈輔導業者提供循環容器（餐盒、杯）借用、自備優惠、環保外送等相關服務，並建立業者基本資料及對外界宣導\n1.輔導本市1處特定區域或商圈之10家業者提供上開源頭減量服務6個月\n今年度選定新濱町商圈辦理業者輔導工作，共有10家業者願意提供源頭減量服務6個月以上，7家具內用場所店家，店內餐具全數改用可重複清洗環保餐具，推估每月可減少使用10,500個一次用免洗餐具；為向民眾宣傳相關服務，本計畫辦理「自備環保容器SO EASY．租借也能享優惠」，辦理期間為113年5月15日至113年11月15日，共有2,027人次參與；在環保外送部分，1家業者主動與遊艇業者合作，具實際外送成果，其餘業者表示主要無民眾接洽外送服務，致無外送成果，建議未來應持續加強推廣宣傳。\n2.辦理源頭減量服務宣導活動\n共辦理2場宣導活動，在「自備環保容器 SO EASY-租借也能享優惠」活動辦理前，結合該地區里長，於5月9日及5月10日辦理對里民及一般民眾之宣導，以增加活動曝光度及建立民眾源頭減量觀念。\n3.彙整業者清單放置於環保局網站供公眾運用\n本計畫已彙整建立新濱町商圈配合之店家、攤商名單，交由環保局放置於網頁上，另為推廣本市各單位及民眾響應循環容器盛裝餐點，更新本市「可提供循環容器盛裝餐點業者名單」至環保局網站，並提供給環境部進行網站名單更新，目前本市可提供循環容器盛裝餐點業者為55家，以中正區15家為最多，為瞭解各行政區普及度，本計畫以提供可循環容器盛裝餐點業者家數占有店面餐飲業者家數進行計算，結果以仁愛區7.5%最低，建議未來可針對仁愛區及人口數較多之安樂區，加強輔導餐飲業者提供可循環容器盛裝餐點。\n4.撰寫新聞稿\n於113年5月2日提出「循環容器帶著走 自備租借享優惠」新聞稿內容供環保局參考，環保局於113年5月10日發布。\n（二）輔導市場業者不主動提供購物用塑膠袋或改以付費方式取得\n1.輔導本市市場業者50家於顧客消費時，不主動提供購物用塑膠袋或改以付費方式取得\n於113年5月15日完成公有成功市場54家攤商業者輔導調查工作，在考量攤商業者意見及法規尚未強制下，今年度推動方式仍為不主動提供購物用塑膠袋，共50家攤商業者願意配合，以每月每攤位合計塑膠袋使用量69,746個，推動後每月減少1成左右使用量推估，6個月減少量約為42,000個。\n2.辦理不主動提供購物用塑膠袋或改以付費方式取得推動說明會或宣導活動\n辦理3場宣導活動，共有230人參加；為宣傳市場不主動提供購物用塑膠袋措施及爭取資源循環署績效考核成績，增辦為期6個月之「減塑市場 無塑做伙行」好康加碼活動，鼓勵消費者自備環保袋購物及選購裸賣蔬果，並於12月5日撰寫1則成果新聞稿，供環保局參考發布。\n3.輔導市場周邊店家或業者攤販設置3處二手循環袋自取處\n已於113年5月29日完成公有成功市場內3處二手循環袋自取處之設置，並不定期派員巡視箱體外觀及箱內袋子存量，並即時維護及補充，每次補充環保袋時，皆屬於接近用罄狀態，使用率達95%，每月補充環保袋數量約180個。\n（三）辦理旅宿用品管制對象稽查作業\n依據本計畫工作範疇界定會議結論，輔導本市所有列管對象37家旅宿業者，稽查輔導結果，有20家業者已無提供一次用旅宿用品，推估全年可減少997,038個一次用旅宿用品，其餘業者口頭允諾於113年12月31日前改善完成；辦理3場旅遊自備旅宿用品宣導活動，包括2場靜態宣導及1場走動宣導，宣導人數達12,055人。\n二、垃圾強制分類及垃圾減量\n（一）辦理垃圾強制分類與破袋稽查\n本計畫針對本市機關、學校或社區辦理垃圾破袋檢查工作，垃圾車沿線收運路線之破袋稽查由環保局稽查區隊、第一區隊及第二區隊執行；共執行1所機關、5所學校及24個社區之破袋檢查工作，稽查結果無開立勸導單，分類不確實的資源回收項目以紙容器居多；協助彙整垃圾車沿線收運路線之破袋稽查結果，目前可彙整資料至113年10月止，共稽查11,684件，告發278件，不合格率為2.38%。\n（二）辦理社區及公寓大廈資收物流向追蹤\n本計畫已彙整環保局廢棄物管理科列管停徵水費中附徵之廢棄物清除處理費用的社區大廈名單及基隆市政府都市發展處之基隆市公寓大廈成立管理組織列管清冊，具資源回收貯存區之社區及公寓大廈共112處，並抽查2處社區及公寓大廈回收物流向，2處單位皆委託民間收運，民間收運後回收物變賣流向均為外縣市。\n三、推廣資源再使用及延長物品生命週期\n（一）推動舊物翻新設計\n今年度擇定太白社區為推動舊物翻新設計之輔導對象，以「廢棄物循環再生-木匠翻轉-匠心再生」為主題，共辦理2場學習課程及1場經驗分享會，鼓勵參與學員及單位依循此成功案例，發展特色課程或再製品；於8月27日撰寫1則標題為「推動廢棄物循環再生 基市環保局鼓勵舊物翻新」成功案例新聞稿供環保局參考發布。\n（二）推廣不用品流通機制\n共訪查8家公益團體，皆有意願接受媒合流通，其中運作良好之青鳶雨都志工服務團願意擔任不用品提供者及代募調度之角色，並於8月下旬建立社福團體需求線上表單，由志工協助統計需求及調度配送不用品物資，目前已流通不用品至4個社福團體，共進行8次配送，流通品項主要為衣物類；於11月15日撰寫1則標題為「資源共享不浪費 基市環保局推廣不用品流通機制」新聞稿供環保局參考發布。\n（三）宣導資源循環採購\n本計畫已彙整48所機關及學校回傳之調查資料，今年度有共通性大量汰舊換新需求之品項為影印機，並已有單位採行租賃方式；已辦理2場宣導說明會，宣導機關及學校配合資源循環採購，及早規劃辦理。\n（四）推廣以租代買創新經營模式\n本計畫透過查詢行政院公共工程委員會「政府電子採購網」之共同供應契約、電訪及向租賃業者詢問等方式，蒐集彙整可提供本市以租代買之業者資料共11家、臺銀共同供應契約可提供本市租賃服務之廠商共47家及可提供餐具租賃服務之業者9家，供機關及學校參考；於113年6月7日及6月14日辦理共2場推廣說明會。\n四、辦理源頭減量所規範對象宣導、輔導與稽查作業\n（一）辦理源頭減量宣導活動或說明會\n共辦理10場源頭減量宣導活動，宣導人數達2,970人，問卷調查結果，民眾對於源頭減量政策都非常支持。\n（二）辦理一次用產品源頭減量稽查工作\n已稽查列管對象1,911家次，業者皆符合規定，無違規情事；在過度包裝節慶稽查部分，已完成年節、西洋情人節、端午節、七夕情人節及中秋節共800件指定商品禮盒稽查，查無違規商品，本計畫另於非節慶之網路商品查核結果，查獲3件體積比大於1之禮盒，皆已由環保局函請所轄縣市環保局辦理，目前2件已告發，1件為辦理中；在塑膠一次用飲料杯稽查部分，已查核400家(飲料店業查核125家)，所有業者均依公告規定執行，無違規之情事。\n五、推動不用品回收交換、展售或維修活動\n（一）辦理二手物再使用推廣活動\n針對社區、學校、機關及家電或資訊用品業者，共辦理10場二手物再使用推廣活動，參與人數為341人，二手物品交換為65%，其中1場創新加碼補助民眾維修金活動，獲得3C量販業者(順發3C量販)及民眾之好評。\n（二）辦理「愛分享-傳遞愛」跳蚤市集\n今年度於113年5月至9月每月第四週週二上午9時30分至12時，在仁愛區光一路與華三街口之橋下(29號橋)辦理定點定時活動，並邀請青鳶雨都志工服務團、華山基金會、啟明關懷弱勢協會、盲人福利協進會、腎友協會及脊髓損傷者協會等社福團體參與，參與本計畫攤位捐換人數為112人，交換率為64%，捐換類別以包包類、生活用品、衣服及玩具為主；市集參與人數達650人，整體觸及人數達3,000人以上。\n（三）辦理產品修復或再利用課程\n於社區、機關及學校共辦理8場產品修復或再利用課程，共有183人參與，其中2場為家電產品修復課程，其餘則為手作再利用課程，材料為生活中容易取得之廢棄傘布及牛仔布，學員表示課程實用，後續會持續操作並推廣；另為提高推廣成效，本計畫製作操作步驟說明電子檔並建立QR Code，於說明會及宣導活動辦理時，鼓勵民眾掃描利用，讓未能參加課程之民眾也能自行操作，體驗課程精神與樂趣。\n（四）維護本市美傢園二手物交換展售站\n本計畫經由參訪桃園市修惜站及與環保局討論後，撰擬設計規劃書並於113年4月30日提出，後續於環保局同意後，進行站內空間及硬體之修復改造及美化工作，並已於11月28日完成；為推廣本市美傢園二手物交換展售站，本計畫針對捐換類別及條件設計2款文宣，並於113年7月30日提送，經同意後印製發送；統計美傢園二手物交換展售站營運情形，今年度共收受339件、換出353件，無現金交易件數。\n（五）更新並推廣二手物市場尋寶地圖\n本計畫已於113年7月30日提送本市現有提供二手物交換或買賣之業者、學校、機關團體等名單，目前共有168處，包含循環概念店75處、舊衣回收箱88處、市集1處及校園平台4處，並已製作分享地圖及放置名單於環保局網頁，供公眾查詢及利用。\n六、推動環保夜市、商圈或觀光景點形象改造\n（一）輔導減少使用一次用產品\n今年度選定本市觀光景點新地標之基隆塔周邊店家為輔導對象，已訪談輔導10家業者之內用餐具全面汰換為可重複清洗餐具，推估1年可減少使用108,000個一次用免洗餐具；8月辦理「自備環保容器 不塑享優惠」自備環保容器消費享10元折扣活動，共有436位民眾享環保容器優惠折價；已完成設置資源回收設施，後續由基隆市政府文化局負責管理維護及清運。\n（二）辦理宣導說明會或活動\n邀集攤商業者於113年7月26日及8月26日，各辦理1場經驗交流分享會，共有54家攤商業者參與；於113年7月16日及8月12日各辦理1場宣導活動，以設攤及走動宣導方式加強宣導，活動觸及人數達540人。\n七、加強公私部門落實減少使用免洗餐具及包裝飲用水\n已完成辦理4場說明會，共有80人與會，辦理發現大多數機關及學校皆已相當熟悉指引內容，會中有單位建議提供租借容器或餐具之廠商，能互相協調並整合為一個平台，以增加租借便利性及節省運費；共稽查輔導37所機關及學校落實減少使用免洗餐具及包裝飲用水等工作，稽查輔導結果無違反規定；輔導4家業者購置重複使用餐盒或循環杯，並加入環保容器服務供應鏈，計畫執行期間將持續追蹤使用情形；辦理4場循環容器推廣活動，155人體驗租借服務，問卷調查結果，有53%於平時會自行攜帶環保餐具、杯，願意嘗試租借的原因主要是支持環保作為，對於租借體驗均表示100%滿意。\n八、辦理環境部源頭減量及資源回收績效考核工作\n為爭取環境資源循環考核佳績，本計畫每月控管考核項目之源頭減量推動作業（7分）、促進不用品（二手物）及舊衣再利用（1分）、推廣循環採購以租代買或產品服務化商業模式（3分）及重要工作配合情形-加分項（3分）的得分情形，並預估年度得分，目前得分為11.8分(含加分1分)，預估年度得分為11.8分。",
        "eng_title": "Keelung City - 113-year subsidy plan to promote waste source reduction and strengthen classification and recycling",
        "eng_subject": "The implementation period of this plan is from January 19 to December 20, 2020. The main work content includes promoting the source reduction of disposable products, mandatory garbage classification and garbage reduction, and promoting resource reuse. and extend the life cycle of items, handle publicity, guidance and auditing of objects regulated by source reduction, promote recycling, exchange, exhibition, sale or maintenance activities of useless products, promote the image transformation of environmentally friendly night markets, business districts or tourist attractions ”, “strengthening the implementation of public and private sectors to reduce the use of disposable tableware and packaged drinking water” and “handling the Ministry of Environment’s source reduction and resource recycling performance assessment work” and other tasks",
        "proj_year": "113",
        "org_name": "基隆市環境保護局",
        "exe_unit": "綠信環境科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130614768",
        "publish_date": "20250204"
    },
    {
        "chi_title": "發展廢鋰電池高值循環技術與打造國內自主循環產業鏈體系（第二年）",
        "chi_subject": "透過循環再利用技術，從退役鋰電池中提取有價資源，可降低生產成本並提升綠能產業經濟效益。本計畫開發鋰電池低碳高值循環技術，結合碳包覆與補鋰製程，顯著提升再生正極粉體(簡稱再生料)性能。技術成果包括有效分離活性物質與雜質，將鋁雜質降至400 ppm以下，解決內部阻抗升高問題，並使克電容量達新品的99%以上，減碳效益約64.1%，並提升回收處理成本效益57.4%。經測試，再生料與新品以一定比例的摻配可達歐盟電池法規要求。計畫期間，完成國內鋰電池物質流布圖繪製及輔導3條產業鏈，同時導入國際碳足跡計算方法，估算出112年廢鋰電池資源循環置換原生材料碳排效益為427.04公噸二氧化碳當量（t CO2e）。碳排放的熱點是廢塑膠焚化，占總碳排量的65.6%。預估114年廢鋰電池資源循環置換原生材料碳排效益為523.66公噸二氧化碳當量（t CO2e）。針對國際政策，本計畫深入分析歐盟電池法規及國際相關措施，包括電池資源回收再利用比率目標與碳足跡聲明格式，並彙整於成果報告供參考。此外，完成廢鋰電池辨識測試驗證系統建置，結合AI訓練模型與光學辨識系統，建置分選資料庫之特徵資料筆數達3,303筆以上、回收電池分選精確率達83％以上，有效降低再生料雜質比例。",
        "eng_title": "Developing advanced recycling technologies for spent lithium batteries and building a domestic self-sustaining circular industry ecosystem （Year 2）",
        "eng_subject": "Through recycling technologies, valuable resources can be extracted from retired lithium batteries, reducing production costs and enhancing the economic efficiency of the green energy industry. This project developed low-carbon, high-value recycling technologies for waste lithium iron phosphate batteries, integrating carbon coating and lithium replenishment processes to significantly improve the performance of regenerated materials. The technology effectively separates active materials and impurities, reduces aluminum impurities to below 400 ppm, addresses increased internal resistance, and achieves a specific capacity exceeding 99% of new materials. Testing demonstrated that regenerated materials mixed with new materials meet the EU Battery Regulation requirements, reduce carbon emissions by 64.1%, and improve recycling cost efficiency by 57.4%. During the project, a material flow chart of the domestic lithium battery industry was completed, along with guidance for three industrial supply chains. International carbon footprint calculation methods were introduced, revealing that the estimated carbon reduction benefit from the recycling of waste lithium batteries in 112th yearis 427.04 metric tons of CO2 equivalent (t CO2e). The main carbon emission hotspot is the incineration of waste plastics, which accounts for 65.6% of the total carbon emissions. It is estimated that the carbon reduction benefit from waste lithium battery resource recycling in 114th year will be 523.66 metric tons of CO2 equivalent (t CO2e). To align with international policies, the project analyzed the EU Battery Regulation and related measures, including targets for recycling efficiency and carbon footprint declaration formats, and compiled the findings into a report for domestic strategy reference. Additionally, a lithium battery identification and sorting module was developed, integrating AI training models and optical recognition systems. The database now contains over 3,303 feature data points, achieving a sorting accuracy of over 83%, effectively reducing impurities in regenerated materials.",
        "proj_year": "113",
        "org_name": "循環署回收基金管理會",
        "exe_unit": "財團法人工業技術研究院",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130596804",
        "publish_date": "20250228"
    },
    {
        "chi_title": "嘉義縣-113年資源循環工作計畫",
        "chi_subject": "本計畫人員設備已於113年3月14日到位（嘉義縣環境保護局113年3月26日嘉環設字第1130004003號函同意備查），截至113年10月31日為止，共執行8個月，尚符合工作進度，各項工作執行成果摘要如下：\n本計畫協助環保局辦理資源回收考核及相關稽查作業，截至10月底，共計辦理（1）責任業者稽查中環境部函請及其他縣市函轉54件、主動稽查42件；(2) 輔導責任業者按時申報及繳費營業量及進口量；(3) 辦理「公告應回收廢棄物責任業者法規說明會」1場次；(4)應回收廢棄物販賣業者稽查246家次；(5)電子電器線上聯單65家次；(6)指定業者規範辦理輔導、管制與宣導工作，已執行1,626家次指定稽查(包含購物用塑膠袋限用對象稽查共計483家次、塑膠類（保麗龍）免洗餐具限用對象稽查共計246家次、一次用外帶飲料杯源頭減量共計364家次、一次用塑膠吸管稽查共計6家次、限制含塑膠微粒之化粧品與個人清潔用品製造、輸入及販賣稽查共計240家次、塑膠類托盤及包裝盒稽查共計21家次、限制乾電池製造稽查共計242家次、含PVC食品包裝稽查共計242家次及網際網路包裝箱稽查共22家次)；(7)辦理限制產品過度包裝稽查與重點節慶訪查共查22家業者；(8)辦理旅宿業旅宿用品減量活動2場次；(9)辦理全縣市場購物用塑膠袋減量活動6-11月；(10)設置網購包裝循環箱5處；(11) 設置舊衣回收箱10點；(12)推廣蔬果裸賣辦理5場活動及輔導5處；(13)辦理資源回收宣導22場及商漁港每月辦理2場次活動；(14)資源回收宣導工作，包含媒體宣導122則；拍攝兩部宣導品影片及設計並輸出600張海報及1000份摺頁及辦理20場次資源回收宣導說明會；(15)輔導10處設置資源回收示範社區；(16)稽查公所代清運一般廢棄物業者53家；(17)協助環保局配合辦理環保署資源回收績效考核，訂定本縣及各鄉鎮市公所一般垃圾減量率、一般廢棄物回收率目標；（18）辦理農藥廢容器逆向回收獎勵辦理，共計16處回收點；(19)辦理高壓容器每季加值兌換活動。本計畫依各項工作執行成果，彙整執行困難，提出調整作法及建議，作為推動垃圾減量及資源回收工作方向，持續提升本縣各項績效作為。",
        "eng_title": "Chiayi County - 113-year resource recycling work plan",
        "eng_subject": "The personnel and equipment for this project were in place on March 14, 2013 (Chiayi County Environmental Protection Bureau issued a letter of agreement No. 1130004003 dated March 26, 2013 for future reference). As of October 31, 2013, a total of 8 months\nThis program assists the Environmental Protection Bureau in handling resource recycling assessments and related audit operations. As of the end of October, a total of (1) 54 letters from the Ministry of Environment and letters from other counties and cities for responsible industry audits, and 42 voluntary audits have been handled; (2) Counseling Responsible operators reported and paid business volume and import volume on time; (3) held 1 Briefing session on regulations for responsible operators announcing recyclable waste; (4) inspected 246 recyclable waste sellers; (5) electronic and electrical appliances 65 online orders;(6) Designated businesses to standardize guidance, control and publicity work, and have carried out 1,626 designated inspections (including a total of 483 inspections of restricted objects for shopping plastic bags, restricted objects of plastic (styrofoam) disposable tableware A total of 246 inspections were conducted, a total of 364 inspections were conducted to reduce the source of single-use takeaway beverage cups, a total of 6 inspections were conducted on single-use plastic straws, and a total of 240 inspections were conducted to restrict the manufacturing, import and sale of cosmetics and personal cleaning products containing plastic particles. , a total of 21 inspections of plastic pallets and packaging boxes, a total of 242 inspections of restricted dry battery manufacturing, a total of 242 inspections of PVC-containing food packaging, and a total of 22 inspections of Internet packaging boxes); (7) Handling restricted products A total of 22 businesses were inspected during excessive packaging inspections and key festival visits; (8) 2 events were conducted to reduce travel and accommodation supplies in the travel and accommodation industry; (9) Conduct a county-wide shopping plastic bag reduction campaign from June to November; (10) Set up online shopping packaging recycling boxes at 5 locations; (11) Set up used clothes recycling bins at 10 locations; (12) Promote naked selling of fruits and vegetables at 5 locations 5 activities and counseling; (13) 22 resource recycling promotions and 2 activities per month at the commercial and fishing port; (14) resource recycling promotion work, including 122 media promotions; shooting two promotional videos And designed and output 600 posters and 1,000 foldouts and conducted 20 resource recycling publicity and briefing sessions; (15) provided guidance on setting up resource recycling demonstration communities in 10 places; (16) Inspect 53 companies that clean up and transport general waste properties; (17) Assist the Environmental Protection Bureau to cooperate with the Environmental Protection Agency’s resource recycling performance assessment, and set the general waste reduction rate and general waste recycling rate for the county and various townships and municipalities. Objectives; (18) Handle reverse recycling incentives for pesticide waste containers, with a total of 16 recycling points; (19) Handle quarterly value-added exchange activities for high-pressure containers. Based on the implementation results of various tasks, this plan summarizes implementation difficulties and proposes adjustments and suggestions as a direction to promote waste reduction and resource recycling, and to continuously improve the county's performance.",
        "proj_year": "113",
        "org_name": "嘉義縣環境保護局",
        "exe_unit": "綠信環境科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130585649",
        "publish_date": "20250219"
    },
    {
        "chi_title": "113年底泥品質管理計畫",
        "chi_subject": "本計畫協助環境部環境管理署推動及辦理底泥品質管理各項工作，計畫期間合計完成159件水體底泥品質採樣及檢測計畫書與139件底泥品質檢測資料之審核工作，同時彙整研析首輪及第二輪底泥品質檢測資料，篩選11處高於上限值水體辦理高潛勢水體底泥品質調查作業，掌握濃度偏高區段及可能成因，並建立高潛勢水體底泥調查作業原則，提出管理因應作為與分工建議。\n完成水體底泥環境危害調查技術方法研析，辦理3處高於上限值水體現地試驗，利用擴散式梯度薄膜技術（Diffusive gradients in thin films, DGT）評估底泥多環芳香烴（PAHs）對水生生物之風險危害。依據歷年底泥品質管理實務問題與經驗，提出法規檢討修正方向，並針對底泥相關議題進行探討。完成「底泥品質檢測資訊公開網」升級更新，擴充環境地理資訊圖層及建立環域分析功能，同時協助製作1份網站升級改版重新上線之底泥管理說明文件，增進民眾對底泥檢測資訊及科普知識的瞭解。",
        "eng_title": "2024 Project of Sediment Quality Administration",
        "eng_subject": "The purpose of this project is to assist the Environmental Management Administration to achieve yearly goal of implementation of contaminated sediment management strategy. In total, 159 sediment sampling plans and 139 sediment quality survey reports were reviewed and revised. The project also consolidated and analyzed data from the first and second rounds of sediment quality assessments. Simultaneously, 11 water bodies exceeding contamination limits were selected for sediment investigations to identify pollution sources and assess the extent of high-pollutant concentration areas. Guidelines for investigating high-potential water bodies were established, along with recommendations for management measures and task allocations.\nThe project consolidated and analyzed methods and technologies for investigating environmental hazards in water body sediment. Field trials were conducted at three water bodies with contaminant levels exceeding regulatory limits, employing Diffusive Gradients in Thin Films (DGT) technology to assess the ecological risks of polycyclic aromatic hydrocarbons (PAHs) in sediment for aquatic life. Propose regulatory review and revision strategies based on historical challenges and experiences in sediment quality management. Additionally, further exploration of sediment-related issues was conducted. The project also involved upgrading the ‘Sediment Quality Information System’, which was enhanced with additional environmental geographic information layers and a regional analysis function. Additionally, the project included the creation of sediment protection flyers aimed at improving public understanding of sediment testing information and related scientific knowledge.",
        "proj_year": "113",
        "org_name": "環管署土壤及地下水污染整治基金管理會",
        "exe_unit": "瑞昶科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130571651",
        "publish_date": "20250214"
    },
    {
        "chi_title": "113年水污染源管理系統優化計畫",
        "chi_subject": "本年度計畫持續進行各項系統功能優化，在水污染源管制資料管理系統功能優化方面，包含建置定檢申報水質水量資料統計分析功能，提升資料統計效率、封存許可定檢資料以提升系統效能、規劃智慧客服功能、配合使用者需求精進系統填報輔助功能，以及優化現有複合查詢功能及配合許可整合建置電子繳費功能。\n在強化河川水質異常通報及後續處理平台方面，除統計分析目前縣市環保局通報現況外，亦藉由收集公害陳情案件及新聞媒體事件，分析可能污染熱區地點，提供主管機關後續管理參考。另建置通報案件統計分析圖表，可快速掌握污染類型、原因及地點。\n在強化水質保護地理資訊系統功能方面，藉由示範案例評估系統可提供之輔助估能及可精進建議、套疊國土署下水道用戶接管圖資，掌握生活污水排放情形，評估對於周邊水體水質之影響。\n另因應系統功能更新，為讓使用者瞭解系統操作，故辦理教育訓練，本年度辦理3場次審核機關種子培訓教育訓練，另協助審核機關辦理1場次教育訓練，期讓使用者可熟悉瞭解新系統功能介面，以順利銜接相關申請及申報作業。\n另配合及落實資安防護與系統功能維護，確保資料正確性及完整性，提升決策面及執行面之效能，達到水污染防治及管制成效。",
        "eng_title": "The Project of Optimization Water Pollution Sources Management System 2024",
        "eng_subject": "This year's plan continues to optimize various system functions. In terms of optimizing the Water Pollution Sources Management System, this includes building functions for statistical analysis of water quality and quantity data for scheduled inspections, improving data statistics efficiency, archiving permit inspection data to enhance system performance, planning for intelligent customer service functions, improving the system’s reporting assistance functions based on user needs, and optimizing the existing complex query functions. Additionally, building electronic payment function.\nIn strengthening the River Water Quality Abnormal Reporting Platform, in addition to statistical analysis of the current reporting situation from county and city environmental protection bureaus, the system will also collect public nuisance complaints and media reports to analyze potential pollution hotspots, providing reference for subsequent management by competent authorities. Furthermore, a statistical analysis chart for reported cases will be built to quickly grasp pollution types, causes, and locations.\nTo enhance the functionality of the Water Quality Protection Geographic Information System, the system will evaluate the potential assistance it can provide and suggest improvements based on demonstration cases. It will overlay data from the National Land Management Agency's sewerage user takeover maps to monitor domestic wastewater discharge and assess its impact on surrounding water quality.\nAdditionally, in response to system updates, training sessions are held to help users understand the system's operation.Three sessions of seed training for review agencies have been held, and one additional training session has been organized to assist review agencies. The aim is to help users become familiar with the new system interface and ensure smooth transitions in related application and reporting processes.\nIn addition to system improvements,information security protection and system function maintenance are implemented.To ensure the correctness and integrity of data, maximize the efficiency of decision and execution could be maximized, and improve the effectiveness of water pollution prevention and control.",
        "proj_year": "113",
        "org_name": "環境部水質保護司",
        "exe_unit": "環輿科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130546291",
        "publish_date": "20250203"
    },
    {
        "chi_title": "113年強化環境衛生法令制定與執行研析計畫",
        "chi_subject": "國人過去對環境衛生認知不足及公德心不彰，時有任意棄置垃圾造成環境污染行為，影響日常生活品質，因此，早期環境衛生政策方針以提升整潔度為主；近年伴隨經濟成長、生活水準提升，交通、商業及住宅環境隨之成長，民眾對於環境品質有更高期望，環境衛生工作之長期目標，須因應國際潮流與我國民情進行滾動式調整。環境衛生工作多為勞力密集，面對高齡人口不斷提升及少子化趨勢，人力成本持續增加，未來可導入智慧化及物聯網（如：智能垃圾桶），打造特色環保鄰里，創造議題吸引民眾關注；面對全球ESG浪潮，可透過民眾參與、公私協力、企業認養（或維運）特色公廁，並開放廣告收益，可有效促使國內企業投入認養。\n另我國政府近年積極致力環境衛生改善工作，環境品質已有顯著提升，然民眾仍多仰賴政府挹注資源進行清理，端賴法令制度加強行為規範；且地方政府採因地制宜訂定自治規範，致使管理方式及強度不一，可能導致民眾無所適從，同時造成各機關權責劃分不清，資源不易整合。基於維護良好環境品質為全民職責，參考新加坡、日本、韓國現行法規及管制作法，以及對土地或建物具有直接管領力之分工原則，已草擬「環境衛生管理促進法」（草案），期能整合政府資源、落實權責分工，促進環境衛生管理業務，全面提升我國環境品質。\n立法重點主要融入全民維護精神，秉持擁有土地處分權者，因持有土地而有其利益收穫，則應對其土地盡良善管理之責，各機關應就所轄土地或業務妥善分權管理；另面對天災、病媒等可能造成環境問題，規範主管機關應互相支援，創造人力、資源最大運用並彈性分配勤務，以因應發生天災、病媒等事故時可迅速投入資源執行應變措施。立法之目的主要在於規範並管制足以影響生活健康、安全和公眾福祉之環境或公共衛生及其他相關之問題，除與國家發展政策及國際趨勢相符，亦符合民眾期待及回應需求。",
        "eng_title": "The Promotion of Environmental Sanitation and General Waste Legal System and Operational Review and Evaluation Plan 113",
        "eng_subject": "In the past, Taiwanese citizens had insufficient awareness of environmental hygiene and lacked civic virtue, often engaging in indiscriminate littering, which led to environmental pollution and affected the quality of daily life. Therefore, the early focus of environmental hygiene policy was primarily on improving cleanliness. In recent years, with economic growth and higher living standards, the development in transportation, commercial, and residential environments have also expanded, leading to greater public expectations for environmental quality. The long-term goals of environmental hygiene work need to be dynamically adjusted in response to international trends and local Taiwanese customs. Environmental hygiene work is labor-intensive. Facing the continuous rise in the aging population and the trend of lower birth rates, labor costs keep increasing. In the future, the integration of smart technology and the Internet of Things, such as smart garbage bins, can be considered to create unique environmentally-friendly neighborhoods, generating topics to attract public attention. In response to the global ESG wave, it is feasible to encourage domestic enterprises to adopt or operate unique public toilets through public participation, public-private partnership, and corporate sponsorship, and to open advertising revenue streams.\nFurthermore, in recent years, the Taiwanese government has actively worked on improving environmental hygiene, leading to a significant enhancement in environmental quality. However, the public still largely relies on the government to provide resources for cleaning, depending on the reinforcement of behavioral norms in the legal system. Additionally, local governments establish local standards, leading to varied management methods and intensities, which may cause confusion among the public and result in unclear responsibilities and difficulty in integrating resources among various agencies. Based on the principle that maintaining good environmental quality is the responsibility of all citizens, and referring to the current laws, regulations, and management methods in Singapore, Japan, and South Korea, as well as the principle of division of labor based on the direct jurisdiction of land or buildings, the Environmental Hygiene Management Promotion Act (draft) has been drafted. It aims to integrate government resources, implement a division of responsibilities, promote environmental hygiene management, and comprehensively improve Taiwan's environmental quality.\nThe main focus of the legislation is to incorporate the spirit of public maintenance. Adhering to the principle that the holder of the land disposal right, due to owning the land, benefits from it and should therefore be responsible for its good management. Each agency should properly divide the authority to manage the land or business under its jurisdiction. Additionally, in the face of natural disasters, vectors, and other potential environmental issues, the regulations stipulate that the competent authorities should support each other to maximize the use of manpower and resources and flexibly allocate duties, so that resources can be quickly deployed to implement emergency measures in the event of natural disasters, vectors, and other accidents. The purpose of the legislation is mainly o regulate and control environmental or public health issues and other related matters that can affect living health, safety, and public welfare. It aligns with national development policies and international trends and meets public expectations and responds to needs.",
        "proj_year": "113",
        "org_name": "環管署綜合規劃組",
        "exe_unit": "財團法人台灣產業服務基金會",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130539045",
        "publish_date": "20250228"
    },
    {
        "chi_title": "精進工業區污水下水道系統管理及廢污水自動監測連線品質計畫",
        "chi_subject": "本計畫目標：1.工業區污水下水道系統管制措施規劃及透過管制資料掌握重點工業區2.強化廢（污）水自動監測管理及重大點源放流水自動連續監測資訊系統功能3.協助自動監測設施管理、提供主管機關諮詢及辦理系統性及功能性查核4.簡化措施說明書及確認報告書變更流程，並同步調整廢（污）水自動監測（視）設施措施說明書及確認報告書登錄作業。\n成果包括：(1)分析工業區近3年管制資料提出待改善名單與行動計畫、分析水污費指定對象之監檢測資料差異、規劃及彙整工業區水污染管理計畫(2)規劃自動監測管理系統雲端資料庫未來方向、提供多元化通訊管道之異常訊息推播功能、建置自動監測連線對象月報功能、配合辦理水系統介接作業(3)提供應設置自動監測對象每月進度追蹤及技術諮詢、蒐集國外3國之水質自動監測執行狀況及國內CEMS認證推動方向、協助修正水污染防治措施及檢測申報管理辦法、辦理5場系統性及功能性查核、規劃113年自動監測設施管理縣市專案管理計畫(4)簡化廢（污）水自動監測（視）設施措施說明書及確認報告書系統之變更流程及系統(5)分析工業區近5年重金屬排放變化掌握應提總量削減管理計畫之名單、彙整受委託機關審查水措計畫執行成果、協助無污水廠工業區相關行政彙整工作、產出污染熱區地圖以及辦理3場會議。",
        "eng_title": "Management Refinement of Industrial parks Sewerage System, and Continuous Water Monitoring of Wastewater Quality Connection Plan",
        "eng_subject": "This Project’s Objectives includes:\n1.Develop regulatory measures for sewage systems in industrial parks and identify key industrial parks through monitoring data.\n2.Strengthen the management of continuous wastewater monitoring system(herein after as CWMS)and improve the continuous monitoring information system for significant point sources.\n3.Provide consultation to competent authorities, assist with system and functional audits, and manage continuous monitoring facilities.\n4.Streamline the process for updating facility document and confirmation reports, and adjust the registration procedures for CWMS.\nThe Project Deliverables includes:\n1.Analysis and Planning:\n•\tAnalyze regulatory data from the past three years in industrial parks to identify the key industrial parks for improvement and develop action plans.\n•\tCompare inspection and monitoring data of designated water pollution fee payers.\n•\tPlan and consolidate water pollution management plans for industrial parks.\n2.Development of Continuous Monitoring Management System:\n•\tPlan the future direction of the cloud database for the continuous monitoring management system.\n•\tProvide diversified communication channels for abnormal message alerts.\n•\tDevelop a monthly reporting function for connected continuous monitoring entities.\n•\tFacilitate water system interfacing operations.\n3.Monthly Progress Tracking and Technical Consultation:\n•\tTrack monthly progress and provide technical consultation for entities required to install CWMS.\n•\tCollect information on the implementation status of water quality continuous monitoring in three foreign countries and the direction of domestic CEMS certification promotion.\n•\tAssist in revising water pollution prevention measures and management methods for monitoring and reporting.\n•\tConduct five system and functionality audits.\n•\tPlan a special management project for the management of continuous monitoring facilities by county and city in 2024.\n4.Simplification of Documentation Procedures:\n•\tSimplify the system and procedures for updating facility document and confirmation reports for CWMS.\n5.Analysis of Heavy Metal Emissions:\n•\tAnalyze changes in heavy metal emissions in industrial parks over the past five years to identify candidates for total pollution load reduction management plans.\n•\tConsolidate the results of water measures plan reviews by commissioned agencies.\n•\tAssist with administrative consolidation related to industrial parks without wastewater plants.\n•\tProduce pollution hotspot maps and organize three meetings.",
        "proj_year": "113",
        "org_name": "環境部水質保護司",
        "exe_unit": "環科工程顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130521879",
        "publish_date": "20250214"
    },
    {
        "chi_title": "基隆市-113年資源循環工作計畫",
        "chi_subject": "本計畫工作內容共包含「稽查與輔導工作」、「宣導與形象改造」、「辦理年度考核相關工作」、「其他資源回收相關工作事項」等四部分，茲就執行工作項目之相關成果摘錄說明如下：\n一、稽查與輔導工作\n（一）辦理資源回收責任業者及販賣業者管理重點稽查取締工作\n共協助環保局完成辦理33件責任業者函移請案件，以未登記之案件最多；主動稽查案件部分，共查獲21件違規商品，以未登記為最多，查獲地點主要來自網路購物平台。本計畫分別於3月25日、6月18日、9月10日、11月21日至浩綸實業股份有限公司查核工廠製造紙製平板容器本體印製責任業者專屬QRcode標誌。\n共完成285家應回收販賣業者逆向回收設施之業者查核工作，其中有19家停止營業，已解除列管，其餘266家查核情形皆符合規定，顯示本市列管業者已熟悉相關法令及其規範。\n本計畫已查核58家次本市轄內紙餐具友善店家，其中有7家(5家停止營業、1家無內用區域、1家改用重複性餐具)已解除列管，其餘51家次查核情形皆符合規定，後續流向則有10家次交由本市關懷個體業者回收、3家次交付本市回收業者、2家次交付給公民營清除處理機構、其餘36家次直接交由清潔隊沿線回收車進行回收，皆符合規定。\n（二）辦理應回收廢棄物回收、處理業申請登記及環保相關稽查\n本計畫輔導1家已登記回收業者順瀚環保有限公司辦理變更申請，因目前須做土壤檢測，因此仍申請審理中；另外已輔導1家萬新環保有限公司辦理展延作業，於9月9日通過展延申請。\n針對本市5家已登記回收業者完成現場查核23家次，查核結果有1家次發生缺失，缺失情形為萬新環保有限公司之廠區地面有油汙，經輔導後，業者已改善完成；針對一定規模以下之未登記回收商業者查核49家次，稽查結果有4家業者為豐進行及順翌企業有限公司廠區回收物堆放凌亂，影響環境衛生；復興行場區回收分類標示脫落；合糠商行廠區回收物擺放占用道路，缺失比率為8.16%，業者經輔導限期改善後，均於期限內並依照規定改善完成。\n本計畫結合113年6月28日回收業者法規說明會，以簡報說明方式輔導5家已登記回收業者推廣信用貸款保證及低利貸款、製程或污染防治設備改善等內容。\n（三）加強輔導廢鋰電池之資收貯存場、回收業者設置安全貯放設施\n本計畫於7月19日分別為已登記回收業者禾全盈企業有限公司、未登記回收業者鉅東企業社補助貯存桶供業者進行二次電池放電作業。\n（四）聯合消防機關人員訪視轄內回收業者消防安全\n本計畫根據113年資源循環場域消防安全輔導計畫輔導對象數量，聯合本市消防機關選定10家業者進行消防安全檢查，其中已登記5家、未登記4家及1家公民營清除處理機構，並於5月31日聯合本市消防局進行消防安全檢查，查核10家業者皆符合消防法令規定、廠區環境整潔，無違規情事。\n（五）加強查緝非法拆解廢機動車輛及廢電子電器業者\n本計畫共稽查66家次，其中已登記業者22家次、未登記業者44家次，查核結果業者都符合規定，無從事違法拆解之情事。\n（六）查核本市汽修業及回收業之廢輪胎加強廢輪胎清運及貯存環境清潔維護\n本市訪查38家汽修業者及輪胎行，現場均有堆置廢輪胎且周圍環境均乾淨、堆置整齊佔100%，查核結果皆無違規之情事。\n（七）輔導建置廢潤滑油回收點及查核廢潤滑油產生源\n統計至12月20日止，本計畫已輔導10家機車行免費回收民眾廢潤滑油，民眾可至店內免費交付廢潤滑油至店家回收，並訪查49家機車行廢潤滑油是否交付合法清除機構，經查核店家均符合規定。\n（八）配合環境部與本局交辦之重要稽查取締\n舊衣回收箱設置地點等列管業者辦理稽查工作，稽查結果在舊衣回收箱列管地點發現有缺失情形，主要為回收箱已滿及回收箱旁有大型廢棄物或垃圾堆放，合計缺失件數為9件，缺失發生比率為1.07%，經複查後皆已改善。\n二、宣導與形象改造\n（一）辦理資源回收宣導工作\n已協助撰寫12則新聞稿並發布於基隆市政府網站及環保局網站。並製作6種回收主題之宣導文宣拉報，運用於宣導活動或說明會；彙整122則本市資源回收相關宣導；針對學校、機關團體、社區、一般民眾及特定對象辦理合計37場次宣導活動或說明會，大部分參加人員對於活動內容皆表示滿意。本計畫已辦理2場次廢農藥容器回收及1場次廢玻璃容器兌換活動。\n本計畫於6月28日辦理1場次回收業者法規說明會，當天並結合本市資源回收場辦理1場次回收處理業消防安全實務講習及演練，活動圓滿順利。並於9月10日辦理1場次責任業者法規說明會，此次說明會共有60家業者參加，出席率為49.59%，當天活動圓滿順利。\n（二）辦理推動提升廢乾電池回收量宣導工作\n本計畫已於3月29日提送基隆市好資足資源回收站提升乾電池回收量獎勵計畫，執行期間自5月1日至9月30日止，本市好資足資收站每月乾電池回收量達40公斤以上者，即可獲得宣導品，活動期間共有3家好資足資收站提送廢電池回收憑證，3家共回收242公斤，皆已發送宣導品至3家好資足資收站。\n（三）辦理推動提高電子電器及資訊物品回收量(廢可攜式電腦、廢鍵盤)宣導工作\n本計畫已於6月7日與國立台灣海洋大學合作辦理畢業季回收兌換活動，總共參與兌換人數為136人次，活動中共回收兌換筆記型電腦23台、鍵盤43個、電風扇13台及乾電池114公斤，活動圓滿結束。\n本計畫與順發3C基隆店合作於7月份辦理為期一個月1場次「廢可攜式電腦(包含筆記型電腦和平板電腦)或廢鍵盤」宣導活動，辦理對象為一般民眾，參加人數為273人，參與兌換255人，活動中共回收兌換筆記型電腦共計52台、鍵盤共計168個、電風扇共計61台及乾電池共計342公斤。\n（四）加強對漁、商港口船舶宣導資源回收工作\n本計畫已於八斗子漁港(碧砂港區)遊憩碼頭設置一處資回收設施，並於3月29日完成資收站相關設施設置及維護，在八斗子漁港(碧砂港區)資源回收站共辦理7場次定點定時漁港資源回收宣導兌換活動，另外於6月24日及9月23日下午2點至4點在八斗子漁港口對面濱海班部前，辦理2場次廢容器以物易物回收兌換活動，9場次宣導兌換活動共回收資源回收物445公斤。\n（五）輔導設置智慧化收集或分類設施\n本計畫與統一超商股份有限公司合作辦理「智慧回收真便捷 回收等你來加1」回收兌換活動，在本市轄內7-11禾豐門市設置一台高效能智慧資源回收機，為增加民眾參與誘因，並於4月22日至5月1日為期10天進行回收兌換加碼活動，並發布1則新聞稿以吸引民眾兌換。\n（六）推動資源回收形象改造工作\n查核歷年回收站69處，其中有3處回收站已撤除，66處皆維持正常營運；已輔導4處社區大廈提出形象改造補助計畫，經環保局核准同意後，已於7月29日完成維護4處社區回收站形象改造工作。\n今年度本計畫在整合社會資源方面已有11家企業單位回報捐贈項目，並於10月30日結合清潔隊員節辦理企業捐贈儀式及頒發感謝狀以感謝捐贈單位善舉。本市列冊個體戶列管人數為104位，已輔導32位個體業者，發現有2位個體戶回收物擺放凌亂，經輔導後於期限內改善完成，其餘30位個體戶能維護資源回收貯存區域之環境衛生。\n（七）推動本市資收關懷計畫執行工作\n為提高資收個體戶收入，配合環境部協助環保局辦理關懷計畫，現已有44位列冊個體戶加入資收關懷計畫，每月派員到府回收資收物，依變賣項目公斤數補助現金，截至12月20日止，本市支出關懷計畫經費共154萬4,686元。\n（八）設計背心樣式\n本計畫已於4月25日提送背心樣式供環保局參考。\n三、辦理年度考核相關工作\n（一）建置實地考核單位候選資料庫\n本計畫依據環境部113年度資源循環考核實地現勘作業3種現勘類型挑選出6處現勘點候選名單提報環境部，並於11月20日協助環保局完成考核簡報會議及實地現勘考核，當天現勘圓滿順利結束。\n（二）推廣舊衣循環使用及服裝綠色採購\n本計畫輔導1家業者綵豐團體服裝行(大象也能穿)設置一處舊衣回收箱，並於11月1日至11月30日辦理回收舊衣買新衣優惠活動，以鼓勵民眾進行舊衣回收意願。\n本計畫經調查有2家公益團體願意接受捐贈舊衣之需求，包括青鳶雨都志工服務團以及新建里蚤舊愛二手物交換站，本計畫於11月5日協助將整理後之舊衣捐贈給青鳶雨都志工服務團以及新建里蚤舊愛二手物交換站。\n（三）加強宣導舊衣回收之方式\n本計畫共辦理5場次加強宣導舊衣之資源回收宣導說明會，參與人數共222人，宣導活動圓滿協助蒐集、統計及彙整各項工作順利。\n（四）協助蒐集、統計及彙整各項工作\n本計畫協助環保局於6月18日發文至本市機關團體、學校進行調查，調查彙整結果本市無單位使用有色玻璃容器再利用量。\n本計畫於7月份輔導2家回收業者能增加回收處理量能及多元處理方式，分別為順翌企業有限公司、明昇企業社，其中本計畫向2家回收業者宣導增加紙容器回收、廢玻璃容器回收及廢照明光源的可行性，並將該回收項目處理廠商名單提供給業者，以利進行回收去化管道。\n本計畫於10月28日向本市回收業者禾全盈企業有限公司及明昇企業社輔導申請新設處理廠，由於業者表示回收場地面積限制原因以及經費不足無法添購處理相關設備，因此不適合設置處理廠。\n（五）辦理環境部資源回收推動工作績效考核工作\n113年度考核計畫已將112年度源頭減量及資源回收考核計畫與資源循環考核計畫合併為113年資源循環考核計畫，本計畫負責考核項目共55+8分(8分為加分項)，統計至12月20日止，考核計畫自評得分為55.8分。\n四、其他資源回收相關工作事項\n（一）加強資源回收統計數據申報工作\n於113年3月1日提出113年資源回收申報量自主檢核機制，並針對各體系數據進行合理性及正確性之檢核，異常則立即派員前往輔導及確核。\n（二）辦理本市資源回收貯存場消防演練\n本計畫於定6月28日辦理資源回收場消防演練，此次參與受訓對象以每班各派2名清潔隊員共有47名隊員參加，講習內容包括回收貯存場區災害發生時，人員應有的消防安全常識及逃生避難方法，並由講師先進行講解滅火器使用方式與實際使用示範教學，再運用消防水柱來進行滅火動作；並且說明人工心肺復甦術(CPR)及自動體外心臟去顫器(AED)用途及運用時機，以藉由實際操作以增加實作經驗。\n（三）辦理清潔隊員在職教育訓練\n本計畫於8月16日深美國小活動中心完成辦理1場清潔隊員在職教育訓練，辦理之課程內容包括清潔隊員職業安全衛生講習、政風宣導及資源回收宣導，參加隊員人數共456人，參與率達83%，課程圓滿順利。\n（三）辦理年度配合工作\n為提升本市重點回收項目回收量(如電風扇、可攜式電腦(含筆記型電腦和平板電腦)、鍵盤、行動通訊產品、傳統照明光源等)及玻璃再生料使用量，於6月1日至9月30日辦理1場大專院校及社區進行評比競賽，活動期間共有13家形象改造社區及大專院校回傳憑證，總回收量為2,356公斤。\n另外以本市關懷計畫成員或列冊個體業者為辦理對象，進行指定回收項目(如紙容器、玻璃容器、電池、廢輪胎)之回收兌換及競賽獎勵活動，以鼓勵個體業者加強撿拾，辦理活動期間為6月1日至9月30日止，活動期間共有32位個體戶回傳憑證，總回收量為22,419公斤。",
        "eng_title": "Keelung City-113-year resource recycling work plan",
        "eng_subject": "The implementation period of this plan is from January 19 to December 20, 2020. The work content includes inspection and guidance work, publicity and image transformation, handling annual assessment related work, other resources Recycling related work matters and other four parts, hereby excerpt the relevant results of the implementation of the work project as follows:",
        "proj_year": "113",
        "org_name": "基隆市環境保護局",
        "exe_unit": "綠信環境科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130521112",
        "publish_date": "20250212"
    },
    {
        "chi_title": "雲林縣113年度「向海致敬 -海岸清潔維護計畫」",
        "chi_subject": "本計畫致力於協助改善雲林縣海岸環境，透過多元措施推動海洋保育工作，並強化垃圾源頭減量及廢棄物管理，具體成果如下：\n（一）源頭減量宣導活動\n本年度結合資源循環利用，於沿海學校（崇文國小與下崙國小）辦理互動課程，利用撿拾的浮標進行創意手作，向學生宣導海洋保護與永續觀念，提升下一代的環保意識。\n（二）府級平台會議與清理成效\n協助辦理3次府級平台海岸清潔工作小組會議，截至113年11月30日，各權管單位累計清理廢棄物1,397.78噸，較去年同期增加(695.08噸)增加101.09%，因產業園區管理局、第五河川局開口契約準時啟動，所以清理量提升，顯示策略滾動調整的成效。另，環境部環境管理署共挑選本縣共6處海(港)岸為快篩地點，第四季海廢總量較去年同期下降44%，顯示環保局在本縣海岸清潔維護協調與整合工作，受到顯著成效。\n（三）巡檢與監測作業\n持續推行海岸巡檢及通報案件複查，並執行ICC海岸廢棄物監測作業，發現85.2%的垃圾來自生活遊憩行為，建議加強資源回收及一次性用品減量的宣導。\n（四）海岸清潔認養計畫\n113年度推廣海岸認養辦法，共13家企業與團體完成認養，認養率已達73%。並於10月25日舉辦表揚會議，感謝認養單位對海洋環境保護的支持，成功串聯公私協力。\n\n本計畫透過宣導、協調與清理工作多管齊下，顯著改善雲林縣海岸環境，未來將持續推動源頭減量、資源回收及認養機制，以確保海洋資源永續。",
        "eng_title": "2024 Salute to the Sea Coastal Cleanup and Maintenance Project in Yunlin County",
        "eng_subject": "This project focuses on improving the coastal environment of Yunlin County by implementing various measures for marine conservation, waste reduction at the source, and effective waste management. Key outcomes include:\n1.\tSource Reduction Advocacy Activities\nInteractive workshops were conducted at coastal schools (Chongwen Elementary and Xialun Elementary), encouraging students to creatively reuse collected debris, such as fishing floats, to promote awareness of sustainability and marine protection.\n2.\tPlatform Meetings and Cleaning Results\nThree government-level platform meetings were held, and as of October 31, 2024, a total of 1,286.34 tons of waste was cleared, an increase of 139.11% compared to the same period last year. Additionally, marine debris in the third quarter decreased by 14% year-on-year, reflecting the success of adjusted strategies and enhanced inspections.\n3.\tInspections and Monitoring\nRegular coastal inspections and follow-ups were conducted alongside ICC waste monitoring. Results show that 85.2% of the waste originated from recreational activities. Recommendations include strengthening recycling programs and reducing single-use items.\n4.\tCoastal Cleaning Adoption Program\nIn 2024, 13 corporations and organizations adopted coastal cleanup responsibilities, raising the adoption rate to 73%. A recognition event was held on October 25 to express gratitude to participants, fostering public-private collaboration for environmental protection.\n\nBy integrating advocacy, coordination, and cleanup efforts, this project has significantly improved Yunlin County's coastal environment. Future initiatives will focus on waste reduction, resource recycling, and expanding adoption mechanisms to ensure sustainable marine resources.",
        "proj_year": "113",
        "org_name": "雲林縣環境保護局",
        "exe_unit": "一鑫環境科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130508686",
        "publish_date": "20250219"
    },
    {
        "chi_title": "113年度土壤及地下水污染場址風險評估管理推動計畫",
        "chi_subject": "為推動污染場址執行風險管理，本計畫針對適合採用風險管理之一般事業污染場址或應加速改善場址，透過輔導會議方式與縣市環保主管機關或污染土地關係人，進行風險管理宣導及推動，以促成將風險管理納入後續場址管理作為。另配合環管署應加速改善場址業務推動，本計畫亦針對有意願申請專案之縣市環保主管機關，輔導並協助提送專案申請，最終，本計畫成功促成6處場址將風險管理納入以作為後續場址管理主軸。本計畫另篩選1處具TPH污染之應加速改善場址，示範如何進行TPH污染物之風險評估作業，並展示執行風評估及風險管理規劃之完整作法。同時本計畫持續研析現行污染場址風險評估制度與管理策略架構，並提出相關程序與法規修正之具體建議。本計畫依據歷次風險評估小組委員會議及專家諮詢會議建議，已重新研議我國未來參數更新審議作業程序及參數滾動式更新建議，以符合現行我國未來風險評估推動執行策略。最後，配合未來環管署各系統整併作業，本計畫優先針對「初評暨等級評定系統」進行改版作業，並建置初評線上審核作業，以簡化並加速整體行政作業程序。",
        "eng_title": "Soil and Groundwater Contaminated Site Risk Assessment and Risk Management Promotion Project for 2024",
        "eng_subject": "To promote the implementation of risk management for contaminated sites, this project targets contamination sites that are suitable for adopting risk management. Through advisory meetings with local environmental authorities or contaminated sites stakeholders, this project advocates for and promotes risk management to incorporate it into the ongoing site management practices. In line with the Environmental Management Administration’s initiatives for accelerated site management, the project also provides guidance and assistance to local environmental agencies willing to apply for special projects, ultimately resulting in the successful integration of risk management for a total of 6 sites. Additionally, the project selected 1 site with TPH (Total Petroleum Hydrocarbons) contamination to demonstrate how to conduct TPH risk assessment and showcase a comprehensive approach to executing risk assessments and risk management planning. Concurrently, the project continues to analyze the current framework for contaminated site risk assessment and management strategy, offering specific recommendations for procedural and regulatory updates. Also, the project has re-evaluated the procedure for future parameter updates and proposed a rolling update approach to align with future risk assessment strategic objectives. Finally, in preparation for future system integration efforts, the project prioritized an update to the “Preliminary Assessment and Grading System” and established an online preliminary review process to streamline and expedite administrative procedures.",
        "proj_year": "113",
        "org_name": "環管署土壤及地下水污染整治基金管理會",
        "exe_unit": "環興科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130486739",
        "publish_date": "20251115"
    },
    {
        "chi_title": "113年農藥及動物用抗生素環境流布調查專案工作計畫",
        "chi_subject": "本計畫包含二大目標：（一）農藥及動物用抗生素環境流布調查；（二）檢測數據解析變化趨勢，研提管理建議。計畫目標一為農藥及動物用抗生素之河川環境流布調查，本年度延續前年度「農藥及動物用抗生素環境流布調查專案工作計畫」，以相同之河川流域、分析檢測項目及樣本種類進行第二年度調查，建立單一河川兩個年度之時序性資料，以觀察及監測農藥及動物用抗生素之環境流布趨勢，俾利相關單位之策略調整。\n計畫目標二為檢測數據解析變化趨勢，研提管理建議，進行農藥與動物用抗生素檢測數據研析，比對連續兩年度之調查結果，並蒐集調查期間採樣點周圍作物類型與產業分布型態等相關資料進行時空趨勢解析，進而提出農藥與動物用抗生素相關管理策略建議。\n本計畫使用超高壓液相層析串聯質譜儀(UPLC-MS-MS)進行環境樣本檢測，目前已建立不同環境樣本中農藥及動物用抗生素之分析檢測方法並完成兩條河川連續兩年共四次採樣之農藥及動物用抗生素環境流布調查。採樣地點參考農業部農糧署111年農耕土地面積統計資料，該資料顯示台灣本島中西部為農耕土地占比高的區域，並考量經濟部水利署主要河川流域資料及蒐整區域排水資料，選擇北港溪及濁水溪兩條河川作為調查區域，進行河川水體、底泥及魚體採樣。此外，檢測項目參照前年度「農藥與動物用抗生素調查物質篩選機制」及專諮會之國內專家委員之建議，最後選定12種農藥與4種動物用抗生素為檢測項目，針對指定的河川完成調查，113年度兩季共採集123個環境樣本，並完成農藥及動物用抗生素之殘留檢測與數據解析，此外根據112-113年度四季數據檢測結果進行時空趨勢分析，據以針對農藥及動物用抗生素之管理策略提出相關建議。\n本計畫12種農藥研究結果發現水體、底泥和魚體樣本中嘉磷塞檢出濃度皆較高，建議可持續調查河川周圍農情作物及河川流域，觀測其農藥檢出濃度趨勢。4種動物用抗生素研究結果發現磺胺類化合物於河川水體檢出率較高，四環黴素類化合物於河川底泥及魚體殘留較為明顯，建議可持續追蹤此類化合物於環境流布之情形。",
        "eng_title": "The investigation of pesticides and antibiotics for animals on environmental distribution in Taiwan in 113 year.",
        "eng_subject": "This project has two main objectives:(1) Investigate Pesticide and Veterinary Antibiotic Levels: This involves studying the distribution of these substances in Taiwanese river basins, building on last year’s project focused on the environmental distribution of pesticides and antibiotics in Taiwan. This year, we established a two-year dataset for a single river to observe trends in environmental distribution.(2) Provide Management Advice: We will analyze the results over two years, incorporating data on crop types and industrial patterns around sampling points, to offer informed management recommendations to relevant authorities.\nTo achieve these objectives, we used UPLC-MS\/MS for detecting pesticides and veterinary antibiotics, completing four sampling rounds over two consecutive years. We selected two river basins in central and western Taiwan, chosen for their high agricultural land proportions and their significance as major river systems according to the Water Resources Agency.\nOur sampling design included river water, sediment, and aquatic organisms, focusing on 12 pesticides and 4 antibiotics identified in previous investigations and recommended by experts. Notably, we found that in the sampling of this year, Glyphosate was detected at the highest concentrations among 12 pesticides found in water, sediment, and fish samples It is recommended to continue expanding the sampling timeframe and river basin coverage to monitor concentration trends. Among 4 antibiotics, sulfonamide antibiotics had a high detection frequency in river waters, while tetracycline compounds were more prevalent in river sediments and fish. It is recommended to continuously monitor the distribution of such compounds in the environment.",
        "proj_year": "113",
        "org_name": "化學署評估管理組",
        "exe_unit": "國立成功大學",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130480425",
        "publish_date": "20250209"
    },
    {
        "chi_title": "113年產業無機資源循環利用技術計畫",
        "chi_subject": "本計畫今年度目標建立粒料燒結技術與焚化飛灰固化技術連結之可行性評估，並精進焚化飛灰燒結粒料配方與粒料品質；由於本計畫研發之節能燒結技術係利用含鋁資源物質之鋁熱反應放熱，於計畫中亦同時進行鋁熱節能技術之相關資料蒐集評析與相關測試，以精進鋁熱反應配方之節能效益；另外，結合本計畫發展之焚化飛灰燒結粒料、玻璃集塵灰濾液及前期計畫發展之環保膠結材料，導入陸域載具示範，進行性能評估及相關環境試驗，並建立載具廠商與資源物質料源廠商之連結，以利未來落實資源應用。玻璃集塵灰純化方面，112年已建立純化集塵灰中芒硝之製程，今年度規劃進一步精進製程參數，完成混合比例、結晶回收與粉末乾燥等參數測試，並建立試量產製程，提高每批處理量至100公斤，建立其品質檢驗流程以控管品質；此外，研析國內外重金屬硒(Se)再利用技術，開發濾渣之硒分離純化與還原回收製程，將回收硒作為金屬色料，用於色板玻璃製造驗證，以加速未來技術推廣應用，使玻璃集塵灰減量並得以回用至原製程。",
        "eng_title": "The 2024 Industrial Inorganic Resource Recycling Technology Project",
        "eng_subject": "This year's goal of this project is to establish afeasibilityassessment of the connection between pellet sintering technology and incineration fly ash solidification technology, and to improve the incineration fly ash sintered pellet formula and aggregates quality; because the energy-saving sintering technology developed by this project uses aluminum-containing thermite reaction of resource materials releases heat. In the project, relevant data collection, analysis and related tests of thermite energy-saving technology are also carried out to improve the energy-saving benefits of thermite reaction formula.\nAdditionally, this project will integrate the sintered pellets from incineration fly ash developed in the project, the filtrate from glass dust, and the eco-friendly binding materials developed in previous projects. These will be introduced into terrestrial vehicle demonstrations for performance evaluation and related environmental testing. The project aims to establish connections between vehicle manufacturers and resource material suppliers to facilitate the practical application of resource utilization in the future.\nRegarding the purification of glass dust, the process for purifying sodium sulfate from glass dust was established in 2023. This year, the plan is to further refine the process parameters, complete tests on mixing ratios, crystallization recovery, and powder drying, and establish a trial production process to increase the batch processing capacity to 100 kilograms. Quality inspection procedures will be established to control quality. Additionally, the project will analyze domestic and international technologies for the reuse of heavy metal selenium (Se), develop processes for the separation, purification, and reduction recovery of selenium from filter residues, and use the recovered selenium as a metal pigment for verification in color board glass manufacturing. This will accelerate the future promotion and application of these technologies, reduce glass dust, and allow it to be reused in the original process.",
        "proj_year": "113",
        "org_name": "循環署循環處理組",
        "exe_unit": "財團法人工業技術研究院",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130466989",
        "publish_date": "20250301"
    },
    {
        "chi_title": "資源循環國際合作及宣傳專案工作計畫",
        "chi_subject": "本計畫針對兩大目標對象設定推廣策略。完成多場次記者會及展覽活動，同時配合年度資源循環署亮點政策，運用電視、平面、報紙及新媒體行銷等多元媒體宣傳，提升資源循環相關議題討論度。同時本計畫亦透過民視及協力團隊資源，配合署內需求，提供新聞稿撰寫、出機配合、國際交流、行政作業等支援，並持續由專任人員駐點協助專案工作事項，提升計畫執行品質。配合推廣需求，本計畫更經多次工作會議討論，進行契約變更作業，有效運用跨域整合宣導策略、強化國際交流、公私部門合作及民眾資源循環永續行動意識。",
        "eng_title": "The Project of International Cooperation and Marketing for Resource Circulation",
        "eng_subject": "This program focused on formulating promotion strategies for two major target sectors, implemented a three-phase campaign and conducted buzz-marketing activities. Under this program, we successfully organized multiple press conferences and exhibitions. In the meantime, we worked towards the RECA's annual key policies, leveraged multiple media and marketing channels including TV, prints, newspapers and new media to campaign for resource circulation and increase public interest in discussing topics related to resource circulation. Under this program, we used the resources of Formosa Television and its partners, who supported in the drafting of press releases, media exposure, international exchanges and administrative operations according to the RECA requirements. These partnered parties continued to assign designated personnel to support the program in the RECA office and improve the quality of the execution of the program. To work towards the promotional requirements, this program conducted multiple rounds of working meetings, revised contracts, effectively utilized integrated cross-domain campaign strategies and enhanced international exchanges, the collaboration between private and public sectors and the general public's awareness of resource circulation and sustainable actions.",
        "proj_year": "113",
        "org_name": "循環署綜合規劃組",
        "exe_unit": "民視文化事業股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130466963",
        "publish_date": "20250219"
    },
    {
        "chi_title": "以多重金屬同位素應用於土壤污染源鑑識之可行性研究(2\/2)",
        "chi_subject": "本研究以目前台灣地區土壤重金屬污染面積最大的銅和鋅作為主要研究對象，發展並\n評估應用銅-鋅-鉛多重金屬同位素於土壤污染源鑑識之可行性，為達成計畫目標，本\n研究已完成同位素質譜分析方法之建立，並逐步應用於土壤標準品及真實樣品。本年\n度計畫目前已完成：（1）蒐集彙整國內、外關於銅-鋅-鉛多重金屬應用於土壤污染源\n鑑識的文獻與技術資料，作為方法建立之參考並提供文獻於報告中。（2）以多接收器\n感應耦合電漿質譜儀，精進高精準銅-鋅-鉛金屬同位素比值分析技術，包含樣品前處\n理、化學純化以及儀器量測方法等。過程中以國際土壤標準品進行全量消化及序列萃\n取步驟，確認其實驗背景值及回收率，以確校與驗證分析技術。鋅同位素雙示蹤劑\n（ 67 Zn- 70 Zn double spike）質譜術已成功將分析精密度提升至 ±0.05‰ (2 s.d.)。另一方面\n，銅同位素質譜術可將樣品需求量將至10 ng，而分析精密度仍維持 ±0.05‰ (2 s.d.)。\n目前已完成國際同位素標準品及真實土壤樣品之量測。（3）在環境樣本方面，選定前\n期計畫之桃園和彰化曾受銅污染農地之案例進行底泥及土壤的序列萃取實驗，同位素\n數據顯示桃園和彰化的污染場址皆與水體中的銅污染有關。本計畫另選定苗栗苑裡一\n處工廠滲漏污染場址進行方法驗證，於8月完成場址之勘查及樣品採集。已完成樣品消\n化、金屬濃度量測，以及銅-鋅-鉛同位素比值之量測，結果顯示結合土壤中銅-鉛同位\n素示蹤法可準確辨識該污染場址有三個主要銅的來源：工廠廢水、清洗槽廢水及自然\n源。（4）第一次技術之教育訓練及技術移轉已於2024年7月5日完成，並於2024年10\n月17日完成第二次教育訓練。內容涵蓋土壤消化及序列萃取技術、精進之銅-鋅-鉛元\n素純化技術、儀器測量與分析，以及實際應用案例研析。",
        "eng_title": "Tracing metal soures in polluted soils using multiple metal isotopes (2\/2)",
        "eng_subject": "This study focuses on copper (Cu) and zinc (Zn), the two heavy metals with the\nlargest polluted areas in Taiwan’s soil, as the primary research subjects. The aim is to\ndevelop and assess the feasibility of applying multiple metal isotopes (Cu-Zn-Pb) for\nsource identification of soil pollution. To achieve the research goals of this study, we have\nestablished a new high-precision isotopic technique, which has been successfully applied\nto the international soil standards and real samples. The tasks completed for this year’s\nproject are as follows: (1) We have collected and compiled domestic and international\nliterature and technical reports regarding the application of the Cu-Zn-Pb isotopes in\npolluted soils as tracers for source identification, which serves as a fundation for method\ndevelopment and the future applications. (2) Using a new generation high-resolution MCICP-\nMS, we have developed and refined a novel protocol, including sample preparation,\nchemical purification and isotopic analyses, for a variety of environmental materials. The\nanalytical precision of the Zn isotope analysis has successfully impoved (±0.05‰, 2 s.d.,\nfor 20 ng of Zn) by using double-spike (67Zn-70Zn) technique and a desolvation system.\nThe sample requirement for Cu can be significantly reduced to 10 ng while maintaining\nthe analytical precision of ±0.06‰ (2 s.d.). (3) Sediments and soils collected from\nTaoyuan and Changhua pollution sites were selected to conduct sequential extraction\nexperiments and the Cu isotope analysis, and the combined results suggested that the\nsources of Cu in Taoyuan and Changhua soils with the heaviest Cu isotope ratios were\nmost likely related to water bodies in the farmlands. For the Miaoli site, the measured\ndata indicate that the coupled Cu and Pb isotope tracing method can accurately identify\nthree main sources of copper pollution at the site: factory wastewater, wastewater from\ncleaning tanks, and natural sources. (4) Two training courses covered sample preparation,\nsequential extraction, Cu-Zn-Pb purifications, isotopic measurements, as well as case\nstudies were completed on July 5, 2024 and October 17, 2024.",
        "proj_year": "113",
        "org_name": "國環院環境治理研究中心",
        "exe_unit": "中央研究院",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130463313",
        "publish_date": "20250211"
    },
    {
        "chi_title": "113年度宜蘭縣毒性及關注化學物質源頭管理計畫",
        "chi_subject": "本計畫 於113年度已完成毒性及關注化學物質輔導訪查作業116場次，高風險性工廠安全檢查廠家本計畫執行16家次，毒性及關注化學物質運作廠商17場次無預警測試作業，2場次法規說明會與教育訓練，8場次食安宣導，61家次化工原料運作業者現場訪視工作，清查含多氯聯苯變壓器及電容器共37家次，另配合環保局審查文件及運作業者通聯測試皆已完成，專業應變人員登載與再訓練業者皆已配合達成。\n宜蘭縣環境保護計畫方面，已完成近5年指標現況值確認分析，並針對國家永續發展目標、國家環境保護計畫、宜蘭縣自願檢視報告(VLR)級媒體評比指標分析。\n環境影響評估方面，協助初審環境影響評估說明書，辦理2場次環境影響評估法規說明會，完成48場次環境影響評估監督查核作業、環境監測報告檢核、更新線上資料庫及環保判定業務。",
        "eng_title": "Yilan County Toxic and Concern Chemical Substances Source Management Plan",
        "eng_subject": "In 2024, the program has completed 116 toxic and chemical substances of concern counseling visits, 16 high-risk factory safety inspections, 17 unannounced testing operations for toxic and chemical substances of concern operating companies, and 2 8 sessions of regulatory briefings and education training, 8 sessions of food safety promotion, 61 on-site visits to chemical raw material operators, 37 inspections of transformers and capacitors containing PCBs, and cooperation with the Environmental Protection Bureau in reviewing documents and communicating with operators All tests have been completed, and the registration of professional responders and retraining of the industry have been achieved in cooperation.\nIn terms of Yilan County's environmental protection plan, the confirmation and analysis of the current status of indicators for the past five years have been completed, and the analysis of national sustainable development goals, national environmental protection plans, and Yilan County's Voluntary Local Review(VLR) and media evaluation indicators has been conducted.\nIn terms of environmental impact assessment, we assisted in the preliminary review of environmental impact assessment statements, conducted two environmental impact assessment regulations briefing sessions, completed 48 environmental impact assessment supervision and review operations, environmental monitoring report verification, updated the online database, and carried out environmental protection assessment business.",
        "proj_year": "113",
        "org_name": "宜蘭縣政府環境保護局",
        "exe_unit": "慧群環境科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130440732",
        "publish_date": "20250203"
    },
    {
        "chi_title": "113年營建資材循環再利用技術計畫",
        "chi_subject": "為落實資源循環及永續利用，達到零廢棄友善環境，延續112年營建資材循環再利用計畫之成果，針對四種營建資材進行循環技術開發，包含「營建廢棄無機裝修板材循環利用技術」、「營建石綿廢棄物於水泥產業應用技術」、「應用加速碳酸化技術產製再生粒料及資源循環回收技術」，及「斷熱陶瓷材料製程參數優化與測試」。\n　　「營建無機裝修板材循環利用技術」分別開發石膏板與矽酸鈣板雜質去除技術，提高再生石膏粉或再生矽酸鈣粉純度，利於提升再生料使用量。「營建石綿廢棄物於水泥產業應用技術」建置實場化石綿廢棄物採低熱化學處理模組，並將新開發的石綿處理技術，提升至實場模組化等級。「應用加速碳酸化技術產製再生粒料及資源循環回收技術」分別於實驗室及實場先導型進行加速碳酸化試驗，建立加速碳酸化程序之現場快速檢測流程與指標，利於加速碳酸化反應器之實場應用技術推廣。「斷熱陶瓷材料製程參數優化與測試」藉由優化廢耐火材粉料轉製斷熱陶瓷材料製程，使縮短再生材料熱處理時間，助於推動廢耐火材資源循環量產。\n　　每年效益預估可增加廢棄石膏循環量約6.1萬公噸、增加廢矽酸鈣板循環量約9.6萬公噸；增加廢棄石綿約500~1,000公噸去化處理；提升25萬公噸焚化再生粒料處理量；回收再利用約100公噸廢耐火材。",
        "eng_title": "2024 Project for the Construction Material Recycling Technology",
        "eng_subject": "To achieve resource recycling and sustainability, and to create an eco-friendly society with zero waste, this project focuses on the development of recycling technologies for four types of construction materials (decorative plaster boards, asbestos products, alkaline solid wastes, and waste refractory materials). These include “Recycling Technology for Inorganic Decorative Boards in Construction”; and “Application Technology of Asbestos Product Waste in the Cement Industry”; and “Carbonation Technology for Alkaline Solid Wastes” ; and “Thermal Insulation Ceramic Material Technology for Waste Refractory Materials”.\n    The Recycling Technology for Inorganic Construction Waste Panels developed impurity removal techniques for gypsum boards and calcium silicate boards, improving the purity of recycled gypsum and calcium silicate powders. This increased the usage of recycled materials to 50% and 30%, respectively, and completed a 100-kilogram trial production of moisture-regulating gypsum boards. \n    Regarding the Asbestos Waste Utilization in the Cement Industry technology established a field-scale low-heat chemical treatment module for asbestos waste. The newly developed asbestos treatment technology was upgraded to a modular level suitable for on-site application, reducing asbestos content to less than 1% after treatment. \n    The Accelerated Carbonation Technology for Recycled Aggregate Production and Resource Recovery conducted accelerated carbonation trials at both laboratory and pilot scales. Recycled aggregates produced through exhaust gas carbonation met the first-grade environmental standards for incineration-recycled materials. A rapid on-site detection process and indicators for the accelerated carbonation procedure were established, facilitating on-site application and technology promotion.\n    Regarding the Optimization and Testing of Thermal Insulation Ceramic Material Production Parameters optimized the process of converting waste refractory material powders into thermal insulation ceramics, reducing the heat treatment time of recycled materials by 18%. The heavy metal content complies with first-grade environmental standards for incineration-recycled aggregates, supporting the large-scale recycling and field application of waste refractory materials. \n    In summary, the anticipated benefits of future technological implementation can be outlined as follows: (1) By reducing impurities in the recycling raw materials of waste gypsum boards and waste calcium silicate boards and increasing the amount of recycled additives, it is estimated that the annual recycling of waste gypsum can increase by approximately 61,000 tons and the recycling of waste calcium silicate boards can increase by about 96,000 tons.；(2) Through a low-heat treatment method, approximately 500~1,000 metric tons of asbestos wastes can be treated annually.；(3) Utilizing an accelerated carbonation reactor to enhance the carbonation of source materials is projected to increase the annual application volume of incinerated recycled granular materials by approximately 250,000 metric tons.；(4) Effective recovery of refractory waste from incineration plants is estimated to handle 100 metric tons per year, resulting in reduced disposal costs for waste materials.",
        "proj_year": "113",
        "org_name": "循環署循環處理組",
        "exe_unit": "財團法人工業技術研究院",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130430474",
        "publish_date": "20250301"
    },
    {
        "chi_title": "113年飲用水水質之新興污染物調查與管理計畫",
        "chi_subject": "環境部今年度下達「環境部飲用水水質新興關注項目檢測管理及篩選作業指引」，本計畫依指引辦理飲用水列管物質篩選作業，針對第一類清單優先評估我國飲用水中6項鹵代硝基甲烷消毒副產物的存在及可能影響，於我國6座淨水場進行三次採樣監測，其中有三項消毒副產物曾有微量檢出，對健康暫無顯著風險。第二類清單中的嘉磷塞，本年度清水抽驗結果顯示有部分檢出濃度較往年高，建議釐清是否與採樣時間有關，明年度持續抽驗後評估是否列入第三類清單。而針對第三類清單，本計畫彙整歷年本土淨水場檢測資料，其中碲、1,2二溴乙烷、NDMA經評估於我國飲用水中暫無顯著危害，改列第二類清單以有效運用檢測能量。本計畫抽驗飲用水中29項未列管新興污染物共3,041處次分析，依分析結果提出後續監測及管理建議。此外針對飲用水水質標準中農藥及細菌性指標項目進行檢討，並評估非強制性標準或指引法制化之可行性。",
        "eng_title": "Investigation of Compounds of Emerging Concern in Drinking Water and Management of Water Quality 2024",
        "eng_subject": "This year, the Ministry of Environment issued the Guidelines for the Detection Management and Screening of Compounds of Emerging Concern in Drinking Water. Following these guidelines, this project conducts a screening for regulating substances in drinking water. Six halonitromethane disinfection by-products in the first category list were monitored and evaluated their presence and potential impact in drinking water supply systems in Taiwan. Three rounds of sampling and monitoring were conducted at six water treatment plants, with three of these disinfection by-products detected in trace amounts, posing no significant health risk. As for glyphosate, listed in the second category, sampling results this year showed slightly higher concentrations compared to previous years. It is recommended to clarify if this is related to sampling timing. Further sampling next year was sμggested to determine if it should be included in the third-category list. For substances in the third category list, this project reviewed historical data from local water treatment facilities, assessing tellurium, 1,2-dibromoethane, and NDMA, which were found to pose no significant risk in the nation’s drinking water and thus were reclassified to the second category to optimize testing resources. Additionally, the project analyzed 3,041 samples for 29 emerging, non-regulated contaminants in drinking water, and provided recommendations for future monitoring and management based on the results. A review was also conducted on pesticide and bacterial indicators in drinking water standards, along with an evaluation of the feasibility of formalizing non-mandatory standards or guidelines.",
        "proj_year": "113",
        "org_name": "環境部水質保護司",
        "exe_unit": "國立成功大學",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130414921",
        "publish_date": "20250218"
    },
    {
        "chi_title": "113年度中區環境事故預防應變專案技術執行計畫",
        "chi_subject": "本計畫工作進度截至113年12月31日已完成100 %，包括維持及運作中區環境事故專業技術小組臺中隊、雲林隊及麥寮隊三隊。\n平時工作項已完成分級輔導93場次（A級57場次及B級36場次）、無預警測試60場次；配合地方環保機關辦理演習整訓20場次；執行環境部化學物質管理署（簡稱化學署）交付之全動、反恐與環境災害相關演習、兵推、無預警測試、或協助地方應變中心兵推及整備演訓95場次；協助地方環保機關輔導檢視毒化物危害預防及應變計畫、防災基本資料表、應變器材及偵測與警報設備計畫或現場訪視167件次；協助辦理宣導毒災防救法規、技術說明、地區聯防組織訓練與其他會議12場次、鄉鎮市區就地掩蔽之疏散避難宣導4場次；完成辦理擴約之全民綠生活防災教育巡迴宣導活動1場次；辦理與金門縣政府強化應變量能之合作交流會議1場次；辦理中區動員研討會1場次及聯防組織訓練交流研討會2場次；及完成271家毒化物及公共危險品危害分析。\n變時工作項完成出勤趕赴現場協助事故應變15場次（臺中隊、雲林隊及麥寮隊各5場次），辦理災害模擬及緊急出勤測試33場次（臺中隊、雲林隊及麥寮隊各11場次）共48場次；更新中部轄區災害應變整備核心基本資料；投入1,562人次跨區支援化學署執行公差、指派專案及支援、於待命執勤時緊急登打、彙整或查詢任務。\n人員訓練工作項，三隊每月定期8小時專業複訓，並參加化學署辦理相關整訓課程，新進人員皆4個月內完成應變基礎訓練及8個月內完成進階訓練，已辦理仿真事故情境演訓3場次。\n強化國內環境災害應變技術及國際經驗交流工作項，派員參加義大利那不勒斯第15屆工業爆炸危害預防與削減國際研討會、日本橫濱市MDPC危險物質緊急應變訓練及美國佛羅里達州2024年CHEMTREC 國際危險品高峰會。\n此外，持續協助化學署於南投竹山之內政部消防署訓練中心建置中區毒化災訓練設施及資材調度中心（工程申報竣工日期為113年12月02日），並監督石化訓練設施之年度定期檢測維護，包括地震後之設施查驗等，並製作及發放宣導文宣。",
        "eng_title": "The Central Taiwan Environmental Incident Specialist Teams (EISTs) project (2024)",
        "eng_subject": "The Central Taiwan Environmental Incident Specialist Teams (EISTs) project (2024) has completed 100 % as of December 31th, 2024. Our tasks included to maintain EISTs of Taichung team at the Central Taiwan Science Park, Taichung, Yulin team at the Douliou Industrial Park, Yulin, and Mailiao team at Mailiao, Yunlin.\nAs to preparatory works, we had conducted 93 sessions of leveled site visits (57 Level A and 36 Level B) and 60 unwarned exercise site tests; assisted local environmental \nprotection bureaus on 20 drills and training sessions; and implemented the all-out defense, counter-terrorism and environmental incident response drills. We had assisted the Chemicals Administration, Ministry of Environment (CHA) in 95 drills\/field\/table-top exercise for all out defense, counter-terrorism and environmental incdent responses; assisted the environmental protection bureaus in 167 on-site visits and inspection of their response equipment, and detection and alarm equipment plans for toxic chemical operations; assisted in 12 law and regulation promotion meetings, and 4 evacuation \/shelter in place promotion sessions; conducted one promotion activity on green lifestyle and disaster; assisted in cooperation meetings to strengthen the response capacity with Kinmen County; conducted one regional government mobilization and 2 mutual-aid organization training seminar; completed 271 hazard analyses on hazardous materials. and hosted an green lifestyle education promotion fair in the Yulin County.\nFor emergency response tasks, we dispatched three EISTs to 15 incident scenes (5 each) and completed 33 simulation and emergency tests with a total of 48 events; We also completed the collection of core information for responding toxic chemical incident in the central Taiwan region; dispatched 1,562 people to support the emergency and specific tasks for CHA. including urgent report-writing, data-searching, etc.\nAs to personnel training, we had arranged of our EIST members on 8-hours monthly professional training and participated in CHA’s trainings whereas all our new recruits had completed the basic responders training within 4 months and the advanced training within 8 months. We also completed 3 simulated training for accident scenarios.\nIn order to promote response skill and experience exchange internationally, we had assigned members to participated the 15th International Symposium on Hazards, Prevention and Mitigation of Industrial Explosions (ISHPMIE) in Naples, Italian, the MDPC Hazardous Materials Emergency Response Training in Yokohama, Japan, and 2024 CHEMTREC International Hazmat Summit in Florida, USA.\nThis project also continued the assistance in construction of the central Taiwan training facility and dispatching center for toxic chemical disasters in the National Fire Agency Training Center of the Ministry of the Interior for CHA, Ju-sen, Nantou County. (The construction has completed as of December 2nd, 2024) The task also included the monitor of regular maintenance and inspection of the petrochemical training facility, and aftershock inspection and promotion flyers production.",
        "proj_year": "113",
        "org_name": "化學署危害控制組",
        "exe_unit": "國立雲林科技大學",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130393614",
        "publish_date": "20250228"
    },
    {
        "chi_title": "淨零生活轉型政策輕推理論之推動與研析",
        "chi_subject": "為減少溫室暖化對人類生存環境之衝擊，２０５０年需達成淨零排放目標。實踐淨零目標除策略技術之研發運用之外，民眾行為改變與生活轉型在淨零目標亦扮演重要角色，促進淨零生活轉型的策略中，由於「輕推」此行為科學方法已被運用於不同政策領域以影響民眾行為改變，具有後續可擴大應用之趨勢。\n本計畫完成行為科學、輕推主題相關之文獻進行彙整蒐集，主題包括理論基礎、適用標準、可運用之策略類型、運用輕推之倫理考量。其次，並彙整政府部門中學習與運用輕推概念的做法與案例，以及國內外推行輕推實驗或實務相關個案資料之蒐集與分析。\n再者，計畫擇定「減少一次性塑膠杯使用」以及「二手物品或衣物之交換或買賣行動」之行動面向，進行場域研究與利害人訪談，藉以了解之民眾行為現況、樣態、環境，以及改變行為障礙與心理謬誤之成果為基礎，提出輕推策略實驗設計與可能適用輕推策略建議。並以「減少一次性塑膠杯使用」為主題完成一項輕推實驗設計。\n接續則提出優化之輕推策略規劃指引。優化方向包括擴大指引提供之資訊範疇、增加專有名詞解釋、在既有之五階段架構下，提出每一階段主要應考慮之問題，以及新增案例說明。針對行為分析階段，整理出國際上不同分析行為之架構，協助使用者根據自身需求選用適當之分析架構；並且新增國際上常見輕推策略類型整理，擴大選擇範圍。再者針對設計出的輕推策略是否符合輕推原則與倫理考量，提供檢核表。最後則說明三場次輕推策略推廣說明會之辦理情形。最後一章彙整研究成果，以及提出未來政策與行動建議。",
        "eng_title": "The Promotion and Analysis of Nudge on Net-Zero Lifestyle Transformation",
        "eng_subject": "To reduce the impact of global warming on human living environments, the goal of achieving net-zero emissions by 2050 must be reached. Achieving this goal requires not only the development and application of low-carbon technologies and devices but also the transformation of public behaviors and lifestyles. These factors play a crucial role in reaching the net-zero target. Among the strategies to promote lifestyle changes for net-zero, one of the behavioral science methods, nudging has been applied across various policy areas to influence people’s behavior, showing potential for wider future application.\n\nThis study begins by gathering and summarizing literature related to behavioral science and nudging, including its theoretical foundations, applicable principles, types of strategies, and ethical considerations when applying nudging. It also collects and analyzes practices and case studies of government departments that have adopted nudging concepts, as well as international and domestic experimental low-carbon life-style cases involving nudging.\n\nThe study focuses on two specific behavioral areas: reducing the use of single-use plastic cups and exchanging or trading second-hand items or clothes. Field research and stakeholder interviews have been conducted to understand the current state of public behaviors, patterns, environments, as well as barriers and cognitive biases that hinder behavior change. Based on the results, one nudging strategy experiment focused on reducing the use of single-use plastic cups has been proposed.\n\nSubsequently, an optimized version of the nudging strategy planning guide is proposed. Optimization contents include expanding the range of information provided, adding explanations for specialized terms, and under the existing five-stage framework, outlining the key issues to consider at each stage. For the behavioral analysis phase, different international frameworks for behavior analysis is organized to help users select the appropriate analytical framework according to their specific needs. Additionally, a compilation of commonly used international nudging strategies is included to expand the range of options. A checklist is also provided to ensure that the designed strategies adhere to nudging principles. During this study, three nudging strategy promotion workshops had been held to the public. Some policy recommendations are also proposed in the last chapter.",
        "proj_year": "113",
        "org_name": "氣候署國際事務小組(停用)",
        "exe_unit": "國立臺灣大學",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130389510",
        "publish_date": "20250222"
    },
    {
        "chi_title": "廢液晶材料循環再製建築用液晶智慧調光窗產品應用驗證計畫",
        "chi_subject": "群創光電作為全球前三大面板製造商之一，每年出貨超過4億片各種尺寸的面板，消耗約85噸液晶材料。其中，95%的液晶成功轉化為產品，2%因製程損耗而無法利用，3%成為不良面板。為減少液晶損耗及廢棄，公司長期與工業技術研究院合作，通過技術轉移取得液晶純化技術，並建立智慧循環液晶萃取中心，以實現廢液晶的閉環回收。然而，由於液晶種類繁多且產品規格不斷提升，部分廢液晶無法回用於原製程，形成呆滯料。此外，多樣化的面板尺寸增加了不良品液晶萃取的分類和收集成本，使得這些材料最終只能焚化處理，對環境產生潛在風險。\n本計畫目標是開發技術，將無法再利用的廢液晶轉化為建築用智慧調光窗材料。計畫中將廠內五種不同型號的淘汰液晶中獲取2.5公斤呆滯料，並從難以分類的不良面板中獲取3.0公斤液晶。透過液晶萃取、分群、調配及純化，成功調配出符合DLCW智慧調光窗物性規格的2.46公斤液晶。此外，添加混合偶氮型及蒽醌型二色性染料進行調和，製成了8吋以上的液晶智慧調光窗產品，並順利通過廠內產品驗證。此技術成功將廢液晶材料循環再製成智慧調光窗產品，達成資源高值化循環利用的目標，推動顯示器製造業的循環經濟發展。",
        "eng_title": "Verification of Application of Recycled Liquid Crystal Materials in Architectural Smart Dimming Windows.",
        "eng_subject": "Innolux Corporation, as one of the top three global display manufacturers, ships over 400 million panels of various sizes annually, consuming approximately 85 tons of liquid crystal (LC) material. Of this, 95% is effectively converted into products, while 2% is lost in the production process, and 3% results in defective panels. To minimize LC loss and waste, Innolux has collaborated long-term with the Industrial Technology Research Institute (ITRI), acquiring LC purification technology through technology transfer and establishing an intelligent LC extraction and recycling center to enable closed-loop recycling of waste LC. However, due to the wide variety of LC types and the continuous advancement of product specifications, some waste LC cannot be reused in the original manufacturing processes, resulting in obsolete material stock. Additionally, the diversity of panel sizes increases the cost of classifying and collecting defective LC, often leading to incineration, which poses environmental risks.\nThis project aims to develop technology that converts non-recyclable LC waste into materials for smart dimmable windows in construction applications. Specifically, this study obtained 2.5 kg of obsolete LC material from five different product lines and 3.0 kg from defective panels that are challenging to categorize. Through LC extraction, segregation, and formulation, the team successfully developed 2.46 kg of LC that meets the physical specifications required for DLCW smart dimmable windows. Moreover, by adding a blend of azo and anthraquinone dichroic dyes, they produced LC smart dimmable windows of over 8 inches in size, which successfully passed in-house product verification. This technology effectively enables the recycling of waste LC into smart dimmable window products, achieving high-value resource reuse and advancing the circular economy in the display manufacturing industry.",
        "proj_year": "113",
        "org_name": "循環署回收基金管理會",
        "exe_unit": "群創光電股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130387801",
        "publish_date": "20250214"
    },
    {
        "chi_title": "113年執行使用中柴油車排氣檢驗與污染管制專案工作計畫",
        "chi_subject": "參考環境部統計，國內柴油車所排放之氮氧化物（NOx）及粒狀污染物（PM10），分別佔整體機動車輛5成以上，考量現行管制使用中柴油車排放污染物僅黑煙，故本計畫今年協助環境部針對柴油車搭載OBD與DPF之污染控制元件，導入PN檢測與OBD診斷，並自114年與115年結合自主管理標章分級制度分階段實施，屆時管制污染物擴大至NOx，效益將優於現行黑煙管制。\n為加速改善使用中柴油車污染排放，本計畫藉由法令規範與經濟誘因雙管齊下。法令面係透過劃設空維區與推動排氣定檢，其中劃設空維區已達階段性任務，下階段規劃優先劃設施工階段之工業區或園區，管制對象擴大至施工機具與運輸車輛，完工後管制措施更可延續至工業區或園區之營運階段，俾使空維區可永續經營；另排氣定檢自113年起正式實施，規範高污染柴油車需連續定檢2年，統計結果可改善黑煙排放為82.6％。\n經濟誘因則透過補助老舊1至3期大型柴油車汰舊換新、加裝濾煙器、調修燃油控制系統等，其中汰舊換新與加裝濾煙器補助已截止，而調修燃油控制系統補助已延長至114年底。截至113年12月，已減少PM約4,420.4公噸、減少NOx約68,337公噸。\n柴動站係作為各項污染管制後盾，藉助相關性測試及實車查核，顯示全國柴動站檢測品質良好以及皆無不法事項。",
        "eng_title": "Implementation of the Project on Emission Control and Exhaust Inspection of in-used Diesel Vehicles in 2024",
        "eng_subject": "According to the Ministry of the Environment （MOENV） statistics, nitrogen oxides （NOx） and particulate matter （PM10） emissions from domestic diesel vehicles account for more than 50% of total emissions from all motor vehicles. Considering that the current regulation for in-use diesel vehicles only controls black smoke emissions, this project will assist the Ministry of the Environment this year by introducing PN testing and OBD diagnostics for diesel vehicles equipped with OBD and DPF pollution control devices. Additionally, starting from 2025 and 2026, a phased implementation of the self-management labeling grading system will be integrated. At that time, the scope of pollutant regulation will expand to include NOx, which will result in greater effectiveness than the current black smoke control.\nIn order to accelerate the improvement of pollution emissions from in-use diesel vehicles, this project adopts a dual approach of legal regulations and economic incentives. From a regulatory standpoint, this includes the establishment of air quality maintenance zones and the promotion of exhaust inspections. The establishment of air quality maintenance zones has reached a phased target, with the next step focusing on prioritizing the establishment of such zones in industrial parks or construction areas. The scope of control will also extend to construction machinery and transportation vehicles. Once construction is completed, the control measures can continue into the operational phase of industrial parks, ensuring the sustainability of the air quality maintenance zones. Moreover, exhaust inspections have been officially implemented since 2024, requiring high-pollution diesel vehicles to undergo inspections continuously for two years. The results show that black smoke emissions have been reduced by 82.6%.\nOn the economic incentive side, subsidies are provided for the replacement of old heavy-duty diesel vehicles （Tier-1 to Tier-3）, the installation of DPF, and adjustments to the fuel control system. The subsidy for vehicle replacement and smoke filter installation has ended, while the subsidy for fuel system adjustments has been extended until the end of 2025. Until December 2024, PM approximate 4,420.4 metric tons and NOx approximate 68,337 metric tons.\nThe Diesel Emission Station serves as the backbone of the pollution control efforts, with relevant testing and on-site vehicle checks demonstrating that the quality of nationwide diesel station inspections is excellent, with no illegal activities.",
        "proj_year": "113",
        "org_name": "環境部大氣環境司",
        "exe_unit": "春迪企業股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130383792",
        "publish_date": "20250221"
    },
    {
        "chi_title": "113年彰化縣石綿建材廢棄物清除處理計畫",
        "chi_subject": "由於石綿及其製品廢棄物屬有害事業廢棄物，為引導民眾妥善處置，避免石綿廢棄物受到棄置，而衍生後續更多經費與時間從事污染整治，故本計畫預計補助家戶辦理石綿建材廢棄物清除處理，以引導流向妥處，以維國民健康。本計畫依據「戶外含石綿建材空間分布管理系統」資料，彰化縣共計有21.638棟含石綿建物，針對縣內含石綿建材建築物進行現場輔導及汰換意願調查。針對本轄內含石綿建材建築物之調查管理及家戶產出石綿建材廢棄物清除處理，完成石綿建材建築物通知作業12,606件(112年已寄送7,676件)、含石綿建材建築物實地現勘1,143件及引導妥善清理石綿建材廢棄物955公噸。",
        "eng_title": "2024 Asbestos Building Material Waste Removal and Disposal Plan of Changhua County",
        "eng_subject": "Since asbestos and its product waste are classified as hazardous industrial waste, this project aims to guide the public in properly disposing of asbestos waste to prevent improper disposal, which could result in additional costs and time spent on environmental remediation. Therefore, the project plans to subsidize households for the removal and disposal of asbestos-containing building materials, directing them to appropriate treatment methods to protect public health. Based on data from the Outdoor Asbestos-containing Building Material Distribution Management System, there are a total of 21,638 asbestos-containing buildings in Changhua County. The project conducts on-site guidance and willingness surveys for replacing asbestos-containing materials in these buildings. The investigation and management of asbestos-containing buildings in the area, as well as the removal and disposal of asbestos-containing building materials, have led to the completion of 12,606 notification tasks for asbestos-containing buildings (7,676 of which were sent in 2023), on-site inspections of 1,143 asbestos-containing buildings, and the proper disposal of 955 metric tons of asbestos waste.",
        "proj_year": "113",
        "org_name": "彰化縣環境保護局",
        "exe_unit": "永丞環保實業有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130369007",
        "publish_date": "20250225"
    },
    {
        "chi_title": "113年無機再生粒料於港區工程應用及管理專案工作計畫",
        "chi_subject": "無機再生粒料由無機資源物經資源化處理產製而成，其性質與天然砂石相近，可替代天然資源應用於陸域及港區工程。日本等先進國家於港區填築工程，除使用營建剩餘土石方外，也使用無機再生粒料填築，減少天然資源使用。計畫盤點國內6處既有填築區位之無機再生粒料潛在填築量能，約5,147~7,718萬公噸，預估轉爐石、焚化再生粒料、氧化碴、還原碴之港區填築情形。為推廣及驗證焚化再生粒料應用於港區填築工程，完成編修「第02704章焚化再生粒料填海造地」施工綱要規範，持續針對焚化再生粒料應用於港區工程便道及消波塊試體浸泡於純水或海水中進行重金屬檢測。\n依據行政院於110年6月11日核定之「再生粒料應用於港區造地填築作業程序｣，辦理焚化再生粒料於高雄港區現地填築試驗，6月17日填築量體113.97公噸，其重金屬溶出、戴奧辛、粒徑大小、比重及吸水率皆符合施工綱要規範「第02704章 焚化再生粒料填海造地」。延續前期現地填築試驗成果，並配合今年度高雄港區現地填築試驗之環境監測作業，臺北港、臺中港及高雄港試驗分別完成填築後11次（至第29個月）、填築後5次（至第14個月）及填築後2次（至第4個月）之環境監測，採集樣品於重金屬（鎘、鉛、砷、汞、鉻、銅、鎳、鋅）及戴奧辛濃度均符合其對應之相關標準，且填築後歷次監測值與填築前背景值沒有明顯差異。",
        "eng_title": "Application and management of inorganic recycled aggregates in the harbor area  projects",
        "eng_subject": "Inorganic recycled aggregates are produced from inorganic resource materials through resource processing. Their properties are similar to natural sand and gravel, and they can replace natural resources and be used in land and port projects. In port filling projects in advanced countries such as Japan, in addition to using leftover earth and stone from construction, they also use inorganic recycled aggregates to reduce the use of natural resources. It is planned to take inventory of the potential filling capacity of inorganic recycled aggregates in 6 existing domestic filling locations, which is approximately 51.47 to 77.18 million metric tons, and to develop preliminary basic-oxygen-furnace (BOF) slag, incinerating bottom ash, electric-arc-furnace (EAF) slag port area filling assign volume.\nIn order to promote and verify the application of incinerated recycled aggregates in port area reclamation projects, the construction outline specification of Chapter 02704 Incinerated Regenerated Aggregate Reclamation has been completed, and the application of incinerated recycled aggregates in port engineering access roads and wave elimination has been continued. The block specimen is immersed in pure water or seawater for heavy metal detection. In accordance with the Procedures for the Application of Recycled Aggregate in Land Reclamation and Filling in Port Areas approved by the Executive Yuan on June 11, 2010, an on-site filling test of incinerated recycled aggregates in Kaohsiung Port Area was carried out, and 113.97 metric tons of heavy metals were filled. The dissolution, dioxin, particle size, specific gravity and water absorption are all in compliance with the construction outline specification Chapter 02704 Reclamation of Reclaimed Granules by Incineration.\nContinuing the previous in-situ reclamation tests, and cooperating with the environmental monitoring operations of this year's Kaohsiung Port in-situ reclamation test, the Taipei Port, Taichung Port and Kaohsiung Port tests respectively completed the filling and filling 11 Environmental monitoring was carried out once (to the 29th month), 5 times after the filling (to the 14th month) and 2 times after the filling (to the 4th month). Samples were collected for heavy metals (cadmium, lead, arsenic, mercury), chromium, copper, nickel, zinc) and dioxin concentrations all meet the corresponding relevant standards, and there is no significant difference between the previous monitoring values after filling and the background value before filling.",
        "proj_year": "113",
        "org_name": "循環署循環處理組",
        "exe_unit": "財團法人工業技術研究院",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130355489",
        "publish_date": "20250214"
    },
    {
        "chi_title": "含氯地下水污染場址監測式自然衰減評析計畫",
        "chi_subject": "為健全含氯地下水污染場址實施風險管理與監測式衰減管理之示範作法，延續111~112年辦理「應加速改善場址示範監督計畫-永康地下水污染場址」所擬定之地下水污染場址管理方向，持續於113年辦理「含氯地下水污染場址監測式自然衰減評析計畫」(簡稱本計畫)。為推動國內污染場址風險管理工作程序，於計畫期間，完成研提含氯地下水污染場址風險管理執行計畫。以未來場址長期性管理為基礎，完成擬定衰減監測方案並執行2次持續監測，並發展快速篩檢、現地微生物分析對於未來長期性監測相關作法。以最新之長期水位資料與監測數據，完成每年進行一次污染團\/地下水流速流向模擬工作，並依據最新模擬之結果，完成研提永康區鹽行段與永安段場址公告範圍修正建議作法。為推動污染防治推動與溝通工作，完成辦理1場次之管理與法規說明會、3場次之現場輔導會議，並編印200本永康地下水污染場址管理成果小冊子，及完成一本電子書。為完備土污法規定，完成提送臺南市永康區鹽東段0809地號及蔦松南段1056地號地下水污染控制場址適當措施計畫書，及協助臺南市環保局完成113\/12\/3土推小組審查，並於114年即可啟動計畫書內容執行。",
        "eng_title": "Monitoring natural attenuation evaluation plan for chlorine-containing organic pollutants contaminated by groundwater sites",
        "eng_subject": "To establish a model approach for implementing risk management and monitored natural attenuation (MNA) management for chlorinated groundwater contamination sites, the Accelerated Site Remediation Supervision Pilot Project - Yongkang Groundwater Contamination Site conducted in 2022–2023 will be continued. The management directions for groundwater contamination sites formulated under this initiative will be further developed through the implementation of the Chlorinated Groundwater Contamination Site Monitored Natural Attenuation Evaluation Project in 2024, referred to as this project. During the planning period, the implementation plan for risk management of chlorine-containing groundwater contamination sites was completed. Based on the long-term management of the future site, we will complete the formulation of an attenuation monitoring plan and carry out two continuous monitoring, and develop rapid screening and on-site microbial analysis for future long-term monitoring. Based on the latest long-term water level data and monitoring data, complete the annual pollution mass\/groundwater flow velocity and direction simulation work, and based on the latest simulation results, complete the development of recommended practices for revising the site announcement scope of Yanhang Section and Yongan Section in Yongkang District. Completed 1 management and regulatory briefing session, 3 on-site coaching sessions, printed 200 Yongkang groundwater pollution site management results booklets, and completed an e-book. In order to complete the provisions of the Soil Pollution Law, we completed the submission of appropriate measures plans for the groundwater pollution control sites at Land No. 0809, Yongkang Section, Yongkang District, Tainan City, and Land No. 1056, Zisong South Section, and assisted the Environmental Protection Bureau of Tainan City Government.",
        "proj_year": "113",
        "org_name": "環管署土壤及地下水污染整治基金管理會",
        "exe_unit": "環興科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130350256",
        "publish_date": "20250220"
    },
    {
        "chi_title": "113年度基隆市毒性及關注化學物質源頭管理計畫",
        "chi_subject": "本計畫目標，為透過加強推動毒性化學物質運作廠商管理及查核、辦理化工原料販賣業者輔導訪查、辦理新列管毒性及關注化學物質運作廠商清查與運作資料調查、強化執行毒性化學物質災害防救業務、辦理毒性及關注化學物質及具食安風險化學物質宣導活動等工作，以強化基隆市毒性及關注化學物質源頭管理。勾稽上下游運作流向異常廠家工作，主要的勾稽項目為「尚未申報」以及「上下游運作量流向異常」，已完成勾稽110件次；本團隊為持續強化基隆市毒化物之管理效能，增作毒性及關注化學物質危害預防及緊急應變計畫書、應變器材及偵測與警報設備計畫書審查，已完成協助審查12件次；針對基隆市毒化物運作業者，進行輔導訪查運作相關管理事項，包含一般性稽查、配合執行臨場輔導及B級輔導等，已完成36家次；偵測警報設備輔導查核工作，已針對基隆市毒性及關注化學物質運作達分級運作量業者，完成5家次查核；無預警測試方面，針對毒性及關注化學物質運作廠商，模擬毒性及關注化學物質災害發生狀況，並針對工廠通報、廠方自救與應變、防護裝備與器材選用提出相關改善建議與措施，本團隊已完成8件次；考量毒化災通聯順暢度，對於應變工作有相當大的影響，本團隊增作基隆市毒化物防災通聯測試，已完成平日及假日毒災防災通聯測試，合計88家次，全數廠家均能聯繫，顯示基隆市毒化物運作業者的聯繫狀況相當良好；另外也完成了實地查訪，並確認運作中化工原料販賣業之基本資料，且輔導業者落實化工原料四要管理，已完成查訪20家次；查訪轄內化學物質業者，確認其製造或輸入化學物質，應依毒性及關注化學物質管理法規定，申請登錄及辦理展延、變更方面，本團隊已完成18件；在查訪毒性及關注化學物質公告運作廠商清查與運作資料調查工作項目，本團隊已完成既有運作場所查訪21件次；盤點基隆市毒災風險潛勢區域內相關之敏感受體、應變能量、以及居民分布情況，並針對撰擬疏散避難計畫進行確認與修正工作，本團隊已完成基隆市毒災風險潛勢，確認四大風險區域，並分析區域內之敏感受體分布情形，進一步對不同敏感受體之疏散避難工作完成橫向聯繫規劃；毒性化學物質災害防救演練方面，則已完成2場次；毒性及關注化學物質及具食安風險化學物質宣導活動方面，已完成7場次、560人次；製作毒性及關注化學物質相關宣導品方面，已製作選擇茄芷袋、環保鉛筆及磁鐵貼630份，以及食安宣導及綠色化學宣導海報2件。113年度基隆市毒性及關注化學物質源頭管理計畫各項工作，達成率皆為100%，符合計畫目標，以提升基隆市毒化物運作防救災效能。",
        "eng_title": "2013 Keelung City Toxic and Chemical Substances of Concern Source Management Plan",
        "eng_subject": "The goal of this project is to strengthen the enforcement of toxic chemical substances by strengthening the management and inspection of manufacturers operating toxic chemical substances, conducting coaching visits to chemical raw material sellers, conducting inventory and investigation of operating manufacturers of newly scheduled toxic and chemical substances of concern, and conducting investigation of operational data. Disaster prevention and rescue operations, handling toxic and chemical substances of concern and publicity activities for chemical substances with food safety risks, etc., to strengthen the source management of toxic and chemical substances of concern in Keelung City. The main inspection items are not yet declared and abnormal flow of upstream and downstream operations. 110 inspections have been completed. In order to continue to strengthen the management efficiency of toxic substances in Keelung City, this team has increased the number of inspections. Reviews of hazard prevention and emergency response plans for toxic and chemical substances of concern, response equipment, and detection and alarm equipment plans have been completed to assist in reviewing 12 cases; guidance and inspection operations related management were conducted for toxic chemical operators in Keelung City Matters, including general inspections, cooperation with on-site counseling and B-level counseling, etc., have been completed for 36 companies; The detection and alarm equipment guidance and inspection work has completed 5 inspections for companies operating toxic and chemical substances of concern in Keelung City with classified operating volumes; in terms of no early warning testing, for manufacturers operating toxic and chemical substances of concern, simulated toxic and chemical substances of concern Disaster occurrence status, and put forward relevant improvement suggestions and measures for factory notification, factory self-rescue and response, and selection of protective equipment and equipment. Our team has completed 8 cases; considering the smoothness of toxic disaster communication, it has a considerable impact on response work , our team has added a poison disaster prevention communication test in Keelung City, and has completed poison disaster prevention communication tests on weekdays and holidays, a total of 88 times, and all manufacturers can be contacted, which shows that the contact status of the poison disaster prevention operators in Keelung City is quite good; In addition, we have completed on-site inspections and confirmed the basic information of the chemical raw materials sales industry in operation, and provided guidance to the operators to implement the four key management of chemical raw materials. 20 visits have been completed; we have visited chemical substance operators within the jurisdiction to confirm that they manufacture or import chemical substances. , in accordance with the provisions of the Toxic and Chemical Substances of Concern Management Act, our team has completed 18 applications for registration and processing extensions and changes; in terms of the inspection of toxicological and chemical substances of concern operating manufacturers and the investigation of operational data, our team has completed Completed 21 inspections of existing operating sites; Inventorying the relevant sensitive receptors, strain energy, and distribution of residents in the drug disaster risk potential areas of Keelung City, and confirming and revising the evacuation and evacuation plan. This team has completed the drug disaster risk potential area of Keelung City. Confirm the four major risk areas, analyze the distribution of sensitive receptors in the area, and further complete the horizontal linkage planning for the evacuation and shelter of different sensitive receptors; in terms of toxic chemical substance disaster prevention and rescue drills, 2 sessions have been completed; In terms of publicity activities on toxic and chemical substances of concern and chemical substances with food safety risks, 7 sessions involving 560 people have been completed; in terms of the production of promotional materials related to toxic and chemical substances of concern, 630 eggplant bags, environmentally friendly pencils and magnet stickers have been produced portion, and 2 posters for food safety promotion and green chemistry promotion. In 2013, the achievement rate of all Keelung City Toxic and Chemical Substances of Concern Source Management Plan was 100%, which is in line with the plan goals to improve the efficiency of Keelung City’s toxic operations and disaster relief.",
        "proj_year": "113",
        "org_name": "基隆市環境保護局",
        "exe_unit": "中國文化大學",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130310659",
        "publish_date": "20250203"
    },
    {
        "chi_title": "113年度嘉義縣固定污染源空氣污染物連續自動監測系統(CEMS)功能查核及稽查管制計畫",
        "chi_subject": "本計畫於113年1月1日開始執行，主要工作內容包含相對準確度測試查核(RATA)及監督查核、不透光率(OP)查核及監督查核、標準氣體(CGA)、零點\/全幅(Zero\/Span)、CEMS法規符合度查核、CEMS法規說明會及CEMS訪查作業；人工監測站採樣分析、操作維護及校正作業；維護中洋工業區之監測\/檢測設施及中洋工業區監測車空氣品質監測作業；環境道路交通音量監測及環警監聯合稽查；辦理室內空氣品質訪查巡檢暨推動自主管理標章作業、室內空氣品質法規說明會及公私場所室內空氣品質稽查檢測，計畫執行期間，各項工作執行進度如表1所示，成果說明，主要如下：\n(一)連續監測設施(CEMS)法規符合度及系統功能查核\n在相對準確度測試查核作業方面，總計執行8根次稽查檢測及13根次監督檢測作業，各項查核結果均符合相對準確度測試查核標準，其中嘉義縣鹿草垃圾焚化廠排放管道P201，監測項目氮氧化物及嘉惠電力股份有限公司排放管道P003，監測項目排放流率，兩根管道差值平均值有大於信賴係數之情形發生，故依據CEMS管理辦法附錄十規定需進行偏移校正因子(BAF)修正，其餘管道不需執行偏移校正因子(BAF)修正。 \n在不透光率查核方面，總計完成9根次查核及15根次監督查核作業，各管道校正誤差查核結果皆符合監測設施性能規格≦3 %不透光率規定，其中台灣化學纖維股份有限公司新港廠排放管道P101在低幅衰光器查核結果略為偏高，其查明原因為低幅衰光器鏡面有些許髒污，經清潔後已有所改善。\n在標準氣體查核方面，總計完成10根次查核作業，其中台灣化學纖維股份有限公司新港廠排放管道P501於113年4月17日查核時，測項氮氧化物中低濃度查核結果15.44 %，超出性能規格標準，其差值查核結果為 2.44 ppm，惟差值(監測數據記錄值之平均值－查核氣體標示濃度值)結果仍符合規定(±2.5 ppm，具兩項性能規格者，符合其中一項即可)，其查核結果也於查核結束後告知廠方及儀器維護廠商，應針對其儀器線性進行確認及調整，以避免線性持續偏高進而超出性能規格標準；另於113年6月7日進行複查，測項氮氧化物中低濃度查核結果5.29 %，相較於前次查核已有明顯改善。\n在零點\/全幅(Zero\/Span)偏移查核方面，總計完成10根次偏移查核作業，但在台灣化學纖維股份有限公司新港廠排放管道P101氮氧化物全幅偏移測試時，其結果偏高(2.90 %)已接近標準誤差範圍±3%，查核結果於查核當日結束後已告知廠方及儀器維護廠商，並請儀器維護廠商在進行管路確認是否有阻塞或設備之線性是否有偏移之現象以進行改善，後續偏移結果已有所改善，偏移率幅度均在±2%以內。\n(二)連續監測設施(CEMS)連線資料查核 \n日報傳輸情形：嘉義縣鹿草垃圾焚化廠排放管道P101、P201於113年10月30及113年10月31日因上傳程式異常，未於次日下午一時前完成傳輸，記點2次，其餘各廠皆符合次日下午一時前傳輸之規定。\n月報傳輸情形：各廠月報傳輸情形皆符合次月十五日前須上傳規定。\n逾限資料統計：嘉惠電力股份有限公司排放管道 P201 於 2 月 9 日及 10 日之監測數據，因氣渦輪機燃燒筒燒破，致使氮氧化物測值逾限，該廠發現氮氧化物測值升高後，協請台電同意降載，使發電量變小，進行燃燒比調整處理，可其效果不佳，後續則停機進行更換燃燒筒，致使 1 小時平均紀錄值已超出固定污染源操作許可證核准之排放濃度(10ppm)，且累積時間達 2 小時以上，已違反「固定污染源空氣污染物排放標準」第 13 條第 1 項第 2 款規定，依規定進行裁處。",
        "eng_title": "2023 Stationary Source Air Pollutant Continuous Emission Monitoring Systems (CEMS) Performance Audit and   Project in Chiayi County",
        "eng_subject": "The project started on 1th January, 2024, and the main works included RATA and supervision audit, OP and supervision audit, CGA, Zero\/Span,  regulatory compliance audit, explanation session for online and regulations, CEMS evaluation; Maintaining the manual monitoring station’s operating and correcting functions; Maintaining detecting and testing facilities in the Zhongyang Protection Network; Air quality detecting in the Zhongyang industrial area by vehicles ; Indoor air quality inspections and inspections and promote self-management labeling operations, indoor air quality regulations briefing sessions, and indoor air quality inspections and testing in public and private places; The period of data statistic had been started from 1th January, 2024 to 31th December, 2024, and the contents are summarized as follows：\t\n(一)CEMS Regulations Conformity and System Function Check\nRelative Accuracy Test Audits (RATA):\nA total of 8 inspections and 13 supervisory audits were conducted, with all results meeting the Relative Accuracy Test Audit (RATA) standards. Two pipelines required Bias Adjustment Factor (BAF) corrections per CEMS Management Regulations Appendix 10 due to average differences exceeding the confidence coefficient. They were pipeline P201 at Chiayi County Lucao Waste Incineration Plant for nitrogen oxides and pipeline P003 at Chia Hui Power Company for flow rate. The remaining pipelines did not require BAF corrections.\nOpacity Testing (OP):\nA total of 9 inspections and 15 supervisory audits were completed. All results of calibration error complied with the performance standard of ≤ 3% opacity. Pipeline P101 at Formosa Chemicals ＆ Fibre Corporation Sin-gung Plant showed slightly high readings during the low-range attenuator audit, caused by minor dirt on the attenuator mirror. Cleaning resolved the issue.\nCylinder Gas Audit (CGA):\nA total of 10 inspections were completed. For pipeline P501 at Formosa Chemicals ＆ Fibre Corporation Sin-gung Plant, the audit on 17 April 2024 revealed nitrogen oxide concentrations of 15.44%, exceeding the performance specification. Although the difference result (2.44 ppm) was within the acceptable range (±2.5 ppm for dual-specification instruments), linear calibration was recommended to avoid further issues. A follow-up on 7 June 2024 showed improvement, with nitrogen oxide concentration reduced to 5.29%.\nZero\/Span offset(Zero\/Span)\nA total of 10 inspections were completed. in Formosa Chemicals ＆ Fibre Corporation Sin-gung Plant, the Nitrogen oxides span offset test of Pipeline P101 was a high 2.90 % which was close to the range of standard error ±3%.The inspection results were notified to the manufacturer and the equipment maintenance company after the inspection. The equipment maintenance company was asked to check whether there was any blockage in the pipeline or whether the linearity of the equipment was offset to make improvements. The subsequent offset results have been Improved, the deviation rate is within ±2%.\n(二)CEMS Connection Data Audit \nDaily Report Transmission:\nPipelines P101 and P201 at Lucao Waste Incineration Plant failed to transmit data by 1:00 PM the next day on 30 and 31 October 2024 due to a program error, resulting in two infractions. All other facilities complied with the transmission deadline.\nMonthly Report Transmission:\nAll facilities met the requirement to upload monthly reports by the 15th of the following month.\nExceedance Statistics:\nOn 9 and 10 February 2024, pipeline P201 at Chia Hui Power Company exceeded nitrogen oxide limits due to turbine combustion chamber damage. After consultation with Taiwan Power Company to reduce load and perform adjustments, the issue persisted. The combustion chamber was replaced, but one-hour average emissions exceeded the permitted limit (10 ppm) for over two hours, violating Article 13, Paragraph 1, Item 2 of the \tStandards for Air Pollutant Emission from Stationary Pollution Sources. Legal actions were taken.",
        "proj_year": "113",
        "org_name": "嘉義縣環境保護局",
        "exe_unit": "捷思環能股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130299737",
        "publish_date": "20250217"
    },
    {
        "chi_title": "「花蓮縣第四期(113-116年)綜合發展實施方案」-113年度花蓮縣淨零排放實施計畫(花東基金)",
        "chi_subject": "本計畫以「推動花蓮縣2050淨零排放」為主軸，配合中央淨零轉型政策，融合花蓮縣在地特色，規劃及推動達成花蓮縣2050淨零排放之目標。分為辦理推動淨零排放委員會議及跨局處討論會議、淨零生活宣導推廣計畫、綠能示範建置、智慧電能管理示範建置、溫室氣體排放盤查與管理、碳匯能力提昇計畫、花蓮縣減碳事務整合平台維運以及配合中央、機關重大政策辦理相關特色活動其他項目等大主軸。落實整體推動及淨零目標達成，掌握各部門重點推動工作，並協助將專業團隊引入輔導，以契合整體花蓮縣各向政策，並針對中央及環境部各項績效評比及交辦事項，如期如實完成。\n為落實推動效益，將由112年執行成果基礎下，113-116年將再提昇計畫執行的廣度與深度，以加速達成淨零排放的目標。年短期策略將包含持續強化淨零政策各面項基礎提升，以持續強化花蓮縣淨零軟實力、建立示範機制以大帶小、產官學合作提出減量方案以及強化整體淨零落實跨機關領域合作等工作為重點。",
        "eng_title": "Hualien County Net-Zero Emissions Implementation Plan 2024",
        "eng_subject": "This plan takes promoting Hualien County's 2050 net-zero emissions as the main axis, coordinates with the central government's net-zero transformation policy, integrates Hualien County's local characteristics, and plans and promotes the achievement of Hualien County's 2050 net-zero emissions goal. It is divided into handling committee meetings and inter-bureau discussion meetings on promoting net-zero emissions, net-zero life publicity and promotion plans, green energy demonstration construction, smart power management demonstration construction, greenhouse gas emission inventory and management, and carbon sequestration capacity improvement plans. The main themes include painting, maintenance of Hualien County’s carbon reduction affairs integration platform, and handling related special activities and other projects in conjunction with major policies of the central government and government agencies. Implement the overall promotion and achievement of the net-zero goal, master the key promotion work of each department, and assist in bringing in professional teams for guidance to comply with the overall Hualien County policies, and complete various performance evaluations and tasks assigned by the central government and the Ministry of Environment as scheduled. .\nIn order to implement and promote benefits, based on the implementation results in 2012, the breadth and depth of plan implementation will be increased from 113 to 116 to accelerate the achievement of the goal of net zero emissions. The short-term strategy for the year will include continuing to strengthen the basic improvement of all aspects of the net zero policy to continue to strengthen Hualien County’s net zero soft power, establishing a demonstration mechanism to lead large and small schools, industry, government and academia cooperation to propose reduction plans, and strengthening the overall net zero implementation across agency areas. Cooperation and other work are the focus.",
        "proj_year": "113",
        "org_name": "花蓮縣環境保護局",
        "exe_unit": "長慧環境科技有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130288349",
        "publish_date": "20250222"
    },
    {
        "chi_title": "113年新興廢水處理技術推廣及產業應用平台功能提升計畫",
        "chi_subject": "環境部重視國內廢水新興處理技術的應用推廣、以及新興廢污水處理技術對於污染物的控制及管理，以期實際協助產業解決廢污水問題，符合淨零減碳、資源循環的趨勢。本計畫建置「廢污水處理綠色轉型-新興廢水處理技術應用平台」，提供符合綠色轉型且具綠色分離、高效去除、循環回收或智慧整合等特色之新興廢污水處理技術，搭配技術新知與相關法令等內容供技術需求端查詢及參考。本計畫蒐整新興廢水處理技術涵蓋氨氮、重金屬、新興污染物處理以及AI智慧整合系統4種，共19項技術資料，並擇選2件實廠案例進行現場訪視，瞭解技術實際運作之限制條件等。透過專家委員審查流程篩選與審查共8件平台展現之技術案例資料；平台功能設計與開發亦透過6場次專家諮詢會議、產官學16處單位(24件)需求問卷及11處單位(16件)試用調查等不斷優化。舉辦1場技術交流推廣活動與1場台積電零廢製造中心參訪，促進產官學交流對話。此外，協助制定補助獎勵措施及相關審查流程，並完成5國環境技術查證制度(Environmental Technology Verification, ETV)宣傳平台的分析比較，提出我國ETV平台宣傳內容建議。此次計畫執行，透過新興處理技術於平台之推廣，在提升平台能見度的同時，更強化未來廢污水處理技術之綠色轉型及創新實踐。",
        "eng_title": "2024 Emerging Wastewater Treatment Technology Promotion and Industry Application Platform Enhancement Project",
        "eng_subject": "The Ministry of Environment prioritizes the promotion and adoption of emerging wastewater treatment technologies to improve pollution control and address wastewater challenges in industries. This initiative aligns with Taiwan's broader goals of achieving net-zero emissions and promoting resource recycling. As part of this effort, the Green Transition for Wastewater Treatment: Emerging Wastewater Treatment Technology Application Platform was established. This platform showcases innovative wastewater treatment technologies featuring green separation, high-efficiency removal processes, recycling capabilities, and AI-driven smart integration. The platform provides users with valuable resources, including technical updates, relevant regulations, case studies, and news about advancements in the industry. The project reviewed 19 emerging wastewater treatment technologies (ranging from ammonia and heavy metal removal to emergency pollutant treatment and AI-integrated systems), ultimately selecting two for in-depth field visits to evaluate their practical limitations. Following a rigorous expert review process, eight promising technologies were chosen and uploaded to the platform for further exposure and adoption. The design and functionality of the platform were refined through six expert consultation meetings, 24 questionnaires collected from stakeholders across 16 industry, government, and academic institutions, and 16 instances of user feedback to ensure the platform meets the needs of its target audience. Additionally, a technical exchange forum was held to foster collaboration among industry, government, and academia, highlighting the critical role of innovative technologies in wastewater treatment and increasing the platform’s visibility within the relevant sectors. Furthermore, the project supported the development, implementation and measures of reward, along with related review processes. An analysis of Environmental Technology Verification (ETV) promotional platforms in five different countries was also conducted, yielding key insights and recommendations for strengthening Taiwan's ETV platform to further promote the adoption of these cutting-edge wastewater treatment solutions.",
        "proj_year": "113",
        "org_name": "環境部水質保護司",
        "exe_unit": "國立臺灣大學",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130282429",
        "publish_date": "20250228"
    },
    {
        "chi_title": "113年環境教育相關行政支援專案工作計畫",
        "chi_subject": "本年度「環境教育探索館」改版為「環境探索館」，將提供民眾更直觀探索環境教育資源之介面，以使用者導向進行整合，三大探索功能變更為「環境教育探索」、「環境議題探索」與「環境歡樂探索」，再增設「精選影音·電子書」區域，令使用者可於首頁直接獲取最新或最熱門之學習資源，並提供繪本線上翻頁瀏覽功能，使民眾方便、愉快的閱讀與學習，提升瀏覽體驗。\n本計畫致力協助環境部推動環境教育各項業務，透過多元會議及活動辦理，促進國家環境教育政策的發展與落實，積極促成中央與地方的業務交流，深入瞭解實務執行困境，並提供即時協助。透過採取因地制宜策略，適時調整不合時宜的作法，確保地方政府落實相關業務符合國家政策與法規要求，創造中央與地方的雙贏局面。\n本計畫持續輔導全國餘7千家提報單位，督促其於法定期程內完成年度環境教育執行成果提報作業；此外，協助受環境教育基金補（捐）助計畫各項審查與核銷工作，督導受補助對象確實辦理核准之計畫。另本年度配合協助第二屆2050淨零城市展布展及體育署合作的羽球賽事抽獎活動。",
        "eng_title": "2024 Environmental Education Administrative Support Project",
        "eng_subject": "The Environmental Education Discovery Center has been rebranded as the Environmental Discovery Center this year, offering a more intuitive interface for exploring environmental education resources. Adopting a user-oriented approach, the three main functions have been renamed as Environmental Education Discovery, Environmental Issues Discovery, and Environmental Fun Discovery. The platform now features a new Featured Videos and E-books section, enabling users to directly access the latest and most popular learning resources. The site also offers interactive flip eBooks, providing an easy, convenient, and enjoyable reading experience.\n\nThis project aims to support the Ministry of Environment in promoting environmental education initiatives. Through collaborative meetings and activities with local Environmental Protection Bureaus, the Ministry gains insights into implementation challenges of environmental policies. This enables policy adjustments and targeted assistance to local bureaus, fostering a win-win partnership between central and local authorities.\n   \nThe project continues to assist over 7,000 reporting units nationwide in completing their annual environmental education reports. We also oversee the review and reimbursement processes for Environmental Education Fund grants and donations, ensuring beneficiaries properly execute approved plans. Additionally, we coordinate environmental exhibitions such as the Net Zero City Expo, and manage the lucky draw segment of the badminton championship in collaboration with the Sports Administration.",
        "proj_year": "113",
        "org_name": "環境部環境保護司",
        "exe_unit": "環資國際有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130263806",
        "publish_date": "20250221"
    },
    {
        "chi_title": "113年無機再生粒料循環資訊平台及效益評估計畫",
        "chi_subject": "依據環境部「環境永續科學技術白皮書暨科學發展計畫(113-117)」，現行資源循環市場上各類料源複雜、來源不明、分類不易，需盤點現行資源循環斷點，建立循環資訊管理平台，本計畫完成置無機資源循環資訊平台系統，包含主視覺設計、前後台介面設計、單元架構整合作業與開發作業，並強化無機資源循環系統資料，完成更新無機資源基本特性、循環流向履歷、市場價格、工程用途使用手冊及施工綱要規範等，進而建構基本資料庫，以達提升資源循環使用效率之目標。\n為提升工程單位使用無機資源之信心，本計畫完成建立無機再生粒（材）料供料履歷及認驗證機制，規劃供料履歷形式與用途、第三方驗證機構認證與無機再生粒（材）料供料廠驗證作業機制等，並辦理2項次無機再生粒（材）料供料履歷及認驗證機制試辦作業，及研提無機資源供料履歷及認驗證作業參考指引，期確保無機資源產品品質，工程使用單位樂於使用無機資源。\n因應我國2050淨零排放路徑藍圖，本計畫辦理3項無機資源產品計算減碳效益，推估年度無機資源替代原（材）料之減碳效益可達31萬公噸CO2e以上，透過再生粒（材）料取代天然粒（材）料促進資源循環利用，減少天然資源之開採及消耗，降低碳排放量，創造循環經濟的價值。本計畫完成辦理無機資源循環之形象宣導及行銷，製作相關文宣及行銷文件，強化無機資源產品市場優勢，進而推動無機資源產品使用。",
        "eng_title": "Project of circular information platform and benefit evaluation for inorganic recycled materials,2024",
        "eng_subject": "According to “White paper and scientific development project (2024-2028) for environmental sustainable science technology”, there were several points which included complicated resource, unknown source, and hard to classify should be solved in recent market and set up recycling management system. This project completed the establishment of an inorganic resource recycling management system, including visual design, frontend and backend, and integration and operation for layered architecture. This project also enhanced the inorganic resource recycling system data and completed the update of the basic characteristics of inorganic resources, distribution history, market prices, engineering manual and construction outline specifications, etc., and then set up a basic database to achieve the goal of improving usage effectiveness for resource recycling.\nIn order to enhance the confidence of engineering units in the use of inorganic resources, this project had completed the establishment of a supply history and certification verification mechanism for inorganic resource, planned supply history forms and uses, and authentication mechanism for third-party verification agency and inorganic recycled materials supply factory, etc. This project also conducted two trial operations of the supply history and certification verification mechanism for inorganic recycled materials, and drafted guidelines for the supply history and certification verification of inorganic resources to ensure the stable quality of inorganic resources and make engineering units enjoy to use inorganic resources.\nIn response to the blueprint of path for net-zero emission in 2050, this project calculated the carbon reduction benefits of three inorganic resource products. It was estimated that the annual carbon reduction benefit of replacing raw materials with inorganic resources can reach more than 310,000 metric tons of CO2e. Promoting resource recycling by replacing natural materials with recycled materials could reduce the extraction and consumption of natural resources, reduce carbon emissions, and create the value of a circular economy. This project completed the image dissemination and marketing for inorganic resource recycling, including creating documents for the leaflets, posters and marketing to enhance the competitive edge of inorganic resource products and thereby promote the use of inorganic resource products.",
        "proj_year": "113",
        "org_name": "循環署循環處理組",
        "exe_unit": "環興科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130260072",
        "publish_date": "20250301"
    },
    {
        "chi_title": "113 年「環境檢測機構管理作業服務計畫」",
        "chi_subject": "113年「環境檢測機構管理作業服務計畫」係依據「環境檢驗測定機構管理辦法」及「機動車輛排放空氣污染物及噪音檢驗測定機構管理辦法」對營運中或新設置之環境檢測機構、機動車輛測定機構檢驗室欲申請之項目，進行其品管系統與檢測技術評鑑工作。執行方式包括邀請現場評鑑專家至現場進行系統評鑑、術科考試績效評鑑、或執行其他績效評鑑，例如盲樣測試與實地比測等方式，並由評鑑技術審議會對各申請案評鑑結果執行審查，每年1次對各檢驗室許可項目進行例行性盲樣測試或實地比測。本計畫申請案中，至12月18日止完成文件審查139件次、辦理評鑑410場次、年度盲樣測試3,205項次、評鑑技術委員及現場評鑑專家研討暨管理業務檢討會2場次、檢測機構許(核)可事宜與評鑑專家技能提升之雙向研討會(座談會)2場次、及環境講習1場次、召開10次評鑑技術審議會審查、進行內部稽核2次與修訂標準作業程序文件3份。",
        "eng_title": "2024 Authorized Environmental Analysis Organization Management Services Project",
        "eng_subject": "The 2024 “Authorized Environmental Analysis Organization Management Services Project” was commenced for the National Environmental Research Academy. The accreditation works of quality system and testing techniques of applied items for both new-setup and in-operation environmental analytical and local motive analytical laboratories, which had been arranged based on the “Management Regulations of Environmental Analysis Organization” and the “Management Regulations of the Motor Vehicle Emissions and Noise testing organizations”. These accrediting works included laboratory quality management system accrediting, testing techniques accrediting (in-lab instrumentation and in-field sampling), and proficiency tests (in-lab and in-field). After these accrediting works had been done, the Technical Assessment Committee evaluated the records of these auditing works and made the final decision of approval of the application of new-setup or\/and in-operation laboratories. There were 139 cases of documentation evaluation, 410 cases of testing (in-lab and in-field), 3,205 cases of proficiency testing (in-lab), 2 cases of Technical Assessment Committee and on-site assessment members seminars, 2 cases of assessment members and authorized environmental analysis organization seminars, 1 cases of environmental training had been evaluated and 10 Technical Assessment Committee meetings, 2 cases of internal audits, 3 documents of revised standard operating procedures up to December 18th.",
        "proj_year": "113",
        "org_name": "國環院檢測認證中心",
        "exe_unit": "鑫聯網國際認證股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130256253",
        "publish_date": "20250208"
    },
    {
        "chi_title": "花蓮縣-113年推動廢棄物源頭減量及強化分類回收補助計畫",
        "chi_subject": "\t加強查核轄內公部門限制使用一次性用品、購物用塑膠袋、一次用飲料杯、免洗餐具、一次用吸管、塑膠微粒、過度包裝等相關指定行業，並於2022年配合執行環保署政策「行政機關、學校減少使用免洗餐具及包裝飲用水作業指引」，另配合執行「一次用飲料杯限制使用對象及實施方式」法規，本縣於2023年下半年開始限用一次用飲料杯。\n\t依照「行政機關、學校減少使用免洗餐具及包裝飲用水作業指引」，邀請各局處召開會議，針對如何依照規定辦理相關會議及活動，並提供6,000個不鏽鋼環保餐具供各局處、民間團體及便當店業者借用，2023年已開始要求列管單位每月於系統申報，並將資訊公開縣府網站，提高使用環保餐具之意願，也可推廣至社區、市場、商圈，逐步將使用環保餐具變成常態性活動。\n\t協助花蓮縣環保餐具清洗中心設置完成，符合精準設計、監造確實之基本需求，工程設計落實經濟及安全之基本要件，符合民眾需求，並要求落實節能減碳(如營造綠色環境、選用綠建材及採用綠色工法等)，並加強執行職業安全衛生督導，落實零工安。設置完成後確保環保餐具可以透過嚴格專業清洗的標準作業流程，徹底洗淨殺菌，提供使用者最乾淨的餐具，讓遊客可以吃的開心用的安心。\n\t利用多元化行動宣導車，改變以往靜態宣導方式，改變為動態宣導方式，撥放相關宣導短片，吸引民眾駐足，並深入校園及社區，加強民眾資源回收及垃圾分類之觀念，減少垃圾產生量。\n\t垃圾減量：利用法規及制度規範轄內店家及業者，達成本縣全面限用一次性餐具及購物用塑膠袋措施，並提早於2026年前全面達成禁用目標，使花蓮成為無痕飲食城市。\n\t放大一次性物品限制範圍，並針對指定業者要求全面禁用一次性用品，全面推廣自備環保餐具(杯)及購物袋，盼能從源頭減少環境污染，做好地球永續的工作，使花蓮縣廢棄物產生量降至最低。\n\t本縣受到外來觀光客影響，使得本縣每人每日平均垃圾產生量高於全國平均，因此將盤點觀光景點或熱門商圈垃圾產生量進行統計，並針對垃圾產量較高之區域，進行細部分析，了解其垃圾組成，針對分析結果加強輔導及破袋作業，降低垃圾產生量。",
        "eng_title": "113 Years of Promoting Waste Source Reduction and Strengthening the Sorting and Recycling Subsidy Program",
        "eng_subject": "Strengthen the inspection of designated industries such as public departments within the jurisdiction that restrict the use of disposable items, plastic shopping bags, disposable beverage cups, disposable tableware, disposable straws, plastic microparticles, excessive packaging, etc., and cooperate with the implementation of the Environmental Protection Administration's policies in 2022 In accordance with the Operational Guidelines for Administrative Agencies and Schools to Reduce the Use of Disposable Tableware and Packaged Drinking Water, and in conjunction with the implementation of the Regulations on Restrictions on the Use of Disposable Beverage Cups and Implementation Methods, the county will limit the use of disposable beverage cups starting in the second half of 2023.\n In accordance with the Operational Guidelines for Reducing the Use of Disposable Tableware and Packaged Drinking Water in Administrative Agencies and Schools, we invited various departments to hold meetings to discuss how to conduct relevant meetings and activities in accordance with the regulations, and provided 6,000 stainless steel environmentally friendly tableware to various departments, civil groups and Bento shop operators borrowed from the system and began to require listed units to report monthly in 2023, and make the information public on the county government website to increase the willingness to use environmentally friendly tableware. It can also be promoted to communities, markets, and business districts, and gradually use environmentally friendly tableware. Become a regular activity.\n Assisted in the establishment of the Hualien County Environmental Tableware Washing Center, meeting the basic requirements of accurate design and accurate supervision, and implementing the basic requirements of economy and safety in engineering design, meeting the needs of the public, and requiring the implementation of energy conservation and carbon reduction (such as creating a green environment, selecting green building materials and adopt green construction methods, etc.), and strengthen the supervision of occupational safety and health and implement zero-work safety. After the setup is completed, it is ensured that the environmentally friendly tableware can be thoroughly cleaned and sterilized through strict and professional cleaning standard operating procedures, providing users with the cleanest tableware, so that tourists can eat happily and use with peace of mind.\n Use diversified mobile promotion vehicles to change the previous static promotion method to a dynamic one, play relevant promotional videos to attract people to stop, and go deep into campuses and communities to strengthen people's awareness of resource recycling and garbage classification. Reduce the amount of waste generated.\n Reduce waste: Use laws and regulations to regulate stores and businesses in the jurisdiction, achieve the county's comprehensive restrictions on disposable tableware and plastic shopping bags, and achieve the goal of banning them by 2026, making Hualien a city of no-leaf eating. .\n Expand the scope of restrictions on disposable items, and require designated businesses to completely ban disposable items, and fully promote the use of environmentally friendly tableware (cups) and shopping bags, hoping to reduce environmental pollution from the source, do a good job in the sustainability of the earth, and make Hualien Waste generation in the county is minimized.\n Due to the influence of foreign tourists, the average daily garbage generation per person in the county is higher than the national average. Therefore, the amount of garbage generated by tourist attractions or popular business districts will be counted and the areas with higher garbage generation will be targeted for statistics. Conduct detailed analysis to understand the composition of the garbage, strengthen guidance and bag breaking operations based on the analysis results, and reduce the amount of garbage generated.",
        "proj_year": "113",
        "org_name": "花蓮縣環境保護局",
        "exe_unit": "新翊環境有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130254053",
        "publish_date": "20250224"
    },
    {
        "chi_title": "土水技術應用及整治程序輔導計畫",
        "chi_subject": "為落實我國土壤與地下水相關技術發展與推廣之政策，實現技術發展與推廣策略藍圖，依循環境部之「污染場址管理相關技術發展短中期規劃書」擬定之技術發展目標與技術推廣路徑作法，以達成土壤與地下水相關技術之「技術發展與優化」以及「技術擴散與應用」的目標。本計畫著重於滿足環境永續、提高整治措施的成本效益，以及因應國內土壤及地下水整治技術應用缺口與需求，建立整治程序優化執行架構與作業流程，擬定整治程序優化參考指引，以評估強化污染改善效能與效率的可行性，據以建構實務導向之解決方案。同時，結合「土壤及地下水污染整治基金補助研究與模場試驗專案」的推動，透過產學媒合機制與實場化技術驗證制度設計，強化公私部門夥伴關係，以期推展與實現加速場址改善效率之政策目標。另為增加技術擴散之廣度，依循技術推廣路徑規劃，篩選歷年優良研發成果，採用靜態的訪談專欄與動態的影音宣傳等工具，舉辦技術發表說明會與媒合會議，強化媒合管道，提高優良技術能見度以及建立多元媒體化推廣工具與資料庫，並持續擴建技術資源平台，作為國內土水技術之專一性資料庫。本計畫善用以上多元化的推廣行動，實現「技術推廣」的目標。\n在技術發展主題部分，本計畫完成國際整治程序優化作業資訊蒐集彙整，以及國內整治技術的應用趨勢與優化需求分析，歸納提出三大優化策略方向，包括場址概念模型完整性與優化、常用現地整治技術的優化作業，以及組合式整治系統優化等三大類型，並建議搭配行政面執行需求，整合了綠色整治、韌性整治等政策目標，建立國內場址整治程序優化執行作業流程與第三方輔導機制設計。後續藉由一處實際場址的標單示範填寫作業，完成檢核表單設計修訂，擬定國內整治程序優化概念指引，並整合補助專案成果，提供各類優化技術支援清單。\n在國內基礎技術能量的推展上，完成112年補助專案的徵求、核定與推動執行暨例行管考作業作業，並透過研析國內長期土水技術發展需求與呼應國家環境發展政策、歸納國際土水技術發展趨勢等成果，完成113年度補助專案計畫徵求書修訂與計畫徵求宣傳等相關事宜。針對前項徵求事宜，完成擬定8大徵求主題與11項徵求子題設計，並以精進專案審理鑑別度、契合政策需求技術、提升審查速度與效率為目標，持續推動與辦理徵求與審理作業。此外，為降低未來管考審閱人力作業負擔，建構線上審查系統及全新功能入口。續搭配試驗專案執行需求，合計完成9場次審查與說明會議，以及15場次模場訪視工作辦理。\n為能提升土水技術之應用，本計畫整合國內應加速改善場址需求作為技術實場化驗證示範，並研析擴大計畫規模驗證技術的可行性，提出模場應用型專案設計。規劃內容涵蓋申請資格與技術門檻設計、訂定配合款比例、提高計畫補助額度、以計畫成果之授權、技術轉移的優先權等條件為誘因，以期未來吸引更多業界投入，藉以帶動土水產業技術升級。\n為增加技術擴散之廣度，採行主動式推廣的作法，已完成3項調查類技術文宣與影音推廣工具的製作工作。計畫期間合計完成3場次媒合交流活動與26攤次技術攤位展示，共吸引超過350人次參與交流，至少促成3件技術合作洽談，達成透過多元化組合宣傳工具增加技術的擴散與滲透度，實現技術推廣、擴散、實務化與市場化的目的。另完成三大系統土水技術入口網單一入口整合作業，重新建構系統後台管理介面，並擴建系統資料庫與多項專區功能優化，成為我國土水技術發展重要的技術交流與匯集平台。",
        "eng_title": "Soil and Groundwater Technology Application and Remediation Process Guidance Project",
        "eng_subject": "To realize the soil and groundwater protection and management related technologies development and promotion policy as well as the roadmap defined in the “Multi-Year Technology Development Plan for Contaminated Site”, the Ministry of Environment continued to advance the efforts to achieve the goals of “technology development and optimization” and “technology penetration and application”. This project has focused on making-up the gaps in sustainability and in the technical needs, improving cost efficiency of a remedy as well as leading the research and study in planning the framework of the Remediation Process Optimization (RPO) to elevate the feasibility on enhancing the remediation effectiveness and to offer a system for promoting RPO. By integrating the research and pilot testing program supported by the Soil and Groundwater Remediation Fund for the year of 2023, an extension of the program to full-scale technical demonstration was designed and proposed. The extension program proposed was to reenforce the partnership between the public and private sectors so that the acceleration of contaminated site delisting and remediation effectiveness can be improved. Also, the roadmap for technology promotion has been followed to select research outcomes of excellency and to promoted through passive and dynamic promotion protocols as well as research achievement conventions and matching works. A virtual exhibition platform was implemented along with the conventions to provide diverse technology promotion actions for achieving the goals.\nOn the theme of the technology development, this study has completed the reviews on the international and domestic RPO related information, the consolidation of the RPO framework and the domestic technology application trend and optimization needs. On the theme of execution, the assessment of RPO procedures was carried out and a collaboration model for academia and industry was proposed for future implementation. To advocate the RPO in actual implementation, a guidance for Remediation Process Optimization was also drafted.\nFor the management of the research and pilot testing program, the deliverables included the completion of requests for proposal, mid-term report review, final report review, and variety of auditing and conference meetings. Throughout the execution of the program, this study has proposed improvement solutions with respect to the procedure, performance assessment, and cost-benefit analysis to be considered in the future implementation of the program. Based on domestic development needs and responding to national environmental development policies as well as international soil and water technology development trends, this work has completed the revision of the 2024 plan solicitation and made recommendations on 8 major research themes and 11 sub-themes for the research program. An online review mechanism plan was also recommended to reduce the personnel demand for the future management examination reviews. By integrating the research and pilot testing programs supported by the Soil and Groundwater Remediation Fund for the year of 2023 and 2024, an extension of the program to full-scale technical demonstration was designed and proposed. The extension program proposed was to reenforce the partnership between the public and private sectors so that the acceleration of contaminated site delisting and remediation effectiveness can be improved. The information system for the management of the program has been properly maintained during the period of the project. Constructing an online review system and a new functional portal were completed and the outcome further reduced the labor requirement on future management examination reviews.\nTo increase the degree of the technical penetration, this project also delivered three events of “soil and groundwater technologies matching for industry and academia” and display 26 technology exhibition booths. There were over 350 participants in the exchange and at least 3 technical cooperation agreements were facilitated. The future challenges in the contaminated site management can be better resolved with the collaborative work and technologies transfer. In addition, the integration of the three major soil and water technology resource portals into a single portal has accomplished. The system backstage management interface was restructured. The system database was also expanded and multiple functions were optimized,. The integrated system become an important technology exchange and gathering platform for the development of Taiwan soil and water technology.",
        "proj_year": "113",
        "org_name": "環管署土壤及地下水污染整治基金管理會",
        "exe_unit": "鑫訓工程顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130228960",
        "publish_date": "20250226"
    },
    {
        "chi_title": "無機聚合材料循環應用技術研發與管理計畫",
        "chi_subject": "隨著淨零碳排已成為各國重要政策，國發會已於111年3月公布淨零排放路徑圖及淨零轉型12項關鍵戰略，作為各行各業從減碳、低碳邁向淨零永續共同努力的方向。其中，與廢棄物相關之「資源循環零廢棄」，亦被納為淨零轉型關鍵戰略之一，主要方法將透過「廢棄資源物質能資源化」、「強化資源永續循環利用」及「鏈結上中下游產業形成資源循環產業鏈」等，推動廢棄物面向之淨零措施。\n我國無機廢棄物產生量大，多為製程末端剩餘之碴（渣）類或污泥類物質，易含重金屬、具膨脹性等不穩定成分，須透過高碳排材料水泥予以固化或使用高耗能之安定化技術，另部分尚須採掩埋處理，無法有效循環利用。而無機廢棄物去化現況又以預拌混凝土、CLSM及再生粒料等建材類用途為主，均需添加高碳排材料水泥，未來推動無機廢棄物循環利用，宜朝向可克服前述成分特性問題及降低碳排放量之技術發展。\n本計畫延續112年研究成果，持續運用「無機聚合技術」於無機資源物之應用開發，並藉由「擴大料源評估」、「優化產品生產運作」及「促進技術落地運用」等三面向工作之推動，加速低碳資源化技術之推動。\n本計畫成果重點包括：\n1.\t掌握6類掩埋廢棄物成分特性及產業運作遭遇問題，依成分特性分析結果提出運用無機聚合技術開發之優先順序，並以優先項目「噴砂廢棄物」開發無水泥地磚，經產品品質及環境安全性檢測，其抗壓強度表現優異且無重金屬溶出，可作為未來推動產業鏈結之無機資源物標的。\n2.\t運用還原碴及混燒飛灰開發之無水泥地磚，經前導試驗修正後已提出三種使用方式之最佳配比，其中單獨還原碴組其添加量可達80%，大幅提升其作為膠結材料之比例。\n3.\t無水泥地磚再現性試驗，以不同產源之無機資源物驗證發現最佳配比具再現性，部分試驗組產品強度甚至表現優於原先開發之組別，惟應注意使用木質燃料之混燒飛灰，因有機質含量較高導致產品品質受影響，建議應經前處理或改善燃燒運作等，始可作為無水泥地磚之材料。\n4.\t廢鹼取代試驗，經測試三種不同廢鹼液，發現鋁蝕刻廢液及廢顯影液，於少量取代鹼液時可達B級磚強度，其中鋁蝕刻廢液，於30%取代量時，產品強度仍可達C級磚，顯示廢鹼於無機聚合技術具應用潛力。\n5.\t媒合1項無機資源物之產源事業及再利用機構，輔導提出無機聚合地磚之再利用試驗計畫申請，完成廢棄物特性檢測、允收標準訂定、運輸路線及方式規劃、製程運作程序、產品品質標準訂定、衍生廢棄物處理及產品銷售規劃等，逐步落實技術實廠化推動。\n6.\t為推廣無機聚合技術及應用於無機資源物之情形，辦理「2024無機聚合技術暨減碳循環材料國際工作坊」，由國內外專家分享目前技術現況、商業化產品及無機資源物應用發展趨勢，會議當日共計有153人出席工作坊，包括預拌混凝土、水泥製品等業者皆有參加，透過會議交流討論，促進無機聚合技術之應用推廣。",
        "eng_title": "Technology Research of Geopolymer Material Recycling Application",
        "eng_subject": "With net zero carbon emissions becoming a crucial policy for countries worldwide, National Development Council (NDC) announced the Net Zero Emissions Roadmap and 12 key strategies in March 2022. These strategies serve as a collective direction for various sectors to shift from carbon reduction and low-carbon practices towards sustainable net-zero goals. Among these strategies, zero waste in resource circulation related to waste management has been recognized as one of the pivotal strategies. The primary approach involves waste-to-energy conversion, enhancing sustainable resource circulation, and connecting upstream, midstream, and downstream industries to create a resource supply chain. These initiatives aim to promote waste management measures aligned with the net-zero emissions objectives.\nIn Taiwan, a large amount of inorganic waste, which is mostly slag or sludge during the manufacturing process were produced. It potentially contains heavy metals, expandable and other unstable components, and usually be treated with energy-consuming stabilization technology. Others must be buried and cannot be effectively reused. The current treatment of inorganic waste is mainly used in building materials such as ready-mixed concrete, CLSM and recycled aggregates, all of which require the addition of cement, a high-carbon emission material. In the future, the recycling of inorganic wastes should be promoted with technology that can overcome the aforementioned issues and reduce carbon emissions at the same time.\nThis project aims to continue the research achievements from last year, and to continue the application development of inorganic resources using geopolymer technology. By promoting in three aspects: expanding material source assessment, optimizing product production, and promoting technology commercialization, we aim to accelerate the promotion of low-carbon technology.\nKey outcomes of this project include:\n1.\tUnderstanding the characteristics of 6 types of buried wastes and the operational problems in the industry. Based on the analysis results of the component characteristics, a priority list for the development of geopolymer technology is proposed. For the selected item blasting waste, non-cement bricks were developed, with excellent compressive strength performance and no leaching of heavy metals observed. It can be a potential inorganic resources for future industrial linkage.\n2.\tNon-cement bricks developed using reduced slag and co-burning fly ash. After preliminary testing and corrections, three optimal ratios have been proposed, among which the addition amount for the reduced slag group can reach 80%, significantly increasing its potential as a substituted cementitious material.\n3.\tBy using different sources of inorganic resources, the reproducibility of the optimal ratios are verified. Some test group products exhibited better strength than the originally developed groups. However, it should be cautious when using co-burning fly ash from wood fuel, as the high organic content may affect product quality. Pre-treatment or improvement of combustion operations is recommended before it can be used as a material for non-cement bricks.\n4.\tThree different alkaline solutions have been tested for alkali substitution. Among them, waste photographic fixer and aluminum etching waste solution achieved strength of Grade B brick with small portions of alkali substitution. When aluminum etching waste solution was substituted at 30%, the strength still reached Grade C brick level, demonstrating the potential of using waste alkali in geopolymer technology.\n5.\tThis project also matched an inorganic waste source industry with a reuse organization. Counselling was provided for the application for a reuse test plan of geopolymer bricks, including conducting waste characteristic testing, setting acceptance standards, planning transport routes and methods, establishing operational procedures, determining product quality standards, handling derivative waste, and planning product sales, gradually implementing the promotion of technology through practical operations.\n6.\tTo promote geopolymer technology and its application in inorganic wastes, the 2024 International geopolymer Technology Workshop was held. Domestic and international experts shared current technology, commercialized products, and trends in the application of inorganic wastes. A total of 153 people, including ready-mixed concrete, cement product manufacturers, attended the workshop. Through discussion, the promotion of geopolymer technology and its application was facilitated.",
        "proj_year": "113",
        "org_name": "循環署循環處理組",
        "exe_unit": "財團法人台灣綠色生產力基金會",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130228789",
        "publish_date": "20260407"
    },
    {
        "chi_title": "113年臺東縣綠島鄉及蘭嶼鄉環境衛生計畫",
        "chi_subject": "臺東縣兩處離島為縣內熱門觀光景點，因受限於人文及地理環境因\n素，在環境衛生上顯得較為髒亂，為使綠島鄉及蘭嶼鄉在有效之規劃管理\n及整頓下保持觀光環境的整潔，臺東縣環境保護局（以下簡稱環保局）持\n續透過本計畫加強當地民眾之防疫技能，維護民眾健康及觀光品質；「113\n年度綠島鄉及蘭嶼鄉環境衛生計畫」自113 年1 月18 日起截止至11 月\n30日止，計畫目標及完成進度為100%，各項工作如下所述：\n一、綠島鄉及蘭嶼鄉公共環境清潔維護工作：\n聘用12 名兩處離島當地僱工人力(綠島鄉*6 名、蘭嶼鄉*6 名)，\n截至10 月31 日止，公共環境清潔維護人力計2,592 人日、環島公\n里數計2,714.9 公里、公共環境髒亂點清理215 處次及病媒蚊孳生\n源清理22 處次，累計海岸線及道路清理19,470.5 公斤廢棄物：不\n可回收廢棄物10,663 公斤、可回收廢棄物8,807.5 公斤。\n二、辦理環境衛生相關宣導會及宣導品：\n(一) 完成辦理8 場次環境衛生相關宣導會，共計426 人次參與\n(學生287 人次、民眾139 人次)，宣導主題以登革熱防治、\n環境衛生(含公廁環境清潔及衛生紙丟馬桶相關政策)、環境\n衛生(狗便、羊便及菸蒂)及其他與環境相關宣導，提升離島\n環境衛生觀念，永續離島環境生態。\n(二) 於3 月7 日提送宣導品規畫書，本次挑選以綠色標章及環\n境友善為主，於5 月21 日提送500 份雙肩包，藉此推廣\n且加深民眾購買環保產品對於環境友善等觀念。\n三、辦理淨灘活動：\n本計畫於4 月30 日、7 月4 日分別於綠島鄉(柚子湖)及蘭嶼鄉\n(東清灣)各辦理1 場次淨灘活動，今年度首次結合當地人文歷史導\n讀方式結合淨灘，在完成清理海岸廢棄物後，進行在地文化導讀，\n讓參與民眾及遊客對於當地有更深入了解，並提升維護海岸環境維\n護觀念及實際行動，共計157 人次參與，累計清理357.5 公斤海岸\n廢棄物。\n四、推動當地商家認養海灘：\n提升離島地區海岸線環境品質，有效維護海洋生態資源永續，\n推動離島業者及商家認養海灘，於2 月1 日提送認養海灘規劃書至\n機關核備，共計6 間業者參與分別為綠島鄉綠堤休閒事業有限公\n司、朝日溫泉及澎坊股份有限公司，蘭嶼鄉藍海屋、星夜民宿及椰\n油國民小學，認養總長度3.4869 公里、認養總面積63,833.66 平方\n公尺(綠島鄉認養長度2.5569 公里、蘭嶼鄉認養長度0.93 公里)。\n五、環境衛生滿意度問卷調查：\n本計畫與國立臺東大學教育學系李偉俊教授合作，進行兩離島\n問卷內容討論規劃，於2 月16 日提供問卷規劃書，分別區分遊客\n及居民版本，於5 月25 日至5 月26 日至綠島鄉進行問卷預試，6\n月7 日至6 月9 日至蘭嶼鄉進行問卷預試，透過QRCODE 掃描方\n式填寫，截至10 月31 日止共計829 份【綠島居民201 份、遊客\n207 份】【蘭嶼居民203 份、遊客218 份】。\n六、其他行政事項：\n(一) 列管公廁查核作業累計完成298 座次，發現缺失以垃圾桶\n未設置桶蓋較為常見，其餘列管公廁都處於良好的清潔維護狀態。\n(二) 共計提送10 則新聞稿。\n(三) 於3 月27 日協助環保局辦理環境清潔競賽考核第一次\n行前會，會議內容以為徹底清除環境髒亂，改善環境衛生，\n環境整潔工作需要全體縣民共同參與環境整潔工作，提升\n縣民生活品質，於8 月23 日辦理第二次行前會，與參與實\n地考核委員及各鄉鎮公所隊長確認此次考核辦法及實地考\n核期程，並由委員做環境整潔評比，並於10 月24 日辦理\n清潔隊員節頒獎典禮。\n(四) 於01 月18 日提送計畫人員名冊、設備。\n(五) 於2 月5 日、3 月6 日、4 月8 日、5 月6 日、6 月3 日、\n7 月3 日、8 月7 日、9 月6 日及10 月8 日辦理工作進度\n簡報。\n(六) 於5 月22 日完成購置TT Push 金幣3 萬元。\n(七) 製作離島環保減速宣導影片1 部，拍攝內容主要以採遊客\n第一視角進行，從搭乘前往離島交通開始，在離島看到環\n境、景點及參與相關活動，最後對離島環境生態的期許，\n於5 月30 日完成拍攝，並依據今年度7 月至9 月觀光人數\n約14.84 萬人，進行影片受眾數計算約2.4 萬人(約佔整體\n16.7%) ， 並同步分析影片撥放管道， 分別\nFacebook(20%)：0.5 萬人、電視(8.9%)：0.2 萬人、機場、\n搭船處(71.1%)：1.8 萬人，總計為2.4 萬人，整體上，影\n片的宣傳效果顯著，尤其在機場和搭船處的播放達到理想\n的傳播效應。",
        "eng_title": "113-Ludao Township and Lanyu Township Environmental Sanitation Plan",
        "eng_subject": "The two outlying islands in Taitung County are popular tourist attractions in the county. Due to limited human and geographical environment factors,\nIn terms of environmental sanitation, it appears to be relatively messy. In order to ensure effective planning and management of Ludao Township and Lanyu Township,\nand rectification to keep the tourist environment clean and tidy, the Taitung County Environmental Protection Bureau (hereinafter referred to as the Environmental Protection Bureau) continues to\nContinue to use this plan to strengthen the local people’s epidemic prevention skills and maintain public health and tourism quality; 113\nThe annual Ludao Township and Lanyu Township Environmental Sanitation Plan will start from January 18, 2020 and end in November.\nAs of the 30th, the project goals and completion progress are 100%, and the various tasks are as follows:\n1. Cleaning and maintenance of public environment in Ludao Township and Lanyu Township:\nHire 12 local employees from two outlying islands (*6 from Ludao Township and 6 from Lanyu Township),\nAs of October 31, the public environment cleaning and maintenance manpower totaled 2,592 man-days.\nMileage totaled 2,714.9 kilometers, 215 clean-ups of dirty public areas and vector mosquito breeding\nThere were 22 source cleanups, with a total of 19,470.5 kilograms of waste cleaned along coastlines and roads: No\nThere were 10,663 kilograms of recyclable waste and 8,807.5 kilograms of recyclable waste.\n2. Handle environmental sanitation-related publicity meetings and promotional materials:\n(1) Completed 8 environmental sanitation-related publicity meetings, with a total of 426 participants\n(287 students and 139 people), the theme of the promotion is dengue fever prevention and treatment,\nEnvironmental health (including public toilet environmental cleaning and policies related to toilet paper disposal), environment\nHygiene (dog poop, sheep poop and cigarette butts) and other environment-related promotions to improve the quality of outlying islands\nThe concept of environmental sanitation and sustainable outlying island environment and ecology.\n3. Handle beach cleaning activities:\nThis project will be held in Ludao Township (Youzi Lake) and Lanyu Township on April 30 and July 4 respectively.\n(Dongqing Bay) each organizes one beach cleanup activity. This year, for the first time, it combines local cultural and historical guidance.\nThe reading method is combined with beach cleaning. After completing the cleaning of coastal debris, a local cultural guide is conducted.\nLet participating people and tourists have a deeper understanding of the local area and improve the maintenance of coastal environment.\nA total of 157 people participated in the conservation concept and practical actions, and a total of 357.5 kilograms of coastal cleanup was carried out.\nWaste.\n4. Promote local businesses to adopt beaches:\nImprove the environmental quality of coastlines in offshore island areas and effectively maintain the sustainability of marine ecological resources.\nPromote outlying island operators and merchants to adopt beaches, and submit a beach adoption plan to\nAs verified by the agency, a total of 6 operators participated, including Ludao Township Lvdi Leisure Enterprise Co., Ltd.\nCompany, Asahi Hot Spring and Pengfang Co., Ltd., Lanyu Township Blue Ocean House, Starry Night B＆B and Coco\nYou National Primary School, with a total length of 3.4869 kilometers and a total area of 63,833.66 square meters\nmeters (the adopted length of Ludao Township is 2.5569 kilometers, and the adopted length of Lanyu Township is 0.93 kilometers).\n5. Environmental sanitation satisfaction questionnaire survey:\nThis project cooperates with Professor Li Weijun from the Department of Education, National Taitung University, to conduct research on two outlying islands.\nThe content of the questionnaire will be discussed and planned, and a questionnaire plan will be provided on February 16 to differentiate between tourists\nand the resident version, a preliminary test of the questionnaire was carried out in Ludao Township from May 25 to May 26, 6\nFrom June 7th to June 9th, we went to Lanyu Township to conduct a preliminary test of the questionnaire. We scanned the questionnaire through QRCODE.\nFill in the form, as of October 31, a total of 829 copies [201 copies for Green Island residents, 201 copies for tourists\n207 copies] [203 copies for Lanyu residents and 218 copies for tourists].",
        "proj_year": "113",
        "org_name": "臺東縣環境保護局",
        "exe_unit": "技佳工程科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130225018",
        "publish_date": "20250217"
    },
    {
        "chi_title": "危害性化學品風險評估先期計畫",
        "chi_subject": "本計畫針對有機過氧化物的危害特性進行全面分析，結合現場訪視與風險評估，分析化學品在儲存與操作中的高風險因素，並提出實用的改進建議。測試結果顯示，部份有機過氧化物的分解放熱量超過高能材料標準，且在分解過程中釋放低閃火點的易燃氣體（如丙酮、叔丁醇），顯著提升火災和爆炸風險。包裝容量對熱分解行為和自加速分解溫度（SADT）影響顯著，容量越大則散熱較差，SADT下降2至10 °C不等，此外稀釋劑會改變分解行為並降低穩定性，需在風險評估中加以考量。\n現場訪視中發現，多數工廠在溫控、通風、洩壓、防火和應變設施方面仍有改進空間，部份場所的通風與釋壓控制不足，容易引發氣體積聚與爆炸風險。結合實驗數據與現場訪視觀察，進行極端情境下的風險模擬與評估顯示，溫控不良和應變設施不足的工廠風險偏高。\n基於上述發現，本計畫構建一套風險辨識與管理流程，針對可能的熱失控情境提出具體建議，包括強化溫控、完善通風與洩壓、提升應變能力、優化數據更新與風險評估。基於風險的改善措施將能有效降低企業儲存和操作有機過氧化物的風險，同時提升自主防災韌性，為長期安全管理提供科學基礎。",
        "eng_title": "Preliminary Plan for Hazardous Chemicals Risk Assessment",
        "eng_subject": "This project systematically analyzed the hazard characteristics, conducted on-site inspections, and performed risk assessments of organic peroxides, revealing the high-risk factors associated with their storage and handling. Practical and scientific recommendations for improvement were proposed.\nThe analysis showed that some organic peroxides exhibit decomposition energies exceeding the standards for high-energy materials, releasing low flashpoint flammable gases（e.g., acetone, tert-butanol）, significantly increasing the risk of fire and explosion. Packaging size strongly influences thermal decomposition behavior and Self-Accelerating decomposition temperature（SADT）; larger volumes lead to poorer heat dissipation and lower SADT, with differences ranging from 2–10 °C. Dilutants also alter decomposition behavior and reduce stability, which must be considered in risk assessments.\nOn-site inspections revealed that many facilities require temperature control, ventilation, pressure relief, fire prevention, and emergency response systems improvements. Inadequate ventilation and pressure control in certain areas were found to increase the risk of gas accumulation and explosion. Combining experimental and field data, extreme scenario simulations and risk level assessments highlighted elevated risks in facilities with poor temperature control and insufficient emergency response capabilities.\nThis project established a risk identification and management framework, proposing scientific strategies to address thermal runaway scenarios. Recommendations include strengthening temperature control, optimizing ventilation and pressure relief systems, enhancing emergency response capabilities, and improving data updating and risk evaluation processes. These long-term safety management solutions help companies reduce risks and elevate their safety management standards.",
        "proj_year": "113",
        "org_name": "化學署危害控制組",
        "exe_unit": "國立雲林科技大學",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130216596",
        "publish_date": "20250223"
    },
    {
        "chi_title": "113年民眾參與水環境巡守經營輔導訓練計畫（北中區）",
        "chi_subject": "本年度計畫為延續水環境巡守隊經營與培養巡守隊作為環境教育人員，工作項目共計４項：１.加強落實民眾參與水污染防治工作之具體作為。２.推廣水環境巡守民眾參與教育訓練及提升隊伍運作能量。３.應用生物多樣性平臺推廣生態監測技術及生物指標概念。４.彙整水環境巡守隊參與水污染防治執行成效及管理評核。\n為使縣市環保局了解並討論年度之發展重點與經營管理方向，於計畫初期安排１５縣市之巡守隊經營訪查及８場次之優良巡守隊頒獎暨座談會，了解各縣市水環境巡守隊經營策略及困境，依各縣市地區特點提出可行之具體建議。\n為促進縣市間巡守隊的經驗交流，辦理２場次水環境巡守民眾參與交流會，分享地方水環境守護及相關經驗，以提供各隊伍了解全國巡守隊地方特色及現狀。此外，為培養水環境巡守隊做為環境教育之種子教師，辦理２場次水環境巡守隊培力及增能教育訓練。\n河川保育中心於本年度計畫中持續推廣河川生態監測活動以及持續辦理巡守隊培力及增能教育訓練課程。選定桃園市水環境巡守隊及其巡守流域，進行河川生態監測教育訓練與實作，增進巡守隊生態調查相關知識背景與執行能力；針對宜蘭縣及臺北市水環境巡守隊辦理２場次河川生態監測示範教學活動，透過辦理課程，提升巡守隊之環境知識與技能。",
        "eng_title": "Energizing River Patrol Team with Empowerment and Educational Training",
        "eng_subject": "The theme of the year is empowerment, to continue management assessment strategies and strengthen regional experience exchanges for the river patrols. To achieve the goal, the works can be divided into four parts: (1) Strategies to expand public participation in water environment conservation, (2) Public participation in the aqua watch team and exchange of management experience, (3) Promote ecological monitoring technology and introduce citizen science applications, (4) Promoting the river patrols to participate in water environmental pollution remediation and conduct management assessment.\nTo elaborate the goals and to communicate with the local governments, the annual workshop was held. To understand the situations of local public participation, government officials of 15 counties and cities were interviewed and suggestions were made to meet local problems. Encouraging river patrols who dedicated themselves, 8 teams which are the most outstanding were awarded.\nTo improve local people's understanding of the current status and development of rivers and share local water environment guarding and relevant experience and knowledge, 2 focal rivers discussion meetings were held. In addition, cultivating river patrols as a deliverer of environmental education, 2 courses and trainings were held.\nFurthermore, this year River Conservation Center held water environmental technical observations and river ecological monitoring activities continuously in the project. The patrol teams from the Taoyuan City were chosen to took part in the courses. These monitoring trainings and demonstration activities cultivated the knowledge and execution ability of the patrol team.",
        "proj_year": "113",
        "org_name": "環境部水質保護司",
        "exe_unit": "國立臺灣大學",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130209655",
        "publish_date": "20250228"
    },
    {
        "chi_title": "113年金屬及化學品循環資訊平台計畫",
        "chi_subject": "我國積極應對2050年全球淨零排放挑戰，於 111年發布「臺灣 2050淨零排放路徑及策略」十二項關鍵戰略。為了能夠達成其中關鍵戰略第 8項「資源循環零廢棄」這個重要目標，我國環境部以四大物料角度擬定資源循環策略，包含建置四大物料管理平台，透過整合性平台將散落於各部會機關的循環資源資訊彙整串聯，協助主管機關更有效掌握及管理國內物質循環狀況。\n本案團隊於112年執行「金屬化學品循環資訊平台及減碳效益評估」計畫，聚焦四大物料之一的金屬 及 化學品進行平台建置規劃。於去年度完成規劃「金屬及化學品資源循環資訊系統」平台四大主題區塊，以及建構 2項金屬及化學品資源循環生命週期流布圖及分析流向，並 研析 3 種減碳效益估算方法，以建議金屬化學品減碳效益估算方法學。\n今年度本計畫延續 112年「 金屬化學品循環資訊平台 及減碳效益評估」計畫成果並 進一步優化平台功能架構，依據分年規劃展開了 9大功能主題及 23項細部功能的開發， 以 提升資源管理效率並促進循環發展。包括完成公開區金屬 \/化學品 整體 資源流布圖、法規查詢專區，以及管理端帳號管理、數據下載等多項基礎資訊查詢服務功能。同時建置了首頁搜尋、相關網站、訊息公告等平台版面內容的篩選和資訊匯入功能。 針對非公\n開區， 本 計畫 蒐整 聚焦關鍵金屬 \/化學品循環資源類型， 並 建立 主題式 單 一流 布流向，以利主管機關追蹤、管理物料的使用、廢棄 、 再利用情況，加速各階段金屬 \/化學品資源的循環利用。",
        "eng_title": "Metals and Chemicals Recycling Information Platform Project",
        "eng_subject": "Taiwan is actively addressing the global challenge of achieving net-zero emissions by 2050 and, in 2022, released the Taiwan 2050 Net-Zero Emissions Pathway and Strategy, which outlines twelve key strategies. To achieve the important goal of Zero Waste in Resource Circulation, the 8th key strategy, the Ministry of Environment has devised a resource circulation strategy from the perspective of four major materials. This includes the establishment of four material management platforms, which integrate the dispersed resource circulation information across various government agencies into a cohesive platform. This approach assists regulatory authorities in more effectively monitoring and managing the domestic material circulation status.\nIn 2023, our project team executed the Metals and Chemicals Circulation Information Platform and Carbon Reduction Benefits Evaluation project, focusing on the planning and establishment of a platform for metals and chemicals, one of the four major materials. Last year, the team completed the planning of the Metals and Chemicals Resource Circulation Information System platform, including four main thematic areas. Additionally, we constructed two resource circulation lifecycle flow diagrams for metals and chemicals and analyzed their flows. Furthermore, we examined three carbon reduction benefit estimation methods to recommend a methodology for assessing the carbon reduction benefits of metals and chemicals.\nThis year's project continues the achievements of the 2023 Metals and Chemicals Circulation Information Platform and Carbon Reduction Benefits Evaluation project, further optimizing the platform's functional architecture. Based on a multi-year plan, we have developed nine major functional themes and 23 detailed functions to enhance resource management efficiency and promote circular development. This includes completing the public section's overall resource flow diagram for metals\/chemicals, a regulatory inquiry area, and basic information query services such as account management and data download for the management section. We also implemented functions for filtering and importing information, such as homepage search, related websites, and message announcements. For the non-public section, the project has focused on collecting data on key metals\/chemicals in resource circulation and establishing overall to single substance flow directions to facilitate the tracking and management of material usage, disposal, and reuse by regulatory authorities, thereby accelerating the circular use of metal\/chemical resources at various stages.",
        "proj_year": "113",
        "org_name": "循環署循環處理組",
        "exe_unit": "財團法人工業技術研究院",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130203846",
        "publish_date": "20250225"
    },
    {
        "chi_title": "貯存系統防污監測策略推動及管理計畫",
        "chi_subject": "為持續因應貯存系統管理辦法之推動，完善貯存系統申報與管理業務，環管署辦理「貯存系統防污監測策略推動及管理計畫」。針對貯存系統管理辦法管制對象，已勾稽逾9,000筆業者資料，提供篩選異常者供地方環保局查核追蹤管理，並利用地下儲槽系統污染潛勢評價機制，針對業者基本資料進行更新及評價，提供地方環保機關辦理後續查核作業，同時辦理地方環保機關輔導法規符合度情形，並定期確認進度及彙編成果報表，另彙整約8,000處使用中貯存系統事業相關基本資料，分析儲槽及輸送設備運作年限與歷年更新情形，針對現行各類型防污設施及警報設備評估其脆弱度，以研擬強化防污措施預防效益方式及推動建議；另一方面，重構貯存系統申報管理平台，並維護申報系統服務及管理功能，確保系統正常運作；同時，盤查具危害性關切物質有關設施，蒐集使用量體資料，分析污染型態及物質毒化特性，並篩選50處代表性事業名單進行現場勘查作業，檢視防污設施現況及訪談管理方式。計畫期間，設置專線電話及線上客服，提供專業技術與實務諮詢，並配合提出考評指標建議以及辦理其他計畫需求事項。",
        "eng_title": "The Pollution Prevention and Declaration Management Project for Storage Systems",
        "eng_subject": "To enhance the implementation of storage system management regulations and improve related reporting and management processes, the Environmental Management Administration (EMA) of the Ministry of Environment (MOE) has initiated the  The Pollution Prevention and Declaration Management Project for Storage Systems. This plan involves cross-referencing over 9,000 business records to identify anomalies for local environmental bureaus to inspect and manage. It utilizes a pollution potential assessment mechanism for underground storage systems to update and evaluate business data, aiding subsequent inspections. The plan also supports local bureaus in regulatory compliance assessments, monitors progress, and compiles reports. Additionally, approximately 8,000 active storage system facilities have been analyzed, focusing on tank and transport equipment lifespans and historical updates. Vulnerability assessments of pollution prevention facilities and alarm systems have been conducted, leading to recommendations for strengthening preventive measures. The project also involves reconstructing and maintaining the storage system reporting platform to ensure its functionality. Facilities with hazardous substances are being audited, with usage data collected and analyzed for pollution patterns and toxic characteristics. A representative sample of 50 businesses has been selected for on-site inspections to review pollution prevention measures and management practices. Throughout the project, a dedicated hotline and online customer service provide technical and practical consultations, alongside the development of evaluation indicators and other project requirements.",
        "proj_year": "113",
        "org_name": "環管署土壤及地下水污染整治基金管理會",
        "exe_unit": "美商傑明工程顧問股份有限公司台灣分公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130196895",
        "publish_date": "20250228"
    },
    {
        "chi_title": "113年新竹縣環境教育專案計畫",
        "chi_subject": "環境部為落實國家環境教育，著重持續紮根，納入社會關切議題，採取訂定年度主題方式來推動各項工作，規劃環境教育訓練及指導方針；結合各項專業課程，透過舉辦體驗活動模式，建立環境教育社群網絡；向下連結地方政府、學校、民間團體、社區、環保小學堂、環境教育設施場所、環境教育機構等，拓展群體間交流及增能機會，發展夥伴關係及規模，邀集各界參與環境議題、響應地球日、世界環境日等環境節日主題，與政府一同推動環境教育、擴大環境教育推廣層面、廣度及規模，整體提升民眾保護環境之知識、技能、態度及價值觀，加入守護地球行列。\n新竹縣配合環境部年度主題，113年度環境教育專案計畫主要推行工作包括：1.配合環境季及其他環境教育相關活動之創新及特色作為計畫；2.環境教育法第19條執行成效輔導查核及第24條「限期辦理」相關作業計畫；3.環境講習計畫；4.環境教育志工培訓及運用計畫；5.環境知識競賽地方行政支援計畫；6.全國環保志(義)工群英會地方行政支援計畫；7.環境教育繪本徵選及推廣計畫等，相關執行現況說明如後。\n一、配合環境季及其他環境教育相關活動之創新及特色作為計畫\n新竹縣配合環境季及其他環境教育活動結合民間團體及縣內富有環境教育意涵場所與資源，透過導覽、解說帶領民眾身體力行探索環境教育學習課程，共辦理10場次工作坊(環境探索工作坊5場次、互動工作坊5場次)。\n二、環境教育法第19條執行成效輔導查核及第24條「限期辦理」相關作業計畫\n本年度已完成查核16處單位，並針對環境教育辦理、規劃之方式說明，以利終身學習網時數及成果填報。並於113年5月15日(星期三)以及113年9月25日(星期三)辦理終身學習網系統操作說明會各1場次，提供本縣所屬機關及學校單位熟悉環境教育終身學習網申報流程及系統操作。\n三、環境講習計畫\n本計畫截至11月30日(星期五)共辦理12場次環境講習課程，主要以違反空氣污染防制法、水污染防治法及廢棄物清理法等法規內容安排相關課程，新案完成率約83.8%、異地講習完成率100%及舊案完成率約57.04%。\n四、環境教育志工及運用計畫\n本計畫已完成辦理6場次環保志工基礎訓練及特殊訓練課程，以提升本縣環保志工數量與服務品質，共培訓161位環保志工，並於113年5月23日(星期四)辦理志工聯繫會報，活絡縣內各志工隊、說明本年度志工評鑑辦法以及本年度相關活動宣傳。\n五、環境知識競賽地方行政支援計畫\n本計畫於113年9月21日(星期六)上午8:30-12:30假敏實科技大學辦理新竹縣環境知識競賽，報名人數414人，實到人數335人，國小組、國中組、高中(職)組及社會組皆選出前10名，並由其中5名代表新竹縣於113年11月16日（星期六）前往臺中逢甲大學，參加環境部辦理之環境知識競賽全國決賽，其中高中組參賽者獲得全國第三名的佳績。\n六、環保志(義)工群英會地方行政支援計畫\n本計畫於113年8月17日(星期六) 09:00~16:00假新竹縣立竹北高級中學辦理新竹縣環保志(義)工群英會，配合環境部全國決賽規則，四個競賽項目，「環保金頭腦」、「資源灌籃高手」、「資源分類王」及「清掃接力賽」皆選出優勝隊伍代表新竹縣前往花蓮，參加環境部於113年10月26日（星期六）辦理之環保志(義)工群英會全國決賽，在四個競賽項目中，「環保金頭腦」、「資源分類王」及「清掃接力賽」皆獲得特優。\n七、環境教育繪本徵選及推廣計畫\n本計畫透過「構築永續新生活」-新竹縣113年環境教育繪本創作徵選活動，選出適合親子共讀與推廣之環境教育繪本，藉由繪本實行潛移默化成效，建立民眾環境素養。今年之徵獎結果：冠軍《暖暖》、亞軍《垃圾去哪裡》、季軍《100億隻兔子》及優勝《籽籽與花花》，4款得獎作品各印製100份，共400本得獎繪本，在環境部辦理之113年環境教育繪本嘉年華會上，《100億隻兔子》更是獲得人氣投票佳作的榮耀。",
        "eng_title": "2024 Hsinchu County Environmental Education Project",
        "eng_subject": "In order to implement national environmental education, the Ministry of Environment focuses on continuing to take root and incorporate issues of social concern. It adopts the method of formulating annual themes to promote various tasks and plans environmental education training and guidelines. It combines various professional courses and organizes experiential activities to Establish an environmental education community network; connect downwards with local governments, schools, civil society groups, communities, environmental primary schools, environmental education facilities, environmental education institutions, etc. to expand communication and empowerment opportunities among groups, develop partnerships and scale, and invite All walks of life participate in environmental issues, respond to the themes of environmental festivals such as Earth Day and World Environment Day, work with the government to promote environmental education, expand the level, breadth and scale of environmental education promotion, and overall enhance the public's knowledge, skills, attitudes and values ​​of environmental protection, and join in the protection Earth ranks.\nIn line with the annual theme of the Ministry of Environment, Hsinchu County's main implementation tasks for the 113th annual environmental education project include: 1. Innovative and distinctive plans to coordinate with the environmental season and other environmental education-related activities; 2. Guidance on the effectiveness of the implementation of Article 19 of the Environmental Education Law Review and work plans related to the Deadline Processing in Article 24; 3. Environmental training plan; 4. Environmental education volunteer training and utilization plan; 5. Environmental knowledge competition local administrative support plan; 6. National Environmental Journal ( Volunteer) Workers’ Heroes Association local administrative support plan; 7. Environmental education picture book selection and promotion plan, etc. The relevant implementation status is explained below.\n1. Plan with the innovation and characteristics of the Environmental Season and other environmental education-related activities\n2. Work plans related to the guidance and review of the implementation effectiveness of Article 19 of The Environmental Education Act and the Deadline Processing of Article 24\n3. Environmental training plan\n4. Environmental education volunteers and application plans\n5. Environmental Knowledge Competition Local Administrative Support Plan\n6. Environmental Protection Volunteers Association Local Administrative Support Plan\n7. Environmental education picture book selection and promotion plan",
        "proj_year": "113",
        "org_name": "新竹縣政府環境保護局",
        "exe_unit": "祥威環境科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130161305",
        "publish_date": "20250219"
    },
    {
        "chi_title": "113年度宜蘭縣空氣品質改善維護暨有害及異味污染物環境監測調查計畫",
        "chi_subject": "宜蘭縣108~112年空氣品質指標（AQI）年平均值由43.0下降至38.2，整體空氣品質呈現改善。\n分析近年本縣空氣品質指標污染物以PM2.5和O3-8hr為主，統計113年1~10月宜蘭縣PM2.5手動監測數據為9.1 μg\/m3，較112年同期8.9 μg\/m3些微提升2.2%，主要係因本年度降雨減少不利境外污染物沈降所致；O3-8hr的部分則由112年56.7 ppb微幅提升至113年58.6 ppb，然比較兩年度1~10月O3平均值差異不大，分別為113年27.7 ppb、112年28.0 ppb，顯示本年度O3呈改善情形。\n為推動精進本縣空氣污染管制工作，協助環保局爭取環境部辦理之「113年度直轄市、縣（市）政府環境保護績效考核計畫」成績，由本計畫每月協助環保局依照環境部資料繳交時間完成各項指定資料提報，並整合執行計畫工作量能及跨局處單位工作，協助推動研訂「宜蘭縣空氣污染防制計畫(113年至116年)」，於113年4月由環境部召開會議完成計畫初審。\n針對環境部考核相關執行工作，由本計畫協助推動空氣品質淨化區維護認養與道路揚塵洗掃作業，於6月份完成第1次查核輔導作業，並依環境部考核規範，將協助環保局辦理優良認養淨化區甄選活動，鼓勵各公所持續精進相關業務；另委託環檢所認證之檢測公司，已於工業區下風處完成大氣有害空氣污染物監測作業計4點次，協助環境部建置全國有害空氣污染物排放背景資料。\n在水泥業汞污染管制上，本計畫已協助環保局於112年完成轄內4家水泥廠汞流布調查資料建置，參考文獻及本計畫112年調查結果，皆發現水泥製程累積的汞會在生料磨停磨後數小時內大量排放，故於113年協談轄內4家水泥廠配合執行相關調查，並持續追蹤各廠污染減量自主管理計畫執行情形，同時另由本計畫協助針對高汞物料執行源頭追蹤，並鎖定水泥廠周邊調查環境大氣汞濃度，預計於下半年辦理相關協商討論會，探討本年度相關調查結果及水泥廠自主管理計畫執行成果。\n依據環境部第二期空氣污染防制方案，為推動臭氧改善，本計畫鎖定轄內3家VOCS排放大廠執行管道調查檢測，將針對調查結果以MIR及PEC檢視其臭氧生成潛勢（Ozone Formation Potentials, OFP），並協助針對污染防制可改善部分提供相關建議。\n此外，由本計畫協助委託認證單位於雙鍵化工股份有限公司宜蘭廠執行設備元件稽查檢測200點次，查緝污染排放問題協助推動完成改善，並定期維護氣象站和設置於蘇花改東澳段之車牌辨識系統，透過系統查核行經大型柴油車，定期提報違反「宜蘭縣運送物料車輛污染防制設施管理自治條例」車輛清冊，協助環保局進行後續處分與管制，透過各項工作持續落實精進推動，以減少本縣空氣污染物排放，達到改善空氣品質的目的。",
        "eng_title": "Air Quality Improvement, Maintenance, and Monitoring Survey for Harmful and Odorous Pollutants in Yilan County for the Year 113(2024)",
        "eng_subject": "The county's annual average air quality index (AQI) in Yilan County from 2019 to 2024 dropped from 43.0 to 38.7, and the overall air quality showed an improvement.\nAnalysis of the air quality indicators in recent years shows that the main pollutants are PM2.5 and O3-8hr. According to the statistics of 2014 (the latest data is updated as of December 26), the manual monitoring data of PM2.5 in Yilan County is 8.7 μg\/m3, which is lower than that in 2012. During the same period, the 8.6 μg\/m3 slightly increased by 1.2%, mainly due to the decrease in rainfall in the first half of this year, which was not conducive to the deposition of pollutants from abroad; O3-8hr 95% slightly increased from 55.8 ppb in 2013 to 56.1 ppb in 2014. The average O3 values ​​for the two years were 28.1 ppb in 2014 and 28.3 ppb in 2012, respectively, indicating an improvement in O3 levels this year.\nIn order to promote the improvement of air pollution control in the county and assist the Environmental Protection Bureau in obtaining the results of the 114th Annual Municipality, County (City) Government Environmental Protection Performance Assessment Program organized by the Ministry of Environment, this program will assist the Environmental Protection Bureau to submit the Ministry of Environment data every month. Complete the submission of all designated materials within the time limit, integrate the execution plan workload and cross-departmental work, and assist in promoting the development of the Yilan County Air Pollution Prevention Plan (2014 to 2017). In April, the Ministry of Environment held a meeting to complete the initial review of the plan.\nIn response to the Ministry of Environment's assessment and related implementation work, this project will help promote the maintenance and adoption of air quality purification areas and road dust cleaning operations. The first audit guidance work was completed in June, and in accordance with the Ministry of Environment's assessment standards, it will assist the Environmental Protection Bureau in handling excellent The adoption of clean area selection activities encourages each office to continue to improve its related business; in addition, a testing company certified by the Environmental Inspection Institute has completed 4 points of atmospheric harmful air pollutant monitoring operations downwind of the industrial zone, assisting the Ministry of Environment in establishing a national harmful air pollutant monitoring system. Background information on air pollutant emissions.\nIn terms of mercury pollution control in the cement industry, this project has assisted the Environmental Protection Agency in completing the establishment of mercury distribution survey data for four cement plants under its jurisdiction in 2013. Reference literature and the 2013 survey results of this project have both found that the cement process accumulates mercury. Large amounts of emissions will occur within a few hours after the raw material mill is shut down. Therefore, in 2014, we assisted the four cement plants in our jurisdiction to cooperate in the relevant investigation and continued to track the implementation of the pollution reduction self-management plan of each plant. At the same time, this plan The project will assist in tracing the source of high-mercury materials and investigate the concentration of mercury in the ambient air around cement plants. A relevant consultation meeting is expected to be held in the second half of the year to discuss the relevant survey results of this year and the implementation results of the cement plant's self-management plan.\nAccording to the second phase of the Ministry of Environment's air pollution control plan, in order to promote ozone improvement, this plan targets three major VOCS emission plants in the jurisdiction to conduct pipeline investigation and inspection. Based on the investigation results, MIR and PEC will be used to examine their ozone generation potential (Ozone Formation Potentials (OFP) and assist in providing recommendations on areas where pollution prevention can be improved.\nIn addition, the project assisted the commissioned certification unit to perform 200 inspections of equipment components at the Yilan plant of Double Bond Chemical Co., Ltd., to detect pollution emission issues and help promote improvements, and to regularly maintain the weather station and the Dong'ao section of the Suhua Diversion Project. The license plate recognition system of the company checks large diesel vehicles passing by, regularly reports vehicles that violate the Yilan County Material Transportation Vehicle Pollution Prevention Facilities Management Autonomous Regulations, and assists the Environmental Protection Bureau in subsequent penalties and controls. Implement and promote the reduction of air pollutant emissions in the county to achieve the goal of improving air quality.",
        "proj_year": "113",
        "org_name": "宜蘭縣政府環境保護局",
        "exe_unit": "昱山環境技術服務顧問有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130138982",
        "publish_date": "20250301"
    },
    {
        "chi_title": "113年基隆市環境教育專案計畫",
        "chi_subject": "本計畫旨在透過辦理各項環境教育宣導工作、以多元面相傳遞，強化推廣量能，提升市民環境素養，落實環境教育法令規定，朝環境永續發展之目標邁進。\n茲就本計畫本年度工作執行內容摘要說明如下：協助辦理「第9屆國家環境教育獎」-智慧社區發展協會榮獲社區組全國優等殊榮；期間共辦理5場次環境講習課程；期間協助運用環境教育輔導團達9場12人次參與；輔導推動環境教育獎勵暨補助計畫提案2件次，召開審查會議1場次；協助辦理環境教育審議委員會1場次；執行環境部補助環境教育專案計畫共計有6項計畫；協助社區培力相關計畫審查與輔導及行政核銷事宜，皆已全數完成。",
        "eng_title": "2024 Keelung city Environmental Education Plan",
        "eng_subject": "In 2024, The main accomplishments for this year are as follows:Regarding the counseling and promotion of the '9th National Environmental Education Award,' the Zhi Hui Community Development Association received the National Excellence Award in the community group category；five environmental training courses have been completed. The environmental education counseling group has assisted in 9 sessions involving 12 individuals. One instance of promoting an environmental education award and subsidy plan proposal was conducted, and the 7th Environmental Education Review Meeting was successfully convened.\nThrough the implementation of this project, we utilized advertisements to promote environmental education activities to citizens. Our goal was to enhance public understanding of the relationship between individuals and the environment, raise awareness about environmental responsibility, and foster environmental citizenship.",
        "proj_year": "113",
        "org_name": "基隆市環境保護局",
        "exe_unit": "金鑫創意整合行銷有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130087881",
        "publish_date": "20250203"
    },
    {
        "chi_title": "113-114年廢潤滑油及廢食用油回收處理監督管理專案計畫",
        "chi_subject": "為提升我國廢潤滑油循環再利用方式，彙整國外廢潤滑油回收再利用方式及相關政策，分析適用我國之作法。並召開一場「廢潤滑油流向管理制度研商會議」會議，研商廢潤滑油比照廢食用油管理模式，導入個體戶回收許可證可行性。\n因天然氣推廣政策之推動將導致再生燃料油需求驟減，影響廢潤滑油主要再利用通路。為防範未來廢潤滑油持續去化受阻，已滾動式修正預警機制，並從生產者延伸責任角度探討可行作法及召開一場「廢潤滑油中長期去化方向座談會」會議，推動廢潤滑油「油到油」之循環轉型方式。\n為掌握國內廢潤滑油流布，調查潤滑油製造業、輸入業、販賣業、使用族群，及廢潤滑油產生源、清除機構、處理與再利用機構等並蒐集相關數據資料，總結國內年潤滑油使用量約30.3萬噸，廢潤滑油年產量約21.6萬噸，目前處理量能足夠。另蒐集分析113年國內有關廢潤滑油造成相關環境或公安污染案件態樣，並彙整各環保局機車行產生之廢潤滑油稽查作業情形及研擬114年廢潤滑油考核標準。\n為掌握國內廢食用油流布及再利用情形，每季定期調查國內廢食用油產生量、回收、再利用、中間處理及最終流向現況數據，並追蹤各縣市廢食用油查核執行情形及管理成效評估，並召開一場「廢食用油清理流向查核作業與管理機制研商會議」會議，提出114年廢食用油考核標準及系統填報規定。",
        "eng_title": "The Supervision and Management Plan for Waste Lubricating Oil and Waste Cooking Oil Recyclin in 2024~2025",
        "eng_subject": "To enhance the recycling methods of waste lubricating oil in our country, international practices and policies for recycling waste lubricating oil are being compiled to analyze approaches suitable for domestic application. Additionally, a  Discussion meeting on waste lubricating oil flow management  meeting  will be held to discuss the feasibility of managing waste lubricating oil using a model similar to waste cooking oil, including the introduction of recycling permits for individual collectors.\n\nWith the promotion of natural gas policies, a sharp decrease in the demand for recycled fuel oil is anticipated, affecting the primary reuse pathway for waste lubricating oil. To prevent continued stagnation in the disposal of waste lubricating oil, a rolling adjustment to the early warning mechanism has been implemented. Feasible approaches are also being explored from the perspective of extended producer responsibility, with plans to hold a Medium- and Long-term Waste Lubricating Oil Disposal Forum to promote a oil-to-oil circular transformation model.\n\nTo monitor the distribution of domestic waste lubricating oil, surveys are being conducted on lubricating oil manufacturers, importers, vendors, user groups, waste lubricating oil sources, removal agencies, processing, and recycling facilities. Collected data indicate an annual domestic usage of approximately 303,000 tons of lubricating oil, with about 216,000 tons of waste lubricating oil produced annually, and current processing capacity is sufficient. Further analysis of cases related to environmental or public safety pollution caused by waste lubricating oil within the country is being conducted. Inspection practices related to waste lubricating oil generated by motorbike repair shops across environmental bureaus are also being summarized, with a plan to develop waste lubricating oil evaluation standards for 2025.\n\nTo track the distribution and reuse of waste cooking oil domestically, quarterly investigations are conducted to assess the current data on waste cooking oil generation, recycling, reuse, intermediate processing, and final distribution. This includes monitoring the enforcement and effectiveness of waste cooking oil inspections by local authorities. A Waste Cooking Oil Flow Management and Inspection Consultation Meeting will also be convened to establish waste cooking oil assessment standards and reporting requirements for 2025.",
        "proj_year": "113",
        "org_name": "循環署永續消費回收組",
        "exe_unit": "晶淨科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130081398",
        "publish_date": "20250228"
    },
    {
        "chi_title": "檢測機構管理轉型及品質精進計畫(1\/2)",
        "chi_subject": "國家環境研究院（國環院）於110年推動「一站式環境污染檢測智慧網建置計畫」，並建置環境檢測服務網（EAS系統）以整合院內與檢測機構管理相關系統。EAS系統可以從法規面向到機構管理等各方面協助業務流程數位紀錄，並橫向整合資料串接應用，以提升國環院管理效率與檢測機構服務品質，本年度目前各工作項目執行主要成果如下：\n(一)\t新增環境檢測服務網系統功能，以因應國環院許可與管理業務推動及精進。\n為推動管理業務全面線上化，今年度新增”機動車輛排放空氣污染物及噪音檢驗測定機構許可證申請管理資訊模組”，將線上申請程序擴及到機動車輛測定機構；另也為強化檢測機構管理，新增人員履歷及設備管理模組，並將相關資料提供其他管理模組進行應用。\n(二)\t擴充、調修及持續優化環境檢測服務網功能，以持續推動業務數位轉型。\nEAS系統為完善流程數位化，增加許可申請併案功能，更貼切過往紙本申請的作業方式；並為加強檢測機構管理數位化，建置指定機構、國際盲測完善查核等功能，最主要是藉由各模組功能資料的互相串連提供，完善系統功能資料蒐集，提高資料應用功能。\n(三)\t環境檢測服務網因系統需求或資料提供介接其他系統。\nEAS系統與智慧化檢測數據管理系統（EALA系統）、環境檢測機構管理資訊系統（PSN系統）與環境檢測樣品履歷管理資訊系統（TSM系統）相互提供系統資料，亦提供環境資源資料交換平台（CDX平臺）作為開放式查詢，並通過有效的介接設計和持續的系統維護，能夠確保資料在系統間的順暢串接。",
        "eng_title": "Project of Management Transformation and Quality Improvement of Analytical Organizations（1\/2）",
        "eng_subject": "In 2021, the National Environmental Research Academy (NERA) initiated the Project of the Establishment of An Intelligent Network for the One-stop Environmental Analysis Service and developed the Environmental Analysis Service (EAS) system. This system integrates management-related systems of internal and analytical organizations, assisting in the digitally recording of processes from regulatory aspects to organization management and horizontally integrating data for application. This enhances NERA’s management efficiency and the service quality of analytical organizations. The main achievements of each task this year are as follows:\n1.\tAddition of new functions to the EAS system to facilitate and improve NERA’s permitting and management tasks. To fully implement digital management, a new module, the Application Management Information Module for Permits of Motor Vehicle Air Pollutant and Noise Emission Testing Organizations, was added this year. This extends the online application process to motor vehicle testing organizations. Additionally, to strengthen the management of analytical organzations, new modules for personnel resumes and equipment management were added, providing relevant data for application in other management modules.\n2.\tExpansion, adjustment, and continuous optimization of the EAS functions to promote digital transformation. The EAS system enhances digital processes by adding a combined permit application function, aligning more closely with conventional paper application processes. To further strengthen the digitalization of analytical organization management, functions such as designated organization management and comprehensive international blind tests have been implemented. The primary goal is to facilitate data collection and improve data application functionality through the interconnection of data from various modules.\n3.\tIntegration of the EAS with other systems for system requirements or data provision. The EAS system exchanges system data with the EALA, PSN, and TSM systems and provides an open query function for CDX platform. Through effective interface design and continuous system maintenance, smooth data interconnection between systems is ensured.",
        "proj_year": "113",
        "org_name": "國環院檢測認證中心",
        "exe_unit": "環資國際有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130048406",
        "publish_date": "20250208"
    },
    {
        "chi_title": "112年推動非勞動力人口環境教育暨在地環境教育學習場所培力計畫",
        "chi_subject": "我國刻正推動全民綠生活運動，希望藉由宣導國人從食、衣、住、行、育、樂、購等各層面落實生活環保，今年度為觸及廣大的群體參與環境教育課程，透過辦理工作坊，廣邀相關單位一起合作，針對一般退休族群、家庭主婦（夫）、原住民、新住民等族群特性，規劃活潑、輕鬆有趣之環境教育系列課程，一同引領非勞動力人口更加瞭解環境部推動之淨零綠生活、惜食環境教育、循環經濟等環保政策，及於生活中力行綠生活。今年度辦理甄選活動，共收達20 件申請，遴選共11 間合作種子單位辦理今年度推廣課程活動，共完成59 場次課程辦理，總計出席人次共計1,673 人次。在活動成果展現上，剪輯活動成果影片與宣傳短片，以供後續推廣使用。\n在地環境教育學習場所培力部分，召開社區環境教育相關工作之審查會議，其會議總計參加人數達218 人，「社區環境調查及培力計畫（社區聯合提案）」提案13 件、入選9 件，「環保小學堂推廣計畫」提案25 件、入選15 件；「環保小學堂推廣計畫」執行單位實作體驗，參與人數共計37 人；2 場次社區環境教育增能培訓課程，參與人數共計211 人；2 場次成果分享暨下年度計畫申請說明會，參與人數共計183 人；團隊於112 年度及113 年度分別完成14 支及11 支執行社區執行成果影片；分別於112 年11 月11 日完成「112 年環境教育成果發表會」辦理，發表會當日共計23 個補助單位及12 件「綠客松計畫」得獎作品出席進行成果展示，與會人員共計350 人次，並於113 年10 月19 日至20 日配合環境教育繪本嘉年華活動完成「113 年社區成果發表會」辦理，共計14 件受補助社區單位出席進行現場成果展示，與會人員共計570 人次；期建立社區成為重要的「環境教育培力據點」，進而發展成為在地環境教育產業、活絡社區經濟之重要一環。",
        "eng_title": "Promote not in labor force population environmental education and local environmental education learning place training program in 2023",
        "eng_subject": "Our country is promoting the national green life movement, hoping to promote the\nimplementation of environmental protection in food, clothing, housing, transportation,education, entertainment, shopping and other aspects. This year, to engage a broader audience in environmental education, workshops have been organized in collaboration with relevant organizations. These workshops are tailored to the characteristics of specific groups such as retirees, homemakers, Indigenous peoples, and new residents, offering lively, relaxed, and engaging environmental education programs. The goal is to help non-working populations\nbetter understand the Ministry of Environment's initiatives, including net-zero green living, food conservation, and circular economy policies, and to integrate these practices into their daily lives. This year, a selection activity was conducted, receiving 20 applications and ultimately selecting 11 partner organizations to carry out the promotion of these courses. A total of 59 courses were conducted, with 1,673 participants attending. To showcase the outcomes of these activities, videos and promotional clips have been produced for future outreach and promotion efforts.\nIn the domain of local environmental education learning centers, a series of initiatives and activities were conducted to strengthen community capacity. A review meeting on community environmental education work was held, with a total of 218 participants. For the Community Environmental Investigation and Capacity Building Plan (Community Joint Proposal), 13 proposals were  submitted, of which 9 were selected. Similarly, for the Environmental Primary School Promotion Plan, 25 proposals were submitted, and 15 were selected. The implementation units for the Environmental Primary School Promotion Plan\nconducted hands-on experiences, engaging a total of 37 participants. Two community environmental education empowerment training sessions were held, involving 211 participants. Additionally, two sessions of achievement-sharing and next-year plan application briefings were organized, with a total of 183  participants. The team produced 14 community execution achievement videos in 2023 and 11 in 2024. On November 11, 2023, the 2023 Environmental Education Achievement Presentation was successfully held, featuring 23 supported units and 12 Green Hackathon award-winning projects, with a total attendance of 350 participants. On October 19–20, 2024, the 2024 Community Achievement Presentation was held in conjunction with the Environmental Education Picture Book Carnival, showcasing the achievements of 14 supported community units, attracting 570 attendees. These efforts aim to establish communities as key environmental education training hubs, fostering the development of a local environmental education industry and playing a vital role in revitalizing the community economy.",
        "proj_year": "112",
        "org_name": "環境部環境保護司",
        "exe_unit": "中原大學",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1123178672",
        "publish_date": "20250221"
    },
    {
        "chi_title": "112-113年環境污染執法管理系統群維護及支援決策計畫",
        "chi_subject": "本年度各工作項目執行主要成果如下：\n一、\t維持環境污染執法管理系統群正常運作\n針對使用者在系統使用上或因應業務流程調整所之反應問題，提供平台予使用者交流反映，並完成需求項目與系統功能修正，維持系統正常使用及業務能順利進行。\n二、\t優化環境污染執法管理系統群功能\n本計畫執行年度已完成戴奧辛檢驗案件綜合資訊模組、稽查告發率統計分析模組、跨階段作業之進程時間統計分析模組、建構特定專案查處模組及刑事專區案件統計模組。\n三、\t輔導與意見交流\n本計畫執行年度辦理完成2場次系統管理員會議，依據交流後所得出之問題結論，進行處理情形列管與後續處理狀況追蹤。除辦理2場次線上系統增修功能操作使用說明會外，並協助南投縣、化學署及彰化縣辦理完成共計4場次系統操作教育訓練，以提升作業效率及正確性。\n上述各項工作的執行除了依合約要求來辦理之外，本計畫更秉持著好要更好的服務精神，盡量在各工作項目上滿足各方要求，讓使用者與管理者都能享受到系統所帶來的便利。",
        "eng_title": "Project on Maintaining the Environmental Enforcement Management System Groups and Decision-making Support (2023–2024)",
        "eng_subject": "The achievements of this year’s project are summarized as follows:\n1.\tEnsure the Smooth Operation of the Environmental Enforcement Management System (EEMS) Groups\nThis project addressed user feedback related to system usage and adjustments caused by changes in operational processes. A platform was created to facilitate communication and feedback sharing, allowing this project team to promptly implement necessary updates and improvements. These efforts ensured the system’s continuous operation and uninterrupted workflow.\n2.\tEnhance the Features of EEMS Groups\nIn 2024, this project successfully developed several key modules, including a comprehensive information module for dioxin inspection cases, a statistical analysis module for inspection and prosecution rates, a progress-tracking module for multi-phase operations, a dedicated investigation module for specific projects, and a criminal case statistics module.\n3.\tProvide Support and Facilitating Feedback Exchange\nThis project organized two system administrator meetings to discuss and resolve critical issues, documenting and tracking each for follow-up. In addition to two online sessions that explained new system features, this project conducted four system training workshops for Nantou County, the Chemicals Administration, and Changhua County, aimed at improving operational efficiency and accuracy.\nBeyond fulfilling contractual obligations, this project consistently aimed for excellence in service, striving to meet the needs of all stakeholders and ensuring that both users and administrators can enjoy the full benefits of the system.",
        "proj_year": "112",
        "org_name": "環管署環境執法組",
        "exe_unit": "環資國際有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1122204098",
        "publish_date": "20250222"
    },
    {
        "chi_title": "土壤及地下水有效性技術推廣應用計畫",
        "chi_subject": "本計畫主要聚焦於國內土壤及地下水污染整治技術有效性自我宣告證明制度的完善與推廣，及國際接軌策略的規劃與實施。參考菲律賓、丹麥、斯洛維尼亞及波蘭等四國的環境技術查證制度，針對技術審查程序進行深入研究，並優化我國相關制度的技術審查流程，提升整體透明度與操作效率。\n針對雙相抽除法、加強型現地厭氧生物復育法、界面活性劑沖排法及生物藥劑等四項技術，制定標準化的自我宣告條件與參數要求，包括適用污染物類型、操作設計條件、效能評估方式及二次污染防治措施。透過建立四項自我宣告條件，明確化技術審查的重點與程序，協助技術持有者更準確地掌握申請要求，同時強化制度在實務操作中的可行性與一致性。\n為加強資訊透明化與系統管理優化資訊平臺及符合環境部監測資訊司之要求，系統新增無障礙認證功能，進一步強化資安維運及多語言界面設計，確保系統運行穩定，滿足使用者需求。此外，透過資料整合與技術可視化展示，提升利害關係人對整治技術成果的了解與信任。\n在國際接軌方面，本計畫依據CNS 14034標準，參考多國的技術查證制度，初步建構符合我國需求的環境技術查證（ETV）架構。透過調查與案例研究，分析國內外技術查證程序的異同，並依據國際最佳實踐提出適用於我國的查證模式，以促進我國土壤及地下水整治技術的國際化應用與推廣。\n綜上，內容系統性地展現了制度優化、技術規範制定、資訊平臺升級及國際接軌的工作成果，並提出未來推動方向。本計畫不僅提升了我國土壤及地下水污染整治技術的可信度與應用效能，亦為推動我國環境技術邁向國際市場奠定了基礎，彰顯了技術發展與環境保護雙贏的價值。",
        "eng_title": "Soil and Groundwater Effectiveness Technology Promotion and Application",
        "eng_subject": "This project primarily focuses on the refinement and promotion of the domestic soil and groundwater contamination remediation technology effective self-declaration certification system, as well as the planning and implementation of international alignment strategies. By referencing environmental technology verification systems from four countries—Philippines, Denmark, Slovenia, and Poland—this project conducted in-depth research on technical review procedures and optimized the relevant review processes in Taiwan, enhancing overall transparency and operational efficiency.\nFor four key technologies, including Dual Phase Extraction, Enhanced In-Situ Anaerobic Bioremediation, Surfactant Flushing, and Bioremediation, the project established standardized self-declaration conditions and parameter requirements. These include specifications for applicable contaminant types, operational design conditions, performance evaluation methods, and secondary contamination prevention measures. By formulating these four self-declaration conditions, the project clarified the focus and procedures for technical reviews, enabling technology holders to understand application requirements better and enhancing the feasibility and consistency of the system in practical operations.\nTo improve information transparency and system management while meeting the requirements of the Department of Supervision and Evaluation, the project optimized the self-declaration information platform. This included the addition of accessibility certification features, further enhancement of cybersecurity and maintenance, and the design of multilingual interfaces, ensuring stable system operation and meeting user needs. Furthermore, data integration and visualization of technology outcomes improved stakeholder understanding and trust in remediation technology achievements.\nIn terms of international alignment, this project established a preliminary Environmental Technology Verification (ETV) framework tailored to Taiwan's needs, based on the CNS 14034 standard and referencing multiple countries’ verification systems. Through surveys and case studies, the project analyzed differences between domestic and international technical verification procedures and proposed a verification model suitable for Taiwan based on international best practices. This facilitates the international application and promotion of Taiwan’s soil and groundwater remediation technologies.\nIn summary, this project systematically showcases achievements in system optimization, technical specification development, information platform upgrades, and international alignment. It not only enhances the credibility and effectiveness of Taiwan’s soil and groundwater contamination remediation technologies but also lays a foundation for promoting Taiwan’s environmental technologies in global markets, highlighting the dual benefits of technological advancement and environmental protection.",
        "proj_year": "112",
        "org_name": "環管署土壤及地下水污染整治基金管理會",
        "exe_unit": "財團法人中興工程顧問社",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1121669165",
        "publish_date": "20250228"
    },
    {
        "chi_title": "112年基隆市新世代智慧稽查及跨域共創心環境計畫",
        "chi_subject": "為防範本市非法棄置廢棄物等情事發生，針對易遭棄置路段、產業道路、潛勢區或定著點長期遭民眾或事業機構丟棄大型廢棄物於垃圾子車中或周邊道路上者，利用先進的資訊科技和通信技術建構出有效監控和風險主動預防的管理模式，以達到保護環境安全之目標，維護國土安全。\n       面對複雜污染成因導入稽查靈活性，針對公民營清除及處理機構之機具及營建、裝修廢棄物清運申報專區填報產生之申報資料，主動查核比對車輛機具與廢棄物可能產源、產生量、貯存量、清理量與流向等資訊關聯性，並能統計分析與產製公務報表、繪製表格與圖形，強化廢棄物查核成效，打造智慧稽查環境。\n     稽查方式轉型，運用科技工具執行砂石車、廢棄物清除車輛道路攔檢作業。",
        "eng_title": "Enhance Expertise in Inspection and Professional Cross-Domain Support Capacity Plan in Keelung  City, 2023",
        "eng_subject": "In order to prevent the occurrence of illegal waste disposal in the city, for those who are prone to be disposed of large wastes in garbage trucks or surrounding roads by people or institutions for a long time by people or institutions, advanced information technology and communication technology are used to build an effective monitoring and risk prevention management model, so as to achieve the goal of protecting environmental safety and maintaining homeland security.\n       In the face of the flexibility of the introduction of complex pollution causes, the company actively checks and compares the correlation of information such as the possible source, amount generated, storage volume, cleaning volume and flow direction of vehicles and tools and waste, and can statistically analyze and produce official reports, draw tables and graphs, strengthen the effectiveness of waste inspection, and create an intelligent inspection environment.\n     The inspection method is transformed, and scientific and technological tools are used to carry out road stop inspection operations for sand and gravel trucks and waste removal vehicles.",
        "proj_year": "112",
        "org_name": "基隆市環境保護局",
        "exe_unit": "技佳工程科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1121188601",
        "publish_date": "20250205"
    },
    {
        "chi_title": "112及113年廢電子電器及資訊物品循環策略暨回收推廣交流專案工作計畫",
        "chi_subject": "本計畫配合環境部資源循環署透過「資源循環零廢棄」戰略，透過資源循環再利用，期望經濟成長與資源循環與時俱進，達成厚植回收處理技術能力與管理制度實力，達到加強一般廢棄物減量，促進資源回收；推動跨產業合作鏈結模式，促進原物料永續使用；建立多元夥伴關係，協力促進永續願景之總體目標。工作內容包含研提電子產品循環策略藍圖及指引、建立策略聯盟推動循環示範工作、推動手機及小型家電回收工作、研擬徵收補貼費率方案及辦理相關推動措施、推動電子廢棄物國際合作發展及交流工作、檢討責任物品之業者範圍及辦理廢四機逆向回收管理作業等五大項工作，以強化整體廢電子電器及資訊物品回收管理體系並提升處理體系運作成效。\n計畫期間完成以下事項：完成擬定策略藍圖分為循環設計-綠色設計與生產、源頭管理-消費型態改變及市場創造、加強回收-資源回收再利用、循環再生-再生料循環利用等4大面向，並提出9項策略行動。成立循環電子產品聯盟，共計有20家業者及單位共同參與。擬定後續三大工作方向：擴大再生料使用量、延長產品使用壽命、提升產品循環度。定義了16個適用於電子產品的循環示範模式，並輔以國內外具體案例加以說明。蒐集歐、美、日手機管理模式，提出強化品牌業者手機回收管理規範。完成辦理2場次民眾手機回收活動。鑒於廢小家電回收後最終處置路徑暫無問題，但從循環利用的角度，可推廣產品維修循環路徑。針對電子產品適用綠色費率，目前已受理及審核完成3件申請案(共7款產品)。為促進廢液晶面板高值再利用，提出並完成精進補貼費率草案。更新廢物品回收處理成本，建議調整補貼費率項目有：LCD電視機、電冰箱、洗衣機、冷暖氣機、LCD顯示器、主機、印表機，其餘項目之補貼費率維持現況。建議調整徵收費率項目有：主機、顯示器、可攜式電腦等項目，其餘項目之徵收費率維持現況。國際合作發展及交流工作，透過年度會議中，發現發現部分國家如薩爾瓦多、智利、巴拿馬等，在電子廢棄物的管理上，不管是法規制定、技術能力或處理量能等均有許多發展空間，我國可與這些國家保持聯繫，藉機提供我國發展經驗加以交流。檢視現行電子電器及資訊物品列管範圍，主要針對資訊物品之平板電腦定義及範圍加註排除電信終端設備；個人電腦定義及範圍，參考近年常見申請排除列管項目，增列排除項目”數位監控攝錄影系統”。近年因節能補助政策實施，帶動回收聯單申報量大幅提升，在持續推動下，販賣業者多改以電子聯單方式領取聯單，已有效降低環保局發放紙本聯單作業。",
        "eng_title": "2023-2024 Recycling Strategy and Promotion Project for Waste Electronics, Electrical Appliances, and IT Equipment",
        "eng_subject": "The project collaborates with the Department of Resource Circulation of the Ministry of Environment under the Zero Waste Resource Circulation strategy. Through resource recycling and reuse, it aims to align economic growth with evolving resource circulation, enhancing the technical capability of recycling treatment and the strength of management systems, to achieve greater reduction of general waste and promote resource recovery. The initiative also pushes for cross-industry cooperative linkage models to promote the sustainable use of raw materials and builds diverse partnerships to collaboratively advance the overarching goal of sustainability.\nThe project includes five main tasks: developing a strategic blueprint and guidelines for electronic product circulation, establishing strategic alliances to promote circular demonstration work, promoting the recycling of mobile phones and small home appliances, drafting levy and subsidy rate plans and implementing related promotion measures, advancing international cooperation and exchange in electronic waste management, and reviewing the scope of products under responsibility and conducting reverse recycling management for four major appliances. These efforts aim to strengthen the overall management system for recycling electronic and IT equipment and improve operational effectiveness.\nDuring the project period, the following were accomplished: a strategic blueprint encompassing four main aspects was drafted—circular design focusing on green design and production, source management involving shifts in consumption patterns and market creation, enhanced recycling through resource recovery and reuse, and regeneration through the use of recycled materials—along with nine strategic actions proposed. A circular electronics alliance was formed, with participation from 20 companies and units. Three future work directions were outlined: increasing the usage of recycled materials, extending product life, and enhancing product circularity. Sixteen circular demonstration models for electronics were defined, supplemented by concrete domestic and international case studies. A study of mobile phone management models in Europe, the US, and Japan was conducted, leading to strengthened guidelines for brand companies in mobile phone recycling management. Two mobile phone collection events were successfully held for the public. Although the final disposal path for small home appliances poses no current issues, from a circular perspective, promoting product repair and reuse pathways was recommended.\nConcerning green rate applications for electronics, three applications (involving seven products) were accepted and reviewed. To facilitate the high-value reuse of waste LCD panels, a refined subsidy rate plan was completed and submitted. The review of recycling and processing costs recommended reducing subsidy rates for certain items: LCD TVs, refrigerators, washing machines, air conditioners, LCD monitors, mainframes, and printers, while keeping other items unchanged. Recommendations to increase levy rates included washing machines, mainframes, monitors, and portable computers, with other items remaining unchanged. International cooperation and exchange efforts, noted during annual meetings, revealed that countries such as El Salvador, Chile, and Panama have significant development potential in electronic waste management in terms of legislation, technical capabilities, and processing capacity. Taiwan could maintain contact with these nations to share development experiences.\nThe review of the current scope of managed electronic and IT items focused on adding exclusions for telecom terminal equipment under tablet definitions and scope. The definition and scope of personal computers were expanded to include commonly requested exclusions, adding digital surveillance and recording systems as an exclusion. Recent implementation of energy subsidy policies led to a significant increase in recycling declaration volumes, with more retailers shifting to electronic declaration methods, effectively reducing the environmental bureau’s paper-based issuance of recycling tickets.",
        "proj_year": "112",
        "org_name": "循環署回收基金管理會",
        "exe_unit": "財團法人中華經濟研究院",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1121127630",
        "publish_date": "20250301"
    },
    {
        "chi_title": "112-113年毒物及化學物質管理基金徵收分析評估計畫",
        "chi_subject": "基於預防原則及籌措因擴大管理化學物質之經費來源，民國108年1月16日修正通過之《毒性及關注化學物質管理法》（以下簡稱毒管法）增列化學物質運作費及成立基金之徵收目的、對象、用途等事項（修正條文第47條及第48條），此外，訂定基金應成立基金管理會（以下簡稱管理會）負責管理及運用（修正條文第49條）。環境部化學物質管理署（簡稱化學署）於民國111年前期計畫就化學署規劃之基金課費費率，對國內運作人可能造成之總體及個體經濟影響，以及主要化學物質清單，進行分析評估。\n然而，考量到近年全球爆發COVID-19疫情，全球供應鏈乃至化學物質之運作，產生巨大變化，因此，本期計畫就疫情後變化，進一步評估對整體產業及個別化學物質運作人的影響，作為後續政策執行之參考。本計畫目前執行成果分述如下：\n\n一、物價波動評估\n（一）收費集中：收費前20大化學物質皆為寡占市場（市場運作量高度集中在2〜4家運作人），甚至是獨大（市場運作量高度集中在1家運作人）；亦為較容易發生成本轉嫁價格的條件因素。\n（二）收費漲幅遠低於市價波動：苯、氯乙烯、1,2-二氯乙烷、異丙苯、甲基第三丁基醚、環氧乙烷、1,3-丁二烯、丙烯腈、醋酸乙烯酯、甲醛、鄰苯二甲酐、環氧氯丙烷等物質，其收費漲價幅度約0.01%~0.50%（以100%轉嫁為例），相較於近年市價波動度，10年均價波動（103-112年）約17%~75%，3年均價波動（110-112年）約3%~82%，漲價幅度遠小於物質的市價波動幅度。\n\n二、收費衝擊評估\n（一）繳費對營收占比評估方面，目前各費率方案對前20大繳費業者之營收衝擊皆未達1%。\n（二）主要繳費業者近三年經營績效普遍惡化，該些業者也為碳費繳費大戶，新增碳費可預期對業者財務影響重大，連帶課徵化學物質運作費也遭受影響。\n\n三、基金收費在消費者物價（CPI）影響方面\n（一）化學物質運作費收費項目皆為工業原料或工業中間財，因此在價格波動方面直接影響的是「生產者物價指數（PPI）」，對CPI無直接影響。\n（二）化學物質運作費收費物質若非出口，便多是國內製造者自產自用，因此對CPI相關民生消費商品價格影響更不明顯，估計低於化學物質運作費收費前20大項目市場價格受影響的幅度（0.01%〜0.5%）。",
        "eng_title": "Analysis and Evaluation Project for the Collection of the Toxic and Chemical Substances Management Fund (2023-2024)",
        "eng_subject": "To uphold the precautionary principle and secure funding for the expanded management of chemical substances, the  Toxic and Concerned Chemical Substances Control Act (hereafter referred to as the Act) was amended on January 16, 2019. This amendment introduced the purpose, scope, and usage for collecting fees related to chemical substance operations and established a fund (amended Articles 47 and 48). Additionally, it stipulated that a Fund Management Committee (hereafter referred to as the Committee) be created to oversee the management and utilization of the fund (amended Article 49). In a prior phase of the project (2022), the Chemicals Administration (CHA) within the Ministry of Environment conducted an analysis and assessment of the overall and individual economic impact on domestic operators, as well as a primary chemical substance list, based on the proposed fee rates for the fund.\n\nConsidering the significant changes in global supply chains and chemical operations due to the COVID-19 pandemic, this phase of the project evaluates the post-pandemic impacts on the overall industry and individual operators of chemical substances as a reference for future policy implementation. The project outcomes are summarized as follows:\n\n1.\tPrice Fluctuation Assessment\n\no\tConcentrated Revenue Collection: The top 20 chemical substances by revenue are all in oligopolistic markets (with operation volumes highly concentrated among 2–4 operators) or even monopolistic markets (with operation volumes dominated by a single operator). These market conditions also create favorable factors for cost pass-through pricing.\n\no\tFee Increase Significantly Lower than Market Price Volatility: For substances like benzene, vinyl chloride, 1,2-dichloroethane, isopropylbenzene, MTBE, ethylene oxide, 1,3-butadiene, acrylonitrile, vinyl acetate, formaldehyde, phthalic anhydride, and epichlorohydrin, the fee increase is about 0.01% to 0.50% (assuming full cost pass-through), much lower than recent market price fluctuations—annual average price fluctuations of 17%-75% over the past decade (2014-2023) and 3%-82% over the past three years (2021-2023).\n\n2.\tFee Impact Assessment\n\no\tRevenue Impact Assessment: The fee schemes currently in place impact the revenue of the top 20 fee-paying companies by less than 1%, though this may not fully capture the cost burden effect of environmental fees on these companies.\n\no\tDeterioration in Business Performance: The primary fee-payers have generally seen a decline in operating performance over the past three years and are also significant contributors to carbon fees, suggesting that the additional chemical operations fee may impact their finances further.\n\n3.\tConsumer Price Index (CPI) Impact\n\no\tLimited Impact on CPI: All fee items for chemical substance operations pertain to industrial raw materials or intermediate goods, impacting the Producer Price Index (PPI) directly rather than the CPI.\n\no\tMinimal Effect on Consumer Goods Prices: As these substances are primarily used domestically or self-produced by manufacturers, the impact on CPI-relevant consumer goods is minimal, estimated at less than the market price effect for the top 20 fee items (0.01%-0.5%).",
        "proj_year": "112",
        "org_name": "化學署綜合規劃組",
        "exe_unit": "財團法人中華經濟研究院",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1121105901",
        "publish_date": "20250223"
    },
    {
        "chi_title": "112年及113年一般廢棄物回收執行成果及效益評估專案工作計畫",
        "chi_subject": "我國推行資源回收政策已超過25年，不僅讓臺灣創造傲視國際的資源回收率，亦帶動經濟、環境、社會正面的效益。為能確實掌握國內資源回收之成效，本計畫將從經濟、環境、社會等面向，分別評估一般廢棄物資源回收產業產值、資源回收政策支出帶來之總體經濟影響，以及資源回收政策之環境與社會效益評估等。\n（一） 經濟方面，本計畫分別評估一般廢棄物資源回收產業之產值，以及資源回收政策支出帶動之經濟影響。\n1. 一般廢棄物資源回收產值：若將資源回收區分為回收階段、處理及再利用階段，則本計畫評估111年國內一般廢棄物於回收階段之市場產值約為509.55億元、於處理-再利用階段之市場產值約為900.11億元，合計111年一般廢棄物資源回收產值約為1,409.66億元。112年國內一般廢棄物於回收階段之市場產值約為517.65億元、於處理-再利用階段之市場產值約為966.02億元，合計112年一般廢棄物資源回收產值約為1,483.67億元。\n本計畫也評估國內舊衣、中古車等二手市場產值：111年、112年國內舊衣市場產值分別約為5,745.39萬元、6,387.03萬元。111年、112年國內中古車市場產值分別約為442.29億元、471.41億元。\n2. 一般廢棄物資收政策支出帶動之總體經濟影響：中央回收基金111年、112年資源回收政策相關支出分別約為83.8億元、87.8億元，地方執行機關111年、112年資源回收政策相關支出則分別約為71.3億元、64.0億元，合計111年、112年政府一般廢棄物管理政策支出分別約為155.1億元、151.8億元。經由投入產出（IO）模型模擬其對於相關上下游產業之聯動影響，並參考111年、112年對105年通貨膨脹率來進行幣值調整接軌，評估帶動總體經濟產值分別約為441.27億元（111年）、442.62億元（112年）；創造所得（GDP）約234.39億元（111年）、235.11億元（112年）；政策分別支撐約20,681人次（111年）、20,744人次（112年）就業。\n（二） 環境效益方面，本計畫分別評估資源回收政策之環境效益，以及二手市場（舊衣與中古車）所帶來的環境效益；同時亦將計算廢鐵及廢鋁再生料之碳足跡。\n1. 資源回收政策之環境效益：111年環境效益貨幣化評估結果為1,839.94億元，112年為1,944.03億元。\n2. 二手市場（舊衣與中古車）所帶來的環境效益：111年舊衣二手市場之環境效益貨幣化評估結果為1,084萬元，112年為1,450萬元。111年中古車二手市場之環境效益貨幣化評估結果為52,314萬元；112年為56,231萬元。\n3. 本計畫將聚焦於廢機動車輛中廢鐵與廢鋁的碳足跡計算，範疇界定在廢鐵與廢鋁從入場處理到成為再生料的過程，並不包括產品使用及廢棄物處理階段。計畫選定綠化環保工程股份有限公司作為研究對象，以產品生命週期評估（LCA）方法協助計算其廢鐵與廢鋁的碳足跡。接下來，將進行生命週期盤查，收集製程中相關的輸入、輸出數據，確保數據準確性。最終，通過生命週期衝擊評估，找出碳足跡熱點並納入環境效益價值量化推估模型，以期實現資源循環利用與環境保護。\n（三） 社會效益方面，本計畫針對國際及國內實證研究成果，盤點出四項主要的資源回收政策推動之社會效益範疇，以及相應的影響力路徑和利害關係人，接著進一步提列各範疇相應的量化評估指標，作為追蹤社會效益的參考。\n此外，為讓各界更清楚瞭解資源循環署推動「源頭減量」、「資源循環」之各項措施與成效，本計畫亦將蒐集彙整基管會\/資源循環署111、112年度與源頭管理、資源循環相關之重點工作與執行績效、回收基金收支概況、各項資源回收量化成果、應回收廢棄物創新研發成果，同時納入本計畫針對一般廢棄物回收所進行之產值推估、經濟影響、環境效益等評估結果，彙編成「111、112年度資源回收管理基金業務報告書」，作為民眾獲得公共資訊與資源循環署對外宣傳溝通的工具之一。",
        "eng_title": "2023-2024 General Waste Recycling Performance and Benefit Evaluation Project",
        "eng_subject": "Taiwan has implemented resource recycling for more than 25 years. Not only has it created an outstanding recycling performance, but also brought out significant economic, environmental and social benefits to the country. In order to understand the recycling benefits in Taiwan, this study aims to evaluate the output value of the resource recycling industry, the economic impact driven by the expenditure of recycling policy, environmental and social benefit of recycling.\n（一） In economic aspect, this project separately evaluates the output value of the resource recycling industry and the economic impact driven by the expenditure of the resource recycling management policy.\n1. The output value of the resource recycling industry: By dividing the resource recycling value chain into recycling markets, processing and recycling manufacturing markets. The output value of these markets is empirically evaluated and obtained: the annual output value of Taiwan's resource recycling industry in 2022, 2023 were about 140.97 billion ntd and 148.37 billion ntd respectively.\n2. The economic impact driven by the expenditure of municipal solid waste (MSW) management policy: the total expenditures of the 2022, 2023 MSW management policy were 15.51 billion ntd and 15.18 billion ntd respectively. Through the input-output (IO) model, it is estimated that the output value and creation effect for the economy were 44.13 billion ntd and 44.26 billion ntd respectively. It creates 23.44 billion ntd and 23.51 billion ntd respectively to the GDP and also sustained 20,681 and 20,744 green employment. In simple term, for every dollar of national MSW management policy expends, the economy output value increases by 2.85~2.92 dollars.\n（二） In environmental aspect, the project evaluates the environmental benefits of resource recycling policies and the environmental benefits brought by the second-hand market (used clothes and second-hand cars).\n1. The environmental benefits of resource recycling policies：the environmental benefit of recycling in 2022 is 184 billion dollars. the environmental benefit of recycling in 2023 is 194.4 billion dollars.\n2. The environmental benefits brought by the second-hand market (used clothes and second-hand cars)：the environmental benefit of used clothes in 2022 is 10.8 million dollars and 14.5 million dollars in 2023. the environmental benefit of second-hand cars in 2023 is 523 million dollars and 562 million dollars in 2023.\n3. The project focuses on calculating the carbon footprint of scrap iron and aluminum from end-of-life vehicles, with the scope limited to the process from the initial treatment of scrap iron and aluminum to their transformation into regenerated materials, excluding the product usage and waste disposal stages. The project selects Green Environmental Engineering Co., Ltd. as the research subject and uses the Life Cycle Assessment (LCA) method to assist in calculating the carbon footprint of its scrap iron and aluminum. Subsequently, a life cycle inventory will be conducted to collect input and output data related to the process, ensuring data accuracy. Finally, through the life cycle impact assessment, carbon footprint hotspots will be identified and incorporated into a quantitative estimation model of environmental benefit value, aiming to achieve resource recycling and environmental protection.\n（三） In terms of the social aspect, the project reviews the empirical studies to identify four main categories of social benefit from the recycle policy. It then outlines the corresponding impact pathways and stakeholders and proposes quantitative indicators for evaluating each categories of social benefit.\nFinally, in order to inform the public and raise awareness on the various policies, measures, and implementation effects of the Resource Circulation Administration (RECA), this project also collected and compiled RFMB's (Recycling Fund Management Board) \/ RECA's key tasks and performance in 2023 and 2024, including the quantitative and qualitative results of various resource recycling policies, and published the“2023 and 2024 Recycling Fund Management Board Annual Report,” which was used as a communication tool to the public.",
        "proj_year": "112",
        "org_name": "循環署回收基金管理會",
        "exe_unit": "財團法人中華經濟研究院",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1121038017",
        "publish_date": "20250301"
    },
    {
        "chi_title": "桃園市-112年度桃園市推動環保許可整合計畫",
        "chi_subject": "環保許可整合、繪製污染流向圖",
        "eng_title": "License Intergration plan",
        "eng_subject": "License Intergration, Companion waste flow schematic diagrams",
        "proj_year": "112",
        "org_name": "桃園市政府環境保護局",
        "exe_unit": "台灣曼寧工程顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1120867741",
        "publish_date": "20250214"
    },
    {
        "chi_title": "雲林縣-112年度資源循環工作計畫",
        "chi_subject": "本計畫執行期間自民國112年2月1日至112年12月31日止。主要執行回收體系的輔導查核、辦理資源回收宣傳活動，包含應回收處理業者宣導法規應遵循事項，及依據各鄉鎮市特性訂定目標回收率及擬定資源回收考核計畫等工作內容。\n截至112年11月30日，已輔導應回收廢棄物回收處理業者46家及一定規模以下回收業92家，改善環境及消防安檢管理。與公所合作辦理21場次低回收率材質廢棄物兌換活動；發布44則資源回收宣導圖文；辦理11場次資源回收分類宣導說明會；持續巡查本縣 30 站農藥容器定點回收站，並提供宣導品。\n本計畫亦協助雲林縣環保局辦理112年推動執行機關加強辦理資源回收工作績效考核工作，已進行各公所清潔隊之資源回收貯存場、每月公務報表查核輔導，並且針對本年度應加強考核項目說明，以提升本縣成績。\n本年度督促各公所資源回收績效考核，雲林縣112年1至11月資源回收量134025.79公噸，較去年同期124843.06公噸提升7.35%。",
        "eng_title": "2022 Resource Recycling Advocacy and Inspection Control Plan (Extended 12 months)",
        "eng_subject": "The implementation period of this plan is from February 1, 2023 to December 31, 2023. It mainly implements the guidance and inspection of the recycling system, sponsoring resource recycling publicity activities, including the need to recycle and dispose of things that should be followed by the law and regulations, the target recovery rate and the development of resource recovery assessment plans based on the characteristics of each township and city.\nAs of November 30, 2023, 46 waste recycling companies and 92 recycling companies under a certain scale have been coached to improve the environment and fire safety inspection management. Cooperate with public offices to organize 21 low-recycling material waste exchange activities；Released 44 resource recovery advocacy graphics and texts；Handle 11 resource recovery classification publicity and explanatory meeting.It continues to inspect 30 designated pesticide container recycling stations in the county and provide advocacy materials.\nThis plan also assists the Yunlin County Environmental Protection Bureau in 2023 to promote the enforcement agencies to strengthen the performance evaluation of resource recovery work. The resource recovery storage area of each office cleaning team and the monthly official report check and guidance have been carried, and the description of the assessment items should be strengthened for this year to improve the county's performance.\nThis year, by urging all public offices to evaluate the performance of resource recovery, the resource recovery amount of Yunlin County from January to November 2023 was 134,025.79t, an increase of 7.35% from 124,843.06t in the same period of last year.",
        "proj_year": "112",
        "org_name": "雲林縣環境保護局",
        "exe_unit": "綠信環境科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1120849924",
        "publish_date": "20250220"
    },
    {
        "chi_title": "土壤及地下水污染整治報告審核品質提升管理計畫",
        "chi_subject": "本計畫旨在強化與提升土壤及地下水環境保護工作之治理與成果之品質，透過整合解析法規與技術資訊、報告資料與審查意見、檢核機制以及溝通管理等要素，藉以建構可有效精進主管機關審查污染場址相關計畫暨報告之支援工具，因此，透過本計畫規劃之四個重點面向，提供以下土壤及地下水污染場址檢核優化工具：\n1.\t完成審查作業優化路徑並編製相對應之計畫暨報告審查指引，並提供使用者友善應用程式介面，藉以提升各主管機關之審查品質與效能，提升審查作業效率以及相關策略之研訂與推動；\n2.\t設計審查作業檢核資料表單及整合運用專案系統功能，提出定期場址進度季報格式，並提供半生成式報表，一鍵優化轄區場址檢核之工作；\n3.\t彙編全國關切污染場址案例集，提供一致化架構與內容建立規格，以充分掌握不同類型場址現況與計畫進度與關鍵議題擬定，作為後續資訊揭露與有效溝通之輔助與支援工具；\n4.\t透過各種土壤及地下水相關議題推廣應用訓練課程，精進主管機關執行實務面向之關注重點，優化審查相關作業工作。",
        "eng_title": "Soil and groundwater contaminated site remediation and management review quality improvement project",
        "eng_subject": "This project aimed to strengthen and improve the quality of governance and advances to soil and groundwater environmental protection work. By integrating analysis of regulations and technical information, reporting information and committee review recommendations, inspection mechanisms, and communication management, it was to establish a system that can effectively improve supporting tools for competent authorities to review plans and reports related to contaminated site management. Therefore, through the four aspects of plan establishment, the following soil and groundwater contaminated site inspection and optimization outcomes were provided to:\n1.\tComplete the review operation optimization pathways and prepare corresponding plan and report review guidelines and provide a user-friendly application interface to improve the review quality and efficiency of each competent authority, improve the review work efficiency and the development of related strategies promote;\n2.\tThrough the investigation of operational data form and the project system functions of the Soil and Groundwater Management System, a regular site progress quarterly report format was revised and a tool for generating quarterly reports in semi-automation fashion was completed to optimize the site inspection work for the authority personnels;\n3.\t Compile a collection of case studies regarding contaminated sites of concern across the country and design a consistent structure and content specifications to  brief the current status either concisely or fully. The collection served to reveal the progress of different types of sites, demonstrate the formulation of key issues, as well as an auxiliary and supporting tool for subsequent information disclosure and effective communication;\n4.\t Through the promotion and application of training courses on various soil and groundwater-related topics, the outcomes had enabled the competent authorities to resolve the further administrative challenges and to optimize the reports review operations.",
        "proj_year": "112",
        "org_name": "環管署土壤及地下水污染整治基金管理會",
        "exe_unit": "鑫訓工程顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1120755975",
        "publish_date": "20250221"
    },
    {
        "chi_title": "112-113年度空氣品質監測儀器品保查核作業計畫",
        "chi_subject": "本計畫執行期限自民國112年1月3日至113年12月31日止，計畫主要目的為針對環境部現有空氣品質監測站，執行不定期績效查核及功能檢查作業，確保監測數據準確度及維護作業品質。\n    本計畫主要工作目標包括：(1)執行監測儀器績效查核作業共176站及績效查核複查16站、(2)執行監測儀器功能檢查作共354站及追蹤缺失改善狀況等。為使查核結果更貼近大氣監測濃度之數據準確度，本計畫要求繼續執行偏低濃度查核及測站零空氣查核比對兩項工作，進行35站次超低濃度查核。\n    績效查核作業主要藉由經驗證之稀釋系統及標準氣體或標準品對監測儀器執行查核，用以評估監測數據之準確度表現。本計畫共計完成176站次績效查核(3,364查核項次)共38項次未符合允收標準，整體查核滿意率為98.8%，各儀器查核滿意率以氣狀物監測儀最高，校正器滿意率較低。近5年查核滿意率為99.2%(113)、98.5%(112)、97.0%(111)、96.7%(110)、95.4%(109)。\n功能檢查作業主要藉由檢查人員逐項確認儀器狀況及維護項目之方式，用來評估測站監測儀器運轉狀況及維護作業品質。本計畫共計完成354站次功能檢查(41,418檢查項次) 共221項次未符合允收標準，缺失發生率為0.53%，近5年缺失發生率為0.51%(113)、0.56%(112)、0.65%(111)、0.66%(110)、0.55%(109)。\n    無論績效查核或功能檢查所發現之缺失項，維護單位均須依約在3~7日內完成改善，由環境部及本計畫執行缺失改善追蹤，並於每月維護會議針對缺失改善狀況及對數據影響程度進行檢討。",
        "eng_title": "Quality Assurance Program for Taiwan Ambient Air Monitoring Network (2023~2024 Year)",
        "eng_subject": "This project was conducted from January 3th 2023 to December 31th 2024. The main objective of this project is aiming at non-routine inspection and auditing on all current Environmental Protection Administration’s Air Quality Monitoring Stations to ensure the quality control\/quality assurance (QC\/QA) programs were followed. \n    The task mainly included: (1) auditing the monitoring instruments for 176 stations and performing the repeat auditions of monitoring instruments for 16 stations (2) performing the monitoring instruments functional check for 354 stations , (3) conducting 35 ultra-low concentration checks .\n    The performance audit used independent instruments and standards to inspect the deviation between the monitoring value and the standard value (accuracy). 176 stations were completed in two years, and out of the total of 3364 items audited, 38 items did not meet the QC\/QA specifications. The acceptance rate was 98.8%, the acceptance rates of recent five years were 99.2%(113)、98.5%(112)、97.0%(111)、96.7%(110) and 95.4%(109), respectively. The results of the performance audit demonstrated the quality of monitoring stations slightly decreased.\n    The purpose of the functional check was mainly to focus on non-routine surveys and assessments on stations house maintenance, facility equipments, the document recording, the monitor operation conditions, the monitoring data check and the monitoring instruments accuracy inspection. Total of 354 functional checks were performed in two years and a total of 41418 items were conducted. Among all checked items, 221 items were found defective. The results of the functional check demonstrated the defective rate to be 0.53%. The defective rate of recent five years were 0.51%(113)、0.56%(112)、0.65%(111)、0.66%(110) and 0.55%(109), respectively, which are all less than the specification of 0.7%, This result shows high quality in sustaining operation and maintenance of monitoring stations. \nAll defects from the performance audit and functional check will be required to recheck between three days to seven days, The EPA and this project will track the results of defects improvement.",
        "proj_year": "112",
        "org_name": "環境部環境資訊科技司",
        "exe_unit": "瑩諮科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1120655231",
        "publish_date": "20250228"
    },
    {
        "chi_title": "112-113年度嘉義縣精進空品感測器物聯網發展計畫",
        "chi_subject": "本計畫推動工作包含於嘉義縣轄內300台空氣品質感測器數據品質管理及維運工作，透過群集、衰減、動態校正作業瞭解感測器設備狀況、亦運用空品感測數據與空氣品質物聯網資訊進行結合，分析本縣空污熱區，釐清可疑污染對象，統計期中報告執行期間自112年3月10日至113年12月31日之工作執行成果說明如下：\n本計畫針對感測器點位進行最適化規劃，並完成12個點位的調整，完成18個行政區感測器覆蓋率達100%。其次，建置「空品數據中心」系統，提供數據租用服務，並辦理相關教育訓練。感測器巡查作業每半年執行一次，目前已完成4次巡檢，以及每季執行一次10%感測器巡檢比對作業，已完成8件次皆全數符合環境部現場比對標準。而每月進行群集分析、衰減分析以及動態校正，皆完成22次分析作業，針對有異常或離群設備即刻派員現場確認是否有污染源或是更換故障設備；分析結果顯示於空品良季（4-9月）因環境濃度較低，故測站內設備與環境濃度趨勢變化差異較大，在空品不良季改善許多。此外，針對感測器故障進行檢修，因感測元件使用壽命介於3-5年，本縣於110年全面更換國產感測器至今已有3年，故112年感測主機板異常及PM2.5元件異常佔比較高為27.7%，本工作團隊即時派員更換元件後，相比113年故障率已明顯下降。\n本計畫透過感測器數據及污染告警系統結合，於LINE進行「污染發生空品感測器編號、污染發生時間、初步判斷污染源、產生污染事件警告、污染持續時間、事件平均值、事件最高值」，分析該次告警可疑污染源，並通報相關計畫前往稽查。在112年至113年運用告警機制，分析現場巡查32件次，其中29件次現場有明顯污染來源，告警準確度為90.1%；現場巡查之可疑污染來源分別為露燃44.8%、工地揚塵為24.1%、工廠逸散為13.8%、移動源及其它分別為13.8%、3.4%。感測器數據分析報告已完成8件次，提供之可疑污染源名單，或現場巡查發現污染排放情事之彙整及通報後，經各相關管制計畫前往稽查，統計至113年12月31日，合計處分案件共11件次，其中露天燃燒共4件、工廠違規6件，工地揚塵1件，處分金額合計新臺幣362萬8,750元。\n本計畫針對敏感族群如老人及孩童為對象，已完成辦理5場空氣品質及污染認知宣導會，參加人數超過1,600人。在數據上傳品質部分，感測器資料上傳完整率達97.1%，顯示數據傳輸穩定度佳。為提升工作人員專業知能，以及針對各項工作內容依據實際執行現況提出後續精進作為，使本計畫順利推動如期達成環保局交辦之相關業務，邀請專家學者以感測器於輔助環境治理為方向，已完成辦理4場次之教育訓練。\n於多元智慧監控部分，本工作團隊針對常受鄰近居民陳情之重點工業區周圍架設高值啟動自動影像系統，於112年10月8日監測上O資源管道爆炸觸發啟動1件次，管制計畫進廠稽查發現該廠因進行鍋爐氣電共生程序作業致流體化床鍋爐（E501）發生爆炸，產生大量黑色濃煙散布於大氣中，故罰鍰新臺幣100,000元整。\n針對常受鄰近居民陳情之重點工業區或陳情熱點，如民眾異味陳情、畜牧場異味陳情及縣市周界異味陳情周圍架設空氣異味微型感測器，統計113年12月31日前已執行10點次異味監測，同時監測輔導改善前後空品狀況。其中永O畜牧場，管制計畫於分析異味熱點時段進場確實有發現業者因每日僅於上午清理1次排泄物，導致夜間累積異味較重已請業者改善，後續分析異味監測數據已明顯下降。",
        "eng_title": "The improvement project of developing IoT air quality sensors in Chiayi County from 2023 to 2024",
        "eng_subject": "This project already planned the optimal sites and adjusted 12 sites. The coverage rate of sensors in 18 districts reached 100%. In addition, the “Air Quality Data Center” system was established, the date rental service was provided, and the education training course was held. The sensors were inspected 4 times every six months. Executed 10% of sensors sampling inspection 8 times in each season and all results match the standard of the Ministry of Environment. Executed clustering, decay, dynamic calibration, and operations in each month and finished 22 times analysis. For those unusual or outlier sensors, staff immediately check for pollution on-site or replace faulty equipment. The analysis results show that during the good air quality season (April to September), due to the lower ambient concentration, the equipment in the measuring station and the environmental concentration trend change are significantly different, and there is a lot of improvement during the bad air quality season. In addition, the reason of failure sensor repairmen is the product lifespan of the sensor components is only 3 to 5 years and the county replaced all domestic sensors since 2021. Therefore, the abnormality rates of the main board and PM2.5 components detected in 2023 were 27.7%. After the project team arrange worker to replace components, the abnormality rate in 2024 decreased significantly compared to 2023.\nThis project combines sensing data and the pollution alert system to analyze air pollution events and send the message through LINE with information on the “number of sensors, time, preliminary determination of pollution source, duration of contamination, average value of event and the highest value of event” and inform related project to suspected. With the alert system to analyze 32 on-site inspections from 2023 to 2024. There are 29 on-site cases with obvious pollution sources, the correct alarm rate is 90.1%. The suspect sources of on-site inspection include open burning are 44.8%, factory violations are 24.1%, factory emissions are 13.8%, and mobile sources and other pollution at 13.8% and 3.4%. The sensor data analysis report was completed 8 times and provided the suspicious pollution list or found the compilation and notification of pollution emissions by on-site inspection. After the relevant control programs inspected the on-site situation, a total of 11 cases of sanctions were calculated, including 4 cases of open burning, 6 cases of factory violations, and 1 case of construction site dust. The total amount of penalty was NT$ 3,628,750 until December 31, 2024.\nThis project held the promotion of air quality and air pollution 5 times for sensitive groups such as the elderly and children and over 1,600 people participated. In terms of the quality of data upload, the sensor data upload completeness rate reached 97.1% which means data transmission is stable. The project team held the education course 4 times with experts or scholars teaching the use of sensors to assist in environmental management as the topic to enhance the professional knowledge of staff and propose follow-up improvement measures based on the actual implementation status of each work content. So that this plan can be smoothly promoted and the relevant tasks assigned by the Environmental Protection Bureau can be completed as scheduled. \nThe project team set up the high-value trigger automatic imaging system around industrial areas which were petitioned by citizens. The sensor monitored the Shang O resource pipeline explosion 1 time on October 8, 2023. It’s the fluidized bed boiler exploded due to the operation of the boiler gas-electricity cogeneration process and spread a large amount of black smoke into the atmosphere. The factory was fine NTD 100,000 after inspection.\nMicro air odor sensors are installed around key industrial areas or hotspots that are often complained about by nearby residents, such as complaints from the public, complaints from livestock farms, and complaints from county and city boundaries. Statistics show that as of December 31, 2024, 10 odor monitoring sites have been implemented, and the air quality conditions before and after monitoring and improvement have been provided. Among them, Yong O Livestock Farm analyzed the odor hotspots and found that the operator only cleaned up the excrement once a day in the morning, which led to the accumulation of heavy odor at night. The operator was asked to improve it. Subsequent analysis of the odor monitoring data showed that decline.",
        "proj_year": "112",
        "org_name": "嘉義縣環境保護局",
        "exe_unit": "思維環境科技有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1120590951",
        "publish_date": "20250205"
    },
    {
        "chi_title": "執行汽機車新車排放管制、召回改正調查測試與相關措施研訂專案工作計畫",
        "chi_subject": "本計畫目的為協助環境部執行汽車與機車之新車排放管制相關工作，主要包括執行新車排氣管制業務、使用中車輛召回改正調查測試、排放管制相關法規蒐集、研訂及操作、維護及更新汽機車車型排氣審驗合格證明核發管理系統等工作。\n彙整各項新車排氣管制工作，2023年至2024年9月為止，汽機車新車型審驗合格證明核發1,321件，品管計畫書核發106件，OBD計畫書核發58，耐久測試計畫書核發29件，劣化係數核發29件，進化係數測試計畫書核發2件，進化係數核發2件；汽機車審驗作業流程說明會議，已於 2023 年召開2場；配合環境部對廠商執行新車抽驗，2023年至2024年10月為止共抽479輛，4輛車初測不合格，於重測或複測後合格；環境友善車輛評選，2023年計有27款汽油汽車及8款機車入選，2024年1~9月計有22款汽油汽車及4款機車入選，相關資訊定期更新於環境部之綠色車輛指南網頁；國外進口使用中汽機車逐車測試，2023年至2024年9月為止，計有12,056輛，排放大多低於排放標準一半以下；檢驗測定機構業務執行狀況會議，分別於2023年與2024年各召開2場，合計4場會議。\n使用中車輛召回改正調查測試，2023年汽機車各執行1個引擎族調查測試結果合格，2024年汽機車各執行1個引擎族調查測試結果合格；廠商自行召回改正計畫，2023年有3件完成召回改正並結案，2024年有1件完成召回改正並結案。\n國外車輛排放管制方面，歐盟於2024年5月8日正式公告Euro 7 法規REGULATION (EU) 2024\/1257，將自2026年11月29日起實施，美國環保署也於 2024年3月20日公佈了2027年至2032年及以後車型年之乘用車、輕型卡車和中型車輛的最終國家污染排放標準；國內法規修訂，本計畫協助環境部修訂相關法規，環境部已於2023年10月25日公告修正完成之「汽油及替代清潔燃料引擎汽車車型排氣審驗合格證明核發撤銷及廢止辦法」與「汽油汽車廢氣排放測試方法與程序」，2024年1月26日公告修正完成之「機車車型排氣審驗合格證明核發撤銷及廢止辦法」，2024年7月8日公告修正完成之「機車耐久測試方法及程序」，本計畫另協助修訂「移動污染源空氣污染物排放標準」與「機動車輛替換用消音系統認證管理規範」。\n汽機車審驗系統功能增修方面，新增 RDE、SFTP、汽車再生係數、機車進化係數、使用中品管核備系統之資料上傳功能，已陸續於2024年3月14日前完成開發與上線。相關資通安全防護亦依需求，陸續完成憑證更新、帳號清查與資通防護分級作業。系統移機作業已於 2023年3月21日完成，作業系統升級至 Windows Server 2019，IIS 版本也升級至10.0。",
        "eng_title": "Implementation of New Vehicle Emission Management and In-Use Vehicle Recall Investigation Testing and Drafting of the Related Control Measures for Gasoline Passenger Cars and Motorcycles.",
        "eng_subject": "The objective of this project is to assist Taiwan EPA to carry out new gasoline passenger cars and motorcycles emissions control related tasks; the major directions include carry out new vehicle exhaust emissions control tasks, in-use vehicle recalled investigation test, drafting of emissions control measures and maintain and update the vehicle certificate issuance management system. As to the task of exhaust emissions control for new gasoline passenger cars and motorcycles, from 2023 to Sep. 2024, 1,321 compliance certificates, 106 QC plans, 58 OBD test plans, 29 durability test plans, 29 deterioration factors, 2 evolution coefficient, and 2 Ki factors were issued. As to the new vehicle certification operation discussion, 4 meetings had been held. As to the new vehicle selective audit testing, 479 vehicles had been tested. As to the task of low emissions green vehicle evaluation, 27 models for passenger cars and 8 models for motorcycles were selected in 2023, and 22 models for passenger cars and 4 models for motorcycles were selected in 2024. As to the imported vehicle individual testing, 12,056 vehicles were tested and most of the test results were below half of the regulatory limit values. As to the vehicle emission test institution business execution status discussion, 4 meetings had been held. There were 4 engine families for passenger cars and motorcycles had been selected for the recall investigation testing in 2023 and 2024, and the testing results for each pollutant were met the emission standards. There were 4 recall programs for the makers and importer also had been completed. As to the vehicle emission regulations around the world, The European Union officially announced the Euro 7 regulations, REGULATION (EU) 2024\/1257, on May 8, 2024, and will effective from November 29, 2026. The U.S. Environmental Protection Agency also announced final national pollution emission standards for passenger cars, light trucks, and medium-duty vehicles for model years 2027 to 2032 and later on March 20, 2024. This project assists the Ministry of Environment in revising relevant regulations. The Ministry of Environment has announced on October 25, 2023 the revised Measures for the Cancellation and Abolishing of the Issuance and Issuance of Exhaust Certification Certificates for Gasoline and Alternative Clean Fuel Engine Vehicle Models and Gasoline Vehicle Exhaust Emissions Testing Methods and Procedures, the revised Methods for Cancellation and Abolishing the Issuance and Issuance of Exhaust Certification Certificates for Motorcycle Models were announced on January 26, 2024, and the revised Motorcycle Durability Testing Methods and Procedures were announced on July 8, 2024. This project also assists in revising the Air Pollutant Emission Standards for Mobile Pollution Sources and the Certification and Management Specifications for Replacement Silencing Systems for Motor Vehicles. As to the functional enhancements to the vehicle certification system, the new RDE, SFTP, the vehicle Ki factor, evolution coefficient, and data upload functions of the in-use quality control verification system have been successively developed and launched before March 14, 2024. Relevant information security protection has also been completed based on needs, including credential update, account inventory and information protection classification. The system migration operation was completed on March 21, 2023. The operating system was upgraded to Windows Server 2019, and the IIS version was also upgraded to 10.0.",
        "proj_year": "112",
        "org_name": "環境部大氣環境司",
        "exe_unit": "財團法人工業技術研究院",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1120586590",
        "publish_date": "20250228"
    },
    {
        "chi_title": "112-113年公有掩埋場營運管理暨資訊系統維運計畫",
        "chi_subject": "為妥善處理暫置垃圾問題，透過督導掩埋場營運管理及操作，督促管理單位及環保局落實掩埋場營運管理以及進行缺失改善，確保掩埋場發揮妥善處理或暫置廢棄物之功能。並藉由人員教育訓練、現場查核及補助改善計畫等方式，提升環保設施營運管理成效；另亦辦理查核濱海河岸、封閉與以復育掩埋場等環保設施，掌握設施管理機關維護情形。此外，為有效掌握及管理掩埋場資訊，針對「公有掩埋場暨垃圾轉運設施營運管理資訊系統」進行調整及強化，建置數位影像監控，即時回傳各掩埋場影像資訊，提供管理者進行決策。\n本計畫工作內容執行項目包含：一、辦理公有掩埋場定期、不定期現勘查核輔導工作；二、辦理掩埋場相關改善計畫審查與督導；三、建置掩埋場數位影像監控平台；四、維運及優化「公有掩埋場暨垃圾轉運設施營運管理資訊系統」；五、配合相關行政作業。\n主要執行結果包含： \n1.辦理70場次掩埋場三級查核作業，並針對營運中及封閉復育掩埋場設施維護狀況及垃圾暫置現況查核等，促使掩埋場管理單位持續進行缺失改善，於進場管制、場內污染防制措施及環境衛生維護等問題，避免發生二次污染。\n2.辦理20場次掩埋場相關改善計畫審查與督導作業，針對營運中掩埋場及垃圾轉運站實地審查、執行進度管控、工作督導及工程品質督導等，以提升掩埋場營運管理及污染防制成效。\n3.以間接擷取影像技術接回27場次公有掩埋場即時影像回傳至相關平台貯存及查詢，以供署內即使掌握受關注場所最新現況。\n4.維運及優化「公有掩埋場暨垃圾轉運設施營運管理資訊系統」，並建立主題式報表功能、完成申請無障礙標章、提供雙語切換服務、優化進階查詢功能及強化資訊安全等作業。\n5.辦理8場次本計畫相關議題之研商會、座談會、說明會、教育訓練等；達到促進環管署與各縣市政府垃圾處理技術、掩埋場操作營運、未來功能轉型及整體政策說明，有利於推動各縣市環保局共同執行永續經營掩埋場政策。\n6.針對近期關切裸露堆置垃圾議題，建立掩埋場緊急應變能量圖，以利即時掌握各掩埋場資訊，並作為政策推動之參考依據。\n7.協辦掩埋場相關會議、行政及幕僚工作。",
        "eng_title": "Public Landfill Operation Management and Information System Maintenance project. (2023-2024)",
        "eng_subject": "To properly address the temporary waste storage, we will supervise the operation of landfills, urging management units and the Environmental Protection Bureau to implement effective landfill management and address deficiencies, ensuring that landfills effectively perform their function of properly handling or temporarily storing waste. By implementing personnel training, on-site inspections, and improvement subsidy programs, we aim to enhance the effectiveness of environmental facility operations management. We conduct inspections of coastal river landfills, closed landfills, and restored landfills to monitor the maintenance status of these environmental facilities by the management agencies. Furthermore, to effectively monitor and manage landfill information, we adjust and strengthen the Public Landfill and Waste Transfer Facility Operations Management Information System. This includes establishing digital imaging surveillance to provide real-time feedback on the status of various landfills, aiding management in decision-making.\nThe implementation items of the work content of this project include:\n1.Conduct three-level and irregular inspections and guidance for public landfills.\n2.Review and supervise improvement plans related to landfills.\n3.\tEstablishing a digital imaging surveillance platform for landfills.\n4.Maintain and optimize the Public Landfill and Waste Transfer Facility Operations Management Information System.\n5.Coordinating with relevant administrative operations.\nThe main execution results include：\n1.Conducted 70 sessions of three-level inspections for landfill sites, focusing on the maintenance status of operational and closed rehabilitated landfill facilities, as well as the current conditions of temporary waste storage. These efforts aim to encourage landfill management units to continuously address deficiencies and improve areas such as access control, on-site pollution prevention measures, and environmental hygiene maintenance, thereby preventing secondary pollution.\n2.Conducted 20 sessions of reviews and supervision for landfill-related improvement projects, including on-site inspections of operational landfills and waste transfer stations, progress monitoring, work supervision, and engineering quality oversight. These efforts aim to enhance landfill operations management and improve the effectiveness of pollution prevention measures.\n3.Utilize indirect imaging technology to retrieve real-time images from 27 public landfills, transmitting them to the relevant platform for storage and inquiry, enabling the Environmental Management Agency to stay updated on the latest conditions of the monitored locations.\n4.Maintain and optimize the Public Landfill and Waste Transfer Facility Operations Management Information System, including establishing thematic reporting functions, completing the application for accessibility certification, providing bilingual switching services, optimizing advanced query functions, and enhancing information security measures.\n5.Conduct 8 workshops, seminars, briefing sessions, and training related to this project. The aim is to enhance communication between the Environmental Management Agency and local governments regarding waste management technologies, landfill operation, future functional transformation, and overall policy explanation. This will facilitate the joint execution of sustainable landfill policies by environmental agencies in different regions.\n6.In response to exposed waste, establish an emergency response capability map for landfills to facilitate real-time monitoring of information from each landfill and serve as a reference for policy implementation.\n7.Assist in organizing meetings related to landfills, as well as administrative and staff support tasks.",
        "proj_year": "112",
        "org_name": "環管署一般廢棄物管理組",
        "exe_unit": "尚竑工程顧問有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1120377142",
        "publish_date": "20250228"
    },
    {
        "chi_title": "地下水質資料管理平台建置計畫",
        "chi_subject": "為有效管理及運用地下水資源及保障地下水源安全，國內各部會針對水文地質、水位、水質等需求分別進行地下水調查與監測，導致長期以來各部會各司其職，在整體管理上缺乏整合性的思考。為能完善地下水資料整合，並透過系統工具輔助環境部進行地下水污染管理，前期計畫盤點跨部會地下水系統及其資料性質與特性，彙整8處機關27項地下水相關評析資料，以達成地下水永續管理之目標。\n本計畫除持續維運「地下水質資料管理平台」，落實資訊安全維護管理作業，維持資訊服務品質外，亦持續強化地下水資料整合，精進地下水管理，針對資訊系統功能建置及擴充完成包含建置監測井智慧管理功能、研擬監測井資料資料檢核項目及流程、手持式地理資訊系統及環域查詢建置、氨氮議題人為污染區位分析、地下水使用受限制地區管理專區建置、關切物質資料庫及查詢功能建置、健康風險成果顯示研析、水質評析功能建置、地理資訊系統既有功能優化，透過功能擴充精進，加值地下水質資料管理平台效益。\n    另針對跨單位地下水資料整合部份，本計畫蒐整8項其他跨單位資料、建置跨域聯盟合作專區、整合SGM系統及地礦中心地質資料，並建置地質整合查詢功能、建置地下水三維資料顯示及提出國家環境研究院申報資料介接建議，透過其他資料蒐整及研析，擴大系統資料全面性及資料應用範疇。\n    針對資訊安全及行政配合事項方面，本計畫辦理3場次地下水質資料管理平台說明會議並於3月協助辦理淨零城市展展出，包含區域地下水質說明網頁及科普互動網頁建置，並於展出當日針對相關內容進行說明，另依系統功能及資料內容針對分群分重內容提出規劃，並針對民眾公開網站部份完成相關頁面建置，另針對資訊安全管理依據環境部資安規範及土基會網站檢核項目提送15次弱點掃描及網站檢核結果，並依功能擴充內容更新操作手冊內容，提升本計畫能見度並維持資訊安全。\n綜合上所述，本計畫持續擴充「地下水質資料管理平台」功能，建置監測井智慧管理、關切物質等功能，精進優化既有地理資訊系統功能，並研擬地下水資料與水文地質參數整合應用方式，",
        "eng_title": "Groundwater Quality Data Management Platform Project",
        "eng_subject": "To effectively manage and utilize groundwater resources and ensure groundwater safety, various domestic departments have separately conducted groundwater surveys and monitoring for hydrogeological, water level, and water quality requirements. This has historically led to each department operating independently, lacking integrated thinking in overall management. To improve groundwater data integration and assist the Ministry of Environment in groundwater pollution management through system tools, the preliminary project reviewed cross-departmental groundwater systems and their data characteristics, compiling 27 groundwater-related analysis items from 8 agencies to achieve sustainable groundwater management goals.\nIn addition to maintaining the 'Groundwater Quality Data Management Platform' and ensuring information security management and service quality, this project continues to strengthen groundwater data integration and improve groundwater management. The system functionality development and expansion includes: establishing smart monitoring well management functions, developing monitoring well data verification items and processes, implementing mobile GIS and buffer analysis, analyzing anthropogenic pollution locations for ammonia nitrogen issues, establishing restricted groundwater use area management sections, building contaminants of concern database and search functions, health risk assessment result analysis, water quality evaluation functions, and optimizing existing GIS functions. These functional expansions enhance the value of the groundwater quality data management platform.\nRegarding cross-agency groundwater data integration, this project collected 8 additional cross-agency datasets, established a cross-domain alliance cooperation section, integrated SGM system and geological center data, and developed geological integration query functions. It also implemented three-dimensional groundwater data display and proposed data interface recommendations for the National Academy of Environmental Research, expanding the system's data comprehensiveness and application scope through additional data collection and analysis.\nFor information security and administrative coordination, the project held three groundwater quality data management platform briefing sessions and assisted with the Net Zero City Exhibition in March. This included developing regional groundwater quality information webpages and popular science interactive webpages, with presentations during the exhibition. The project also proposed plans for different user group content and completed relevant pages for public access. Regarding information security management, 15 vulnerability scans and website inspections were submitted according to the Ministry of Environment's security regulations and soil foundation website inspection requirements. The operation manual was updated with expanded functionality content to increase project visibility while maintaining information security.\nIn conclusion, this project continues to expand the 'Groundwater Quality Data Management Platform' functions, implementing smart monitoring well management and contaminants of concern features, improving existing GIS functions, and developing integration methods for groundwater data and hydrogeological parameters. It also analyzes usage patterns for different user groups to support groundwater pollution management and business promotion.",
        "proj_year": "112",
        "org_name": "環管署土壤及地下水污染整治基金管理會",
        "exe_unit": "環輿科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1120363049",
        "publish_date": "20250207"
    },
    {
        "chi_title": "彰化縣-112年度資源循環工作計畫",
        "chi_subject": "為有效提昇彰化縣資源回收執行績效，建立完善之資源回收體系，並協助各項回收物有妥善去化管道，透過輔導各鄉鎮市公所執行作法、研擬及落實各項執行策略，本計畫執行成果如下：\n一 辦理垃圾減量及資源回收相關管理工作：經由11 2 年實際執行後資源回收率達 5 4 21 %%，廚餘回收率達2. 03 %，本計畫也針對各公所轄區特性及目前推動作法提出後續推動參考作法，並提出各項改善策略，對其轄內回收量可有逐漸提升的效果。\n二 沿線收運及進廠車輛垃圾檢查作業：在執行垃圾清運沿線跟車過程中，發現部分清潔隊員有不安全的行為，或是未勸導民眾做好垃圾分類，此外在垃圾採樣也發現垃圾中仍有5.54% 的資收物、2 5 .8 7 %廚餘，因此仍需清潔隊與民眾持續配合回收分類作業，以減少垃圾中回收物比例。\n三 資源回收績效考核作業：本計畫已協助辦理環境部及彰化縣資源回收績效考核作業，藉由本縣各執行機關及民眾之努力，以協助彰化縣獲取11 2 年資源回收績效考核佳績。此外，亦彙整11 2 年各縣市績優作法，提供給環保局及鄉鎮市公所參考，藉以擬定適合本縣的績優作法。\n四 辦理多元化宣導作業 配合媽祖遶境、村里大樓、政府單位活動、校園等場合執行資源回收宣導共201 場次；並設計海報文宣及製作宣導品，提升宣導效果。",
        "eng_title": "112 Changhua Recycling Comprehensive Management Plan",
        "eng_subject": "The purpose of this project is to effectively improve Changhua County's\nexecution performance in resource recycling, to establish a complete resource\nrecycling system, by counseling each township and city office in the method of\nexecution, to draft and pro perly execute various implementation strategies. The\nresults of the project's implementation are as follows:\n1.Carrying out waste reduction, resource recycling and food waste recycling\nwork: After actual implementation in 202 3 , resource recycling rate reaches\n5 4.21 % while food waste recycling rate reaches 03 %. The project also\nposes follow up promotion methods, with reference to the characteristics of\neach jurisdiction and their current promotion methods, and has put forward\nimprovement strategies, which will be able to progressively improve results\nwith r espect to the amount of recycling within their jurisdiction.\n2. Inspection of garbage collected and transported on site along the route: in the\nprocess of following the car along the garbage cleaning route, some members\nof the cleaning squadrons were found to act unsafely, or did not guide people\nto properly sort wa stes. Also, during waste sampling, it was found that 5 54 %\nof resources, 2 5 .8 7 % of while food waste recycling rate reaches in the waste.\nIn addition, the cleaning squadron and the public still needs to continue to\ncooperate with the recycling and sorting o perations to reduce the proportion\nof recyclables in the garbage.\n3.Recycling performance evaluation work: this project supported the\nResource\nCirculation Administration ,Ministry of Environment and Changhua county in\nthe recycling performance evaluation work. Through the collective effort of\nthe executive units and local people, a good result was achieved in the 202 3 re-\ncycling performance evaluation. Also, valuable references of other cities’ re-\ncycling methods were compiled and provided to the environmental protection\nbureau, township halls or municipal offices, which ser ve as examples for de-\nveloping a suitable approach for Changhua.\n4. Totally\n201 sessions of resource recycling dissemination for the Dajia Mazu\npilgrimage, activities for township hall and Government and campus; associate\nwith poster design and promotional material make to improve the effect of\npublicity.",
        "proj_year": "112",
        "org_name": "彰化縣環境保護局",
        "exe_unit": "上境科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1120349341",
        "publish_date": "20250217"
    },
    {
        "chi_title": "0800-085717資源回收免費服務專線專案工作計畫",
        "chi_subject": "0800-085717資源回收專線站在第一線，強化資源回收，落實回收觀念\n本計畫提供民眾快速直接之溝通管道，受理諮詢、檢舉、陳情、檢舉通報等服務。為強化為民服務品質，建立24小時語音服務系統、智能客服、LINE服務等多元管道，配合宣導民眾做好分類以提升回收率。\n一通電話快速解決民眾問題，服務滿意度高達 93%之正面肯定評價\n112年11月至113年10月專線話務量計8萬2,890通、專人接聽97.37%、民眾語音留言數603通、後送案件58件、受理檢舉路邊廢車1,106件、簡訊服務1萬2,522則及外撥作業2,202通。接聽服務9成9以上於線上完成，後送案件3天內辦理結案率達84.48%，顯見非常重視民眾對資源回收體制的回饋。每通專人服務電話，導入滿意度評分系統，達98.92%滿意，每半年進行專線整體滿意度調查，滿意度達93.71%，顯見民眾對專線的服務給予肯定。\n提供民眾便捷數位服務，彈性運用解決回收需求，以提升服務有效性\n112年11月至113年10月有 2,167 位民眾使用智能客服，其提問4,991個問題，智能系統有給予答案題數計4,769題，系統覆蓋率達95.55%；專線新增知識題庫累計1,148題、例句數6萬9,757則；另，智能客服數位服務再升級，於113年5月起提供專人服務時間內可轉專人文字客服服務。LINE服務自112年11月至113年10月加入好友計1萬0,992民眾，其中有1,647位民眾使用專人提供1對1諮詢服務；期間本計畫同步配合環境部推廣之活動，於LINE平台發送活動訊息，鼓勵民眾踴躍參與，藉由不同管道宣傳資源回收相關訊息，提升資源回收資訊的推廣度。\n0800-085-717資源回收免費服務專線持續以顧客導向思維，不斷策進各項服務領域與作業流程，以提供更廣、更好、更細緻之服務。",
        "eng_title": "0800-085717 Recycling Hotline.",
        "eng_subject": "0800-085717 Recycling Hotline stands on the front line, strengthen recycling efforts and implementing recycling concepts.\nThis plan provides a fast and direct communication channel for the public, and accepts services such as consultation, reporting, complaints, reporting reports, etc. In order to strengthen the quality of services for the people, multiple channels such as a 24-hour voice service system, intelligent AI customer service, and LINE services have been established to promulgate the awareness of sorting to increase the recycling rate.\nQuick solutions with just one call – achieving 93% satisfaction rate\nFrom November 2023 to October 2024, there were a total of 82,890 calls for the incoming calls of dedicated hotline, a 97.37% response rate by dedicated personnel, 603 voice messages from the public, 58 cases for information requests, 1,106 reports of roadside abandoned vehicles, 12,522 text messages and 2,202 outbound calls. More than 99% of answering services were completed online, and 84.48% of evacuation cases were resolved within 3 days. It obviously showed great care about the feedback from the public on the resource recycling system.\nThe satisfaction rating system was introduced to each service call for dedicated personnel, and the satisfaction rate reached 98.92%. The overall satisfaction survey of the dedicated hotline was conducted every six months, and the satisfaction rate reached 93.71%. It was obvious that the public affirmed the service of the dedicated hotline.\nDelivering flexible and convenient digital sevices to meet recycling needs of  the general public thereby improving service efficiency.\nFrom November 2023 to October 2024, 2,167 people used the intelligent AI customer service, asking a total of 4,991 questions. It has accumulated 4,769 knowledge questions and achieved an answer rate of 95.55%.  \nIn addition, it has accumulated a total of 1,148 knowledge questions and 69,757 example sentences.Starting form May 2024, users can be transferred to a live text customer service representative for faster services,\nDuring the November 2023 to October 2024, LINE service, there were 10,992 friends, with 1,647 users utilizing the intelligent LINE one-by-one services. The project aligns with activities promoted by the Ministry of Environmental Protection .\nMessages about the activities are sent on the LINE platform, encouraging people to actively participate. By using different channels to promulgate related information about resource recycling. The promotion of resource recycling information will be improved. \n0800-085-717 the resource recycling free service dedicated hotline continues to adopt customer-oriented thinking, and constantly enhances various areas of services and operating procedures in order to provide wider, better, and more detailed services.",
        "proj_year": "112",
        "org_name": "循環署回收基金管理會",
        "exe_unit": "台灣優勢客服科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1120332230",
        "publish_date": "20250207"
    },
    {
        "chi_title": "112年度「優質公廁及美質環境推動計畫」經常門計畫(基隆市)",
        "chi_subject": "本案基隆市環境清潔維護改善計畫，計畫內有關公廁清潔維護及天災復原或環境整潔計畫，公廁清潔部分已執行列管公廁巡檢、公廁資料正確性盤點、辦理公廁清掃學習及「優質公廁及美質環境推動計畫」相關事宜；環境整潔部分已執行中央部會空屋空地巡檢、辦理環境衛生宣導及戒檳班活動。",
        "eng_title": "Keelung City’s 112th Annual “Quality Public Toilet and Beautiful Environment Promotion Plan” Regular Door Project",
        "eng_subject": "In this case, the Keelung City Environmental Cleaning Maintenance Improvement Plan, which involves public toilet cleaning and maintenance and natural disaster recovery or environmental cleanliness plan, the public toilet cleaning part has carried out scheduled public toilet inspections, inventory of the correctness of public toilet information, and conducted public toilet cleaning studies and quality Matters related to the Public Toilets and Beautiful Environment Promotion Plan; the environmental cleanliness department has carried out inspections of empty houses and open spaces by the Central Committee, carried out environmental sanitation publicity and cessation classes。",
        "proj_year": "112",
        "org_name": "基隆市環境保護局",
        "exe_unit": "永固環境工程顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1120302129",
        "publish_date": "20250204"
    },
    {
        "chi_title": "建構新南向國家資源循環區域夥伴計畫",
        "chi_subject": "近年來，新南向開發中國家的人口持續增長，經濟快速發展，城市數量與規模不斷擴大，帶來了嚴重的污染與環境問題，尤其是廢棄物量急劇上升。該區域大部分廢棄物的處理方式仍是露天燃燒或傾倒於垃圾掩埋場，露天燃燒會釋放有毒氣體，直接與間接影響健康與環境；加上垃圾掩埋場的建設與管理不當，經常出現滲漏現象，導致土地污染。因此，廢棄物處理已成為新南向開發中國家亟需解決的問題。\n臺灣的新南向政策為因應全球變化及區域整合的趨勢，旨在促進與亞太地區的合作。在這一框架下，臺灣積極推動與新南向國家在資源循環領域的交流與合作。今年度，透過邀請新南向國家代表參與雙邊及多邊交流活動，本計畫舉辦越南、泰國進行視訊會議，交流臺灣與這些國家在資源循環政策及產業現況上的經驗，收穫豐碩。此外，透過舉辦新南向國家資源循環夥伴交流論壇及圓桌會議，邀請新南向國家代表來台，分享當地的資源循環政策執行情況、產業動態、市場機會及技術題，進一步深化臺灣與新南向國家的夥伴關係及合作基礎。今年度亦規劃赴越南進行實地考察與參訪，以進一步瞭解當地市場需求與合作機會，並促進雙邊實質交流。\n為深入了解臺灣資源循環產業在新南向市場的進展與面臨的挑戰，本計畫舉辦資源循環產業說明會及專家諮詢會，提供政府、產業與學界交流的平台，瞭解產業進軍新南向市場的意願與需求，為後續政策方向制定提供參考。\n最後，為建立臺灣與新南向國家的基礎資料，本計畫建置Google Site資料庫及規劃新南向政策系統平台，以利未來我國政府、產業與新南向市場開展更廣泛的交流與合作機會。整體而言，本計畫主要促進雙邊的實質交流，並為資源循環產業創造更多合作商機。",
        "eng_title": "Establishing a Regional Resource Recycling Partnership Program for New Southbound Countries",
        "eng_subject": "In recent years, the population in New Southbound developing countries has been growing steadily, with rapid economic expansion and a rise in the number\nand size of urban areas. This growth has brought significant pollution and\nenvironmental challenges, particularly with a sharp increase in waste. Most waste in these regions is handled through open burning or landfill disposal. Open burning releases toxic gases, impacting health and the environment both directly\nand indirectly. Additionally, inadequate construction and management of landfills often lead to leakage, causing soil pollution. Consequently, waste management\nhas become an urgent issue for New Southbound developing countries.\nTaiwan's New Southbound Policy is a core component of its international trade strategy, aiming to foster cooperation with the Asia-Pacific region in response to global shifts and regional integration trends. Within this framework, Taiwan has been actively promoting exchanges and collaboration with New\nSouthbound countries in the field of resource recycling. This year, representatives from New Southbound countries were invited to participate in bilateral and multilateral exchange activities. The project hosted virtual meetings with Vietnam\nand Thailand to share Taiwan’s and these countries’ experiences in resource recycling policies and industry developments, yielding substantial results. In\naddition, a Resource Recycling Partner Exchange Forum and a roundtable were held, inviting representatives from New Southbound countries to Taiwan to share insights on local resource recycling policies, industry trends, market opportunities, and relevant technologies, further strengthening Taiwan’s partnership and\ncollaboration foundation with these nations. Plans were also made this year to conduct on-site visits to Vietnam to gain deeper insights into local market\ndemands and collaboration opportunities, fostering practical bilateral exchange.\nTo gain a comprehensive understanding of Taiwan’s resource recycling industry’s progress and challenges in New Southbound markets, the project organized a Resource Recycling Industry Briefing and an Expert Consultation\nMeeting. These meetings provided a platform for government, industry, and\nacademic stakeholders to exchange insights, gauge the industry's interest and\nneeds in entering New Southbound markets, and guide future policy development.\nFinally, to establish foundational data for Taiwan and New Southbound\ncountries, the project has set up a Google Site database and is planning a New Southbound Policy system platform. This infrastructure will facilitate broader opportunities for exchange and cooperation between Taiwan's government,\nindustry, and New Southbound markets. Overall, the project aims to promote substantive bilateral exchanges and create more collaborative opportunities for the resource recycling industry.",
        "proj_year": "112",
        "org_name": "循環署循環處理組",
        "exe_unit": "毅泰管理顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1120276400",
        "publish_date": "20250204"
    },
    {
        "chi_title": "112年度基隆市非農地環境雜草管理計畫",
        "chi_subject": "(一) 辦理非農地之環境雜草清除作業\n針對本市七個區公所轄內各里非農地部分，總計約 1,600坪 地點，辦理非農地環境雜草推廣示範清除作業活動，共辦理 8場次 ，動員 210人 進行周邊環境清整 。\n(二)\t辦理環境雜草宣導說明會：\n說明認識雜草與管理應用，加強民眾認知的宣導使其能了解正確環境雜草清除觀念，不讓除草劑潛在環境中也毒害了人類健康。",
        "eng_title": "112th Annual Keelung City Non-Agricultural Land Environmental Weed Management Plan",
        "eng_subject": "(1) Handle environmental weed removal operations on non-agricultural land\nFor the non-agricultural land within the jurisdiction of the city's seven district offices, a total of about 1,600 square meters of land, non-agricultural land environmental weed promotion and demonstration clearing operations were conducted. A total of 8 sessions were conducted, and 210 people were mobilized to clean up the surrounding environment.\n(2) Conduct publicity and briefing sessions on environmental weeds:\nExplain the understanding of weeds and their management applications, and strengthen public awareness and publicity so that they can understand the correct concepts of environmental weed removal, and prevent herbicides from potentially poisoning human health in the environment.",
        "proj_year": "112",
        "org_name": "基隆市環境保護局",
        "exe_unit": "永固環境工程顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1120276099",
        "publish_date": "20250204"
    },
    {
        "chi_title": "超細懸浮微粒監測評估先期研究計畫",
        "chi_subject": "為了因應國際上針對空氣中懸浮微粒逐漸加嚴的管制趨勢，且鑑於目前國內空氣品質監測站尚無可量測超細懸浮微粒濃度與特性之儀器，因此本計畫研究團隊於臺北市主要交通道路旁，架設空氣品質監測站，進行一系列超細懸浮微粒的相關連續監測，量測包含微粒質量濃度、粒徑分布、黑碳濃度與氣狀污染物之濃度，並根據量測結果，評估微粒與移動污染源之相關性與排放特徵，再利用微型感測器數據推估移動污染源排放等事項。本計畫已完成所有量測，量測分析結果顯示黑碳、一氧化碳、氮氧化物、超細懸浮微粒等污染物，會與交通車輛排放源強度有顯著的相關性。經由貢獻量評估後，環境中約有九成左右的超細懸浮微粒是由移動污染源所貢獻。微型感測器經過比對校正實驗後，已完成效能測試，並建立了校正模型，可用於後空氣品質量測上，進而可用來評估移動源強度。",
        "eng_title": "Early-stage Research Project for Monitoring and Assessing Ultrafine Particles",
        "eng_subject": "To respond to the international trend of increasingly stringent regulations on airborne particulate matter and given that current domestic air quality monitoring stations lack instruments capable of measuring the concentration and characteristics of ultrafine particles (UFPs), the research team established an air quality monitoring station near major traffic roads in Taipei City. A series of continuous monitoring of ultrafine particles was conducted, measuring particle mass concentration, particle size distribution, black carbon concentration, and gaseous pollutants. Based on the measurement results, the correlation between particles and mobile pollution sources, as well as their emission characteristics, were assessed. Additionally, data from miniature sensors were used to estimate emissions from mobile sources.\nThe project has completed all measurements. The analysis results show that pollutants such as black carbon, carbon monoxide, nitrogen oxides, and ultrafine particles are significantly correlated with the intensity of traffic vehicle emissions. Contribution assessments indicate that approximately 90% of ultrafine particles in the environment are attributed to mobile pollution sources. After calibration experiments, the miniature sensors have completed performance testing and a calibration model has been established, which can be applied to future air quality measurements and used to assess the intensity of mobile sources.",
        "proj_year": "112",
        "org_name": "環境部環境資訊科技司",
        "exe_unit": "國立臺灣大學",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1120174194",
        "publish_date": "20251206"
    },
    {
        "chi_title": "人工智慧影像判煙辨識技術精進及擴大建置計畫",
        "chi_subject": "本計畫針對影像判煙系統進行改良，主要成果包含：開發移動式輕量化判煙系統，可將影像傳輸至遠端伺服器以進行不透光率計算；改良黑煙的人工圈煙功能，新增自動圈煙功能；對於白煙不透光率計算，排除亮背景參數並改以神經網路計算，不透光率平均誤差為7.43 ％，最大誤差為31.36 ％。在提升不透光率準確度上，透過不煙流穩定性實例分析，在現場測試輕量化移動式判煙系統於臺南虎頭埤，獲得黑煙與白煙的不透光率平均誤差分別為4.27 ％與4.55 ％，最大誤差則為12.2 ％與10.8 ％，有效提升準確度。\n        此外，本計畫將智慧影像判煙辨識系統應用於船舶及工地揚塵的判定，船舶辨識準確度及揚塵嚴重程度分別達98.13 ％與輕度\/中度\/重度定性判定。為了測試判煙系統在低光照環境下的效能，完成光源的改裝設計與製作，並擴大室內校正系統光照環境條件(~1,000 lx, ~8,000 lx)。為了測試判煙系統辨別更多級別不透光率的能力，新增5片灰階板進行不透光率確認，精進後的室內校正系統可提供判煙系統9級的不透光率校正。\n        關於將判煙系統從戶外驗證轉至室內驗證的可行性，團隊拍攝了大量煙流影像並嘗試製作標準影像，完成白煙不透光率數位煙流影像的5大類別(10 %, 20 %, 40 %, 60 %, 75 %)。將數位煙流影像呈現在標準螢幕上，使用亮度計進行不透光率量測，不透光率與發煙機數值差異最大可達~20 %。後續需再進一步分析5大類影像不透光率量測值與發煙機數值差異來源，方可得出可以運用在白煙10 %～75 %不透光率的鑑別範圍。\n        計畫期間配合環境部提供1組判煙辨識系統供環境部即時宣傳或及示範使用並舉辦10場說明會議、交流會議、審查會議，出席共計181人次(含19專家人次)，以及配合辦理20場工作檢討會議。",
        "eng_title": "The improved technique and expanded construction project of smoke identification by artificial intelligence image technology",
        "eng_subject": "This project aims to improve an image-based smoke detection system, with the main results including: developing a mobile and lightweight smoke detection system that transmits images to a remote server for opacity calculation; improving the manual framing function of black smoke with added automatic framing; using a neural network instead of bright background parameters for white smoke opacity calculation, with an average error of 7.43 % and maximum error of 31.36 %. In improving opacity accuracy, through analysis of stable smoke flow examples, field testing of the lightweight mobile smoke detection system at HuTou Pond in Tainan obtained average errors of 4.27 ％ and 4.55 ％ for black smoke and white smoke opacities, respectively, and maximum errors of 12.2 ％ and 10.8 ％, effectively improving accuracy.\n   In addition, this project applies an intelligent image smoke identification system to ship and construction dust determination, with ship identification accuracy reaching 98.13％ and dust severity classification being qualitatively determined as light\/moderate\/severe.\n    To test the performance of the smoke detection system under low light environments, light source modification design and manufacturing were completed, and the indoor calibration system’s lighting environment conditions were expanded (~1,000 lx, ~8,000 lx). To test the ability of the smoke detection system to distinguish more levels of opacity, five gray plates were added for opacity confirmation, and the improved indoor calibration system can provide nine levels of opacity calibration for the smoke detection system.\n   Regarding the feasibility of verifying the smoke detection system from outdoor to indoor, the team shot a large number of plume images and attempted to create standard images, completing five categories of white plume opacity (10 %, 20 %, 40 %, 60 %, 75 %) digital image databases. Display the digital plume images on a standard screen and use a photometer to measure opacity. The difference in opacity between the photometer and the smoke generator can be as much as 20 %. Further analysis is needed to determine the sources of discrepancies between the opacity measurements of the five major categories of images and the smoke generator readings. This will help establish a distinguishable range for identifying opacity from 10 % to 75 % in white smoke.\n    During the project period, provide the Ministry of the Environment with a set of smoke recognition systems for their real-time promotion or demonstration, and hold 10 explanatory meetings, exchange meetings, and review meetings, with a total attendance of 181 people, including 19 experts. Additionally, facilitate 20 work review meetings.",
        "proj_year": "112",
        "org_name": "環境部大氣環境司",
        "exe_unit": "財團法人工業技術研究院",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1120163619",
        "publish_date": "20250220"
    },
    {
        "chi_title": "111至113年細懸浮微粒標準方法監測(北區)專案工作計畫",
        "chi_subject": "本計畫執行期間為111年11月1日至113年12月31日止。計畫目標為執行全國(北區)PM2.5質量濃度手動監測，計畫執行區域包含基隆(測站編號001)、汐止(測站編號002)、板橋(測站編號006)、士林(測站編號011)、萬華(測站編號013)、桃園(測站編號017)、平鎮(測站編號020)、花蓮(測站編號063)、陽明(測站編號064)、宜蘭(測站編號065)及馬祖(測站編號075)，等共11測站。\n手動監測頻率為每3天1次，採樣時間為指定日期之凌晨零時至24時，連續24小時之採樣。本計畫手動監測作業時間原則如後：(1)採樣日前12小時需完成放樣作業，(2)採樣日後12小時需完成取樣作業．樣品取出後需在24小時內送回實驗室進行後續調理分析。本計畫第一年度應執行1342站次，有效執行完成1314站次，暫停採樣數為13站次，無效數據為15站次，緊急應變啟用備機共0站次，資料可用率為97.9%；第二年度應執行1342站次，有效執行完成1309站次，暫停採樣數為19站次，無效數據為14站次，緊急應變啟用備機共1站次，資料可用率為97.5%；2年合計應執行2684站次，有效執行完成2623站次，暫停採樣數為32站次，無效數據為29站次，緊急應變啟用備機共1站次，資料可用率為97.7%。",
        "eng_title": "Sampling\/Monitoring Program for (FRM) PM2.5 in Northern Taiwan",
        "eng_subject": "This project started from November 1st 2022 and will end on October 31th 2024. The project goal is using manual method (NIEA A205) to monitor PM2.5 in Northern Taiwan at 11 monitoring stations: Keelung(station number:001), Xizhi(station number:002), Banqiao(station number:006), Shilin(station number:011), Wanhua(station number:013), Taoyuan(station number:017), Pingzhen(station number:020), Hualien(station number:063), Yangming(station number:064), Yilan(station number:065) and Matsu(station number:075). The PM2.5 samples were collected once every 3 days with 24hr sampling time continuously from 00:00 to 24:00 on designated day, simultaneously at all stations. Some rules should be followed: (1) Before sampling start, filters should be set up in samplers within 12 hours. (2) From the end of sampling, filters should be taken out from samplers within 12 hours. (3) All samples should get in to lab (SGS) within 24 hours after drawn out form samplers.\n\nAt the first stage (2022\/11\/1~2023\/10\/31), 1342 samples should be accomplished. In the end, 1314 samples were available, 15 samples were failed, and 13 samples were suspended. There are 0 time emergency response actions in first stage. The rate of achievement was 97.9 %. At the Second stage (2023\/11\/1~2024\/10\/31), 1342 samples should be accomplished. In the end, 1309 samples were available, 14 samples were failed, and 19 samples were suspended. There are 1 times emergency response actions in second stage. The rate of achievement was 97.5 %. Totally, the project had 2684 samples should be accomplished. In the end, 2623 samples were available, 29 samples were failed, and 32 samples were suspended. The rate of totally achievement was 97.7 %.",
        "proj_year": "111",
        "org_name": "環境部環境資訊科技司",
        "exe_unit": "台灣檢驗科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1113697953",
        "publish_date": "20250228"
    },
    {
        "chi_title": "111至113年細懸浮微粒標準方法監測(南區)專案工作計畫",
        "chi_subject": "本計畫主要針對臺灣南部地區(嘉義以南、臺東及澎湖)包括朴子、嘉義、新營、臺南、前金、美濃、屏東、恆春、臺東、馬公、枋山等 11 個監測站 PM2.5 質量濃度手動監測，提供資料可用，各站每年預計之檢測次數為 122 次。本計畫監測工作係使用環境部提供之採樣器(Met One)，並依環保署公告之方法(NIEA A 2 0 5 .11C)為之，自 111 年 11 月 1 日開始全國同步每 3 日 1 次的監測作業，截至 113 年 10 月 31 日每站應執行 244 次監測。由監測結果來看，扣除因採樣時間不足、環境溫度與濾紙溫度差超過 5 ℃且連續 30 分鐘、內外部測漏及單點流率查核未通過等採樣失敗原因之次數外，各測站資料可用率介於 97.5% ～ 99.6%，其中以嘉義站樣品有效率為最高。大多數空品站 PM2.5 濃度以冬季最高夏季最低。",
        "eng_title": "Sampling\/Monitoring Program for(FRM) PM2 .5 in Southern Taiwan",
        "eng_subject": "The purpose of this project was to monitor the mass concentration of fine suspended particle (PM2.5 ) by manual collection in southern area of \nTaiwan. 11 monitoring stations of this project were included Putz, Chiayi, Sinying, Tainan, Cianjin, Meinong, Pingtung, Fangshan, Hengchun, Taitung and Magong. Each station estimates every year of the monitoring number was 122 times. This project monitoring system was using a \nsampler of MOE provides (MetOne), and to whom the method according to NIEA A205. 11C. Since November 1, 2022 began monitoring \noperations every three days one time, up to October 31, 2024 for each station should monitor 244 times.\nBy the monitoring results , net of lack of time failure, the efficiency o f each station samples ranged from 97.5 % ～  99.6 %, which Chiayi Station\nsample rate was the highest. For most monitoring stations, seasonal variations were obvious, PM2.5 concentration was highest in winter and \nlowest in summer .",
        "proj_year": "111",
        "org_name": "環境部環境資訊科技司",
        "exe_unit": "中環科技事業股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1110898341",
        "publish_date": "20250228"
    },
    {
        "chi_title": "111至113年細懸浮微粒標準方法監測(中區)專案工作計畫",
        "chi_subject": "計畫針對中臺灣等10站一般監測站進行每三天一次手動細懸浮微粒(PM2.5) 監測，其例行監測站分別為竹東站、新竹、苗栗、三義、忠明、豐原、南投、彰化、斗六及金門等站，計畫執行時間為111年11月01日起至113年12月31日。\n　　計畫執行期間，合計應執行2440站次監測，實際完成2396站次監測，因採樣器故障 (包含當機、流量異常、測漏異常、溫度異常、大氣壓力異常或未符合品保規範等原因) 導致採樣失敗22站次，暫停採樣22站次，監測完成率為98.2 %。",
        "eng_title": "Sampling\/Monitoring Program for (FRM) PM2.5 in Central Taiwan (2022~2024)",
        "eng_subject": "We monitored the PM2.5 by manual method in ten monitoring stations in central Taiwan. These ten stations are Zhudong, Hsinchu, Miaoli , Sanyi , Zhongming , Fengyuan, Nantou , Changhua , Douliou and Kinmen. Each station has been conducted once every three days during the period of Nov.1, 2022 to Dec. 31, 2024.\n　　There had been 2440 samples should be accomplished. In the end, 2396 samples were available, 22samples were failed, 22 samples were suspended, and the rate of total completion was 98.2 %.",
        "proj_year": "111",
        "org_name": "環境部環境資訊科技司",
        "exe_unit": "上準環境科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1110759374",
        "publish_date": "20250228"
    },
    {
        "chi_title": "113年度基隆市非農地環境雜草管理計畫",
        "chi_subject": "基隆市為維護環境及民眾健康，針對七個區公所轄內各里非農地部分，由各區提供總計約1,600坪(各區提供約200坪)地點，辦理非農地環境雜草推廣示範清除作業活動，並辦理8場次，動員242人(包含志工隊及里辦公處等)進行周邊環境清整。",
        "eng_title": "113 Keelung City Non-Agricultural Land Environmental Weed Management Plan",
        "eng_subject": "In order to protect the environment and public health, Keelung City has provided a total of about 1,600 square meters (each district provides about 200 square meters) of non-agricultural land within the jurisdiction of the seven district offices to conduct demonstrations and demonstrations of weed removal in non-agricultural lands. Operation activities were carried out and 8 sessions were carried out, 242 people (including volunteer teams and office offices, etc.) were mobilized to clean up the surrounding environment.",
        "proj_year": "113",
        "org_name": "基隆市環境保護局",
        "exe_unit": "永固環境工程顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1134268710",
        "publish_date": "20250226"
    },
    {
        "chi_title": "產業轉型水體重金屬檢測技術開發研究(2\/4)",
        "chi_subject": "金屬加工、表面處理以及電子工業等領域，其製程中所產生的大量廢水中多含重金屬，於製程中所產生的廢水皆須經過妥善處理，以減少對環境的衝擊，即時確認重金屬去除效率與控管放流水水質，選擇快速、適當的檢測或測量技術，亦是至關重要的一環；本計畫首先針對上述製程廢水中具重金屬污染潛勢之產業進行歸納，而後彙整並簡述前述產業常用之重金屬廢水處理及回收技術；此外，考量協助推行國內產業廢水重金屬綠色處理及回收趨勢，本計畫並針對國內具重金屬污染潛勢之產業別，進行其製程廢水中，重金屬特性、濃度及原料來源之彙整及歸納，並篩選出一電鍍示範廠，提出重金屬綠色處理及回收方案供其參考。此外延續前一年度之微電漿檢測技術開發成果，持續針對檢測性能、重金屬測項等進行優化，建立重金屬檢測檢量線及即偵測極限，四種金屬回歸直線的線性程度(R2)皆大於0.995，偵測極限部分以鉛最低為0.011 mg\/L，其次為鎳之0.018 mg\/L、銅之0.036 mg\/L及鋅之0.061 mg\/L，並採實際水樣進行測試，以外添加目標重金屬之方式，進行微電漿檢測技術驗證，銅、鋅及鉛之回收率落在88至115%之間，鎳的回收率較差僅約72.2%，原因為易受OH背景；最後，為推行微電漿檢測技術落地化應用，本計畫整合前處理設備、開發流程、電漿技術最佳化等各面向，建立微電漿感測雛型機，最後依原型機初步設計進行未來產品化之競爭力分析如成本及市場分析。",
        "eng_title": "Research and Development of Water Body Heavy Metal Detection Technology in the Industrial Transformation Process (2\/4)",
        "eng_subject": "Many industries generate large amounts of heavy metal-containing wastewater during their processes, such as metal processing, surface treatment, and the electronics industry. Proper treatment of these wastewater streams is essential to reduce environmental impact and ensure that effluent quality meets environmental standards. Therefore, selecting efficient and suitable detection or measurement technologies to monitor the removal of heavy metals is crucial.\nThe project began by categorizing industries with high potential for heavy metal contamination and summarizing the common heavy metal wastewater treatment and recovery technologies used in these industries. Additionally, to support the promotion of green treatment and recovery trends in domestic industrial wastewater, the project consolidates and organizes data on the characteristics, concentrations, and sources of raw materials of heavy metals in wastewater from industries with potential heavy metal contamination in Taiwan. A demonstration electroplating plant was selected, and a green treatment and recovery plan for heavy metals were proposed for reference.\nFurthermore, building on the previous year's development of microplasma detection technology, this project continued to optimize detection performance and focus on improving the measurement of heavy metals. The project already established calibration lines for heavy metal detection and define the detection limits. Test results show that the linearity (R2) of calibration lines for copper, zinc, and lead is greater than 0.995, and the detection limits are as follows: lead at 0.011 mg\/L, nickel at 0.018 mg\/L, copper at 0.036 mg\/L, and zinc at 0.061 mg\/L. Tests using actual water samples with added target heavy metals showed recovery rates for copper, zinc, and lead between 88% and 115%, while nickel recovery was lower at approximately 72.2%, possibly due to interference from OH background.\nFinally, to implement the microplasma detection technology in practical applications, this project integrated pretreatment equipment, process development, and plasma technology optimization. A prototype of the microplasma sensor was established, and a competitiveness analysis for future product commercialization, including cost and market analysis, were conducted.\nThis series of efforts will not only improve the efficiency of heavy metal wastewater treatment but also actively promote the application of green treatment and recovery technologies in domestic industries.",
        "proj_year": "113",
        "org_name": "國環院環境治理研究中心",
        "exe_unit": "財團法人工業技術研究院",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1133956603",
        "publish_date": "20250203"
    },
    {
        "chi_title": "花蓮縣-113年資源循環工作計畫",
        "chi_subject": "本計畫於 112年12 月26 日決標，113 年1 月1 日起開始執行，期程至113 年12 月31 日止，總經費9,700,000 元整。主要工作項目包含對各類指定業者執行稽查、回收處理業登記證變更、展延輔導、資源零廢棄推動及針對環境部、環保局各項績效評比計畫與交辦事項等，在期中報告工作量化成果中，統計至113年10月31日止，各項工作逐月完成數量及累計進度均依照預定進度達成合約規範。本計畫除了要求數量上達成，亦要求能在品質上提昇，本工作小組每月提送月成果報告於環保局核定，各項工作詳細成果說明請參閱後續各章節內容所述",
        "eng_title": "Hualien County Resource Recycling and Source Reduction Audit and Control Plan",
        "eng_subject": "The project was awarded on December 26, 2013, and will be implemented on January 1, 2014, and will last until December 31, 2014, with a total budget of NT$9,700,000. The main work items include auditing various designated businesses, changing the registration certificates of recycling and processing businesses, extending guidance, promoting zero waste resources, and various performance evaluation plans and assignments for the Ministry of Environment and the Environmental Protection Bureau. In the quantitative results of the mid-term report, statistics are compiled as of October 31, 2014, and the monthly completion quantity and cumulative progress of each task have met the contract specifications in accordance with the scheduled progress. In addition to the requirement of achieving the quantity, this plan also requires the improvement of quality. This working group submits monthly results reports to the Environmental Protection Bureau for approval. For detailed descriptions of the results of each work, please refer to the contents of the subsequent chapters.",
        "proj_year": "113",
        "org_name": "花蓮縣環境保護局",
        "exe_unit": "新翊環境有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1133936488",
        "publish_date": "20250224"
    },
    {
        "chi_title": "113年原鄉垃圾清運改善之策略規劃暨環保設施效能精進委託專案計畫",
        "chi_subject": "本計畫的主要目標是改善全國55個原鄉地區的垃圾清運及環境管理，已取得顯著成效。首先，本計畫完成了16個原鄉地區的實地訪查，了解當地垃圾收運情況和設置定點收集設施的需求，並選擇屏東縣獅子鄉、臺東縣金峰鄉、南投縣魚池鄉等三個地區進行設置。此外，本計畫辦理了三場座談會，促進地方機關間的合作與交流，共同探討並解決當地的環保問題，並強化了居民的環保意識。\n在垃圾清運作業的評估與追蹤方面，本計畫已完成9個地區共18件補助案的成效追蹤，同時蒐集並分析了17個原鄉及1個偏鄉地區的垃圾清運收費標準資料，還製作了相關成果影片與宣傳圖卡，以便推廣環保知識並提升當地社區的參與感。\n此外，為解決垃圾棄置問題，本計畫針對12個原鄉地區進行了垃圾棄置熱點的調查，共發現21處垃圾棄置點，並成功清除8處垃圾瀑布。為進一步提升監控效果，計畫在南投縣仁愛鄉與臺東縣延平鄉設置了智能監控設備，有效加強了對垃圾棄置的監控與管理。\n最後，本計畫也積極協助行政機關推動原鄉垃圾清運政策，蒐集垃圾棄置資料、回應民眾陳情，並持續追蹤垃圾清運情況，總體而言，本計畫透過設施優化、環保宣導及環境部環境管理署的支持，全面提升了原鄉地區的垃圾清運效率與環境品質。",
        "eng_title": "113 Year Indigenous areas Waste Collection Improvement Strategy Plan and Environmental Facility Efficiency Enhancement Commissioned Project Plan",
        "eng_subject": "The main objective of this project is to improve waste collection and environmental management in 55 indigenous areas nationwide, and significant progress has been made. Firstly, the project completed on-site visits to 16 indigenous regions to assess local waste collection practices and identify the need for designated collection points. Three areas—Lions Township in Pingtung County, Jinfeng Township in Taitung County, and Yuchi Township in Nantou County—were selected for the installation of these facilities. Additionally, the project organized three forums to foster cooperation and communication among local authorities, collaboratively addressing and resolving environmental issues, while also raising environmental awareness among residents.\nIn terms of evaluating and monitoring waste collection operations, the project has completed follow-up assessments for 18 subsidized projects across 9 regions. It also gathered and analyzed data on waste collection fees from 17 indigenous areas and one remote township, and produced related outcome videos and promotional materials to spread environmental knowledge and increase community participation.\nMoreover, to address illegal waste dumping, the project conducted investigations into waste dumping hotspots in 12 indigenous areas, identifying 21 such locations, and successfully cleared 8 illegal garbage waterfalls. To further enhance monitoring, intelligent surveillance equipment was installed in Ren’ai Township in Nantou County and Yanping Township in Taitung County, effectively strengthening oversight and management of waste dumping.\nFinally, the project actively assisted government agencies in implementing waste collection policies for indigenous areas, collecting data on illegal dumping, responding to public complaints, and continuously tracking waste collection progress. Overall, through the optimization of facilities, environmental awareness campaigns, and support from the Environmental Protection Administration, the project has comprehensively improved waste collection efficiency and environmental quality in indigenous regions.",
        "proj_year": "113",
        "org_name": "環管署一般廢棄物管理組",
        "exe_unit": "京丞資源國際有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1133746022",
        "publish_date": "20250301"
    },
    {
        "chi_title": "113年精進公廁管理及提升環境衛生計畫",
        "chi_subject": "環管署透過補助地方推動建構優質公廁，本(113)年度共計補助693座公廁，跨(114-115)年度共計核定補助262座。辦理公廁競圖活動由民眾投稿設計公廁，並委由專業委員替設計評分，共16件作品入圍決選獲獎。辦理公廁評鑑活動，活動期間有77.6%的民眾給予滿分評價。辦理公廁評比決選26個獲獎單位，表揚績優的管理維護單位。研擬乾式廁所試辦計畫，解決偏遠地區如廁需求問題。辦理民眾滿意度調查有90.1%民眾對公廁整體使用感到滿意。辦理說明會與檢討會，強化補助單位設計、管理及執行推動觀念；藉由查核、輔導與月例會進行工程管控、管理督導，協助改善工程品質與提升執行進度，並彙整108-113年推動成果。推動智慧公廁管理策略(AIoT)，研蒐國際新興公廁管理模式與研擬公廁論壇架構，並推動公廁附加價值模式，強化營運管理及提升多元友善服務。\n為強化民眾生活品質與環境維護，辦理環境衛生活動4場次、環境衛生相關活動會議32場次與績效考核，彙整各地髒亂點策略與執行取締亂吐檳榔汁渣、亂丟菸蒂、犬便情形，並推動菸蒂不落地相關事項與環境清潔維護及公廁秘密客計畫執行。\n綜上所述，「113年精進公廁管理及提升環境衛生計畫」係整合環境衛生與公廁管理精進，希冀提升公廁及環境整潔品質及達到永續發展的目標。",
        "eng_title": "The Project of Advancing Public Toilet Management and Enhancing Environmental Hygiene 2024",
        "eng_subject": "The Environmental Management Administration (EMA) of the Ministry of the Environment (MOE) has provided subsidies to various localities for the enhancement of high-quality public toilet construc-tion. In this year, a total of 693 public toilets have been subsidized un-der the fiscal year 2024, with an additional 262 toilets subsidized over the years 2025 to 2026. In the Public Toilet Design Competition, de-signs for public toilets were submitted by the community and evaluat-ed by professional members, resulting in 16 entries being shortlisted as finalists and winners. Furthermore, in the Public Toilet Evaluation Ac-tivity, full marks were awarded by 77.6% of participants. Twenty-six winners were recognized for their exceptional management and maintenance of public toilets in the Public Toilet Competition.\nA pilot scheme for dry toilets has been developed to address the needs of remote areas, and a public satisfaction survey was conducted, revealing that 90.1% of respondents were satisfied with the overall us-age of public toilets. Briefing and review meetings have been orga-nized to reinforce the strategies for design, management, and imple-mentation of the subsidized units. Project control and supervision have been monitored by the MOE through inspections, counseling, and monthly meetings, which have contributed to the improvement of pro-ject quality and the acceleration of the implementation process. The outcomes of promotional activities from fiscal years 2019 to 2024 have been documented.\nAdditionally, advanced public toilet management strategies using AIoT are being promoted, innovative international public toilet mod-els are being explored, and a forum structure for public toilets is being developed. This initiative aims to introduce value-added models that enhance operational management and provide multifaceted, user-friendly services.\nFour environmental hygiene events have been organized, along with 32 related meetings and performance assessments, to further im-prove the quality of public life and environmental protection. Strate-gies have been developed and measures implemented to eliminate lit-tering issues such as betel nut juice, cigarette butts, and dog feces. Ef-forts have been made to ensure that cigarette butts do not fall to the ground, and the maintenance of environmental cleanliness has been supported through initiatives like the Public Toilet Secret Visitor Pro-gram.\nIn conclusion, the “Project of Advancing Public Toilet Manage-ment and Enhancing Environmental Hygiene 2024” integrates and enhances both environmental hygiene and public toilet management with the aim of improving the quality of public toilets and the sur-rounding environment to achieve sustainable development.",
        "proj_year": "113",
        "org_name": "環管署環境衛生組",
        "exe_unit": "財團法人台灣產業服務基金會",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1133721176",
        "publish_date": "20250203"
    },
    {
        "chi_title": "嘉義市-113 年度水污染源稽查、許可審查及水污費徵收查核計畫",
        "chi_subject": "嘉義市轄內最主要的河川為牛稠溪(朴子溪流域)及八掌溪，皆為與嘉義縣交界之跨縣市河川，於嘉義市境內主要污染來源為生活污水，在污水下水道系統建設並不普及之情況下，為有效掌握及改善各流域水體水質狀況，期藉由「主動稽查管制」、「追蹤輔導改善」、「生活污水減量」、「河川防治宣導工作」及「推動沼液沼渣農地肥分使用」等作為，積極管制各事業水污染防治措施、杜絕非法排放及推廣畜牧業相關之環保法令及政策，以降低各流域河川水質污染惡化情形，有效減輕水體環境負荷程度。\n在水污染源稽查、水質採樣工作部分，已完成123家次(100 %)的稽查作業，查核結果除部分廠家於廢水處理設施發現不明管線及管線未標示或流向有誤外，其餘均未發現明顯違規，其4支不明管線已完成拆除\/封除工作。共計完成31件次之採樣作業，3家超過放流水標準，4月23日不合格之業者已開立裁處，8月22日不合格之業者，待後續依水污法進行裁處，其餘均符合放流水標準。已完成本市26家之社區稽查、定型化契約宣導作業，均有正常開機操作，開機率100 %，此外針對社區之電表、管線標示、放流口設置、流量計設置、污泥設施、抄表紀錄等進行查核，均未發現明顯違規；本市已有2家業者完成CWMS之設置、1家尚在建置中，本計畫另已於5月13日協助局端完成CWMS主機汰換作業。\n在水污染許可審查、營建工地及環工技師簽證查核部分，已協助33件審查作業，其中有23件核可、1件同意變更、5件補正中，3件審查中；27件逕流廢水審查作業、23件次之稽查，其中2家施工中，已依水污法進行裁處，其他工地均未見動工；完成2件環工技師簽證查核案件，並已將委員意見函文受查技師，後續經受查技師回覆、委員再次確認，其缺失等級各為1級、2級；完成4家次深度查核作業，並於同日召開協談會議，業者於10月20日前陸續提送改善期程規劃書，於11月20日前陸續提送改善成果報告書。\n在水污染防治基金管理及運作部分，嘉義市已累計徵收約507萬元，分配至地方約304萬元，協助2家加油站及1家畜牧業取得水污費停徵結算作業之核定，今年度已完成16家次之水污費徵收查核作業，其中6家不需重新核算外，10家因檢測水質濃度、申報水量、放流水標準適用行業別有誤等，涉及水污費需重新核算，已將查核結果予環境部，以進行後續水污染防治費用徵收之審核，此外亦針對16家業者進行採樣作業，採樣結果3家超過放流水標準，待後續依水污法進行裁處。\n在畜牧廢水氨氮回收部分，本市4家畜牧場均已取得畜牧糞尿資源化利用之核准，113年1~10月施灌量較112年同期成長(增加1,462.6公噸)，實際施灌比率較低者為明O畜牧場(29.6 %)，係因申請之核准施灌量較實際需求高，故該畜牧場後續將朝降低核准施灌量之方式以切合實際情形，以提升實際施灌比率；嘉O大學動物試驗場今年施灌幅度大幅增加，係因該場無自有施灌車輛皆需委外付費僱工施灌，往年多因經費不足無法維持正常施灌頻率，今年度因增加編列之預算，使其施灌次數增加，維持規劃之施灌頻率。\n於會議、活動辦理部分，已完成2場次「嘉義市水污染整治規劃推動小組會議」、1場次之省水減污宣導活動及配合相關宣導活動設攤宣導2場次、1場次「水污染防治相關法令及宣導說明會」、1場次之巡守隊教育訓練、1場次「水環境巡守隊領袖會議(第一場)」、1場次「水環境巡守隊領袖會議(第二場)暨績優巡守隊表揚頒獎」、2場次「河川淨溪(潭)活動」、1場次「水環境巡守隊外縣市觀摩活動」，並發布4則新聞稿。",
        "eng_title": "Chiayi City Water Pollution Source Audit, Permit Review, and Water Sewage Fee Collection Verification Program in 2024",
        "eng_subject": "The main rivers within the jurisdiction of Chiayi City are Niuchou Creek (Puzi River Basin) and Bazhang Creek. Both cross the border of Chiayi County. The main pollution source in Chiayi City is domestic sewage. Since sewage sewer systems have not been universalized, this project realized and improved water quality in various river basins by active inspection and control, improvement tracking, domestic sewage reduction, river pollution prevention campaigns and promoting biogas manure as fertilizer” to prevent water pollutions, illegal discharges and promote environmental protection laws and policies related to animal husbandry to reduce of water pollution in various river basins and effectively reduce the environmental load of water bodies.\nIn terms of water pollution source inspection and water quality sampling work, inspections of 123 enterprises (100%) have been completed. No obvious violations were found except for some manufacturers with unknown pipelines or Wrong flow in wastewater treatment facilities. Four of the unknown pipelines have been dismantled. Sampling of 31 enterprises were completed. There were 3 enterprises which exceeded the water discharge standard. Among them, 1 enterprise (failed on April 23)was sanctioned by Water Pollution Control Act. The other enterprise failed on August 22 will be punished in accordance with the Water Pollution Control Act in the future, and the rest will meet the discharge water standards. Community inspections and standardized contract promotion for all 26 communities in the city were completed and all were in normal operations, with 100% of operation rate. In addition, the project team also checked community’s electricity meters, pipeline labels, discharge outlet settings, flow meter settings, sludge facilities, meter records in communities and no obvious violations were found. Two operators have completed the installation of CWMS, and one is still under construction. The project team has assisted the central office to complete the CWMS host replacement operation on May 13.\nIn terms of water pollution permit review, construction site and Environmental Technician Visa review, this project has assisted in reviewing 33 cases. Among them, 23 cases were approved; 1 cases were approved for changes; 5 cases for extensions, and 3 cases for Under review; 27 cases for runoff and wastewater review, and 23 cases for inspections, two of them have started their construction and sanctioned by Water Pollution Control Act., the construction sites did not start working projects. Completed 2 environmental technician visa inspection cases, and sent letters of committee opinions to the inspected technicians. Subsequently, the inspected technicians responded and the committee members reconfirmed. The missing levels were Level 1 and Level 2 respectively. The project team also completed 4 in-depth inspections and held a negotiation meeting at the same day. The enterprises submitted improvement schedule before October 20 and will submit improvement reports before November 20.\nIn the management and operation of the Water Pollution Prevention and Control Fund, Chiayi City has collected a total of approximately NTD 5.07 million and distributed approximately NTD 3.04 million to local government. The project team also assisted two gas station and on livestock farm in obtaining approval for the suspension and settlement of water pollution fee. This year, water pollution fees and auditing of 16 enterprises have been completed. Since 10 enterprise reported incorrect testing water quality concentration, water volume, and the applicable industries of discharge water standards, water pollution fees had to be recalculated. The results of the audit have been sent to the Ministry of Environment for the subsequent review of the collection of water pollution prevention and control fees, and sampling operations have also been carried out for 16 companies, and the sampling results of 3 companies have exceeded the discharge water standard, which will be subsequently punished in accordance with the Water Pollution Control Act in the future.",
        "proj_year": "113",
        "org_name": "嘉義市政府環境保護局",
        "exe_unit": "元科科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1133136461",
        "publish_date": "20250205"
    },
    {
        "chi_title": "臺北市-113年資源循環工作計畫",
        "chi_subject": "為暢通資源回收管道，提升資源回收成效，有效減少垃圾量，環保局依據環境部「113 年度直轄市及縣（市）政府環境保護績效考核計畫-資源循環考核」提報成果報告，並針對補助工作項目逐一完成",
        "eng_title": "Resource Recycling Work Plan of 2024-Taipei City",
        "eng_subject": "In order to make recyclable waste can be recycled well, and to promote the efficiency of recycle which can reduce waste efficiently, Environmental Protection Bureau achieved projects of the report “Performance Evaluation Program for Strengthening Source Reduction and Resource Recycling by Executive Agencies of 2024.” which published by ministry of environment, and submitted outcome reports.''",
        "proj_year": "113",
        "org_name": "臺北市政府環境保護局",
        "exe_unit": "綠信環境科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1132900747",
        "publish_date": "20250203"
    },
    {
        "chi_title": "113年稽查工作管理平臺維護及環保資料研析工作",
        "chi_subject": "今年計畫執行主要成果摘要說明如下：\n（一）持續增修系統功能\n本計畫已依使用者所提出意見調修主系統及 APP 共２０項功能。\n（二）新增三大內部管理系統功能\n完成環保犯罪案件登錄平臺、事業資料履歷情報站及重大案件查處報告查詢三大功能建置。\n（三）擴充污染行為邏輯分析及產出使用情形\n新增２組廢棄物邏輯模組，並請中區協助回饋使用意見。定期於每月月報提交智慧邏輯模組使用情形。\n（四）建構水污染高關注事業識別資料分析與現場查核工作模式\n利用許可及申報資料建構畜牧業（豬飼育業）、電鍍業（含金屬表面處理業）、紡織業之勾稽分析模組，依不同參數結果篩選並產製各行業別高風險事業清單，畜牧業（豬飼育業）交由南區人員協助現場查核; 電鍍業（含金屬表面處理業）則與北區提供之參考事業比對驗證模式可行性。\n（五）提升現有視覺化系統功能\n完成精進３項視覺化主題，包含提升空氣污染趨勢視覺化功能、強化廢棄物申報資訊視覺化展示、事業社會網絡分析圖。\n（六）規劃執法智慧決策中心之空間\n完成１０版次空間規劃設計圖，以及裝修工程預估經費表和3D 立面圖。\n（七）加強稽查人員系統使用與資料分析能力\n(1)辦理３場次環境管理中心系統輔導說明會。(2)辦理１２場次縣市環保局教育訓練，分別為臺東縣、嘉義縣、嘉義市、新竹\n縣、彰化縣、雲林縣、臺南市、連江縣、新竹市、臺中市、澎湖縣、屏東縣等縣市。",
        "eng_title": "2024 Project for Inspection Management Platform Maintenance and Environmental Data Analysis",
        "eng_subject": "The primary achievements of this project in 2024 are summarized as follows:\n(1) Continue to enhance system functions\nIn response to user feedback, a total of 20 functions were adjusted.\n(2) Add three new functions in the internal management system\nThe three major functions included: an environmental crime case registration platform, an enterprise information archive platform, and a major case investigation report query system.\n(3) Expand the logic analysis of pollution behaviors and generate usage scenarios\nTwo sets of waste logic modules were added, and users feedback was requested from the Central Center. The usage of intelligent logic modules will be submitted regularly in the monthly reports.\n(4) Establish a data analysis and on-site inspection work model for identifying high-concern water pollution enterprises\nConstruct reconciliation analysis modules for the livestock industry (pork farming), electroplating industry (including metal surface treatment), and textile industry using permit and reporting data. The results were filtered based on different parameters and generated high-risk enterprise lists for each industry category. Lists of the livestock industry were turned over the Southern Center for on-site inspection and that of the electroplating industry were compared to the reference which provided by the Northern Center.\n(5) Enhance existing visualization system functions\nThree visualization features, including the air pollution trend, the waste reporting information, and the corporate social network analysis diagram, were enhanced.\n(6) Plan the space for the Intelligent Enforcement Decision Making Center\nTen versions of the space planning design drawings, estimated budget for the renovation works, and 3D elevation drawings were completed.\n(7) Enhance the system usage and data analysis capabilities of inspection personnel\n(1)Three guidance and briefing sessions on the system of Environmental Management Center were organized. (2)Twelve training sessions were organized for local Environmental Protection Bureaus in the following counties and cities: Taitung County, Chiayi County, Chiayi City, Hsinchu County, Changhua County, Yunlin County, Tainan City, Lienchiang County, Hsinchu City, Taichung City, Penghu County, and Pingtung County.",
        "proj_year": "113",
        "org_name": "環管署環境執法組",
        "exe_unit": "環資國際有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1132854246",
        "publish_date": "20250209"
    },
    {
        "chi_title": "環境教育種子講師共學推廣專案工作計畫",
        "chi_subject": "本計畫善用環境教育認證人員推展淨零綠生活環境教育，工作項目包含辦理種子講師徵選及政策認知基礎培訓，本年度徵選種子講師72人，累計淨零綠生活種子講師358位。辦理三種種子講師進階培訓，教案創發及行動策略研討工作坊2場次計62人參與，票選6式優選教案；教學技巧共學營5場次計131人報名參與；線上知識講堂6場次共222位種子講師，計970人次參與。建置「Good顧家博士的淨零挑戰」互動多媒體教材，提供分組教學及自導式學習2種模式，並適用電腦、手機與平板。辦理淨零綠生活教學推廣，共179位講師完成1,247推廣場次，計71,388人次參與，回收10,877份前後測問卷，平均滿意度達95%。本專案計畫透過四大工項有助於提升淨零推廣能量、強化講師教學技能、未來能擴大推廣效益並促進減碳生活轉型，讓全民淨零啟航，為我國2050淨零轉型目標貢獻一份心力。",
        "eng_title": "Environmental Personnel Lecturer Co-learning and Promotion Project",
        "eng_subject": "This project leverages environmental education personnel to promote net-zero green living through environmental education, with four major works:\n1.\tRecruitment and Policy Training of Seed Lectures\nThis year, 72 seed lectures were recruited, bringing the total number of net-zero green living seed lectures to 358.\n2.\tAdvanced Training for Seed Lectures\n(1) \tConducted two workshops on program development and action strategies, with 62 participants and six outstanding programs selected.\n(2) \tHeld five teaching skills co-learning training, with 131 participants.\n(3) \tOrganized six online knowledge forums attended by 222 seed lectures, accumulating a total of 970 participations.\n3.\tDevelopment of the Dr. Good’s Net-Zero Challenge Online teaching materials\nThe website supports both group teaching and self-directed learning modes and is compatible with computers, smartphones, and tablets.\n4.\tPromotion of Net-Zero Green Living Environmental Education\nA total of 179 lectures completed 1,247 promotional sessions, reaching 71,388 participants. Additionally, 10,877 pre- and post-training surveys were collected, with an average satisfaction rate of 95%.\nBy integrating these four key works, this project enhances the capacity for net-zero promotion, strengthens seed lectures’ teaching skills, and lays the groundwork for expanding the impact of net-zero environmental education. It also encourages the adoption of low-carbon lifestyles, contributing to the nation’s 2050 net-zero transformation goal and setting the course for a sustainable future.",
        "proj_year": "113",
        "org_name": "國環院環教認證中心",
        "exe_unit": "環境友善種子有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1132708397",
        "publish_date": "20250203"
    },
    {
        "chi_title": "113年推動可燃事業廢棄物轉化再生能源專案工作計畫",
        "chi_subject": "本計畫共包含五個項目，茲分別說明各項工作成果。一、調查彙整國內資源循環燃料轉製燃料之產出種類、數量及其流向現況，並透過現場訪視提出管理改善建議。二、推展固體再生燃料(SRF)之製造與使用，完成調查國內SRF製造、使用及灰渣設施量能及運作情形，並完成全國SRF製造廠與使用廠之體檢輔導作業。三、調查國內廢木材之產出清理、資源化情形及設施量能，選定中間處理設施與燃煤鍋爐進行現場訪視，輔導設施順利運作，以提升廢木材使用量。四、調查國內污泥之產出、貯存、去化方式及處理\/再利用設施量能，選定處理或再利用機構進行現場訪視，掌握設施之處理技術，協助業者妥善處理污泥並符合相關規範。五、完成4處環保科技園區年度追蹤查察作業，彙整園區營運概況。",
        "eng_title": "The Industrial Waste Disposal Management and Fuelization Promotion Project in 2024",
        "eng_subject": "The project consists of five main components, with results outlined as follows. Investigate and compile the current types, quantities, and distribution of domestically produced resource-cycled fuels, and provide recommendations for management improvements based on site visits. Promote the production and use of Solid Recovered Fuel (SRF) by completing a survey on domestic SRF production, usage, and ash residue processing capacities and operations, as well as conducting a comprehensive assessment and guidance program for all SRF manufacturing and user facilities nationwide. Examine the output, disposal, and recycling status of domestic waste wood and the capacity of relevant facilities, selecting intermediate processing facilities and coal-fired boilers for on-site visits to ensure smooth operations and increase waste wood utilization. Assess domestic sludge output, storage, disposal methods, and the capacities of treatment and reuse facilities, conducting site visits to selected treatment or reuse agencies to review processing technologies, support proper sludge management, and ensure regulatory compliance. Complete annual follow-up inspections for four Environmental Technology Parks, summarizing operational conditions within each park.",
        "proj_year": "113",
        "org_name": "循環署循環處理組",
        "exe_unit": "環興科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1132631027",
        "publish_date": "20250228"
    },
    {
        "chi_title": "環境部NGOs建言追蹤管理資訊平台專案計畫",
        "chi_subject": "為配合行政院環境保護署現已改制為環境部，強化環境部與環保團體溝通交流，提高溝通品質及效率，有效掌握各建言議題辦理進度，提供高擴充性之平臺架構，以符合資訊技術趨勢、資訊安全防護及業務運作需求，以持續維運管理本服務系統之目標。本計畫工作項目包含建置「環境部 NGOs 建言追蹤管理資訊平台」系統功能、配合行政院等相關機關不定時進行之系統資通安全防護演練及對外網站檢核等事項，定期進行系統維護等相關工作 ，本計畫工作項目，整體成效如下：\n1. 提供各部會署定期填報辦理情形，更新進度；便利產出工作報表。\n2. 提高資料品質及行政作業的效率。\n3. 建立一個「簡單化」，「標準化」及「模組化」的整合資訊架構建立之系統「模組化」之系統模組，整合各部會署建言分工填報開發之資訊服務管理之成果以達到資源共享、共用的益。\n4. 服務系統再造，服務不中斷，掌握資訊改造契機，以服務為導向。\n5. 建構安全的資訊環境藉由具資訊安全防護措施的資訊環境建置，使本系統順利推動與執行。",
        "eng_title": "The Ministry of Environment Environmental NGOs’ Recommendations Management Platform project.",
        "eng_subject": "To align with the restructuring of the Environmental Protection Administration under the Executive Yuan into the Ministry of Environment (MOENV), the goals of the project are to:\n•Enhance communication between the MOENV and environmental groups,\n•Improve the quality and efficiency of these communications,\n•Effectively monitor the progress of implemented proposals,\n•Provide a highly scalable platform that aligns with current information technology trends, meets information security requirements, and addresses operational needs.\nThe tasks of the project include:\n•Establishing the functional framework for the Ministry of Environment's Environmental NGOs’ Recommendations Tracking Management Platform,\n•Conducting regular system information security drills and inspections on the public-facing website in compliance with the Executive Yuan and other relevant agencies,\n•Performing routine system maintenance.\nThe overall outcomes of the project are as follows:\n1.Regular Reporting and Progress Updates: Government ministries and agencies are provided with regular reports and progress updates, facilitating the preparation of work reports.\n2.Improved Data Quality and Administrative Efficiency: Enhanced data quality and streamlined administrative processes.\n3.Integrated Information Architecture: Established a simplified, standardized, and modularized information architecture.\n•The modularized system design, along with the integration of work division results from recommendations received by various government ministries and agencies, has maximized resource sharing and collective utilization.\n4.Redesigned Service System for Uninterrupted Service: Leveraged opportunities for digital transformation to redesign the system into a service-oriented platform that:\n•Utilizes advanced information technology,\n•Incorporates innovative service concepts,\n•Transforms a traditional website system into an effective service system.\n5.Secure Information Environment: Built a secured information environment under protective measures, ensuring the smooth implementation of the system under strong security protections.",
        "proj_year": "113",
        "org_name": "環境部環境保護司",
        "exe_unit": "楓橡科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1132602003",
        "publish_date": "20250204"
    },
    {
        "chi_title": "113年度基隆市空氣品質監測暨監測設施維運計畫",
        "chi_subject": "本計畫旨要為協助環境部落實有害空氣污染物管理，並依據環境部考評指標「施政重點因地制宜策略中有害空氣污染物管理項目」，辦理環境大氣有害空氣污染物監測等事宜。為符合環境部考核規範，執行環境大氣有害空氣污染物揮發性有機物調查作業，並依環保局指定本市各有害空氣污染可能潛勢場所辦理環境背景監測，執行醛酮類化合物、戴奧辛類化合物、重金屬、多環芳香烴及酸鹼氣體等環境大氣有害空氣污染物調查作業。\n船舶油品採樣分析、基本資料調查作業，則依據環境部109年7月1日公告施行之「移動污染源燃料成分管制標準」辦理，完成10艘次船舶調查工作及20件油品分析作業。\n另協助環保局辦理空氣品質監測站採樣及分析作業，並持續維護保養。",
        "eng_title": "2024 Keelung City Air Quality Monitoring and Monitoring Facilities Maintenance Project",
        "eng_subject": "The purpose of this project is to assist the Ministry of Environment in implementing the management of hazardous air pollutants. In accordance with the Ministry's assessment indicator, “Management of Hazardous Air Pollutants within Regionally Adapted Strategies for Policy Priorities,” the project will carry out monitoring of hazardous air pollutants in the ambient atmosphere. To meet the Ministry's evaluation requirements, this project will conduct surveys of volatile organic compounds (VOCs) and perform background environmental monitoring at potential sites of hazardous air pollution designated by the Environmental Protection Bureau (EPB). The monitoring will include investigations into hazardous air pollutants such as aldehydes and ketones, dioxins, heavy metals, polycyclic aromatic hydrocarbons (PAHs), and acidic and alkaline gases.\nFor ship fuel sampling and analysis, as well as fundamental data investigations, the project will comply with the “Fuel Composition Control Standards for Mobile Pollution Sources” enacted by the Ministry of Environment on July 1, 2020. Specifically, the project will complete the investigation of 10 ships and the analysis of 20 fuel samples.\nAdditionally, the project will assist the EPB in conducting sampling and analysis operations at air quality monitoring stations, while continuing maintenance and upkeep of the facilities.",
        "proj_year": "113",
        "org_name": "基隆市環境保護局",
        "exe_unit": "昱山環境技術服務顧問有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1132557748",
        "publish_date": "20250218"
    },
    {
        "chi_title": "淨零排放暨環教推廣展示館計畫",
        "chi_subject": "「淨零排放暨環教推廣展示館」已於113年11月29日啟用，啟用當日參與揭幕儀式貴賓，包括前行政院環保署署長沈世宏、阮國棟所長、顏春蘭所長、馬念和所長等歷任「環境檢驗所」和「環境保護人員訓練所」所長等多人。展示館推廣淨零排放理念與環境教育，並兼具洽公民眾的休憩功能，未來將成為連結社會與環境永續的重要平台。「淨零排放暨環教推廣展示館」以多元互動的形式呈現，透過互動牆、電子翻書等數位體驗，讓參觀者直觀地理解淨零排放與環境教育的重要性。展示館不僅介紹臺灣環境教育的歷史與現況，還收錄豐富的環教資源，如繪本和專業書籍，為國內外了解臺灣淨零排放政策與環教成效重要窗口。",
        "eng_title": "The Net Zero Emissions and Environmental Education Promotion Exhibition Hall Plan",
        "eng_subject": "The Net-Zero Emissions and Environmental Education Promotion Exhibition Hall officially opened on November 29, 2024. The unveiling ceremony was graced by esteemed guests, including former EPA Minister Shen Shih-hung, Director Nguyen Quoc Dong, Director Yen Chun-lan, Director Ma Nian-he, and other past directors of the Environmental Analysis Laboratory and the Environmental Protection Personnel Training Institute.\n\nThe exhibition hall is designed to promote the principles of net-zero emissions and environmental education while serving as a recreational space for visitors. It aspires to become a central platform bridging society and environmental sustainability.\nThe exhibition features a variety of interactive displays, such as interactive walls and digital flipbooks, providing visitors with an engaging and intuitive understanding of the importance of net-zero emissions and environmental education.\nBeyond showcasing the history and current state of environmental education in Taiwan, the hall offers a wealth of resources, including picture books and professional literature. It serves as a vital hub for both domestic and international audiences to explore Taiwan's net-zero emissions policies and achievements in environmental education.",
        "proj_year": "113",
        "org_name": "國環院環教認證中心",
        "exe_unit": "長慧環境科技有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1132539455",
        "publish_date": "20250203"
    },
    {
        "chi_title": "南投縣-113年度南投縣水環境清淨河面計畫",
        "chi_subject": "本計畫為南投縣政府環境保護局「113 年度南投縣水環境清淨河面計畫」，計畫目的為配合全國水環境建設河段清除河面漂流物、垃圾、死魚、布袋蓮及雜草等，使河面、排水清淨。\n本計畫地面水體垃圾攔除方式以巡查工程師執行巡查清除作業，達到河面清淨效益，串聯地方河川巡守隊及河川局等單位發揮聯防管理合作精神，亦藉由辦理水環境教育活動建立正向、良性之環保理念，重新審視人類對大自然之態度與作為，積極落實環境保護行為。",
        "eng_title": "The 113th Year Nantou County Water Environment Clean River Surface Project",
        "eng_subject": "This project is the 113th Year Nantou County Water Environment Clean River Surface Project by the Nantou County Environmental Protection Bureau. The goal of the project is to align with the national water environment development plan by removing floating debris, garbage, dead fish, water hyacinth, weeds, and other materials from river surfaces and drainage systems, ensuring clean waterways.\nThe project uses patrol engineers to conduct inspections and remove surface waste, achieving a clean river surface. It also involves collaboration with local river patrol teams and the River Bureau to foster joint defense and management. Additionally, through organizing water environment education activities, the project aims to promote positive and sustainable environmental protection concepts, reassess humanity’s relationship with nature, and actively implement environmental protection actions.",
        "proj_year": "113",
        "org_name": "南投縣政府環境保護局",
        "exe_unit": "亞太環境科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1132529601",
        "publish_date": "20250206"
    },
    {
        "chi_title": "公告應回收登記回收業及處理業永續碳管理計畫（第二年）",
        "chi_subject": "清除處理機構大小偵碳填報功能於5月正式上線，同時完成各項回收處理業大小偵碳工具之精進，並新增填報資料警示勾稽功能，避免未來業者自行碳填報，誤植錯誤活動數據。\n今年輔導公告應回收登記回收業及處理業共508 家（406 家舊業者及102 家新業者），並協助202家公民營清除處理機構完成自主碳盤點作業，針對所有輔導對象的填報資料均進行數據品質檢核與分析，確保數據可信度。\n已完成清除處理機構大小偵碳管理端功能，並完成回收處理業碳總管新增功能與各項功能優化，強化碳管理效能。\n已完成6類別事業之減碳技術手冊、2篇科普文章、回收處理業碳生產力指標研提、1本產品碳競爭力範本、1本溫室氣體自願性減量範本及1 本溫室氣體自願性減量計畫書，並透過5場專家學者諮詢會議獲得建議，優化執行方向與技術文件。\n已製作6 類別事業永續碳管理或碳盤點示範案例，並辦理3場成果推廣說明會，促進資源循環產業同業的擴散學習。\n隨著今年度執行專案輔導、自主碳盤點輔導、減碳技術文件及成果說明會的舉辦，對於業者在碳盤點與碳管理方面提供了實質助益，推動產業邁向永續發展。",
        "eng_title": "Carbon Management Project for Regulated Recyclable Waste Recycl ing and Disposal Enterpr ises (Second Year).",
        "eng_subject": "The Carbon Reporting function of the Customized Greenhouse\nGas Inventory Plat form for waste clearance and disposal\norganizat ions of all sizes was official ly launched in May. At the same\ntime, enhancements to the plat form tools for regulated recyclable\nwaste recycling and disposal enterprises were completed. A new data\nentry alert feature was also introduced to prevent errors in future\nself- reported carbon emission data due to incorrect activity\ninformation.\nThis year, guidance was provided to 508 recycling and disposal\nenterprises (406 exist ing ent i t ies and 102 newly registered ones).\nAdditionally, 202 clearance and disposal organizat ions successfully\ncompleted their greenhouse gas inventories. Data submitted by all\nguidedentities were subjected to rigorous quality checks and analysis\nto ensure data reliability and credibility.\nThis project finalized the management functions of the Platform\nfor waste clearance and disposal organizations of all sizes, introduced\nnew features to the carbon management tools for recycling and\ndisposal enterprises, and optimized several existing functions,\nenhancing the effectiveness of their carbon management .\nFurthermore, the project completed carbon reduct ion technical\nmanuals for six industry categories, two popular science articles, a\nset of carbon product ion indicators for recycl ing and disposal\nenterprises, a carbon competitiveness template, a voluntary\ngreenhouse gas reduction template, and a voluntary greenhouse gas\nreduct ion project plan. These materials were refined through\nfeedback col lected during five expert consultation meetings, ensuring\nan optimized execution st rategy and high-quality technical content .\nSix case studies showcasing sustainable carbon management and\ncarbon inventory practices across various industries were developed .\nAdditionally, three disseminat ion meetings were held to share results\nand promote peer learning within the resource recycling indust ry.\nThrough this year ’s efforts, including tail or edindustry guidance,\nsupport for carbon inventories, the development of carbon reduction\ntechnical documents, and dissemination meetings, substantial\nassistance has been provided to businesses in their carbon\nmanagement and inventory processes. These initiatives are driving\nthe industry toward sustainable development .",
        "proj_year": "113",
        "org_name": "循環署回收基金管理會",
        "exe_unit": "環資國際有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1132511611",
        "publish_date": "20250214"
    },
    {
        "chi_title": "113年度新竹縣毒性及關注化學物質源頭管理計畫",
        "chi_subject": "為落實毒性及關注化學物質運作管理及化學物質登錄制度，避免不法業者將不當化學物質進行製造或添加至食品中，造成食安問題或危害人體健康之疑慮，本計畫辦理(1)毒性及關注化學物質案件審查及建檔作業、(2)毒性及關注化學物質業者現場訪查、(3)辦理具食安風險疑慮化學物質輔導訪查、(4)毒性及關注化學物質流向勾稽作業、(5)辦理法規暨食安議題教育宣導活動、(6)毒化物災害防救、(7)環境用藥管理、(8)製作文宣品、(9)辦理危害預防教育訓練與其他配合事項。",
        "eng_title": "2024 Hsinchu county toxic and Concerned chemical source audit management project",
        "eng_subject": "In order to implement the toxic chemical substance operation management and chemical substance registration system, to prevent illegal industry from manufacturing or adding improper chemical substances to food, causing food safety problems or concerns about human health. The project will implement (1) the review and establishment of archives of toxic and Concerned chemical substances, (2) the operation site of on-site inspection and guidance of toxic and Concerned chemical substances, (3) the inspection and guidance of food Manufacturers who are concerned about safety risks, (4) the flow of toxic and Concerned chemical substances to the auditing operation, (5) conduct education and publicity activities on regulations and food safety issues, (6) poisonous disaster prevention and rescue, (7) Environmental Agents Control,(8)Produce promotional materials,(9)Hold educational training and other cooperation matters.",
        "proj_year": "113",
        "org_name": "新竹縣政府環境保護局",
        "exe_unit": "富聯工程顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1132460911",
        "publish_date": "20250228"
    },
    {
        "chi_title": "推動固定污染源有害空氣污染物管制及消費性產品揮發性有機物排放調查計畫",
        "chi_subject": "有害空氣污染物(HAPs)與國民健康有密切的關係，建物塗料及消費商品等含揮發性有機物化學製品亦對臭氧與民眾健康具有影響，皆為我國空氣污染管制政策重點。本年度工作延續前期成果，持續協助環境部推動相關管制措施。針對行業技術調查，分析合成橡膠、合成乳膠、丙烯腈-丁二烯-苯乙烯共聚合物(ABS)以及丙烯腈-苯乙烯共聚合物(AS)等4項製造程序之最大可達成控制技術（MACT）水準為95.0%~99.0%；並提出AS化學製造程序之揮發性有機物本土化係數（2.09 kg VOCs\/公噸產品）及苯乙烯、丙烯腈及乙苯之排放比例(0.4839、0.2345、0.2817)。此外，完成「固定污染源有害空氣污染物排放標準」修正草案，新增19項HAPs的排放及周界標準，並提出固定源HAPs排放量申報相關法規修正內容。在推動固定源HAPs管制方面，協助撰寫空污防制專責人員訓練教材二課程，並研究美國健康風險溝通策略，提出適合民眾、業者及媒體的溝通流程。同時，持續更新環境背景資料，七處特殊性工業區監測數據顯示，多數HAPs濃度低於國外參考值；於仁大工業區之監測濃度值亦呈下降趨勢。此外，針對臨海、林園等工業區追蹤19家高潛勢排放源的減量進度，並顯示108年至112年間HAPs環境平均濃度顯著降低，但部分高值因工廠異常操作所致。在面源VOCs管制方面，加油站油氣採模分離技術達99%以上削減率，汰換真空壓力調節閥有效減少逸散。針對建物塗料，提出4類型（D、E、G及I類）之VOCs成分標準建議值，並研擬液體清潔劑與空氣清新劑等含VOCs化學製品的成分標準草案。",
        "eng_title": "Plan of Controling Hazardous Air Pollutants from Stationary Sources and the Investigation of Volatile Organic Compounds Emissions from Consumer Products",
        "eng_subject": "Hazardous Air Pollutants (HAPs) are a significant concern for public health, as they are linked to various health issues. Similarly, chemical products containing volatile organic compounds (VOCs), such as architectural coatings and consumer products, also contribute to ozone depletion and negatively impact public health. These concerns remain a top priority in Taiwan's air pollution control policies. The 2024 project continues to build on the strategies and outcomes of previous initiatives to support the Ministry of Environment in enhancing relevant control measures. For industrial technical investigations, the project analyzed the Maximum Achievable Control Technology (MACT) floor for four manufacturing processes: synthetic rubber, synthetic latex, acrylonitrile-butadiene-styrene (ABS) copolymer, and acrylonitrile-styrene (AS) copolymer. The MACT floors for these processes range from 95.0% to 99.0%. Emission factors for VOC emissions were established, including 2.09 kg VOCs per ton of product for AS manufacturing, along with emission ratios for styrene, acrylonitrile, and ethylbenzene (0.4839, 0.2345, and 0.2817, respectively). An amended draft of the Emission Standards for Hazardous Air Pollutants from Stationary Sources has been proposed, introducing stack and ambient air emission standards for 19 new air toxics, while also reviewing existing standards for 19 HAPs. Additionally, proposed amendments to regulations regarding HAPs emission reporting for stationary sources have been included. In the effort to control stationary source HAPs, the project assisted in drafting textbooks for two new courses aimed at training air pollution specialists. Drawing on health risk communication strategies from the United States, the project also recommended communication processes tailored for the public, industries, and the media. Furthermore, environmental background data was updated. Monitoring results from seven special industrial parks revealed that the concentration of most HAPs was below international reference levels, with a downward trend observed in the Jen-Da industrial park. Additionally, the project tracked the reduction progress of 19 high-risk emission sources in industrial parks like Linhai and Linyuan. Data from 2019 to 2023 indicated a significant reduction in environmental cancer risks associated with HAPs, though some high-risk values were linked to abnormal factory operations. For area source VOC control, vapor recovery technologies implemented at gas stations achieved over 99% reduction efficiency, and replacing vacuum pressure regulators significantly reduced fugitive emissions. In the area of architectural coatings, the project proposed VOC component standards for four categories (D, E, G, and I), as well as a draft of Content Standards for Chemicals Containing VOCs for products such as liquid cleansers and air fresheners.",
        "proj_year": "113",
        "org_name": "環境部大氣環境司",
        "exe_unit": "財團法人工業技術研究院",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1132449770",
        "publish_date": "20250215"
    },
    {
        "chi_title": "綠色消費化學品毒性預測技術建立(2\/4)",
        "chi_subject": "本計畫延續自112年「綠色消費化學品毒性預測技術建立」計畫，旨在建立一套完整的綠色消費化學品毒性預測技術系統。深知綠色化學貫穿於化學產品的生命週期，包括設計、製造、使用和處置等各個階段。在化學品生產過程中，若能夠加強監管，將有助於整體永續發展。為了保障環境安全與公共健康，環境檢測是不可或缺的一環，通過檢測環境汙染物並解析其毒性，可及時發現潛在風險，從而採取適當的管理與應對措施。\n　　首先，本計畫持續搜集大量化學品毒性的相關資料，包括國際上已有的高關注化學品資訊、各國監管數據、研究報告及相關文獻。這些資料將用於建立可靠的毒性預測模型，整理12,184筆模型訓練與驗證資料集，經資料清理為10,321筆，以便識別和分析化學品的關鍵特徵和關聯性。這些特徵成為定量結構活性關係模型(Quantitative Structure-Activity Relationship, QSAR)急毒性預測模型的基礎作為資料集，經過資料清理去除無機物、結構內含有金屬、大分子聚合物後，隨機將資料集切分為訓練資料集與驗證資料集，並用於訓練QSAR模型，團隊遵循OECD對於QSAR模型規則，經調整並驗證評估模型效能，即可預測新的化學品的急毒性潛力。\n　　團隊完成15個資料庫與清單之蒐集，相較112年計畫所建置之資料庫化合物數量為206,202，新增資料庫清單後增加129,157個化學物的CAS No.，目前資料庫化合物數量為335,359。同時，團隊新增支援NetCDF格式作為載體儲存原始資料的格式，這項更新使得不同廠牌的質譜儀訊號都可以透過NetCDF格式連接至團隊所建置之「綠色消費化學品毒性預測技術建立」系統中。團隊使用深度學習，利用PubChem與ZINC-20中2億個化學物質SMILES結構，以及NIST20與GNPS MS2質譜庫，建立了AI離子碎片預測化學物結構模型，作為未知波峰識別。為了驗證離子碎片判別污染物成份預測AI模型的準確性和可靠性，團隊運用由國環院提供之測試資料進行驗證以評估模型準確度。亦透過國環院協助，以全氟\/多氟烷基物質(PFAS)化合物之標準品分子碎片質譜資訊，測試樣品中MS2質譜，評估AI預測模型，並且以國環院所提供之環境樣品進行波峰偵測，透過模型預測可在不具相關質譜可比對時，瞭解MS2可能之化學物。\n　　本計畫透過整合國內外資訊，結合QSAR模型與MS2質譜預測化合物結構AI模型，串接分析儀器，以優化更完善的綠色消費化學品毒性預測技術流程。團隊已申請臺灣與美國的專利，同時已完成資料搜尋技術教育訓練，以確保綠色化學理念的全面實踐與推廣。",
        "eng_title": "Establishment of Green Consumer Chemical Toxicity Prediction Technology (2\/4)",
        "eng_subject": "This project continues from the 2023 'Establishment of Toxicity Prediction Technology for Green Consumer Chemicals' initiative, aiming to develop a comprehensive system for predicting the acute toxicity of green consumer chemicals and recognizing that green chemistry permeates the entire lifecycle of chemical products, including design, manufacturing, use, and disposal. Strengthening regulation during the chemical production process will contribute to overall sustainable development. Environmental testing is an indispensable component in ensuring environmental safety and public health. Testing for ecological pollutants and analyzing their toxicity can identify potential risks promptly, allowing for appropriate management and response measures.\n　　Firstly, this project continues to collect a large amount of relevant data on chemical toxicity, including internationally recognized chemical information, regulatory data from various countries, research reports, and related literature. These data will be used to establish a reliable toxicity prediction model and organize a dataset of 10,321 records for model training and validation to identify and analyze the key features and correlations of chemicals. These features are the foundation of the Quantitative Structure-Activity Relationship (QSAR) prediction model and are used to predict the toxicity potential of new chemicals.\n　　The team has completed the collection of 15 databases and lists. Compared to the database established in the previous year's plan, which contained 206,202 compounds, the addition of new databases and lists has increased the number of chemical CAS Numbers by 129,157, bringing the total to 335,359 compounds. Additionally, the team has added support for the NetCDF format for storing raw data, allowing signals from mass spectrometers of different brands to be integrated into the system developed for Establishment of Green Consumer Chemical Toxicity Prediction Technology. The team has used deep learning to create an AI model for predicting chemical structures from ion fragments, utilizing the SMILES structures of 200 million chemical substances from PubChem and ZINC-20, as well as MS2 spectral databases from NIST20 and GNPS. This model aids in identifying unknown peaks.\n　　To validate the accuracy and reliability of the AI model for predicting pollutant components based on ion fragments, the team conducted tests using data provided by the National Environmental Institute. They also used MS2 spectral information from standard substances of perfluoroalkyl and polyfluoroalkyl substances (PFAS) provided by the institute to evaluate the AI prediction model on test samples. This included detecting peaks in environmental samples provided by the institute to understand the potential chemical identities in MS2 spectra when no corresponding spectral data are available for comparison.\n　　This project integrates domestic and international information and combines QSAR models with MS2 spectral prediction AI models to connect analytical instruments, optimizing a more comprehensive process for predicting the toxicity of green consumer chemicals. The team has applied for patents in Taiwan and the USA and has completed educational training on data search techniques to ensure the widespread implementation and promotion of green chemistry principles.",
        "proj_year": "113",
        "org_name": "國環院環境治理研究中心",
        "exe_unit": "國立臺灣大學",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1132444367",
        "publish_date": "20250203"
    },
    {
        "chi_title": "廢太陽光電板清除處理服務計畫",
        "chi_subject": "因應能源發展轉型，臺灣致力綠色能源發展，於行政院能源與減碳辦公室邀集經濟部及環境部資源循環署召開研商會議，討論太陽光電板回收機制之推動及分工，由資源循環署建立後期之模組回收處理機制。爰此，本計畫依資源循環署所同意之「廢太陽光電板回收清除處理計畫書」，辦理現場訪視廢太陽光電板回收清除、處理、處理後衍生物之再利用機構、媒合或選定合適之清除機構、貯存場或轉運站及處理機構做為長期配合對象、設置諮詢專線並定期更新答詢資料庫等工作，以妥善清理未來案場排出之廢太陽光電板。\n為使排出之廢太陽光電板能夠妥善處理，本計畫透過現場訪視（談）既有之廢棄物處理機構\/有意願設置處理機構者，了解其規劃方向，並輔導其符合本回收體系之需求。另因提倡處理後衍生物（廢玻璃）高值化再利用，本團隊亦訪視（談）以二氧化矽為原料之製造業及廢玻璃再利用機構，增加廢太陽光電板之資源循環再利用。本團隊依「廢太陽光電板回收清除處理計畫書」所訂定之篩選原則及規範，篩選出配合回收清除處理體系之清除、處理機構，並簽訂合作意向書，於未來清理時能夠立即配合；另根據目前廢棄排出量，考量案場地域分布、排出數量、配合機構之量能等因子，規劃清理期程。\n於本計畫推動過程中，設置諮詢專線（03-5820009），提供民眾或相關單位詢問管道，以了解廢太陽光電板回收清除處理體系運作方式等，專線運作期間有效的持續提供民眾或相關業者各項諮詢服務，服務內容包含有關回收清除相關諮詢及第一時間問題排除，並按月統計問題內容及詢問度，更新答詢資料庫。另已分別針對案場業者辦理2場次之宣導說明會，強化相關回收資訊宣導週知。\n在妥善回收處理廢太陽光電板工作中，由排出者於「廢太陽光電板回收服務管理資訊系統」中，透過本團隊媒合清理機構，約定時間執行清理作業；於本計畫執行期間已完成2,652片（約56.778公噸）清理作業，並依稽核查驗單位提出之稽核查驗報告，經資源循環署核定後，撥付相關清除處理費用予清理機構。",
        "eng_title": "Work Plan for Recycling and Disposal Service of Waste Photovoltaic Panel",
        "eng_subject": "In response to the transformation of energy development, Taiwan is dedicated to enhancing the green energy development. The Office of Energy and Carbon Reduction, EY invited Resource Circulation Administration, Ministry of Environment (MOENV) to call a meeting to discuss the promotion and division of labor for the waste photovoltaic (PV) panels recycling mechanism, and it was decided that the EPA should formulate the mechanism for the waste PV modules recycling and disposal. Therefore, according to the ”Waste PV recycling and disposal work plan” approved by MOENV, this plan handle on-site institute visitation, select proper institutions, set up consultation line and updating answering database, in order to recycle the future decommissioned PV properly. \nIn order to improve the recycling and disposal system of waste solar photovoltaic panels, this plan has conducted on-site visitations to learn about waste PV treatment institutes and those who are willing to invest in treatment in the future, to track their treatment technologies and derivative waste flow. In addition, due to the promotion of high-value reuse of treated derivatives (waste glass), our team also visited waste glass recycling institutions and companies that use silica as raw material to ensure the appropriateness of their flow. Last but not least, our team selected removal and processing organizations that would cooperate with the recycling and removal treatment system. In addition, based on the current amount of waste discharge, consider factors such as the regional distribution of the site, the quantity of discharge, and the capacity of the coordinating companies to plan the cleanup schedule.\nA consultation line was set up during the project, it provides people a service to contact and understand the recycling system, and also includes trouble shooting and updating answering database. In addition, 2 seminars have been held for operators in order to strengthen the knowledge of the recycling information.\nFor proper recycling and disposal of waste PV panels, the producers, after registering through the above-mentioned system, have been assisted by our project office to contract with the disposal firm for the disposal date and audit work. Totally, 2,652 pieces (approximately 56.778 tons) have been cleaned during the project, and pay the grant to treatment institute according to the audit report, which MOENV approved.",
        "proj_year": "113",
        "org_name": "循環署循環處理組",
        "exe_unit": "社團法人台灣太陽能光電產業協會",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1132333811",
        "publish_date": "20250211"
    },
    {
        "chi_title": "113年營建廢棄物管理及資源循環專案工作計畫",
        "chi_subject": "本計畫工作主要分為以下面向，相關成果如下：\n一、掌握我國營建工程使用資源及相關廢棄物現況\n　　營建原料以砂石為大宗，產出營建剩餘土石方約7,500萬噸、營建廢棄物204萬噸，主要以混合物產出。常見板材及難處理廢棄物應考量處理管道方式，制定管理方式或予以限用。瀝青混凝土推動應由流向管理、多元利用等進行。\n二、檢討營建廢棄物管理機制，研提相關精進策略與措施\n　　綜觀國內外管理機制可分為三部份，源頭強制分類、落實流向追蹤及精進機構管理。與國外作法相較，我國就流向追蹤已透過資訊系統落實管理；源頭亦要求土石方及廢棄物強制分流；機構管理建議由規範設備、場區規劃等精進管理，提升產品品質。\n三、推動營建產出物管理策略相關工作\n　　彙整國內營建廢棄物分類處理場所及分佈情形，各區域之量能充足，可支應該區域處理需求。另完成營建混合物再利用機構審查作業指引（草案），針對設備、場內運作管理以及許可量計算等，提供參考依據。\n四、應用營建及裝潢修繕廢棄物流向管理平台，掌握廢棄物清理資訊\n　　持續維運營建及裝潢修繕廢棄物流向管理平台，並蒐集申報情形及使用者建議，滾動檢討系統功能，提供業者電子化管理工具。另配合平台推動，協助修正網路申報規定等，以利未來政策推動執行。",
        "eng_title": "Construction Waste Management and Resource Cycling Project",
        "eng_subject": "The main tasks of this project are divided into the following aspects, and the related outcomes are as follows:\n1. Understanding the Current Status of Resources and Construction Waste in Taiwan\nConstruction materials are primarily dominated by sand and gravel, with approximately 75 million tons of surplus excavated earth and rock and 2.04 million tons of construction waste generated, mostly in the form of mixed waste. Common materials like boards and difficult-to-handle waste should be considered for appropriate disposal methods, with management strategies established or usage restricted. The promotion of asphalt concrete should focus on managing its flow and encouraging diverse utilization.\n2. Review of the Construction Waste Management Mechanism and Development of Improvement Strategies\nA comprehensive review of domestic and international management mechanisms reveals three key areas for improvement: mandatory source separation, effective tracking of waste flow, and enhanced management of institutions. Compared to international practices, Taiwan has already implemented waste flow tracking through an information system. It is also mandatory to separate excavated earth and waste at the source. As for institutional management, it is recommended to improve regulations on equipment, site planning, and other management aspects to enhance product quality.\n3. Promotion of Construction Waste Management Strategies\nA summary of the locations and distribution of construction waste treatment facilities across Taiwan has been compiled. The capacity in each region is sufficient to meet local treatment needs. Additionally, a draft guideline for reviewing construction mixed waste recycling facilities has been completed, which includes reference standards for equipment, on-site operations management, and permit volume calculations.\n4. Application of the Construction and Renovation Waste Flow Management Platform to Track Waste Disposal Information\nThe construction and renovation waste flow management platform will be continuously maintained and operated, collecting reporting data and user feedback. The system's functionality will be regularly reviewed and updated to provide industry stakeholders with an electronic management tool. Additionally, in support of the platform's promotion, efforts will be made to assist in revising online reporting requirements, facilitating the implementation of future policies.",
        "proj_year": "113",
        "org_name": "循環署循環處理組",
        "exe_unit": "永旭豐環境科技有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1132194753",
        "publish_date": "20250301"
    },
    {
        "chi_title": "南部地區高風險水污染事業輔助查核暨自主智能管理計畫",
        "chi_subject": "本計畫依南部地區水污染背景資料，分別為河川嚴重污染測站附近事業、放流水氨氮加嚴事業、灌溉溝渠定期檢驗異常附近事業，重大違規設有自動監測（CWMS）對象、歷史性處分違規條件、可疑再犯事業及建議需自主雲端管理廢水之事業，依權重初步篩選高風險事業名單共計27家。再經巡查蒐證與機關討論後，篩選10家關鍵高風險事業，其中5家協助進行深度查核作業、3家輔助進行CWMS初步分析、2家協助推廣事業自主雲端智能管理廢（污）水。\n查獲2家「嚴重違規」事業，一家為弘○公司○○廠，涉繞流排放，並排廢水含有害物質達標準限值5倍以上，並設置簡易井，檢測土壤與地下水數據後，暫無污染風險；另一家為林○煌畜牧場，涉排廢水含有害物質達標準限值5倍以上。在3家CWMS初步分析，發現數據與定檢申報數據差異大，推測現場計量設備形式不同，或網路傳輸中斷、設備異常造成。完成辦理2場次推廣事業自主智能管理廢（污）水說明會，並在晉○、典○2家事業完成自主雲端監測分析作業。完成辦理1場次經驗交流會與1場次深度查核訓練，分享查核成果並提供3部影片實錄，作為未來相關工作的參考。",
        "eng_title": "High-Risk Water Pollution Business Assistance Inspection and Self-Management Smart Monitoring Program for the Southern Region",
        "eng_subject": "This project focused on background data related to water pollution in southern Taiwan. Based on a weighted screening criteria, including businesses located near severely polluted river monitoring stations, businesses subject to stricter ammonia nitrogen discharge standards, businesses near irrigation ditches with abnormal regular inspections, major violators with continuous water monitoring systems (CWMS), those with a history of violations and penalties, potential repeat offenders, and businesses recommended for self-managed cloud-based wastewater management, a preliminary list of 27 high-risk businesses was compiled. After multiple nighttime and early morning inspections and working meetings with relevant agencies, 10 key high-risk businesses were selected. Among them, 5 were selected for in-depth audits, 3 for preliminary CWMS analysis, and 2 for promoting self-managed cloud-based intelligent wastewater management.\nTwo businesses were found to be in serious violation of regulations, namely Hong○ Company's ○ Plant and Lin○ Huang Livestock Farm. Hong○ Company was found to discharge waste water through an unauthorized outlet with harmful substances exceeding the standard limit by more than 5 times. In addition, a simple well was set up in Hong○ Company and after testing the soil and groundwater data, there was no risk of contamination for the time being. Lin○ Huang Livestock Farm was found to discharge waste water with harmful substances exceeding the standard limit by more than 5 times. There is a big difference between 3 businesses CWMS uploaded data and regular declaration data. It is speculated that the on-site measurement equipment is different in type, or caused by network transmission interruption or equipment abnormality. The project successfully conducted two workshops to promote autonomous intelligent wastewater management among businesses. The project successfully accomplished autonomous cloud-based monitoring tasks of Jin○ Company and Dian○ Company. The project has organized a deep audit training course and an experience sharing workshop,  sharing audit findings and provide 3 videos recordings for future reference. This project has fully fulfilled the contract requirements.",
        "proj_year": "113",
        "org_name": "南區環境管理中心",
        "exe_unit": "元科科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1132180574",
        "publish_date": "20250204"
    },
    {
        "chi_title": "113年淨零綠生活推廣暨夜光材料應用示範計畫-臺中市",
        "chi_subject": "「綠生活」是一種友善環境的生活方式，本計畫配合環境部淨零綠生活運動，結合全國機關、學校、企業、民間團體、社區及民眾一同動起來，改變小小的生活習慣，創造大大的綠生活未來，培養國人綠生活行為及習慣，深化及擴展環保意識，讓環保綠色思維與行動向下扎根。",
        "eng_title": "Romotion of Net-Zero Green Living and Demonstration Project of Luminous Material Applications in 2024 - Taichung County",
        "eng_subject": "Green Living is an environment-friendly lifestyle. This plan cooperates with the Ministry of Environment's Net-Zero Green Living Campaign and unites national agencies, schools, enterprises, civil society organizations, communities and the public to work together to change small living habits. Create a bright future of green living, cultivate Chinese people’s green living behaviors and habits, deepen and expand environmental awareness, and let environmentally friendly green thinking and actions take root.",
        "proj_year": "113",
        "org_name": "臺中市政府環境保護局",
        "exe_unit": "德汰科技顧問有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1132147746",
        "publish_date": "20250219"
    },
    {
        "chi_title": "113年無機再生粒料於陸域工程應用及管理專案工作計畫",
        "chi_subject": "為推動無機再生粒料應用管理與推廣，盤點重點無機資源物之資源循環流向，持續辦理無機再生粒料環境標準基線檢測；促進混燒灰渣循環利用，檢討運作現況及提出循環利用建議，並滾動檢討使用注意事項及審查參考指引。\n為促進無機再生粒料適材適所適用，辦理公共工程多元應用與推廣，持續編修訂無機再生粒料使用用途對應之施工綱要規範或使用手冊2項，並研析無機再生粒料潛在再利用用途1項，使工程應用有所依循。\n為推動水泥產業資源循環再利用，研析廢棄資源作為水泥廠及預拌混凝土廠替代原（燃）料再利用情形，提升使用無機再生粒料數量。\n        推動無機再生粒料應用於再生建材及擴增再利用用途，盤點無機再生粒料應用於再生建材標章相關規定及應用情形，研提導入再生建材標章認證作法，並辦理1項無機再生粒料導入再生綠建材標章驗證試驗。另研提1項無機再生粒料應用高值化技術，發揮粒料最佳價值避免競合措施。",
        "eng_title": "Project of application management for inorganic recycled materials in onshore engineering in 2024",
        "eng_subject": "In order to promote the application management and promotion of inorganic recycled aggregates, this project not only checked the distribution of key inorganic resources and continuously conducted environmental standard baseline testing for inorganic recycled aggregates, \nbut also reviewed the management of recycling for the bottom ash from multi-fuel and manual of examining procedure to make recommendations of recycling.\nIn addition, in order to promote the adaptation of inorganic recycled aggregates to suitable materials, this project continued to revise the construction specifications or manuals corresponding to the use of inorganic recycled aggregates, and analyzed the potential reuse of inorganic recycled granules, so as to follow the engineering application.\nFor promoting the resource recycling in cement plants, this project analyzed the reuse of waste resources as cement substitute raw materials or fuels to increase the use of inorganic recycled aggregates.\nFor amplifying the purpose of the reuse, this project promoted the application of inorganic recycled aggregates in recycled building materials and organized the relevant regulations and application status of inorganic recycled aggregates used in labels of recycled building materials. In addition, this project drafted certification methods for the label of recycled building materials and conduct 1 verification test for inorganic recycled aggregates. This project also proposed a high-value technology for the application of inorganic recycled materials to maximize the value and avoid competing measures.",
        "proj_year": "113",
        "org_name": "循環署循環處理組",
        "exe_unit": "環興科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1132084130",
        "publish_date": "20250211"
    },
    {
        "chi_title": "發展資源循環業低碳製程及認證技術計畫（第二年）",
        "chi_subject": "本計畫協助資源循環署彙整資源循環業碳管理結果，完成資源循環業113年710家次的業者碳管理數據的品保品管分析（應回收廢棄物回收業及處理業508家、公民營清除處理機構202家）。針對回收處理業、公民營清除處理機構產業別碳排放量分析，說明碳排佔比，聚焦主要排放源，提出減降低碳排放之建議。同時比較112年及113年碳管理成果交叉分析，繪製各材質每單位處理量的碳排放當量。回收業及處理業方面以範疇一為主占整體碳排放量為51.57%；範疇二占整體碳排放量為48.43%。以處理業來看，以外購電力為主56.19%，其次為固定排放源31.78%。公民營清除處理機構方面以範疇一為主，占整體碳排放量為77.52%；範疇二占整體碳排放量為22.48%。另外，報告內容提出我國資源循環產業碳背景、減碳論述及方向，以「碳管理及自主健檢」「升級設備製程減碳」「驗證再生料碳足跡」減碳推進方式，提出四年工作藍圖，第一年為「觀念教育時期」、第二年為「減碳擴散時期」、第三年為「自主要求時期」、第四年為「減碳檢核時期」。\n在國際資料蒐集部分，執行10類應回收廢棄物廢塑膠容器及農藥容器、廢鉛蓄電池、廢鐵容器及廢機動車輛、廢鋁容器、廢乾電池、廢電子電器及廢資訊物品、廢照明光源、2類事業廢棄物無機污泥-熱處理（除焚化處理外）以及有機污泥-熱處理（除焚化處理外）之蒐集國內外低碳製程相關技術。國際資料包含亞洲（日本、中國大陸）、歐洲（奧地利、法國、英國、德國、比利時、挪威、德國、瑞士）、美洲（美國、加拿大）。並提出我國可能採行優化方案提出建議，分析評估現行製程優化及採用低碳先進技術之可行性，附國內外技術精進對照表，並於11月完成提送建議報告。\n在辦理應用科技方法輔導產業導入減碳製程前，本計畫在桃園市113年5月20日及高雄市113年5月17日完成2場次低碳製程技術輔導說明會，共有47人參加。其中，有22家業者提出願意接受電力感測器布建及節能輔導。實踐應用在4類材質（廢塑膠容器、廢機動車輛及廢鐵容器、廢乾電池）及2類事業廢棄物處理機構示範案例。分別為113年5月28日、5月29日、6月19日、7月3日、7月23日，完成2家公民營處理機構、3家應回收廢棄物處理業，布建40台製程的設備，使用120顆電力感測器，並執行電力耗用分析情形，維運至少6個月以上，於9月23日、10月9日、10月16日、10月25日、10月28日執行5家資源循環業專家進廠輔導，討論並提供節能減碳建議。\n本計畫推動的電力感測器帶給廠商3項作為，分別為「行為改善執行減碳」「推動低碳設備」「發現異常操作」，協助達到節能減碳與提升設備安全及穩定性。透過上述3項作為經輔導的廠商，對比去年碳排放資料，整體有約1.3%至11.8%減碳成果。此外，本計畫持續追蹤112年電力感測器輔導的廠商減碳情形，經專家建議「破碎機啟動和開關時耗電量較高，是否該設備使用年限已到期」。廠商依據專家的建議，更換破碎刀頭及馬達軸承，分別節能49.8％以及節能7.7％，追蹤廠商提供之每月電力度數，改善後整體節電23%。\n本計畫整合過去已建置再生料碳足跡係數以及資源回收管理資訊系統「受補貼處理機構出廠物料淨重」，提出公告應回收廢棄物再生料更新數量為57種，並建議分4年完成。於再生料碳足跡與環境足跡計算部分，本計畫於台中市113年5月16日完成辦理1場次再生料產品碳足跡輔導推廣說明會，有22人參加。有9家業者提出願意接受再生料產品碳足跡輔導。\n本年度完成廢塑膠容器及廢乾電池2項材質的再生料碳足跡計算，共10種（廢PET瓶片、廢PE瓶片、廢PP瓶片、廢PS瓶片、廢PVC瓶片、鐵、鋅、二氧化錳、碳粉、非鐵金屬），及碳足跡產品類別規則及產品週期流程圖，並推估再生料全數取代原生料的減碳效益。\n今年度輔導廢塑膠容器及廢乾電池的再生料碳足跡的主要熱點集中在用電量，建議各處理業者針對主要排放熱點（如高耗電設備）進行優化和技術更新。以今年度協助業者B應用科技方法（電力感測器）輔導產業導入減碳製程，若完成改善後每年可省下208,800度電，再生料碳足跡可進一步降低，整體碳足跡減少幅度達1.96%至2.81%。\n行政支援方面，本計畫完成3場次季度會議，輔助資源循環署督導及協調子項計畫，完成北中南共3場次113年資源循環業碳管理及低碳製程技術成果說明會，每場超過40人共計125人次參加。",
        "eng_title": "Resource Circularity And Low-Carbon Manufacturing Processes Development And Certification Technology Program (The Second Year)",
        "eng_subject": "This project assisted the Resource Circulation Administration (RECA) in compiling carbon management results for the resource circulation industry, completing quality assurance and control analyses of carbon management data for 710 businesses in 2024. These included 508 recycling and processing businesses for designated recyclable waste and 202 public or private waste clearance organizations. Carbon emission analyses identified major emission sources and provided reduction recommendations. A comparative analysis of carbon management results for 2023 and 2024 highlighted emissions per unit of processed material. Scope 1 emissions for recycling and processing businesses were 51.57% of total emissions, while Scope 2 emissions were 48.43%. Purchased electricity (56.19%) and fixed emission sources (31.78%) were the main contributors for processing businesses. Public and private clearance organizations showed Scope 1 emissions at 77.52% and Scope 2 at 22.48%.\nThe report emphasized carbon management and self-assessment, equipment and process upgrades, and recycled content carbon footprint verification as key strategies, presenting a four-year blueprint: the conceptual education period (year one), carbon reduction diffusion period (year two), self-driven requirement period (year three), and carbon reduction inspection period (year four).\n\nFor international benchmarking, data on 10 types of designated recyclable waste (e.g., plastic and pesticide containers, lead-acid batteries, motor vehicles) and associated low-carbon technologies were collected from Taiwan and abroad. International examples from Asia, Europe, and the Americas were compared to propose feasible optimization schemes for Taiwan. Recommendations, including advanced low-carbon technologies, were submitted in November 2024.\nTo promote technology adoption, two low-carbon process guidance sessions were held in Taoyuan and Kaohsiung on May 17 and 20, 2024, with 47 participants, of whom 22 businesses expressed interest in adopting power tabs and energy-saving measures. Demonstration cases targeted four material categories (plastic containers, motor vehicles, iron containers, and dry batteries) and two types of waste disposal businesses. Demonstrations were conducted between May and July 2024, deploying 40 pieces of process equipment and installing 120 power tabs for energy consumption analysis. Maintenance and monitoring spanned six months, and expert guidance was provided to five businesses between September and October 2024. Key outcomes included behavioral changes, promotion of low-carbon equipment, and identification of operational anomalies, resulting in 1.3% to 11.8% reductions in emissions compared to 2023 levels. For instance, businesses addressing high-energy-consuming shredders achieved significant energy savings after equipment upgrades, cutting electricity use by 23% overall.\nRecycled content carbon footprint calculations were conducted for waste plastic containers and dry batteries, covering materials such as PET, PE, PP, PS, PVC bottle flakes, iron, zinc, and others. Carbon footprint product category rules and life cycle flowcharts were developed. The project highlighted electricity usage as the main hot spot and recommended optimizing high-energy-consuming equipment. Industry B’s improvements, including power tab application, projected annual electricity savings of 208,800 kWh and a recycled content carbon footprint reduction of 1.96% to 2.81%.\n\nAdministrative support included three quarterly meetings to assist RECA with sub-project supervision and coordination, and three regional briefings with 125 participants to present carbon management and low-carbon process outcomes. Additionally, a promotion session for recycled content product carbon footprints was held on May 16, 2024, in Taichung City, with 22 participants, leading to interest from nine businesses.\nThe project’s integrated approach, combining data analysis, technological demonstrations, and international benchmarking, advanced the resource circulation industry’s capacity for carbon reduction while fostering energy efficiency and sustainability.",
        "proj_year": "113",
        "org_name": "循環署回收基金管理會",
        "exe_unit": "財團法人工業技術研究院",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1132038019",
        "publish_date": "20250228"
    },
    {
        "chi_title": "113年度基隆市固定污染源許可管理及空污費徵收暨餐飲業管制計畫",
        "chi_subject": "本計畫執行期間為自113年1月23日至113年12月31日止，依工作內容及目標可分為「法規制度管理」、「重點污染源管理」、「專案管理及稽查管制」、「固定污染源資料庫管理」等四大工作面向，以下將茲就本年度計畫執行成果摘要分述說明。\n一、法規制度管理\n(一)污染預防，落實許可制度-有效之操作許可證計有44張\n為達到預防減量管理之目標，於許可審查時進行改善減量空間評估，除鼓勵先採用低污染燃物料使用外，要求應有效集氣及防制，並擴大納入有害物種管理陳情對象加嚴許可審查、防制措施圖示化及整合空污相關法規等。\n本年度增加依廠方原始紀錄報表核定，並增加使用量紀錄頻率。查核重大缺失者則要求業者提出異動或變更申請，本年度受理許可申請案件22件，分別為展延13張、換補發5張、異動3張及申請操作許可1件，審查缺失中以污染防制(表AP-G)錯誤佔34%最多，其次為製程資料(表AP-M) 佔20%，目前除1張異動、1張展延及1張操作許可尚於審查中，其餘19張皆已核發；另已進行44張操作許可證現場查核，其中2張現場編號標示不清等，經輔導後皆已改善。\n(二)經濟誘因，落實防染者付費-126家\n1.申繳率100%、初次申報正確率提昇至九成以上\n本市空污費列管對象126家，申報率、到繳率、結算率皆100%。113年前三季徵收金額為4,390萬元，主要徵收來源SOx、NOx、粒狀物為台電協和發電廠，VOCs為中油石門供油中心及八堵庫區。\n2.結合多方面資訊，追繳約1萬元\n空污費強化審核作業項目，包括：(1)活動強度(原物料或產品)的審查則進行空、水、廢、毒等四類資料比對，(2)重點工廠勾稽會計ERP系統勾稽外，(3)結合稅務申報表(401表)，(4)同行業\/製程特性比對、歷年活動強度比對等，以強化申報正確性。(5)本年度結合燃料管理，強化查驗燃料成分標準符合度\n本年度已完成126家現場查核，延續去年強化審查手段，以磅單及報關資料為主軸進行查驗，其中世嘉工業112年第1~4季比對後，發現堆置場裝載量及卸料量有短報情形，另台灣荒川與八堵油庫原物料短報情形等，追繳約0.1萬元。",
        "eng_title": "113 Keelung City Stationary Pollution Source Permit Management and Air Pollution Fee Collection and Catering Industry Control Plan",
        "eng_subject": "The implementation period of this plan is from January 23, 2020 to December 31, 2020. According to the work content and objectives, it can be divided into regulations and system management, key pollution source management, project management and audit control, The four major work areas including Stationary Pollution Source Database Management will be summarized and explained below in terms of this year's plan implementation results.",
        "proj_year": "113",
        "org_name": "基隆市環境保護局",
        "exe_unit": "環科工程顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1132018546",
        "publish_date": "20250203"
    },
    {
        "chi_title": "113年塑膠資源循環推動專案工作計畫",
        "chi_subject": "因應國內外抑制塑膠廢棄物污染浪潮，本計畫參照四大面向管理策略推動塑膠資源循環相關工作，包含：源頭採取綠色生產、延長產品使用壽命、提升後端可回收性；改變使用端消費習慣，響應綠色採購，提升廢塑膠回收效益、拓展再生市場，並透過國際資訊蒐整、相關法令規範檢討、產業現況彙整及輔導、推動措施環境效益評估等，使國內塑膠循環政策持續推動及落實，與國際趨勢及本土經驗接軌。\n以推動我國塑膠資源循環為主要任務，計畫工作項目包含分析國內外塑膠循環管理現況、檢討我國塑膠循環管理策略；研析難回收塑膠源頭轉型建議內容、塑膠產品服務化系統商業化範例；串聯產業塑膠循環網絡，促進自主回收及循環利用；檢討塑膠再生商品管理方式，辦理再生商品審查作業；以及建立塑膠循環之環境效益評估方式。\n計畫執行過程中，持續蒐整國際間最新管理趨勢，包含聯合國即將完成制定之塑膠公約，使國內政策與時俱進；針對難回收塑膠製品彙整源頭管理建議與後端適用回收方式，並提出塑膠減量\/再使用模式及應用潛力分析；透過深入不同產業釐清廢塑膠排出品項、協助業者評估資源化作法，引導產業建置自主回收體系，本年度包含科技、運輸、民生等領域；另持續檢討塑膠再生商品管理制度，依照「非填充食品之塑膠再生商品推動作業要點」辦理相關作業，包括研提修法及配套措施內容、執行審查作業、辦理政策宣導推廣活動等。同時為扣合我國淨零碳排政策，團隊建置塑膠循環策略本土化減碳效益評估方法，並以塑膠IC Tray盤重複使用模式進行實際量化分析、以循環杯進行環境\/經濟\/社會面效益分析，可供後續政策推動參考。\n依計畫執行成果，對於塑膠全生命週期管理、國際間相關規範變動趨勢，建議我國塑膠資源循環管理策略及措施扣合塑膠公約，釐清未來加強面向，同時促進宣導與利害關係人風險溝通，協助產業減少轉型塑膠資源循環模式障礙。持續精進再生塑膠管理機制、增加誘因、發展相關標準及認驗證方法、支持再生技術開發，以提升管理效率並活絡再生塑膠市場。期透過計畫執行，協助機關掌握國內外趨勢及現況，逐步完善我國塑膠資源循環模式之建立及運作。",
        "eng_title": "The Project of Promoting Circulation of Plastic Resources in 2024",
        "eng_subject": "In response to the global movement to curb plastic waste pollution, this project promotes plastic resource recycling efforts based on four major management strategies, which include: adopting green production at the source, extending product lifespan, enhancing recyclability at the end-of-life stage; changing consumer habits, encouraging green procurement, improving the efficiency of plastic waste recycling, and expanding the recycled market. Additionally, by gathering international information, reviewing relevant regulations, consolidating the current status of the industry and providing guidance, and evaluating the environmental benefits of these initiatives, this project aims to align domestic plastic recycling policies with international trends and local experiences to ensure continued progress and implementation.\nThe primary mission of this project is to promote plastic resource recycling in Taiwan, with tasks including analyzing the current status of plastic recycling management both domestically and internationally, reviewing Taiwan’s plastic recycling management strategies; exploring recommendations for transforming hard-to-recycle plastics at the source, examining business model examples of plastic product service systems; linking industrial networks for plastic recycling to promote self-recycling and reuse; reviewing the management approach for recycled plastic goods and conducting the approval process for recycled goods; and establishing a method for environmental benefit assessment of plastic recycling.\nThroughout the project execution, we continuously gathers the latest international management trends, including the upcoming UN plastic pollution treaty, to keep domestic policies up-to-date. Recommendations for source management and back-end recycling methods for hard-to-recycle plastic products will be consolidated, along with an analysis of reduction\/reuse models and their potential applications. By engaging various industries, we assist industries in evaluating resource recovery methods, and guide the establishment of self-recycling systems, covering fields such as technology, transportation, and consumer products. In addition, we continuously review the management system for recycled plastic goods, carrying out tasks in accordance with the Guidelines for Promoting Recycled Plastic Products in Non-Food Fill Applications, which include drafting regulatory amendments, executing review procedures, and conducting policy promotion and outreach activities. In alignment with Taiwan’s net-zero carbon policy, we established a localized carbon reduction assessment method for plastic recycling strategies and conduct quantitative analyses, including a reuse model for plastic IC trays and an environmental\/economic\/social benefit analysis of reusable cups, providing a basis for future policy recommendations.\nBased on the project’s outcomes, suggestions are made for Taiwan’s plastic resource recycling management strategy and measures to align with the Plastic Convention, clarifying areas for future enhancement. This includes promoting public awareness, risk communication with stakeholders, and assisting industries in overcoming barriers to transitioning to a plastic resource recycling model. The project will further refine the management mechanisms for recycled plastics, increase incentives, develop relevant standards and certification methods, and support the development of recycling technologies to improve management efficiency and stimulate the recycled plastics market. Through the project’s execution, government agencies will be better equipped to understand domestic and international trends and the current situation, progressively refining Taiwan’s plastic resource recycling model and its operation.",
        "proj_year": "113",
        "org_name": "循環署循環處理組",
        "exe_unit": "環科工程顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1132002493",
        "publish_date": "20250228"
    },
    {
        "chi_title": "113 年海岸環境清潔快篩調查計畫",
        "chi_subject": "本計畫以科學化的快篩調查方法監測全臺海岸廢棄物，透過精進日本的快篩技術，經由培訓與反覆驗證後，由受訓合格之調查員進行定期定點的海岸快篩監測。經四次調查發現，估計2024年全臺海岸廢棄物現存總量為981噸，略高於2023年940公噸與2022年955噸。以海岸廢棄物分佈來看，臺灣本島占69%之垃圾量，外島占31%，而連江縣與臺灣東部，分別只占全國4%與5%之垃圾量，為全國海岸線最乾淨之區段。\n　　分析垃圾組成，漁業相關廢棄物占垃圾總量約七成（68.1%），其中發泡浮球占31.5%、漁網繩索 21.9%、硬塑膠浮球14.7%，其他雜項廢棄物占12.5%，塑膠瓶與玻璃瓶分別占9.6%與7.3%。透過長期持續監測，可具體量化各海岸段污染現況，並找出海廢熱區。今年通報128次，海岸維護權管單位共計清理356.23公噸。可見持續監測的科學量化數據，可作為海岸權管單位有效規畫未來清理策略。",
        "eng_title": "2024 The Coastal Rapid Assessment Survey and Cleanup Project",
        "eng_subject": "We conducted a rapid scientific assessment survey for this project. Through improving the visual quantifying technique from Japan, we train a group of surveyors to do a periodic coastal rapid assessment survey after training and repeat examination. Through four times surveys, it is estimated that the total standing stock of coastal debris in Taiwan is 981 tons. It accounted for 69% of the total volume on Taiwan Island, and the outer islands accounted for 31%. The eastern part of Taiwan only accounted for 5% of the total volume, making it the cleanest section of the coastline. \nAnalyzing the composition of marine debris, fishery-relevant debris accounts for about 68.1% of the total garbage, of which foam buoys, fishing net ropes, and hard plastic buoys are the top three types of marine debris. Through continuous monitoring, we can quantify the pollution level at each coast and identify the hot spot of marine debris, which can benefit authorities to plan effective cleanup strategy in the future.",
        "proj_year": "113",
        "org_name": "環管署環境衛生組",
        "exe_unit": "澄洋環境顧問有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131964557",
        "publish_date": "20250228"
    },
    {
        "chi_title": "113年度澎湖縣固定污染源管制計畫",
        "chi_subject": "澎湖縣『113年度澎湖縣固定污染源管制計畫』 （以下簡稱本計畫），在局內長官督導下，除了努力達成量化目標，並在實質的管制效益上精進，以期能達成預期目標。",
        "eng_title": "Penghu County Stationary Pollution Source Control Plan 2014",
        "eng_subject": "Penghu County's 113 Penghu County Stationary Pollution Source Control Plan (hereinafter referred to as this plan), under the supervision of the head of the bureau, not only strives to achieve quantitative goals, but also improves on the actual control effectiveness in order to achieve the expected goals.",
        "proj_year": "113",
        "org_name": "澎湖縣政府環境保護局",
        "exe_unit": "上境科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131849019",
        "publish_date": "20250207"
    },
    {
        "chi_title": "細懸浮微粒成分來源解析及危害指標評估先期研究",
        "chi_subject": "本計畫以雲林斗六地區為核心布點進行PM2.5採樣並分析化學成分，採樣站點包含環境部線西、二林、斗六、崙背、新港、嘉義氣象站，分析的PM2.5化學成分有水溶性無機離子、碳成分、金屬元素、有機物，並透過PMF受體模式解析可能的污染源，此外，本計畫嘗試建立PM2.5對細胞危害的研究方法，以期釐清PM2.5對人體的影響。執行成果顯示，雲林斗六地區高污染季在3月，PM2.5化學成分以NO3-為主，其次是SO42-和OC。PMF解析出五個污染因子，分別是「燃油」、「揚塵」、「硫酸鹽」、「硝酸鹽\/氯鹽」和「工業污染」，其中「硝酸鹽\/氯鹽」平均貢獻最高（39%）的已解析PM2.5濃度，「工業污染」污染因子指紋中含有PM2.5大部分的重金屬成分，值得注意。本計畫進一步從採樣期間依氣象條件擷取出具有代表性的五個氣象條件，有「北方」、「西南偏南方」、「西南偏西方」、「地方環流（日）」和「地方環流（夜）」，PM2.5濃度最高的時間為「地方環流（日\/夜）」，以本地和鄰近地區的傳輸污染為主，主要的污染因子是「硝酸鹽\/氯鹽」和「燃油」。PM2.5水萃取物在肺癌細胞、內皮細胞及巨噬細胞中增加IL-1b、IP-10等促發炎激素分泌，與呼吸道疾病風險相關；甲醇萃取樣本顯示較高脂肪酸過氧化及粒線體抑制，顯示溶劑選擇對細胞毒性影響顯著。",
        "eng_title": "Source Analysis of PM2.5 Components and Preliminary Study on Hazard Index Assessment",
        "eng_subject": "This project focuses on PM2.5 sampling and chemical composition analysis centered in Douliu, Yunlin, including sampling sites such as Environmental Protection Agency’s Xianxi and Erlin stations, as well as Douliu, Lunbei, Xingang, and Chiayi Meteorological Station. The PM2.5 chemical components analyzed include water-soluble inorganic ions, carbonaceous compounds, metal elements, and organic matter, with the PMF receptor model used to identify potential pollution sources. This project also aims to establish a research methodology for assessing PM2.5 cytotoxicity to clarify its health impacts. Results indicate that March is the high pollution season in Douliu, Yunlin, with PM2.5 primarily composed of NO3-, followed by SO42- and OC. PMF analysis identified five pollution factors: fuel combustion, fugitive dust, sulfates, nitrates\/chlorides, and industrial emissions, with nitrates\/chlorides being the largest contributor (39%) to PM2.5 concentration. The industrial emissions factor contains most of the heavy metal components in PM2.5, warranting attention. Additionally, five representative meteorological conditions were identified based on conditions during the sampling period: northern, south-southwest, west-southwest, local circulation (day), and local circulation (night). The highest PM2.5 concentrations occurred during local circulation (day\/night), driven by pollutant transport from nearby areas, with nitrates\/chlorides and fuel combustion as the primary pollution factors. PM2.5 water extracts increased the secretion of pro-inflammatory cytokines such as IL-1b and IP-10 in lung cancer cells, endothelial cells, and macrophages, associated with respiratory disease risk. Methanol extracts showed higher levels of lipid peroxidation and mitochondrial inhibition, indicating significant solvent-dependent effects on cytotoxicity.",
        "proj_year": "113",
        "org_name": "國環院環境治理研究中心",
        "exe_unit": "中央研究院",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131841952",
        "publish_date": "20250207"
    },
    {
        "chi_title": "113年度建置綠色產業及巨量資訊系統開發計畫(2\/4)",
        "chi_subject": "國家環境研究院藉由環境相關巨量資料的盤點及蒐整，並針對環境巨量資料進行解析應用，透過資訊蒐整、產業解析、模式分析、儀表板建置、統計圖表分析、污染溯源等方式進行數據整合應用，以解析與驗證相關數據代表意涵，提供環境治理實際應用參考。\n本計畫主要執行內容包括產業綠色化解析、行動實驗室數據分析，以及環境巨量資訊系統的開發。首先，針對石化業的產業解析，建立石化業的環境指標項目。透過蒐整石化產業上市公司之公開資料及排放量，進行環境指標項目訂定及級距的試算，並召開專家諮詢會議，進一步完善指標內容，提供未來環境政策推動及管理參考。\n在行動實驗室數據分析方面，團隊運用正矩陣因子法(Positive Matrix Fac-torization, PMF)對行動實驗室的斗六地區監測資料，進行非事件日以及事件日的污染源解析，並針對嘉義地區的監測資料，進行事件日的污染源分析。\n在環境巨量資訊系統開發方面，已完成行動實驗室資料的介接及即時、歷史資料的分析功能，具備多項圖表分析功能，並包含資料檢核、異常通報及儀表板等功能，也蒐整過去環檢所及國環院的資料建置環境資料庫。此外，已將環境部78處空品測站資料及中央氣象署地面天氣圖介接於系統中，進行綜合分析。\n同時，配合計畫成果推廣，辦理1場次成果發表研討會，以及完成2式圖卡製作推廣。綜合上述，本計畫希望能有效結合巨量資料解析研擬與行動實驗室的數據應用，強化環境監控及污染治理目標。",
        "eng_title": "Green Industry and Big Data Information System Development Plan(2\/4)",
        "eng_subject": "The National Environmental Research Institute has conducted an invento-ry and collection of environmental big data, and applies the data through in-formation collection, industry analysis, pattern analysis, dashboard construc-tion, statistical chart analysis, and pollution traceability, and then analyzes and validates the practical application of long-term environmental manage-ment indexes, and combines the application of the concept of business intelli-gence, so as to make the inventoried resources effective and efficient in envi-ronmental management and establish of environmental indicators to achieve the effect of assisting environmental management.\nThe main contents of this project include industry analysis, mobile labor-atory data analysis, and the development of an environmental big data infor-mation system. Firstly, for industry analysis, we have established environ-mental indicator projects for the petrochemical industry by collecting public information and emissions data from publicly listed companies. We conducted preliminary calculations of the environmental indicators and their classifica-tions, followed by an expert consultation meeting to refine the content, providing a basis for future environmental policy development and manage-ment.\nFor the analysis of data from mobile laboratory, the project used Positive Matrix Factorization (PMF) method to analyze the pollution sources on non-event days and high-value event days for the monitoring data of the Douliu area, as well as to analyze the pollution sources on event days for the moni-toring data of the Chiayi area.\nRegarding the environmental big data information system development, the project have connected mobile laboratory data to the system, which now supports real-time and historical data analysis with various charting features. The system includes data verification, abnormal alerts, geographic infor-mation system integration, and dashboards. the project have also collected the data form Environmental Inspection Agency and the Environmental Training Institute to build an environmental database. Additionally, the 78 air quality measurement stations of the Ministry of the Environment and the ground weather maps of the Central Weather Administration have been connected to the system for comprehensive analysis.\nIn conclusion, this project aims to effectively integrate big data analysis technologies with the application of mobile laboratory to enhancing the effi-ciency of environmental monitoring and pollution control.",
        "proj_year": "113",
        "org_name": "國環院環境治理研究中心",
        "exe_unit": "環輿科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131809492",
        "publish_date": "20250207"
    },
    {
        "chi_title": "固定污染源空氣污染等效減量技術推動與污染物防制管理計畫",
        "chi_subject": "本年度計畫依工作目標，主要可分為「揮發性有機物減量策略規劃」、「固定污染源揮發性有機物管理制度推動」及「整合性配套管制工具建立」等三大類別，各項工作主要執行內容如下所述：\n(一)\t揮發性有機物減量策略規劃\n為持續改善我國空氣品質，本計畫因應國外空氣品質管制趨勢、我國空氣品質現況與國家政策推動方向，提出我國固定污染源排放減量策略應將管制目標聚焦於臭氧(O3)，並考量臭氧生成之前驅物NOx和VOCs中，我國已有針對NOx之大型排放源(如鍋爐、電力業)訂定管制規範，因此，本計畫優先規劃針對固定污染源之VOCs排放研析減量對策與管理作法。\n鑑於環境部過去已優先針對特定重點行業訂定相應之行業排放標準，根據固定污染源VOCs管制現況分析結果，現行已管制對象約占整體排放量42.2%，目前規劃增訂之管制對象約占排放量13.9%，然仍有約43.9%之VOCs排放量尚未有強制性規範管制，約涵蓋295類之行業\/製程種類，若僅持續分階段研擬行業\/技術管制規範，其管制效益低，且會造成較高之行政成本，此外，本計畫亦發現我國VOCs行業、污染源之污染特性差異大，且在不同產業之技術發展水準不一等問題，基此，參酌國際間不侷限於依行業別或製程別制定相關規範，亦有依污染操作單元制訂通用性之管制規範，本計畫建議我國在VOCs管制對象上，朝向以污染單元之角度進行管制，並優先掌握VOCs重點污染排放源作為管制重點對象，包括印刷、清洗、拌合、含浸、成型、塗裝、烘乾等7大類污染源；在管制策略方面，參考國際間複合且多元的VOCs排放管理措施，除由源頭改善、製程污染源\/設備管理及管末控制等面向進行管制外，另提供等效\/替代減量控制技術之方式，給予固定污染源可自行提出達相同減量效果之選擇。亦透過掌握我國多元管制作業推動可能面臨問題、分析污染排放特性與產業技術現況，擬訂我國VOCs重點固定污染源各別適宜之管制策略與執行規劃，此外，本計畫亦研擬我國可執行之等效\/替代減量控制技術，使我國未來VOCs朝向以更多元且彈性之策略進行管制，亦可兼具空氣污染排放與溫室氣體減量共利效益。\n(二)\t固定污染源揮發性有機物管理制度推動\n1.\t研擬固定污染源空氣污染物防制設施管理策略\n依空污法第23條規定，公私場所應有效收集各種空氣污染物，並維持其空氣污染防制設施或監測設施之正常運作。掌握我國現行固定污染源集氣設施與防制設備設置情形，在集氣設施方面，採密閉者約50.1%、圍封者約0.1%、氣罩者約17.3%，逸散者約32.5%，其中有污染物收集者，目前集氣認定無統一規範致各地方認定常有爭議，而逸散者，未有強制性規範要求集氣；在防制設備方面，雖已有48%污染源後端有設置防制設備，然於實務面上仍有裝設不適宜設備、設備操作不當、未確實維護保養等情事，致未能有效處理污染物。\n為強化我國固定污染源空氣污染物防制設施之有效管理，本計畫借鑒美國聯邦、州政府(南加州、明尼蘇達州)管理作法，研擬我國固定污染源空氣污染物防制設施管理規範，朝污染收集、防制設備設置\/操作及設施維護與監控記錄三大管制對策。在污染物集氣部份，規劃針對主要排放VOCs之7大類重點污染源要求集氣，並優先訂定氣狀污染物集氣設施管制規範，包括密閉管線、圍封式、包圍式集氣設施及一般氣罩四種設施之定義與項目條件規範，然由於管制涉及多類製程，考量對產業之衝擊影響與地方主管機關之審查量能，因此建議優先管制排放量大且多數氣罩或逸散之印刷與塗裝污染源，階段性減少VOCs逸散；在防制設備設置\/操作部份，參考防制設備學理基礎、國際規範、各界建議等，除VOCs處理設備外，增加研擬對TSP、SOx及NOx常見之防制設備管制規範，使防制設備有一致性管理基礎；在設施維護與監控記錄部份，除建立防制設施\/儀表檢查與維護保養原則外，將導入科技化設備參數監控工具，包含設備監控設施、影像辨識技術等，以即時掌握污染源排放狀況，確保設備有效運作，使我國設備參數監控管理朝向更多元且有層次之方向發展。\n2.\t檢討與精進三級防制區固定污染源控制技術規範\n依空污法第6條及第8條授權，本計畫持續強化我國三級防制區固定污染源之管制，優先針對排放量達特定大型門檻且對於未來新設可能性高之電力業擬定最低可達成排放率控制技術(以下簡稱LAER)，本計畫透過我國電力產業發展趨勢、國內外電力業排放規範，提出電力業LAER草案，現已於2023年9月26日進行草案預告，並彙整預告期間之各界意見，持續精進LAER技術規範草案，亦同步因應法規管制，研擬申請審查作業指引等相關配套工具。\n為持續改善臭氧問題，本計畫優先針對VOCs排放規模大之對象，增訂既存固定污染源應削減污染物排放量準則(以下簡稱RACT)，首階段以船舶與鋼捲表面塗裝為優先對象，透過掌握製程污染排放特性、蒐研國際管制作法與分析國內控制技術水準，研擬RACT草案，現已於2023年5月8日預告草案，並彙整法規預告至今各界提出之重點議題，評估後續技術管制規範可調整之方向，亦持續配合法規推動期程，執行相關法制化推動作業，包括擬定RACT審查程序與指引、辦理相關法制化會議等；依管制期程規劃，本計畫針對銅箔基板製程(以下簡稱CCL)，掌握製程污染特性、蒐研國際間管制規範與分析國內控制技術水準，現已初步完成RACT草案之研擬，此外，除管末控制技術外，本計畫亦掌握CCL產業實廠特殊控制技術之案例，包括「能資源再利用」與「製程原(物)料改善」二大類型，以利評估技術可行性，作為未來技術推廣之示範參考。另，因應環境部於2020年7月10日訂定發布之氮氧化物RACT(以下簡稱RACT-NOx)，本計畫持續追蹤並彙整現行RACT-NOx推動之階段性成果，透過掌握各直轄市、縣市政府第二期污防書內容，統計受管制之256個污染源，且目前已達成之減量NOx約2,772公噸\/年，同步掌握多元之污染減量方式，包含低污染燃料、製程改善、更新防制設施等。\n另一部分，本計畫優先因應增訂之RACT船舶與鋼捲表面塗裝及已完成修正公告之行業別標準，初擬BACT修正草案，此外，本計畫分析近3年三級防制區內固定污染源增量情況，建議後續將VOCs增量趨勢高且尚未受BACT管制者納為增修之重點對象。另，本計畫分析近3年採行非表列技術種類，並優先針對現行控制效率較佳之低溫脫硝技術、瀝青煙淨化系統、陶瓷觸媒濾管、電漿技術及薄膜油氣回收設備等非表列技術，掌握技術原理、實廠應用案例、污染物處理效率等資訊，持續評估後續加入BACT表列技術，亦透過彙整國內相關技術審查程序，結合設置及操作許可證之審查流程，初擬非表列技術審驗程序與原則，提供審查機關認定之參考。\n(三)\t整合性配套管制工具建立\n因應固定污染源等效減量控制技術與空氣污染物防制設施操作管理之研擬工作，今年度執行5場次實廠控制技術與5場次固定污染源污染物防制設施之訪視作業，掌握製程污染源原(燃)物料使用、集氣現況及集氣現況、防制設備使用等，回饋作為相關政策管制規範擬定之參考。此外，本計畫亦配合相關法制化作業推動期程，協助主管機關辦理法制化推動之相關事宜，本計畫也會配合相關法制化進程，協助主管機關處理法制化推動的各項事宜，包含：法規研商\/制度推動說明會、專家諮詢會議等，收集各界意見，反饋法規研擬參考。\n在公開平台系統新增與維護部分，本計畫已配合擴充公開內容新建檢測平台申報檢測資料功能並維護公開平台正常運作，提供審核機關、公私場所對於固定污染源管理資訊公開平台之操作諮詢及障礙排除等服務；另，配合資通安全稽核作業要求，排除電腦弱點掃描、電腦安全防護檢測、核心資訊系統內網滲透測試等風險等級問題，執行程式修正，以符合資通安全作業之需求。",
        "eng_title": "Promotion of Equivalent Reduction Technologies for Air Pollution from Stationary Pollution Sources and Pollution Control Management Project",
        "eng_subject": "Main results of this plan could be divided into three categories. Please refer to the following:\n1. Planning Strategies for Reducing VOCs Emissions\nTo continuously improve Taiwan’s air quality and align with global net-zero targets, this plan prioritizes ozone precursors (NOx and VOCs). While NOx standards exist for many stationary sources, VOCs regulations are less comprehensive. Approximately 42% of VOC emissions are currently regulated, but this plan emphasizes addressing the remaining 44% (295 processes) by focusing on seven major stationary pollution sources. Strategies include raw material management, upgrading gas collection and pollutant control equipment, and implementing equivalent reduction technologies. These initiatives aim to reduce both air pollution and carbon emissions.\n\n2. Promoting VOCs Management for Stationary Pollution Sources\n(1) Evaluating and Managing VOC Control Systems\nUnder Article 23 of the Air Pollution Control Act, pollution sources must effectively collect and control pollutants. Analysis revealed 50.1% of gas collection systems are sealed, but standards for collection equipment are inconsistent, and no mandatory regulations require pollutant collection. Control equipment installation covers 48% of pollution sources, but issues like improper operation hinder effectiveness. This plan proposes principles for gas collection, targeting seven major sources, prioritizing printing and coating industries for phased implementation. Control equipment standards are also developed to unify management practices, supported by tools like continuous parameter monitoring systems (CPMS).\n(2) Enhancing Regulations for Class 3 Control Regions\nThis plan strengthens control technologies under Articles 6 and 8 of the Air Pollution Control Act. It establishes Lowest Achievable Emission Rate (LAER) standards for major emitters and supports public consultations to finalize these provisions. Additionally, Best Available Control Technology (BACT) and Reasonably Achievable Control Technology (RACT) standards have been developed for industries like boat and coil coating, as well as Copper Clad Laminate (CCL), focusing on VOC collection, discharge standards, and material improvements. Ongoing efforts to monitor NOx reduction have achieved annual reductions of 2,772 tons. A systematic review of non-listed technologies has also been initiated to enhance BACT listings and streamline evaluation processes.\n\n3. Establishing Integrated Supporting Control Tools\nThis plan has drafted regulations for equivalent reduction technologies and air pollution control facilities. Visits to 10 factories provided insights into material usage and equipment status, informing regulatory drafts. To support implementation, meetings and consultations with experts were held. Furthermore, the stationary pollution source management information platform has been upgraded to improve data transparency and facilitate reporting. Information security measures, including vulnerability scanning and penetration testing, have been enhanced to ensure system resilience.",
        "proj_year": "113",
        "org_name": "環境部大氣環境司",
        "exe_unit": "環科工程顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131784952",
        "publish_date": "20250204"
    },
    {
        "chi_title": "113年度推動生物質資源循環專案工作計畫",
        "chi_subject": "本工作團隊協助機關依「生物質循環推動計畫」，提出我國推動策略和措施包含提升有機質肥料施用量、增加木質燃料與氣態燃料的投入料源量能等，以達成2030年推動目標。本工作團隊追蹤如歐盟、日本和美國等國際生物質推動趨勢，檢討國內策略執行作法，並透過每年度的生物質基礎流布盤點完善物質流向資訊，依生物質料源性質分類，評估其特性、市場、區域、量能與技術，規劃分級利用的發展措施，另編撰餐廚類生物質分級再利用指引(草案)、其他類生物質分級再利用指引(草案)。\n本計畫就對木質資材、菇類培植廢棄包及動物性廢渣等三項關注項目進行流向分析與成本效益評估，輔導建立循環產業鏈結模式，另編撰生物質資源循環利用彙編，並追蹤前年度輔導案場的執行成效。另輔導碳盤查及排碳分析，並建立碳盤查計算指引，逐步建立生物質循環利用之排碳本土化資料。\n蒐集分析國內外有機質肥料及其原料的標準，並依據「肥料管理法」提出採樣與檢測規劃，掌握原物料與再利用產品的相關性，並訪談產官學研各界，編製生物質廢棄物-厭氧消化再利用設施設置系統作業指引(草案)及生物質廢棄物-肥料化再利用設施設置作業指引(草案)。優化擴充生物質資源循環資訊平臺，新增生物質再利用及處理機構資訊，並規劃五大功能升級，平臺已於113年8月1日上線。計畫期間亦辦理生物質資源循環成果分享與交流會，促進跨部會合作以推動我國生物質循環利用",
        "eng_title": "2024 Biomass resource recycling promotion project",
        "eng_subject": "According to the Biomass Circular Promotion Plan, Taiwan's strategies and measures include increasing the application of organic fertilizers and expanding the feedstock capacity for wood and gaseous fuels to meet the 2030 targets. The project team continuously tracks international biomass promotion trends, reviews domestic strategy implementation, and annually improves material flow information through biomass flow mapping. Based on the characteristics, market, region, capacity, and technology of biomass feedstocks, the team plans future goals for tiered utilization. They have developed tiered utilization guidelines for food waste and other materials.\nThe project continues to gather international biomass recycling technologies, assesses their potential for domestic application, and focuses on analyzing the flow and cost-effectiveness of three key materials: wood-based resources, mushroom cultivation waste bags, and animal waste. The team also facilitates the creation of circular industry chain models. Additionally, the project supports carbon audits, conducts emissions analysis, and develops carbon audit calculation guidelines. It tracks the performance of sites previously supported to promote biomass recycling in Taiwan.\nFurthermore, the project collects and analyzes international standards for organic fertilizers and their raw materials. In compliance with the Fertilizer Management Act, it proposes sampling and testing plans to understand the correlation between raw materials and recycled products. Interviews with industry, government, academia, and research institutions provide insights for drafting guidelines for biomass-to-fertilizer reuse facilities. The team continues to enhance the Biomass Resource Circular Information Platform by adding data on biomass recycling and treatment facilities and planning five major functional upgrades. The platform went live on August 1, 2024. Throughout the project, meetings were held to compile information on agricultural materials and biomass promotion, track international trends, and promote interagency collaboration to advance biomass recycling in Taiwan.",
        "proj_year": "113",
        "org_name": "循環署循環處理組",
        "exe_unit": "環科工程顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131765766",
        "publish_date": "20250301"
    },
    {
        "chi_title": "113年度土壤及地下水污染調查及查證工作計畫-嘉義縣",
        "chi_subject": "嘉義縣轄區之『土壤及地下水污染調查及查證工作計畫』為環保局每年重要的污染防治專案計畫。整體工作重點大致可分類包括1.農地土壤調查與底泥管理作業、2.地下水質監測與維護管理、3.污染場址列管現況與巡查管理、4.貯存系統輔導與稽查管制、5.事業污染預防及管理、6.列管場址及事業用地查證、7.相關法規宣導與行政配合作業、8.環管署線上績效考評。以下摘要列出各主題現階段成果:壹、農地土壤調查與底泥管理: 依據環管署系統提供嘉義縣轄區定期監測農地共有9處，主要分布在新港鄉(大客段頂客小段)、太保市(梅花段、梅子厝段梅厝小段及過溝段過溝小段)、朴子市(崁前段崁前小段)、大林鎮(下埤頭段下埤頭小段)、義竹鄉(安溪寮段平溪小段)及民雄鄉(崙子頂段)等地區。依據土污法第6條之規定，對於污染物濃度低於土壤污染管制標準而達土壤污染監測標準者，各縣市主管機關應持續進行監測作業，此部份的調查時間點經與環保局討論後，規劃依據「配合作物耕作期程執行農地污染調查作業實施要點」在一期稻作收割前完成，本工作項目已於3月25日完成6筆農地採樣，僅新港鄉大客段頂客小段15地號，土壤全量分析鉻及鋅測值達監測標準，彙整該地號近年檢測資料並計算其相對偏差值可發現雖然該地號鉻、鋅均高於食用作物監測標準，但與納入定期監測之檢測值比較，兩重金屬之相對偏差值均低於容許相對偏差值，依據「農地土壤定期監測作業原則」，本地號檢測結果未具上升趨勢，得依作業原則延長監測頻率8~10年監測1次；農地土壤同步採樣工作，已完成18處坵塊作物及土壤採樣分析，目前已得知14處作物無超過食品中污染物質及毒素衛生標準，而土壤篩測結果，僅1處土壤砷含量偏高，研判為長期引灌地下水所致，其餘坵塊土壤重金屬均無超過相關標準；農地定常調查工作中，已依招標規範完成62處渠道水質初驗、7處水質複驗、32組土壤XRF篩測及50組縮時樹脂膠囊包放置，截至期末報告初稿截稿前，縮時樹脂膠囊包數據分析中，渠道水質初驗發現2處渠道水質導電度超過灌溉水質基準值，研判與引用水源及鄰近魚池排水相關，進一步水質複驗結果無重金屬超標情形，土壤篩測作業結果於溪口鄉2處土壤砷超過監測標準，比對環管署地下水砷潛勢範圍後，研判砷超標應為引灌地下水所致。貳、地下水質監測與維護：監測井巡查維護管理部分，已完成年度監測井內、外部巡查工作第1季126口次、第2季121口次，並完成第1、2季巡查成果彙整及上傳系統，另針對監測井修繕維護作業上，本計畫規劃名單已經環保局核定，並依照外觀應修繕於6月開始執行6口次井體設施修復，完成13口次監測井維護作業，優先針對水泥平台、警示柱及保護套管異常之監測井進行維護，避免地上污染物透過監測井直接污染地下水體，另已完成26口監測井井況評估，及依其結果完成13口次再完井、5口次異物排除及廢井名單目標，依序至10月底已前完成本項作業。參、污染場址列管現況與巡查管理：嘉義縣截至113年10月已公告列管之場址共有10處，包括有4處整治場址、2處控制場址、1處七條五列管場址及3處地下水受污染使用限制地區。對於列管場址每月一次查核監督作業，並確認污染改善作業現況及是否確實依照核定計畫書執行改善工作，及詳細核實計畫查核點。已完成1月至10月巡查作業，並完成紀錄上傳SGM系統工作；每月執行整治場址-鑫榮公司放流水，以驗證其地下水改善成效；每月針對整治場址-秀和公司地下水下游區域地表水檢測作業；及每月針對2處控制場址放流水檢測作業，1~10月執行結果整治場址-鑫榮公司放流水符合整治計畫之改善目標，整治場址-秀和公司下游處地表水及2處控制場址放流水未檢出場址公告列管污染物質。肆、貯存系統輔導管理與稽查管制：因應環管署修正水污染防治法事業分類及定義之貯存設施事業及同法第33條相關辦法，本計畫協助轄區內符合新增業別定義之地上儲槽系統法規符合度確認及輔導工作，本縣符合家數計167家次，110年及111年已全數完成輔導作業，今年度地上儲槽查核及輔導作業預計執行為13家，已全數完成。目前嘉義縣轄區營業中地下儲槽系統計有148處，今年度針對轄區所有加油站進行法規符合度輔導查核工作，派遣具地下儲槽污染監測認證人員至加油站現場輔導，本計畫除參考112年度成果，依缺失類型規劃輔導，包括各項監測設備、防滲漏設施的法規符合度、油錶總量平衡管制的查核、儲槽管線密閉測試結果判識等，於10月底已完成全縣98處加油站輔導查核作業；此外環管署移交9家污染評價機制名單及1家異常名單，已完成現場測漏管功能測試及油氣篩檢；另逐步彙整各加油站輔導作業與稽查檢測作業結果，以逐站建立輔導與稽查電子化整合資料；此外於113年1月、5月、9月已分別協助完成3次地下儲槽系統申報審查工作，申報率及審查率均達100 %。審查時發現申報資料有異常，即以電訪方式要求業者說明或更正，已完成追蹤缺失改善及補正申報資料。伍、事業污染預防及管理成果：因應環管署擴大監督管理對象，提升事業土地污染管理成效，經中央與地方協議研定事業分群分級管理策略，及訂定事業分群分級管理流程與查核作業程序，希冀透過中央及地方分工合作，共同推動事業自主污染預防管理及土地有效監督查核管理。本年度已於5月2日完成A加強管理群及B自主管理群各一場次行前說明會及宣導說明會；於6、7月完成14場次A加強管理群事業現勘與預防管理工作，8月完成2場次A群事業土壤查證，其中宏忠實業有限公司土壤銅、鎳超過管制標準；於7月完成12場次C檢視管理群事業現場勘查運作情形及資料比對；於8月完成7場次B自主管理群現場勘查並提出建議，亦已要求60家事業完成填報事業自主污染預防管理計畫。\n陸、列管場址及事業用地查證：本年度針對廢管科移交之朴子市下竹圍段佳禾小段1344地號，進行土壤品質查證，土壤查證結果均低於土壤污染監測標準。另外，已完成7件次事業依土污法第9條，提送之土壤污染評估調查報告審查作業，提供修正建議之審查意見，與實地踏勘事業現場進行查核，確核上述調查報告內容真實性，並評估事業用地污染潛勢，選取吉慶鐵公所進行土壤採樣查證，查證結果土壤無超過污染管制標準；技師查核作業已於7\/11完成第一階段視訊審查會議及確認缺失積點。柒、宣導會議及相關行政配合作業：應變調查工作部分，本年度協助辦理4件次，2件為配合農作物同步土壤採樣之XRF篩測作業及A群事業土壤查證作業，另2件次為針對整治場址-北回場址，及地下水受污染使用限制地區-東石鄉港墘段港墘小段466地號分別進行監測及補充調查，其中東石鄉港墘段港墘小段466地號新設簡易井發現氟鹽仍超過管制標準，濃度超標逾27倍。整體使用嘉義縣府補助額之緊急應變經費為394,416元，整體應變經費剩餘情形，環管署補助額剩餘40萬元，嘉義縣府補助額剩餘5,584元。協助辦理宣導會議部分，4\/23、5\/17分別辦理貯存系統業者及軍事單位之土壤及地下水相關法規宣導會議，3\/12、4\/8-9、4\/22分別辦理世界地球日宣導活、慈濟Xpagamo縣盃環保防災勇士PK賽、大甲媽祖蒞臨土水宣導等，4\/25、4\/26辦理2場次種子講師培訓，並前進校園完成19場宣導活動，6\/3、7\/10、10\/21辦理單位業務內部教育訓練，8\/22辦理重點行業別事業污染防治宣導說明會等，5\/14、7\/19、9\/6辦理農地安全耕作宣導說明會。捌、環管署線上績效考評：環管署線上績效考評指標分類分為三項目：施政重點、環境改善與創新作為，考評總分上限100分，下限0分。除補助經費及預決算結報等項目採取扣分方式評分外，其餘項目以各指標之相關資料上傳至SGM等線上系統為主，本計畫針對今年度改善中場址，進行資料補正更新與文件上傳，目前已完成更新各列管場址之列管流程(KPI)、大事紀、公文紀錄及定期巡檢紀錄等，其他列管場址之線上頁籤所需資料本計畫仍持續更新中。 (詳細作業內容請見本計畫期末報告)",
        "eng_title": "113th Annual Soil and Groundwater Pollution Investigation and Verification Work Plan-Chiayi County",
        "eng_subject": "This project continues work in “Soil and Groundwater Investigation and Verification Project” of Chiayi county. Work contents include regular soil and groundwater monitoring work, monitoring well external appearance patrol 、 maintenance and repeal, gas station online declaration and on-site inspection, soil and groundwater pollution site supervision, verification and inspection, scope of pollution site broadening investigation, pollution verification on prosecutors care and public nuisance dispute and emergency response, advocacy and administrative work.",
        "proj_year": "113",
        "org_name": "嘉義縣環境保護局",
        "exe_unit": "富立業工程顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131722816",
        "publish_date": "20250210"
    },
    {
        "chi_title": "113年焚化再生粒料於港區填築環境影響評析專案工作計畫",
        "chi_subject": "為因應2050淨零排放路徑及策略總說明十二項關鍵戰略中「資源循環零廢棄」，環境部資源循環署制定具體推動計畫，透過資源循環再利用將8類無機資源轉換為無機再生粒料，適才適所應用於陸海域營建工程中，促進資源循環。\n焚化再生粒料屬於無機再生粒料的一種，目前環境部已在多個陸域工程上使用，為擴大焚化再生粒料再利用於港區填築，行政院核定「推動再生粒料應用於港區填築工程綱要計畫」及「再生粒料應用於港區造地填築作業程序」，規範再生粒料應用於港區填築前需先辦理三階段評估—實驗室試驗、現地填築試驗、作為港區造地填築料源之環境影響評估作業（含差異分析）。\n焚化再生粒料已於109年及111年分別辦理實驗室試驗與臺北商港物流倉儲區現地填築試驗，其結果顯示焚化再生粒料應可作為港區造地填築料源，故於今年提出本計畫113年焚化再生粒料於港區填築環境影響評析專案工作計畫辦理臺北商港物流倉儲區填海造地計畫第六次環境影響差異分析報告（新增焚化再生粒料造地填築料源及提升再生粒料填築總量）。",
        "eng_title": "Project of Assessment of Environmental Impact of Incineration Recycle Material for Harbor Reclamation in port areas in Republic of China (ROC) year 2024",
        "eng_subject": "In response to Taiwan’s Pathway to Net-Zero Emissions in 2050 and one of the 12 Key Strategies, Resource Recycling and Zero Waste, the Resource Circulation Administration of the Ministry of Environment has developed specific implementation plans. These plans focus on converting eight types of inorganic resources into inorganic recycled material through recycling and reuse, applying them appropriately in land and marine construction projects to promote resource circulation.\nIncinerating recycled material is a type of inorganic recycled material. It has already been used by the Ministry of Environment (MOENV) in several land-based projects. To expand the reuse of incinerating recycled material in port area filling, the Executive Yuan approved the Outline Plan for Promoting the Application of Recycled Material in Port Filling Projects and the Procedures for Using Recycled Material in Port Area Landfill Construction. Before applying recycled material in port area filling, a three-phase assessment must be completed, which includes laboratory testing, in situ filling test, and Environmental Impact Assessment (EIA) for its use as port area landfill material (including an Analysis Report on the Difference of the Environmental Impact).\nIncinerating recycled material underwent laboratory testing in 2020 and in situ filling tests at the Taipei Commercial Port Logistics and Warehouse District in 2022. The results indicated that incinerating recycled material could be used as port area landfill material. Therefore, in 2024, a project plan was proposed for the Project of Assessment of Environmental Impact of Incineration Recycle Material for Harbor Reclamation in port areas in Republic of China (ROC) year 2024, which includes the sixth Analysis Report on the Difference of the Environmental Impact for the Taipei Commercial Port Land Reclamation Project (adding incinerating recycled material as a landfill material and increasing the total volume of recycled material used in the landfill).",
        "proj_year": "113",
        "org_name": "循環署循環處理組",
        "exe_unit": "環興科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131486623",
        "publish_date": "20251205"
    },
    {
        "chi_title": "苗栗縣113年度「向海致敬 -海岸清潔維護計畫」",
        "chi_subject": "本年度計畫執行期程為113年2月1日至113年11月30日，截至113年11月30日止，總執行進度為100%。\n本計畫協助環保局執行向海致敬政策，推動苗栗縣海岸環境普查作業，建立本縣海岸環境背景資料，作為後續推動海岸環境維護策略研擬之參考依據，除將透過跨局處協商方式釐清作業權責之外，亦與各單位建立橫向通報機制，以落實海岸環境清潔作業，並鼓勵社區協會、民間團體及企業機構等參與認養，透過擴大海岸環境維護量能。有關各階段作業執行進度摘要說明如下：\n一、研擬海岸清理策略及規劃\n本年度於7\/17、9\/17、與11\/20針對歷年巡查髒亂點及環境部海廢快篩監測站髒亂點進行通盤檢討，並於會議中提出桃竹竹苗聯合淨灘活動。\n二、海岸巡檢及調查作業\n自2月至11月期間實地巡查60次，以苗栗縣竹南鎮、後龍鎮、通霄鎮及苑裡鎮海岸線，調查本縣海岸環境背景及污染特性，本年度3月至11月期間民眾通報32次均已完成改善；本年度於竹南鎮假日之森完成4場次海灘廢棄物寶特瓶及垃圾組成(ICC)調查。\n透過環境部海廢快篩監測結果，111年至113年期間（每季執行監測，每次5個測站），崎頂、海口、後龍、新埔測站監測記錄，本年度後龍、通霄出現髒亂等級，顯示該地區海岸環境亟需加強清理改善。\n三、海岸環境淨灘活動及認養維護海岸相關會議\n本年度於權責會議中與各權責單位提出，年度預算編列增加討論，請清理量能不足髒亂點強化預算編列。另依合約淨灘辦理2場次淨灘，向群創科技及海口社區進行ICC教育訓練，另於9\/28辦理桃竹竹苗秋季聯合淨灘活動，並發布2篇海岸清理新聞稿。\n本年度海岸線新增認養9家次，認養累計40.2公里，認養率87%。\n四、整合海岸環境清理作業相關成果\n本計畫除每月上傳至環保署網站登錄，並追蹤各權責單位清理海岸清理廢棄物現況，1月至11月期間海岸線總計各權責單位共計執行2,384點次之巡檢及清理作業，清除垃圾量達702.191公噸，動員人力20,196人，水利署第二河川分署動用機具39點次、林業及自然保育署新竹分署動用機具2點次、苗栗縣政府農業處漁業科動用機具7次。",
        "eng_title": "Miaoli County 113th Annual Salute to the Sea Cleanup Maintenance Program",
        "eng_subject": "The implementation period of this year's program is from February 1, 113 to November 30, 113, and as of November 30, 113, the total implementation progress is 100%.\nThis program assists the Environmental Protection Bureau in implementing the policy of paying homage to the sea, promotes the coastal environment census in Miaoli County, and establishes background information on the county's coastal environment to serve as a reference for the subsequent development of strategies to promote the maintenance of the coastal environment. In addition to defining the rights and responsibilities of the operation through cross-bureau consultation, the program also establishes a horizontal notification mechanism with various units to implement the coastal environment cleanup operation, and encourages community associations, private organizations, and enterprises to participate in the adoption process to expand the coastal environment through the expansion of the coastal environment cleanup operation. It also encourages community associations, private organizations and enterprises to participate in the adoption process so as to expand the capacity of coastal environment maintenance. The progress of the various stages of implementation is summarized below:\nI. Development of Coastal Cleanup Strategies and Planning\nOn 7\/17, 9\/17, and 11\/20 of this year, a comprehensive review was conducted focusing on the dirty spots from previous years' inspections and the dirty spots at the Ministry of the Environment's Marine Waste Screening Station, and a joint beach cleanup activity was proposed at the meeting.\nCoastal Inspection and Investigation\nFrom February to November, 60 field inspections were conducted along the coastlines of Zhunan Township, Houlong Township, Tongxiao Township and Yuanli Township in Miaoli County to investigate the background of the county's coastal environment and the characteristics of the pollution, and 32 public notifications were made during the period from March to November of the current year, and improvements were made; 4 surveys of the composition of PET bottles and garbage were completed at Holiday Forest in Zhunan Township during the current year.\nAccording to the results of the Ministry of the Environment's rapid screening of marine wastes, between 111 and 113 years (quarterly monitoring, 5 stations each time), the monitoring records of Sakideng, Haikou, Houlong, and Hsinpu stations showed that Houlong and Tongxiao were dirty in this year, which indicates that the coastal environment in this area is in need of enhanced cleanup and improvement.\nCoastal Environmental Cleanup Activities and Adoption and Maintenance Meetings\nDuring the annual meeting, we discussed with the responsible units to increase the annual budget, and requested to strengthen the budget for cleaning up the dirty spots with insufficient amount of energy. In addition, we organized two beach cleanups in accordance with the contract, provided ICC education training to Qun Chong Technology and Haikou community, and organized a joint beach cleanup activity with Taoyuan, Chukchu, and Miaoli in the fall on 9\/28, and issued two press releases on coastal cleanups.\nDuring the year, nine new coastal line adoptions were made, totaling 40.2 kilometers, with an 87% adoption rate.\nIntegration of results related to coastal environmental cleanup operations\nIn addition to monthly uploads to the EPD website and tracking the current status of coastal cleanup debris by each responsible unit, the total number of inspections and cleanups carried out by each responsible unit along the coastline during the period from January to November totaled 2,384 points, with the amount of garbage removed amounting to 702.191 metric tons, and the manpower mobilized was 20,196, with 39 points of equipment mobilized by the Second Rivers Subdepartment of the Department of Water Resources, and 39 points of equipment mobilized by the Hsinchu Subdepartment of the Department of Forestry and Nature Conservation. The Second River Branch of the Water Resources Department mobilized 39 points of equipment, the Hsinchu Branch of the Forestry and Nature Conservation Department mobilized 2 points of equipment, and the Fisheries Division of the Agriculture Department of the Miaoli County Government mobilized 7 points of equipment.",
        "proj_year": "113",
        "org_name": "苗栗縣政府環境保護局",
        "exe_unit": "銓璟環保科技有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131474983",
        "publish_date": "20250203"
    },
    {
        "chi_title": "南部地區空氣污染雲端智慧查核預警及自主管理改善推動計畫",
        "chi_subject": "本計畫透過第1次聯繫會議，與各地方環境保局討論，彙整3處制高點、7處髒亂點及5處重要交通節點之架設備選點位，後續進行現勘並完成智慧辨識系統架設，將現場影像回傳至辨識模組進行煙霧、髒亂點及車牌等辨識並進行告警，以達到人工智慧輔助污染源管理之目標，統計上線至10月底，制高點共監控到39次空污異常排放事件，髒亂點共監控到4次廢棄物棄置情況，重要交通節點共辨識到22.2萬餘個前車牌、6.9萬餘個車斗及19萬個後車牌，並已於第4次聯繫會議時透過短影音1式來展現計畫執行成果。本計畫以高雄具指標性營建場域透過監視設備及微型感測器等設備架設，辦理1場次自主管理，作為科技工具導入之輔導案例。透過地理資訊系統技術，彙整本計畫監控影像、環境品質監測資料及事業機構資料等，以雲端智慧查核及預警協作多元資訊儀表板呈現，提供環保機關人員告警資訊及可快速查詢相關資料。另選定高雄大社、林園產業園區辦理2場次OP-FTIR監測，完成揮發性有機物污染溯源作業；並運用科學儀器或科技工具，協助辦理2場次熱區污染源偵查作業；配合機關需求提供2場次專業技術協助服務；並辦理環境專業技術交流會議1場次。最後，本計畫執行期間共辦理4場聯繫會議，與各地方環保局同步環境污染管理情形，以協力改善南部地區污染狀況。",
        "eng_title": "Project for Promoting Cloud-Based Intelligent Monitoring, Early Warning, and Self-Governance for Air Pollution Reduction in Southern Taiwan",
        "eng_subject": "Through meetings and discussions with local department of environmental protection, this project selected multiple locations for site surveys. Ultimately, 15 intelligent recognition systems were installed, including 3 high-altitude points, 7 dirty spots, and 5 important transportation nodes. These systems achieve real-time image feedback to identify smoke, dirty spots, and license plates, and issue alerts to support artificial intelligence-assisted pollution source management. Through October, the project monitored 39 air pollution events, 4 waste disposal incidents, and identified over 222,000 front license plates, 69,000 truck beds, and 190,000 rear license plates. A short video showcased project outcomes at the fourth meeting. In Kaohsiung, one self-management trial at a construction site demonstrated technology integration. A GIS-based dashboard combines monitoring data, environmental quality data, and business information, providing alerts and quick data access for environmental agencies.The project conducted two OP-FTIR monitoring sessions in Dashe Industrial Park and Lin-yuan Industrial Park, to complete the source tracing of volatile organic compounds. Additionally, it utilized scientific instruments and technological tools to assist in two hot spot pollution source investigations. Two rounds of professional technical assistance services were provided to meet the needs of government agencies. Furthermore, a professional environmental technology exchange meeting was organized. Throughout the project's execution, four liaison meetings were held to maintain ongoing communication with local environmental protection bureaus regarding environmental pollution management, aiming to collaboratively improve the pollution situation in southern Taiwan.",
        "proj_year": "113",
        "org_name": "南區環境管理中心",
        "exe_unit": "振興發科技有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131445312",
        "publish_date": "20250203"
    },
    {
        "chi_title": "公告事業用地土壤污染評估調查及檢測制度暨管理策略研析計畫",
        "chi_subject": "本計畫協助環管署推動土壤及地下水污染整治法(以下簡稱土污法)第8、9條公告事業用地土壤污染評估調查及檢測制度，主要工作成果包括：\n(一)\t規劃公告事業修正方向，研擬人員管理辦法、作業管理辦法及審查收費標準修正草案，修正發布4項配套說明文件，辦理3場次法規說明會議與2場次實機操作說明會議，印製800本參考手冊，並追蹤相關主管機關法令與制度動態。\n(二)\t研擬評估調查人員分級管理機制，完成6場次現勘查核與10場次採樣查核，配合國環院模範人員遴選協助蒐整資料。\n(三)\t建置全新對外網站入口，修正與新增資料管理系統與人員管理系統表單及功能，建構評估調查人員初次登記線上申請表單功能，提供資訊諮詢服務計220件次。\n(四)\t完成55件已備審查申報案件及60件審理中申報案件之勾稽查核，提出技師簽證查核表單修正建議，協訂考核指標及評分標準，辦理2場次備審查人員教育訓練，執行專線諮詢132件，並辦理1場次環保局工作說明會議。\n(五)\t提供專業技術諮詢，新增80位評估調查人員登記或重新登記案件，核定21場次訓練課程，時數計78小時，協助登錄確核2場次在職訓練，並製作3種圖卡。",
        "eng_title": "Project for Analyzing Evaluation, Investigation, and Measurement System Along with Management Strategy of Soil Pollution of Land Used by Enterprises Officially Announced by Government",
        "eng_subject": "The objective of this project was to assist the Environmental Management Administration(EMA) in promoting activities related to Articles 8 and 9 of the Soil and Groundwater Pollution Remediation Act (SGPRA). The following tasks were implemented in the project:\n1. To plan the revision direction of the announcement business, develop draft amendments to 3 sub-laws, and update 4 supporting documents. To hold 3 regulations explanation meetings and 2 computer practice trainings, and print 800 reference manuals. To evaluate the impact of changes in the laws and regulations of the competent authorities.\n2. Develop a hierarchical management mechanism for assessment investigation personnel. To audit site inspection for 6 sites, and audit soil sampling for 10 sites. To collect information for the excellent personnel selection activities organized by the National Environmental Research Academy(NERA).\n3. To build a new external entrance website, and add forms and functions to the “Information Management System of Soil Pollution Inspection on the Land Publicly Designated Industrial Land” and the “Soil Pollution Assessment Investigation Personnel Management System”. To promote the online registration mechanism, and to provide system operation consultation for 220 cases.\n4. To assist EMA in auditing the performance of each county and to evaluate the confirmed declaration files for 55 cases and the files under review for 60 cases. To assist EMA with professional engineer verification work. To propose business management indicators for performance appraisal of local governments. To provide telephone consultation for 132 cases, and hold 1 coordination meeting.\n5. To provide professional and technical consultation. To assist registration and re-registration of 80 assessors. To approve 21 training courses with a total of 78 hours, and verify 2 on-the-job training courses. To make 3 kinds of graph cards for propaganda.",
        "proj_year": "113",
        "org_name": "環管署土壤及地下水污染整治基金管理會",
        "exe_unit": "環興科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131441273",
        "publish_date": "20250203"
    },
    {
        "chi_title": "廢太陽光電模組及風機葉片資源循環推動計畫",
        "chi_subject": "為朝向2050淨零排放之能源轉型，經濟部能源署（以下簡稱能源署）透過設置太陽光電及風電等，提升綠能占比。對於除役後之廢太陽光電模組，環境部資源循環署（以下簡稱機關）與能源署攜手合作，持續推動廢太陽光電模組之循環。即由能源署向光電設備設置者，徵收1,000元\/kW的回收費；同時由機關負責建立相關處理體系、稽核查驗及回收工作。累計至今(113)年完成超過7千片之廢太陽光電模組回收處理。而於廢風機葉片的後續回收處理部分，亦參考目前廢太陽光電模組回收處理體系、現行機關事業廢棄物及公告應回收等處理體系，予以綜合規劃並適時檢修。               \n於前述能源政策推動及回收體系運作的基礎，透過本計畫對廢太陽光電模組回收運作管理制度，進行適時的檢修與研擬因應措施，並執行回收清除處理稽核查驗作業；同時廢太陽光電模組因其成分中具有回收再利用之價值，符合應回收廢棄物特性，故規劃廢太陽光電模組評估納入公告應回收制度銜接，併同維護與優化廢太陽光電模組回收服務管理資訊系統、規劃與推動風機葉片回收處理體系等，以達到維持體系正常運作、管理制度精進及廢棄資源有效利用之效益。",
        "eng_title": "Resource Circulation Promotional Plan for Waste Solar Photovoltaic Modules ＆  Wind Turbine Blades",
        "eng_subject": "In order to march towards energy transformation of net-zero emissions by 2050, the Energy Administration of Ministry of Economic Affairs (simply called EA) has worked to upgrade the green energy ratio by installing solar photovoltaics, wind farms, etc. Regarding waste solar photovoltaic modules after decommissioning, the Resource Circulation Administration of Ministry of Environment (simply called RECA) has worked hand in hand with the EA to continue promoting the circulation of waste solar photovoltaic modules. That is, the EA levies a recycling fee of NT$1,000\/kW from the photovoltaic equipment installers. At the same time, the RECA is responsible for the establishment of the relevant treatment system and such works as auditing ＆ inspecting and recycling. In 2024 to date, over 7,000 waste solar photovoltaic modules have been recycled and processed. As for the subsequent recycling and processing of decommissioned wind turbine blades, we also have referred to the current waste solar photovoltaic module recycling treatment system, and the current RECA’s treatment systems on industrial waste and the waste which should be recycled according to the announcement, so as to ensure comprehensive planning and timely overhauling.\n\nBased on the abovementioned energy policy promotion and recycling system operation, this plan will help overhaul timely the management system of waste solar photovoltaic modules recycling operation, formulate measures in response, and audit ＆ inspect the recycling disposal. Since the components of the waste solar photovoltaic module have the value of reuse in recycling, they meet the criteria for the waste that should be recycled. As a result, the assessment of such modules has been planned to be incorporated into the system of announcement of the waste that should be recycled, and the waste solar photovoltaic module recycling service management information system may be maintained and optimized. Also planned and promoted has been the decommissioned wind turbine blades recycling treatment system. This will help achieve the benefits of maintaining the system normal operation, upgrading the management system, and utilizing waste resources effectively.",
        "proj_year": "113",
        "org_name": "循環署循環處理組",
        "exe_unit": "環科工程顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131365396",
        "publish_date": "20250301"
    },
    {
        "chi_title": "固定污染源空氣污染物連續自動監測設施與揮發性有機物監測管理評估計畫",
        "chi_subject": "為使CEMS整體監測管制作業順利執行與管理制度更臻完善，本年度持續蒐集第2階段法規修正發布後之各界意見，以提升PM管制、強化防弊查核措施、精簡管制措施及提升彈性為修正重點。我們執行5家次DAHS查核實廠測試，了解實際施行之問題以同步修正相應管制規範；協助蒐集國內外CEMS管制資訊及創新做法，研擬CEMS中長程工作重點，提供未來施政參考。另配合環境部加強資源循環燃料與有害事業廢棄物空污管制政策，增訂相應第6批管制對象。為強化管制空品不良之指標項目（VOCs），檢討光電與半導體業排放標準，並為評估整併管制之可行性，共計執行5家次現勘作業，了解各製程之污染物收集與排氣情形。另檢討電子零組件製造業涵蓋之行業範圍，評估增訂被動元件製造業管制規範。計畫團隊也評析VOCs CEMS優先管制對象，以因應環境部未來管制重點。\n計畫團隊藉由執行第1~5批公私場所查核（共5根次）與地方環保局（共19家）CEMS業務執行成效考核作業，了解CEMS管理辦法執行與管理之各面向問題，回饋於法規修正中。另外，我們辦理1場次實廠查核觀摩會，強化查核流程印象，提供CEMS執行人員深入了解查核重點，期可提升整體查核執行能力。而為使CEMS監測數據可有效利用，針對局端系統強化異常報表統計，使局端可及時發現和處理異常情況。計畫團隊亦開發視覺化數據分析網站，提供歷史數據下載以加強數據應用與視覺化圖表統計功能，使管理者可迅速掌握各項指標變化。",
        "eng_title": "The project of the continuous emission monitoring systems management strategy review and the system verification evaluation for stationary source air pollutants.",
        "eng_subject": "To ensure the smooth implementation of overall monitoring and control operations for CEMS and to further improve the management system, this year we have continued to gather feedback from various sectors following the release of the Phase 2 regulatory amendments, with a focus on enhancing PM control, strengthening anti-fraud inspection measures, streamlining control processes, and increasing flexibility. We conducted 5 DAHS inspections and factory tests to understand actual implementation issues and revise corresponding control specifications simultaneously; we assisted in collecting domestic and foreign CEMS control information and innovative practices, and developed mid- and long-term CEMS work priorities to provide future policy reference. In addition, in cooperation with the Ministry of Environment to strengthen the air pollution control policy of resource recycling fuel and hazardous industrial waste, the corresponding sixth batch of control objects has been added. To strengthen control over key air quality indicators related to pollutants (VOCs), emission standards for the optoelectronics and semiconductor industries have been reviewed, and the feasibility of consolidated regulation is being assessed. A total of five on-site inspections were conducted to examine pollutant collection and exhaust conditions in various processes. Additionally, the industry scope covered under electronic component manufacturing is under review, with an evaluation of adding regulatory standards for the passive component manufacturing sector. The planning team also analyzed VOCs CEMS priority control targets to respond to the Ministry of Environment’s future control priorities.\nBy conducting the first to fifth batches of public and private site inspections (a total of 5 times) and local environmental protection bureaus (a total of 19) CEMS business implementation effectiveness assessments, the planning team understood various aspects of the implementation and management of CEMS management methods and gave feedback to Regulations are being revised. In addition, we held an actual factory inspection observation meeting to strengthen the impression of the inspection process and provide CEMS executives with an in-depth understanding of the key points of the inspection, which is expected to improve the overall inspection execution ability. In order to make effective use of CEMS monitoring data, abnormal report statistics are strengthened for the central office system, so that the central office can detect and handle abnormal situations in a timely manner. The planning team also developed a visual data analysis website that provides historical data downloads to enhance data application and visual chart statistics, allowing managers to quickly grasp changes in various indicators.",
        "proj_year": "113",
        "org_name": "環境部大氣環境司",
        "exe_unit": "財團法人成大研究發展基金會",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131332505",
        "publish_date": "20250227"
    },
    {
        "chi_title": "發展廢照明光源資源循環利用技術與循環產業鏈體系專案工作計畫(第二年)",
        "chi_subject": "LED照明光源相對於傳統照明更加環保且耗電量更少，近年來其使用量正逐年增長。使用後廢棄的 LED照明光源的數量也逐年上升中。\n自民國107年起我國已開始回收處理LED廢照明光源。目前在資源材數據、資材再利用技術能力及產業鏈體系的健全化尚未完整建立；在淨零永續國際風潮下，開發LED廢照明光源資源循環相關技術及產業鏈，以及評估其相關應用之低碳利益深具迫切性。\n本計畫主要工作項目包括：A. LED廢照明光源有價金屬組成與特性分析，B. 廢鋁金屬回收處理與再利用技術開發，以及C. LED照明光源再生塑料\/應用產品碳足跡及其低碳利益評估等。\n    本研究團隊現階段已完成：(1)LED照明光源資源材組成分析數據資料建立，(2)廢鋁金屬再生料再利用技術開發(包括：熔解回收法再生鋁錠試製、廢鋁鋁水產氫的製備等)，(3)廢鋁金屬再生產品應用效益的評估(包括：再生鋁錠、氫氣及氫氧化鋁沉澱產物等)，(4)鏈結LED照明光源廢鋁金屬資源循環產業相關業者，以及(5)LED廢照明光源再生PC塑粒及廢PS塑膠於仿實木應用，產品的碳足跡試算及其低碳利益評估等。期望藉由本研究計畫，能提升國內 LED照明光源廢鋁金屬再利用管道的多元性及其應用價值，並協助國內 LED照明光源回收產業建立新的循環價值鏈。",
        "eng_title": "Development project of Recycling technology and Resource circular industrial chain of Waste lighting source (II)",
        "eng_subject": "LED lighting sources have become increasingly popular in recent years due to their environmental friendliness and lower power consumption compared to traditional light sources. Consequently, the volume of discarded LED lighting sources has also been rising annually.\n   Since 2018, Taiwan has begun recycling and processing waste LED lighting sources. However, a comprehensive data system for resource materials, recycling technology capabilities, and a sound industrial chain system have yet to be fully established. Under the global trend of net-zero sustainability, developing technologies and industrial chains related to the resource cycle of waste LED lighting sources, as well as assessing their related low-carbon benefits, is highly urgent.\nThe main tasks of this project include: A. Analysis of the composition and characteristics of valuable metals in waste LED lighting sources, B. Development of recycling and reutilization technology for waste aluminum metal, and C. Evaluation of the carbon footprint and low-carbon benefits of recycled plastics and the application products from LED lighting sources.\nOur research team has currently completed: (1). Establishment of a database of resource material composition analysis for LED lighting sources, (2). Development of recycling technology for waste aluminum alloy (including demonstration of small batch production of recycled aluminum ingots through melting route and reuse of waste aluminum as hydrogen production through aluminum water reaction), (3). Evaluation of the application benefits of recycled aluminum products (including recycled aluminum ingots, hydrogen, and aluminum hydroxide precipitates), (4). Linking with relevant industry players in the resource cycle of waste aluminum metal from LED lighting sources, and (5). Carbon footprint calculation and low-carbon benefit assessment of recycled PC plastic pellets from waste LED lighting sources and waste PS plastic in imitation wood applications. It is hoped that through this research project, the diversity of recycling channels and application value of waste aluminum metal from LED lighting sources in Taiwan can be enhanced, and a new circular value chain for the domestic LED lighting source recycling industry can be established.",
        "proj_year": "113",
        "org_name": "循環署回收基金管理會",
        "exe_unit": "財團法人工業技術研究院",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131306159",
        "publish_date": "20250208"
    },
    {
        "chi_title": "111年度花蓮縣毒性及關注化學物質源頭管理計畫",
        "chi_subject": "1.辦理毒化災演練、臨場輔導及無預警測試與毒化物及食安相關宣導活動，讓轄區內相關業者及一般民眾提升防毒化災觀念。\n2.毒物及關注化學物質源頭查核管理及食安風險化學物查核，包含毒性化學物質稽查勾稽並輔導業者落實化工原料四要管理。\n3.辦理食安相關稽查。 \n4.建立健全地方安全管理及疏散避難體系。 \n5.製作具食安風險疑慮化學物質宣導影片。",
        "eng_title": "111 Hualien County Toxicity and Chemical Substances Source Inspection Management Plan",
        "eng_subject": "1.Organize poisonous disaster drills, on-site counseling, no-warning tests, and publicity activities related to poisoning and food safety, so that relevant businesses and the general public in the jurisdiction can enhance their awareness of poisoning and disaster prevention.\n2.Source inspection and management of toxic substances and chemical substances of concern and food safety risk chemical inspection, including toxic chemical substances inspection and supervision, and guidance for the industry to implement the four-manager management of chemical raw materials.\n3.Conduct food safety inspections.\n4.Establish and improve local safety management and evacuation systems.\n5.Produce a promotional video about chemical substances with food safety risk concerns.",
        "proj_year": "111",
        "org_name": "花蓮縣環境保護局",
        "exe_unit": "承晏環境科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1112581887",
        "publish_date": "20250102"
    },
    {
        "chi_title": "屏東縣-111年度屏東縣全國水環境清淨河面計畫",
        "chi_subject": "本計畫採開口合約方式勞務雇工(機械配合人工)辦理公開招標發包，施工方式於區域排水下游出口處固定設置攔截網打撈及定期巡檢、機動性清除河面之漂流物、垃圾、死魚、雜草及布袋蓮等廢棄物，使河面清淨，清除排入河川的區域排水、雨水排水及側溝等，使排水及側溝無垃圾排入河川，即時清除已傾倒於河面的廢棄物，防止污染擴大，豪雨過後河面以最快速度恢復乾淨。並於每月結算數量，依實際出勤及清除處理數量結算計價，每月定期提報各河段排水清除處理數量至環保署。",
        "eng_title": "111th Pingtung County National Water Environment Clean River Plan",
        "eng_subject": "This project adopts an open contract method of hiring labor (machines combined with labor) through public bidding and contracting. The construction method is to set up fixed interception nets at the downstream outlet of the regional drainage for salvage and regular inspections, and to maneuver the river to remove drifting objects, garbage, dead fish, Weeds, weeds and other wastes should be removed to make the river surface clean. Regional drainage, rainwater drainage and side ditches that are discharged into the river should be cleared so that no garbage is discharged into the river in the drainage and side ditches. Waste that has been dumped on the river should be removed immediately to prevent The pollution expanded, and the river surface recovered as quickly as possible after the heavy rain. The monthly settlement quantity is based on the actual attendance and removal treatment quantity, and the drainage removal treatment quantity of each river section is regularly reported to the Environmental Protection Department every month.",
        "proj_year": "111",
        "org_name": "屏東縣政府環境保護局",
        "exe_unit": "仲勝營造有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1110669164",
        "publish_date": "20250108"
    },
    {
        "chi_title": "111年度嘉義縣垃圾全分類零廢棄第一階段執行計畫",
        "chi_subject": "依貴署訂定之「行政院環境保護署區域合作垃圾處理補助原則」規定，協助處理經貴署核定停建焚化廠之南投縣家户垃圾。自110年1月1日起至110年11月30日止，嘉義縣鹿草焚化廠共協助處理南投縣家戶垃圾計1萬3,985.52公噸。本局爰依貴署規定就實際協助處理南投縣之垃圾噸數，向貴署申請經費補助新臺幣251萬7,394元整(四捨五入)。\n        本計畫目標、執行方法及效益如下：1.為利本縣民雄鄉廚餘堆肥場處理廚餘作業運作，增加處理效率節省人力時效，擬申購本縣民雄鄉廚餘堆肥場相關機具(山貓車)一輛。2.為提供本縣各級學校垃圾分類及資源回收之用，擬申購垃圾子車約100台。3.為確保本縣四處掩埋場作業安全並避免閒雜等非作業人員擅入，擬申購監視設備四組，以達到安全管理之效。\n        本縣自110年1月1日起至110年11月30日止，實際處理南投縣家戶垃圾共計1萬3,985.52公噸，依據貴署補助經費核算基準：新臺幣180元\/噸×垃圾處理噸數，計可獲補助經費新台幣251萬7,394元整(四捨五入)。",
        "eng_title": "2022 Chiayi County Zero Waste Full Classification First Phase Implementation Plan",
        "eng_subject": "According to the “Principles for Subsidizing Regional Cooperation in Waste Treatment” established by your department, we assisted in processing household waste from Nantou County, where the construction of an incineration plant was halted as approved by your department. From January 1, 2021, to November 30, 2021, the Lucao Incineration Plant in Chiayi County assisted in processing a total of 13,985.52 metric tons of household waste from Nantou County. In accordance with your department’s regulations, we are applying for a subsidy of NT$2,517,394 (rounded) based on the actual amount of waste processed.\n\nThe objectives, implementation methods, and benefits of this plan are as follows:\n\nTo facilitate the operation of the kitchen waste composting site in Minxiong Township, Chiayi County, improve processing efficiency, and save manpower, we plan to purchase one piece of equipment (a Bobcat) for the composting site.\nTo provide garbage sorting and recycling resources for schools at all levels in the county, we plan to purchase approximately 100 garbage bins.\nTo ensure the safety of operations at the four landfill sites in the county and to prevent unauthorized personnel from entering, we plan to purchase four sets of surveillance equipment to achieve effective safety management.\nFrom January 1, 2021, to November 30, 2021, we processed a total of 13,985.52 metric tons of household waste from Nantou County. Based on your department’s subsidy calculation standard of NT$180 per ton of waste processed, we are eligible for a subsidy of NT$2,517,394 (rounded).",
        "proj_year": "111",
        "org_name": "嘉義縣環境保護局",
        "exe_unit": "嘉義縣環境保護局",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1110505922",
        "publish_date": "20250107"
    },
    {
        "chi_title": "111至112年度光化學評估監測站操作品保例行性計畫",
        "chi_subject": "環境部自民國91年起於臺中市崇倫公園架設第一座光化測站，至今已完整設置了11座固定光化學評估監測站及4個行動站透過資料的品保與品管，光化監測網穩定運行超過20年，各站54個揮發性有機化合物的逐時資料，無論數據品質、連續性與完整性，全世界有目共睹，不但為臺灣針對臭氧問題而進行之環境監測所累積之最寶貴的資產，同時有助於環境部實施空氣污染總量管制，使臺灣的空氣品質逐漸獲得改善。透過多年之觀測資料，得知一次污染物濃度雖走向改善趨勢，但是二次污染物的臭氧改善趨勢並不明顯，故可利用光化測站資料進行研究，探討臺灣大氣中揮發性有機化合物的特徵，並搭配空品測站資料進行分析比較，進而有效改善大氣中臭氧問題。\n目前臺灣光化站內所使用之監測設施係採用美國Perkin Elmer公司自動揮發性有機化合物分析系統作為光化站主要監測設施，整體系統包含熱脫附儀、氣相層析儀／火焰離子偵測器、氣體產生機、標準氣體、空壓機及控制電腦等裝置，其中，熱脫附儀及氣相層析儀／火焰離子偵測器為主要分析儀器。為確保光化站高運轉率及產出正確性數據，除仰賴修訂測站品管操作手冊及品保查核手冊外，並且落實執行此兩本手冊所規範事項，另於計畫執行期間持續檢討測站現場查核細項，並針對測站周遭環境維護、測站品保手冊、測站安全設施、資深人員不定期查核及行動測站氣象設備查核等項目進行查核程序。\n本計畫完成各項工作：（1）完成11個監測站及4個行動站現場查核工作，各測站有部分缺失，包括圖譜出現雜訊、層析峰出現拖尾、管線銹蝕、降溫晶片結冰、安全旬維護紀錄表、設備旬維護紀錄表及安全及設備月紀錄表未放測站或出現圖譜分析不完全等。所有缺失經由反映後，維護廠商均將其改善，持續維持系統穩定，降低重複出現缺失的機率。亦完成不定期查核，其主要在於避免例行性查核慣性造成查核盲點，此部份由計畫主持人至各測站查核，發現各測站整體維護作業並無重大缺失事項，其他缺失事項也於事後複查時改善。（2）數據品質查核，各測站之數據保全工作經與儀器維護廠商維護人員確認保存完整外，同時也確認均已備份至第二存放點於儀器維護廠商移動式硬碟內；原始數據紀錄與傳送數據查核結果發現，各測站數據筆數吻合。歸納資料可用率未達85%的原因與改善建議分為兩大項，分別為儀器元件耗損導致可用率下降、標準品查核超過偏差（±15%）。（3）標準品查核之查核頻率為每月一次，每3日施打標準品，次一工作日品保單位會立即管控標準品是否超出允收範圍，如超過會立即請維護單位確認原因並追蹤改善結果，品保單位須依此判定該月定性定量之基準。（4）依據品保查核手冊之系統及績效查核項目包括方法偵測極限、檢量線及檢量線確認、空白樣品查核、精密性及績效查核等五項工作，本查核之工作由測站維護商於測站執行，本計畫負責將資料彙整並進行統計。（5）氣象設備查核主要針對監測車之風向、風速計進行查核，各監測車之氣象查核均符合允收範圍。（6）維護廠商均有按預定期程進行各別測站的年度保養。（7）蒐集國內外光化站運作及品保相關資訊及監測數據分析、運用成果。\n不論測站所在位置位於都會區、工業區或兩種區域共存之型式，在不同測站各物種均有其之變化趨勢，但是主要多為逐年下降的趨勢。另外，數據經由臭氧最大增量反應（MIR）的轉換，求得各測站前五位的臭氧生成潛勢（OFP），以甲苯（Toluene）、間,對-二甲苯（m,p-Xylene）、乙烯（Ethylene）、丙烯（Propylene）四個貢獻量較大，第五個有鄰-二甲苯（o-Xylene）、1,2,4-三甲基苯（1,2,4-Trimethylbenzene），僅臺西站、潮州站有異戊二烯（Isoprene），此為特殊的生物源排放物質，其歷年總臭氧生成潛勢亦有歷年下降的趨勢。",
        "eng_title": "Quality Assurance and Data Validation on Ozone precursor Monitoring from Photochemical Assessment Monitoring Station (PAMS) in 2022-2023",
        "eng_subject": "Since 2002, Taiwan's Ministry of Environment has established a photochemical monitoring network, starting with the first station at Chonglun Park in Taichung City. Today, the network comprises 11 fixed photochemical monitoring stations and 4 mobile stations. Over two decades, this network has provided stable, high-quality hourly data for 54 volatile organic compounds (VOCs), earning international recognition for its quality, continuity, and completeness. This invaluable dataset has been instrumental in addressing ozone-related environmental issues and supporting total quantity control measures, contributing to gradual improvements in Taiwan’s air quality.\nThrough long-term observations, it has been found that while primary pollutants show a downward trend, secondary pollutants such as ozone exhibit less improvement. The extensive data from photochemical stations supports research into VOCs characteristics in Taiwan’s atmosphere, facilitating comparative analysis with air quality monitoring data to develop strategies for mitigating elevated ozone levels.\nTaiwan's photochemical stations use Perkin Elmer’s automated VOCs analysis system as their primary monitoring equipment. This system includes a thermal desorption unit, a gas chromatograph\/flame ionization detector (GC\/FID), a gas generator, standard gases, an air compressor, and a control computer. Quality assurance and control are maintained through adherence to updated QA\/QC manuals and regular audits.\nKey project achievements include:\n1. Station Inspections: Completed site audits for 11 monitoring stations and 4 mobile stations. Identified and resolved issues such as signal noise, peak tailing, pipeline corrosion, and incomplete analytical records.\n2. Data Quality Assurance: Verified the consistency of raw and transmitted data. Ensured data backups were securely stored. Investigated and addressed causes for data availability rates below 85%, including equipment wear and calibration deviations exceeding ±15%.\n3. Standard Sample Verification: Conducted monthly standard sample checks and analyzed results to confirm compliance. Addressed any deviations immediately to maintain data integrity.\n4. System and Performance Audits: Evaluated detection limits, calibration curves, blank sample checks, and sample precision in accordance with QA guidelines.\n5. Meteorological Equipment Audits: Verified the accuracy of wind direction and wind speed monitors on mobile stations, ensuring compliance with standards.\n6. Annual Maintenance: Ensured all stations received scheduled annual maintenance to maintain system stability and data accuracy.\n7. International Comparisons: Collected and analyzed operational data and QA\/QC practices from domestic and international photochemical monitoring stations to refine methodologies.\nRegardless of station location—urban, industrial, or mixed-use areas—data trends show a year-on-year decline in most monitored species. Using Maximum Incremental Reactivity (MIR), the top contributors to Ozone Formation Potential (OFP) were identified as Toluene, m,p-Xylene, Ethylene, and Propylene, with o-Xylene or 1,2,4-Trimethylbenzene ranking fifth. Isoprene, a unique biogenic emission, was observed only at Taixi and Chaozhou stations. Long-term OFP trends indicate a consistent decline, reflecting the effectiveness of emission control measures.",
        "proj_year": "111",
        "org_name": "環境部環境資訊科技司",
        "exe_unit": "錦雲技術開發有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1110083978",
        "publish_date": "20250131"
    },
    {
        "chi_title": "110至113年環境水質（南區）監測計畫",
        "chi_subject": "本計畫主要針對南區七縣市各類水體水質監測，掌握各水體水質時間變化趨勢，並進行各水體污染評估分析，以提供環保單位污染防治決策之參考。\n河川水質計有２９條河川主支流，９７個監測站，於每月監測一次，１１０至１１３年監測結果顯示，以曾文溪流域及屏東縣、台東縣河川水質狀況最佳，未（稍）受污染比例達５０％，而二仁溪及阿公店溪流域屬嚴重污染等級占較高比例（約２０％～３５％）。各年度１月至４月普遍無明顯降雨屬枯水期，河水乾涸，河川污染物濃度偏高，造成嚴重污染比例偏高，６月至９月則因降雨豐沛，懸浮固體偏高，以致未（稍）受污染比例偏低，中度污染比例超過５０％。整體而言，南部地區河川水水質屬中度污染比例最高，約占４５％～５０％，未（稍）受污染次之，約占３０％～３５％，水質狀況與歷年差異不大。\n水庫水質每月執行一次南區三縣市８個水庫２６個採樣點４０水樣以及每季執行一次澎湖縣６座水庫６個採樣點６水樣之水庫採樣工作，其中以鳳山水庫各項檢測平均值，如總磷、葉綠素ａ及氨氮等項濃度皆較其它水庫明顯偏高，屬於不同等級，其它水庫基本上各項測值間之差異大致上並不顯著。\n地下水水質計有７縣市，２０１個監測井，超過監測標準之比率約占６５％，其中超過地下水第二類監測標準之項目與歷年結果相近，以氨氮、鐵及錳為主。各監測井之水質，以Ｓｔｉｆｆ水質形狀圖方式評估，屬ＨＣＯ３－＋ＣＯ３２－及Ｃａ２＋凸出型占最高比例約為６０％～７０％，Ｐｉｐｅｒ圖解則屬Ｉ區及ＩＩ區占最高比例約為５０％～７５％，各年度評析結果大致呈現一致趨勢。",
        "eng_title": "The Environment Monitoring of the Water Quality in the Southern Area of Taiwan from 2021 to 2024",
        "eng_subject": "The main goal of this project is to monitor the water quality of seven cities and counties in the southern area of Taiwan, and to analyze the degree of pollution in various bodies of water so that trends in water quality can be observed.  The result of this investigation can provide grounds for policy making to environmental protection authorities.  \n　　For river quality, 97 sampling sites covering 29 rivers (including main streams and tributaries) were monitored monthly. The results monitored from 2021 to 2024 showed that the water quality in the area of Zeng-Wen rive and rivers at Ping-Dong county, Tai-Dong county were the best, the area of Er-Ren river and A-Gong-Dian river were found in relatively high extent of pollution.  Since there was a major water shortage this year, specifically, a lack of rainfall from January to May, parts of some rivers were nearly dried up, so test results for most pollutants were high, and thus the percentage of serious pollution would tend to look high.  Due to a lot of rainfall from June to September, the suspended solids in the rivers tend to be high thus the percentage of unpolluted rivers is low and over 50% of the results indicated the rivers were intermediately polluted.  As a whole, the highest percentage of the water quality in the southern Area of Taiwan is about 45% to 50%, it belongs to intermediately polluted rivers.  The next is about 30% to 35%, it belongs to unpolluted rivers, and overall water quality is nondifference between the recent years.\n　　For reservoir water quality, the reservoir sampling work of 26 sampling points and 40 water samples from 8 reservoirs in three counties and cities in the Southern District is carried out once a month. Reservoir sampling work of 6 sampling points and 6 water samples from 6 reservoirs in Penghu County is carried out once a quarter. Among them, various water samples of Fengshan Reservoir are carried out. The detected average values, such as the concentrations of total phosphorus, chlorophyll a and ammonia nitrogen, are significantly higher than those of other reservoirs and belong to different levels. The differences between the measured values of other reservoirs are generally not significant.\n　　Ammonia nitrogen, iron, and manganese were the major analytes with results that reached the regulatory monitoring criteria in 201 ground water sampling sites for the seven cities and counties being monitored quarterly. The failing rates are about 65% for different cities and counties. To analyze graphically each monitoring item by Stiff-plotting and Piper-plotting showed the same trend from 2018 to 2020. To analyze graphically each monitoring item by Stiff-plotting and Piper-plotting showed a trend as same as last two years, there is no significant difference compared to the past. The highest percentage of Stiff-plotting is about 60% to 70%, it belongs to HCO3－+CO32─- Ca2＋ type.The highest percentage of Piper-plotting is about 50% to 75%, it belongs to area of I and II.",
        "proj_year": "110",
        "org_name": "環境部環境資訊科技司",
        "exe_unit": "中環科技事業股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1100806648",
        "publish_date": "20250131"
    },
    {
        "chi_title": "113年度土壤及地下水污染調查及查證工作計畫-屏東縣",
        "chi_subject": "為掌握屏東縣土壤及地下水品質現況，屏東縣政府環境保護局（以下簡稱屏東縣環保局）辦理「113年度土壤及地下水污染調查及查證工作計畫-屏東縣」（以下簡稱本計畫），針對轄區執行地下水調查、監測井巡查及維護作業、貯存設施管理、查驗證與緊急應變作業、公告事業案件審查作業、農地污染預防、渠道底泥溯源調查、事業污染預防、場址維護風險管理及行政支援宣導等土壤與地下水相關工作。本計畫執行期程為113年1月1日至113年12月20日，完成工作成果說明如下：\n一、地下水調查作業\n本計畫已完成6個土壤污染場址周邊地下水監測井水質調查10口次，其中上半年T00213重金屬鉻超過第二類地下水污染監測標準，下半年復測結果顯示重金屬鉻低於第二類地下水污染監測標準；具污染潛勢區監測井T00023、T00319完成4口次，地下水受限使用區8口共23組被動式採樣袋，上半年檢測結果顯示T00319監測井1,1-二氯乙烯超過第二類地下水污染監測標準，下半年監測結果則低於監測標準，23組被動式採樣袋檢測結果皆低於第二類地下水污染監測標準。\n依據「土壤及地下水資訊管理系統」111年工業區地下水備查點位檢測資料及112年上半年燈號分級，本年度執行屏南產業園區周界預警監測井（PN04-D、PN05-D、PN07-D）3口次採樣分析（分析項目為八項重金屬、揮發性有機化合物、半揮發性有機化合物、氰化物及總石油碳氫化合物），分析結果顯示此3口監測井並未發現地下水污染潛勢。詳細辦理情形請參閱第三章。\n二、監測井巡查及維護作業\n本計畫針對屏東縣轄內155口監測井（含雙管井165口）執行外觀及內部功能維護，共完成上、下半年度各1次監測井外部巡查，並執行7口次監測井設施修復（施作項目包含修復斷裂警示柱、水泥平台及保護座）及16口次外觀維護（施作項目包含監測井水泥保護座重新上漆、黏合已脫落之井牌）；同時針對三年（含）以上未執行內部功能檢查之監測井進行31口次井況評估，篩選回水速率較慢、井內淤積之監測井執行再次完井16口次，並對遭異物堵塞（本年度多為樹根入侵）之監測井進行異物排除作業5口次。以井刷洗井維護並清除內部異物後，本縣轄內監測井回水速率良好，皆無異常情況。\n本計畫於113年度共計執行2口次監測井廢井作業（上半年T00527恆春國小南灣分校、下半年T00216埔羌崙），此2口監測井皆因井管內部損壞失去監測功能，依據「地下水水質監測井廢井作業規範」予以廢井；下半年執行1口次標準監測井設置作業，因前述遭廢井之T00527恆春國小南灣分校係屬區域性監測井，廢井後無其他可代用之區域性監測井，故原址旁新設標準井1口次T00641，以持續監測水質狀況，詳細辦理情形請參閱第四章。\n三、貯存系統管理\n本計畫貯存系統共完成112年第三季、113年第一季及113年第二季之貯存系統網路申報資料審核作業，審查件數合計566件，申報完成率為100 %。\n另完成環管署下達21處貯存系統之油氣濃度檢測，1處全站因地下水位過高，使土壤氣體監測井有效深度不足50公分，無法進行後續檢測作業，惟後續如要再次進行檢測作業應考量水位情形評估是否可進行檢測，另1處現場油氣濃度檢測時數值有超過警戒值之情形，屏東縣環保局已命事業自行進行儲槽及輸送設備洩漏調查並修復改善，事業已將辦理結果回報備查，且事業自行檢測數值並無異常情形，本團隊後續追蹤無異常，其餘19處油氣濃度檢測數據皆無異狀，目前並無污染之虞。\n地上儲槽及貯存容器符合度現場勘查及輔導計完成51處，其防污設施設備及相關管理措施皆已按照管理辦法實施，其中15處免進行環境監測及申報，34處已於112年第1季起進行環境監測及申報，2處將於114年第1季起進行環境監測及申報；111年起新設地下儲槽系統法規符合度確認及輔導工作計完成2處，現場核對其網路申報資料與站內留存資料一致，現場狀況良好並無任何異常情形。詳細辦理情形請參閱第五章。\n四、查驗證與緊急應變作業\n本計畫共完成9場次查驗證與緊急應變作業，包含8場次查證暨緊急應變及1場（榞鑫企業有限公司）驗證作業，上述調查結果皆低於土壤污染監測標準或第二類地下水監測標準，驗證場址（榞鑫企業有限公司）土壤調查結果低於土壤污染監測標準，依土污法第7條第7項不公告為控制場址，並解除列管。詳細辦理情形請參閱第六章。\n \n五、農地土地污染預防工作\n本計畫共完成41處農地土壤、31處灌溉渠道農地土壤及灌溉水採樣、4處水質複測及設置50組樹脂包作業，本縣今年度檢測之污染預警區及優良保護區農地土壤及灌溉水皆無污染疑慮。詳細辦理情形請參閱第七章。\n六、渠道底泥溯源調查\n本計畫共完成3處灌溉渠道底泥品質定期檢測、36點樹脂包XRF篩測、6樣品水質重金屬分析、24點次底泥XRF篩測及12樣品重金屬分析，針對底泥渠道分類1處屬於低污染潛勢；2處屬於高於底泥品質指標上限（但低於食用作物農地土壤污染管制標準），依規定追蹤灌溉水品質，檢測結果皆低於標準。詳細規劃請參閱第八章。\n七、事業污染預防工作\n本計畫共完成A群事業現勘11場次及查證2場次，9場列入預防管理名單，並請各事業填報自主污染預防管理計畫，執行2場查證結果並無土壤污染之虞；B群事業現場檢核8場次，其中1場已歇業，1場現場輔導教學填寫管理計畫配合度不佳，建議可加強強度管理，以避免污染地下環境之虞，其餘6場並無重大污染之虞；C群事業現場稽查24場次，其中2場因製程原就屬土污法納管公告事業，故此建議調升至B群持續追蹤管理，其餘22場維持C群管理。詳細辦理情形請參閱第九章。\n八、行政支援工作\n行政配合及宣導作業部份，完成1場次法規說明會、10場次校園宣導及2場次事業土壤及地下水污染預防與管理說明會，另協助列管場址審查會議共3場次、場址報告書審查共3件、貯存系統管理辦法文件共4件、公告事業申報資料審查共23件、提送150份宣導品及相關配合辦理業務。詳細辦理情形請參閱第十章。",
        "eng_title": "The 2024 Project on the Inspection and Verification of Soil and Groundwater Pollution in Pingtung",
        "eng_subject": "To assess the current soil and groundwater quality in Pingtung County, the Environmental Protection Bureau of Pingtung County Government （hereinafter “Pingtung EPB”） implemented the 2024 Pingtung County Soil and Groundwater Pollution Investigation and Verification Work Plan （hereinafter “the Plan”）. This Plan involved groundwater investigations, monitoring-well inspections and maintenance, storage facility management, site verification and emergency response operations, reviews of cases involving enterprises subject to the regulation of Taiwan’s Ministry of Environment, agricultural land pollution prevention, irrigation channel sediment source tracing, enterprise pollution prevention, site maintenance risk management, and administrative support and advocacy. The Plan was implemented from January 1, 2024, to December 20, 2024. A summary of the completed tasks is provided in the following paragraphs.\n1.Groundwater Investigations\nUnder the Plan, water quality investigations were conducted by collecting a total of 10 samples from monitoring wells located at 6 sites with contaminated soil. During the first half of the year, the groundwater at monitoring well T00213 exceeded the groundwater pollution monitoring thresholds for Category II heavy metals, specifically chromium. However, subsequent sampling from the same well in the second half of the year revealed that all groundwater heavy metal concentrations met the Category II groundwater pollution monitoring thresholds. Additionally, a total of four sampling events were conducted at monitoring wells T00023 and T00319, which are located in areas at risk for pollution. Passive sampling bags were deployed at 8 monitoring wells in restricted groundwater-use areas to obtain 23 sampling sets. In the first half of the year, results from well T00319 indicated that 1,1-dichloroethylene concentrations exceeded the Category II groundwater pollution monitoring thresholds. By the second half of the year, monitoring results from the same well were within the thresholds. Tests of the groundwater collected in the 23 passive sampling bags also yielded results within the Category II groundwater pollution monitoring thresholds.\nOn the basis of 2022 industrial zone groundwater data and traffic light grading results for the first half of 2023 from the Soil and Groundwater Information Management System, three sampling analyses were conducted under the Plan at early-warning monitoring wells （PN04-D, PN05-D, and PN07-D） located along the perimeter of Pingnan Industrial Park. The items analyzed were eight heavy metals, volatile organic compounds, semivolatile organic compounds, cyanides, and total petroleum hydrocarbons. The results of the analysis indicated no potential groundwater contamination at these three monitoring wells. For further details, please refer to Section 3.\n2.Monitoring Well Inspections and Maintenance\nBoth external and internal maintenance were performed per the stipulations of the Plan on 155 monitoring wells （165 if double-cased wells are included） within Pingtung County. Two rounds of external inspections were completed, one in each half of the year. Additionally, repairs were conducted on seven monitoring wells to restore broken warning posts, cement platforms, and protective covers. External maintenance was conducted on a further 16 monitoring wells to repaint cement protective covers and reattach well identification plates. Furthermore, assessments of internal conditions were conducted on 31 monitoring wells that had not undergone internal inspections for more than 3 years. Wells with slow recharge rates or sediment accumulation were identified, and 16 were repaired to restore functionality. In five cases, obstructions primarily caused by root intrusion were removed. After well scrubbing, removal of internal debris, and other cleaning operations had been completed, the recharge rates for all inspected wells returned to normal.\nTwo monitoring wells were decommissioned in accordance with the Groundwater Quality Monitoring Well Decommissioning Specifications. The first well decommissioned was T00527 at the Hengchun Primary School Nanwan Campus, which occurred during the first half of the year; the second was well T00216 at Puqianglun, which was decommissioned during the second half of the year. Both wells had internal structural damage that rendered them nonfunctional for monitoring purposes. To address the gap left by the decommissioning of T00527, a regional monitoring well with no substitutes, a new standard monitoring well （T00641） was installed adjacent to the original site during the second half of the year to ensure the continued monitoring of groundwater quality for the area. For further details, please refer to Section 4.\nPlease refer to the final report for the full text of the abstract.",
        "proj_year": "113",
        "org_name": "屏東縣政府環境保護局",
        "exe_unit": "裕山環境工程股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1133032034",
        "publish_date": "20250103"
    },
    {
        "chi_title": "推動紡織品資源循環利用技術計畫(第二年)",
        "chi_subject": "為推動紡織品資源循環再利用，本計畫主要工作執行成果包括(1)串聯上中下游紡織循環產業鏈、政府、學術及研究單位，成立紡織循環聯盟，並於平台專區推動，促進紡織循環各環節的合作，共同推動我國紡織品循環政策；(2)推動紡織品綠色循環服務，成立永續時尚聯盟，並授予永續時尚聯盟標誌，蒐集聯盟成員執行成果，如：單一材質、使用再生料製造、舊衣回收點或活動等；(3)在推廣紡織品採購循環部分，透過問卷調查，於111年至113年採購期間共有30案調查辦理服飾紡織品循環採購。並籌組紡織品循環採購諮詢輔導團隊，完成2案辦理服飾紡織品循環採購之深度輔導案例，協助草擬循環採購須知；(4)結合廢紡織材料定量鑑別分選設備，建立廢紡織品回收業導入鑑別分選作業流程，並輔導2家回收商導入循環再生營運模式試行，試行分選之易循環材質100% 聚酯舊衣約4公噸，可供給再生纖維廠再生料源，創造紡織品循環經濟價值。另輔導2家業者協助導入全球回收標準(Global Recycled Standard, GRS)，強化再生料溯源管理；(5)訪視15家紡織供應業者、舊衣回收業者，瞭解產業發展現況及紡織品物質循環利用情形。並調查各縣市舊衣回收及管理情形，作為提升舊衣回收管理參考依據。",
        "eng_title": "Promotion of Textile Resource Recycling Technology Project （The second year）",
        "eng_subject": "To promote the recycling and reuse of textile resources, the main achievements of this project include: (1) Connecting the upstream, midstream, and downstream textile recycling industry chains, government, academia, and research institutions to establish a Circular Textile Alliance. This alliance will promote collaborative efforts through a dedicated platform area, facilitating cooperation across various segments of the textile circular economy to jointly advance the country's textile recycling policies.; (2) Promoting green circular services for textiles, a Sustainable Fashion Alliance will be established, and a certification mark will be awarded to the alliance. The initiative will involve the collection of implementation outcomes from alliance members, such as the use of single materials, the manufacturing of products using recycled materials, and the establishment of clothing recycling points or events.; (3) In promoting the circular procurement of textiles, a survey was conducted during the procurement period from 2022 to 2024, resulting in a total of 30 cases of research on circular procurement for apparel and textile products. Additionally, a consulting and advisory team for textile circular procurement was established, which successfully completed two in-depth case studies on circular procurement for apparel and textiles, thereby assisting in the drafting of guidelines for circular procurement.; (4) Integrating quantitative identification and sorting equipment for waste textile materials, establishing a process for the recycling industry to introduce identification and sorting operations. Guidance was provided to 2 recyclers to implement a trial circular recycling operation model, sorting approximately 4 tons of easily recyclable 100% polyester old clothing, which can be supplied to regenerate fiber factories as a source of recycled materials, thereby creating economic value in textile recycling. Additionally, assistance was given to 2 companies to implement the Global Recycled Standard (GRS) to enhance the traceability management of recycled materials.; (5) Visits were conducted to 15 textile suppliers and used clothing recycling operators to gain insights into the current state of industrial development and the status of material circulation and reuse in textiles. Additionally, an investigation was carried out regarding the conditions of used clothing collection and management across various counties and cities, serving as a reference for enhancing the management of used clothing recycling.",
        "proj_year": "113",
        "org_name": "循環署永續消費回收組",
        "exe_unit": "環興科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1133031334",
        "publish_date": "20250110"
    },
    {
        "chi_title": "113年淨零綠生活推廣暨夜光材料應用示範計畫-新北市",
        "chi_subject": "本計畫工作主軸主要有2大部分，分別為「綠色採購\/綠色生活推廣」與「環保志工管理」，第一項綠色採購\/綠色生活推廣為對應環保署的3大評核，分別為：(1)機關綠色採購評核、(2)民間團體及企業綠色採購評核、(3)縣市績效考評，故本計畫將依循各項評核項目與執行目標，使新北市持續於全國中取得佳績。\n經過本年度上旬之努力，以上3大評核持續執行，使新北市持續於全國縣市中名列前茅，機關評核已達100分、民間評核（取得20.6分）及縣市考評（取得28.4分）則持續進行中。重要量化績效包含：機關指定採購率達99.65%、民間企業及團體綠色採購申報家數為54家、申報金額為218萬、環保集點會員新增1,228位、輔導業者參選企環獎共4家參選。\n於活動推廣與企業輔導面，本年度持續推動，包含：(1)加強\n簡要版摘要-2\n與大型量販賣場或大型商場的合作，辦理環保集點推廣。(2)結合金級環保標章，規劃辦理創新作為「新北金級環保標章旅館U」活動，鼓勵民眾入住環保房型，推動綠色旅遊。(3)持續拓展環保標章業者，協助淡水金鬱金香酒店取得金級環保標章旅館認證；同時輔導山川旅行社取得環保標章認證，目前已進入實質審查與補件(4)持續推廣淨零綠生活，總計完成13場次推廣活動辦理，宣導人數約3,905人次。\n此外，對於環保志工的管理，則持續辦理教育訓練、增能課程，並與中央推動之綠色旅遊理念結合，本年度共辦理2場次教育課程，志工宣導人數達81人，提升志工的素質。\n整體而言，本年度計畫透過各面向輔導與推廣，積極將綠色消費以及淨零綠生活理念推廣至機關、企業、社區或民眾。",
        "eng_title": "2024 Net-Zero Green Living Promotion and Luminous Material Application Demonstration Project-New Taipei City",
        "eng_subject": "The main work of this project is divided into two sections: the “promotion of green procurement\/green life” and “environmental volunteers management”.  The first section, promotion of green procurement\/green life, corresponds to three major assessments of the Environmental Protection Agency: (1) the government green procurement assessment, (2) private group and corporate green procurement assessment, and (3) county\/city performance assessment.  Therefore, the project allows New Taipei City to achieve good progress on all assessment items and implementation goals. \nHaving invested effort early this year, New Taipei City obtained full marks in agency assessments, and the private and county\/city assessments are ongoing within timetable. Notable quantified performances include: an agency appointed purchase rate of 99.65%, , green products purchased by 54 private entities reached 218 million, 1,228 new members of green point, providing guidance to 4 businesses participating in the Annual Enterprises Environmental Protection Award.\nAs for promotional activities and corporate guidance, there were numerous new initiative mid this year, including (1) strengthening collaborations with large-scale retailers and shopping centers, (2) launching a trial project to promote Gold Green Hotel and green tourism, (3) expanding the network of Green-Mark-certified businesses, with hotels and travel agencies. In total, 13 promotional activities were organized, reaching approximately 3,905 individuals.\nAdditionally, regarding the management of environmental volunteers, this project continued to provide educational training and capacity-building programs. These efforts were integrated with the green tourism concept promoted by the central government. This year, a total of 2 educational courses were organized, with each course attracting over 81 volunteer participants. These initiatives served to enhance the quality of our volunteers.\nIn summary, this project actively promoted the concept of green consumption and a green lifestyle to government agencies, businesses, communities, and the public through various avenues of guidance and promotion.",
        "proj_year": "113",
        "org_name": "新北市政府環境保護局",
        "exe_unit": "環資國際有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1132969731",
        "publish_date": "20250103"
    },
    {
        "chi_title": "廢塑料智慧化自動分選暨智能回收技術平台計畫(第二年)",
        "chi_subject": "因應全球塑膠公約在2024年底定案，終結塑膠完整生命週期所產生的污染，配合國內外淨零排放趨勢與政策，建構國內塑膠資源循環模式。依Ellen MacArthur基金會分析，全球每年約生產7,800萬公噸塑膠包裝材料，經使用後（多數僅使用一次），54％被處理（40％垃圾掩埋場，14％焚化爐），32％進入自然環境中，僅14％進入了回收體系，其中僅170萬噸（2％）回到原來塑膠包裝應用體系中。歐洲、美國開始課徵塑料包裝稅，稅率約從每公斤8.4~28.4台幣不等，強化塑膠包裝的回收。\n國內塑膠包裝分選主要以瓶罐容器為主，缺乏非容器類包材分類及再利用技術，因包材種類多，雜質率高，現有分類技術，成本高，分類純度不足，影響廠商投入意願。為了解決這個因素，本計畫開發低成本、高精準自動分類及再生應用技術，建置包材自動智慧分選系統，並與廠商合作，規劃分類示範場域，來串接後端再利用業者，實現包材分類及再利用技術落地實施。",
        "eng_title": "Project for the Development of an Automatic and Smart Sorting Technology Platform for Waste Plastics Recycling",
        "eng_subject": "In response to the Global Plastics Treaty being finalized by the end of 2024, it will end the pollution caused by the complete life cycle of plastics. Our country connect with global net-zero emission trends and policies to build a domestic plastic resource recycling model. According to analysis by the Ellen MacArthur Foundation, approximately 78 million metric tons of plastic packaging materials are produced globally every year. After use (most of which are only used once), 54% are disposed of (40% landfills, 14% incinerators), and 32% enter the natural environment. Of these, only 14% entered the recycling system, of which only 1.7 million tons (2%) returned to the original plastic packaging application system. Europe and the United States have begun to levy plastic packaging taxes, with tax rates ranging from approximately NT$8.4 to NT$28.4 per kilogram, to strengthen the recycling of plastic packaging.\nDomestic plastic packaging sorting is mainly based on bottles and containers. There is a lack of non-container packaging material classification and reuse technology. Currently, there are many types of packaging wastes and high impurity rates, the sorting technology has high costs and insufficient sorting purity, which affects manufacturer investment. In order to solve the issues, this project develops low-cost, high-precision automatic sorting and recycling application technology, builds an automatic smart sorting system for packaging materials. We cooperate with manufacturers to plan smart sorting demonstration sites to connect back-end reuse industries. It will realize the implementation of packaging waste sorting and reuse technology.",
        "proj_year": "113",
        "org_name": "循環署循環處理組",
        "exe_unit": "財團法人工業技術研究院",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1132917474",
        "publish_date": "20250114"
    },
    {
        "chi_title": "113年度高雄市推動低碳永續家園執行計畫",
        "chi_subject": "本計畫以提升全民對淨零綠生活、節能減碳及氣候變遷的認知為核心目標，動員社區參與低碳永續家園建設，協助本市推動綠色轉型。透過調適政策實施及參與環境部評比認證，展現永續發展成果。\n計畫執行期程為113年1月12日至113年11月30日，執行成果如下：\n相關業務推動及會議活動：完成下半年低碳永續計畫績效評比填報，辦理各1場次「低碳永續家園認證說明會」、「跨局處研商會議」、「技術諮詢與評審小組研商會議」、「氣候變遷調適培訓課程」、「低碳飲食活動」，以及各2場次「太陽能宣導推廣說明會」、「建物診斷評估工作」，提升市民對氣候變遷調適認知、掌握認證條件，並推動綠能發展。\n社區認證參與成果：已輔導1里取得「銀級」認證、16里取得「銅級」認證，47里完成「報名成功」，村(里)社區參與率由去年(112年)73.5 %提升至78.7 %。\n低碳行動與低碳示範點建置成果：完成5處獲評等認證村(里)社區、6項行動項目維護工作、2處村(里)社區推動牆面植生建築綠化降溫、輔導9處村(里)社區，完成15項因地制宜低碳行動及1處社區示範點建置。\n綠能屋頂推廣成果：輔導4處社區設置太陽能系統，總建置容量83 kWp，年發電量約95,895度。\n媒體宣傳成果：發送宣導品150份，刊登平面媒體報導1篇，分享55則社群貼文，擴大宣傳效果。\n本年度成果預估可新增68 m2綠化面積、提升20 kgCO2e年固碳量，達成每年106,317度發電量與18,972度節電量，實現年減碳量61,981 kgCO2e。\n節能減碳和淨零轉型的推動核心在於全民自發參與。為打造高雄低碳永續城市形象，未來將繼續鼓勵更多區里(社區)共同參與，進一步落實政策目標。",
        "eng_title": "Kaohsiung City promotes the low-carbon sustainable community implementation plan in 2024",
        "eng_subject": "The core objective of this project is to enhance public awareness of net-zero green living, energy conservation, carbon reduction, and climate change. The project supports the city's green transformation initiatives by mobilizing community participation in constructing low-carbon sustainable homes. The project showcases the achievements of sustainable development through implementing adaptation policies and active participation in evaluations and certifications conducted by the Ministry of Environment.\nThe project's implementation period spans from January 12, 2024, to November 30, 2024, with significant progress achieved across various areas. Relevant business promotion and meeting activities have been successfully conducted, including completing performance evaluation submissions for the year's second half under the Low-Carbon Sustainability Program. Additionally, events such as the Low-Carbon Sustainable Homes Certification Workshop, the Cross-Agency Coordination Meeting, the Technical Consultation and Review Panel Meeting, the Climate Change Adaptation Training Course, and the Low-Carbon Diet Event have each been held once. Furthermore, two sessions of the Solar Energy Advocacy and Promotion Workshop and Building Diagnostics and Assessment Operations were organized. These efforts elevate public understanding of climate change adaptation, certification requirements, and green energy development.\nIn terms of community certification participation, the project has guided one village to achieve Silver certification and 16 villages to secure Bronze certification. Moreover, 47 villages completed registration, increasing the community participation rate from 73.5% in 2023 to 78.7% in 2024.\nSignificant progress has also been made in low-carbon actions and demonstration sites. The project has assisted five certified villages while maintaining six action projects. Two villages have implemented wall greening initiatives to reduce heat, while nine have completed 15 tailored low-carbon actions, culminating in establishing one community demonstration site.\nPromoting green energy roofs has yielded impressive results, with solar power systems installed in four communities, achieving a total capacity of 83 kWp. This contributes to an estimated annual electricity generation of approximately 95,895 kWh.\nMedia outreach and promotional efforts have effectively amplified the project's visibility. One hundred fifty promotional items have been distributed, one print media article has been published, and 55 social media posts have been shared, significantly enhancing public engagement.\nThis year's outcomes are expected to deliver notable environmental benefits, including an additional 68 m² of green space, an annual increase in carbon sequestration of 20 kgCO2e, and achievements of 106,317 kWh of electricity generation and 18,972 kWh of electricity savings. Altogether, these efforts are projected to reduce annual carbon emissions by 61,981 kgCO2e.\nVoluntary public participation is the core of advancing energy conservation, carbon reduction, and net-zero transformation. To reinforce Kaohsiung's image as a low-carbon, sustainable city, future efforts will encourage more villages and communities to participate actively, thereby ensuring the continued realization of policy goals.",
        "proj_year": "113",
        "org_name": "高雄市政府環境保護局",
        "exe_unit": "祥威環境科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1132877792",
        "publish_date": "20250114"
    },
    {
        "chi_title": "113年環境知識競賽決賽專案工作計畫",
        "chi_subject": "為推廣政府環境政策及落實環境教育，環境部舉辦「環境知識競賽」，以生動有趣的形式提升全民對環保議題的關注與參與。競賽內容涵蓋淨零轉型、氣候變遷、災害防救、資源循環、公害防治、環境管理、自然保育、文化保存、社區參與、環境倫理與永續發展等多元主題，並融入「環境教育終身學習網」指定影片，期望參賽者在競賽過程中快速掌握環保知識，激發環境責任感，並將知識轉化為行動。\n競賽分為國小組、國中組、高中職組及社會組，初賽由各直轄市及縣（市）辦理，選出各組前5名參加決賽。決賽包含淘汰賽及驟死賽，透過畫卡與舉牌答題方式選拔，若有平分情況則進行「PK賽」決定名次。最終4個組別共選出20名優勝者。\n本計畫內容涵蓋競賽題目的命題與專家審核，並完整規劃決賽當日主會場、競賽場地及相關配套設施。於環境知識決賽前，辦理「環境知識暖身賽」活動，鼓勵參賽者及民眾透過環境部「環境探索館」瞭解環境保護政策及增進自身環境保護知識，同時，也讓民眾瞭解「環境探索館」的功能及資源，擴展環境保護相關知能，共計539人參與活動。決賽活動當天提升家庭對環境知識的認識並鼓勵親子共同參與環境保護行動，今年特別針對家庭設計「環境知識親子組趣味賽」共計有21組親子組報名參加，透過寓教於樂方式向大人和小孩傳遞正確環境保護相關知識。\n決賽活動當天與會人員的參與共計有1,074人參與，透過競賽形式打造「友善環境種子」，讓參賽者與觀眾將學習到的環保知識向外擴散，影響家人、朋友及社群。更期待民眾將知識內化為生活實踐，從食、衣、住、行等面向落實綠色生活，攜手推動環境永續，為共同創造更美好的家園努力。",
        "eng_title": "Work Plan for the Final Round of the 2024 Environmental Knowledge Competition",
        "eng_subject": "To promote the government’s environmental policies and advance environmental education, the Ministry of Environment organized the “Environmental Knowledge Competition” to enhance public awareness and participation in environmental protection issues in a lively and engaging way. The competition covered a wide range of themes, including the net-zero transition, climate change, disaster prevention and relief, resource recycling, public nuisance prevention and treatment, environmental management, natural conservation, cultural preservation, community engagement, environmental ethics, and sustainable development. It also incorporated videos from the “Environmental Education Lifelong Learning Website”, with the aim of helping participants quickly grasp key environmental protection knowledge, inspiring a sense of environmental responsibility, and motivating them to turn knowledge into action.\n\tThis competition was divided into four categories: the elementary school category, junior high school, senior high\/vocational school, and open category. The preliminary rounds were organized by each municipality, county, or city, with the top five participants from each group advancing to the final round. The final round consisted of elimination rounds and sudden-death rounds, where participants were selected based on their answers using a drawing card and paddle-raising method. In the event of a tie, a PK round was held to determine the rankings. Ultimately, 20 winners were selected from the four groups.\nThis work plan not only covered the competition topic formulation and expert review, but also fully planned the main and competition venues for the final round, as well as related supporting facilities. Before the final round of the Environmental Knowledge Competition, the “Environmental Knowledge Warm-up Competition” was also held to encourage participants and citizens, through the Environmental Discovery Center of the Ministry of Environment, to understand environmental protection policies and enhance their knowledge of environmental protection. Meanwhile, it also helped citizens understand the functions and resources of the “Environmental Discovery Center” and expand their environmental awareness. A total of 563 people participated in this event. To enhance families' environmental knowledge and encourage parents and children to engage in environmental protection activities on the day of the final round, the Ministry designed the “Environmental Knowledge Parent-Child Fun Game,” which was open to 21 parent-child teams, aiming to deliver accurate environmental protection knowledge to both adults and children.\nOn the day of the final round, a total of 1,074 people participated. Through this competition, the “eco-friendly seeds” were planted, enabling participants and the audience to expand the environmental knowledge they have gained and share it with their families, friends, and communities. It is also our aspiration that citizens will internalize this knowledge and put it into practice in their daily lives. Specifically, in the areas of food, clothing, living, and transportation, we hope they will adopt green lifestyles and work together to promote environmental sustainability, contributing their greatest efforts to creating an even more beautiful homeland.",
        "proj_year": "113",
        "org_name": "環境部環境保護司",
        "exe_unit": "社團法人台灣環保生活協會",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1132743444",
        "publish_date": "20250131"
    },
    {
        "chi_title": "污染土地活化策略與再利用推動計畫",
        "chi_subject": "本制度希望透過土地利用價值之經濟誘因，推動污染關係人改善或風險控管，並滿足地方公益需求。爰此，完成10案國外褐地法規制度案例之蒐集與翻譯，並研擬「受土壤及地下水污染整治基金輔助污染改善場址以土地開發利用階段收益繳回基金計算原則」（初稿）及土地利用審查文件檢核表。於實務案例方面，除建立國(公)有及私有場址合作案例外，亦針對屏東長治鄉案例提出土地再利用規劃建議書，並於南投縣大崗段案例中確立由環境部擔任促參主辦機關，完成合作契約草擬及成果影片(英文)製作。行政支援層面上，協助2案補助申請審理、召開6次南投縣大崗段專案會議，同時辦理1場次推動成果說明會及5場次案例與成果說明推廣會議。此外，為強化資訊傳達與宣導，翻譯5案土地活化案例集並提供至少10件法律、行政、技術面諮詢。透過上述行動，本計畫有效建立策略、制度與示範基礎，結合淨零碳排及地方共生精神，加速污染土地之改善與再利用，推動政策落實並共享成果。",
        "eng_title": "Project of Contaminated Land Revitalization Strategy and Promotion",
        "eng_subject": "This system aims to leverage economic incentives derived from land-use value to motivate contamination-related stakeholders to implement improvements or risk control measures, thereby fulfilling local public interests. Accordingly, the Project has completed the collection and translation of 10 foreign brownfield regulatory case studies and drafted an initial version of the “Principles for Fund Payback Calculation of Land Development Revenues from Sites Supported by the Soil and Groundwater Pollution Remediation Fund,” along with a land-use review checklist. In terms of practical applications, the Project has not only established collaborative examples involving both publicly and privately owned sites, but also developed a land reuse planning proposal for the site in Changzhi Township, Pingtung. Furthermore, it designated the Ministry of Environment as the authority responsible for initiating private participation in the Dagang Section of Nantou County, while completing the draft cooperation contract and producing an English-language outcome video. On the administrative support side, the Project assisted in reviewing two subsidy applications, convened six specialized meetings for the Dagang Section demonstration, held one results briefing session, and organized five promotional meetings to share cases and outcomes. Additionally, it enhanced information dissemination by translating five sets of land revitalization case collections and provided at least ten instances of professional consultation in legal, administrative, and technical aspects. Through these actions, the Project has effectively established strategic, institutional, and demonstrative foundations, integrating net-zero carbon emissions and local symbiosis, thereby accelerating the improvement and reuse of contaminated lands, promoting policy implementation, and ensuring shared benefits.",
        "proj_year": "113",
        "org_name": "環管署土壤及地下水污染整治基金管理會",
        "exe_unit": "財團法人中興工程顧問社",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1132742142",
        "publish_date": "20250123"
    },
    {
        "chi_title": "資源循環環境教育理念推廣及績優企業遴選工作計畫",
        "chi_subject": "本計畫執行期間自民國113年3月8日起至113年12月10日止，依環境部資源循環署政策方向從校園、企業與民眾端等面向推廣資源循環理念，藉由校園環境教育、資源循環績優企業遴選與循環經濟新創展強化三面向間之合作關係以達到促進人才培育、增進企業資源循環力與提升民眾對資源循環議題之認知等目標。主要執行成果為：（一）研擬校園資源循環環境教育推動計畫（114-117年），作為未來推動環境教育及規劃相關課程之基礎；（二）辦理國中小種子師資培力課程，鼓勵其返校推廣資源循環環境教育，並結合環境教育輔導團將資源循環理念推廣擴及學校行政人員及教師參與，共230人次參與培訓，宣導觸及43所學校與7,543人次親師生參與資源循環相關行動；（三）與公民與社會學科中心合作將資源循環理念導入3所高中課程，並持續將資源循環理念導入2所大專校院系所，以培養未來永續發展人才；（四）教育部學校環境教育實作競賽增設「資源循環特別獎」，促進校園師生落實資源循環行動；（五）辦理113年資源循環績優企業遴選，計59家企業報名參選，經二個階段評選出32家企業典範。另配合國科會科普列車系列活動完成3場次績優案例成果展示活動，宣傳觸及1,039人次國小學童；（六）為扶植資源循環新創產業，辦理為期4天之循環經濟新創展，計有50家資源循環理念廠商參展，展區主題包括：「循環再生」、「共享服務」、「永續創生」、「循環文創」及「國際參與」等五大展區。展覽期間參觀人數達5,000人次以上，體驗活動共395人次參與，臉書貼文觸及達9,200人次以上，互動數達2,300人次以上。",
        "eng_title": "Project for the Promotion of Resource Circulation in Environmental Education and Selection of Outstanding Enterprises",
        "eng_subject": "The Project's implementation timeline extends from March 8, 2024 to December 10, 2024. The Project has promoted the concept of resource circulation to campuses, enterprises, and the public, in line with the policies developed by the Resource Circulation Administration, Ministry of Environment. By focusing on campus environmental education, the Outstanding Resource Circulation Enterprise Selection Program, and circular economy entrepreneurship, the Project has strengthened partnerships among campuses, enterprises, and the public, achieving the project objectives of promoting talent cultivation, enhancing corporate resource circulation capabilities, and increasing public awareness regarding resource circulation issues. The main results achieved were as follows: (I) Formulated a campus program for resource circulation in environmental education (2025-2028) to form the basis for the subsequent promotion of environmental education and curriculum planning at all levels. (II) Promoted resource circulation in environmental education for students at all levels, including elementary schools, junior high schools, high schools, vocational schools, universities, and colleges. The initiative successfully trained 230 seed instructors in elementary and junior high schools and reached 7,543 individuals through back-to-school promotion. The initiative has also been integrated into the curriculum of 3 high schools and 2 departments in universities and colleges. Additionally, a “Special Award for Resource Circulation” has been added in collaboration with the Ministry of Education’s School Environmental Education Practical Contest to enhance the implementation of resource circulation actions by teachers and students on campuses. (III) Continued to hold the fifth (2024) Outstanding Resource Circulation Enterprise Selection Program under the Project's guidelines, with more options for industries to register and participate, such as the financial industry, construction industry, e-commerce platforms, and tourist hotels. A total of 59 enterprises applied for the selection, and 32 model enterprises were selected after a two-stage selection process. The program offered incentives with a total amount of NT$600,000, and compiled an e-book featuring outstanding case results. (IV) Collaborated with the National Science and Technology Council’s Science Train series activities, allowing the promotion of outstanding resource circulation cases to reach 1,039 elementary school students. (V) Held a 4-day circular economy entrepreneurship exhibition in the lobby of Taipei Main Station to support resource circulation entrepreneurship. A total of 50 companies involved in resource circulation took part in the event. The exhibition contained five major theme areas, namely “Circular Regeneration,” “Shared Regeneration,” “Sustainable Innovation,” “Circular Cultural Creativity,” and “International Participation.” The exhibition attracted over 5,000 visitors, with 395 individuals participating in the experience activities. The accompanying Facebook posts reached more than 9,200, generating over 2,300 interactions.",
        "proj_year": "113",
        "org_name": "循環署綜合規劃組",
        "exe_unit": "康城工程顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1132653622",
        "publish_date": "20250102"
    },
    {
        "chi_title": "113年度屏東縣加強農業廢棄物露天燃燒稽查管制及紙錢減量焚燒處理計畫",
        "chi_subject": "本計畫自113年1月1日起執行，統計至113年11月30日止，各工作項目進度說明如下：\n一、 為加強假日與早\/晚時段之露天燃燒稽巡查作業，本計畫已執行63次晨間\/夜間巡查作業，並於假日安排人員進行巡查，總計查獲案件271件，假日查獲件數91件，時段為晨間\/夜間則查獲43件。\n二、 木質廢棄物代清運作業，送至巨大破碎廠共計3,932.12公噸，送至焚化廠共計304.48公噸，合計清運4,236.6公噸。巨大破碎廠破碎處理後之破碎料，今年度已清運出廠共計3,758.04公噸，用於西側環保用地抑制雜草。\n三、 9處農廢集中場持續進行維護管理，每日回報集中場內堆置情形以及預計清理時間，南州集中場面積較小，視堆置情況增加假日清運，並以山貓協助整理場內地面樹枝葉；佳冬、林邊、枋寮、九如集中場，則依據堆置情況加派怪手協助裝料或進行場地整理，以維持集中場正常運作。由於凱米與山陀兒颱風造成圍籬與鋪面損壞部分，均儘速完成維修，林邊與佳冬集中場也完成場內路面重新鋪設。\n四、 紙錢集中清運總計1,287.82公噸，春節期間加派人員與車輛協助玉皇宮、車城福安宮以及慈鳳宮紙錢集中收運作業；清明節期間調派車輛協助各鄉鎮納骨塔進行紙錢集中收運。\n五、 廟宇減量輔導作業今年度已拜訪40家寺廟，共計配合紙錢集中29家，進行紙錢減量22家，一爐一香28家，香支減量12家，安裝環保金爐16家，備有環保禮炮車或跑馬燈18家。\n六、 開運金幣製作3,000份，今年度共計發行5,500份，將持續統計各廟宇發放數量，並追蹤減量成果。",
        "eng_title": "Pingtung County 2024 Project for Enhanced Agricultural Waste Open-Air Burning Inspection and Control, and Paper Money Reduction and Incineration Management",
        "eng_subject": "Summary\nThe project has been implemented since January 1, 2023, and the progress of each work item is detailed as of November 30, 2023, as follows:\n\nEnhanced Open-Air Burning Patrols during Holidays and Early\/Late Hours:\n\nA total of 63 morning\/night patrols have been conducted, with additional patrols scheduled on holidays.\nA total of 271 cases were identified, including 91 cases during holidays and 43 cases during morning\/night hours.\nWood Waste Transportation:\n\nA total of 3,932.12 tons of wood waste was transported to a major shredding facility, and 304.48 tons were sent to incineration plants, amounting to a total of 4,236.6 tons transported.\nAfter shredding, 3,758.04 tons of shredded materials were transported out and used on the western environmental land to suppress weeds.\nMaintenance and Management of Nine Agricultural Waste Collection Sites:\n\nDaily updates were provided on the stacking conditions and planned cleanup schedules for each site.\nFor the smaller Nanzhou site, additional holiday cleanups were arranged as needed, with a Bobcat used to organize branches and leaves.\nAdditional excavators were deployed at Jiadong, Linbian, Fangliao, and Jiuru sites for material handling or site cleaning to ensure normal operations.\nDamage to fences and pavement caused by Typhoons Kaimi and Saola was promptly repaired, and road resurfacing was completed at Linbian and Jiadong sites.\nPaper Money Collection and Transportation:\n\nA total of 1,287.82 tons of paper money was collected and transported.\nAdditional personnel and vehicles were deployed during the Lunar New Year to assist with centralized collection at temples such as Yuhuang Temple, Checheng Fu'an Temple, and Cifeng Temple.\nVehicles were also dispatched during the Tomb-Sweeping Festival to assist columbariums in various townships with centralized collection.\nTemple Waste Reduction Guidance:\n\nA total of 40 temples were visited this year.\n29 temples adopted centralized paper money collection, 22 temples implemented paper money reduction measures, 28 temples adopted one censer, one incense practices, 12 temples reduced incense stick usage, 16 temples installed eco-friendly furnaces, and 18 temples equipped eco-friendly salute vehicles or LED marquee lights.\nProduction of Lucky Coins:\n\nA total of 3,000 coins were produced, and 5,500 coins have been distributed this year.\nOngoing statistics are being collected on the distribution at various temples, with reduction outcomes being tracked.",
        "proj_year": "113",
        "org_name": "屏東縣政府環境保護局",
        "exe_unit": "華門工程顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1132635393",
        "publish_date": "20250106"
    },
    {
        "chi_title": "113年度臺東縣氣候變遷減緩及調適工作推動計畫",
        "chi_subject": "本計畫工作內容可劃分為「臺東縣氣候變遷因應推動會相關會議」、「氣候變遷調適調查與脆弱度分析」、「低碳永續家園運作體系」、「教育宣導」、「推廣綠能屋頂」以及「推動事業溫室氣體盤查作業」等6大項工作。\n本計畫今年度依據「氣候變遷因應法」，協助召開2場次氣候變遷因應推動會議及1場次氣候變遷調適方案座談會，並依據「臺東縣第二期溫室氣體減量執行方案」追蹤與管考本縣減量方案執行成果，以及彙整各局處氣候變遷調適相關推動政策、研訂臺東縣氣候變遷調適執行方案。\n低碳永續家園運作體系，以協助新增低碳永續家園評等認證為主要工作，今年度取得2銀6銅成績，成功輔導關山鎮成為臺東首個銀級鄉鎮；並新增17處村里報名參與，參與率已達82.7%。另協助追蹤查核近年已獲認證評等單位及受補助單位低碳永續措施維運情形，及輔導轄內5處社區\/部落提出執行低碳永續行動申請。\n為增進社區、村里低碳永續相關知識與動能，辦理2場次低碳社區教育宣導，共計20處村里56人參與。另參與2050淨零城市展，展現臺東縣氣候變遷減緩及調適推動成果，現場與會人數超過1,500人次，共計3家網路媒體報導臺東淨零推動成果。\n為推廣臺東綠能屋頂，聘請太陽能光電專家針對31處太陽光電潛力案源評估，共計25處適合建置太陽能系統，並協助各單位撰擬17份太陽能案源標租範本。另辦理3場次綠能屋頂推廣媒合說明會，邀請社區、機關或民間團體等總計85人次參與。\n推動事業溫室氣體盤查作業，清查轄區內領有固定污染源許可證溫室氣體排放源10家次。透過書面與現場查核排放源排放數據與相關設施資料，檢核場所燃料申報數據及實際用量，藉此掌握溫室氣體排放情形。",
        "eng_title": "Taitung County Climate Change Mitigation and Adaptation Promotion Plan in 2024",
        "eng_subject": "The tasks of this plan can be divided into six main categories: meetings related to the Taitung County climate change response promotion committee, climate change adaptation surveys and vulnerability analysis, low-carbon sustainable homeland operation system, education and awareness campaigns, promotion of green energy rooftops and implementation of corporate greenhouse gas inventory operations.\nThis year, in accordance with the Climate Change Response Act, the plan assisted in organizing 2 climate change response promotion meetings and 1 climate change adaptation plan seminar. Additionally, the plan tracked and assessed the implementation results of the county’s GHGs reduction initiatives based on the Taitung County Phase II Greenhouse Gas Reduction Implementation Plan.  It also compiled climate change adaptation policies promoted by various departments and developed the Taitung County Climate Change Adaptation Implementation Plan.\nThe low-carbon sustainable homeland operation system focuses on assisting with new certifications and ratings. This year, the program achieved 2 silver-level and 6 bronze-level certifications, successfully guiding Guanshan Township to become Taitung's first silver-level township. Additionally, 17 villages registered to participate, raising the participation rate to 82.7%. The program also assisted in tracking the maintenance and operation of low-carbon sustainable measures implemented by entities that were certified or subsidized in recent years. Additionally, it guided 5 communities\/tribes within the jurisdiction to submit applications for implementing low-carbon sustainable actions.\nTo enhance community and village knowledge and capacity for low-carbon sustainability, 2 low-carbon community education sessions were held, with participation from 20 villages and a total of 56 attendees. Additionally, Taitung County participated in the 2050 Net-Zero City Expo, showcasing its achievements in climate change mitigation and adaptation. The event attracted over 1,500 attendees, and 3 online media outlets reported on Taitung’s net-zero progress.\nTo promote green energy rooftops in Taitung, a solar photovoltaic expert was engaged to evaluate 31 potential solar power projects. Among these, 25 locations were identified as suitable for installing solar systems. Additionally, 17 solar project lease template documents were prepared to assist various units. Additionally, 3 green energy rooftop promotion and matchmaking sessions were held, with a total of 85 participants from communities, government agencies, and civil organizations.\nThe program conducted GHGs inventory operations for businesses, reviewing 10 fixed pollution source permits within the jurisdiction. Through both written and on-site inspections, emission data and related facility information were verified. This included checking the reported fuel data and actual usage at the sites to better understand the GHGs emissions situation.",
        "proj_year": "113",
        "org_name": "臺東縣環境保護局",
        "exe_unit": "環榮永興股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1132486655",
        "publish_date": "20250124"
    },
    {
        "chi_title": "澎湖縣-113年度澎湖縣全國水環境清淨河面計畫",
        "chi_subject": "一、執行事業相關之污染源管制、查核作業，並協助辦理水污費徵收之\n導、 查核、催繳及緊急應變等工作\n(一) 事業稽巡查作業，建立的水污染源系統相關稽查作業計160 件，\n包含水污染防治措施文件建檔計 19 件、營建工地逕流廢水削減計\n畫計 22 件，稽查記錄單99 件、水質檢驗報告 20 件次\n(二) 配合辦理法規說明會 2 場次(5 月 30 日、7 月 29 日)。\n(三) 本計畫協助水質水量自動監測設施與錄影連線推動情形管控及監\n控系統操作，相關校正及異常記錄詳見 3.5 節。\n(四) 本年度配合局內單位並結合各局處及總隊公害污染緊急應變實兵\n演練，並於 5 月 30 日於合界沙灘完成實兵演練。\n二、推動畜牧糞尿資源化再利用\n(一)本年度輔導家堡畜牧場進行澆灌地媒合，並完成 5 處沼液、沼渣\n澆灌農牧田地土壤採樣，後將接續辦理計畫書補正審查。\n(二)辦理 1 場次畜牧業業者媒合農地政策宣導會。\n三、推動水環境巡守隊運作、輔導、訓練\n(一) 辦理巡守隊專業講習、教育訓練、淨灘或清理水庫周遭環境計\n16 場次、領袖會議 2 場次。\n(二) 巡守隊 Facebook 社群網站暨新聞稿推廣，截至 10 月底\nFacebook 粉絲團人數達 665 次；發布 8 篇新聞稿。\n(三) 完成水環境巡守隊管轄之區域排水地區之垃圾或污染物之打撈清\n除作業總計 1.6 公噸、定期巡檢區排總計 2 公里。\n4-2\n澎湖縣政府環境保護局\n「113 年度澎湖縣水污染防治計畫」期末報告 初稿 摘要\n四、水庫水質改善規劃及策略\n(一) 6 月 19 日完成辦理跨局處協調會議 1 場次。\n(二) 規劃辦理無磷清潔劑宣導及節水減污 8 場次",
        "eng_title": "澎湖縣-113年度澎湖縣全國水環境清淨河面計畫",
        "eng_subject": "一、執行事業相關之污染源管制、查核作業，並協助辦理水污費徵收之\n導、 查核、催繳及緊急應變等工作\n(一) 事業稽巡查作業，建立的水污染源系統相關稽查作業計160 件，\n包含水污染防治措施文件建檔計 19 件、營建工地逕流廢水削減計\n畫計 22 件，稽查記錄單99 件、水質檢驗報告 20 件次\n(二) 配合辦理法規說明會 2 場次(5 月 30 日、7 月 29 日)。\n(三) 本計畫協助水質水量自動監測設施與錄影連線推動情形管控及監\n控系統操作，相關校正及異常記錄詳見 3.5 節。\n(四) 本年度配合局內單位並結合各局處及總隊公害污染緊急應變實兵\n演練，並於 5 月 30 日於合界沙灘完成實兵演練。\n二、推動畜牧糞尿資源化再利用\n(一)本年度輔導家堡畜牧場進行澆灌地媒合，並完成 5 處沼液、沼渣\n澆灌農牧田地土壤採樣，後將接續辦理計畫書補正審查。\n(二)辦理 1 場次畜牧業業者媒合農地政策宣導會。\n三、推動水環境巡守隊運作、輔導、訓練\n(一) 辦理巡守隊專業講習、教育訓練、淨灘或清理水庫周遭環境計\n16 場次、領袖會議 2 場次。\n(二) 巡守隊 Facebook 社群網站暨新聞稿推廣，截至 10 月底\nFacebook 粉絲團人數達 665 次；發布 8 篇新聞稿。\n(三) 完成水環境巡守隊管轄之區域排水地區之垃圾或污染物之打撈清\n除作業總計 1.6 公噸、定期巡檢區排總計 2 公里。\n4-2\n澎湖縣政府環境保護局\n「113 年度澎湖縣水污染防治計畫」期末報告 初稿 摘要\n四、水庫水質改善規劃及策略\n(一) 6 月 19 日完成辦理跨局處協調會議 1 場次。\n(二) 規劃辦理無磷清潔劑宣導及節水減污 8 場次",
        "proj_year": "113",
        "org_name": "澎湖縣政府環境保護局",
        "exe_unit": "亞太環境科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1132486140",
        "publish_date": "20250114"
    },
    {
        "chi_title": "113年度臺東縣柴油車排煙檢測及油品檢測計畫",
        "chi_subject": "為解決移動污染源對環境造成的污染，稽查取締與宣導作業刻不容緩， 今年度本縣環保局持續落實路邊稽查、自主管理、保檢合一、空氣品質維 護區及淨區管制，藉以改善本縣空氣品質。本計畫各項管制工作相關成果 摘要說明如下： \n\n統計本年度『臺東縣柴油車排煙檢測及油品檢測計畫』執行期程自113 年1月9日至113年11月30日止，總執行進度達 100.0%。 \n\n履約工項包含：\n(一)柴油車排煙檢測、稽查及管制業務\n(二)柴油車自主 管理及保檢合一業務\n(三)辦理烏賊車檢舉案件相關業務\n(四)柴油車管制 政策相關宣導業務\n(五)柴油車排煙檢測站實驗室之品質管理系統運作\n(六)南迴改區域、空氣品質維護區及淨區管制業務\n(七)配合推動空氣品質 維護區劃設評估及規劃業務\n(八)動力計排煙檢測站操作及設備維護業務\n(九)配合行政院環境保護署或機關辦理柴油車排煙檢測站評鑑相關業務\n(十)配合機關及行政院環境保護署相關管制、考核與提報業務\n(十一)其他 配合辦理事項等，均依工作期程表進度目標執行",
        "eng_title": "Inspection of Diesel Vehicle Emission and Diesel Oil for Taitung County in 2024",
        "eng_subject": "To address the issue of environmental pollution caused by mobile pollution sources, it is crucial to conduct inspections, enforce regulations, and raise public awareness. This year, the Department of Environmental Protection has continued roadside inspections, self-management programs, and implementing control measures for Air Quality Maintenance Zones and Air Quality Clean Zones to improve air quality within the county. The program's results are summarized as follows:\n\nThis year's Project of Inspection of Diesel Vehicle Emission and Diesel Oil for Taitung County was carried out from January 9, 2024, to November 30, 2024, achieving an overall implementation rate of 100%.\n\nThe scope of work under the implementation contract included the following tasks:  \n1. Diesel vehicle emissions testing, inspection, and control operations.  \n2. Autonomous management of diesel vehicles and integrated maintenance and inspection operations.  \n3. Handling cases involving the prosecution of illegal or unauthorized vehicles.  \n4. Public awareness initiatives related to diesel vehicle control policies.  \n5. Management of quality assurance systems for diesel vehicle emissions testing laboratories.  \n6. Control operations for the South-Line Highway, Air Quality Maintenance Zones, and Air Quality Clean Zones.  \n7. Coordination and promotion of Air Quality Maintenance Zones designation, evaluation, and planning.  \n8. Operation and maintenance of the Diesel Vehicle Emission Inspection Station.  \n9. Collaboration with the Ministry of Environment or other agencies for the evaluation of the Diesel Vehicle Emission Inspection Station.\n10. Collaboration with the Ministry of Environment or other agencies for control, evaluation and reporting.\n11. Additional projects in alignment with the work schedule and progress targets.",
        "proj_year": "113",
        "org_name": "臺東縣環境保護局",
        "exe_unit": "亞太環境科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1132472013",
        "publish_date": "20250101"
    },
    {
        "chi_title": "113年度苗栗縣毒性及關注化學物質源頭管理計畫",
        "chi_subject": "本計畫截至113年11月12日止，各項工作均依據計畫書及合約書之規劃執行，本年度計畫期末執行成果摘要如后：\n本年度毒性及關注化學物質管理及查核作業勾稽異常業者共計39家，累積異常家數185家次，分析異常型態件數，以申報對象錯誤最多；轄內列管（含新增）毒性及關注化學物質運作廠家加強輔導及稽查作業，現階段列管廠家共計131家次，在協助業者申請證件及註銷之業務上，已輔導103家次毒性及關注化學物質運作業者完成321筆毒性及關注化學物質證件申請、變更、展延及註銷工作。\n化工原料業者訪查作業已完成83家次訪查，訪查對象包括化工原料業者及飼料業者，訪查結果皆符合化工原料業及兼售食品添加物業者自主管理作業指引。\n化學物質業者製造或輸入管理作業之化學物質運作業者稽查作業已完成145家次，執行項目共分為毒性及關注化學物質例行性稽查、112-113年特定行業別與製程運作貯存化學物質(品)稽查專案、順丁烯二酸(馬來酸)及順丁烯二酸酐輸入業者稽查、兼售食品添加物或硼砂之化工原料業者(聯合)專案稽查及全國性聯防組織書面檢核。\n關注化學物質運作廠商清查與運作資料調查作業已完成共計63家次，稽核結果皆符合毒性及關注化學物質管理法等相關規定。\n毒性及關注化學物質災害防救作業之毒性及關注化學物質（或其他化學物質）災害防救演練作業已協助環保局於113年5月16日於中國石油化學工業開發股份有限公司頭份廠，辦理苗栗縣113年全民防衛動員暨災害防救(民安10號)演習1場次，總參與人數共計956人；另完成臨場輔導訪查作業16家次及執行應變人員勾稽及輔導應變人員再訓練事宜；毒性及關注化學物質災無預警測試作業，協助環保局督導業者辦理無預警測試（含現場演練、沙盤推演及科技執法）共計11場次及政府橫向及毒性及關注化學物質業者縱向無預警測試通聯測試35場次，針對缺失部分，本計畫已於測試結束後輔導業者完成改善；疏散避難宣導作業已於9月6日辦理「113年度苗栗縣毒性及關注化學物質事故預防及疏散避難宣導」1場次，參與人數共計79人；協助毒化災害事故應變及事故地點緊急疏散作業，今年度未發生毒化災環境事故；已參考化學署及各縣市事故報知網頁樣態，繪製毒性及關注化學物質事故報知網站圖文，並於7月31日建置於苗栗縣政府環境保護局全球資訊網-毒性及關注化學物質專區；另完成累計26筆危害預防應變計畫書公開，26筆危害預防應變計畫書上傳，上傳率為100%。\n毒性及關注化學物質運送車輛勾稽查核作業共有23件次顯示異常，異常樣態包括起迄點不符及有表單無軌跡，每月異常名單查核率為100%；另完成運送車輛攔查作業6車次，查核結果已鍵入「毒性及關注化學物質運送車輛即時追蹤系統」進行回報。\n毒性及關注化學物質相關教育宣導活動作業之化學物質業者宣導說明會作業已辦理11場次，參與人數共計870人，宣導對象包括轄區運作化學物質業者、社區民眾及本縣本縣國立苗栗高級農工職業學校及苗栗縣立三義高級中學師生；另已於8月2日完成「毒性及關注化學物質」宣導品500件驗收作業。\n本年度計畫創新作法-已於9月19日將「毒性及關注化學物質管理宣導手冊」以電子檔方式置於苗栗縣政府環境保護局首頁-環境資訊之毒性及關注化學物質專區供民眾及業者下載。\n其他配合事項已依合約規範提送113年度「苗栗縣毒性及關注化學物質源頭管理計畫」之標準作業程序(SOP)手冊至環保局備查、協助節慶食安輔導稽查專案共計26家次、協助環保局執行食安五環改革計畫業務工作項目及簡報製作、提送新聞稿5則及協助辦理「環境事故數位實境模擬推演訓練」之拍攝及成果影片製作，另為提升執行計畫人員之專業知識及技能，積極參與環境部化學署各項會議、訓練、災防考核及毒災演練等相關業務共計14場次，每月執行人員教育訓練共計11場次及每月10日前提交工作月報共計10次。",
        "eng_title": "113 Miaoli County Toxic and Chemical Substances of Concern Source Management Plan",
        "eng_subject": "This plan ends on November 12, 2024. All work is carried out in accordance with the plans in the plan and contract. The summary of the implementation results at the end of this year's plan is as follows:\nThis year, a total of 39 companies were found to have abnormalities in the management and inspection of toxic and chemical substances of concern, and the cumulative number of abnormal companies was 185. Analysis of the number of abnormal types showed that the most incorrect objects were reported; toxic and chemical substances of concern were listed under jurisdiction (including new additions) Substance handling manufacturers have strengthened coaching and auditing operations. Currently, there are 131 listed manufacturers. In terms of assisting operators in applying for certificates and deregistration, 103 toxic and chemical substance handling operators have been coached to complete 321 toxic and concerning chemical substances transactions. Document application, change, extension and cancellation.",
        "proj_year": "113",
        "org_name": "苗栗縣政府環境保護局",
        "exe_unit": "綠川工程顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1132449197",
        "publish_date": "20250116"
    },
    {
        "chi_title": "113年度海岸環境空中稽（巡）查計畫",
        "chi_subject": "行政院於109年推動「向海致敬」政策，目標為確立及界定海岸清潔，從「清理、減量、去化、透明、教育」5個面向著手，統籌各部會、縣市權管單位妥適分工，使全臺每一吋海岸均有人負責清潔、管理與維護。目前各權管單位，以及國際間相關環保團體，執行海岸\/海灘環境稽查作業，仍仰賴稽查人員實地走訪，快篩調查為主要調查方式。本計畫著重於如何將環境稽(巡)查管理與新興科技－無人飛行載具(UAV)結合，研擬具備執行效率與即時稽查的智慧管理機制。\n本計畫執行15趟次空拍作業，共進行22次海岸髒亂通報，清理總量為582.057噸；蒐集國外5篇研究無人飛行載具及海洋垃圾辨識之學術論文式，並持續以相關研究為基礎精進本計畫海岸廢棄物自動辨識(AI)功能，準確率與專人框選比對已達80%；AI影像辨識功能開發建置，完成56,00張過去海岸空拍影像標註，並將影像中的海岸廢棄物區分為17種類，共標註出36,626張廢棄物圖片，並將數量較多的漂流木、竹木、蚵棚浮具開發種類辨識功能；另精進現有廢棄物辨識圈選功能，使標註結果更符合廢棄物形狀，減少標註廢棄物面積計算誤差，並更新相關功能；擴充「海岸清潔維護空中稽(巡)查管理系統」，開發權限管理功能、空拍作業執行成果儀表板、廢棄物熱區分析功能、海岸權責單位圖層匯入及廢棄物種類樣態圖鑑開發；舉辦4場次地方試辦作業，分別於新北市白沙灣、桃園市白玉海濱、嘉義縣八掌溪、臺南市青草崙；並配合系統功能開發，調整「海岸環境空中稽(巡)查」作業程序。",
        "eng_title": "113 Coasts Environment Aerial Inspection (Patrol) Project",
        "eng_subject": "In 2020, the Executive Yuan initiated the Salute to the Sea policy with the goal of establishing and defining coastal cleanliness through the five aspects of cleaning, reduction, disposal, transparency, and education. The coordination of various government departments and local authorities was organized to ensure that responsible individuals oversee the cleaning, man-agement, and maintenance of every inch of Taiwan's coastline. Currently, both government agencies and international environmental organizations re-ly on on-site visits by inspection personnel as the primary method for coastal\/beach environmental inspections, with rapid screening investigations being the main investigative approach. This project focuses on integrating environmental inspection management with emerging technology – Un-manned Aerial Vehicles (UAVs) – to develop an intelligent management mechanism capable of efficient execution and real-time inspections.\nThis project conducted 15 aerial photography operations and made 22 coastal litter reports, with a total cleanup volume of 582.049 tons. We col-lected 5 international academic papers on UAV and marine debris identifica-tion research, and continued to improve the automatic coastal waste identifi-cation (AI) functionality based on related research, achieving an accuracy rate of 80% compared to manual selection. For AI image recognition devel-opment, we completed the annotation of 56,00 previous coastal aerial imag-es, categorizing coastal waste into 17 types and annotating 36,626 waste images. We developed specific identification functions for the most common items: driftwood, bamboo\/wood, and oyster rack floats. Additionally, we improved the existing waste identification selection function to better match waste shapes, reducing errors in waste area calculations, and updated related features. We expanded the 'Coastal Cleaning and Maintenance Aerial Inspec-tion Management System' by developing access control functions, aerial op-eration performance dashboards, waste hotspot analysis capabilities, coastal jurisdiction unit layer import, and waste type pattern atlas.\nThe project compiled the execution of coastal aerial operations by 19 local environmental protection bureaus, organized four local trial operations in Baishawan, New Taipei City, Baiyu Beach, Taoyuan City, Bajhang River, Chiayi Country, and Qingcaolun, Tainan City. We also adjusted the 'Coastal Environment Aerial Inspection' operation procedures in accordance with system function development.",
        "proj_year": "113",
        "org_name": "環管署環境衛生組",
        "exe_unit": "環輿科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1132421039",
        "publish_date": "20250130"
    },
    {
        "chi_title": "屏東縣-113年資源循環工作計畫",
        "chi_subject": "本計畫執行期程為自113年1月1日至113年11月30日止，計劃期間各工作項目均依契約規定完善執行。計畫執行期間強化輔導鄉鎮市公所掌握四大體系資源回收量，加強宣導民眾落實垃圾分類與資源回收工作，降低垃圾清運量，統計113年1-10月一般廢棄物回收率為51%，較112年同期50.5%提升0.5%，113年1-10月每人每日一般廢棄物清運量0.74公斤、每人每日資源回收量0.71公斤，均較112年同期增加0.02公斤。各項重點工作，執行成果如下說明。\n依據113年度環境部資源循環考核計畫，完成本縣執行機關資源循環工作績效考核初核計畫之研擬，並辦理2場次業務交流會，向33鄉鎮市公所清潔隊說明今年度環保局初核重點及環保業務須配合事項。為掌握本縣各鄉鎮市資源回收成果，輔導33鄉鎮市清潔隊完成簽訂資源回收物標售契約，並針對112年度鄉鎮市清潔隊資源回收變賣量及變賣金額進行調查，112年期間33個鄉鎮市公所清潔隊資源回收變賣量為11,776,346 公斤，合計變賣所得為10,728,537元，平均變賣價格約0.91元\/公斤。其中，採分項分包方式之資收物的變賣價格，普遍高於採統包或部分統包方式。針對各清潔隊回收變賣之廢照明光源及廢乾電池流向，每月均完成調查及彙整提報作業，統計113年1-9月本縣清潔隊之傳統照明光源變賣量29,935公斤、LED照明光源變賣量為 10,117 公斤、廢乾電池變賣量為 5,566公斤；其中回收商已交付受補貼處理機構之傳統照明光源為26,921公斤、LED照明光源為 9,445 公斤、廢乾電池為1,062 公斤。\n為提升本縣垃圾減量及資源回收成效，本計畫積極推動各項資源回收相關工作，包含推動本縣清潔隊177台資源回收車全數設置廢照明光源回收設施，輔導53站村里資源回收站及30處資源回收示範站持續運作，維持漁港資源回收站運作，完成辦理41場次社區資源回收相關宣導活動及說明會，完成辦理28場資源回收兌換活動，協助媒合18名資源回收個體業者進入社區服務，以及辦理資源回收媒體宣導計1,150則，8月起配合執行強化垃圾破袋檢查之相關作業，協助辦理記者會及新聞媒體、廣播錄音與廣告等多方面宣導作業，藉以強化民眾獲得環保資訊管道，讓民眾對垃圾減量、資源回收相關政策推動有感，並落實環保行動。統計今年度8-11月破袋合格率約74.8%，較1-7月破袋合格率47%，提升約27.8%，亦帶動本縣今年度8-10月資源回收量較1-7月平均提升約10%，顯著提升本縣資源回收成效。",
        "eng_title": "A Plan on Resource Recycling Work of Pingtung County in 2024",
        "eng_subject": "The execution period of this project is from January 1 to November 30, 2024. All tasks is carried out in accordance with the provisions of the contract. During the implementation of the plan, the task team enhances the guidance for township and city offices to grasp the amount of resource recycling in the four major recycling systems, strengthen publicity to the public to implement garbage sorting and resource recycling, and reduce the amount of garbage removal. According to data analysis, the general waste recycling rate from January to October 2024 was 51%, an increase of 0.5% from 50.5% in the same period in 2023. The daily general waste removal volume per person and the daily resource recycling volume per person from January to October 2024 was 0.74 kg and 0.71 kg, respectively, both an increase of 0.02 kilograms compared with the same period in 2023. The implementation results of each key work are summarized as follows.\nAccording to the 2024 assessment plan of the Resource Circulation Administration, Ministry of Environment, the preliminary assessment plan for the performance evaluation of resource recycling work conducted by the executive agency of Pingtung County has been completed. Two business exchange meetings were held to explain the key points and the needed-to-be cooperated environmental protection affairs of this year's preliminary assessment to the cleaning squads of 33 townships and municipal offices. In order to grasp the resource recycling results of each township and city in the county, this plan has completed the guidance of 33 township and municipal cleaning squads to sign resource recycling bidding contracts, and conducted a survey on the resource recycling sales volume and sales amount of the township and municipal cleaning squads. During the period from January to December in 2023, the resource recycling sales volume of 33 township and municipal cleaning squads was 11,776,346 kilograms, with a total sales income of NT$ 10,728,537, and an average sales price of about 0.91 NT$\/kg. Among them, the sales price of recyclables collected in the itemized subcontracting method is generally higher than that through turnkey or partial turnkey approach.Regarding the flow of waste lighting sources and waste dry batteries recycled and sold by each cleaning squad, surveys are completed and proposed summary reports every month. Results showed that from January to September 2024, the county’s cleaning squad sold 29,935 kilograms, 10,117 kilograms, and 5,566 kilograms of traditional lighting sources, LED lighting sources, and waste dry batteries, respectively. Among them, 26,921 kilograms of traditional lighting sources, 9,445 kilograms of LED lighting sources, and 1,062 kilograms of waste dry batteries that the recyclers had delivered to subsidized disposal organization.\nIn order to improve the effectiveness of waste reduction and resource recycling in the county, this plan actively promotes various resource recycling related tasks, including to promote the installation of waste lighting source recycling bins for all 177 resource recycling trucks of the county's cleaning squad, to provide guidance to 53 village resource recycling stations and operation of 30 resource recycling demonstration stations,  and to maintain the operation of resource recycling stations at fishing port. In addition, this plan completed 41 community resource recycling related publicity activities and briefings, completed 28 resource recycling related exchange activities, assisted in matching 18 self-employed individuals entered into community for resource recycling services, and 1,150 release on media for resource recycling promotion. Starting from August, the task team has cooperated with the implementation of related operations to strengthen the garbage bag-breaking inspections, and assist in various publicity activities such as press conferences and news media, radio recordings, and advertisements, so as to strengthen the public to access environmental information. And let the public be perceived the promotion of policies related to waste reduction and resource recycling, and implement environmental protection actions. According to statistics, the bag-breaking pass rate from August to November this year is about 74.8%, which is about 27.8% higher than the bag-breaking pass rate from January to July, which is 47%. It also drives the resource recycling volume of the county from August to October this year compared with January to July. The average increase rate is about 10%, which significantly improves the county’s resource recycling effectiveness.",
        "proj_year": "113",
        "org_name": "屏東縣政府環境保護局",
        "exe_unit": "康廷工程顧問企業有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1132403127",
        "publish_date": "20250120"
    },
    {
        "chi_title": "113年度土壤及地下水污染調查及查證工作計畫-新竹市",
        "chi_subject": "新竹市轄區之「土壤及地下水污染調查及查證工作計畫」為環保局每年重要的污染防治專案計畫，113年度工作目標包括：井體維護管理、轄內東光段及香山4處地下水限制使用地區進行豐水期監測作業；辦理農糧署農地同步採樣、農地定常監測及底泥採樣作業；針對列管場址進行污染場址巡查與管理及外部驗證作業；對歷年來地下儲槽申報有誤或異常之地下儲槽業者進行現場查核作業及土氣追蹤；辦理地上儲槽系統法規符合度輔導查核作業及改善後複查；辦理土污法8、9條公告事業主管機關土壤及地下水污染評估調查、查證及檢測資料審查作業；辦理事業土地污染預防管理作業，依事業分群分級清單執行廠址環境評估調查及自主污染預防管理計畫書審查；辦理法規宣導說明會及土水環境教育宣導等相關活動，以達到教育與產官學交流，及法令政策推動宣達目的；辦理種子教師培訓課程，將環保觀念向下扎根；對轄區內具急迫性及危害性之事件進行應變處理，預防污染擴大。",
        "eng_title": "The Survey of the Soil and Groundwater Contamination in Hsinchu City in 2024",
        "eng_subject": "The Soil and Groundwater Pollution Investigation and Verification Work Plan in the Hsinchu Municipal District is an important annual pollution prevention and control project plan of the Environmental Protection Bureau. The 113 annual work goals include: well maintenance and management, and groundwater restrictions at the four Dongguang Section and Xiangshan areas within the jurisdiction. Carry out monitoring operations during wet periods in the use areas; handle synchronous sampling of agricultural land, regular monitoring of agricultural land and sediment sampling operations of the Agricultural and Food Administration; conduct inspection and management of contaminated sites and external verification operations for managed sites; carry out underground storage and storage operations over the years. Underground storage tank operators who report incorrect or abnormal tank declarations shall conduct on-site inspections and soil and gas tracking; handle above-ground storage tank system regulatory compliance guidance and inspection operations and post-improvement review; handle soil and groundwater notified by the competent authorities in Articles 8 and 9 of the Soil Pollution Act Pollution assessment investigation, verification and testing data review operations; handle enterprise land pollution prevention and management operations, carry out site environmental assessment surveys and independent pollution prevention management plan reviews according to the enterprise group classification list; conduct regulatory publicity briefings and soil and water environmental education Propaganda and other related activities to achieve the purpose of education, industry-government-academic exchanges, and the promotion of laws and policies; conduct seed teacher training courses to take root in environmental protection concepts; conduct emergency response to urgent and harmful incidents within the jurisdiction, Prevent the expansion of pollution.",
        "proj_year": "113",
        "org_name": "新竹市環境保護局",
        "exe_unit": "富立業工程顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1132402397",
        "publish_date": "20250117"
    },
    {
        "chi_title": "113年度屏東縣毒性及關注化學物質源頭管理計畫",
        "chi_subject": "屏東縣環保局積極推動毒性及關注化學物質源頭查核與管理工作，旨在強化當地化學品管理系統，提升業者對毒化物的處理能力及應變機制。透過一系列的專項措施與檢查活動，環保局不僅強化了現場查核及風險評估，還加強了業者及社會大眾的防災準備與教育訓練，從而達成提高全縣毒化物安全管理水平的目標。",
        "eng_title": "113th Pingtung County Toxic and Chemical Substances of Concern Source Management Plan",
        "eng_subject": "The Pingtung County Environmental Protection Bureau actively promotes the source inspection and management of toxic and chemical substances of concern, aiming to strengthen the local chemical management system and improve the industry's processing capabilities and response mechanisms for toxic substances. Through a series of special measures and inspection activities, the Environmental Protection Bureau has not only strengthened on-site inspections and risk assessments, but also strengthened disaster prevention preparations and education and training for industry and the public, thereby achieving the goal of improving the county's toxic safety management level.",
        "proj_year": "113",
        "org_name": "屏東縣政府環境保護局",
        "exe_unit": "國立高雄科技大學",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1132333892",
        "publish_date": "20250103"
    },
    {
        "chi_title": "113-臺東縣綠島鄉及蘭嶼鄉飲用水品質監測計畫",
        "chi_subject": "為確保離島飲用水安全，並瞭解臺東縣綠島鄉及蘭嶼鄉飲用水之品質現況，於履約期間內進行3次飲用水水質採樣及分析作業，並彙整分析歷年檢測結果，對於未符合飲用水水源水質標準及飲用水水質標準之地區及水質項目進行原因探討及改善對策，研擬飲用水安全管理，執行工作內容概述如下：\n一、自來水水源水質採樣及檢驗測定\n本年度執行監測地點為綠島淨水場（綠島1、2號井）及蘭嶼東清淨水場、蘭嶼紅頭淨水場、蘭嶼朗島淨水場等共5處，本年度應完成3次水質採樣檢驗作業。本計畫分別於113年4月、6月、8月(綠島)及9月(蘭嶼)，完成3次水質採樣檢驗作業，結果均符合飲用水水源水質標準。\n二、水庫水源水質採樣及檢驗測定\n本年度執行監測地點為綠島酬勤水庫共1處，本計畫已完成3次水質採樣檢驗作業，檢測結果經卡爾森指數(CTSI)評判，酬勤水庫水體已達優養等級。\n三、自來水水質採樣及檢驗測定\n本年度執行監測地點為綠島淨水場、綠島鄉公館村1-2號、綠島鄉中寮村中寮橋旁(福德土地公廟)、綠島鄉南寮村194號綠島鄉民代表會(舊館)、蘭嶼鄉東清淨水場、蘭嶼鄉紅頭淨水場、蘭嶼鄉朗島淨水場等共7處，本計畫113年4月、6月、8月(綠島)及9月(蘭嶼)，完成3次水質採樣檢驗作業，所有測項測值皆符合飲用水水質標準。\n四、非自來水水質採樣及檢驗測定\n本年度執行監測地點蘭嶼的椰油國小及蘭嶼椰油社區等共2處，本計畫已完成3次水質採樣檢驗作業，其檢測結果顯示除細菌性標準(大腸桿菌群、總菌落數)超過標準外，其餘測項均符合飲用水水質標準，建議仍應加強宣導保持水源取水口附近的環境衛生，避免人為活動的污染，落實民眾非自來水應先經煮沸或消毒後再飲用之概念。\n根據今年檢測結果顯示，綠島鄉第1次水質檢測大腸桿菌群合格率約30%(僅3家合格)、總菌落數合格率約50%(5家合格)，綠島鄉第2次水質檢測大腸桿菌群合格率為0%(皆未合格)、總菌落數合格率約30%(僅3家合格)；蘭嶼鄉第1次水質檢測大腸桿菌群合格率約20%(4家合格)、總菌落數合格率約50%(10家合格)，第2次水質檢測大腸桿菌群合格率約30%(6家合格)、總菌落數合格率為0%(皆未合格)。家戶或業者使用水源來自山泉水及地下水，大多無消毒程序，應持續宣導「應煮沸、勿生飲」提升民眾飲用水安全。而硝酸鹽氮的部分，所有測點皆符合飲用水水質標準。另在氯鹽的部分，部分使用地下水之監測點可能因長期使用地下水，地下水可能有鹽化趨勢，故氯鹽檢測數值有高於飲用水水質標準之現象。\n五、地下水井及淨水場水源自行檢測\n本計畫對淨水場水源及選定之綠島鄉及蘭嶼鄉地下水用戶以攜帶式電子儀器進行水質自行檢測，本年度應完成10次水質自行檢測作業；統計至10月中旬，已完成8次自行檢測作業。根據自行檢測結果顯示，蘭嶼鄉及綠島鄉淨水場水源水質，除遇極端氣候外，多能達到自來水水質標準，且綠島1、2號井導電度及總溶解固體物測值也遠低於鹹淡水分界值，目前應未有海水入侵或鹽化跡象。另檢視地下水井之導電度及總溶解固體物測值結果發現，蘭嶼鄉2處(藍洋潛水中心、海峰民宿)及綠島鄉4處(白沙灣民宿、霖海背包客棧、WOW大叔及GT大叔)地下水鹽化可能性較明顯。然本計畫地下水井自行檢測係利用攜帶式電子儀器對水中總溶解固體、導電度之變化進行觀測及初步背景值調查，未來或可作為地下水相關轄管單位進行相關深度調研或改善措施之參考。\n六、辦理離島飲用水相關宣導會、說明會及教育訓練\n本計畫依據契約規定辦理「2場次離島飲用水安全宣導會」及「6場次離島飲用水共享平台推廣說明會」，本計畫分別於10月9日及10月23日假綠島國民小學及蘭嶼高級中學各辦理一場離島安全飲用水宣導會，並於113年3月30日、5月4日、5月18日、6月1日、6月7日、8月10日及8月24日分別在鹿野鄉龍田國小、東河鄉興隆國小、臺東縣環境保護局、永續方舟館、臺東縣海濱公園及成功鎮海濱公園，進行離島飲用水共享平台推廣說明會，共計7場次。\n另為提升計畫人員對於水質採樣檢驗之技術，計畫人員皆需參加1場次4小時以上之水質採樣檢驗技術或飲用水安全管理技術之教育訓練，故本計畫已於113年10月18日完成飲用水安全管理及水質採樣技術教育訓練之辦理。\n七、離島飲用水水質分析與改善對策\n本計畫已於113年10月31日前提送「113年離島建設基金補助計畫」執行成效檢討報告書，其中彙整分析104年至113年等10年之離島飲用水檢驗結果數據報告，分析內容應包含檢驗項目之背景特性、影響性、如何降低影響因子(原因探討及改善對策)及統計歷年監測資料，試算水質合格率，以提升水質管理效率；對於未符合「飲用水水源水質標準」及「飲用水水質標準」之地區進行原因探討及改善對策，檢討現階段飲用水品質改善情形，研判飲用水品質可能之變化情形。另於113年第二季起，本計畫已於113年4月12日、7月4日及10月8日分別提送第1季至第3季「113年度離島建設基金補助計畫」執行成效檢討報告書。\n八、離島公私場所蓄水池水塔及飲用水設施現地體檢輔導\n本計畫於113年5月24至30日邀請亞太環境科技股份有限公司負責人「黃俊仁技師」，自規劃名單中遴選30家機關或旅宿業者進行飲用水設備維護之現地體檢輔導作業，針對其蓄水池、水塔、飲水機進行現地勘查、並瞭解其「清潔維護之情形」、「清潔維護紀錄之登錄」、「水質檢測」等現況，根據現況進行評估，並針對需改善之處提供建議，後續已完成追蹤受輔導對象缺失改善作業。\n九、綠島鄉及蘭嶼鄉用水連續供水固定設備水質檢驗\n本計畫針對綠島鄉飲用水連續供水固定設備辦理水質檢驗，檢驗項目以大腸桿菌群為主，採樣頻率為1年檢驗4次(含)以上，共計160家次。本計畫已於113年3月、6月、8月(綠島鄉)、9月(蘭嶼鄉)及10月完成綠島鄉及蘭嶼鄉4季之飲用水連續供水固定設備水質檢驗大腸桿菌群，除了第1季蘭嶼鄉的○鰭○○○·蘭嶼 ○ Hoste、第2季之○堤○旅店、○月○山莊、○燈旅店、○發民宿、○海○民宿、○堂○民宿、○明○民宿、○卡○民宿、○福○民宿及○曬○民宿等10家民宿及第4季的○華○民宿之大腸桿菌群測值呈現超標，其餘民宿皆符合飲用水水質標準規定。\n十、設計製作宣導品\n本計畫應設計製作宣導品900份（含）以上，設計內容須先經機關同意始能製作。本計畫已於113年5月20日提送宣導品建議品項款式圖說，於6月5日經機關同意製作，並於7月9日完成所有宣導品之提送。\n本計畫針對飲用水相關活動或業務或成果等撰寫新聞稿，統計至11月底止，本計畫提送之新聞稿及FB環保小知識，已有6則新聞稿及2則FB環保小知識經機關核准並發布，宣導內容涵概飲用水安全及用水檢測相關資訊等，俾利民眾了解飲用水相關資訊，以協助民眾改善其飲用水水質。\n十一、資料庫更新\n統計至11月底止，本計畫所有相關採樣檢測資料皆已建檔登錄於環境部「飲用水管理系統」及「環保稽查處分管制系統(EEMS系統)」，另協助完成自來水水質稽查管制已執行531件、自來水水源水質稽查管制60件、飲用水水質處理藥劑管制9件、簡易自來水及供飲用之未列管非自來水水質稽查管制66件、簡易自來水及社區自設公共給水設備水源水質稽查管制16件、飲用水設備維護管理及水質稽查管制273件、包裝及盛裝飲用水水源水質稽查管制4件、辦理飲用水保護區之污染行為稽查管制24件，共計983件。",
        "eng_title": "Taitung County Ludao Township and Lanyu Township Drinking Water Quality Monitoring Plan for 2024",
        "eng_subject": "In order to ensure the safety of drinking water on outlying islands and understand the current quality of drinking water in Ludao Township and Lanyu Township in Taitung County, three drinking water quality sampling and analysis operations were conducted during the contract period, and the test results over the years were compiled and analyzed. We will explore the causes and improve countermeasures for areas and water quality projects that do not meet drinking water source water quality standards and drinking water quality standards, and develop drinking water safety management. The implementation work content is summarized as follows:\n1. Sampling and testing of tap water source water quality\nThe monitoring locations for this year are Green Island Water Purification Plant (Green Island Wells 1 and 2), Lanyu East Purification Water Plant, Lanyu Hongtou Water Purification Plant, Lanyu Langdao Water Purification Plant, etc., which should be completed this year. 3 water quality sampling inspection operations. This project completed three water quality sampling inspection operations in April, June, August (Green Island) and September (Lanyu) in 2013, and the results were all in compliance with the drinking water source water quality standards.\n2. Sampling and testing of reservoir water quality\nThis year's monitoring location is the Green Island Houqin Reservoir. This project has completed three water quality sampling inspections. The test results were judged by the Carlson Index (CTSI). The water body of the Houqin Reservoir has reached the quality level.\n3. Sampling and testing of tap water quality\nThe monitoring locations for this year are Ludao Water Purification Plant, No. 1-2 Gongguan Village, Ludao Township, next to Zhongliao Bridge in Zhongliao Village, Ludao Township (Fude Tuigong Temple), and No. 194, Nanliao Village, Ludao Township, Ludao Township There are a total of 7 places including the National People’s Congress (Old Hall), Lanyu Township East Purification Water Plant, Lanyu Township Hongtou Water Purification Plant, Lanyu Township Langdao Water Purification Plant, etc. This plan will be held in April, June, and August 2013. In March (Green Island) and September (Lanyu), three water quality sampling inspection operations were completed, and all measured values were in compliance with drinking water quality standards.\n4. Sampling and testing of non-tap water quality\nThis year, monitoring was carried out at two locations: Coconut Oil Elementary School and Lanyu Coconut Oil Community. This project has completed three water quality sampling inspections, and the test results showed that the bacteria removal standards (E. coli group, total bacterial colony count) ) exceeds the standard, the rest of the test items are in line with drinking water quality standards. It is recommended that publicity should be strengthened to maintain environmental sanitation near water intakes to avoid pollution from human activities, and ensure that non-tap water should be boiled or disinfected before drinking. concept.\nAccording to this year’s test results, the pass rate of the first water quality test in Ludao Township was about 30% (only 3 companies passed), and the pass rate of total bacterial colonies was about 50% (5 companies passed the test). The second water quality test in Ludao Township The passing rate of coliform testing was 0% (all failed), and the passing rate of total bacterial colonies was about 30% (only 3 companies were qualified); the passing rate of the first water quality test for coliforms in Lanyu Township was about 20% (four companies were qualified) ), the pass rate for the total bacterial colony count was about 50% (10 companies passed), the pass rate for the second water quality test for coliforms was about 30% (6 companies passed the test), and the pass rate for the total bacterial colony count was 0% (all failed). The water sources used by households or businesses come from mountain springs and groundwater, and most of them do not have disinfection procedures. We should continue to promote boil and not drink raw to improve the safety of drinking water for the public. As for nitrate nitrogen, all measurement points meet drinking water quality standards. In addition, regarding chloride salt, some monitoring points using groundwater may have a tendency to become salinized due to long-term use of groundwater, so the chloride salt detection value may be higher than the drinking water quality standard.",
        "proj_year": "113",
        "org_name": "臺東縣環境保護局",
        "exe_unit": "元科科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1132327972",
        "publish_date": "20250127"
    },
    {
        "chi_title": "113年運用車行軌跡及智慧查核應用支援計畫",
        "chi_subject": "配合環境管理署需求，本計畫共執行包括非法棄置潛勢熱區分析平臺系統維運、特定重點廢棄物空間關聯性分析及產出風險場域地圖、運用清運機具GPS軌跡建立風險路徑分布特徵模型以產出棄置風險預警名單並進行聯單勾稽，以及應用無人機及道路監視器等科技工具進行特定區域遠端監測管理等工作內容。\n本年度計畫除持續優化平臺功能及操作品質外，並提供46場次無人機監測資訊查詢及19縣市風險地圖套疊使用分區查詢等功能，同時在原有風險模型的基礎上新增場址與特定產源的空間關聯環域分析，產出集塵灰類與爐碴類風險地圖，經驗證分別可達96.87%與78.64%的預測正確性，並提出以風險地圖進行場址廢棄物潛在產源之溯源程序。在風險地圖應用方面，以彰化芳苑鄉重大風險區域試辦風險地圖智慧查核，發現8處可疑變異點移交環保局追查；完成全台387處交流道風險排序，並提供24處交流道監控設備佈設規劃；針對南區1處高棄置潛勢區域進行風險分析，基於2種路網演算模型以提出優先架設監控設備地點。此外，本計畫運用清運車輛軌跡風險特徵模型執行約409萬筆清運機具軌跡風險演算，篩選出220筆異常軌跡分段，經勾稽有213筆無聯單申報紀錄。另配合環境管理署及三區環境管理中心進行特定可疑清運車輛異常軌跡分析、軌跡套疊及通過率分析、停頓點及異常啟動分析等，以拓展軌跡風險模型實務應用。本年度以無人機進行15處預警重點對象監測，產出正射影像鑲嵌圖、數值地表模型及場址三維量體模型，並選定彰化1處場址進行酬載多頻段空拍系統導入評估。",
        "eng_title": "Application of  truck trajectories andIntelligent inspect application support（FY 2024）",
        "eng_subject": "For the requirements from Environmental Management Administration （EMA）, this project consists of following works: maintaining and operating the platform of illegal dumping potential zone, performing spatial correlation analyses and risk maps for specific key wastes, generating characteristic model using GPS trajectory data from transportation machinery. Additionally, we produced a risk alert list for illegal dumping and cross-referencing with manifests. Moreover, we conducted remote monitoring and managements of targeted areas using advanced technologies such as drones and surveillance cameras.\nIn addition to continually optimizing the functionality and operational quality of platform, this project provided 46 sessions of drone monitoring data inquiries and overlay-based zoning queries for risk maps across 19 counties. It also introduced spatial correlation analyses between sites and specific waste sources into the existing risk model, resulting in risk maps for ash and slag waste, with validated prediction accuracies of 96.87% and 78.64%, respectively. Moreover, we proposed an algorithm to trace potential waste sources with those risk maps.\nIn terms of the applications of those risk maps, pilot research in the high-risk area of Fangyuan Township, Changhua, utilized intelligent checks based on risk maps, identifying eight suspicious anomalies that were referred to the Environmental Bureau for investigation. Additionally, the project ranked risks for 387 freeway interchanges around Taiwan, and provided monitoring equipment deployment plans for 24 interchanges. Analyzed the risks of high-potential illegal disposal area in the southern region, and employed two road network calculation models to prioritize the locations of surveillance equipment.\nFurthermore, the project employed transportation vehicle trajectory risk model to approximately 4.09 million GPS tracking data points from waste transportation machinery, identifying 220 abnormal trajectory segments and 213 of them without corresponding manifest records. In collaboration with the EMA and three centers of environmental management, the project expanded the practical application of the trajectory risk model through numerous analyses, such as suspicious vehicle trajectories, trajectory overlay, passage rate, and abnormal stop and start point evaluations.\nThis year, drones were used to monitor 15 key targets, producing orthophoto mosaics, digital surface models, and 3D volumetric models of sites. Additionally, a site in Changhua was selected for evaluating the integration of multi-spectral aerial systems.",
        "proj_year": "113",
        "org_name": "環管署環境執法組",
        "exe_unit": "財團法人工業技術研究院",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1132292955",
        "publish_date": "20250120"
    },
    {
        "chi_title": "113年氣候變遷及循環經濟環保專業人力培育計畫",
        "chi_subject": "我國於2022年3月正式公布「臺灣2050淨零排放路徑藍圖」，提供至2050年淨零之軌跡與行動路徑，以促進關鍵領域之技術、研究與創新，引導產業綠色轉型，帶動新一波經濟成長。強化氣候法制基礎是邁向淨零排放的重要工作之一，氣候變遷因應法正式上路，以達成「2050年淨零排放」的目標。\n為因應國際溫室氣體淨零風潮與循環經濟人才培育需求，進而提升淨零路徑、策略方案及行動專案計畫之規劃與執行能力，掌握及熟悉氣候變遷調適、組織碳盤查、綠色設計、能資源化再利用、創新技術制度等業務與議題，以奠定永續發展與邁向淨零所需知能，建立淨零排放管理專業人員的適法性及循環經濟環保專業人力養成。\n國家環境研究院透過本計畫辦理溫室氣體盤查作業查驗人員訓練班、溫室氣體盤查作業查驗人員在職訓練班、氣候變遷因應專業知能培訓班以及循環經濟及永續發展訓練班，充實溫室氣體查驗量能，並提升氣候變遷及循環經濟相關人員之專業知能，落實淨零永續、減碳策略等政策推動。\n已完成辦理溫室氣體盤查作業查驗人員訓練班3場次、溫室氣體盤查作業查驗人員在職訓練班3場次、氣候變遷因應專業知能培訓班6場次、循環經濟及永續發展訓練班1日型3場次及2日型永續發展及人工智慧工作坊1場次。",
        "eng_title": "2024 Environmental Protection Professionals Training Program on Climate Change and Circular Economy",
        "eng_subject": "In March 2022, our country officially announced the Taiwan 2050 Net Zero Emissions Pathway Blueprint to provide the trajectory and action path to net zero by 2050, as to promote technology, research and innovation in key areas, guide the green transformation of industries, and drive a new wave of economic growth. Strengthening the legal basis for climate change is one of the most important tasks towards net zero emissions. The Climate Change Response Act is officially on the way to achieve the goal of net zero emissions by 2050.\nIn response to the international greenhouse gas net-zero trend and circular economy talent cultivation needs, and then improve the planning and implementation capabilities of net-zero paths, strategic plans, and action project plans, master and be familiar with climate change adaptation, organizational carbon footprint verification Green design, energy resource reuse, innovative technology system and other business and issues, in order to establish sustainable development and the knowledge required to move towards net-zero, and establish a certification system for net-zero emission management professionals and cultivating circular economy environmental protection professionals.\nThrough this plan, National Environmental Research Academy conducts the verifiers of greenhouse gas verification personnel training courses, the verifiers of greenhouse gas verification personnel on the job training courses, climate change response professional knowledge training course, circular economy and sustainable development training course, to improve professional knowledge of climate change and circular economy personnel, and build a dialogue bridge between the Ministry of Environment, local environmental protection departments and enterprises, and guide enterprises and governments to work together to achieve net-zero emissions in 2050.\n\nCompleted the organization of 3 sessions of greenhouse gas inventory inspection personnel training classes, 3 sessions of on-the-job training for greenhouse gas inventory inspection personnel, 6 sessions of professional knowledge training on climate change adaptation, 3 sessions of 1-day on circular economy and sustainable development, and a 2-days workshop on sustainable development and artificial intelligence.",
        "proj_year": "113",
        "org_name": "國環院環教認證中心",
        "exe_unit": "鼎澤科技有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1132280703",
        "publish_date": "20250101"
    },
    {
        "chi_title": "臺中市-113 年度臺中市流域污染總量管制、水污費徵收查核與水污染源稽查計畫",
        "chi_subject": "為在現有基礎上進一步達成削減污染、改善河川水質，臺中市政府環境保護局特辦理113年度「臺中市流域污染總量管制、水污費徵收查核與水污染源稽查計畫」（以下簡稱本計畫），希望藉由本計畫落實執行，特別制定推動環保許可整合計畫、水污染源管制工作及持續配合環境部推動總量管制、水污費徵收查核作業等工項，並依照本市河川水體特性及污染來源等積極推動管制規劃，確實掌握本市轄境內之水污染源資料，以利後續管制作業進行。",
        "eng_title": "Year 2024 Taichung City River Pollution Total Mass  Based Control, Water Control Fees Check and Collection, and Water  Pollution Source Audit Project",
        "eng_subject": "In order to further reduce pollution and improve river water quality on the present basis, the Environmental Protection Bureau, Taichung City Government held the Project “Year 2024 Taichung City River Pollution Total Mass Based Control, Water Control Fees Check and Collection, and Water Pollution Source Audit Project”, it is hoped that through the implementation of this project to formulate specially to promote the integration of environmental protection permits and Water Pollution Source Control Work. And we continue to cooperate with the Environmental Protection Administration to promote total mass Based control and water pollution control fees’ collection and verification operations and other works. And according to the city's river water characteristics and pollution sources, we actively promote control planning and accurately grasp the data of water pollution sources in the jurisdiction of the city to facilitate follow-up control operations.",
        "proj_year": "113",
        "org_name": "臺中市政府環境保護局",
        "exe_unit": "技佳工程科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1132268588",
        "publish_date": "20250114"
    },
    {
        "chi_title": "112-花蓮縣垃圾轉運焚化處理計畫",
        "chi_subject": "辦理花蓮縣垃圾轉運及焚化處理。",
        "eng_title": "112-Hualien County Waste Transfer and Incineration Treatment Plan",
        "eng_subject": "Handle Hualien County garbage transfer and incineration treatment.",
        "proj_year": "113",
        "org_name": "花蓮縣環境保護局",
        "exe_unit": "花蓮環保局",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1132266063",
        "publish_date": "20250117"
    },
    {
        "chi_title": "新北市-113年資源循環工作計畫",
        "chi_subject": "本團隊協助環保局執行113年度資源回收推動及形象改造計畫等相關工作，執行至113年11月30日止工作內容如下：\n在資源回收業務相關工作部分，資源回收量為98萬3,899公噸、廚餘回收量為8萬8,199公噸、一般廢棄物產生量為164萬9,436公噸，資源回收率為64.64%，並完成28區清潔隊磅單、社區、機關、個體業者提報資料比對；分別於113年3月27日、7月30日及11月4日辦理資源回收推動策略或成果檢討分析說明會；考核執行成果自評取得99.7分，落實計畫工作管理及資收推廣作業，確保各項資料皆準時提交。\n在維運本市資源回收資訊網及資源回收申報系統網頁部分，每月執行1次主機log檔備份，以及統計每月使用人數並持續協助維護資源回收申報網申報功能。同時完成資源回收資訊網改版及網頁資訊安全強化工作。另外為提升系統資訊安全，於113年9月進行契約變更，接受機關委託執行網站改版及功能強化等工作。\n在調查垃圾分類及資源回收排出情形部分，統計至113年11月30日，本團隊完成100處分類標示更新及720處社區資源回收分類調查工作，並辦理10場次社區資源回收說明會議，深入輔導社區進行資源回收分類改善；本年度總計輔導10處社區進行改善作業，並協助補助8處機關指定地點進行形象改造。\n在媒體宣導部分，總計完成18式環保相關宣傳露出；在資源回收宣導兌換活動部分，辦理13場次資源回收宣導兌換活動，本年度累計回收1萬7,298個寶特瓶、3,934個鐵鋁罐、1,762個玻璃容器、8,528個紙杯、2,109個塑膠飲料杯、1,189個鋁箔包及農藥廢容器64個，合計3萬4,884個回收物，觸及人數共3,302人。並配合環境部期程於113年10月份辦理手機回收月兌換活動。\n另本年度配合機關印製新版舊衣回收箱貼紙，購置2,970份宣導品，同時加強高壓容器安全回收宣導，結合露營用品店及大型賣場辦理4場次高壓容器回收加碼優惠兌換活動。並輔導社區申報資源回收量3,416件，及協助機關回收去化各區清潔隊暫存之廢滅火器2,424支，達成率100%。\n本團隊秉持盡心全力之精神，配合局端執行資源回收推動及形象改造業務，協助環保局取得佳績，透過以上工作讓局端可即時掌握轄內垃圾組成變化，瞭解本市社區、機關、學校、風景區等資源回收物流向，推動社區進行資源回收形象改造，辦理資源回收宣導兌換活動，以利提升本市資源回收成效。",
        "eng_title": "New Taipei City-113-year resource recycling work plan",
        "eng_subject": "Our team supports the Environmental Protection Department in the implementation of the 2024 Annual Resource Recycling Implementation and Image Transformation Project with its related tasks. The work was conducted until November 30, 2024, with the following details:\nWith regard to the resource recycling related work, the city's resource waste amount was 983,899 metric tons, kitchen waste recycling amount was 88,199 metric tons, general waste generation amount was 1,649,436 metric tons, and the resource recycling rate was 64.64%. In addition, 28 district cleaning squads, communities, institutions, and individual business operators submitted data for comparison. Meetings for the review and analysis of resource recycling promotion strategies or results were held on March 27, July 30 and November 4, 2024 respectively. The self-assessment of the project's execution performance obtained a score of 99.7. The implementation of project management and resource collection promotion operations was carried out, ensuring the timely submission of all relevant data.\nRegarding the operation of the city's resource recycling information website and the webpage of the resource recycling declaration system, a monthly backup of the main server log file is performed. Additionally, the number of users is compiled regularly each month. Our team continues to assist the maintenance and improvement of the resource recycling declaration website and its reporting functions. In addition, the revision of the resource recycling information website and webpage information security enhancement works have also been completed. Furthermore, to improve the system information security, contract change was made in September 2024, in order to accept the works of website revision and function enhancement entrusted by the government institution.\nRegarding the investigation on the classification of garbage and the discharge status of resource recycling as of November 30, 2024, our team completed the classification labeling of 100 locations and the investigation on resource recycling classification for 720 communities. Furthermore, 10 sessions of community resource recycling explanation meetings were held, in order to provide in-depth guidance to communities in the improvement of resource recycling classification. Throughout the year, a total of 10 communities were guided to improve their operations, and assistance was provided to enhance the image transformation of 8 designated locations managed by the government institution.\nWith regard to the media promotion, a total of 18 environmental protection related promotional exposures were completed. For the resource recycling promotion and exchange activities, 13 sessions of resource recycling promotion and exchange activities were organized. Throughout the year, a total of 17,298 polyethylene terephthalate (PET) bottles, 3,934 aluminum cans, 1,762 glass containers, 8,528 paper cups, 2,109 plastic beverage cups, 1,189 aluminum foil packages and 64 pesticide waste containers were recycled. Accordingly, a total of 34,884 articles were recycled, and a total of 3,302 people were involved. Furthermore, mobile phone recycle month exchange activity was also organized in October 2024, in cooperation with the schedule of the Environmental Protection Department.\nFurthermore, this year, new version of old clothes recycling box stickers were printed to cooperate with the government institution's policy, and 2,970 advertisement materials were also purchased. Moreover, educational promotion on the safety of high-pressure container recycling was enhanced, and 4 sessions of high-pressure container recycling extra-bonus exchange activities were organized in collaboration with camping goods stores and hypermarkets. In addition, communities were guided to declare the resource recycling amount for a total of 3,416 articles, and government institutions were assisted to recycle and destock a total of 2,424 waste fire extinguishers temporarily stored at the district cleaning squads, and the achievement rate was 100%. \nWith dedication and commitment, our team cooperates with the Environmental Protection Department to implement the promotion of resource recycling and image transformation services while assisting the Environmental Protection Department to achieve great outcome. Through the aforementioned works, the Environmental Protection Department is able to timely control the waste composition change in its jurisdiction, to understand the recycled material status of communities, government institutions, schools and scenic areas of this city, to promote communities to implement resource recycling image transformation, and to organize resource recycling promotion and exchange activities, in order to improve the resource recycling result and performance of this city.",
        "proj_year": "113",
        "org_name": "新北市政府環境保護局",
        "exe_unit": "和昱國際永續有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1132264377",
        "publish_date": "20250103"
    },
    {
        "chi_title": "氣候變遷科學家推廣計畫",
        "chi_subject": "為推動2050淨零排放十二項關鍵戰略，因應氣候變遷，配合2050淨零政策，跨域轉化專業議題進行公民科學行動，進而引領參與環境行動，以培養環境公民與環境學習社群。\n本計畫辦理氣候變遷科學家工作坊課程，開辦種子工作坊（2日）4場次、氣候變遷科學工作坊（1日）20場次，學員總數共達1,200人以上，參訓對象包括公部門、一般社區民眾、學童及教師，達到推廣及宣導氣候變遷的相關新知，提升民眾在因應氣候變遷時的公民科學素養。\n本計畫蒐集氣候變遷相關教材，並針對不同對象進行氣候變遷與淨零綠生活相關推廣。不同對象之教材教案，其氣候變遷課程議題亦有不同之處。針對學童，以基礎科學知識面為主軸，透過案例觸發學員對於氣候變遷的敏感度，將行為改變帶入生活之中。針對一般社區民眾，以社區民眾為對象之教材內容，主題以氣候變遷調適及減緩為主軸，透過科學案例實證，讓社區民眾瞭解自己所居住的社區，可能面臨哪些氣候變遷風險及因應之道。針對學校教師，以社區民眾為對象之教材內容，主題以氣候變遷調適傳遞知識面為主軸，列出目前氣候變遷各項問題，讓參與的學校講師能各自發展自己的教材教案。針對公部門，本以社區民眾為對象之教材內容，輔以氣候變遷調適風險科學面為主軸，列出目前氣候變遷各項問題與現行國內外政策。",
        "eng_title": "Project of Climate Change Scientist Promotion",
        "eng_subject": "To promote the twelve key strategies for achieving net-zero emissions by 2050 and in response to climate change, this initiative aligns with the 2050 net-zero policy by transforming interdisciplinary professional topics into citizen science actions. This approach aims to guide participants in environmental actions and cultivate environmental citizenship and learning communities.\nThis project will organize Climate Scientist Workshop courses, including four two-day Seed Workshops and twenty one-day Climate Science Workshops, with a total participant count exceeding 1,200 people. Participants include public sector personnel, general community members, students, and teachers, with the goal of spreading and promoting knowledge on climate change and enhancing the public’s citizen science literacy in response to climate change.\nThe project will gather climate change-related educational materials and conduct outreach on climate change and net-zero green living, tailored to different target groups. Each target group will have customized curricula with distinct climate change themes. For students, the focus will be on foundational scientific knowledge, using case studies to raise their sensitivity to climate change and encourage behavior changes that integrate environmental consciousness into daily life. For general community members, the curriculum will center on climate adaptation and mitigation, using scientific case studies to help them understand the climate risks facing their own communities and the appropriate responses. For school teachers, the materials will be knowledge-oriented, outlining current climate change issues to enable participating teachers to develop their own curricula. For the public sector, the curriculum designed for community members will be supplemented with a focus on the scientific aspects of climate adaptation risks, listing current climate change issues along with relevant domestic and international policies",
        "proj_year": "113",
        "org_name": "國環院環教認證中心",
        "exe_unit": "財團法人環境資源研究發展基金會",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1132223653",
        "publish_date": "20250120"
    },
    {
        "chi_title": "113年度嘉義市清淨空氣整合推動計畫",
        "chi_subject": "藉由執行本計畫統整嘉義市各空氣品質改善維護計畫成果，並就各項管制策略執行進度進行追蹤，適時提出建議，達到持續改善空氣品質之目的。本計畫執行期間自113年1月1日起至113年12月15日止，主要工作項目執行成果摘要如下：\n嘉義市AQI>100 比例由108年21.6%降至112年13.4%，整體改善率38.0%，113年(至11月) AQI>100比例則為10.7%，其中PM2.5占6.0%(112年同期為7.2%)，O3_8hr占4.8%(112年同期為6.9%)。113年嘉義市發生2站日AQI>150中級預警(紅色警示)事件已完成成因分析，較去年同期3站日改善；此外，針對本市SO2常發生高值事件日，完成歷年及113年事件日逆軌跡模擬及成因分析，主要來自民雄鄉工業燃燒及高空煙火燃燒排放。\n嘉義市為改善空氣污染，導入玉山能見度影像觀測資料，各年觀測結果106~112年看見阿里山脈百分比由106年25.2%上升至113年33.4%，看見玉山百分比由106年3.3%上升至23.6%，統計113年(至11月)，能見度25KM以上總計112日，以6、8月發生22日最多；能見度50KM以上總計79日，以6月發生19日最多。\n依據本計畫檢討更新和掌握之TEDS12.0排放量資料，本市各類空氣污染物排放量分別為懸浮微粒(PM10)694.9公噸、細懸浮微粒(PM2.5)203.1公噸、硫氧化物(SOx)30.0公噸、氮氧化物(NOx)782.1公噸、非甲烷碳氫化合物(NMHC)2,872.0公噸，除PM10及PM2.5因道路揚塵導致排放量增加25.6%~61.4%之外，其餘污染物排放量較TEDS11.1降低9.4%~28.1%。\n嘉義市空氣污染防制計畫(113年至116年)共研擬34項管制措施、81項策略，均依期程辦理行政作業各項程序，並配合環境部(含委員)意見修正及參與審查作業，完成工作包括：113年1月29日辦理預告，2月7日辦理公聽研商會，2月20日辦理跨縣市會商會議，完備本市空氣污染防制計畫(113年至116年)核定前各項程序後於2月22日提前函文草案送部審查，第二階段之初審會議已於5月17日召開，第三階段之審查會議則於7月31日召開，10月9日環境部核定，本市並於10月14日正式公告。\n協助113年空污季參與「南部地區空氣污染跨區合作預防應變小組」會議4次，於3、10月各召開1場工作檢討會議，並協助完成清淨空氣推動委員會議資料及召開環境改善組會議。\n本市113年(至11月)總計實施空氣品質不良通報應變53次，達中級預警設立「地方防制指揮中心」計6次，達初級預警自主成立「局應變中心」計47次。不良通報應變以PM2.5占總通報次數最高達37次，其次為O3-8hr達15次，PM10達1次。\n本市轄內7處空氣品質淨化區連續5年認養比例百分百；本計畫每月查核空氣品質淨化區維護管理現況；於8月22日完成辦理1場委員實地現勘輔導，管理、認養單位改善建議，以提升維護管理績效考評得分。\n本年度全數調查並紀錄嘉義市7處空氣品質淨化區硬鋪面、現狀、面積及樹木遮蔽情形等現有條件，提供給管理單位太陽能光電系統評估設置參考。同步執行空拍裸露地調查，運用「Google Earth系統」及「國土測繪圖資服務雲系統」輔助，建置裸露地基本資料，內容包含區域、地號、經緯度、面積、土地類型、空拍圖、現況照片、現場控制方法及現場裸露程度，達到有效控管之目的，以轄內東區開始，113年完成公有土地21筆、私有土地15筆之建檔，持續調查全市公有及私有裸露地，依裸露地狀況進行後續列管、待觀察或不列管的判定。\n完成10場次空氣污染防制防護觀念宣導活動(含5場次空氣污染防制防護種子講師宣講)，宣導約2,208人次，配合有獎徵答或遊戲與民眾互動。另外每月發佈空氣品質相關知識及健康防護觀念之宣導圖文，並利用社群媒體定期發佈空氣污染防制防護相關知識，已完成登載12則。\n本年籌備主辦2024年世界環境日「永續嘉園I+1 減污減碳義起來」大型宣導活動，從5月6日起展開系列活動，並於5月13日辦理活動記者會，6月2日活動當日由蘋果劇團演出《再闖黑森林》兒童劇，將「氣候變遷影響森林生態」、「日常落實回收分類」及「不露天燃燒」等環境永續議題融入戲劇中，讓永續觀念從小扎根。本次活動呼應新永續淨零，入場門票及問卷回饋全面電子化，當日報到進場567人，回饋問卷256份，本次活動整體滿意度達98.8%。\n榮獲112年環境部「直轄市及縣（市）政府環境保護績效考核計畫」之「空品維護與噪音管制績效」項目「優等」獎項，另依據環境部113年度「直轄市及縣（市）政府環境保護績效考核計畫」，本計畫協助大氣司部分「空氣品質維護與噪音管制績效」項目統計第三季自評得分為68.8分，預估年度自評得分含加分項目為97.1分，持續爭取年底考評高分。",
        "eng_title": "2024 Chiayi City Clean Air Integrated Management Plan",
        "eng_subject": "The implementation of this plan is to grasp the long-term change trend of air quality in Chiayi City, through work effectiveness evaluation and technical support, and then develop appropriate air pollution control measures. The implementation period of this year's project is from January 1, 2024 to December 15, 2024. The summaries of the main works are as follows：\nBased on the 5-year monitoring data between 2019 and 2023 in Chiayi City, the AQI>100 ratio drops from 21.6% to 13.4% (38.0% improvement rate); the AQI>100_PM2.5 ratio drops from 17.0% to 7.7% (54.8% improvement rate); the AQI>100_O3_8hr ratio drops from 8.5% to 4.9% (41.9% improvement rate). As of November, the AQI>100 ratio in 2024 is 10.7%, the AQI>100_PM2.5 ratio and AQI>100_O3_8hr ratio are 6.0% and 4.8%, respectively; the red alert poor air quality station days(AQI≧151) has decreased from 3 days in 2023 to 2 days in 2024. The analysis of the 2 AQI>150 station days (red alert) events in Chiayi City in 2024 has been completed, which is an improvement from the 3 station-day events in the same period last year. In addition, the high SO2 events analysis in 2023 and 2024 has been completed by simulation and the inverse trajectory, the result shows the pollution mainly come from industrial combustion and high-altitude pyrotechnic combustion emissions in Minxiong. Chiayi City also imported Yushan visibility image observation data. The percentage of Ali Mountain visible increased from 25.2% in 2017 to 33.4% in 2023, and the percentage of Yushan visible increased from 3.3% in 2017 to 23.6% in 2023. As of Nov. 2024, It has the best visibility in June and August.\nBased on TEDS 12.0 database, the annual emissions in Chiayi City are PM10-649.9 tons\/y, PM2.5-203.1 tons\/y, SOx-30.0 tons\/y, NOx-782.1 tons\/y, NMHC-2,87.2 tons\/y, respectively. Compared with TEDS 11.1 database, the emissions have reduced by 9.4%~28.1% (PM10 and PM2.5 increased due to the emission of road dust have increased by 25.6%~61.4%).\nTo develope the city's air pollution control plan from 2024-2026 based on MOENV’s guidelines and reduction calculation manual, which total 34 control measures (81 strategies) are plotted. All procedures were handled in accordance with the MOENV’s schedule and guidelines, including preview notice(2024\/1\/29), public hearing(2024\/2\/7), cross-county and city consultation meeting(2024\/2\/20), draft submit to MOENV(2024\/2\/22), preliminary review meeting(2024\/5\/17), final review meeting(2024\/7\/31). Finally, the plan was approved by the MOENV on October 9, and the city officially announced it on October 14.\nThe proejct participated in 4 sessions of “Air Pollution Interregional Cooperation Prevention Response in Southern Taiwan”, hold two sessions of “work performance review meetings”, and assisted to hold two sessions of “clean air promotion committee meetings” and prepare meeting related-materials.\nAs of November, a total of 53 notifications of poor air quality were implemented (including holding 6 command centers). Among them, the number of PM2.5 notifications reached 37 times, O3-8hr reached 15 times, and PM10 reached 1 time.\nThere are 7 air quality purification areas in the city. The project has promoted the adoption rate to reach 100% for 5 consecutive years; to conduct monthly reviews to report to the Ministry of Environment; to hold 1 session(2024\/8\/22) to entrust  experts and scholars to conduct inspection and evaluation.\nThe proejct investigated the conditions of existing 7 air quality purification areas such as hard paving, current situation, area, and tree shading to provide to management units to evaluate and set up solar systems. The Google Earth system and Land Surveying and Mapping Service Cloud System are applied to execute investigation of aerial photography of exposed bareland to build basic information, including region, land number, longitude and latitude, area, land type, and aerial photography. As of December, 21 public and 15 private lands have been recorded in East District, and it will continue to investigate the rest of public and private exposed land.\nA total of 10 air pollution prevention and protection advocacy activities have been held, including 5 propaganda are scheduled for seed lecturers. With rewarded quizzes or games to interact with the public, 2,208 people participated in. To use social media to publish knowledge about air pollution prevention and protection monthly. Currently, 10 advocacy news was released by press and media regularly to publish relevant knowledge on air pollution prevention and protection.\nIn 2023, the Chiayi City's annual assessment results were assessed by the MOENV as Excellent. Until the third season of 2024, the self-assessment of air quality improvement work performance evaluation scores 68.8, while annual evaluation scores 97.1 to seek for high scores in the end-of-year assessment.",
        "proj_year": "113",
        "org_name": "嘉義市政府環境保護局",
        "exe_unit": "鼎環工程顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1132215911",
        "publish_date": "20250107"
    },
    {
        "chi_title": "113年水污染熱區智慧圍籬推動計畫",
        "chi_subject": "本計畫已彙整指定縣市之桃園市及彰化縣各種流域環境背景資料，利用農水署之水利小組及水系水路評估污染潛勢等級，並針對高污染潛勢區域建議事業之優先管制順序與水質監測站之設置地點。\n研擬智慧圍籬監測系統之推動程序，包含水污染熱區篩選、多階層智慧圍籬設置、事業自主管理及追蹤管制，擬定三大類5種推動方案。並彙整目前環保機關應用智慧圍籬之相關推動案例及成果，蒐整各種智能監控設備之規格與價格，提供推動方案執行參考。\n已建置水污染熱區智慧圍籬系統平台，可接收水質感測器資料、提供水質綜合分析，可應用於區域治理，系統包含水質監控管理、事業自主管理、合理性分析、地理資訊系統及系統管理等五大功能。另建立事業廢水處理設施操作合理性之勾稽原則及方法，綜合評估事業之污染潛勢等級。完成智慧圍籬系統平台之介紹操作影片1部。\n已協助辦理「廢水處理設施操作合理性檢核原則專家學者諮詢會」、「企業服務廉政平臺座談會」及「專業技師簽證水污許可及土壤文件共識營」等會議。",
        "eng_title": "The Promotion Project for Intelligent Fences of Water Pollution Hotspots 2024",
        "eng_subject": "This project has consolidated environmental background information of various watersheds in Taoyuan City and Changhua County. Utilizing the irrigation areas and irrigation systems of the Irrigation Agency, Ministry of Agriculture, to evaluate pollution potential levels priority control orders for enterprises and suggestions for water quality monitoring station locations in high-pollution potential areas were proposed.\nDeveloping the implementation process of the intelligent fencing monitoring system, including the selection of water pollution hotspots, installation of multi-tier intelligent fencing, autonomous enterprise management and tracking control, and the formulation of three main categories and five types of implementation plans. Relevant cases and outcomes of intelligent fencing initiatives by environmental protection agencies were compiled, along with the specifications and costs of various intelligent monitoring devices, serving as references for implementing these plans.\nAn intelligent fencing system platform for water pollution hotspots has been established. The platform is capable of receiving water quality sensor data, providing comprehensive water quality analysis, and supporting regional governance. It integrates five key functionalities: water quality monitoring management, enterprise self-management, rationality analysis, geographic information systems, and system administration. In addition, principles and methodologies for verifying the rationality of wastewater treatment facility operations have been developed, enabling a thorough evaluation of enterprises' pollution potential levels. Moreover, an instructional video showcasing the features and functionalities of the intelligent fencing system platform has been completed.\nAssisted in organizing three meetings, including Expert and Scholar Consultation on Principles for Checking Rationality of Wastewater Treatment Facility Operations, Enterprise Service Integrity Platform Symposium, and Consensus Workshop on Engineer Certification for Water Pollution Permits and Soil Documents.",
        "proj_year": "113",
        "org_name": "環管署環境執法組",
        "exe_unit": "台灣曼寧工程顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1132215201",
        "publish_date": "20250117"
    },
    {
        "chi_title": "推動溫室氣體自願性減量市場及增量抵換專案計畫",
        "chi_subject": "本計畫包含五大工作項，以下分別就各工作項之執行成果，進行簡要綜整說明。\n第一工作項目：蒐研國際溫室氣體自願性減量市場制度相關資料，研提我國自願性減量市場制度精進作法\n1.整理瑞士、加州、澳洲、日本、Verra及GS之自願減量制度發展狀況、以及美國、Carbon Market Watch、評級機構BeZero、Calyx及顧問機構Abatable、EcosystemMarketPlace出版與碳信用額度品質認定相關之報告。\n2.完成中國、日本、新加坡及印尼共4個國家執行碳信用額度（減量額度）交易之資訊蒐整。\n3.針對歐盟「綠色聲明指令」與「消費者賦權綠色轉型指令」、美國加州「自願性碳市場揭露」及韓國「環境技術與產業支持法」等對於反漂綠的發展現況進行資料蒐集與分析。\n4.彙整《巴黎協定》第6條機制之發展近況、新加坡國際碳信用額度資格標準、以及CORSIA機制之認可要求。\n第二工作項目：協助我國溫室氣體自願性減量市場制度推動及案件審查\n1.完成「經濟部商業服務業節能設備汰換補助要點」與「節能績效保證專案示範推廣補助要點」之機制審查與自願減量專案確證重點項目比對。\n2.提出88件次審查報告，扣除掉因同一案件經補正後再次重複審查之件數，共計協助審查47案。另外協助辦理31場次會議，包括專案小組審查計26場次與5場次審議會，與會人員計754人。\n第三工作項：協助研訂溫室氣體減量額度交易、拍賣及移轉之法案及協辦相關作業程序\n1.協助完成研擬溫室氣體減量額度交易拍賣及移轉管理辦法及相關法制工作，以及完成建置相關書件表單，以供事業使用。並彙整日本自願減量制度J-credit以及東京證交所碳信用額度等對外揭露資訊內容。\n2.已協助帳戶開立或額度使用之審查作業，已辦理19案額度帳戶開立、11件次額度註銷使用之審核作業。\n3.統計核發減量額度為9,569萬7,978公噸CO2e，而已註銷減量額度為1,484萬1,814公噸CO2e，其中註銷用於碳中和為2萬4,932公噸CO2e，註銷用於環評抵換為1,481萬6,882公噸CO2e。\n4.完成研擬企業宣告碳中和指引。\n第四工作項：協助研擬開發行為溫室氣體增量抵換制度精進作法規劃及協辦案件審查\n1.統計已通過環評審查且承諾增量抵換之環評案件，目前共計28案且合計約144.4萬公噸\/年抵換量需求，審查中適用溫室氣體增量抵換之環評案件共計24案。\n2.協助研擬「溫室氣體減量效益核發及帳戶管理作業要點」。\n3.協助提送8份氣候署指定之溫室氣體增量抵換案件審查報告。\n4.協助提送81份氣候署指定之開發案溫室氣體增量評估與減量及抵換規劃案件審查報告。\n5.更新增量抵換問答集，以及更新《溫室氣體減量效益核發及帳戶管理作業要點》相關問題。\n第五工作項：維護更新我國溫室氣體自願減量暨抵換資訊平臺\n1.配合法規調整與氣候署之需求，調整與維護系統個功能模組，包含抵換專案、自願減量專案、增量抵換、後台管理等模組。\n2.協助將功能模組及資料轉移至額度管理平台。",
        "eng_title": "Promote the voluntary greenhouse gas reduction market and incremental offset projects",
        "eng_subject": "This project contains a total of 5 work tasks, and the outcome of each task is summarized as follows.\nWork task 1: Research on International Voluntary Greenhouse Gas Reduction Market Systems and Propose Enhancements for Taiwan's Voluntary Reduction Market System.\n1.\tCompile information on the development status of voluntary reduction systems in Switzerland, California, Australia, Japan, Verra, and GS, as well as reports related to carbon credit quality assessments published by the U.S., Carbon Market Watch, rating agencies like BeZero and Calyx, consultancy Abatable, and Ecosystem Marketplace.\n2.\tGather and organize information on carbon credit (reduction credit) trading implementation in four countries: China, Japan, Singapore, and Indonesia.\n3.\tCollect and analyze data on developments in anti-greenwashing policies, such as the EU’s Green Claims Directive and Empowering Consumers for the Green Transition Directive, California's Voluntary Carbon Market Disclosures, and South Korea's Environmental Technology and Industry Support Act.\n4.\tSummarize updates on the Paris Agreement Article 6 mechanisms, Singapore’s international carbon credit qualification standards, and the recognition requirements of the CORSIA mechanism.\nWork task 2: Support for Taiwan’s Voluntary Greenhouse Gas Reduction Market System Implementation and Project Review.\n1.\tComplete mechanism reviews and comparisons of key points for voluntary reduction project verification under the Guidelines for Subsidies for Replacement of Energy-saving Equipment in the Commercial Service Sector and the Guidelines for Demonstration and Promotion of Energy Performance Guarantee Projects.\n2.\tProvide 88 project review reports, assisting in the review of 47 unique cases after excluding re-evaluations due to project corrections. Assist in organizing 31 meetings, including 26 project team review sessions and 5 deliberation meetings, with a total of 754 participants.\nWork task 3: Assist in Drafting Legislation for Greenhouse Gas Reduction Credit Trading, Auctions, and Transfers, and Related Procedural Support.\n1.\tAssist in drafting management measures and relevant legal frameworks for greenhouse gas reduction credit trading, auctions, and transfers. Develop templates for enterprises and compile disclosure information from Japan's J-credit voluntary reduction system and carbon credit trading on the Tokyo Stock Exchange.\n2.\tAssist in reviewing 19 credit account openings and 11 credit cancellations for utilization purposes.\n3.\tThe total reduction credits issued amount to 95.7 million tons CO2e, with 14.8 million tons CO2e canceled. Of the canceled credits, 24,932 tons CO2e were used for carbon neutrality, and 14.8 million tons CO2e were used for environmental impact assessment offsets.\n4.\tComplete the development of guidelines for corporate carbon neutrality declarations.\nWork task 4: Assist in Developing and Reviewing Enhanced Greenhouse Gas Offset Systems for Incremental Development Activities.\n1.\tCompile statistics on environmental impact assessment (EIA) cases approved with commitments for incremental offsets, totaling 28 cases with an offset demand of approximately 1.444 million tons\/year. Additionally, 24 EIA cases applying the incremental offset mechanism are under review.\n2.\tAssist in drafting the Operational Guidelines for Issuance and Account Management of Greenhouse Gas Reduction Benefits.\n3.\tSubmit 8 greenhouse gas incremental offset project review reports as designated by the Climate Change Agency.\n4.\tSubmit 81 greenhouse gas incremental evaluation and reduction offset planning review reports for development projects as designated by the Climate Change Agency.\n5.\tUpdate the FAQ for incremental offsets and revise related questions in the Operational Guidelines for Issuance and Account Management of Greenhouse Gas Reduction Benefits.\nWork task 3: Maintenance and Updates of Taiwan’s Greenhouse Gas Voluntary Reduction and Offset Information Platform.\n1.\tAdjust and maintain system modules, including offset projects, voluntary reduction projects, incremental offsets, and backend management, in line with regulatory adjustments and Climate Change Agency requirements.\n2.Assist in transferring functional modules and data to the credit management platform.",
        "proj_year": "113",
        "org_name": "氣候署減量交易組",
        "exe_unit": "財團法人中華經濟研究院",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1132197427",
        "publish_date": "20250201"
    },
    {
        "chi_title": "113年新竹市環境教育專案計畫",
        "chi_subject": "本計畫之執行，乃依據契約所定之工作項目與內容，配合環保局之要求進度執行各項工作，契約金額新台幣598萬元整，本案專案經理林○德及專案專員陳○婷執行本項計畫相關工作，執行期程自簽約日113年1月1日起至12月31日止。\n統計各項工作皆已依完成契約書期末進度工作量，包括1.配合環境節日及其它環境教育相關活動及2.完成環保局規定必須辦理活動，各項工作項目成果豐碩。本計畫契約期末目標如下所述：\n一、配合環境節日及其它環境教育相關活動：前已完成各環境教育活動，分別是4場次竹塹舊城自然人文體驗解說、10場次綠活小旅行等，以「永續世代-實踐綠生活行動」整合在地環境教育資源及資訊，讓參與的學生、民眾，皆能獲得環保相關教育知識，進而改變態度及行為。\n二、辦理環境教育心靈劇場表演活動：於8月3日邀請「紙風車劇團」表演寶莉回家-桐花島的故事，劇碼中加入環境永續及淨零綠生活等環保元素觀念，藉由劇情表現，帶著大家了解目前地球環境現在的變化，需要我們在日常生活中做一些改變，才能夠更保護我們所居住的地球。\n三、低碳蔬食活動：提倡「低碳飲食、低碳蔬食」做環保，於10月27日結合新竹市一貫道協會道親共同舉辦，推廣「低碳飲食、低碳蔬食」做環保，同時提倡無塑生活、少用一次性的塑膠(餐具)製品，以源頭減量的實際行動帶動減碳愛地球。\n四、食染餐桌：已完成5場食染課程活動，以取材在地素材，做為織染材料，染織出新竹在地顏色，包含於7月7日完成食染餐桌成果展，結合前4場活動作品，呈現精采完結篇，從源頭減量、循環使用，有效減少衣物的浪費，打造健康安心的宜居永續城市。\n五、環境講習課程：持續辦理環境講習課程，確實通知各違規單位(人員)到課，已完成5場次，達237人次，案件完成率達79％，有效杜絕違反環保相關法規案件再發生，另未完成規定人次，依契約經環保局同意採購相關物品使用。\n六、環境教育與成果申報之查核：各單位計畫提報作業完成率達99％。配合考核辦法機關應抽查提報單位計畫至少5％，期中前已完成12家查核、達10.5％以上，勾稽原因多為舉辦次數少於3次者、單場次活動超過90％人員參加、皆以數位學習等，訪查後已完成輔導改善。\n七、志工增能培訓工作：已完成62場次運用場次。培訓工作於113年9月25日辦理，共計95位志工參加，結合本市團體單位或環保志工隊，激發市民參與環境保護活動的意願，協助環境教育推展之工作。\n八、環境知識競賽：本市初賽於9月21日市政府綜合大禮堂辦理，共計417位學生及市民參加，透過環境知識、環保政策時事及指定影片命題，遴選出各組前5名，參加11月16日全國決賽，有效帶動師生及民眾廣泛學習，以提升民眾對全民綠生活的覺察與行動能力。\n九、環保志工群英會：本市初賽於8月17日市立體育館辦理，遴選各競賽項目第1名，參加10月26日全國總決賽，達到互相交流目的，本市【民富里】【志工巡防】【科園社區】【綠水社區】環保志工隊表現優異，於10月29日全國環保志義工群英會榮獲大滿貫4項特優殊榮。\n十、環境教育繪本徵選及推廣：推廣適合幼童閱讀之優良環境教育讀物，並配合今年度「友善環境綠時尚(衣)、永續發展目標及在地環境與文化故事」主題，於8月29日遴選出4名作品，參加113年環境教育繪本嘉年華會活動展出宣導，啟發孩童對於環境的關心、認識與行動力。\n十一、行動方案執行及成果彙整：於3月7日發文通知要求行動方案各負(權)責單位提送環境教育執行成果，並已於6月6日函文環境部，將112年度行動方案成果，依年度工作項目摘要、執行現況及績效、分析檢討及未來策進事項，彙整提送環境部備查。\n十二、環保志工隊輔導工作：落實消除髒亂確保環境整潔，提升市民生活環境品質，已協助完成推動109場次「環境友善日」活動，合計參與清掃人數達5,999人，有效的維護市容環境品質。\n以上契約所定之工作項目與內容，本團隊目前均已充分掌握案件時效性，於年底前持續追蹤輔導及辦理完成，達有效推動環境教育之成效。",
        "eng_title": "113 Hsinchu City Environmental Education Project Plan",
        "eng_subject": "The implementation of this project is based on the work items and content stipulated in the contract, and the progress of the work is carried out in compliance with the requirements of the Environmental Protection Bureau. The contract amount is NT$5.98 million. The project manager Lin ○ De and the project specialist Chen ○ Ting will implement the project. The execution period for the work related to this project will start from January 1, 2024, the signing date, to December 31, 2024.\nAccording to statistics, all tasks have been completed according to the workload at the end of the contract period, including 1. Cooperating with environmental festivals and other environmental education-related activities and 2. Completing the activities required by the Environmental Protection Bureau. Various work projects have achieved fruitful results. The final goals of this project contract are as follows:\n1. Cooperate with environmental festivals and other environmental education-related activities: Various environmental education activities have been completed before, including 4 natural and humanistic experience explanations in Zhuqian Old City, 10 green life tours, etc., with the theme of Sustainable Generations-Practice Green Life Action integrates local environmental education resources and information so that participating students and people can acquire environmental protection-related educational knowledge, thereby changing attitudes and behaviors.\n2. Organize environmental education spiritual theater performance activities: On August 3, invite the Paper Windmill Theater to perform the story of Paulie's Return Home - Tonghua Island. The play will incorporate concepts of environmental sustainability and net-zero green living and other environmentally friendly elements. Through the plot, we can help everyone understand the current changes in the earth's environment. We need to make some changes in our daily lives in order to better protect the earth we live in.\n3. Low-carbon vegetable food activity: Promote low-carbon diet, low-carbon vegetable food to protect the environment. It was jointly held on October 27 in conjunction with the Taoist Association of Hsinchu City Yiguandao Association to promote low-carbon diet, low-carbon vegetable food to protect the environment. , while advocating a plastic-free life, using less disposable plastic (tableware) products, and driving carbon reduction and loving the earth through practical actions to reduce consumption at the source.\n4. Food dyeing table: 5 food dyeing course activities have been completed, using local materials as weaving and dyeing materials to dye and weave the local colors of Hsinchu, including the completion of the food dyeing table achievement exhibition on July 7, combined with the previous The 4 event works present a splendid conclusion, reducing and recycling clothes from the source, effectively reducing the waste of clothes, and creating a healthy, secure, livable and sustainable city.\n5. Environmental training courses: Continuously conduct environmental training courses, and ensure that all non-violating units (personnel) are notified to attend the class. 5 sessions have been completed, reaching 237 people, and the case completion rate reached 79%. This effectively prevents the recurrence of cases that violate environmental protection-related laws and regulations. In addition, If the specified number of people is not fulfilled, relevant items will be purchased and used with the approval of the Environmental Protection Bureau in accordance with the contract.\nOur team has fully grasped the timeliness of the work items and content stipulated in the above contract, and will continue to track and complete the counseling and processing before the end of the year, so as to effectively promote environmental education.",
        "proj_year": "113",
        "org_name": "新竹市環境保護局",
        "exe_unit": "亞鑫環保科技有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1132160054",
        "publish_date": "20250113"
    },
    {
        "chi_title": "113年度屏東縣柴油車污染管制暨綠色運輸推廣計畫",
        "chi_subject": "本計畫主要目標包括：柴油車相關管制作業、綠色運具及運輸宣導推廣作業及配合局內各項行政業務。期中報告統計期程為113年1月1日至113年11月30日止，契約工作量化目標符合規劃進度，其中柴油車排煙檢測數3,371輛次、路邊及場站攔查數900輛次、主動寄發車輛到檢通知5,740件、保養廠相關性測試1場、車牌辨識系統擷取35,747輛次、聲音照相科技執法執行92場、噪音車輛攔檢25場及辦理使用替換用排氣管車輛之公告檢測作業8場及辦理相關會議等作業，符合進度目標，詳如表I所示。\n管制成效上，屏東檢測站共完成1,966輛次排煙檢測，其中檢測合格1,836輛次，不合格130輛次，不合格率6.6%，後續通知改善複驗，複驗合格率91.0%；分析車輛到檢來源以自動到檢為最大宗，占整體檢測比例62.4%，較去年降低5.9%，研判降低主要原因為自動到檢車輛多已轉為自主管理。自主管理占整體檢測比例30.1%，較去年同時期提升4.9%，2者比例高達92.5%，初判屏東縣柴油車主已逐步養成自主管理習慣；屏南服務站共完成518輛檢測，50輛(3輛重複)檢測不合格已要求改善複驗，共43輛改善完成複驗，複驗完成率達91.5%。另分析到檢車輛車籍，其中屏東車籍共有459輛，占整體檢測88.6%，尤其是潮州以南區域，共占45.4%，顯示增設屏南地區檢測服務站能確實服務本縣車主；通知到檢部分，本年度針對10年以上柴油車進行篩選，共寄發4,127件；自主管理通知1,176輛、車牌辨識共擷取知30,087輛次、通知告發109輛、及定檢通知51輛；路邊攔檢部分，本年度維持往年作法，共攔查439輛次、其中排煙檢測94輛次，其中18輛不合格，由於近年全國廣設空氣品質維護區，於檢測不合格率下降至19.1%。對此，邀請專家學者針對路攔作業給予指導改進方向，後續針對輔導前後路邊攔檢進行分析，不合格率輔導前後由16.7%提升至31.3%有明顯提升，顯示專家指導有助於找出平時未注意之盲點，提升執行效率；空氣品質維護區管制部分，屏南工業區劃設空氣品質維護區管制前後，該地區五六期車輛進入比例已由58.2%提升至69.8%，顯示劃設空維區能有效汰換老舊車輛；下階段推動屏東產業園區劃設空氣品質維護區，現已完成內部協商會議及預公告事宜，規劃第四季召開受影響對象公聽會議及提送環境部審核。\n在保檢合一保養廠輔導推動上，針對2家已授權保養廠各辦理10場輔導作業時，發現2家保養廠在執行前期皆發生執行困難及建檔錯誤等事件發生。故本計畫當下立即並設立LINE群組，若保養廠在檢測時有遭遇無法排除情形，能即時協助改善除錯，減少錯誤發生導致該次檢測不列入計算影響車主權益。統計至10月31日共完成127輛檢測，其中2輛檢測不合格已完成複驗；另輔導璟驊柴油噴射幫浦行建置完整檢測設備後，取得授權核發自主管理標章資格，規劃於11月26日辦理評鑑作業。\n機動車輛噪音管制部分，共執行18場聯合稽查作業，共攔查375輛，檢測25輛， 11輛不合格，1輛已認證車輛改回其他排氣管。稽查中發現，許多改裝汽車以電子\/手動閥門方式進行改裝，當遭遇攔檢時，切換至原廠排氣管進行規避，由於目前未有相關罰則，本計畫已將查獲事項提供環保局，建議大部針對該類型改裝規劃相關管制法規。\n綠能運具推動部分，藉由環境部多元補助方案，本縣共淘汰101輛大型柴油車汰舊換車及161輛調修；在電動巴士推動上，交通旅遊處正向縣府申請補助經費，計畫於更換10輛墾丁街車為電動公車，因該充電站用地因素展延辦理；小黃巴士作為推動主力，以計程車代替公車，本年度拓點至恆春鎮，行經鄉鎮共14個鄉鎮市，並將搭乘率較低的班次改為直達制，提高效率；屏東公共自行車自汰換YouBike後已擴充至130站點，使用達1,375,278人次已超過歷年最高使用人次。",
        "eng_title": "113 - year Pingtung County Diesel Vehicle Pollution Control and Green Transportation Promotion Project",
        "eng_subject": "The main goals of this project include diesel vehicle control operations, green vehicle and transportation promotion operations, and cooperation with various administrative tasks of the Bureau. The end of term report statistics cover the period from January 1, 2024, to December 15, 2024. The quantitative objectives of contractual tasks align with the planned progress, including: 3, 468 smoke emission inspections of diesel vehicles, 930 roadside and station inspections, 5,740 proactive vehicle inspection notifications, 1 maintenance factory-related test session, 35,747 vehicle identifications through the license plate recognition system, 102 sound camera law enforcement sessions, 25 noise vehicle inspections, 8 announcement inspection operations for vehicles using replacement exhaust pipes, and related meetings. The progress meets the target objectives, as shown in Table I.",
        "proj_year": "113",
        "org_name": "屏東縣政府環境保護局",
        "exe_unit": "瑩諮科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1132095579",
        "publish_date": "20250115"
    },
    {
        "chi_title": "宜蘭縣113年度「優質公廁及美質環境推動計畫」經常門補助計畫",
        "chi_subject": "計畫名稱：宜蘭縣113年度優質公廁及美質環境推動計畫\n計畫執行單位：恆康工程顧問股份有限公司\n計畫主持人：許峻嘉\n計畫期程：112年12月29日(決標日)至113年12月31日止\n計畫經費：5,937,500元\n期末報告完成時間：113年12月\n摘要關鍵詞：優質公廁、環境衛生、公共工程、登革熱、環境用藥\n本年度整體工作結論依據工作目標主要分為6大項目，包括「強化轄內列管公廁管理與環境整潔量能」、「提高轄內環境用藥管理量能」、「降低轄內登革熱病媒蚊孳生」、「加強民眾環境清潔與衛生意識」、「推動清潔隊職業安全衛生業務」及「天災後環境復原相關工作」。本計畫執行期程為112年12月29日(決標日)至113年12月31日止，期末報告撰寫完成時間為113年12月止，執行成果摘要如下：\n一、強化轄內列管公廁管理與環境整潔量能\n(一)\t全面性現地盤點掌握及更新本縣列管公廁基線資料1,000座，截至期末報告階段，有192座公廁基線資料變動更新，17座優等級公廁升級為特優級，2座公廁降級為優等級，9座公廁解除列管。\n(二)\t巡檢列管公廁合理分級管理與巡檢機制，本計畫巡檢列管公廁作業今年度已完成1,484座，假日巡檢經環保局同意已巡檢280座。\n(三)\t協助管控「改善公廁暨提升優質公廁推動計畫」進度，112年度補助之5處公廁皆已於112年底完成結案作業。112-113年度之公廁工程案皆刻正辦理結案資料彙整中。\n(四)\t依據「宜蘭縣公共廁所管理維護及考核重點」執行公廁考核作業，將宜蘭縣境內列管公廁分為四組，今年度總計62處公廁參與評比。\n(五)\t製作現有公廁分級標籤，針對列管卡進行全新設計改版並製作300個壓克力告示牌，於8月底全面更新完成換置作業。\n(六)\t遴選轄內遊客或人潮較多之3處公廁，協助實施美化改造，以逐步提升轄內公廁美化及友善使用者整潔之量能。\n(七)\t為提升高齡友善化公廁之安全性與便利性，篩選推動高齡友善化公廁改善名單，並於蹲式、坐式廁間裝設扶手300支。\n(八)\t公廁滿意度問卷調查作業，以QRCode方式搭配宣導活動及公廁列管卡辦理，本年度已完成1,136人次。 \n二、環境用藥管理量能\n(一)\t查核販售環境用藥藥品查核工作，本年度共計查核12家次509項環境用藥藥品查核，全數案件均符合法規要求。\n(二)\t查核列管病媒防治業及環境用藥販賣業，配合環保局查核期程規劃，共計完成查核17家次。\n三、降低登革熱病媒蚊孳生\n(一)\t巡查與清理轄內空屋空地或私有農園等登革熱孳生源工作，本年度已巡查清理完成708處次。\n(二)\t持續協助於登革熱潛在區域進行病媒防治或環境清消所需雇工作業，本年度已協助環保局完成9次雇工作業。\n(三)\t協助辦理孳生源清除相關評比計畫及成果彙整，依照各月份環境清潔考核登革熱精進措施外部稽核表並統計數據。\n(四)\t協助更新登革熱防治物資及執行成果，於每週定時更新。\n四、辦理環境清潔與衛生意識活動\n(一)\t本年度辦理道路巡查工作2,003公里，環境友善商家環境巡查1,241家次。並通報髒亂情形以改善維護環境整潔。\n(二)\t針對一般民眾及觀光重點公廁之清掃人員辦理公廁清掃學習活動，規劃分溪南、溪北各1場次，共計完成辦理2場次。\n(三)\t辦理民眾參與公廁評鑑宣導抽獎活動「宜起評公廁，一起享好禮」，並偕同政風室主任抽出得獎名單，配合清潔隊員節活動，於績優公廁頒獎典禮辦理民眾評鑑前三名公廁授獎儀式。\n(四)\t辦理登革熱孳生源清除培訓說明會1場次，共計12個鄉鎮市57位人員參與。登革熱疫災兵推1場次，因應疫情不同分為三個時期，共計31個單位49位人員參與。\n(五)\t辦理環境衛生相關宣導活動5場次共計920人次參與，以提升民眾環境衛生及如廁文化觀念。另配合菸蒂不落地政策，額外協助設計菸蒂桶貼紙，並調查場所設置菸蒂桶意願與實地設置作業。\n(六)\t協助每月環境清潔實施要點績效考核之委員評分資料及優缺點彙整作業。\n五、推動清潔隊職業安全衛生業務\n(一)\t協助辦理本縣各公所清潔隊職安現場輔導作業，完成辦理12場次。\n(二)\t協助環保局針對清潔隊職安考核相關工作事項，依據考核計畫及來文事項等內容，進行相關資料彙整提報。\n六、天災後環境復原相關工作\n(一)\t配合因應天然災害清運機具盤查工作，協助盤點各公所機具設備使用狀況進行現況紀錄，並建立清潔隊車輛防墜措施盤點總表，提供予環保局更新環境災害管理資訊系統。\n(二)\t配合協助防汛期間或災後環境復原之雇工及機具租用等海岸線清理作業。\n七、其他相關配合工作\n(一)\t本計畫協助配合環管署各項考核計畫之資料製作及提交等事項，爭取良好執行績效。\n(二)\t配合考核需求協助撰寫新聞稿或發布訊息進行宣傳作業，各類活動已協助發布新聞稿5篇，臉書貼文5篇，共計10篇。",
        "eng_title": "Yilan County 2024 Premium Public Restrooms and Environment Quality Promotion Project",
        "eng_subject": "Conducted a comprehensive baseline survey of 1,000 registered public restrooms, with 192 restrooms updated, 17 received special recognition, 2 were downgraded to Excellent, and 9 were deregistered.\n1,484 public restrooms were inspected and managed under the project this year. Concerning holiday inspections, the County’s Environment Protection Bureau (EPB) has agreed to perform inspections over 280 public restrooms.\nThe five restrooms receiving subsidized improvement have been concluded at the end of 2023. For public restroom projects conducted between 2023 and 2024, compilations for the conclusion are in progress.\nPublic restroom assessments were conducted by categorizing registered restrooms in the County into four groups. A total of 62 public restrooms participated in this year's evaluation.\n300 acrylic signs were produced and fully updated by the end of August.\nThree high-traffic public restrooms within the County were selected for beautification and renovation.\nA total of 300 grab bars were installed in both squat and seated toilet stalls.\nA public restroom satisfaction survey. This year, 1,136 responses were collected.\nInspections of environmental agents' sales and related products were conducted this year, covering 12 entities and a total of 509 items.\nInspections of registered pest controllers and environmental agent sales businesses, with a total of 17 entities inspected.\nInspected and cleaned 708 potential breeding sites within the County.\nAssisted in evaluation plans concerning breeding sources removal and results compilation thereof, during which dengue fever improvement external audit form based on monthly environmental cleanliness assessment and statistics were made.\nAssisted in updating control resources and implementation for the dengue fever, updated regularly every week.\n2,003 kilometers of road inspections were conducted, along with environmental inspections of 1,241 eco-friendly businesses.\nCleaning workshops were held, with one session in the south and north to the Lanyang River each, totaling two sessions.\nA public restroom evaluation and raffle promotion event, “Rate Restrooms in Yilan for Great Rewards,” was conducted.\nOne dengue fever breeding source elimination training session was held, with 57 participants from 12 townships. A dengue fever disaster drill was conducted, divided into three phases to address different scenarios, with 49 participants from 31 units.\nFive environmental sanitation promotional events were held, with a total of 920 participants, aiming to enhance public awareness of environmental hygiene and restroom culture.\nAssistance was provided in compiling and summarizing the scoring data and strengths\/weaknesses.\nAssisted in conducting on-site workplace safety guidance for cleaning squads in various township offices within the County, completing a total of 12 sessions.\nAssisted the EPB with tasks related to workplace safety assessments for cleaning squads.\nAssisted in the inventory and status recording of equipment usage at various township offices for natural disaster response.\nAssisted with coastal cleanup operations.\nAssisted in preparing and submitting materials for various assessment projects.\nSupported the release of 5 news articles and 5 Facebook posts, totaling 10 publications.",
        "proj_year": "113",
        "org_name": "宜蘭縣政府環境保護局",
        "exe_unit": "恆康工程顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1132092039",
        "publish_date": "20250130"
    },
    {
        "chi_title": "113年桃園市環境教育專案計畫",
        "chi_subject": "本計畫負責管理環保局所屬環境保護志願服務運用單位，本年度共有15處運用單位，轄下共有6百餘環保志工隊，人數大約為3萬7仟人，不論在環境衛生、河川巡守、污染檢舉及環境教育等各方面，都需要靠環保志工的力量。本計畫負責運用管理環境教育志工服務隊志工，並協助運用管理桃園市環境教育專業宣講團，結合環境教育及環保政策宣導，以協助環境教育推動工作，持續燃亮志工無私的愛與關懷，期能有效發揮讓志工達到環境教育之目的，共同為桃園市美麗環境而努力。\n每年針對運用單位辦理業務聯繫會報，結合專題演講及單位參訪，以互相討論及交流提升運用單位管理能力，辦理志工遴選表揚，頒獎給績優的志工，辦理系統的操作課程，提升各單位系統熟悉度，辦理桃園市環保志工群英會，於活動中選出競賽代表隊伍，並協助各隊練習及參與全國比賽，本次全國比賽結合環境教育課程，讓代表隊在比賽之餘也可以學到其他縣市的環境教育特色，以增加隊伍的實力。\n每年針對環境教育志工服務隊志工，辦理業務聯繫會報，結合專題演講及心得分享，以專業知識及交流方式提升志工環境教育知能，並辦理專業培訓課程、系統操作課程及增能培訓課程，透過不同類型的專業課程及不同環境教育場域來增加志工環境教育新知，並讓志工學以致用，增加宣導量能。協助推薦志工參與人才庫甄選，並運用人才庫講師辦理環境教育宣導課程，使環境教育能擴展到民眾生活中。培訓志工成為志工宣講師，使之成為有能力提供專業知識的講師，提供未來環保局在政策宣導及環境教育宣講的量能。",
        "eng_title": "The Environmental Education Project Plan of Taoyuan City in 2024",
        "eng_subject": "This project is responsible for managing the 15 volunteer service units of TYDEP, include 600 environmental protection volunteer teams, totaling around 37 thousand volunteers. They servicing environmental hygiene, river patrols, pollution reporting, and environmental education everywhere.\nThis project is responsible for managing the volunteers from the Environmental Education Volunteer Service Team and Taoyuan City Environmental Education Professional Promotion Group. Combining environmental education and environmental policy promotion to assist in the promotion of environmental education, continue to ignite the selfless love and care of volunteers, and hope that volunteers can effectively achieve the purpose of environmental education and work together for a beautiful environment in Taoyuan City.\nTwice a year, we conduct business meetings for the environmental protection volunteer teams with thematic lectures and unit visits. Through mutual discussions and exchanges to Improve the manage of units capabilities. Assessment and scoring for our environmental volunteer team. Ensure the operational status of each unit and praise according to the score.\nConducting volunteer selection and commendation to awards outstanding volunteers. Conduct system operation courses to improve the system familiarity of each unit. \nHolding the Taoyuan City Environmental Protection Volunteers knowledge competition and the first place team in each of the 4 competitions will be selected to participate in the national competition. Before the Participating national competition, we assist team exercises and when came to competition holding simultaneously environmental education courses to increase the strength of the team.\nFor the environmental education volunteer service team, we held business meetings every two time a year. Holding thematic lectures and shared experiences with professional knowledge exchange to enhance volunteers’ environmental education knowledge. We also organize professional training, system operation courses and visit training courses. Through different types of professional courses and environmental education fields, will increase volunteers’ new knowledge of environmental education. Let volunteers apply what they have learned to increase the amount of teach ability. Recommend volunteers to participate in instructor training and employ this teacher to teaching environmental Education. Enable environmental education to be extended into people’s lives. Training volunteer to become professional knowledge teacher of environmental education. Providing future energy for the TYDEP in policy promotion and environmental education.",
        "proj_year": "113",
        "org_name": "桃園市政府環境保護局",
        "exe_unit": "新紀工程顧問有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1132085261",
        "publish_date": "20250131"
    },
    {
        "chi_title": "113年地面水體垃圾攔除及畜牧糞尿資源利用二項資訊系統管理計畫",
        "chi_subject": "統相關工作，在垃圾欄除方面，行政院環境保護署(今環境部)自107年起盤整臺灣地面水體管理權責，擬定相關分工及作業方法，並於109年起配合向海致敬政策推動全國單位執行清淨河面作業並記錄成果。本(113)年度為精進全國地面水體垃圾管理，持續維運地面水體垃圾攔除管理系統與民眾網，也辦理水體權管單位資料分析，並推動垃圾攔除考核管理辦法，最後也透過跨部會研商會議交流，旨在維護我國地面水體環境清淨；畜牧糞尿方面，環境部為減少畜牧廢水排放，與農業部(原農業委員會)共同推行「畜牧糞尿資源化」，並自109年起逐步建立「畜牧糞尿資源利用管理系統」與「全國畜牧糞尿資源化網站」，欲提供相關單位資料建檔、查閱、管制、統計與資訊揭露服務。本計畫持續精進系統功能，完成畜牧業盤點與管理、資源化案件管理與追蹤功能、土壤及地下水監測填報與管考功能、空間化展示、媒合與公開成效，以及系統維運。\n\n垃圾攔除方面，本期計畫針對「地面水體垃圾攔除管理系統」及「嶼水相惜民眾資訊網」，今年提升填報防呆機制，並於地理資訊圖台增加水體現況評分綜合查詢功能，也透過3場次系統操作說明會讓各單位熟悉操作。統計我國今年截至10月底之地面水體垃圾，總量達7,148噸並以自然垃圾為大宗，其中竹木佔最多(43%)，人為垃圾則以垃圾包為主。另於民眾網增加水體垃圾介紹，讓民眾了解單位作業成果之餘，意識到垃圾對環境的衝擊，呼籲民眾垃圾不落溪；另為深入陸域水體權責分工及執行流程，進行4個單位訪談，歸納各單位具值得效仿的管理機制，並了解各單位執行之攔除熱區。本年度也制定川廢調查手冊及進行川廢影像調查，讓民眾皆可投入守護河川，並藉由影像調查推估垃圾可能來源。綜觀主要應針對人為棄置問題加強民眾宣導，及應限縮全國垃圾熱區並滾動調整單位作業區域。另蒐整國內外法規與調查技術之文獻與資料，可參考美國檀香山策略，應針對熱區周遭進行垃圾清理以預防和減少垃圾；也蒐整8種地面水體垃圾攔除技術並評估適宜性。亦透過頒獎典禮授獎予去年度執行優良的24個單位以示鼓勵，另辦理1場研商會議與各單位進行經驗分享與交流。最後，為提升垃圾攔除管理效益，調整114年度考核辦法，調整分數配比、增加抽查不合格之扣分機制及提高淨溪活動辦理分數佔比。\n畜牧糞尿方面，本期計畫介接環境部與農業部列管畜牧業，比對領有牧場證號而未納入水污染列管之畜牧場約為2,505家，本年度共計建置沼液沼渣資源化核定資料共90筆、土壤及地下水監測資料共計196筆；本(112)年度建立核定計畫、資源化農地資料、土壤檢測資料批次上傳功能、大代小或集中處理場及貯存桶與集運車輛等補助資料建檔功能，並新增資源化推動績效統計報表產製功能，藉由功能逐步完善，可提升使用者填報友善度，並蒐整更多有關資源化資料，另持續維運包含案件逾期通知、每月實際使用量批次上傳、RWD的實際施灌量查詢頁面、土水監測資料篩選及查詢頁面、檢測資料超標提醒、監測數據未填報提醒、檢測報告上傳功能等；此外，亦新增畜牧糞尿資源化儀表板，提供主管機關掌握最新推動成效，另配合考核計畫新增管考分數計算功能並辦理三場次系統填報教育訓練，加強各單位熟識本系統之操作，可透過系統資料掌握資源化推動績效；另在政策資訊揭露方面，除提供資源化業務簡介、太陽光電及沼液沼渣施灌車隊宣導頁面外，亦維護資源化施灌效益說明、廢水處理設施維護說明，並強化施灌需求與效益試算表功能等。\n兩項系統維護已完成本期開發功能安裝及更新，共計6次資安掃描中並無中高風險存在，另委託第三方檢測機構進行弱點掃描亦無中高風險存在，於系統開發期間，每月計畫成員個人電腦防護檢查正常。\n本計畫期望透過資訊系統的發展，在垃圾攔除方面，透過管理機制提升、資訊整合、調查技術發展及作業推動，精進垃圾攔除管理機制，達到我國地面水體的清淨目標；另在畜牧糞尿方面讓各單位能共享相關資料，以利資源永續利用，提升畜牧糞尿資源化推動效能。",
        "eng_title": "2024 Inland Water Waste Removal Management Project and Optimization of the System Managing the Usage of Livestock Excreta Resources",
        "eng_subject": "The plan of the current term mainly focused on works related to management systems of waste collection and removal in surface water bodies, and transforming livestock excrement into resources. On waste collection and removal, the Environmental Protection Administration (now the Ministry of Environment, MOENV), Executive Yuan, has been reorganizing the rights and responsibilities of the management of Taiwan's surface water bodies, and drafting approaches to divide works and operations since 2018. Moreover, aligned with the policy “Salute to the Seas,” the MOENV has been urging government units around Taiwan to implement river cleanup operations and record the results since 2020. To continue improving waste management of surface water bodies across the country in 2024, the plan run the management system of waste collection and removal in surface water bodies and the public-facing website “Cherish the Water,” analyzed data from water body management units, and promoted regulations to review and manage waste collection and removal. Finally, the experience of carrying out these tasks were shared with other departments and branches through meetings in the hopes to maintain the cleanliness of Taiwan’s surface water environment.\n\nOn livestock excrement, in order to reduce the discharge of livestock wastewater, the MOENV and the Ministry of Agriculture (formerly the Agriculture Commission) jointly promoted transforming livestock excrement into resources,” and gradually built Management System of the Utilization of Livestock Excrement Resources and Husbandry Excrement Resources Web” since 2020 so to provide related units with data archiving, review, control and disclosure services, as well as producing statics out of the data. The plan continued to improve functions of these systems, delivering functions to inventory and manage the husbandry industry; manage cases and track resources; report, manage and review soil and groundwater monitoring data; display spatialized data; make matches and disclose results, and maintain the systems.",
        "proj_year": "113",
        "org_name": "環境部水質保護司",
        "exe_unit": "環輿科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1132082510",
        "publish_date": "20250106"
    },
    {
        "chi_title": "113年度高雄市非農地環境雜草管理計畫",
        "chi_subject": "為提升民眾對於除草劑使用正確觀念及推廣人力與機械進行環境雜草清除作業，本計畫自113年3月18日起至113年10月18日止，以巡查方式進行空置地雜草管理作業，並以機械除草概念宣導友善環境防治方式，減少除草劑使用造成環境及生態之潛在危害，計畫期間執行35個里之巡檢作業，發現雜草枯黃土地共計33件，分別於鳳山區、苓雅區、鼓山區及杉林區，已提報相關資訊於局端進行後續發文告知，並於計畫期間協助除草劑噴灑相關之陳情案件稽查作業，進行現場雜草採樣及送驗(共計9件次)。針對112年受補助對象進行現場實際抽查8件次，並持續協助局端進行電動割草機補助申請。\n為落實宣導高雄市除草劑管理條例，提醒購買民眾其除草劑使用範圍；針對高雄市環保局志工及社區發展協會民眾等，推廣雜草管理之概念、宣導自治條例、並以機械除草方式協助輔導進行空地雜草清除作業，宣導友善環境防治方式，減少除草劑使用造成環境及生態之潛在危害，計畫期間於旗山區糖廠社區活動中心、鳳山區過埤里社區、茂林區多功能活動中心、鼓山區凹子底森林公園及大樹區舊鐵橋溼地生態教育園區，共計辦理5場次宣導會及現場示範機械除草作業，參與人數共計405人，示範除草面積為863平方公尺。\n為深入認識生活環境裡各類植物對整體生態系及日常生活的重要，辦理2場次教育訓練課程，此外，透過電視牆宣導「高雄市除草劑管理自治條例」於光華夜市路口、民族路\/九如二路口及鳳山青年路口看板進行15秒廣告播放，共計播放6,000檔次；為加強推行高雄市電動割草機補助，於113年6月1日至113年7月31日期間，委託Hit Fm高屏電台(FM90.1)採用對話式廣播推廣及廣播節目主持人以口播方式推播，宣傳遍布於高雄地區及屏東地區，收聽人數約679,391人，並以網路媒體Facebook進行廣告投放，推廣該補助政策，觸及人數約11,286人；亦透過新高雄有線電視台推播，其遍布於前鎮區、三民區、左營區及苓雅區；藉由多元方式提高民眾採用環境友善方式來進行空置地雜草管理，減少市民使用除草劑及燃油割草機，共同守護我們的環境。",
        "eng_title": "113 Annual Kaohsiung City Non-Agricultural Land Weed Management Plan",
        "eng_subject": "To enhance public awareness of the correct use of herbicides and promote manual and mechanical weed removal methods, this project will conduct vacant land weed management through inspections from March 18, 2024, to October 18, 2024. The project focuses on advocating for environmentally friendly weed control through mechanical weeding to reduce the potential environmental and ecological hazards caused by herbicide use. During the project period, inspections were carried out in 35 districts, identifying 33 instances of land with withered weeds in Fengshan District, Lingya District, Gushan District, and Shanlin District. These findings have been reported to the relevant authorities for further notification. The project also assisted in the inspection of 9 complaint cases related to herbicide spraying, which involved on-site weed sampling and testing.\nAdditionally, 8 on-site inspections were conducted for recipients of the 2023 subsidy, and the project continued to assist the city government in processing applications for electric lawn mower subsidies. The project also reinforced the promotion of Kaohsiung City’s Herbicide Management Regulations, reminding purchasers of the correct scope of herbicide use.\nFor volunteers of the Environmental Protection Bureau and community development associations in Kaohsiung, the project promoted weed management concepts, publicized local regulations, and provided guidance on performing mechanical weed removal in vacant lots. The promotion emphasized environmentally friendly prevention methods to mitigate the potential harm caused by herbicide use on the environment and ecology. During the project period, five promotional sessions and on-site mechanical weeding demonstrations were held at Cishan District Sugar Factory Community Activity Center, Guopi Village Community in Fengshan District, Maolin District Multi-functional Activity Center, Aozidi Forest Park in Gushan District, and the Old Iron Bridge Wetland Ecological Education Park in Dashu District. A total of 405 people participated in these events, and the mechanical weeding demonstrations covered an area of 863 square meters.\nIn addition, two training sessions were held to deepen participants' understanding of the importance of various plants in the living environment for the overall ecosystem and daily life. Public awareness of Kaohsiung City's Herbicide Management Regulations was further enhanced through a 15-second advertisement broadcast on digital billboards at Guanghua Night Market, Minzu\/Jiuru Second Road intersection, and Fengshan Youth Road intersection. A total of 6,000 ads were broadcast.\nTo strengthen the promotion of Kaohsiung City's electric lawn mower subsidy, the project partnered with Hit FM Gaoping Radio (FM90.1) from June 1 to July 31, 2024, using conversational broadcasts and verbal promotions by radio hosts. These broadcasts reached an estimated audience of 679,391 people across Kaohsiung and Pingtung regions. Additionally, online advertisements were placed on Facebook, reaching approximately 11,286 people. The subsidy was also promoted through New Kaohsiung Cable TV, covering Qianzhen District, Sanmin District, Zuoying District, and Lingya District.\nThrough these diverse initiatives, the project aims to encourage the public to adopt environmentally friendly weed management practices for vacant land, thereby reducing the use of herbicides and fuel-powered lawn mowers, contributing to the collective protection of our environment.",
        "proj_year": "113",
        "org_name": "高雄市政府環境保護局",
        "exe_unit": "京拓環保科技有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1132065340",
        "publish_date": "20250125"
    },
    {
        "chi_title": "中部地區空氣品質數據分析及區域治理計畫",
        "chi_subject": "本計畫執行時間由113年2月2日至113年11月30日止，執行期間皆依期程規範辦理，整體進度達成率100%。計畫針對中部地區五縣市固定污染源，分別以智慧稽查平台系統篩選PM2.5污染物93家、VOCs有100家，透過現場巡查結果納入持續關注對象共68場次，依照巡查事證掌握10家進行深度查核作業，其查核缺失以廢氣未收集及管道破損為主要缺失項目、其餘則因防制設備未開啟、參數不符合及非法排放管道未依操作許可證核定內容操作等，而進行深度查核作業共執行稽查檢測6根次，稽查檢測超標3家(管道異味、管道甲苯、防制設備處理效率不符)其缺失項目已移交地方環保局予以告發，科學儀器部分則以紅外線氣體顯像儀查獲1家以非法排放口排放未經處理之廢氣及攜帶式火焰離子偵測器應用於廢氣管線斷裂處濃度量測，做為污染排放蒐證用，另外於南崗產業園區執行1場次OP-FTIR監測作業。\n空氣品質數據分析部分大環境113年1月至7月PM2.5呈現降低趨勢，8月至10月則逐漸回升，O3月平均值則無明顯變化趨勢，然比對已深度查核工廠所屬工業區月平均值變化來看，PM2.5自第一季至第三季接呈現下降趨勢，而已深度查核工廠之排放次數與增量平均值發現屬粒狀污染物工廠皆有呈現降低趨勢。顯示PM2.5感測器較能應用於查核工廠改善前後區域治理分析。\n另計畫執行期間於6月18日及11月7日各辦理1場次環保許可查核交流會議(與會人數分別為36人、37人)，各邀請環境部相關業務單位、各區環境管理中心、中部地區縣市環保局相關業務人員參加會議；另分別於6月28日、10月25日各辦理1場次許可管制及智慧稽查交流研習會議(與會人數分別為63人、42人)，各邀請環境部相關業務單位、各區環境管理中心、中部地區縣市環保局相關業務人員參加會議；另辦理2場次法規及自主管理宣導說明會(與會人數分別為48家52人、40家49人)，主要邀請彰化濱海園區廠商及臺中市VOCs前60大工廠參加會議，藉由各式交流會議提升環保單位或業者環保知識，進而提高查緝效率及自主管理之目的。",
        "eng_title": "Air quality data analysis and regional governance plan in the central region",
        "eng_subject": "The implementation period of this plan was from February 2, 2024 to November 30, 2024. During the implementation period, everything was handled in accordance with the schedule, and the overall progress achievement rate is 100%. The plan targets Stationary air pollution source in the central region, using the smart inspection platform system to screen 93 companies for PM2.5 pollutants and 100 companies for VOCs. A total of 68 objects of continuous concern were included through on-site inspection results, and 10 companies were mastered based on inspection evidence. The company conducted an in-depth inspection, and the main deficiencies in the inspect were failure to collect exhaust and damaged pipelines. The rest were due to the failure of control equipment to be turned on, non-compliance with parameters, and illegal emission pipelines not being operated in accordance with the Stationary pollution source Operating permit. A total of 6 inspections were carried out during the audit, and 3 companies were found to have exceeded the standard (pipeline odor, pipe toluene, and inconsistent treatment efficiency of control equipment). The missing items will be handed over to the local Environmental Protection Bureau for reporting. The scientific instrument department will use infrared gas imaging equipment. A company was found to be discharging untreated exhaust gas through an illegal outlet and a portable flame ion detector was used to measure the concentration at the break of the exhaust gas pipeline for evidence of pollution emissions. In addition, an OP-FTIR session was performed in Nangang Industrial Park. Monitoring operations.\nAir quality data analysis showed that PM2.5 showed a decreasing trend from January to July in 113, and then gradually rebounded from August to October. The monthly average O3 showed no obvious trend. However, the comparison has been in-depth verification of the industrial zone where the factory belongs. Looking at changes in the monthly average, PM2.5 has shown a downward trend from the first quarter to the third quarter. In-depth inspections of the emission times and incremental averages of factories have found that factories belonging to granular pollutants have shown a downward trend. It shows that PM2.5 sensors are more suitable for checking regional management analysis before and after factory improvement.\nIn addition, during the implementation period of the plan, one environmental permit review and exchange meetings were held on June 18 and November 7 (the number of participants is 36 and 37 respectively), and relevant business units of the Ministry of Environment, each district environmental management center, and the central government will be invited. Relevant business personnel from the regional, county and city environmental protection bureaus participated in the meeting; another exchange and study meeting on licensing control and smart inspection was held on June 28 and October 25 respectively (the number of participants was 63 and 42 respectively), and each invited environmental Relevant business personnel from relevant business units of the ministry, environmental management centers of various districts, and environmental protection bureaus of counties and cities in the central region attended the meeting; 2 additional briefing sessions on regulations and independent management were held (the number of participants was 52 people from 48 companies and 49 people from 40 companies). Changhua Binhai Park manufacturers and the top 60 VOCs factories in Taichung City were mainly invited to participate in the meeting. Through various exchange meetings, the environmental protection knowledge of environmental protection units or industry operators is improved, thereby improving inspection efficiency and independent management.",
        "proj_year": "113",
        "org_name": "中區環境管理中心",
        "exe_unit": "台灣曼寧工程顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1132059242",
        "publish_date": "20250102"
    },
    {
        "chi_title": "推動循環採購與永續消費策略研析專案工作計畫",
        "chi_subject": "本計畫執行期間自113年1月26日起至113年12月5日止，執行成果如下：\n1.完成蒐研國際美國、歐盟、日本循環採購品項規範，與我國之比較；提出資源循環，及永續消費與生產策略規劃，研析推動以租代買、延長保固、維修服務、回購之效益，及蒐整業者誘因建議，包含法制化納入、結合綠色設計產品規格化、業者融資借貸通行等。\n2.完成蒐整國際推動效益指標；循環採購指南函頒至各部會單位；上架筆記型電腦及平板電腦資訊專業服務(含設備提供)共同供應契約採購示範案例，及研擬印表機及電視(液晶螢幕)共同供應契約採購規範；循環採購納入綠色採購績效評核方案；提出融資租賃融資租賃會計規範。\n3.完成協助機關研擬家具及照明設備維運專業服務(含設備提供)採購規範；研提循環服務業者輔導管理制度，業者提送執行成果予資源循環署認列即可，不採登記制度；建構循環採購媒合資訊平臺系統雛型，包含定義、模式、目標、案例，及相關平臺。\n4.完成協助促委會綠色生活及消費組推動跨部會辦理相關幕僚會議及指標訂定；完成辦理循環採購現勘實訪1場次、3場次專家諮詢會議及5場次研商會議辦理。",
        "eng_title": "Project of Promotion circular procurement and sustainable consumption strategy",
        "eng_subject": "This project was implemented from January 26th, 2024 to December 5th, 2024. Here were the results of each work:\n1.This project researched on circular procurement product specifications in the United States, the European Union, and Japan; proposed resource recycling, and sustainable consumption and production strategic planning; analyzed the benefits of promoting lease, extended warranty, maintenance services, and buyback, and reorganized the suggestions for incentives include legalization, standardization of products incorporating ecodesign, and popularization of financing and lending.\n2.This project collected international indicators; issued the circular procurement guideline to all ministries; launched joint inter-entity supply contracts demonstration cases for laptop and tablet computer information professional services; developed printers and TVs (LCD screens) inter-entity supply contracts procurement standards; circular procurement was included in the green procurement evaluation plan; financial lease accounting standards for financial leases were proposed.\n3.This project also formulated procurement specifications for furniture and lighting equipment maintenance professional services; developed a guidance and management system for circular service providers. Providers only need to submit their implementation results to the Resource Circulation Administration Ministry of Environment for recognition. There is no registration system; constructed a prototype circular procurement media information platform system, including definitions, models, goals, cases, and related platforms.\n4.Finally, this project drafted the development of assisting the promotion committee green living and consumption group of promoting staff meetings and setting indicators; completed 1 on-site survey visit, 3 expert consultation meetings and 5 discussion meetings for circular procurement.",
        "proj_year": "113",
        "org_name": "循環署永續消費回收組",
        "exe_unit": "環興科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131996227",
        "publish_date": "20250131"
    },
    {
        "chi_title": "苗栗縣-113年度苗栗縣水污染源稽查與水污費徵收查核計畫",
        "chi_subject": "本計畫之執行重點在於協助環保局推動轄區內水污染源稽查管制工作以及水質監測工作，確實掌握苗栗縣轄區內水污染源之水污染防治現況，透過計畫之稽查管制工作，督促轄內列管之事業單位落實水污染防治設施之操作維護，達成轄內各流域測站水質改善之目標。",
        "eng_title": "113 Miaoli County Water Environment Pollution Prevention and Water and Sewage Fee Collection and Inspection Management Plan",
        "eng_subject": "The focus of this project is to assist the Department of Environmental Protection in promoting the inspection and control of water pollution sources and the monitoring of water quality in Miaoli County to understand the prevention and control status of water pollution sources in Miaoli County. In addition, through the inspection and control work of this project, this project supervised and urged the entities listed under the monitoring and inspection of Miaoli County to implement the operation and maintenance of water pollution prevention and control facilities. It aims to achieve the goal of improving the water quality of the detection stations in Miaoli County.",
        "proj_year": "113",
        "org_name": "苗栗縣政府環境保護局",
        "exe_unit": "亞太環境科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131989171",
        "publish_date": "20250109"
    },
    {
        "chi_title": "利用穩定同位素探討地下水中氮化合物轉化及氮污染溯源先期研究-以雲林農業區地下水為例",
        "chi_subject": "本先期研究計畫以雲林農業區地下水為研究對象，探討氨氮及硝酸鹽氮的來源及轉換機制。計畫內容包含地下水中氮議題案例蒐集與分析、含氮關切地區篩選及調查、氮類來源與轉換機制研究，以及氣候變遷對地下水品質的潛在影響。研究方法包括同位素資料解析、地下水污染傳輸模型及機器學習演算法等，並透過專家會議完善方法論。計畫結果指出，雲林地區地下水中氨氮與硝酸鹽氮濃度偏高。大屯地區地下水主要受到雨水、畜牧放流水與生活排水混合補注，而氨氮δ15N特徵顯示氮污染來源為肥料施用、沼渣沼液灌溉及生活排水混合所致；此外，土壤調查結果顯示有氨揮發、氨固定化作用以及異化硝酸鹽轉換為銨鹽等轉換機制的同位素科學證據。六合地區地下水主要由雨水、灌溉給水及生活排水補注，硝酸鹽氮來源除氮肥施用外，亦包括土壤有機氮轉換為硝酸鹽的貢獻，並提供硝化及脫硝作用的同位素證據。此外，計畫亦探討氣候變遷對地下水品質的影響，涉及碳捕存、地熱開發及海水入侵等議題，並提出初步因應對策。研究建議包括建立臺灣本土同位素資料庫、引進同位素前處理與分析技術、擴大同位素應用範疇，及制定氣候變遷影響因應計畫，以提升地下水污染治理與環境管理能力。",
        "eng_title": "Preliminary Study on the Transformation of Nitrogen Compounds in Groundwater and Nitrogen Pollution Source Tracing Using Stable Isotopes: Two Case Studies of Groundwater in Yunlin Agricultural Area",
        "eng_subject": "This preliminary research project focuses on the groundwater of the agricultural regions in Yunlin, investigating the sources and transformation mechanisms of ammonium nitrogen (NH₄⁺-N) and nitrate nitrogen (NO₃⁻-N). The project includes two case studies on nitrogen-related issues in groundwater, selection and investigation of nitrogen-affected areas, studies on nitrogen sources and transformation mechanisms, and assessments of the potential impacts of climate change on groundwater quality. The research methods involve isotopic data analysis, groundwater contamination transport modeling, and machine learning algorithms, refined through expert consultations. The findings highlight elevated concentrations of NH₄⁺-N and NO₃⁻-N in Yunlin's groundwater. In Datun, groundwater is primarily recharged by a mix of rainwater, livestock wastewater, and domestic wastewater. The δ¹⁵N signature of NH₄⁺-N indicates that nitrogen pollution originates from a combination of fertilizer application, digestate irrigation, and domestic wastewater. Soil investigations provide isotopic evidence for ammonia volatilization, immobilization and dissimilatory nitrate reduction to ammonium (DNRA) processes. In Liuhe, groundwater recharge sources include rainwater, irrigation water, and domestic wastewater. The NO₃⁻-N in groundwater is derived not only from nitrogen fertilizer applications but also from the conversion of soil organic nitrogen into nitrate, with isotopic evidence supporting both nitrification and denitrification processes. The study also examines the potential impacts of climate change on groundwater quality, addressing issues such as carbon capture and storage, geothermal development, and seawater intrusion, and proposes initial mitigation strategies. The research recommendations include establishing a Taiwan-specific isotopic database, introducing isotopic pre-treatment and analysis technologies, expanding the scope of isotopic applications, and developing response plans for climate change impacts. These measures aim to enhance groundwater pollution control and environmental management capabilities.",
        "proj_year": "113",
        "org_name": "國環院環境治理研究中心",
        "exe_unit": "業興環境科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131983066",
        "publish_date": "20250113"
    },
    {
        "chi_title": "113年焚化再生粒料循環與管理暨資訊系統維運計畫",
        "chi_subject": "本計畫透過「焚化廠營運管理資訊系統」掌握焚化垃圾焚化廠焚化運作量能及底渣產出情形；「焚化再生粒料流向管理系統」管理焚化再生粒料產出、品質檢測、使用用途及地點等運作情形，並結合業務評鑑制度及不定期召開業務聯繫會議，輔導地方政府及再利用機構配合環境管理署（以下簡稱環管署）法規及政策，共同推動焚化再生粒料循環業務。\n本年度環管署評鑑112年各縣市焚化再生粒料循環業務推動成效，由高雄市及雲林縣獲得特優獎，並透過辦理頒獎典禮進行表揚，高雄市焚化再生粒料循環使用量為全國最高，精進預拌混凝土廠跨縣市認可機制，以及轄內使用焚化再生粒料之工程榮獲「2023城市工程品質金質獎」肯定，雲林縣同樣透過預拌混凝土廠評鑑來提升焚化再生粒料品質，並以綠色城市新典範為題，榮獲「綠色城市獎」肯定，作為其他縣市標竿學習精進業務之對象，以提升焚化再生粒料價值及強化地方管理政策及推廣作為。\n本計畫以「底渣處理率」及「粒料循環率」作為焚化底渣再利用關鍵性營運管理績效指標，統計113年1月至10月全國運作後，預估至年底之底渣處理率可達90%以上，粒料循環率可達100%以上，前三大主要用途為控制性低回填材料（CLSM）76.3%、基地路堤填築9.6%及掩埋場相關工程9.3%。",
        "eng_title": "2024 Incineration Recycled Aggregate Circulation and Management Information System Maintenance Project",
        "eng_subject": "This project utilizes the Solid Waste Incinerator Management System to monitor the operational capacity and bottom ash production of incineration plants. The Recycled Aggregate Management System oversees the production, quality testing, usage, and location of recycled aggregates. It combines a performance evaluation system and irregular business liaison meetings to assist local governments and reuse organizations in complying with regulations and policies from the Environmental Management Administration (EMA) to jointly promote the recycling business of incineration recycled aggregates.\nIn this annual, by the EMA, the performance in promoting the recycling of incineration recycled aggregates in counties and cities for year 2023 was assessed, with Kaohsiung City and Yunlin County receiving Special Excellence Awards, a ceremony was held to recognize this achievement. Kaohsiung City achieved the highest volume of recycled aggregates used nationwide, enhancing a cross-county recognition mechanism for ready-mixed concrete plants and earning acknowledgment with the 2023 Golden Quality Award for Urban Engineering for projects using incineration recycled aggregates. Similarly, Yunlin County improved the quality of incineration recycled aggregates through readiness evaluation of concrete plants and received recognition with the Green City Award under the theme of New Paradigm of Green Cities, serving as a benchmark for other counties and cities to enhance their operations and promote local management policies.\nThis project uses bottom ash treatment rate and aggregate circulation rate as key operational management performance indicators for the circulation of incineration bottom ash. Statistics from January to October 2024 estimate that the bottom ash treatment rate could exceed 90% by year-end, and the aggregate recycling rate could exceed 100%. The top three primary uses are Controlled Low Strength Material (CLSM) at 76.3%, base embankment construction at 9.6%, and related landfill engineering at 9.3%.",
        "proj_year": "113",
        "org_name": "環管署一般廢棄物管理組",
        "exe_unit": "環資國際有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131978564",
        "publish_date": "20250120"
    },
    {
        "chi_title": "113年度屏東縣機車排氣污染稽查管制計畫",
        "chi_subject": "本計畫主要工作內容包含：稽查未定檢車、定檢率提升作業、低污染車輛推廣、定檢站管理、充電站維護作業及辦理宣導作業等。計畫執行期程為自113年1月1日起至113年12月31日止，經統計至113年12月份各項工作之初步執行成果如表I所示。\n計畫期程內需稽查使用中車輛5萬輛，統計至113年12月18日已完成稽查作業數，使用中車輛稽查78,649輛，分別為使用車牌辨識系統稽查76,726輛及路邊巡查1,923輛。計畫期程內需寄發定檢通知明信片32萬張及催檢通知7萬件，截至本年度12月份已完成寄發，催檢通知則是完成寄發75,032件。目前屏東縣機車定檢率達81.2%，琉球鄉定檢率達到91%，較112年度提升1%；而不定期機車攔檢作業已執行24場，總計攔檢609輛燃油機車，平均檢驗不合格率為6%。\n依環境部定檢資料中，以本縣到檢機車數進行統計，截至11月份共有321,090輛完成檢驗，其二、四行程機車定檢比例分別為2.3％及97.7％，二行程不合格率為7.7%，四行程不合格率為3.6%，平均定檢不合格率為3.7%；另以環境部列管之老舊機車，目前已有61,555輛完成檢驗，老車定檢率達70%，較112年度提升1%。\n為維護定檢站檢驗品質，本年度需完成定檢站定期查核並執行實車查核70站次，統計至113年12月18日止，總計完成定期查核定檢站383站次、實車及氣體查核77站次。其中，有缺失情況之檢驗站為3家，檢驗站缺失比例為0.6%，缺失項目為「未開立複驗單」及「未申請暫停檢驗」兩項。而實車及氣體查核部分，已針對特定對象如攔檢不合格追溯、稽查異常及經局內列管或建議指定的檢驗站為主要查核對象；汽車代驗廠已全數訪查完畢，共計28間。\n屏東縣環保局設置之電動機車充電站總計288站，其中今年共增設3站，而本計畫於計畫期間需完成維護作業至少一次，包含民眾陳情之修復充電站，統計至113年12月18日已達成維護站次，共計完成維護397站次。\n為維護空氣品質並宣導民眾車輛熄火之觀念，計畫期間已於屏東縣轄內易怠速地點、主要路段、校園周邊等，執行車輛怠速熄火勸導作業，共計完成1,040輛次怠速勸導；而里港及高樹地區學校推動示範區宣導作業共10處，均已推動完畢。\n自去年度辦理協商會議及公聽研商會議後，鶴聲國小及仁愛國小分別於本年度1月及2月核定，並於5月1日及7月1日正式實施管制。本計畫已於4月完成相關宣導措施，並於宣導期後著手執行不定期稽查，針對進入管制區域內未完成定檢並合格之車輛，已依法開罰402件。冀望透過持續實施移動污染源管制以改善區域空氣品質，使孩童有個健康的學習環境。\n自配合環境部各年度辦理推動汰舊新購獎勵補助措施至今，屏東縣內之二行程機車及1~4期的老舊車種已逐年減少，另本年度加強告發管制，全面列管二行程機車及琉球鄉籍機車，截至12月共執行10,388件，其中註銷件數達1,129件，較112年度提升逾1,000件。統計113年1~11月的車輛淘汰報廢情形，本縣共計淘汰13,206輛1~4期機車，其中2,642輛為二行程機車，初步的空氣污染物削減量成效，計提供污染排放削減量分別為PM10：3.1公噸、PM2.5：2.4公噸、NOx：11.9公噸、NMHC：56.8公噸。",
        "eng_title": "2024 Pingtung County Motorcycle Exhaust Pollution Inspection and Control Plan",
        "eng_subject": "The primary tasks of this project include inspecting vehicles without mandatory periodic inspection, increasing periodic inspection rates, promoting low-pollution vehicles, managing inspection stations, maintaining charging stations, and conducting outreach activities. The project implementation period runs from January 1, 2024, to December 31, 2024. Preliminary results as of December 2024 are shown in Table I.\nDuring the project period, 50,000 in-use vehicles were required to undergo inspection. By December 18, 2024, 78,649 vehicles were inspected, including 76,726 via license plate recognition systems and 1,923 through roadside patrols. The project also required the mailing of 320,000 periodic inspection reminder postcards and 70,000 follow-up notices. As of December, 75,032 follow-up notices had been sent. The motorcycle periodic inspection rate in Pingtung County reached 81.2%, with a 91% rate in Liuqiu Township, reflecting a 1% improvement over 2023. Twenty-four irregular motorcycle inspections were carried out, with a total of 609 fuel motorcycles inspected and an average non-compliance rate of 6%.\n           According to the Ministry of Environment’s periodic inspection data for Pingtung County, 321,090 motorcycles had undergone inspection as of September. Among them, 2-stroke and 4-stroke motorcycles accounted for 2.3% and 97.7%, respectively. The non-compliance rates for 2-stroke and 4-stroke motorcycles were 7.7% and 3.6%, respectively, with an average non-compliance rate of 3.7%. Of the older motorcycles monitored by the Ministry of Environment, 61,555 had been inspected, achieving a periodic inspection rate of 70%, a 1% increase over 2023.\n           To maintain inspection quality, the project aimed to conduct 70 routine inspections and practical checks of inspection stations within the year. By December 18, 2024, 383 routine inspections and 77 practical and gas-related checks had been completed. Three stations were found with deficiencies, constituting 0.6% of all inspected stations, with issues such as “failure to issue re-inspection slips” and “failure to apply for suspension of inspection.” For the practical and gas-related checks, targeted inspections focused on non-compliant roadside checkpoints, anomaly tracking, and stations flagged or recommended by the bureau. All 28 designated automobile inspection factories were fully visited.\n            Pingtung County Environmental Protection Bureau operates 288 electric motorcycle charging stations, with three new stations added this year. By December 18, 2024, 397 maintenance operations were completed, exceeding the annual maintenance requirement of one operation per station, including those prompted by public complaints.\nTo improve air quality and promote idling vehicle awareness, 1,040 instances of vehicle idling cessation guidance were completed in high-idle zones, main roads, and school peripheries within Pingtung County. Outreach programs were carried out in 10 demonstration zones around Ligang and Gaoshu schools, all of which were successfully implemented.\nFollowing consultation and public hearings last year, Hesheng Elementary School and Ren'ai Elementary School were approved in January and February 2024, respectively, to implement control measures, which took effect on May 1 and July 1. In April, relevant outreach was completed, and subsequent irregular inspections targeted vehicles within controlled areas that had not undergone or passed periodic inspections. A total of 402 violations were penalized. The ongoing mobile pollution source control aims to improve regional air quality, fostering a healthier learning environment for children.\nThrough the Ministry of Environment’s annual old-to-new vehicle subsidy programs, the number of 2-stroke motorcycles and Phaase 1–4 older vehicles in Pingtung County has steadily declined. This year, strengthened control measures resulted in the registration of 10,388 cases involving 2-stroke motorcycles and Liuqiu-registered motorcycles. Of these, 1,129 were decommissioned, exceeding last year’s numbers by over 1,000. From January to November 2024, 13,206 Phase 1–4 motorcycles were scrapped in the county, including 2,642 2-stroke motorcycles. Estimated pollutant reductions achieved were PM10: 3.1 tons, PM2.5: 2.4 tons, NOx: 11.9 tons, and NMHC: 56.8 tons.\nTo refine this year’s procedures, the project prioritized phasing out outdated government and related bureau vehicles. By the end of October, all identified vehicles had been scrapped. Additionally, 35 electric motorcycles were funded for departments requiring vehicle usage. A new initiative promoting incentives for periodic inspection aimed to cultivate public awareness of periodic inspection and increase SMS data collection rates. By year’s end, 45,460 messages were collected, representing a 7.7-fold increase over the previous year. The initiative supports the transition towards paperless operations.",
        "proj_year": "113",
        "org_name": "屏東縣政府環境保護局",
        "exe_unit": "瑩諮科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131945593",
        "publish_date": "20250107"
    },
    {
        "chi_title": "資源循環源頭管理法令制度與推動產品綠色設計專案工作計畫",
        "chi_subject": "本計畫執行期間自113年1月29日起至113年12月5日止，執行成果如下：\n1.\t完成蒐集國際上資源循環利用措施，參考國際法規趨勢，並盤點資再法及子法管理現況以協助研提資源循環促進專法源頭管理章管理及法制建議，建議內容包含擴大品項使用再生資源或再生物料之法規訂定、建立再生資源或再生物料使用之驗證機制、授權目的事業主管機關得訂定或修正相關規定等。\n2.\t完成蒐集國際推動消費性產品綠色設計相關措施或法制工具，並提出消費性產品綠色設計施行及驗證管理方式建議。透過市場問卷調查尋訪、成本效益分析及技術可行性等方式，針對電子產品、紡織及家具已提出先行導入綠色設計之期程建議。另研提資訊物品類產品綠色設計指引（草案），並針對筆記型電腦提出消費性產品綠色設計創新商業模式。\n3.\t完成分析113年第1季至第3季，我國一般廢棄物量能及設施現況資料等，並進行量能推估，截至113年9月止，一般廢棄物產生量總計935萬公噸，包含資源垃圾525萬公噸(56.2%)、廚餘38萬公噸(4%)及一般垃圾372萬公噸(39.8%)，經推估一般廢棄物處理量能略高於產生量，其中多以回收再利用為主，惟各縣市焚化設施量量能有限，部分區域焚化量能相較吃緊，亦可透過區域合作機制協助處理。\n4.\t完成地方環保業務執行績效之獎盃研擬，完成專家諮詢會議及研商會議辦理。",
        "eng_title": "Project of legal system for resource recycling management and promotion of green design for sustainable products",
        "eng_subject": "This project was implemented from January 29th, 2024 to December 5th, 2024. Here were the results of each work:\n1.\tThis project completed the collection of international resource recycling management, referred to international regulatory trends, and took stock of the current status of resource recycling laws and sub-law to assist in the development of resource recycling and promotion of regulations for source management. The suggestions included expanding regulations on the use of renewable resources or recycled materials for items, establishing a verification mechanism for the use of renewable resources or recycled materials, and authorizing the industry competent authorities to formulate or amend relevant regulations, etc.\n2.\tThis project had completed the collection of relevant international management or legal tools to promote the green design of consumer products, and proposed suggestions for the implementation and verification management. Through market questionnaires, cost-benefit analysis and technical feasibility, this project had put forward suggestions for the introduction of eco-design for electronic products, textiles and furniture. This project also formulated green design guidelines (draft) for 3C products, and proposed an innovative business model for green design of consumer products for laptop computers.\n3.\tAnalyzed municipal solid waste generated and disposal amounts during January to September 2024. Municipal solid waste generated 9.35 million metric tons, including 5.25 million metric tons (56.2 %) resource waste, 0.38 million metric tons (4 %) food waste, and 3.72 million metric tons (39.8 %) trash. It was estimated that the amount of municipal solid waste treatment could be slightly higher than the amount generated, and most of it was recycled and reused. However, the capacity of incineration facilities in various counties and cities was limited, and the incineration capacity in some areas was relatively tight. This could be assisted through regional cooperation mechanisms.\n4.\tFinally, this project drafted the development of trophies for local environmental protection business performance, and completed expert consultation meetings and discussion meetings for circular procurement.",
        "proj_year": "113",
        "org_name": "循環署永續消費回收組",
        "exe_unit": "環興科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131936095",
        "publish_date": "20250131"
    },
    {
        "chi_title": "113年溫室氣體自願減量專案認證管理推動計畫",
        "chi_subject": "本計畫綜合政府政策措施之滾動式規劃與調整，執行目標可分為技術面與管理面。技術面包含：（1）研析溫室氣體檢（監）測技術指引；（2）研析溫室氣體檢（監）測技術方法學；（3）溫室氣體檢測技術開發；管理面則包含（1）溫室氣體查證認證與檢測技術相關訓練及（2）溫室氣體查驗機構同時為環境檢驗測定機構等情境公正性研析。\n在技術面，已經由多份ISO標準之彙整結果提出溫室氣體檢（監）測技術指引草案，內容聚焦在計量追溯性與量測不確定度評估準則。在國際溫室氣體檢（監）測技術方法學的研析工作上，團隊優先選擇水泥業與半導體產業，進行ISO標準摘譯與研析，摘譯本已完成草稿。其中ISO 19694-7主要針對半導體與面板產業，使用的檢測技術為FTIR系統，亦為本計畫之主要發展技術，以排放管道的含氟溫室氣體檢測為目標進行方法研析與開發。\n在管理面，已辦理包含查驗機構評審員訓練60小時與檢測機構現場評鑑專家教育訓練24小時。此外，規劃與完成溫室氣體查驗與認證相關1場次，模擬系統評鑑及術科評鑑實作訓練各1場次，每場次2天，約20人參與。依據所分析之國內外運作現況，美國與加拿大政府機關的實驗室，會自行辦理盲樣測試，或指定經認證機構評鑑之單位擔任能力試驗提供者，亦有很多機構同時具有許可實驗室與能力試驗提供者的功能。依據相關ISO標準的規範，兩個角色不相互衝突的關鍵在於管理階層於組織架構與管理機制中可鑑別利益衝突可能發生的風險並予以削減排除。對於查驗機構而言，若同時具有實驗室的身份，除了依據ISO標準做風險鑑別外，可參考新加坡制度，於相關規範或指引中明訂查驗機構應避免與受查驗公司有過任何設施量測計畫或排放報告準備相關工作的諮詢或技術合作。",
        "eng_title": "2024 Accreditation Management Promotion Plan for Greenhouse Gas Voluntary Reduction Projects",
        "eng_subject": "The project integrates government policies and measures through a rolling planning and adjustment approach, dividing its objectives into technical and management aspects. The technical aspects include surveys and studies on (1) technical guidelines for greenhouse gas (GHG) monitoring and detection;(2) methodology for GHG monitoring and detection; and (3) development of GHG measurement techniques. The management aspects include (1) training related to GHG verification, accreditation, and testing techniques; and (2) analysis of impartiality issues in situations where a GHG verification body also functions as an environmental testing agency and where a testing laboratory also plays a role as a proficiency testing provider. \nIn the technical aspects, a draft of guidelines for GHG monitoring and detection has been proposed, based on a compilation of multiple ISO standards. This draft focuses on traceability in measurement and criteria for evaluating measurement uncertainty. For the surveys of methodology on GHG monitoring and determination, the team has prioritized the cement and semiconductor industries, conducting translations of related ISO standards, with drafts of the translation now completed. Among these standards, ISO 19694-7 is particularly focused on the semiconductor and panel industries, employing Fourier-transform infrared spectroscopy (FTIR) systems as the main detection technology. The project also aims to study and develop FTIR methods for measuring fluorinated GHGs in emission stacks.\nIn the management aspects, 60 hours of training for GHG accreditation assessors and 18 hours of training for experts in on-site assessment of testing laboratories have been conducted. Additionally, two practical field exercises were completed, with more than 20 participants in total. With regards to the analysis of impartiality issues, based on the analysis of domestic and international practices, government laboratories in the United States and Canada typically conduct blind sample tests independently or designate approved agencies to act as proficiency testing providers, with many agencies holding dual roles as accredited laboratories and proficiency test providers. According to relevant ISO standards, the key to ensuring no conflict between these roles lies in the management’s ability to identify and mitigate potential conflicts of interest within the organizational structure and management mechanisms.\nFor GHG verification bodies that also operate as testing laboratories, beyond conducting risk assessment per ISO standards, the competent authority can also refer to the Singapore system, which stipulates in relevant guidelines that verification bodies should avoid any consulting or technical cooperation related to monitoring plans or emission report preparation with the companies they verify.",
        "proj_year": "113",
        "org_name": "國環院檢測認證中心",
        "exe_unit": "財團法人工業技術研究院",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131933812",
        "publish_date": "20250131"
    },
    {
        "chi_title": "113年「排放管道中粒狀污染物檢測技術評鑑績效評估計畫」",
        "chi_subject": "能力試驗（ Prof iciency testi ng）經常被用來評估檢測機構檢測結果的品質與正確性，但對於粒狀污染物來說，如何建立一個能夠同時評估採樣過程與量測結果的能力試驗系統是一大挑戰。為提升國內檢測技術，國家環境研究院建置一模擬煙道粒狀物比測系統，藉著穩定產生不同比測風速與粒狀物質量濃度， 提供檢測機構進行比對。\n本年度工作項目包含模擬煙道維護、比測作業、現場查核作業、輔導作業以及國際文獻蒐集分析。維護的重點為煙道系統、設備維修以及儀器校正。比測與輔導作業於模擬煙道舉行，並根據歷年模式來判定檢測結果之分數。查核的方式為現場無預警查核，查核過程中若有缺失，於現場蒐證拍照，協助後續說明。輔導作業則是綜合比測以及查核作業之優點，能夠在過程中及時發現問題並解決問題，協助檢測機構提升檢測能力。\n在德國、英國與法國皆有粒狀物採樣技術評鑑計畫，但以德國最為接近，且可學習其製作測試微粒的方式。模擬煙道維護校正過後之運轉參數與往年相同，已可執行比測與輔導作業。共進行比測43場次、查核42場次以及輔導26場次。且建立113年風速與質量濃度模式，將使用此模式作為比測時的參考標準。",
        "eng_title": "The evaluation program of stack PM measurment proficiency performance",
        "eng_subject": "Proficiency testing is usually used to evaluate the quality and accuracy of testing results from testing companies. However, for particulate matter, it’s a challenge to develop a proficiency test that can evaluate both the sampling process and the testing results simultaneously. To improve testing skills, the National Environmental Research Academy built a simulative stack for the particulate matter proficiency test. The stack can provide different stable flue gas velocities and mass concentrations for comparison among testing companies.\nThe working items for this year include maintenance of silulation stack, comparison, on-site audit, counselling, and the collection and analysis of international literature. Maintenance focus on the simulative stack system, devices repair and instruments calibration. The proficiency tests and conseling take place at the simulative stack and the results are assessed based on the model. The on-site audits are unannounced. Deficiencies during the process are recored by photographs to assist with subsequent explanations. The audit method involves unannounced on-site inspections. If any deficiencies are found during the inspection process, evidence will be collected on-site through photographs to assist with subsequent explanations. Counselings intergrate the adventages of comparsion and audits, allowing for identification and resolution of issues during the process, thereby assisting testing companies in enhancing their testing capabilities. This project also collects international literatures to improve the simulative stack.\nGermany, French and the United Kingdom (UK) all have particulate sampling proficiency tests but the simulative stack in Germany is the closest one and its test dust preparing method is worth learning about. After the maintenance and calibration, the operating parameters are the same as in previous years, allowing for the implementation of comparison and audit operations. 43 comparisons, 42 audits, and 26 consultations have been completed. 113-year's velocity and mass concentration model had\nbeen developed and will serve as the reference standard for the proficiency test.",
        "proj_year": "113",
        "org_name": "國環院檢測認證中心",
        "exe_unit": "國立臺灣大學",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131897179",
        "publish_date": "20250131"
    },
    {
        "chi_title": "113年度臺南市推動低碳永續家園執行計畫",
        "chi_subject": "「113年度臺南市因應氣候變遷推動低碳永續家園執行計畫」共計七大工作主軸，分別為：辦理氣候變遷減緩與調適相關會議及推廣教育活動、低碳永續家園成果維護查核作業、輔導行政區（里）低碳永續行動項目示範與維運建置、推動行政區（里）參與低碳永續家園認證評等、推廣設置太陽光電系統、低碳永續家園培訓與宣導活動以及環境部考核管考作業等。\n在「辦理氣候變遷減緩與調適相關會議及推廣教育活動」部分，本計畫已完成1場次「113年臺南市因應氣候變遷減緩調適推動低碳永續家園研商會議」及1場次「113年臺南市因應氣候變遷減緩調適推動低碳永續家園升等工作坊」，共計72人次區公所同仁及社區代表參與，主要向代表說明113年度區政考核、低碳永續家園評等推動計畫介紹、行動項目成果文件撰寫技巧；2場次氣候變遷因應推動會，共102人次專家學者與局處代表參與，完成審議112年度溫室氣體減量執行成果報告及臺南市氣候變遷調適執行方案（113-115年），後續將由各業務單位參酌委員意見修正；3場次氣候變遷減緩與調適推廣教育活動，共181名市民參與，主要以世界咖啡館及戶外自行車活動互動，探討氣候變遷議題。\n在「低碳永續家園成果維護查核作業」部分，本計畫已完成5處氣候變遷署及17處環保局指定查核對象查核作業，各單位的維護狀況大致良好，並建議環保局每年可持續挹注經費，以協助行政里發展低碳相關作為。\n在「輔導行政區（里）低碳永續行動項目示範與維運建置」部分，截至9月行政里認證維運核定18處申請單位，總輔導經費共65萬元，經費全數用罄；行政里示範建置核定19處申請單位，總輔導經費共100萬元，餘10萬元；行政區示範建置共核定1處申請單位，總輔導經費共5.625萬元，餘16.875萬元。\n在「推動行政區（里）參與低碳永續家園認證評等」部分，本計畫已新增4處銅級行政區（後壁區、新市區、大內區、中西區）、18處銅級行政里（新營區忠政里、新營區南紙里、六甲區菁埔里、大內區大內里、大內區頭社里、佳里區安西里、新化區東榮里、新化區太平里、新化區豐榮里、新市區豐華里、楠西區密枝里、東區和平里、東區崇善里、東區龍山里、東區大福里、北區仁愛里、中西區郡王里、中西區淺草里）、2處銀級行政里（南區國宅里、善化區溪美里）及14處報名成功（白河區崁頭里、白河區關嶺里、白河區馬稠後里、白河區廣蓮里、六甲區大丘里、北門區文山里、北門區蚵寮里、歸仁區南保里、歸仁區新厝里、北區正覺里、北區長勝里、北區合興里、中西區赤嵌里、中西區城隍里），另有2處銅級行政里（安南區城西里、安南區媽祖宮里）由嘉南藥理大學團隊輔導。至今，臺南市低碳永續家園共計37處行政區全數參與，其中6處行政區取得銀級、5處行政區取得銅級、26處行政區報名成功；649處行政里中，其中14處行政里取得銀級、68處行政里取得銅級、453處行政里報名成功，參與率82.4%。\n在「推廣設置太陽光電系統」部分，已完成辦理2場次宣導說明會，並收集有意願設置太陽光電系統的民眾資料。截至9月底，已完成16處太陽光電案場現場評估。另有關「113年臺南市太陽光電系統建置輔導計畫」，共3處提出申請，於11月15日完成驗收核銷作業。\n在「低碳永續家園培訓與宣導活動」部分，本計畫期中已完成2場次低碳永續推廣宣導會，共計108位民眾參與，主要向民眾介紹低碳永續家園執行內容，並由銀級社區分享成功案例，有效推廣低碳永續家園；1場次低碳永續家園觀摩活動，共計70位社區代表共同參與，活動主要至銀級社區進行參訪，了解在地特色，落實低碳永續家園理念；2場次培訓專班，共136名臺南市各局處代表、企業代表及成功大學學生參與，主要提升與會同仁對減碳淨零方面專業知識。\n在「環境部考核管考作業」部分，本計畫彙整113年度考核評分標準，並由臺南市淨零永續、產業輔導、氣候變遷等計畫及本計畫執行考核項目，滿分100分中有5分由BAF填列產出，33分由氣候變遷署審核產出，推估最終得分為99.9分。",
        "eng_title": "2024 Tainan City Climate Change Adaptation and Low-Carbon Sustainable Homeland Implementation Plan",
        "eng_subject": "The 2024 Tainan City Climate Change Adaptation and Low-Carbon Sustainable Homeland Implementation Plan focuses on seven key areas: climate change mitigation and adaptation, low-carbon homeland maintenance, project assistance, certification promotion, solar photovoltaic installations, training, and evaluation. These initiatives aim to advance Tainan's vision of a sustainable and resilient city.\nTo address climate change challenges, the project conducted consultation and promotion meetings with government representatives, experts, and citizens. Two consultation sessions engaged 72 participants, discussing district evaluations, certification processes, and documentation techniques. Two promotion meetings with 102 attendees reviewed greenhouse gas reduction results and adaptation plans, while educational activities involved 81 citizens in interactive discussions and outdoor events to deepen awareness of climate-related issues.\nEfforts to maintain and verify low-carbon homeland outcomes included inspections at 22 sites, revealing positive maintenance results. Continued funding was recommended to support local low-carbon initiatives. For low-carbon action projects, funding was provided to support 18 administrative districts in certification maintenance, while was provided to 19 demonstration projects. Remaining funds from other allocations indicate effective resource management.\nThe promotion of certification saw the addition of 4 bronze-certified districts, 18 bronze-certified villages, and 2 silver-certified villages, along with 14 successfully registered villages. Currently, Tainan boasts 6 silver and 5 bronze-certified districts, and among its 649 villages, 14 hold silver and 68 hold bronze certifications, highlighting significant progress in community participation.\nSolar photovoltaic systems were a key focus, with two informational sessions leading to 16 site assessments. Under the city’s assistance program, funding was provided for three projects, which were completed and verified by November 15. These efforts align with Tainan’s commitment to expanding renewable energy adoption.\nTraining and promotional activities reached diverse audiences, including 108 citizens through two promotional events and 70 representatives in a community observation session. Two training courses equipped 136 participants, including government and business representatives, with expertise in carbon reduction and net-zero practices.\nFinally, the evaluation process aligned with Tainan’s net-zero goals, with a scoring system emphasizing sustainability and project outcomes. By November, the city achieved a perfect score of 100, reflecting its commitment to low-carbon development and climate resilience.\nTainan City’s comprehensive actions underscore its dedication to addressing climate change and advancing sustainable development, setting a benchmark for resilient urban planning and community-driven initiatives.",
        "proj_year": "113",
        "org_name": "臺南市政府環境保護局",
        "exe_unit": "磐誠工程顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131856760",
        "publish_date": "20250106"
    },
    {
        "chi_title": "土污等環境跨域專業人才需求專案計畫",
        "chi_subject": "近年來公部門及企業相繼加強關注永續發展議題，培養環境跨域人才的重要性也日益提升。本計畫旨在調查國內大專院校環境相關系所的課程規劃、學生就業流向、與產業人才需求，以探討系所課程與業界能力要求之關聯與未來發展性。計畫中完成28個相關系所之課程資料統整，並分析系所專業與新興領域，如人工智慧、永續發展、淨零、氣候變遷、新興疾病等課程之佔比。同時，亦蒐集目標系所之學生就業情況以探討人才於各領域之流向。此外，團隊於113年10月至11月間共舉辦8 場會議，包括2場線上說明會、3場專家諮詢會議、與3場分區 (北、中、南) 討論座談會，共計289人次與會。參與說明會之系所代表共計29人次，並有73人次的專家出席諮詢會議與分區討論會。\n計畫成果顯示目前各系所新興領域課程中以永續發展及氣候變遷相關課程佔比最高，於座談會中收集之意見則闡明鞏固基礎學力並加強數據處理能力 (人工智慧) 之重要性。人才流向分析資料呈現環境工程、科學、安衛科系之技職大學畢業生有較高比例進入工程顧問業，而一般大學則多進入高科技、工程顧問業與公部門，大氣與公衛科系則以進入政府部門任職為主。未來可藉由培養學生對環境領域的認同感與使命感來提高其進入綠領產業的意願。",
        "eng_title": "Demand for interdisciplinary talents in soil pollution and environmental fields project",
        "eng_subject": "In recent years, public sectors and enterprises have increasingly focused on sustainability issues, highlighting the growing importance of cultivating interdisciplinary talents in environmental fields. This project aims to investigate the curriculum design of university departments in environmental-related areas, including environmental engineering, environmental sciences, safety health, soil and groundwater, atmospheric sciences, public health and environmental health. We analyzed students’ career trajectories, and assessed industrial talent demands to explore the alignment between academic programs and industry competency requirements as well as future developmental prospects. The project compiled and analyzed course data from 28 relevant departments, focusing on the proportion of courses in traditional disciplines and emerging fields such as artificial intelligence, sustainable development, net-zero, climate change, and emerging diseases. Additionally, the employment outcomes of graduates from targeted departments were collected to examine the distribution of talent across various sectors. From October to November 2024, our team organized eight meetings, including two online briefing sessions, three expert consultation meetings, and three regional (northern, central, southern) discussion forums, with a total of 289 participants. Among them, 29 department representatives attended the briefing sessions, while 73 experts participated in the consultation meetings and regional forums.\nOur findings indicated that sustainable development and climate change courses account for the largest proportion of emerging area courses across departments. Feedback gathered during the forums emphasized the importance of strengthening foundational academic skills and enhancing statistical and data processing capabilities (artificial intelligence). Talent flow analysis revealed that graduates from technical universities in environmental engineering, science, or safety health programs predominantly enter the engineering consulting industries, whereas graduates from comprehensive universities are more likely to work in high-tech industries, engineering consulting, or public sectors. Graduates from public health and atmospheric sciences primarily take up positions in government agencies. To encourage more students to join green collar industries, fostering a sense of identity and mission within the environmental field is suggested as a key strategy.",
        "proj_year": "113",
        "org_name": "國環院環教認證中心",
        "exe_unit": "中華民國環境工程學會",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131845927",
        "publish_date": "20250125"
    },
    {
        "chi_title": "113年度苗栗縣氣候變遷減緩及調適工作推動計畫",
        "chi_subject": "因應全球氣候變遷，環境部於去（112）年2月15日公布施行「氣候變遷因應法」，將2050淨零排放目標入法，並增訂氣候變遷調適專章，採取氣候變遷減緩及調適行動，以因應氣候變遷所帶來之衝擊。苗栗縣於同年6月成立「苗栗縣氣候變遷因應推動會」，由縣長擔任召集人，因應氣候變遷議題，透過跨機關局處、團體及產、學、研共同合作，共同推動苗栗縣氣候行動，本年度重點為因應氣候變遷工作推動及配合中央政策落實2050淨零排放規劃，掌握本縣溫室氣體排放資訊，規劃淨零排放項目，執行氣候變遷減緩(溫室氣體減量)、調適等工作，以因應氣候變遷，並達成全面性推動2050淨零排放之目的。\n一、成立及維運本縣氣候變遷因應推動會，召開相關會議，訂定及審議本縣氣候變遷減緩執行方案及調適執行方案暨執行成果報告，以強化本縣參與因應氣候變遷事務之角色。\n二、管考「溫室氣體減量執行方案」執行成效，並編寫年度減量執行方案成果報告，送本縣氣候變遷因應推動會後對外公開。\n三、研訂及管考「氣候變遷調適執行方案」送本縣氣候變遷因應推動會，報請中央主管機關會商中央目的事業主管機關核定後實施，並對外公開。\n四、編寫年度執行方案成果報告，送本縣氣候變遷因應推動會後對外公開。\n五、辦理氣候變遷減緩及調適推廣教育活動，提升公民意識，使民眾一同加入減碳行列。\n六、掌握環境部「氣候變遷因應法」及其相關子法、推動策略。\n七、辦理本縣城市層級溫室氣體排放量盤查、資料庫建立及分析工作，藉以掌握本縣排放基線之特性與減量空間，作為制定符合本縣特色之溫室氣體減量行動及減緩氣候變遷對策之參考基礎。\n八、查核應盤查登錄溫室氣體排放量之排放源管理事宜，掌握本縣納管對象溫室氣體排放情形。",
        "eng_title": "113th Annual Miaoli Climate Change Mitigation and Adaptation Work Promotion Plan",
        "eng_subject": "In response to global climate change, the Ministry of Environment announced the implementation of the Climate Change Response Act on February 15 last year, incorporating the 2050 net-zero emissions target into law, and adding a special chapter on climate change adaptation to take climate change mitigation and adaptation actions. , to cope with the impact of climate change. Miaoli County established the Miaoli County Climate Change Response Promotion Council in June of the same year, with the county magistrate serving as the convenor. In response to climate change issues, Miaoli County will jointly promote Miaoli County through cross-agency, bureau, group, industry, academia, and research cooperation. For climate action, this year’s focus is on promoting climate change response and cooperating with central policies to implement the 2050 net-zero emission plan, grasping the county’s greenhouse gas emission information, planning net-zero emission projects, and implementing climate change mitigation (greenhouse gas reduction), adaptation, etc. , to respond to climate change and achieve the goal of comprehensively promoting net-zero emissions in 2050.\n1. Establish and maintain the county’s climate change response promotion meeting, convene relevant meetings, formulate and review the county’s climate change mitigation implementation plan and adaptation implementation plan and implementation results report, so as to strengthen the county’s role in participating in climate change affairs.\n2. Manage and examine the implementation effectiveness of the Greenhouse Gas Reduction Implementation Plan and prepare an annual reduction implementation plan results report, which will be submitted to the county's climate change response promotion meeting and made public.\n3. Develop and manage the Climate Change Adaptation Implementation Plan and submit it to the county's climate change response promotion meeting, submit it to the central competent authority in consultation with the central competent authority for the target industry, implement it after approval, and make it public.\n4. Prepare an annual implementation plan results report and submit it to the county’s climate change response promotion meeting and then make it public.\n5. Carry out climate change mitigation and adaptation promotion and education activities to enhance citizen awareness and enable the public to join the ranks of carbon reduction.\n6. Understand the Ministry of Environment’s “Climate Change Response Act” and its related sub-laws and promotion strategies.\n7. Handle the inventory, database establishment and analysis of greenhouse gas emissions at the city level in the county, so as to understand the characteristics of the county’s emission baseline and the space for reduction, and formulate greenhouse gas reduction actions and climate change mitigation strategies that are consistent with the county’s characteristics. reference basis.\n8. Inspection: Emission source management matters of registered greenhouse gas emissions should be investigated to understand the greenhouse gas emission situation of the county's managed objects.",
        "proj_year": "113",
        "org_name": "苗栗縣政府環境保護局",
        "exe_unit": "新紀工程顧問有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131806313",
        "publish_date": "20250106"
    },
    {
        "chi_title": "113年國內一般廢棄物處理設施及環保清運車輛智能管理技術支援專案計畫",
        "chi_subject": "本計畫針對國內一般廢棄物處理技術現況與發展方向進行分析，提出具體改善建議。以「多元化垃圾處理計畫」為基礎，推動「多元2.0計畫」，目標包括焚化廠升級、環保設施效能提升及循環經濟體系建構，實現廢棄物處理全面升級。本計畫分析了焚化廠容量不足及掩埋場飽和等問題，提出活化掩埋場及增設機械分選設備等策略；同時，彙整國內外技術及成功案例，如雲林縣零廢棄資源化系統、屏東縣垃圾全分選廠，以及德國的機械生物處理技術等，展現多元化轉廢為能的實踐成果。針對AIoT技術應用，本計畫提出焚化廠智能化升級策略，包含數據分析與預測模型應用，提高運轉效率並降低成本，進一步優化營運。在綠能發展方面，本計畫推動掩埋場轉型為太陽能光電設置場地，透過土地篩選、法律評估與案例分析（如宜蘭中山掩埋場），提出具體建議以達成2050淨零排放目標。此外，本計畫協助縣市推動綜合性廢棄物處理園區發展，結合資源化、綠能化及智能管理，並整合環管署多個廢棄物申報系統，提升信息化管理效能。\n透過與地方政府、專家學者及相關業務人員的交流，進一步探索多元化垃圾處理策略，為推動智慧環保政策落實與技術創新奠定了重要基礎。本計畫已完成辦理3場次地方交流會議總計281人參與；另辦理多元化垃圾處理整體規劃技術論壇1場次，總計78人參與；協助辦理1場次邀請各界專家、學者及業界人士參與運用基金投資垃圾清運處理智能優化減碳系統說明及意見交流會議，計36人出席；辦理1場次焚化廠導入AI技術專業團隊訪視會議及拍攝1支AI智能垃圾車清運車輛短片及圖卡設計，透過設計圖卡、短片作為政策宣傳，強化民眾對於政策的認知。",
        "eng_title": "Technical Support Project for Smart Management Technologies in General Waste Treatment Facilities and Environmental Sanitation Vehicles, Taiwan Year 2024",
        "eng_subject": "This plan analyzes the current status and development direction of domestic general waste treatment technology and puts forward specific improvement suggestions. Based on the Diversified Waste Treatment Plan, we will promote the Diversified 2.0 Plan, with goals including upgrading the incineration plant, improving the efficiency of envi-ronmental protection facilities and building a circular economy system to achieve a comprehensive upgrade of waste treatment. This plan analyzes problems such as insuffi-cient capacity of incineration plants and saturated land-fills, and proposes strategies such as reactivating land-fills and adding mechanical sorting equipment. At the same time, it compiles domestic and foreign technologies and successful cases, such as Yunlin County's zero-waste re-source utilization system, The Pingtung County Waste Sort-ing Plant, as well as German mechanical and biological treatment technology, demonstrate the practical results of diversified waste-to-energy conversion. In view of the ap-plication of AIoT technology, this plan proposes an intel-ligent upgrade strategy for the incineration plant, in-cluding the application of data analysis and predictive models to improve operating efficiency and reduce costs, and further optimize operations. In terms of green energy development, this plan promotes the transformation of landfills into solar photovoltaic installation sites. Through land screening, legal assessment and case analysis (such as Yilan Zhongshan Landfill), specific recommenda-tions are made to achieve the 2050 net-zero emission goal. In addition, this plan assists counties and cities in pro-moting the development of comprehensive waste treatment parks, combining resource utilization, green energy and intelligent management, and integrating multiple waste re-porting systems of the Environmental Management Department to improve the efficiency of information management.\nThrough exchanges with local governments, experts, scholars and related business personnel, we further ex-plore diversified waste treatment strategies, laying an important foundation for promoting the implementation of smart environmental protection policies and technological innovation. This project has completed 3 local exchange meetings with a total of 281 participants; also organized 1 diversified waste treatment overall planning technology forum with a total of 78 participants; assisted in 1 local exchange meeting and invited experts, scholars and indus-try figures from all walks of life to participate in the use of fund investment An explanation and opinion exchange meeting on the intelligent optimization of carbon reduc-tion system for garbage collection and disposal, with 36 people in attendance; 1 visit meeting of the incineration plant’s introduction of AI technology professional team and the filming of 1 AI smart garbage truck removal vehi-cle short film and picture card design. Use design cards and short videos as policy promotions to enhance public awareness of policies.",
        "proj_year": "113",
        "org_name": "環管署一般廢棄物管理組",
        "exe_unit": "晶淨科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131806055",
        "publish_date": "20250120"
    },
    {
        "chi_title": "113年度苗栗縣揮發性有機物及異味污染稽查管制計畫",
        "chi_subject": "「113年度苗栗縣揮發性有機物及異味污染稽查管制計畫」簽約日為113年3月1日，計畫工作執行內容包含：法規符合度查核、VOCs真空不銹鋼筒採樣分析、官能異味檢測作業、防制設備效率驗證、設備元件紅外線洩漏掃描、指紋資料建置作業、輔導改善民眾陳情之工廠、計畫工作SOP提送、新聞稿、自動採樣設備維護作業。\n統計本計畫自簽約日起至113年11月20日止，各項作業執行情形說明如下：（一）法規符合查核係依據「揮發性有機物空氣污染管制及排放標準」執行，其查核內容主要針對廢氣燃燒塔、製程設施、裝載操作設施及槽車、儲槽、設備元件、廢水處理廠及冷卻水塔等8項列管項目進行查核，已完成25製程查核，其查核主要常出現之缺失為「防制設備操作參數與許可規定不符」、「設備元件申報數量與許可登載數量差異逾10%」；（二）VOCs真空不鏽鋼瓶採樣分析，已完成10點次採樣，發現部分公私場所特徵污染物，如氯乙烯、1,2,4-三甲基苯等；（三）官能異味檢測作業，已完成8根次管道官能異味測定，檢測結果皆尚符合管道官能異味排放標準，另完成2點次周界官能異味檢測作業，其中以○○○牧場檢測異味值為45，超過該區域排放標準30；（四）防制設備效率驗證作業，本計畫針對活性碳吸附設備已完成1場次驗證，驗證結果○○○○其防制設備活性碳吸附設備效率檢驗值為56.8%，尚符合許可規範處理效率>20%；（五）設備元件紅外線洩漏掃描作業，已完成6製程掃描，其中○○○○查獲兩顆設備元件有洩漏情形(>1,000ppm)，經廠方現場改善後，尚符合排放標準；（六）指紋資料建置作業，已完成8根次排放管道VOCs物種採樣，皆已完成分析及建檔作業，本計畫將持續執行，完整指紋資料庫；（七）輔導改善民眾陳情之工廠，本計畫今年度輔導業者包含○○○○M04、M06，該家業者因製程區有明顯異味逸散情形，屢遭周邊民眾陳情；以及○○○○M01製程，該製程管末含有較高濃度臭氧生成潛勢物種，且製程有明顯逸散情形，故本計畫針對上述業者安排專家學者輔導改善及減量會議；（八）VOCs自動採樣監測作業，已完成81組\/月VOCs自動採樣監測作業，共架設11處位置，9台設備，其架設位置本計畫將再依據季節風向或民眾陳情狀況進行調整；（九）新聞稿發布，已完成2則新聞稿撰寫，並於公開平台上進行刊登；（十）移動式空品監測車，完成3點位之移動監測，包含保來得周邊、竹南運動公園周邊及田寮里活動中心周邊，其中竹南運動公園周邊監測，經持續蒐研相關證據，會同環保局及固定許可計畫針對可疑對象-○○○○，進廠執行稽查，查獲多筆原(然)料使用量超過許可證核定最大使用量，但仍於10%容許誤差範圍內，故環保局裁定不予以處分，並要求業者盡速改善大量白煙發生情形。\n本計畫工作團隊將持續執行檢測作業外，並利用轄內IoT感測器、自動採樣設備及移動式空品監測車等設備進行分析比對並掌握其污染源，有效紓減陳情案件發生，另針對法規符合度查核缺失之廠商，執行複查工作，並確認廠商改善之方式，由廠商具體承諾完成改善缺失項目，確保苗栗縣之空氣品質。",
        "eng_title": "2024 Miaoli County Volatile Organic Compound Inspection and Odor Pollution Audit Control Project",
        "eng_subject": "The 2024 Miaoli County Volatile Organic Compound Inspection and Odor Pollution Audit Control Project was signed on March 1, 2024. The implementation of the project includes regulatory compliance check, sampling for VOCs vacuum stainless steel bottle analysis, functional odor testing, efficiency verification of prevention equipment, infrared leak scanning of equipment components, creation of fingerprint data, improving the factories that complaints by citizens, SOP submission, press releases, and automatic sampling equipment maintenance.\nFrom the date of signing the project to November 20, 2024, detailed descriptions of the work are as follows: (1) The inspection standards in the regulations are based on the Volatile Organic Compounds Air Pollution Control and Emission Standards. The inspection content mainly targets exhaust gas combustion towers, process facilities, loading operation facilities, storage tanks, equipment components, sewage treatment plants, and cooling towers. The audit has been completed for 30 process inspections. The main common deficiencies in the inspections are The operating parameters of the control equipment are inconsistent with regulations and The difference between the declared quantity of equipment components and the permitted quantity is more than 10%；(2)VOCs vacuum stainless steel bottle sampling analysis, 10 sampling sites have been completed and some pollutants characteristic of public and private places have been found, such as vinyl chloride, 1,2,4-Trimethylbenzene, etc.；(3) Functional odor testing has been completed for 8 ducts and all match the standard. About 2 perimeter functional odor testing points, the Zhan Yun Xiang livestock farm detected an odor value of 45 over the area standard limit of 30；(4) The project has completed 1 validation for the activated carbon adsorption equipment. The efficiency test value of carbon adsorption equipment in The Treasure Lacquer Paint ＆ Printing Ink CO., LTD was 56.8% which complies with licensing specifications and processing efficiency of over 20%； (5) The leakage scanning operation of the infrared line of equipment components has been completed for 6 processes. The 2 equipment of Tong Hsieh Chemical Industrial CO., LTD was inspected for leaks. The emissions reached standard after improvement；(6) Fingerprint data construction operation has been completed, and 8 ducts VOC species samples have been collected, all of which have been analyzed and documented. This project will continue to be implemented to complete the fingerprint database；(7) The project provided counseling to improve the factories that the public has submitted. This year, the project provided counseling to Lien Tai Paper CO., LTD. M04 and M06 which was some odor emission in the process area and Taiwan Shian Shing Technology CO., LTD. which the end of the process tube contained higher concentrations of ozone-generating potential species and there was specific emission in the process. Therefore, this project arranges for experts and scholars to enter the factory to perform coaching improvement and reduction operations；(8) VOCs automatic sampling and monitoring operations, 81 sets of monthly VOCs automatic sampling and monitoring operations have been completed, with a total of 11 locations and 9 pieces of equipment installed, the set up situation will adjust by seasonal wind direction or public complaints；(9) Press Release, 2 press releases have been written and published on the public platform；(10) The mobile air quality monitoring vehicle completed mobile monitoring at 3 locations, including the surrounding of Porite Taiwan Co., LTD, Zhunan Sports Park and Tianliau Village community center. Among them, monitoring around Zhunan Sports Park, after continuous search and research of relevant evidence, together with the Environmental Protection Bureau and the Fixed Licensing Plan, went into the factory to conduct inspections on the suspicious object - Huaxia Bay, and found many cases where the use of raw materials exceeded the maximum limit approved by the license. However, the usage amount was still within the 10% allowable error range. Therefore, the Environmental Protection Bureau ruled that no punishment would be imposed and the industry was required to improve the situation of large amounts of white smoke as soon as possible.\nThe team of this project will continue to carry out inspection operations and use equipment such as IoT sensors, automatic sampling equipment, and mobile air quality monitoring vehicles within the jurisdiction to analyze, compare, and manage the source of pollution, to effectively reduce the occurrence of petition cases. We will also conduct re-examinations for manufacturers that have deficiencies in regulatory compliance checks, and identify ways for manufacturers to improve. The manufacturers will make specific commitments to complete the improvement of the missing items to ensure the air quality of Miaoli County.",
        "proj_year": "113",
        "org_name": "苗栗縣政府環境保護局",
        "exe_unit": "思維環境科技有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131777417",
        "publish_date": "20250109"
    },
    {
        "chi_title": "事業廢棄物運作管理檢討精進計畫",
        "chi_subject": "本計畫藉由檢修廢清法新增事業評估流程，篩選與建立批次管理建議對象，並針對優先評估對象（倉儲業）完成衝擊影響評估與新增列管之可行性建議。針對既有事業，藉由盤點主管法規、行業統計分類及蒐集常見認定疑義，檢修提出事業檢索判定參考資料（初稿）。\n配合資源循環促進法草案規劃方向，研提設施標準及有害事業廢棄物認定標準之優化管理配套建議或因應作法，並提出設施標準整合之（草案）架構。針對事業廢棄物處理方法，彙整國內處理機構及美、日兩國處理方法法規，提出未來可朝向通用、原則性方式之管理建議。另整理近三年常見疑義，研擬設施標準貯存階段圖卡實務輯（初稿）。",
        "eng_title": "Review and Improvement Plan for Operation and Management of Industrial Waste",
        "eng_subject": "By reviewing the assessment process of the newly added industries under Article 2 of the Waste Disposal Act, we screened and established the proposed subjects for batch management, and completed the impact assessment of the prioritized subjects (warehousing industries) and proposed the feasibility of the newly added listing. In addition, for existing industries, we developed and proposed draft guidelines for industry identification and determination by reviewing relevant laws and regulations, industry statistics and classifications, and compiling common doubts regarding industry determination. \nIn line with the draft Resource Circulation Promotion Act, we proposed the optimization and management of facility standards and hazardous industrial waste identification standards, and put forward a draft framework for the integration of facility standards. With regard to the treatment of industrial waste, we have compiled information on domestic treatment organizations and the treatment methods of the U.S. and Japan, and have proposed a general and principled approach for future management. In addition, we have compiled frequently asked questions over the past three years and prepared a draft of the picture practice for the storage stage of the industrial waste.",
        "proj_year": "113",
        "org_name": "循環署再利用推動組",
        "exe_unit": "環科工程顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131749192",
        "publish_date": "20250101"
    },
    {
        "chi_title": "113年度機車排氣分析儀巡迴查核檢校計畫",
        "chi_subject": "為維持機車排氣定期檢驗站排氣檢驗儀器之精確性及可靠性，國家環境研究院依據「使用中機車排氣分析儀查核標準作業程序」，實行排氣分析儀器巡迴查核檢校計畫。\n　　本計畫工作期程自民國113年3月8日起至民國113年12月31日止。本年度總計查核2,002站次，符合合約規範。年度檢驗站共計需查核1,979站，包含113年7月-114年6月應展延站計606站；111年至112年未查核檢驗站計1,300站；112年查核不合格站計2站；機齡25年以上計29站，環保機關指定站計42站。本年度名單共9站因撤站以及檢驗站請假至12\/31故不執行查核作業(請參考本報告書附件十一)，故初查1,970站，查核不合格132站，不合格率為6.7%。本計畫因應「機車排放空氣污染物檢驗站設置及管理辦法」自7月1日起不再進行複檢作業，7月1日前應複檢32站複檢結果合格31站，1站複檢作業不合格，已通知環保局應依法通知檢驗站自行送外校，外校結果合格。\n　　不合格項目分別為102站精確性測試超過允許偏差、10站流量測試不合格、9站洩漏測試不合格及11站基本資料查核不合格(8站面板故障、3站儀器按鍵無法正常使用)。",
        "eng_title": "To maintain the accuracy and reliability of the analyzer at motorcycle exhaust inspection stations..",
        "eng_subject": "To maintain the accuracy and reliability of the analyzer at motorcycle exhaust inspection stations, the Environmental Analysis Laboratory implemented “The audit to emission analyzer of motorcycle exhaust inspection stations.” The Plan implementation period was from March 8, 2024 to December 31, 2024. 2,002 audit was completed. 1,979 emission analyzers were audited, and the failure audit was 132. The failure rate was 6.7%.The reaudit operation of this project has not been conducted since July 1st. Before July 1st, 31 reaudit was passed and 1 reaudit failed. The external calibration required by The Department of Environmental Protection was passed. 102 precise measurement tests, 10 flow check, 9 leak test and 0 reaction time test were failed. 8 screen and 3 button were out of action.",
        "proj_year": "113",
        "org_name": "國環院檢測技術中心",
        "exe_unit": "瑩諮科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131737817",
        "publish_date": "20250131"
    },
    {
        "chi_title": "空氣環境檢測技術盤點與整合優化計畫(2\/2)",
        "chi_subject": "本計畫以空氣檢測方法為對象，延續112年的執行成果，持續針對一些老舊、偵測能力不足、檢測品質有疑慮之方法進行更新、優化、整併及可行性驗證評估。計畫完成的工項包含：(1)完成空氣檢測方法盤點，截至113年11月，空氣及物理類別檢測方法共184個，扣除物理類別及空氣中醋酸等231項方法後，空氣檢測方法有171個，掌握現有檢測技術，作為開發新方法之基礎與指引。(2)113年3月28日完成辦理第一場專家諮詢會議，彙整專家意見，確認今年方法更新清單（10個），篩選理由包含：改善現行方法偵測極限太高（2個）、屬於民國100年以前公告之老舊C類方法且有新版參考方法（6個）、新增排放管道PFAS檢測方法（2個）。(3)針對此10個方法進行新版參考方法蒐集與下載，掌握最新檢測技術並與國際同步接軌，完成方法中文翻譯，作為制定國內方法規範之基礎資料，完成新舊方法評析與優劣，便於選擇高效、低成本、更快速準確的方法。(4)完成方法之空白樣品作法及品管認定標準一致性評估，使檢測過程中的品質管控標準更加明確且統一，提升檢測流程的規範性與可信度。(5)針對早期公告方法圖示不清晰者進行重新繪製，完成繪製20個方法（56個圖示），重新繪製的圖示內容更具細節，標註清晰，圖像呈現更符合實際操作需求，協助檢測人員快速理解並準確執行。(6)完成四組方法整併之可行性評估，顯示NIEA A746.10B與NIEA A751.10B之方法整併較具可行性，方法整併讓檢測更有效率、減少資源重複使用。(7)完成三項調查方法可行性驗證評估，包含：A.確認塗料中最常使用的成膜助劑之揮發性，測試結果顯示高溫加熱下可完全揮發，以此結果修改塗料檢測方法，當成膜助劑影響揮發性有機物含量之計算時，可選擇使用氣相層析法(NIEA A754)測定其含量。B.評估將戴奧辛類多氯聯苯物種納入NIEA A808中，從基質添加標準品及真實排放管道樣品測試結果，其回收率及標準偏差皆符合方法要求範圍內，故納入是可行的，PCDD\/Fs及DL-PCBs分析方法之整併除了可擴充方法之應用性、同時具有節省操作時間及檢測成本等優點，亦可符合國際趨勢及國內需求。C.以空氣濃縮儀測試NIEA A722.76B，在大體積進樣下可降低MDL，同時濃縮設備前端之毛細管柱亦可預先去除管道中水氣干擾，有助於提升分析結果的準確性和靈敏度。(8)篩選重要、具環境檢測業務需求之10個方法，完成空氣污染物調查操作技術程序書之撰寫，並於今年10月24日完成辦理第二場專家諮詢會議，彙整專家意見與修改方法程序書後，提供給國環院作為未來方法增修訂之參考。",
        "eng_title": "Integration and Optimization of Sampling and Analytical Methods for the Determination of Air Pollutants (2\/2)",
        "eng_subject": "This project targets air testing methods and continues the 112-year implementation results. It specifically targets outdated methods with insufficient detection capabilities or quality concerns, and continues to update, optimize, integrate, evaluate, and verify feasibility. The project has completed: (1) Complete the inventory of air testing methods. As of November 2024, a total of 184 testing methods across the air and physical categories are identified. After excluding 13 methods related to the physical category and 231 items such as acetic acid in the air, 171 air testing methods remain. These methods master existing testing technology as a basis and guide for developing new methods. (2) On March 28, 2024, the first expert consultation meeting was completed. The compiled expert opinions confirmed this year’s method update list (10 methods). The reasons for screening include improving current methods with excessively high detection limits (2 methods), old C category methods announced before 2011 with updated reference methods (6 methods). and newly add emission pipeline PFAS testing methods (2 methods). (3) Collect and download new versions of the above 10 methods, master the latest testing technology and synchronize with international standards. Complete the Chinese translations of these methods, which will serve as basic data for the development of domestic method specifications. Comparative analysis of the new and old methods was carried out to assess their advantages and disadvantages, facilitating the selection of more efficient, cost-effective, faster, and more accurate methods. (4) Complete the consistency assessment of the blank sample procedures and quality control certification standard of the method. Ensure more clear and unified quality control standards in the testing process. Improve the standardization and credibility of the testing procedures. (5) Redraw the methods with unclear illustrations in the early announcements. Complete the drawings in 20 methods (56 illustrations). The redrawn illustrations are more detailed, the labels are clear, and the image presentation is more in line with actual operation needs. These revised illustrations assist testing personnel understand quickly and perform accurately. (6) Completed the feasibility assessment of the integration of four groups of methods, showing that the integration of NIEA A746.10B and NIEA A751.10B methods is more feasible. Method integration can enhance testing efficiency and reduce resource reuse. (7) Complete the feasibility verification assessment of three investigation methods, including: A. Confirm the volatility of the most commonly used film-forming aids in paints. The test results show that they can be completely volatilized under high-temperature heating. Based on these findings, the paint testing method was revised. When the film-forming aid affects the calculation of volatile organic compound content, gas chromatography (NIEA A754.1) can be used to measure its content. B. Evaluating the inclusion of dioxin-like polychlorinated biphenyls (DL-PCBs) into NIEA A808. Results from matrix-spiked standard samples and real pipeline samples showed that recovery and standard deviations were within the method's required range, making the inclusion feasible. The integration of PCDD\/Fs and DL-PCBs analysis methods not only expands the applicability of the method, but also offers advantages such as saving operational time and reducing testing cost. It also aligns with international trends and domestic needs. C. Testing NIEA A722.76B with an air concentrator. Under high-volume sampling, the method can lower the method detection limit (MDL). Additionally, the capillary column at the front end of the concentrator can pre-remove water vapor interference, which helps to improve the accuracy and sensitivity of the analysis results. (8) Screen 10 important methods that meet environmental testing business needs. Complete the writing of operation technical procedures for air pollutant survey. On October 24, 2024, the second expert consultation meeting was held to gather expert opinions. After incorporating feedback and revising the procedure manuals, the finalized documents were provided to the National Environmental Research Academy (NERA) as a reference for future method revisions.",
        "proj_year": "113",
        "org_name": "國環院檢測技術中心",
        "exe_unit": "財團法人工業技術研究院",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131732097",
        "publish_date": "20250124"
    },
    {
        "chi_title": "113 年事業廢水特性分析及管理評估計畫",
        "chi_subject": "計畫已歸納國內外持久性有機污染物管理管制動態及國內事業製程運作情形，並調查廢污水全氟化合物、得克隆及UV-328濃度。23個樣品18項全氟化物檢出濃度介於0.00118~2.25 μg\/L；22點次水樣檢測結果顯示均無檢出順式得克隆及反式得克隆；20點次水樣UV-328檢出濃度介於0.00754~16.9 μg\/L。另外，計畫調查國內醫院、公共污水下水道系統廢污水及環境水體之9項藥物濃度，醫院原廢水濃度最高之藥物為頭孢他啶 (2.34~6,480 μg\/L) ，放流水濃度最高之藥物亦為頭孢他啶 (0.244~2,390 μg\/L)。公共污水處理廠原污水檢出濃度最高之藥物為二甲雙胍 (57.1、101 μg\/L)，放流水檢出濃度最高之藥物為頭孢他啶 (9.23、11.6 μg\/L)。環境水體僅二甲雙胍檢出濃度高於1 μg\/L。為確保河川水體品質，本計畫針對氨氮、硼、戴奧辛及發電廠燃煤總汞等進行盤點與調查，掌握事業廢污水之排放風險。調查結果顯示2家電鍍業放流水硼濃度超過管制限值。此外，本計畫已協助研擬放流水標準修正草案 (有關磷管制議題等)，以及水污染防治措施及檢測申報管理辦法修正草案 (有關全氟化合物、藥物檢測申報議題)。",
        "eng_title": "Industrial Wastewater Characteristics Analysis and Management Assessment Project",
        "eng_subject": "The project has summarized both domestic and foreign persistent organic pollutants (POPs) management and the industrial POPs usage in Taiwan. It also investigated the concentrations of perfluorinated compounds (PFCs), Dechlorane Plus (DP), and UV-328 in wastewater. The analysis of 23 samples revealed that the concentrations of 18 PFCs ranged from 0.00118 to 2.25 μg\/L. No syn-DP or anti-DP was detected in 22 water samples, while the concentration of UV-328 was detected in 20 samples, ranging from 0.00754 to 16.9 μg\/L. In addition, the project investigated the concentrations of nine pharmaceutical compounds in wastewater from domestic hospitals, public sewage treatment plants, and environmental water bodies. The highest concentration of pharmaceuticals in hospital raw wastewater was observed for ceftazidime (2.34–6,480 μg\/L), and the highest concentration in hospital effluent was also for ceftazidime (0.244–2,390 μg\/L). In public sewage treatment plants, the highest detected concentration in raw wastewater was for metformin (57.1 and 101 μg\/L), and in effluent, the highest concentration was again for ceftazidime (9.23 and 11.6 μg\/L). Only metformin was detected in environmental water bodies at concentrations exceeding 1 μg\/L. To ensure river water quality, the project also conducted surveys on ammonia nitrogen, boron, dioxins, and total mercury of coal in coal-fired power plants, assessing the pollution risk of wastewater discharge. The findings indicated that two electroplating industries had effluent boron concentrations exceeding the effluent standard. Furthermore, the project assisted in drafting amendments to Effluent Standards (addressing issues such as phosphorus control) and proposed revisions to Water Pollution Control Measures and Test Reporting Management Regulations (focusing on the test reporting of PFCs and pharmaceuticals).",
        "proj_year": "113",
        "org_name": "環境部水質保護司",
        "exe_unit": "財團法人中興工程顧問社",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131728587",
        "publish_date": "20250109"
    },
    {
        "chi_title": "113年環境影響評估專業研析及決策支援計畫",
        "chi_subject": "本計畫主要工作內容包括協助環評委員審查各環境影響評估（以下稱環評）案件時，所涉及各面向領域之資料蒐集、彙整與分析工作，進而協助環境部縮短環評審查案件時程，提升審查效率。\n本計畫完成工項包含(1)聘請專長人員協助環評委員、(2)定期收集彙整「專長人員協助月報表」、(3)舉辦「環境部環境影響評估審查委員會委員意見交流會」、(4) 環境管理相關業務整合支援協助、(5)提供1案專業審查意見，包含環境影響評估書件中涉及地質項目、基地地質調查及地質安全評估報告等內容、(6)提供碳捕捉利用及封存、地熱、太陽光電、高樓建築等開發行為，國外管制規定或應否環評規定相關資料給部內參考，並辦理「開發行為應實施環境影響評估細目及範圍認定標準」部分條文修正草案研商會議及「礦業環評案件審查建議事項」專家學者討論會議各一場次(7)提供10件環評議題諮詢與資料彙整作業、22件法律意見諮詢、98件次模糊文字篩選作業、以及提供專案小組召集人19件”個案提環評委員會”之說明資料初稿。",
        "eng_title": "Analysis of Environmental Impact Assessment and decision-making supporting project in 2024",
        "eng_subject": "The scope of the project includes the data collection and analysis, for the Environmental Impact Assessment (EIA) committee’s reviewing process. The purposes of this project were to improve the efficiency of the review process.\nThe main result includes: (1)hired specialists to assist the EIA committee, (2)monthly progress reports of data collection, (3)assisted to hold the Environmental Impact Assessment Review Committee's Opinion Exchange Meeting, (4) Providing support for the integration of environment-related management tasks, (5) provided 6 professional evaluation recommendations for geological projects, basic geological surveys, geological safety assessment reports and other content in the assessment reports, (6) Supplying the Ministry with relevant regulatory information or EIA applicability requirements for activities such as carbon capture, utilization, and storage (CCUS), geothermal energy, solar photovoltaics, and high-rise buildings. Additionally, holding one consultation meeting for draft revisions to the Standards for Determining the Scope and Content of Environmental Impact Assessments for Development Activities and one expert discussion meeting on Recommendations for Reviewing Mining EIA Cases. , (7)assisted in 10 topics regarding the EIA consultation, 22 cases of legal consultation, and 98 cases of the fuzzy text screening process, provide the convener of the task force with the draft of 19 written Information for “the case submission to the EIA committee”.",
        "proj_year": "113",
        "org_name": "環境部環境保護司",
        "exe_unit": "財團法人環境資源研究發展基金會",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131687643",
        "publish_date": "20250110"
    },
    {
        "chi_title": "臺中市-113年資源循環工作計畫",
        "chi_subject": "臺中市政府為提昇垃圾減量成效，遂由臺中市政府環境保護局(以下簡稱環保局)積極推動各項源頭減量及資源回收相關工作，透過「113年度臺中市辦理源頭減量與資源循環及網路平台維護綜合管理計畫」(以下簡稱本計畫)委託執行指定業者相關源頭減量、資源回收宣導工作，並持續推動資源循環政策，以強化本市民眾及指定業者配合現行各項法令及政策，進而達到落實源頭減量及資源回收之目的。",
        "eng_title": "Taichung City -113 resource recycling project work",
        "eng_subject": "In order to improve the effectiveness of waste reduction, the Taichung City Government's Environmental Protection Bureau (hereinafter referred to as the Environmental Protection Bureau) actively promotes various source reduction and resource recycling related work, through the 113 Taichung City Handling Source Reduction, Recycling and Resource The Integrated Management Plan for Recycling and Web Page Maintenance (hereinafter referred to as the plan) entrusts designated industries to implement related source reduction and resource recycling promotion work, continue to promote resource recycling policies and exchange mechanism to strengthen the cooperation between the city's people and designated industries. Various current laws and policies are implemented to achieve the purpose of source reduction and resource recycling.",
        "proj_year": "113",
        "org_name": "臺中市政府環境保護局",
        "exe_unit": "京丞資源國際有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131680241",
        "publish_date": "20250115"
    },
    {
        "chi_title": "淨零政策之環境風險評估生物指標建立-植物性浮游生物及藻類AI辨識系統",
        "chi_subject": "水資源是全球最重要的自然資源，水資源的維護及建立為保障社會和經濟發展的關鍵，為避免水源水質破壞因應之水源保護政策致訂有嚴格之規範，並且有系統制定目標進行管理。淨零政策之環境風險評估生物指標建立-植物性浮游生物及藻類AI辨識系統計畫，即為維護良好水域，除了建立最新台灣水域常見的藻類圖冊，並結合新興科技AI學習、創造和影像辨識軟件，以AI辨識系統新趨勢，推動藻類AI辨識系統來進行水質監測。\n計畫有兩個具體目標，目標一、建立臺灣植物性浮游生物圖片圖冊，本期期末階段已完成120個物種，包括摘述物種特徵、常出現地點以及水環境條件等相關資訊。目標二、製作植物性浮游生物人工智慧(AI)辨識軟體，期中階段已收集建置50種(屬)藻類數位影像，包括確定之學名或屬名或科名，接物鏡使用倍數，達到初步的訓練條件。\n建立之臺灣植物性浮游生物圖冊，預期能給國內有關藻類鑑識工作人員提供最新藻類圖鑑科普教育之推廣外，配合人工智慧AI辨識系統，將可以大幅降低藻類鑑識之困難度與時間成本，進而大幅提升藻種判定之精確度，對於未來緊急突發性水汙染事件，可利用此創新的藻類鑑識技術，發揮水質預警功能。",
        "eng_title": "Establishing Biological Indicators for the Environmental Risk Assessment under Zero-Emission Policy-Identification of Phytoplankton and Algae with Artificial Intelligence Recognition Technique",
        "eng_subject": "Water is the most important natural resource on the earth.  The appropriate exploitation and conservation of water resources are critical to ensure social security and economic development.  Therefore, stringent regulations have been promulgated through the water resource protection policies, and systematic goals have been set for management.  This project including establishing a pictorial album of common algal species found in Taiwan’s water bodies and algal recognition system based on self-learning and creating AI algorithms, aims at upgrading water quality monitoring technique by using the new AI-assisted recognition technique.\n    The first objective of this project is to establish a pictorial agal album, which includes the pictures and their characteristics of 120 phytoplankton species, and the information about their typical locations, the water environmental conditions and more.  The second objective is to establish an AI-assisted recognition system for algal species. As of the mid-project stage, the system has been tested and met the preliminary training performance requirement, including the digital images of 50 algal species (genera) with confirmed scientific names, genus or family names, and the magnification power of the microscope.\n    The established pictorial album of phytoplanktons is expected to be used by investigators for the identification of algae and the promotion of popular science education.  The difficulty and time cost of algal recognition will be significantly reduced and the accuracy of identification will be greatly raised with the help of the AI-assisted algal recognition system.  This innovative algal recognition technique will also become an effective tool for early-warning for accidental water quality pollution events in the future .",
        "proj_year": "113",
        "org_name": "國環院檢測技術中心",
        "exe_unit": "藻田生態有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131663636",
        "publish_date": "20250131"
    },
    {
        "chi_title": "新北市113年健全稽查專精能力及專業跨域支援量能",
        "chi_subject": "「113年度新北市智慧執法及健全稽查專精能力計畫」針對空污、水污等領域，運用專業科技儀器與導入專家學者之經驗，以精進稽查人員各項專業能力，並提升新北市整體之稽查量能，讓陳情處理及污染源稽查更有效率，提升環境品質，增加民眾對政府的信任與滿意度。",
        "eng_title": "New Taipei City Smart Law Enforcement and Improving auditing Specialized Capabilities Project",
        "eng_subject": "The 2024 New Taipei City Smart Law Enforcement and Improved Inspection Specialty Capacity Plan targets areas such as air pollution and water pollution. It uses professional technology equipment and introduces the experience of experts and scholars to improve the professional capabilities of inspectors and enhance the overall quality of New Taipei City. The inspection capacity will be increased to make petition handling and pollution source inspection more efficient, improve environmental quality, and increase public trust and satisfaction with the government.",
        "proj_year": "113",
        "org_name": "新北市政府環境保護局",
        "exe_unit": "偉創綠技術股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131655144",
        "publish_date": "20250103"
    },
    {
        "chi_title": "113年氣候變遷調適及管理對策研習專案計畫",
        "chi_subject": "本計畫於113年11月30日至12月7日及12月8日至14日分別前往德國與韓國，透過研習與參訪了解德國與韓國氣候變遷調適策略及循環經濟推動經驗，掌握淨零排放與廢棄物管理的推動模式。德國班聚焦城市轉型、循環經濟與淨零政策推動經驗，韓國班則專注於一般廢棄物源頭減量與資源回收利用，兩地皆提供豐富的環境管理推動經驗，為台灣相關政策與永續發展提供重要借鑒。\n德國班於波昂及柏林進行研習及參訪，並拜會相關單位，包括ICLEI（地方永續發展理事會）、瑞曼迪斯利珀廠（循環園區）、EUREF-Campus（環境創新園區）及C2C NGO等多處環境先進場域。其中，瑞曼迪斯廠區展示了創新廢棄物回收技術，將廢棄物轉化為可用資源；EUREF-Campus則提供能源轉型與智慧城市示範，展現德國在循環經濟與能源轉型領域的領先成果。此外，歐盟永續指令法規與碳定價的推動進一步強化了其在淨零目標上的實踐力。\n韓國班則於首爾辦理，主要考察麻浦資源回收設施、鎮川太陽能板資源回收中心、高陽市生物質能源回收設施及首爾新活用廣場等地。韓國的計量付費制度及生產者責任延伸制有效提升了回收率，垃圾焚化發電與生物質沼氣發電則顯著減少廢棄物最終處置量。公營的鎮川廢太陽能板回收中心展示了廢太陽能板回收再利用的技術創新，而本次亦拜會首爾市政府氣候環境本部資源回收推進團，進行城市廢棄物減量政策之交流。",
        "eng_title": "Visiting and Learning Program on Climate Change Adaptation and Management Strategies",
        "eng_subject": "This program was conducted from November 30 to December 7 and December 8 to 14, visiting Germany and South Korea respectively. Through workshops and site visits, the program aimed to explore strategies for climate change adaptation and circular economy practices in these countries, gaining insights into promotion models for achieving net-zero emissions and waste management. The Germany delegation focused on experiences in urban transformation, circular economy, and net-zero policy promotion, while the South Korea delegation emphasized general waste source reduction and resource recycling. Both countries provided valuable examples of environmental innovation to guide Taiwan's policies and sustainable development.\nThe Germany delegation held workshops and visits in Bonn and Berlin, engaging with key organizations and sites, including ICLEI (Local Governments for Sustainability), the Remondis Lippe Plant (circular economy park), EUREF-Campus (environmental innovation campus), and C2C NGO. The Remondis plant showcased innovative waste recycling technologies that transform waste into usable resources. EUREF-Campus provided examples of energy transition and smart city initiatives, demonstrating Germany's leadership in the fields of circular economy and energy transformation. Additionally, the implementation of EU sustainability directives and carbon pricing further reinforced its efforts toward achieving net-zero goals.\nThe Korea delegation will conduct its activities in Seoul, primarily visiting locations such as the Mapo Resource Recovery Facility, Jincheon Solar Panel Recycling Center, Goyang City Biomass Energy Recovery Facility, and the Seoul Upcycling Plaza. Korea's volume-based waste fee system and extended producer responsibility (EPR) system have effectively improved recycling rates. Waste-to-energy incineration and biomass biogas generation have significantly reduced the volume of waste sent to final disposal. The Jincheon Waste Solar Panel Recycling Center demonstrates innovative technologies for the recycling and reuse of discarded solar panels. Additionally, the delegation will meet with the Resource Recovery Facilities Bereau of the Climate and Environment Headquarters at Seoul Metropolitan Government to exchange insights on urban waste reduction policies.",
        "proj_year": "113",
        "org_name": "國環院環教認證中心",
        "exe_unit": "技佳工程科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131637869",
        "publish_date": "20250116"
    },
    {
        "chi_title": "113年度土壤及地下水污染調查及查證工作計畫-桃園市",
        "chi_subject": "本計畫工作內容包括：執行桃園市場址改善後之驗證作業、工業區預警網地下水監測、監測井巡查及維護、列管場址巡查、場址定期監測、場址巡查監督、民眾陳情緊急應變工作、法規宣導會及相關行政協助。(一)依據公開評選投標須知補充規定，得標廠商應於決標後10日內，提送「委託計畫之品保規劃書」送環境部審查，已於1月26日核備；(二)調查與查證：工廠類污染場址驗證，執行7處工廠污染場址驗證，已執行16點農地驗證；(三)監測井巡查維護作業：30口次監測井維護更新，15口次井體設施修復，執行5口次標準監測井之廢井作業，60口次井中攝影及60口次微水試驗， 31口再次完井維護及改善作業，執行5口次異物移除，5口次廢井作業及新設1口監測井；(四)場址定期監測工作：地下水受限制使用區，針對1處場址已完成採樣分析；(五)工業區預警系統地下水監測：完成豐枯水期6口次地下水採樣監測；(六)貯存系統管理：加油站土氣檢測已完成37站次、法規符合度複查作業已執行45站次；(七)公告事業用地查證及技師查核：公告事業8、9條申報及查核作業，已完成148件審查作業，並提送未依規定申報及疑義廠址篩選原則，篩選後提送土污法第8、9條申報清查調查及查證作業，初篩結果及資料核對補充，技師查核已提出執行規劃書，執行10件次簽證查核；(八)事業土壤及地下水污染預防作業：已依照環境部下達作業指引完成規劃，完成辦理說明會，執行完成92場現勘查核作業，辦理16間事業污染查證作業；(九)辦理爭訟案件作業：已執行1件次法律諮詢案件； (十)法規及預防管理宣導：本年度已完成辦理4場次土壤及地下水宣導業務說明會；(十一)緊急應變事件處理：執行14場次民眾陳情緊急應變工作及調查作業。",
        "eng_title": "Soil and Groundwater Investigation and Verification Project of Taoyuan City at 2024",
        "eng_subject": "The work of this project includes: implementation of verification operations after the improvement of the Taoyuan market site, groundwater monitoring of the early warning network in the industrial zone, inspection and maintenance of monitoring wells, inspection of the management site, regular site monitoring, site inspection and supervision, and emergency response to public complaints Work, laws and regulations publicity meeting and related administrative assistance. (1) According to the supplementary provisions of the public selection and bidding instructions, the winning bidder should submit the Quality Assurance Plan of the Entrusted Plan to the Environmental Protection Agency of the Executive Yuan for review within 10 days after the bid is awarded, which has been verified on January 26th. (2) Investigation and verification. Factory pollution site verification, 7 factory pollution sites, and 3 farmland site verification have been carried out. (3) Groundwater monitoring of industrial zone early warning system, 3 times (6 times in total) have been completed in high and dry seasons ) groundwater sampling monitoring. (4) Regular monitoring of the site:One site has been implemented in the restricted use area of groundwater; (5) The inspection of monitoring wells completed 365 times in the first half of the year and 366 times in the second half of the year. In view of the abnormal inspection operations completed in 2011 (signposts, stagnant water, covered by asphalt and other situations, they have been The appearance maintenance of 30 monitoring wells, the repair of facilities of 15 monitoring wells, the in-well photography of 60 wells, the micro-water test of 60 wells, the re-completion of 31 wells, the removal of 5 foreign objects, 5 abandoned wells were completed on site and installation of a  Monitoring Wells. (6) Execute 14 The public report emergency response work and investigation work. (7) Announcement of 89 declarations and inspections, 148 inspections have been completed and the principles of non-declaration and doubtful site selection have been submitted. After screening, submit to the Soil Pollution Law Section Articles 8 and 9 Declaration of Inventory Investigation and Verification Operation_Preliminary Screening Result and Data Check and Supplement.(8) Industrial of soil and groundwater prevation had been survey for 92 industrials with high pollution potential. (10) This year, 11 soil and groundwater publicity business briefings have been completed.",
        "proj_year": "113",
        "org_name": "桃園市政府環境保護局",
        "exe_unit": "亞太環境科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131629165",
        "publish_date": "20250131"
    },
    {
        "chi_title": "113年度嘉義市機車污染稽查管制及運具電動化推動計畫",
        "chi_subject": "台灣因生活圈集中，使得有機動、便捷及停車方便等特性之機車成為台灣一般民眾所依賴之交通工具。尤其嘉義市加上地小人稠的特性，因此機車密度位居台灣各縣市之第二位。由於一般車主對於自己的車輛多半欠缺定期維護保養的觀念，僅注意性能而忽略了廢氣排放的情形，若再加上車輛老舊，無形中更會加速空氣品質之惡化。\n為了有效降低機車排放之廢氣，環境部於82年度開始推動「機車排氣定期檢驗制度」，並且於100年度起規定機車出廠滿5年後，每年需實施機車定檢一次，同時也加嚴機車排放標準，除此之外，並積極推廣使用低污染車輛（如電動機車及低污染噴射引擎機車等），以減少廢氣排放污染。目前嘉義市轄區內已設置50站機車排氣檢驗站，提供民眾完成機車年度定檢的服務作業，除了管理機車檢驗站促使其提供良好之檢測服務及品質外，還會透過稽查、通知及宣導等方式，針對本市使用中之未定檢機車進行管制，以落實機車定期排氣檢驗及保養制度之推廣。更創全國之先驅，以環保局為機構主體，並納入全市的機車排氣定期檢驗站，率先通過TAF檢驗機構國際認證。\n計畫執行進度截至12月15日止，各量化目標達成進度如下：實施機車未定檢管制如下說明：路邊機車攔檢部分，計辦理22場次，攔檢機車1,061輛次，經檢驗不合格46輛次，不合格率為4.3%，進度達成率106.1%。機車未定檢巡查完成稽查4,973輛次，進度達成率165.8%；移動式車牌辨識未定檢機車通知5,333輛，回覆4,701輛，回覆率為88.1%，進度達成率106.7%；傳統市場固定式車牌辨識未定檢機車通知5,203輛，回覆4,921輛，回覆率為94.6%，進度達成率130.1%；簡訊通知(含定檢通知及逾期催檢通知)22,769件，進度達成率113.8%。\n為了提升機車檢驗站檢測品質及實際查核檢驗站發生的問題，因此針對轄區內機車檢驗站採取現場實車秘密查核作業。利用現場實車查核作業可調查檢驗站各項缺失改善狀況、是否有不當調修或強行維修及任意調高維修費用等違法情事發生。更透過此實車查核作業提昇檢驗站針對檢驗流程、檢驗品質等各項作業上品保品管之落實，提高檢測數據之公信力。已實施實車秘密查核57站次，計有2站次違反「機車排放空氣污染物檢驗站設置及管理辦法」相關作業規定。\n依據環境部「空氣品質維護區移動污染源管制措施之擬訂及審查作業說明」劃設嘉義市東(含共和)市場為空氣品質維護區，相關計畫書已於111年5月2日提送環境部審查，111年9月19日獲環境部核定為空氣品質維護區；111年9月30日本市公告東(含共和)市場為空氣品質維護區，並於112年1月1日起分2階段正式施行。第一階段管制對象：進出之二行程機車逾期未完成最近一次排氣定期檢驗者。管制範圍以東(含共和)市場周邊道路內圍，不含周邊道路(和平路、吳鳳北路、民族路、光華路及公明路等)。第二階段將於自115年1月1日起，行駛於空氣品質維護區之出廠滿5年之燃油機車，經環保局車牌辨識系統辨識或巡查稽查確認未完成年度定期排氣檢驗，依空氣污染防制法第40條暨同法第76條處新臺幣500元以上6萬元以下罰鍰，按次處罰。\n環境部於112年1月11日公告「老舊車輛汰舊換新空氣污染物減量補助辦法」，自112年起淘汰淘汰老舊機車換購電動機車給予補助。嘉義市113年度辦理淘汰老舊機車及換電動機車等，淘汰老舊機車或換購電動機車等3,872輛，預估削減污染排放量為PM100.8289公噸\/年、PM2.50.6273公噸\/年、NOX3.7315公噸\/年、NMHC15.9615公噸\/年、CO 48.5188公噸\/年。",
        "eng_title": "024 Chiayi City Plan for Motorcycle Pollution Auditing and Control and Promotion of Electric Transportation Vehicles",
        "eng_subject": "As of 15 December, the quantified targets of project progress have been achieved as follows: for the failure to report to motorcycle inspection, 22 session of roadside inspection were organized on 1,06motorcycles and 46failed the inspection with the fail rate of 4.3% and progress achievement of 106.1%; 4,973motorcycles were audited for failure to report to inspection for the progress achievement of 165.8%; the owners of 5,333 motorcycles were notified for inspection through license plate recognition, and 4,701replied the notification with the reply rate of 88.1% and progress achievement of 106.7%; the owners of 5,203motorcycles were notified for inspection through license plate recognition at grocery markets and 4,921 replied with the reply rate of 95.6% and progress achievement of 130.1%; and22,769notifications were sent through text message, including notification for periodical inspection and those for overdue inspections, for the progress achievement of 113.8%. \nAnonymous field audits were performed on motorcycle inspection stations in Chiayi City to improve the inspection quality of these stations and find out what issues these stations are experiencing. The audits were performed to investigate the flaws of the stations and how they were corrected, and if there were any foul plays, such as inappropriate tuning, forceful maintenance and highballing. In addition, the audits served to improve the implementation of quality control and assurance by the inspection stations in terms of inspection process and quality, thus increasing the credibility of the test data. 57 of such audits were performed and 2 station was found violating the “Regulations for the Establishment and Management of Air Pollutant Emissions Inspection Stations for Motor Vehicles”. \nThe East Market (and the Republic Market) of Chiayi City were selected as an air quality maintenance zone by MOENV according to the “Directions for establishment and review of control measures for mobile pollution sources in air quality maintenance zone”. The plan was submitted to MOENV on 2 May 2022, and the proposed area was approved by MOENV on 19 September 2022 as an air quality maintenance zone; the East Market (and the Republic Market) was announced as an air quality maintenance zone on 30 September 2022, and it was implemented in 2 stages from 1 January 2023. The control targets for Stage 1 are motorcycles that are powered by 2-stroke engine but fail to report to the most recent periodical exhaust inspection. The scope of control is enclosed by the roads and streets around the East Market (and the Republic Market), but not including the surrounding roads, such as Heping Road, Wufong Road, Minzu Road, Guanghua Road and Gongming Road. Stage 2 will start from 1 January 2026 and fuel-powered motorcycles that are more than 5 years old, are running in the air quality maintenance area and have failed to report to the annual periodic exhaust inspection after identification by the Environmental Protection Bureau's license plate recognition system or patrol inspections will be subject to punishment of a fine between NT$500 and 60,000 per Article 40 and 76 of the Air Pollution Control Act. One punishment is imposed for every violation. \n\nThe “Regulations on Scrappage and Subsidy for Reducing Air Pollution Emissions by Replacing Old Vehicles with New Ones” were announced by MOENV on 11 January 2023, and the subsidies for replacement of old motorcycles with electric ones started in 2023. As such, Chiayi City started the subsidy for the replacement in 2024. From January to 15 December, subsidies were provided for 3,872retired old motorcycles or electric motorcycles purchased for replacement. The reduction of pollutant emissions was estimated 0.8289tons\/year for PM10, 0.6273tons\/year for PM2.5, 3.7315tons\/year for NOX, 15.9615 tons\/year for NMHC, and 48.5188tons\/year for CO.",
        "proj_year": "113",
        "org_name": "嘉義市政府環境保護局",
        "exe_unit": "澄品顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131618570",
        "publish_date": "20250114"
    },
    {
        "chi_title": "113年環境商品與服務統計",
        "chi_subject": "由聯合國多年來推動之環境與經濟帳系統（SEEA），適合作為了解我國環境保護與資源管理現況整合評估的基礎工具，環境商品與服務部門帳（EGSS）由所有提供環境商品與服務的生產者構成，所有為環保或資源管理目而生產、設計和製造的商品都屬於EGSS的調查和統計範圍，其目的為統計與計算的結果能提供環境商品、服務和技術生產的指標。今（113）年度參考110年EGSS帳表編製結果，於第二章重新盤點環境產品清單，項目經過刪減與增修後，我國產品項目清單調整為84項，並完成111年度環境商品與服務部門帳（EGSS）。\n本計畫今年度試編結果，EGSS四大變量結果之產值為1,211,937百萬元，附加價值為401,221百萬元，出口值為283,807百萬元，就業人數為280,323人。相較前次計畫編製之110年EGSS帳表及本次計畫編製之111年EGSS帳表（Year-over-Year，以下簡稱YoY），YoY111產值較110年增加76,970百萬元，增加比例為6.78%。\n附加價值YoY111年較110年增加12,997百萬元，增加比例為3.35%；出口值YoY111年較110年增加85,892百萬元，增加比例為43.40%；就業人數YoY111年較110年減少15,764人，減少比例為5.32%。111年我國國內生產毛額GDP（名目值）22,679,843百萬元，111年EGSS之附加價值占我國GDP的1.77%，相較於110年EGSS附加價值占我國GDP之比例1.79%，比例有所減少。",
        "eng_title": "2024 Environmental Goods and Services Sector Statistics",
        "eng_subject": "The System of Environmental-Economic Accounting (SEEA), promoted by the United Nations for many years, serves as a fundamental tool for integrated assessment of Taiwan's current state of environmental protection and resource management. The Environmental Goods and Services Sector (EGSS) is composed of all producers providing environmental goods and services. All goods produced, designed, and manufactured for environmental protection or resource management purposes fall within the scope of EGSS surveys and statistics. The aim is to provide indicators of the production of environmental goods, services, and technologies through statistical and computational results.\nThis year (2024), based on the compilation results of the EGSS accounts for 2021, the list of environmental products was reviewed in Chapter 2. After deletions and revisions, the list of Taiwan's products was adjusted to 84 items, and the EGSS accounts for 2022 were completed.\nAccording to the results of this year’s trial compilation, the four major variables of EGSS for 2022 were as follows:\nOutput: NT$1,211,937 million\nGross Value Added (GVA): NT$401,221 million\nExports: NT$283,807 million\nEmployment: 280,323 persons\nCompared to the 2021 EGSS accounts from the previous project and this year’s compilation of the 2022 EGSS accounts (Year-over-Year, YoY), the YoY change for output in 2022 was an increase of NT$76,970 million, representing a 6.78% increase. However, the GVA in 2022 increased by NT$12,997 million, a 3.35% increase compared to 2021. Exports increased by NT$85,892 million, representing a 43.40% increase, while employment decreased by 15,764 persons, a 5.32% decrease.\nIn 2022, Taiwan's nominal GDP was NT$22,679,843 million, with the EGSS GVA accounting for 1.77% of GDP, down from 1.79% in 2021.",
        "proj_year": "113",
        "org_name": "環境部統計處",
        "exe_unit": "典通股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131604421",
        "publish_date": "20250102"
    },
    {
        "chi_title": "花蓮縣113年度「優質公廁及美質環境推動計畫」經常門補助計畫",
        "chi_subject": "本計畫主要工作包括「執行公廁管理維護稽查與宣導」、「天災復原或環境整潔維護」、「登革熱、病媒防治與空屋空地及環境衛生稽巡查」及「環境衛生宣導及教育」等4大面向，並配合環境部環境管理署及本局重大政策施行，推動鄉（鎮、市、區）及村里參與各項環境衛生工作。結合民間團體、組織熱心義工等社會資源，發動全民參與環境清潔維護，以落實消除髒亂，確保環境整潔，提升生活環境品質。。\n本計畫今年度自113年1月2日正式簽約開始執行，在期末報告工作量化成果中，統計至113年10月15日止，各項工作逐月完成數量及累計進度均依照預定進度達成合約規範。本計畫除了要求數量上達成，亦要求能在品質上提昇，因此工作小組每月提送月成果報告於花蓮縣環境保護局核定，各項工作詳細成果說明請參閱後續各章節內容所述，以下就本年度計畫執行之成果摘要說明如下：\n（一）公廁巡查作為：每月辦理環管署列管重點公廁稽巡查及巡查資料系統登錄作業，截至113年10月15日止，本縣列管公廁共計786座，共計稽巡查3,267座次，其中特優級共784座，佔本縣列管公廁99.75%，較去年99.24%提升0.51%；優等級共計2座，佔本縣列管公廁0.25%，較去年0.76%下降0.51%；無普通級公廁。\n（二）公廁改善作為：環管署通報案件皆通報管理單位改善並依限回覆，累計通報70件。\n（三）公廁清掃學習活動（含優質如廁文化推廣）：第1場次為種子教師培訓，第2場次至四維高中辦理，由第1場次參訓之種子教師擔任講師，並設計學習單予學生填寫。\n（四）臉書宣導推廣：針對環境衛生規劃不同宣導內容，如登革熱宣導、空地空屋雜草、環境用藥及菸蒂不落地等項目。今年度特別以目前流行之短影音方式進行拍攝宣導。\n（五）強化公廁場站維護\n1.協助追蹤管控「112-113年」及「113年」申請補助單位修繕公廁單位進度。112-113年公廁申請補助計畫，本縣共有花蓮縣政府農業處、花蓮縣消防局(新秀消防分隊、鳳林消防分隊)2處、花蓮縣政府民政處、花蓮縣政府社會處、花蓮縣政府行研處(縣府西北側、社會處)2處、花蓮縣政府地方稅務局、花蓮縣政府文化局、花蓮縣富里鄉公所共計8單位10處共50座，目前各處工程皆已完工，第一次計畫變更於9月4日完成核定，並完成文化局、行研處第三期款撥款，後續辦理結案作業中；113年受補助單位：環管署於113年1月30日核定補助，並於113年5月17日核定第一次計畫變更，花蓮縣玉里鎮公所工程已於8月6日完工；花蓮縣消防局北區(美崙、和平)工程進行中，南區(三民、觀音、富里)於9月6日決標；另114-115年修繕計畫已於113年9月20日核定完成，補助對象為光復鄉公有市場及花蓮縣文化局。\n2.執行公廁認養：60座：已完成61座。本年度辦理公廁認養先與管理單位確認該轄管公廁原巡檢次數及清掃狀況，並請認養單位執行巡檢作業時，以較多使用者及節慶假日時加強巡檢。\n3.特優級公廁認證：配合環保局承辦人員進行特優級公廁認證現勘作業，共計現勘5處23座，得分均在95分以上，全數獲得公廁特優場所認證。\n4.智慧廁間：以花蓮縣環境保護局1F、東大門夜市、七星潭及花蓮火車站3F等4處持續運營，已於2月17日完成續約作業，並完成年度基本維護管理。\n(1) 七星潭觀海區-男廁： 1月15日及16日為過年前人潮最多時段，異味指數落在1到3之間，均無超標。\n(2) 七星潭觀海區-女廁：人數最多落在2至3月為春節連假期間，4月後人數較少，推測因0406地震後遊客變少所致。\n(3) 七星潭觀海區-多功能：因感測器採用紅外線感測，在無障礙廁間內容易發生重複感測致人潮較多，但異味指數落在2到4之間並無超標。\n(4) 花蓮火車站3F-男廁：連續超標超過3筆的情況為尿漬停留過久，清潔人員已在當下及時改善，其餘時段觀測異味指數大多都落在3到6之間，均無超標。\n(5) 花蓮火車站3F-女廁：異味指數超標時間大多在0到50人左右不等，因此推斷以下兩種原因導致異味超標：(1)時間短暫可能為女性使用香水經過感測器導致暫時超標。(2)通報連續超過3次可能為清潔人員使用清潔劑清洗時味道過重。\n(6) 東大門夜市-男廁：過年期間為東大門人潮尖峰時段，兩台機器觀測異味指數均為無超標。異味指數超標時間大多在0到10人左右不等，而且時間大多在早上時段，並非夜市尖峰時端。\n(7) 東大門夜市-女廁：過年期間為東大門人潮尖峰時段，觀測異味指數大多都落在2到5之間，均無超標。異味指數超標時間大多在0到10人左右不等，且時間大多在早上時段，並非夜市尖峰時端。\n(8) 東大門夜市-多功能：因採用紅外線感測，所以在無障礙廁間內容易發生重複感測的情形致人潮看起來過多，且異味指數落在5並無超標。異味指數最高時間大多在0到20人左右不等。\n(9) 針對民眾及旅客使用智慧廁間後回覆有效問卷數計33份，依據統計結果可得知少數民眾認為運用科技協助公廁管理雖為便利及先進，但公廁維護仍需以實際清掃人員管理方有明顯成效。\n(10)針對管理單位詢問智慧廁間滿意度問卷回覆有效問卷數計8份，統計結果顯示大多數管理單位認為裝設感測器後，增加清潔維護次數，覺得「增加人力調度麻煩」，但裝設後明顯改善環境及異味。\n（五）病媒防治\n1.登革熱孳生源清除及空地空屋雜草清除培訓暨疫災兵推或實地演練，1場次：已於4\/29日完成辦理。與會對象為協助登革熱孳生源清除之13鄉鎮公所之清潔隊員及環保志工，課程內容以病媒蚊介紹及防制課程為主，輔以室內蚊蟲辨識教學及DIY課程，另加入空地空屋雜草清除等相關法規說明。登革熱疫災兵棋推演以介紹本縣登革熱防疫工作業務編組架構並模擬平時預防階段、防止擴散階段及緊急防制階段之工作流程。\n2.施藥人員教育訓練活動，1場次：已於6\/4及6\/5辦理，對象為13鄉鎮公所之清潔隊員及管理單位，通過學科及術科者由花蓮縣環境保護局發給結業證明，共計36人參加，全數完成結業。\n3.複式動員巡檢及宣導，本縣共計177村里，每月於綠網系統隨機抽出5%村里（9處），每月按實執行。1-9月共計完成45處村里，清除135個積水容器；10月規劃於月底前完成辦理。\n（六）環境衛生管理\n1.空地空屋及髒亂點稽查\n(1) 環管署空地空屋指定名單查核：於每季初至環管署綠網確認空地空屋公告稽巡查名單並據以執行之。目前已完成之稽巡查工作，辦理總件數為171件，並依限函送相關成果予機關，皆已獲機關備查。\n(2) 本縣遭重大污染區域或機關指定髒亂點：每月辦理輔導訪查巡檢及成果提送作業，部分點位經機關將稽查結果轉予管理單位後已由管理單位進行改善，因管護情形良好，權管單位已規劃固定巡檢管護頻率並據以執行之，因此解列5案，剩餘1案。已完成2-9月之稽巡查工作，並每月含送相關成果予機關，合計稽查22件。\n(3) 熱區科技監控：針對環境髒亂點1（介壽一街）放置吉普車，於車上架設即時觀看監視器進行監控，架設天數合計為24天；針對環境髒亂點2（花蓮縣志學村）以電動機車架設行車紀錄器進行監控，架設天數合計為6天。\n(4) 彙整113年度EEMS、公害陳情、1999、縣長信箱及局長信箱陳情案件，截至113年9月30日，EEMS：共計162件，吉安鄉件數為最多60件，占比為全縣37.04%，其中以隨地吐痰為最多32件；公害陳情：共計705件，花蓮市件數為最多360件，占比為全縣51.06%，以動、植物影響衛生為最多114件；1999：共計648件，花蓮市件數為最多327件，占比為全縣50.46%，以棄置廢棄物、垃圾為最多95件；縣長信箱：共計70件，花蓮市件數為最多38件，占比為全縣54.29%，以棄置廢棄物、垃圾為最多11件；局長信箱：共計70件，花蓮市件數為最多38件，占比為全縣54.29%，以亂丟廢棄物(垃圾)為最多3件。\n(5) 111-113年同期陳情案件比較： 111年1至9月環境衛生陳情案件計1,177件；112年1至9月計1,305件，其中公害陳情案件自566件下降至520件為下降8.1%，1999陳情自491件上升至562件為上升14.5%，縣長信箱及局長信箱分別上升82.7%及106.3%。\n(6) 113年1至9月計1,432件，較112年同期上升4.64%，其中公害陳情案件自520件至705件為上升35.6%，1999陳情自562件至648件為上升15.3%，縣長信箱及局長信箱皆下降分別為63.2%及72.7%。\n2.天災復原或環境整頓維護：當有天災影響環境衛生之情形，依據花蓮縣災害後環境污染防治實施計畫之災害後環境衛生及廢棄物清理相關規定，災後環境復原情形，維護民眾居家環境品質。\n3.環境衛生清潔競賽：目前113年度花蓮縣環境衛生清潔競賽作業尚未實施，相關成果納入期末定稿。\n4.辦理宣導遛狗不留便及推廣黃金花園(黃金塔)：3處：已完成設置，本年度於國聯里中山公園、中韓公園及南埔公園各設置1處，並與該國聯里辦公室及仁和村辦公室洽談，皆同意管理維護。\n5.辦理環境衛生相關宣導活動，8場：已完成辦理5場次環境衛生宣導，3場次菸蒂不落地宣導及黃金塔宣導。\n6.113年度無戒檳班輔導對象，轉為1場次宣導活動，已於9\/21辦理完成。\n7.辦理民眾參與公廁評鑑宣導活動：因推動菸蒂不落地政策，將此工項改為菸蒂不落地相關宣導活動，如掃街活動、設攤宣導及紅布條、菸蒂筒製作。\n8.宣導品購置：已完成2,900份宣導品採購作業並提送成品予機關。\n（七）多媒體宣導\n1.已完成臉書粉絲專頁設置，並於每1-2週發佈1篇環境衛生相關宣導文章，共計已發布35篇環境衛生相關宣導內容。\n2.建立本縣列管公廁電子地圖：地圖以男廁、女廁、無障礙廁所、親子廁所、混和廁所及性別友善廁所等圖標分類，地圖瀏覽次數已達2,259次。\n（八）菸蒂不落地推動政策\n1.對本縣菸蒂筒設置點位建製電子地圖，於113年9月2日設置，截至113年10月15日止，此地圖瀏覽次數已達253次。\n2.結合本公司相關計畫-向海致敬，以海洋廢棄物(浮球、漂流木及烤肉網等)製作創意菸蒂桶營造社區美學，並推動公廁管理單位或社區志工定期巡檢維護，並加強清掃維護周遭環境。\n（九）創新做法－清淨家園 洄瀾Beauty：已完成12隊及12處認養區域，並建立LINE群組巡檢通報機制，各單位於5月開始執行認養區域維護清潔，共計已完成20次清潔維護。\n八、計畫本期進度管控率(截至113年10月15日)：100%",
        "eng_title": "Hualien County’s 113th annual “Quality Public Toilet and Beautiful Environment Promotion Plan” regular subsidy program",
        "eng_subject": "The main tasks of this project include implementation of public toilet management, maintenance, audits and publicity, natural disaster recovery or environmental cleanliness and maintenance, dengue fever, vector prevention and control, empty houses and vacant lots and environmental sanitation inspections and environmental sanitation publicity and education ” and other four major aspects, and cooperate with the implementation of major policies of the Environmental Management Department of the Ministry of Environment and this Bureau to promote the participation of townships (towns, cities, districts) and villages in various environmental sanitation work. Combining social resources such as non-governmental organizations and organized enthusiastic volunteers, we mobilize all people to participate in environmental cleaning and maintenance to eliminate clutter, ensure a clean environment, and improve the quality of the living environment. .\nThis plan has been implemented since the official signing of the contract on January 2, 2013. In the quantitative results of the final report, as of October 15, 2013, the monthly completion quantity and cumulative progress of each work were achieved in accordance with the scheduled progress. Contract specifications. In addition to meeting the requirements in terms of quantity, this project also requires improvement in quality. Therefore, the working group submits monthly results reports to the Hualien County Environmental Protection Bureau for approval every month. Please refer to the subsequent chapters for detailed descriptions of the results of each work. The following is a summary of the results of this year's plan implementation:\n(1) Public toilet inspections: Conduct monthly inspections of key public toilets under the management of the Environmental Management Agency and log into the inspection data system. As of October 15, 2020, there were a total of 786 public toilets under management in the county, with a total of 3,267 inspections. Among them, there are 784 super-quality toilets, accounting for 99.75% of the county's scheduled public toilets, an increase of 0.51% from 99.24% last year; there are 2 excellent-grade toilets, accounting for 0.25% of the county's scheduled public toilets, a decrease of 0.51% from last year's 0.76%; there are no ordinary Grade public toilets.\n(2) Public toilet improvement actions: All cases reported by the Environmental Management Department were reported to the management unit for improvement and responded accordingly. A total of 70 cases were notified.\n(3) Public toilet cleaning learning activities (including the promotion of high-quality toilet culture): The first session is for seed teacher training, and the second session is conducted at Siwei High School. The seed teachers who participated in the first session will serve as lecturers and design study sheets for students. fill in.\n(4) Facebook publicity and promotion: Targeting different publicity contents of the environmental sanitation plan, such as dengue fever publicity, weeds in empty houses, environmental medication, and keeping cigarette butts off the ground. This year, we specially used the currently popular short video method to shoot and promote.\n(5) Strengthen the maintenance of public toilet stations",
        "proj_year": "113",
        "org_name": "花蓮縣環境保護局",
        "exe_unit": "新翊環境有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131597092",
        "publish_date": "20250122"
    },
    {
        "chi_title": "113年度苗栗縣非農地環境雜草管理計畫",
        "chi_subject": "Miaoli County Non-agricultural Land Environment Weed Management Plan 2024",
        "eng_title": "Miaoli County Non-agricultural Land Environment Weed Management Plan 2024",
        "eng_subject": "Miaoli County Non-agricultural Land Environment Weed Management Plan 2024",
        "proj_year": "113",
        "org_name": "苗栗縣政府環境保護局",
        "exe_unit": "大隱園藝企業社",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131594668",
        "publish_date": "20250107"
    },
    {
        "chi_title": "屏東縣-113年屏東縣水污染防治費徵收查核計畫",
        "chi_subject": "屏東縣政府環境保護局為降低東港溪、高屏溪流域污染惡化情形及改善河川水質情況，並杜絕非法污染源排放，以減少民眾陳情事件發生及減輕環境負荷，達到整體流域污染削減量之目標。特擬定本計畫協助環保局全面執行全縣水污染列管事業稽(巡)查、加強關鍵測站及污染熱區稽查、查緝偷排及暗管及運用污染即時監測設備查緝不法業者及執行水質採樣檢測作業，並同時進行輔導業者給予改善建議、對高污染業者執行廢水設施深度查核等，以提升本縣業者廢水設施管理能力及遏止不法業者偷排廢水，減少污染對環境之負荷，提升整體環境品質。\n本計畫自113年1月1日起截至113年6月15日執行成果概述如下：\n一、事稽(巡)查\n(一)本計畫執行屏東縣轄區水污染列管事業稽查累計已完成916家次，其中包含位於關鍵測站上游畜牧業已完成545家次；已稽查至少1次之列管事業共846家。\n(二)根據稽查結果顯示，部分畜牧業廢水處理設施狀況不理想，包含以下常見狀況，厭氣池未加蓋密閉及水力停留時間不足、曝氣池曝氣量不足、設備缺少維護等情形，給予業者輔導及改善建議，共計輔導170家，輔導後已複查24家確認改善情形，其中已改善水質或設施共10家。\n(三)本計畫依目前完成稽查家數(827家)分為三級管制：第一級(紅燈)、第二級(黃燈)及第三級(綠燈)，第一級共107家、第二級共551家、第三級169家。\n(四)本計畫執行依據水污染防治法告發裁處案件共計37家次，裁處金額3,301,780元\n(五)無人飛行載具查緝已完成5家次。\n二、水質採樣檢測作業\n(一)事業水質採樣檢測：已完成事業放流水水質採樣送驗，共計108家次。檢測結果不合格共計51家，尚有1家檢驗分析中。\n三、污染即時監測查緝\n本計畫運用24小時水質連續監測設備，已於15家排水異常之事業排水下游處予以設置水質即時監測，觀察水中濁度變化時機。共查獲1家非經放流口排放，11家採樣之放流水水質超出放流水標準，2家採樣之放流水水質合格，1家採樣之放流水檢驗中。\n四、廢水設施深度查核作業\n本計畫已執行廢水設施深度查核11家，初評後由專家學者(2位)現場複評作業並透過協談會議提出深度查核結論及相關建議，後續將追蹤業者改善進度，以達廢水處理設施功能最佳狀態。\n五、非列管事業污染源資料建置\n(一)本計畫彙整屏東縣非列管事業共計1,552家，數量最多者為養雞場843家，其次為養鴨場489家，養鵝場87家，養羊場108家，養鹿場6家及食品工廠19家等，已完成更新建置畜牧業非列管事業污染源地圖與數量規模資料。\n(二)本計畫非列管畜牧業共計已查核3家次蛋鴨場及10家次食品工廠，其中1家食品工廠廢水排出廠外。\n六、夜鷹早鳥及擴大專案稽查\n本計畫累計執行至24週，達成每週2次之巡查次數(每次至少出勤1人)。已配合環保局早鳥稽查出勤9人次、夜鷹稽查11人次、擴大稽查8人次，自主稽查為70人次，出勤人次總計為98人次。\n七、水污染熱區巡查及緊急清理\n本計畫已完成每月2次之水污染熱區巡查，累計共12次，並且執行水污染事件應變作業，累計共2次，分別於牛稠溪油污事件、屏東市河濱公園死魚。\n八、協助機關考核相關工作\n(一)本計畫已協助考核目標：九如橋上游畜牧業稽查，依照環保局提供之稽查名單，目前已稽查之家數共計40家、事業共計22家。\n(二)本計畫針對生活污水污染削減計畫，目前已累計採樣公共污水下水道系統達11次。\n(三)本計畫針對工業區專用污水下水道系統，目前已累計採樣工業區專用污水下水道達26次",
        "eng_title": "Pingtung County - 2024 Pingtung County Water Pollution Control Fee Collection and Audit Plan",
        "eng_subject": "To further enhance water pollution prevention and control for regulated enterprises in Pingtung County, this project focuses on strengthening inspections in river basins, investigating hidden pipelines, and assessing pollution sources to effectively reduce river pollution. Additionally, it oversees the collection and verification of water pollution control fees, urging businesses to accurately report and pay these fees, thus improving the overall water environment in the county.\nThis project has completed inspections for 2,144 regulated enterprises, with at least one inspection conducted for 1,740 enterprises. The inspections involve detailed reviews of wastewater treatment facilities to ensure proper operation and regular maintenance. On-site guidance was provided to 214 enterprises, with follow-up inspections conducted for 76 cases, categorized into three levels of regulation. For cases of substandard discharge quality identified during inspections, representative pollutants were collected and tested by third-party laboratories to confirm compliance with legal discharge standards. A total of 215 samples were tested, and 106 were found non-compliant, resulting in penalties and ongoing improvement tracking to minimize environmental impacts. For enterprises with questionable equipment functionality, scholars and experts were invited to conduct on-site evaluations and perform comprehensive inspections and functionality tests of wastewater treatment equipment, providing recommendations for improvements. This process has been completed for 17 enterprises, with improvement plans pending submission.\nTo address enterprises that evade inspections by illegally discharging untreated wastewater at night, on holidays, or through hidden pipelines, this project deployed real-time monitoring instruments to measure turbidity, conductivity, and pH, with data recorded instantly. This approach reduces manual inspection frequency and labor costs. A total of 30 monitoring cases were conducted, detecting violations in 25 enterprises. Furthermore, drones were used to identify the extent of pollution in hotspot areas or when large-scale pollution was observed. These drones helped trace sources upstream, uncovering four violators. This technological approach forms an efficient pollution detection model, significantly improving enforcement efficiency. \nFor non-regulated enterprises that pose high pollution risks despite not meeting regulatory standards, this project created a risk mapping system. A total of 1,552 non-regulated enterprises were registered, including high-risk sectors such as duck farms and tofu factories. Inspections were conducted for 28 cases to prevent significant environmental impacts.\nThe project also audited the collection of water pollution control fees, including the verification of water and electricity usage records of wastewater treatment facilities, livestock numbers, and wastewater systems. A total of 237 audits were completed. The collected fees for the second half of 2023 totaled NT$19,114,787, and NT$17,676,589 for the first half of 2024. Overdue payment notices were issued for NT$106,271 in the second half of 2023 and NT$213,741 in the first half of 2024.\nLastly, the project assisted agencies in improving enforcement, guidance, and management capabilities to ensure that the overall execution aligns with established objectives, thereby enhancing the effectiveness of water pollution prevention efforts in Pingtung County.",
        "proj_year": "113",
        "org_name": "屏東縣政府環境保護局",
        "exe_unit": "京拓環保科技有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131578992",
        "publish_date": "20250110"
    },
    {
        "chi_title": "113年度土壤及地下水污染調查及查證工作計畫-南投縣",
        "chi_subject": "「113 年度土壤及地下水污染調查及查證工作計畫-南投縣」，主要為辦理南投縣轄內土壤及地下水污染重要防治工作，今年度工作目標包括本縣貯存系統(地上、地下)申報審查及現場查核缺失輔導；對於高污染潛勢工廠進行查證；針對轄內地下水監測井巡查維護與地下水質定期監測，以維護監測井功能以確實掌握轄內地下水質現況及污染濃度變化；對於遭列管場址進行定期巡查執行相關管制措施與監督污染改善執行情形，並配合辦理廠址污染改善完成驗證作業已確認改善成效；協助環保局針對公告事業、地下儲槽系統業者及專業機構加強宣導土壤及地下水相關法令宣導說明與教育訓練；並且在今年將環境教育落實至國中小，透過辦理校園及土壤地下水桌遊競賽宣導活動推廣土壤及地下水環境保護重要性，以達成南投縣土壤及地下水資源永續利用之目標。\n爰此，南投縣政府環境保護局(以下簡稱環保局)為持續掌握轄內土壤及地下水污染狀況，於113 年委託亞太環境科技股份有限公司(以下簡稱亞太公司)執行「113 年度土壤及地下水污染調查及查證工作計畫-南投縣」(以下簡稱本計畫)，本計畫執行期間為契約起始日(113 年1 月1 日)起至113年12 月20 日止，並規定於113 年6 月14 日前提送期中報告，113 年11月15 日前提送期末報告。",
        "eng_title": "113th Annual Soil and Groundwater Pollution Investigation and Verification Work Plan - Nantou County",
        "eng_subject": "The 113th Annual Soil and Groundwater Pollution Investigation and Verification Work Plan - Nantou County is primarily focused on implementing key soil and groundwater pollution prevention and control measures within Nantou County. The objectives for this year include the review and on-site inspection of storage systems (both above-ground and underground) in the county, as well as providing guidance to address any deficiencies found. Additionally, the plan includes verification work for factories with high pollution potential, routine inspection and maintenance of groundwater monitoring wells, and regular groundwater quality monitoring to maintain the functionality of the monitoring wells and accurately track the current state of groundwater quality and changes in pollution concentration.\n\nThe plan also calls for regular inspections and the implementation of control measures for sites under management, monitoring pollution improvement efforts, and conducting verification work to confirm the effectiveness of pollution remediation at factory sites. The Environmental Protection Bureau (EPB) will cooperate in promoting soil and groundwater-related laws and regulations to relevant industries, underground storage tank system operators, and professional organizations, along with educational and training efforts. Furthermore, the plan will extend environmental education to middle and elementary schools through campus and soil and groundwater-themed board game competitions to raise awareness of the importance of soil and groundwater environmental protection, with the goal of achieving sustainable use of soil and groundwater resources in Nantou County.\n\nTherefore, the Nantou County Government Environmental Protection Bureau (hereinafter referred to as the EPB) has entrusted Asia Pacific Environmental Technology Co., Ltd. (hereinafter referred to as Asia Pacific) to carry out the 113th Annual Soil and Groundwater Pollution Investigation and Verification Work Plan - Nantou County (hereinafter referred to as the Plan) for the 113th year. The implementation period of this plan will run from the start date of the contract (January 1, 2024) to December 20, 2024, with an interim report due by June 14, 2024, and a final report due by November 15, 2024.",
        "proj_year": "113",
        "org_name": "南投縣政府環境保護局",
        "exe_unit": "亞太環境科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131560691",
        "publish_date": "20250130"
    },
    {
        "chi_title": "113年精進環評監督執法專業計畫",
        "chi_subject": "本計畫主要協助環境管理署辦理以下工作內容，包括：(1)協助辦理「六輕相關計畫」環境影響評估審查結論執行情形及相關書件之監督工作及召開環境影響評估監督委員會議、(2)抽檢「環評承諾事項執行情形申報系統(the Reporting System of Environmental Impact Assessment Commitment Statements)」申報資料、(3)協助辦理離岸風機與觀塘工業區（港）等重大開發案件之監督工作，以及召開專案監督會議、(4)協助辦理其他環境影響評估開發案件之監督工作、(5)確認「環評承諾事項執行情形申報系統(the Reporting System of Environmental Impact Assessment Commitment Statements)」的運作，並進行系統功能維護，以及辦理前述系統應用之教育訓練課程，並提供相關教材；行政工作包括：(1)盤點環評審查書件內涉及其他主管機關許可之事項、(2)協助擬定監督意見與建議事項、(3)彙整其他開發案件重要之環境影響評估所承諾之事項。",
        "eng_title": "Enhanced Environmental Impact Assessment Supervisory and law Enforcement Project 2024.",
        "eng_subject": "This plan is intended to assist Environmental Management Administration with the following: (1)Assist in implementing the environmental impact assessment conclusions of ＂The 4th phase of the 6th naphtha cracker expansion project of the Formosa Plastics Corporation＂, supervision of related documentation and certificates, and holding the meetings of the Environmental Impact Assessment Supervision committee; (2)Make spot check of the data reported in the Reporting System of Environmental Impact Assessment Commitment Statements; (3)Assist with supervision of critical development cases such as off-shore wind power generator and Guantang Industrial Area (Port), and holding project supervision meeting; (4)Assist in carrying out supervision of any other environmental impact assessment and development cases; (5)Identify the operation of the Reporting System of Environmental Impact Assessment Commitment Statements, and perform system function maintenance, and carry out training sessions on application of the aforementioned systems and provide related teaching materials; Administrative work includes: (1) Check any matters involving the approval of other competent authorities in the EIA review document; (2)Assist in making supervision comments and proposals; (3)Summarize any critical matters as undertaken in environmental impact assessment on other development cases.",
        "proj_year": "113",
        "org_name": "環管署環境執法組",
        "exe_unit": "財團法人環境資源研究發展基金會",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131540206",
        "publish_date": "20250201"
    },
    {
        "chi_title": "臺中市-113年度臺中市推動環保許可整合計畫",
        "chi_subject": "為在現有基礎上進一步達成削減污染、改善河川水質，臺中市政府環境保護局特辦理113年度「臺中市流域污染總量管制、水污費徵收查核與水污染源稽查計畫」（以下簡稱本計畫），希望藉由本計畫落實執行，特別制定推動環保許可整合計畫、水污染源管制工作及持續配合環境部推動總量管制、水污費徵收查核作業等工項，並依照本市河川水體特性及污染來源等積極推動管制規劃，確實掌握本市轄境內之水污染源資料，以利後續管制作業進行。",
        "eng_title": "Year 2024 Taichung City Promoting the integration plan of environmental protection permits",
        "eng_subject": "In order to further reduce pollution and improve river water quality on the present basis, the Environmental Protection Bureau, Taichung City Government held the Project “Year 2024 Taichung City River Pollution Total Mass Based Control, Water Control Fees Check and Collection, and Water Pollution Source Audit Project”, it is hoped that through the implementation of this project to formulate specially to promote the integration of environmental protection permits and Water Pollution Source Control Work. And we continue to cooperate with the Environmental Protection Administration to promote total mass Based control and water pollution control fees’collection and verification operations and other works. And according to the city's river water characteristics and pollution sources, we actively promote control planning and accurately grasp the data of water pollution sources in the jurisdiction of the city to facilitate follow-up control operations.",
        "proj_year": "113",
        "org_name": "臺中市政府環境保護局",
        "exe_unit": "技佳工程科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131536129",
        "publish_date": "20250114"
    },
    {
        "chi_title": "基隆市-113年度基隆市推動環保許可整合計畫",
        "chi_subject": "(一)水污染防治費催補繳及現場查核管理作業\n協助辦理水污染防治費催補繳及現場查核作業，並依環保局規定期程內完成水污費申報案件查核，113年度上半年本計畫已完成水污費定期申報與追繳作業共計32家次，應繳總金額總計為82,037元；113年度下半年本計畫已完成水污費定期申報與追繳作業共計33家次，應繳總金額總計為75,832元。\n(二)自動監測與攝影監視系統維護及查核\n協助環保局進行每日系統連線狀況，並於113年6月份前進行4家擁有自動監測(視)設施之業者進行現場查核作業﹐另於6月26日進行和平島水資源中心之RATA查核作業，查核結果均無異常。\n(三 經營運作河川巡守隊\n水環境守望襄助巡守隊，經營運作7隊共154人，本年度結合水巡隊員辦理完成1場淨溪活動、2場教育訓練活動，並協助水環境守望相助巡守隊巡守資料更新作業。\n二、基隆市推動環保許可整合執行計畫\n已於113年4月25日辦理許可整合內部教育訓練，供各審查許可單位更了解環保許可整合業務並提供環保署相關資訊，另於113年6月17日辦理許可整合說明會議，使業者能瞭解許可整合之趨勢與目的及未來執行方式，並於會後聯繫業者繪製污染流向圖意願，已完成優先試辦對象及112年前（含）擴大對象6件次污染流向圖輔導作業，及完成13家業者進行污染流向圖繪製，另協助辦理5場次會審作業及許可整合單一窗口維運作業。\n三、北區水體污染事件緊急應變聯防\n(一)已完成北區六縣市上下年度各一場次應變器材清點之工作，並完成北區環保局承辦人員聯繫資料更新。\n(二)為強化水體污染事件應變能力今年度水體污染事件模擬中油公司發生複合式災害演練，結合油污、土污及空污搶救應變，其中共辦理3場次協調會議，2預演及1次正式演練，共動員共有12個單位，總計出動約110人。\n(三)5月16日及9月3日辦理巡守及緊急應變(含水環境巡守)專業教育訓練及4月27日辦理緊急應變訓練及水環境清淨活動、11月18日辦理緊急應變(含水環境巡守)訓練相關活動成果發表會共4場次。\n四、基隆市水污染、海洋、飲用水污染管制計畫\n(一)飲用水安全管理\n已完成自來水供水系統水質採樣300件、連續供水固定設備查核152處及採樣100處、淨水廠之清水查核採樣16件次、淨水廠之原水查核16件次、非屬飲用水管理條例規範之水井\/山泉水查核採樣16件次、淨水場淨水處理藥劑查核採樣5件次、包裝水業者查核採樣4次及辦理完成10次飲用水水源水質保護區之巡查作業。\n(二)水污染防治法法規宣導會\n於3月20日辦理1場次法規宣導說明宣導會，共有86位人員參加。\n(三)水污列管事業或水污疑慮行為巡查作業\n完成環保局交辦陳情查核及列管事業查核共計97件次。\n五、基隆市委託認證實驗室辦理環境檢驗計畫\n本計畫按每月應執行之查核作業進行採樣，另經局端核准後委託辦理檢驗工作，使用經費已達契約預算上限，統計今年共共採樣分析175件次。\n六、基隆河關鍵測站氨氮削減改善調查計畫\n(一)執行關鍵測站上游事業及社區查核輔導及採樣作業，共計25家次，內容包括法規符合度、許可履行、廢水處理設施操作、放流口座標定位正確性等，其中共執行20家次事業及社區的查核輔導採樣作業及5家非列管事業的查核，檢測20家次中，有2家的事業及4 間社區放流水水質超標異常。\n(二)辦理關鍵測站上游事業及社區深度查核，查核20家事業及社區之水措許可資料與現場污水處理單元操作情形，除興業金屬現場與許可不符，後續將請業者提出改善，其餘皆未發現缺失之情況。\n七、列管事業稽查管制及採樣作業\n(一)轄內列管事業、下水道系統查核與管理\n依照水污染防治法相關規定進行聯合污水廠放流水查核(大武崙工業區)查核作業，階段目標10件次，已完成查核10件次(含4次夜間查核)，另須完成周界逕流廢水查核4件次；列管事業查核查核計畫應完成30件次，已完成查核32件次；六堵水資源回收中心查核採樣應完成4件次，已完成5件次；和平島水資源回收中心查核採樣應完成6件次，已完成9件次；社區下水道系統查核35件次。\n(二)污染源建檔、調查及查核\n本市列管事業已達75家、列管社區已達35家。所有業者已增加至地圖座標中，以利未來查核時應用；於每月定期更新執行成果資料(包含水質資料、水環境守護網活動登錄)，並針對建檔資料作抽查，確保建檔品質。未來將協助定期彙整各單位作業執行成果，以納入113年度環保署河川污染整治考核報告，協助局內爭取考核分數。\n八、水污染許可申請文件審查與管理\n(一)辦理水污染許可申請文件審查與管理\n113年度已協助審查37件許可案件申請及31件營建工地逕流廢水計畫書申請案件。\n(二)檢測申報審查及水污費催補繳與現場查核管理作業\n113年度已協助審查85家次定檢申報，另依環保署提供之水污費疑慮業者，於8月進行現場查核。\n(三)許可申報資料品質提升\n已完成提送異常分析業者名單至環保署，並於8月邀請專家學者協同診斷查核10家次。\n(四)基隆河測站水質數據分析\n依據環保署測站之暖江橋、六合橋及實踐橋進行水質分析作業，已於計畫期間每月繳交月報，並於繳交三季季報。",
        "eng_title": "Keelung City promotes environmental permit integration plan in 2013",
        "eng_subject": "The implementation period of this plan will be completed from the signing date on February 6, 2020 to November 30, 2020. According to the 2013 Keelung City Water Environment (Including Drinking Water) Pollution Prevention and Control and North District Water Pollution Incident Emergency Response Joint Prevention and Control Drill Plan The contract stipulates that during the implementation period, a work plan was submitted for review on February 15, 2013, and an interim report was submitted on June 28, 2013, to the agency for review. Before November 15, 2020, the implementation results and relevant supporting materials will be prepared into a final report and submitted for acceptance.\nThe progress of each stage has been completed in accordance with the contract specifications, such as contract production (including performance bonds, stamp duties and insurance, etc.), personnel reporting, inspection vehicles and equipment reporting, inspection work quality assurance plan reporting and other pre-planning tasks have been submitted for review. , and has completed the inspection, sampling and analysis of work items that should be handled from February to November 2013. A brief description of the relevant processing progress results is as follows:\n1. Keelung City’s 2013 water pollution source inspection and water and pollution fee collection and inspection plan\n2. Keelung City promotes the integrated implementation plan for environmental permits\n3. Emergency response and joint prevention of water pollution incidents in North District\n4. Keelung City Water Pollution, Marine and Drinking Water Pollution Control Plan\n5. Keelung City entrusts a certification laboratory to handle environmental inspection plans\n6. Investigation plan for ammonia nitrogen reduction and improvement at key Keelung River measuring stations\n7. Audit control and sampling operations of listed enterprises\n8. Review and management of water pollution permit application documents",
        "proj_year": "113",
        "org_name": "基隆市環境保護局",
        "exe_unit": "技佳工程科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131523852",
        "publish_date": "20250107"
    },
    {
        "chi_title": "113 年鹿林山與偏遠離島背景測站國際合作及操作維護專案計畫",
        "chi_subject": "環保署（現環境部）於2006年4月、2009年1月、2010年6月及2012年6月分別啟用位於鹿林山、東沙、東引及南沙之空氣品質背景站，進行大氣污染物及大氣輻射長期監測，探討區域性與跨洲際大氣污染傳送對台灣的影響，以及我國背景大氣化學及溫室氣體基線資料之建立。目前已加入多個相關國際監測組織，藉以增進我國觀測技術，加強資料交換，並與國際接軌。本年度計畫接續前期「112年鹿林山與偏遠離島背景測站國際合作及操作維護專案計畫」(2023\/1-2024\/1)之工作，本計畫目標如下：\n一、協助辦理空氣品質監測國際合作相關活動。\n二、操作維護高山及外島空氣品質監測站及解析數。\n三、成果展現與科學普及宣傳。\n\n    本團隊多年來整合降水化學、微量氣體、大氣氣膠、大氣汞、大氣輻射及資料分析等主要領域專長研究人員進行鹿林山及離島背景測站相關儀器測試運轉、操作維護、資料品保品管及分析等技術之建立，並整合協力專業廠商進行技術轉移與定期維護，及開發資料整合系統；與美國環保署、太空總署、海洋大氣總署等科學界合作，進行技術交流與資料交換；積極參與國際監測網，持續強化與美國太空總署(NASA)全球性大氣監測網，美國海洋大氣總署(NOAA)氣膠監測網、碳循環溫室氣體監測網(CCGG)，本期將協助推動與亞太地區國家之相互交流，並配合部內需求，研擬空氣品質環境監測短中長期交流策略，強化背景測站監測國際合作及資料交換，以展現整合性成果；另定期執行監測資料品保\/品管作業，整合監測數據及氣象資料，探討亞太區域大氣污染物與當地污染特徵，強化資料分析應用，藉以監測及追蹤長程傳輸污染物對我國之影響；另維持測站儀器正常運作，維護測站安全，協助汰換老舊儀器設備，並定期提供測站資料網頁更新與科學普及宣傳之內容。",
        "eng_title": "2024 Mt. Lulin Atmospheric Background Station and Remote Islands International Cooperation and Operation Maintenance Project",
        "eng_subject": "The Environmental Protection Administration (now the Ministry of Environment) launched air quality background stations at Lulin Mountain, Dongsha, Dongyin, and Nansha in April 2006, January 2009, June 2010, and June 2012, respectively, to conduct long-term monitoring of atmospheric pollutants and radiation. The goal is to explore the impact of regional and intercontinental atmospheric pollution transport on Taiwan and establish baseline data for atmospheric chemistry and greenhouse gases in Taiwan. These stations have joined several international monitoring organizations to improve Taiwan’s observation technology, enhance data exchange, and align with international standards. This year's project continues the work of the previous 2023 Lulin Mountain and Remote Islands Background Station International Cooperation and Operation Maintenance Project (2023\/1-2024\/1) and has the following objectives:\n\n    Assist in handling international cooperation activities related to air quality monitoring.\n    Operate and maintain high-altitude and offshore air quality monitoring stations and analyze data.\n    Present results and promote scientific outreach.\n\nFor many years, our team has integrated researchers specializing in precipitation chemistry, trace gases, atmospheric aerosols, atmospheric mercury, atmospheric radiation, and data analysis to establish testing, operation, maintenance, data quality assurance\/control, and analysis techniques for the Lulin Mountain and remote island background stations. We have collaborated with professional contractors to transfer technology, perform regular maintenance, and develop data integration systems. Additionally, we work with the U.S. Environmental Protection Agency, NASA, NOAA, and others to exchange technology and data. Actively participating in international monitoring networks, we continue to strengthen cooperation with NASA’s global atmospheric monitoring network, NOAA’s aerosol and carbon cycle greenhouse gas monitoring networks (CCGG). In this phase, we will assist in promoting exchanges with countries in the Asia-Pacific region and, based on the Ministry's needs, formulate short-, medium-, and long-term exchange strategies for air quality monitoring to enhance international cooperation and data exchange at background stations, showcasing integrated results. Moreover, we will regularly carry out data quality assurance\/control, integrate monitoring data with meteorological data, investigate regional atmospheric pollutants and local pollution characteristics in the Asia-Pacific region, and strengthen data analysis applications to monitor and track the impact of long-range transported pollutants on Taiwan.",
        "proj_year": "113",
        "org_name": "環境部大氣環境司",
        "exe_unit": "社團法人台灣氣膠研究學會",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131519453",
        "publish_date": "20251115"
    },
    {
        "chi_title": "113年度新竹市非農地環境雜草管理計畫",
        "chi_subject": "為落實毒性及關注化學物質運作管理及化學品登錄制度，且避免不法業者將不當化學物質添加至食品中造成食安問題，積極投入人力及資源，針對本市轄區內化學物質的製造、輸入、販賣及使用等運作之業者，進行輔導訪查及查核，確認業者基本資料，並要求業者確實登錄其運作化學物質，有效掌控所有化學物質流向，同時辦理毒物及化學物質災害防救演練，以落實全面性管理。此外，亦期望透過報案中心掌握本市轄內未適當管理之空地，建立空地雜草管理示範區，以強化本市非農地雜草管理教育宣導。",
        "eng_title": "113 Annual Hsinchu City Toxic and Guanjiang Chemical Substances Source Management and Non-Friendly Environmental Weed Management Plan",
        "eng_subject": "In order to implement the operation management of toxic and chemical substances of concern and the chemical registration system, and to prevent unscrupulous operators from adding inappropriate chemical substances to food and causing food safety problems, we actively invest manpower and resources to target the manufacturing, import, and import of chemical substances within the jurisdiction of this city. Operators operating in sales, use, etc., conduct counseling visits and checks to confirm the basic information of the operators, and require operators to accurately register the chemical substances they operate, effectively control the flow of all chemical substances, and conduct toxic and chemical substance disaster prevention and rescue drills to implement Comprehensive management. In addition, it is also hoped that through the reporting center, we can understand the unmanaged open spaces within the city's jurisdiction and establish an open space weed management demonstration area to strengthen the city's education and publicity on weed management on non-agricultural land.",
        "proj_year": "113",
        "org_name": "新竹市環境保護局",
        "exe_unit": "翔科事業有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131503622",
        "publish_date": "20250109"
    },
    {
        "chi_title": "113年度環境感測物聯網整合推動及專案管理計畫",
        "chi_subject": "近年來，民眾對健康與環境議題的關注日益加深，特別是對空氣品質的要求顯著提高。然而，傳統的空氣污染稽查方式存在效能不足與反應速度不夠即時等問題，無法充分滿足環境治理需求。環境部自106年起，積極投入物聯網、人工智慧及感測技術的發展，並以「整合布建」、「智慧應用」、「研發創新」為三大核心方向，與地方政府攜手推動空氣品質感測物聯網的建置與應用。109年達成全國約1萬點空氣品質感測器的布建里程碑，創下全球最高密度，同時首創以感測物聯網輔助智慧稽查環境治理的應用模式。該成果不僅大幅提升空污治理效能，也為民眾提供即時在地化的空氣品質資訊，實現了數位治理與智慧環境管理的嶄新局面。\n截至113年，空氣品質感測物聯網全國累計建構10,440點，涵蓋工業區感測點3,831點、社區感測點3,572點、交通感測點946點、輔助感測點107點及特殊感測點1,984點，監控範圍遍及約8萬家列管工廠。透過物聯網生成的大數據分析及AI技術輔助執法，累積完成智慧稽查逾14,667件次，裁罰案逾1,586件次，告發金額超過3.18億元，並成功追繳空污費約4.2億元。智慧稽查的實施，不僅有效威懾非法排放行為，還顯著改善民眾的生活環境品質，驗證了感測物聯網在輔助環境治理上的高效應用性。\n本年度計畫以過去既有環境感測物聯網計畫的成果為基礎，聚焦於3維空品監測與模擬、進一步強化感測器應用、測試驗證氣態感測元件及推廣計畫成果，協助推動空氣污染治理與智慧城市服務創新。具體成果如下：\n1.\t整合應用環境感測物聯網空品感測數據與高屏實驗計畫資料：\n(1)\t透過整合環境感測物聯網數據與高屏實驗計畫資料，協助環境部與NASA及國內外學者共同進行亞洲空氣品質實驗，成功解析跨國與區域污染物的三維變化動態。進一步促進了國際資訊及技術交流，有助於未來掌握區域空氣污染成因變化，共同解決空氣污染問題。\n(2)\t應用機器學習技術調整空氣污染模式模擬結果，進一步優化PM2.5預測精度，並提出建議改善本地與境外排放資料庫，有效提升模擬精準度。\n2.\t移動式感測器(MoT)應用分析：\n(1)\t完成既有150臺移動式感測器與新增50臺感測器的靜態與動態比對測試，結果顯示數據性能穩定且符合污染熱區鑑別性能指標（R²≧0.80，Error≦25.0%）。特別是動態測試顯示，車速低於59公里\/小時時，感測數據不受進氣方向及車速影響，進一步驗證移動式感測器在實際環境中的適應性與可靠性。\n(2)\t選用Alphasense PID A-12非甲烷有機物感測元件，於濃度高於200ppb環境下表現良好，展現未來在高濃度VOCs辨識應用上的巨大潛力，但建議未來強化濕度控制力，以利改善低濃度精準度。\n3.\t協助地方環保局環境感測物聯網建置工作：\n(1)\t有效執行管控策略，協助地方環保局達成經費全額轉正，並辦理合辦會議分享感測器應用成果，推動地方空氣品質改善策略之創新應用。\n(2)\t持續更新「空品感測物聯網布建及數據應用指引」，待環境部核准後提供地方政府及產業參考，可作為提供給地方政府及相關機關未來裝設與應用PM2.5感測器的參考。\n(3)\t今年度，各地方環保局數據完整率提升至平均98%，檢視各地方環境治理應用成果，證明感測器對於稽查、交通管制與環境監控的實質貢獻。\n(4)\t統計分析顯示，桃園市（83%）、臺南市（70%）、新竹市（67%）等地告警比率較高，顯示布建點位的有效性；宜蘭縣（17%）、基隆市（34%）等告警比率較低，則建議優化布建策略，以提升資源利用效率。\n4.\t整合驗證環境感測物聯網執行成效：\n(1)\t有效管控智聯網計畫工作與經費執行進度，協助計畫達成預定進度關鍵成果。\n(2)\t獲得國際Smart 20 Awards大獎，成為臺灣中央機關於智慧城市領域的首個國際殊榮，並受邀於美國北卡羅萊納州與世界各國專家領導者交流，展示臺灣智慧環境治理的經驗。\n(3)\t在國內「智慧城市展」等多項展覽中展示計畫成果，廣泛推廣智慧感測與環境治理的整體效益，進一步強化公眾對感測物聯網應用的理解與支持。同時整合多方資源整合，舉辦成果交流活動，促進智慧環境治理技術的應用與推廣，提升環境政策推動成效。\n透過本計畫的實施，不僅有效提升空氣品質感測物聯網數據應用效益，還促進環境治理的數位化轉型，並協助落實「2050淨零排放」之目標。本計畫的執行成果為臺灣在智慧環境治理領域樹立了多重標杆效應，包括：\n•\t創新污染模擬與分析：結合垂直觀測與機器學習技術，優化PM2.5模擬結果，提供污染趨勢與政策制定可靠依據。\n•\t移動感測技術典範：地方政府導入移動感測器，擴大環境治理應用效益。\n•\t提升精準治理效能：建置高效空品感測物聯網，數據完整率達98%，優化布建與告警機制，強化智慧治理能力。\n總體而言，113年度計畫成功推動了智慧環境物聯網應用的深化與普及，助力臺灣實現「2030創新、包容、永續之智慧國家」的願景，並以環境永續為核心，推動智慧治理技術在全球範圍內的應用與發展。此計畫不僅是國內環境治理的助推器，也展現了臺灣在國際舞臺上的實力與潛力，為全球智慧環境治理提供更多可能性。",
        "eng_title": "Environmental sensing Internet of Things integration promotion and project management plan 2024",
        "eng_subject": "In 2024, this project builds upon the achievements of previous environmental IoT projects, focusing on 3D air quality monitoring and modeling, further enhancing sensor applications, testing and validating gas sensing components, and promoting project outcomes. The initiative aims to support air pollution control and drive innovation in smart city services. Specific achievements are as follows:\nKey Achievements in 2024\n1.\tIntegration and Application of Environmental IoT Air Quality Sensing Data and Experimental Project Data in Kaohsiung and Pingtung:\n•\tSuccessfully integrated IoT data with the High-Screen Experimental Project, facilitating collaboration between the Ministry, NASA, and domestic and international scholars in Asia’s air quality experiments. This achievement enhanced understanding of the dynamic three-dimensional changes in cross-border and regional pollutants, fostering international exchange and aiding in addressing regional pollution sources.\n•\tApplied machine learning to refine air pollution modeling, improving PM2.5 prediction accuracy and offering recommendations to enhance local and foreign emissions databases for greater modeling precision.\n2.\tMobile Sensor (MoT) Application Analysis:\n•\tConducted comparative tests on 150 existing and 50 newly deployed mobile sensors under static and dynamic conditions. Results demonstrated stable data performance meeting pollution hotspot detection standards (R²≥0.80, Error≤25.0%). Dynamic tests further verified reliability in real-world conditions, unaffected by vehicle speed (<59 km\/h) or airflow direction.\n•\tDeployed Alphasense PID A-12 sensors for non-methane organic compound detection, showcasing strong performance in environments exceeding 200 ppb, with minimal humidity interference. Recommendations were made to enhance humidity control for improved accuracy in low-concentration detection.\n3.\tSupport for Local Environmental Bureaus in IoT Deployment:\n•\tAssisted local bureaus in achieving full budget utilization, hosting co-conference meetings to share sensor application outcomes, and innovating strategies for local air quality improvement.\n•\tUpdated the Air Quality Sensing IoT Deployment and Data Application Guidelines, pending Ministry approval, as a reference for PM2.5 sensor installation and usage by local governments and relevant agencies.\n•\tIncreased average data completeness rates to 98% across local bureaus, substantiating sensors' contributions to inspections, traffic control, and environmental monitoring.\n•\tStatistical analyses identified regions with higher alert rates, such as Taoyuan (83%), Tainan (70%), and Hsinchu (67%), indicating effective sensor deployment. Conversely, regions like Yilan (17%) and Keelung (34%) were advised to optimize deployment strategies to enhance resource efficiency.\n4.\tIntegrated Validation of IoT Implementation Outcomes:\n•\tEnsured effective progress and financial control of IoT projects, achieving scheduled milestones.\n•\tEarned the prestigious international Smart 20 Awards, marking Taiwan’s first such honor for central government agencies in smart cities. The project was also invited to North Carolina, USA, for knowledge exchange with global experts, showcasing Taiwan’s expertise in smart environmental governance.\n•\tWidely promoted IoT applications and benefits through domestic exhibitions such as the Smart City Expo and resource integration activities, fostering public understanding and support for IoT applications in environmental management.\nThis project has successfully advanced the application and popularization of IoT in environmental governance, contributing to Taiwan’s vision of becoming an “innovative, inclusive, and sustainable smart nation” by 2030. Core achievements include:\n•\tInnovative Pollution Modeling and Analysis: Integrating vertical observations and machine learning to refine PM2.5 simulations, providing a reliable basis for trend analysis and policy formulation.\n•\tExemplary Mobile Sensing Technologies: Promoting broader adoption of mobile sensors by local governments for environmental management.\n•\tEnhanced Local Governance Efficiency: Establishing a high-efficiency air quality sensing IoT with a 98% data completeness rate, optimizing deployment and alert mechanisms, and strengthening smart governance capabilities.\nIn conclusion, the 2024 project has set multiple benchmarks in smart environmental governance, accelerating Taiwan’s transition to sustainable and intelligent management practices while showcasing its global leadership potential. By fostering innovative applications and global collaboration, the project provides a robust framework for realizing the goal of net-zero emissions by 2050 and underscores Taiwan’s commitment to environmental sustainability and technological advancement on the international stage.",
        "proj_year": "113",
        "org_name": "環境部環境資訊科技司",
        "exe_unit": "財團法人工業技術研究院",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131503389",
        "publish_date": "20250124"
    },
    {
        "chi_title": "碳封存技術社會溝通平臺建置先期規劃",
        "chi_subject": "本報告針對國內碳封存技術發展進行了廣泛的資料收集與分析，重點涵蓋法規與實場案例、科普教育、試驗模場規劃及國際交流等方面。\n首先，報告分析了碳捕存的國際法規與文獻，包括碳捕存國際法規發展趨勢、國內法規、美國環保署地下注入管制計畫和民眾接受度。同時，蒐集並分析了日本Nagaoka（10,400噸）、德國Ketzin（67,271噸）和澳洲Otway（65,000萬噸）三個國際試驗案例，探討了潛在風險和環境衝擊處理對策。\n其次，報告建議擴大碳捕存科普教育，提升民眾對碳封存技術的理解，減少對技術的恐懼。計畫包括設立教育場域，針對不同年齡層和族群進行科普推廣，並盤點關鍵議題以支持政策推動。\n在試驗模場前期規劃方面，報告根據反射震測和井下資料分析了R2封存系統，顯示其地層結構完整，封存空間厚度超過500公尺，具備優秀的封存潛力。\n此外，試驗模場的鑽井及地表設施規劃參考國際規範及案例，確保設計和監測的科學性，並依據規劃工項內容進行成本分析評估。\n最後，計畫擬與IL-CCS Project合作，學習其成功的社會溝通和營運經驗，以改進碳封存技術的推廣和應用。",
        "eng_title": "Advance planning for the establishment of a social communication platform for carbon storage technology",
        "eng_subject": "This report focuses on advancing domestic carbon storage technology through extensive data collection and analysis, covering regulatory frameworks, practical cases, educational initiatives, and international collaboration.\nFirstly, the report examines international regulations and literature on carbon capture and storage, including trends in CCS regulations, domestic regulations, the U.S. Environmental Protection Agency Underground Injection Control program, and public acceptance. It also analyzes international case studies from Japan’s Nagaoka (10,400 tons), Germany’s Ketzin (67,271 tons), and Australia’s Otway (65 million tons), addressing potential risks and environmental impact communication strategies.\nSecondly, the report recommends expanding CCS public education to enhance understanding of carbon storage technology and reduce fear of the unknown. The plan includes creating educational venues, developing age-appropriate and demographic-specific content, and identifying key issues to support policy implementation.\nFor trial site planning, the report analyzes the R2 storage system using seismic reflection and subsurface data, revealing a well-structured cap layer and a storage space thickness exceeding 500 meters, indicating excellent storage potential. Additionally, the design of drilling and surface facilities will follow international guidelines and cases to ensure scientific accuracy in planning and monitoring. A cost analysis was also conducted based on the planned tasks.\nFinally, the project aims to collaborate with the IL-CCS Project to gain insights into successful social communication and operational practices, enhancing the promotion and application of carbon storage technology.",
        "proj_year": "113",
        "org_name": "國環院氣候變遷研究中心",
        "exe_unit": "中華民國地球物理學會",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131501256",
        "publish_date": "20250110"
    },
    {
        "chi_title": "臺南市113年健全稽查專精能力及專業跨域支援量能",
        "chi_subject": "本計畫規劃陳情案件之稽(巡)查管制，並積極針對屢遭陳情案件進行分析調查並輔導改善，促使被陳情者主動進行污染源防制與改善；此外，藉由新興科技工具進行污染源蒐證告發，提升稽查有效性，並杜絕污染一再發生，降低陳情案件發生率，執行期間113年1月1日至113年11月30日止，共執行(1).10家次重大污染或屢遭陳情之管制重點對象進行聯合稽查。(2). 屢遭陳情、不明污染源或機關指定畜牧場或工廠巡查80家次。(3). 配合環境部推動「全國環境管理數位監控暨智慧決策中心」，建置非法棄置智慧圍籬，於台61線南下交流道租賃架設智慧監控設備3點次。(4). 邀請專家學者進行污染改善輔導或專業人員協助執法7場次。",
        "eng_title": "Tainan City Enhancement of Inspection Expertise and Professional Cross-Disciplinary Support Capacity, 2024",
        "eng_subject": "This plan plans the inspection and control of reported cases, and actively analyzes and investigates cases that have been repeatedly reported, and provides guidance for improvement, so that those who have been reported will take the initiative to prevent and improve pollution sources. In addition, new technology tools are used to collect evidence and report pollution sources, improve the effectiveness of inspections, prevent pollution from happening again and again, and reduce the incidence of reported cases. During the implementation period from January 1, 2014 to November 30, 2014, a total of (1) 10 joint inspections were carried out on key control targets that had major pollution or been repeatedly reported. (2) 80 inspections were carried out on livestock farms or factories that were repeatedly reported, had unknown pollution sources, or were designated by the agency. (3) Cooperating with the Ministry of Environment to promote the National Environmental Management Digital Monitoring and Smart Decision-making Center, we built smart fences to prevent illegal abandonment and rented smart monitoring equipment at three locations on the southbound interchange of Provincial Highway 61. (4) We invited experts and scholars to provide pollution improvement counseling or professional personnel to assist in law enforcement seven times.",
        "proj_year": "113",
        "org_name": "臺南市政府環境保護局",
        "exe_unit": "翌暘工程顧問有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131493826",
        "publish_date": "20250101"
    },
    {
        "chi_title": "113年度金門縣機動車輛排氣管污染管理事務計畫",
        "chi_subject": "本年度機動車輛排氣管污染管理事務計畫執行期程自113年5月3日至113年12月31日止，主要針對機動車輛排氣管認證檢測相關業務，包含印製相關文宣、線上登錄審核、通知到檢檢測、檢測合格核發標章造冊等，統計至11月30日止，共執行26場次，完成登錄申請66輛，線上合格認證12，通知檢測完成合格認證36輛，16輛未符合相關規定駁回，2輛通知中。",
        "eng_title": "113 Kinmen County Motor Vehicle Exhaust Pipe Pollution Management Plan",
        "eng_subject": "The implementation period of this year’s motor vehicle exhaust pipe pollution management business plan is from May 3 to December 31, 2020. It mainly focuses on business related to motor vehicle exhaust pipe certification and testing, including the printing of relevant brochures, online As of November 30, a total of 26 inspections, registration inspections, notifications for inspections, seals and registration of certificates after passing inspections were carried out, 66 registration applications were completed, 12 online certifications were completed, and 36 vehicles were notified of inspections and completed certifications. 16 vehicles were rejected for not complying with relevant regulations, and 2 vehicles are being notified.",
        "proj_year": "113",
        "org_name": "金門縣環境保護局",
        "exe_unit": "新研綠能科技有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131477793",
        "publish_date": "20250117"
    },
    {
        "chi_title": "113年直轄市、縣（市）政府執行空氣品質維護及改善工作績優獎勵補助(屏東縣)",
        "chi_subject": "為配合環境部政策推動，以精進本縣執行空氣品質維護改善相關工作之成效及提升民眾對空氣污染管制業務推動之滿意度與認同感，本計畫年度獎勵金運用於維護空氣品質計畫工作，包含辦理空氣品質維護及改善業務觀摩檢討會議、空氣污染防制之資訊及辦公用品購置、辦理移動污染源污染管制寄發相關公文書件郵資等；藉由邀請環境部及本縣空污委員等專家學者共同參與，指導本縣空氣污染防制工作之規劃，並提供專業經驗及建議，以提升本縣空氣污染防制之工作成效。",
        "eng_title": "113 Year Air Quality Maintenance and Improvement Performance Award Subsidy Program (Pingtung County)",
        "eng_subject": "To align with the policies promoted by the Ministry of Environment, this project aims to enhance the effectiveness of air quality maintenance and improvement efforts in the county while increasing public satisfaction and support for air pollution control initiatives. The annual incentive funds will be allocated to various tasks, including organizing review and evaluation meetings on air quality maintenance and improvement efforts, purchasing essential information resources and office supplies for air pollution prevention, and covering postage for official correspondence related to mobile pollution source management. Moreover, experts and scholars, including representatives from the Ministry of Environment and members of the county's air pollution committee, will be invited to provide guidance on planning air pollution prevention strategies and share their professional expertise and recommendations. These efforts are intended to improve the overall effectiveness of the county's air pollution control initiatives.",
        "proj_year": "113",
        "org_name": "屏東縣政府環境保護局",
        "exe_unit": "屏東縣政府環境保護局",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131472945",
        "publish_date": "20250115"
    },
    {
        "chi_title": "113年嘉義縣環境教育專案計畫",
        "chi_subject": "全球暖化與氣候變遷已成為國際間關注的重要議題，在各國永續意識抬頭之下，也帶動了節能、低碳、循環綠色經濟面向，淨零排放已是近年國際共同議題，我國淨零轉型從推動「淨零綠生活」開始，引導民眾行為改變，包括全民食、衣、住、行、育、樂、購中所產生的商業及消費使用行為。\n環境教育是為了「解決現在的和將來的環境問題」，本計畫透過環境教育活動推廣，連結在地環境教育夥伴與社區團體，長期培力地方社區營造與協助環境教育場域的申請認證；藉由社群平台的經營，創造更多民眾認識2050淨零碳排政策機會，也將本縣的環境教育行動方案和環保政策於環保局網站展現，另本年度本工作團隊秉持環境教育專業及豐富的專案執行經驗，依據履約標的規定之各工作項目，提出期中執行成果報告，本計畫針對年度期中重點項目如下說明：\n1.配合世界環境日辦理無塑野餐抵嘉活動，結合在地國小、民眾，融入各項政策宣導，並透過闖關寓教於樂方式，傳遞淨零綠生活和事世界環境日內涵。\n2. 與中正大學製商整合研究中心辦理2場次淨零公正轉型焦點座談，辦理主題分別為學校角色與永續發展、產業界的永續發展，參與對象包含政府機關、社會民眾、產業企業、學校師生，藉由深入探討淨零公正轉型在不同領域的挑戰和機遇，並分享成功的實踐案例，以激發參與者的創意和行動力。\n3.第9屆國家環境教育獎社區組於4月29日辦理決賽，已於6月21日環境部公布成績獲得特優全國第一佳績。\n4.辦理環境教育志工增能訓練，運用體驗學習方式，實地至苗栗及彰化各環境教育設施場所學習，透過走讀、實作更加了解人與環境之間的關聯，更進一步由理論面及實務面的學習及經驗分享，未來運用在協助本縣環境教育之推動。\n5.綠能館空間維護改善，為營造周邊環境和安全，已種植草皮、花卉和移除腐蝕木樁，並修繕損害設備包含割草機、監視器、水龍頭、展示螢幕等作為，後續將持續改善和維護，讓營運品質更加精進。\n本年度為響應環境部「淨零排碳」政策，本計畫執行至今持續調整活動執行方式融入淨零排碳或環境部相關政策面向作為主軸，在爭取達成環境部環境教育考核目標的同時，維繫嘉義縣環境教育推廣能量，落實全民響應環境教育的核心目標。\n綜上，持續推展環境教育業務，擴大環境教育量能，提升教學品質，充分運用環境教育資源，透過教育手段傳達環境議題概念，與民眾生活鏈結，藉此從自身落實食衣住行育樂購生活面向達到節能減碳之理念與行動。",
        "eng_title": "113 Chiayi County 235 Environmental Education Implementation Plan",
        "eng_subject": "Global warming and climate change have become important issues of international concern. The rise of sustainability awareness in various countries has also promoted the orientation of energy saving, low-carbon, and circular green economy. Net-zero emissions have become a common international issue in recent years. Taiwan's net-zero The transformation begins with the promotion of net-zero green living and guides people's behavior changes, including the commercial and consumption behavior of all people in food, clothing, housing, transportation, education, entertainment, and shopping.\nEnvironmental education is to solve current and future environmental problems. This project promotes environmental education activities, connects local environmental education partners and community groups, cultivates local communities in the long term, and assists in the application for certification of environmental education sites. ; Through the operation of the social platform, we will create more opportunities for the public to understand the 2050 net-zero carbon emission policy, and also display the county’s environmental education action plan and environmental protection policies on the Environmental Protection Bureau website. In addition, this year’s working team adheres to the environmental education profession and With rich experience in project execution, we propose an interim implementation results report based on each work item stipulated in the performance target. This plan describes the annual midterm key projects as follows:\n1. Organize a plastic-free picnic event in conjunction with World Environment Day, integrate local elementary schools and the public, integrate various policy promotions, and convey the connotation of World Environment Day through education and fun through challenging obstacles. \n2. Hosted 2 focus discussions on net-zero and just transformation with the Manufacturer Integration Research Center of National Chung Cheng University. The topics were respectively the role of schools and sustainable development, and the sustainable development of the industry. Participants included government agencies, the general public, industrial enterprises, Teachers and students of the school will have an in-depth discussion on the challenges and opportunities of net-zero just transformation in different fields, and share successful practical cases to stimulate the creativity and action of participants.\n3. The community group of the 9th National Environmental Education Award held the finals on April 29 and won the first place in the country in the environmental unannounced results in June.\n4. Conduct environmental education volunteer empowerment training, use experiential learning methods, and go to various environmental education facilities in Miaoli and Changhua to learn more about the relationship between people and the environment through day reading and practice, and further develop theoretical and practical skills. Practical learning and experience sharing will be used to assist the promotion of environmental education in the county in the future.\n5. The space maintenance of the Green Energy Pavilion has been improved. In order to create the surrounding environment and safety, turf, flowers and corroded wooden piles have been planted and corroded wooden piles have been repaired. Damaged equipment including lawn mowers, monitors, faucets, display screens, etc. have been repaired and will be continued in the future. Improve and maintain to improve operational quality.\nThis year, in response to the Net Zero Carbon Emissions policy of the Ministry of Environment, the plan has continued to adjust its implementation methods to incorporate net zero carbon emissions or the relevant policies of the Ministry of Environment as the main axis. While striving to achieve the environmental education assessment goals of the Ministry of Environment, it also maintains Chiayi County's environmental education promotion energy implements the core goal of national response to environmental education. \nIn summary, we will continue to promote the environmental education business, expand the capacity of environmental education, improve the quality of teaching, make full use of environmental education resources, convey the concept of environmental issues through educational means, and link with people's lives, so as to implement food, clothing, housing, transportation and education ourselves. Tesco Life’s philosophy and actions to achieve energy conservation and carbon reduction.",
        "proj_year": "113",
        "org_name": "嘉義縣環境保護局",
        "exe_unit": "磐飛科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131462182",
        "publish_date": "20250109"
    },
    {
        "chi_title": "嘉義縣113年度「優質公廁及美質環境推動計畫」經常門補助計畫",
        "chi_subject": "嘉義縣環境保護局辦理「113年度優質公廁及美質環境推動計畫」，主要進行轄內建檔公廁進行巡檢、評鑑及盤點作業及補助公廁修繕及新建案件管理，提昇本縣優質如廁品質；為加強登革熱防治工作，進行轄內中央部會空屋空地抽複查作業；藉由辦理公廁清掃學習、戒檳班及環境衛生相關宣導活動等提升整體環境整潔；辦理登革熱複式動員執行計畫、登革熱孳清說明會等相關宣導活動，增加本縣登革熱防治量能，透過本計畫各項工作內容之推動，期讓嘉義縣環境衛生相關成果再向上提升。\n「113年度優質公廁及美質環境推動計畫」執行期程自113年1 月1日起至113年11月30日止，計畫經費為新台幣伍佰柒拾伍萬元整，計畫參與人員除計畫主持人外，另包含專案計畫經理1位、計畫工程師3位、助理工程師1位、行政助理1位，共7位計畫人員，執行成果摘要如下：\n一、\t每月執行本縣列管公廁資料正確性盤點乙次並於每月10日前將相關資料提報本局備查，截至11月30日止，共計完成1,173筆資料修正其中以座標偏移最多(710筆)，其次為主管機關種類修正(367筆)。\n二、\t本計畫已於3、9月完成所有列管公廁評鑑1次共完成2次，並分別於3月18~19日、10月9日辦理2場次公廁評鑑成果記者發表會，結合AI智慧公廁推動，分別於交通部觀光署阿里山國家風景區管理處-觸口遊客中心及嘉義縣政府設立之智慧廁間進行導覽，並挑選出本縣列管公廁中最優良的20個管理單位進行公開表揚，用以作為其他管理單位的精進目標。\n三、\t本計畫分別於3月31日、6月30日、9月30日、11月30日完成所有列管公廁巡檢1次，截至11月30日共計巡檢7,148座次，其中包含一般巡檢4,740座次(4輪)及重點公廁巡檢2,408座次(11輪)，經40處主動通報改善及13處民眾通報改善，本縣公廁評等98.47%為特優級，已相較去年特優率95.64%，提昇2.83%，此外本計畫於5月起由紙本巡檢改為電子巡檢作業，減少至少4,000張巡檢表單印製，並建立公廁管理單位通聯群組，加速民眾通報案檢處理效率相較去(112)年同期，速度提高107%。\n四、\t本縣共計補助158座公廁，本計畫截至11月30日，共計完成444座次補助公廁巡檢作業，除部分公廁髒污並立刻輔導改善外，公廁皆達特優級，現況良好。\n五、\t本計畫於6月28日、8月6日，共2日。分別針對學童、公廁管理單位辦理各一場次公廁清掃學習活動，共計233人參與，分別邀請說演故事劇團及專家學者，針對不同的族群邀請相應的講師，使課程更具實際效益。\n六、\t本計畫已於4月10日前完成本縣轄內列管公廁QR code及如廁文化更新作業。\n七、\t本縣於113年1月起中央列管空屋空地共計5處，並於113年6月起輔導1處進行解列，截至今日中央列管空屋空地共計4處，本計畫每月依皆列管數量完成巡檢作業，截至11月30日共完成50處巡檢作業，皆無發現違規情事，巡檢現況皆符合規定。\n八、\t本計畫已於4月26日完成1場次革熱孳生源清除培訓說明會，共計39人參與，培養村里種子教師，從村里間擴散正確登革熱防治觀念，從居家村里減少登革熱孳生源數量，預防疫情延燒。\n九、\t本計畫於6月12日邀請嘉義基督教醫院講師辦理1場次戒檳班講習課程，共計23人參與，邀請曾因亂吐檳榔民眾上課，宣導檳榔危害，並提供口香糖作為宣導品，期逐步減少檳榔食用的對檳榔依賴程度。\n十、\t本計畫截至11月30日共計完成234村里登革熱複式動員執行計畫，並於每村里完成後3日內進行綠網填報，截至目前尚未發現布氏指數超過2級之村里，如發現積水容器或陽性孳生源便立即清除，並向民眾宣導孳生源清除重要性。\n十一、\t本計畫分別於4月10日辦理全嘉孳清總動員、5月21日嘉義縣登革熱疫情區域聯防實兵演練、5月30、31日辦理辦理施藥人員訓練班，透過孳生源清除宣導活動，提高民眾對於登革熱預防意識；藉由嘉義縣登革熱區域聯防實兵演練，加強本縣施藥人員應對登革熱疫情的經驗；且透過施藥人員訓練提升本縣登革熱疫情應變的防治量能，三方面同步進行加上每月例行登革熱複式動員執行，有效抑止今年登革熱疫情發生。\n十二、\t本計畫於分別於6月17日~12月31日、9月21日辦理第2場次菸蒂兌換活動；並於7月16日~8月31日辦理1場次犬便宣導兌換活動，截至11月30日，共收集28,213罐600ml菸蒂，約700萬根菸蒂，約35萬包香菸。\n十三、\t本計畫每月皆進行至少1次補助公廁修繕及新建案件計畫工程查核案件，截至11月30日共計進行81次工程查核作業。\n十四、\t本計畫協助進行裝潢修繕業務，截至11月30日已執行行11案件，其中以民雄鄉公所申請案件2件最多，共清運156.95公噸裝潢修繕廢棄物，其中以廢陶瓷清運總重70.48公噸佔整體廢棄物重量之45%為最大宗。",
        "eng_title": "Chiayi County 113th  High-Quality Public toilet and Beautiful Environment Promotion Plan",
        "eng_subject": "The Chiayi County Environmental Protection Bureau implemented the 113th Year High-Quality Public toilet and Beautiful Environment Promotion Plan, which primarily focuses on inspecting, evaluating, and inventorying the registered public toilets within the county, as well as managing subsidies for the repair and construction of public toilets. The goal is to enhance the quality of public toilet services in the county. To strengthen dengue fever prevention, the program also includes inspections and re-checks of vacant buildings and land managed by central government agencies. Various environmental sanitation-related activities, such as public toilet cleaning training, betel nut cessation courses, and other awareness campaigns, aim to improve overall environmental cleanliness. The program also involves conducting mobilization plans and information sessions for dengue vector control, increasing the county's capacity to prevent and control dengue fever. Through the implementation of these activities, the program strives to further improve the county’s environmental health outcomes.\nThe 113th Year High-Quality Public Toilet and Beautiful Environment Promotion Plan runs from January 1 to November 30, 2024, with a total budget of NT$5.75 million. The project team consists of the project leader, one project manager, three project engineers, one assistant engineer, and one administrative assistant, totaling seven personnel.",
        "proj_year": "113",
        "org_name": "嘉義縣環境保護局",
        "exe_unit": "一鑫環境科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131456805",
        "publish_date": "20250107"
    },
    {
        "chi_title": "113年屏東縣環境教育專案計畫",
        "chi_subject": "環境教育為屏東縣重點推廣的發展項目，藉由計畫工作之推動執行，延續屏東縣環境教育理念的推廣，並加強政府機關、學校師生及社會大眾之環境知識與環境責任感，本計畫工作項目涵蓋環境教育推廣、增能培訓、輔導協助行政支援等三大面向，執行期程自113年01月01日至113年12月31日。\n一、環境教育推廣活動\n(1) 113年5月25日辦理2024地球日「走讀伏流·環教FLOW」，參與人員共計55人。\n(2) 2024世界環境日-世界共舞-跨國環境教育種子培訓工作坊，邀請新住民親子共計20組一同參與。\n(3) 惜食創意便當大賽，初賽參與17組，選出15組進入決賽。\n(4) 「2024國際性環境日」網路活動四場次，超過三千則留言，「大家作伙愛屏東」家鄉環境教育繪本創作與徵選，加強落實環境教育理念，進一步透過網路平台互動進行線上推廣活動，運用更加多元的方式深入探索屏東縣的環境資源特色。\n二、增能培訓 交流 活動\n增能培訓為計畫年度重點事項，為增加學習標的，環教志工延續112年之教學技巧精進培訓課程，113年度安排說明最新環境法規內容及相關實務案例分析實務課程，透過學習及更新環保相關法規內容與課程內容安排規劃，有效提升志工團的環境知識底蘊，增添環境教育推廣專業程度。亦配合辦理環保志(義)工群英會活動，以競賽的方式提升凝聚力與創造力，並接納新血，避免環保志工團僵化，激發出新的熱情與創意。\n三、輔導協助及行政支援\n社區為環教工作的落實重點，本團隊長期駐點社區，輔導社區單位申請「環保小學堂推廣計畫」、「社區環境調查及改造計畫」與「屏東縣安居大社區-好讚認證-社區環保」，協助推動社區環境教育扎根工作。辦理環境教育4小時查核輔導及說明會，讓轄內機關學校與企業單位了解相關環境法令規章並配合辦理，提升屏東縣環境教育與環保工作績效。惜食料理之「惜食便當大賽」、環境知識競賽及國家環境教育獎全國決審，有效落實縣內環境教育的推廣。",
        "eng_title": "113-Year Environmental Education Project Plan",
        "eng_subject": "Environmental education is a key development initiative promoted in Pingtung County. Through the implementation of various projects, the program continues to promote the concept of environmental education in Pingtung and enhances environmental knowledge and responsibility among government agencies, schools, and the general public. This project covers three main areas: environmental education promotion, capacity-building training, and administrative support and guidance. The project is scheduled to run from January 1, 2024, to December 31, 2024.\n1. Environmental Education Promotion Activities\n(1) Earth Day 2024 Walk through the Flow of Environmental Education (May 25, 2024): 55 participants joined this event.\n(2) World Environment Day 2024 - Dancing with the World - International Environmental Education Seed Training Workshop: 20 families from immigrant communities participated.\n(3) Food Waste Awareness Creative Bento Competition: 17 teams participated in the preliminary round, with 15 teams advancing to the finals.\n(4) 2024 International Environmental Day Online Activities: Four online sessions with over 3,000 comments. The Let's Love Pingtung Together local environmental education picture book creation and selection reinforced the implementation of environmental education concepts and further promoted the region's environmental resources through online interaction.\n2. Capacity-Building and Training Activities\nCapacity-building training is a key focus of this year’s plan. To enhance the skills of environmental education volunteers, the training will continue from the previous year (2023), with courses focused on updating environmental regulations and analyzing relevant practical cases. This will help volunteers improve their understanding of environmental laws and enhance their ability to promote environmental education. Additionally, the team will organize an Environmental Volunteer Competition to foster cohesion and creativity, introduce new members, and prevent stagnation in the volunteer group while inspiring fresh enthusiasm and innovation.\n3. Guidance, Support, and Administrative Assistance\nCommunities are the focus of implementing environmental education programs. The team will continue to work closely with local communities, guiding them to apply for programs such as the Environmental Education for Kids Promotion Project, Community Environmental Investigation and Revitalization Plan, and the Pingtung County Safe Living Community - HAO-ZAN Certification - Community Environmental Protection. The team will also conduct 4-hour Environmental Education Check and Guidance Workshops to help local agencies, schools, and enterprises understand and comply with relevant environmental regulations, thereby improving the performance of environmental education and protection efforts in Pingtung County. Additionally, the Food Waste Awareness Bento Competition, environmental knowledge competitions, and the National Environmental Education Award Finals will effectively promote environmental education across the county.",
        "proj_year": "113",
        "org_name": "屏東縣政府環境保護局",
        "exe_unit": "磐飛科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131430940",
        "publish_date": "20250101"
    },
    {
        "chi_title": "113年度公害污染陳情雲端聯網管理系統數據資料庫運用計畫",
        "chi_subject": "「環保報案中心公害陳情案件管理系統」於82年成立迄今，持續擔任受理全國民眾於各種管道所提出之公害陳情報案，系統將陳情案件依所屬轄區及陳情次數特性即時交辦至對應各級22個環保單位處理，本計畫期程內，平均每月受理超過2萬件的陳情業務，本系統已成為各公害陳情業務單位所依賴之重要工具。\n本專案除維護系統軟硬體環境以維持相關業務處理之正常運作與成長，於今年依業務推動與民意所趨增修數類系統功能，以提升系統便民與輔助行政績效，計畫期間為確實達到意見整合與政策推動，共辦理1場教育訓練、1場業務檢討會議及2次工作進度報告，會議辦理皆提供會議簡報、講義及說明手冊、講座邀請等，加速計畫目標與政策之達成性。\n本年度計畫中統整113年度公害陳情處理結果統計，並與各環保單位溝通交換意見，擬定提升辦理品質與突破困難相關政策之推行。除此之外，於今年度有以下幾點計畫執行重點，以期對於現場稽查與決策支援提供更友善與自動化之平台：\n1. 完成公害污染陳情案件手機app及網際網路受理系統及案件管理系統之維護，並針對民眾友善度與業務單位需求增修公害陳情相關功能，確保軟硬體正常運作。\n2. 以Tableau視覺化工具進行轄區公害污染案件分布介面設計，將成果發布於環保報案中心公害污染陳情案件管理系統之儀表板功能展示中，供各縣市轄區瀏覽轄下案件分布狀況。另新增區域公害案件數與人力分配分析及一再陳情案件分析等介面建置，並提供Tableau視覺化工具供環境部環境管理署及三區環境管理中心使用。\n3. 完成通公害污染陳情兒少版說明頁面，以簡易的文字及圖片介紹公害污染，並建置小遊戲「公害污染小問答」及「環境污染在哪裡」，讓小朋友在玩遊戲中學習環保知識。\n4. 完成告警功能之強化，透過歷史驗證調整滾動式調整規則，此外，依需求新增「噪音」告警及告警儀表板，以協助環保單位更有效預警可能重大案件。\n5. 完成地理資訊圖台功能之提升，持續更新及精進地理資訊圖台功能，除介接空氣品質測站、氣象站、河川等環境資料外，更建置「污染溯源功能」，以提高污染溯源分析的準確性和效率。",
        "eng_title": "Project of database application and cloud computing with other networks for public  nuisance petition cases management system 2024",
        "eng_subject": "Since it was first established in 1993, the Environment Protection Reporting Center’s Public Nuisance Reporting Management System has been responsible for handling the public nuisance complaints that are submitted by members of the public throughout Taiwan via various different channels. Depending on the local government authority that has jurisdiction over the area in question, and the number of complaints received, the System notifies one of the 22 county- and city-level environmental protection agencies to respond to the complaint. The System handled an average of just over 20,000 complaints per month 2024; the System constitutes a vital tool for the various government agencies involved in handling public nuisance cases. \nThe present project involves the maintenance of the System software environment, in order to ensure that system operations can be carried on normally, with room for further expansion; the project also involves adding several functions to the system this year, in line with operational requirements and the general public’s needs, so as to make the system more convenient to use and enhance administrative performance. During the project implementation period, in order to achieve the building of consensus and effective policy implementation, the following activities have been carried out: 1 training sessions, 1 operations review meeting and 1 progress report presentations. In every case, these activities were supported by the provision of meeting presentations, lecture materials and handbooks, as well as lecture invitations, etc., so as to speed up the successful achievement of the project’s goals.  \nIn the current fiscal year, as part of the present project, statistics were compiled regarding the results of public nuisance complaint handling in FY2024, and these results were used in communication and the sharing of views with environmental protection authorities, to facilitate the formulation of strategies for enhancing the quality of complaint handling and overcoming obstacles to improved handling. In addition, project implementation in the current fiscal year has also focused on the following key areas, with the aim of providing a more user-friendly, more highly automated platform for on-site auditing and decision-making support:\n1. Completed the maintenance of the mobile app for public nuisance petition cases and the Internet acceptance system and case management system. Added functions related to pollution complaints based on public friendliness and business unit needs to ensure the normal operation of software and hardware. \n2. Use the Tableau visualized tool to design the interface for the distribution of public nuisance cases in the jurisdiction, and publish the results in the dashboard function display of the Environmental Protection Reporting Center’s pollution nuisance cases management system for each county, city and district to browse the distribution of cases under their jurisdiction. In addition, new interfaces have been built for analysis of the number of regional pollution cases, manpower allocation, and analysis of repeated cases, and Tableau visualized tools have been provided for use by the Environmental Management Administration and the North\/Central\/South Environmental Management Centers.\n3. Completed the children's version of the public nuisance pollution complaint page, using simple words and pictures to introduce pollution, and built mini games Pollution Questions and Answers and Where is Environmental Pollution to allow children to learn environmental protection knowledge while playing games.\n4. Enhancing alert function by adjusting the rolling adjustment rules through historical verification. Additionally, a noise alert and an alert dashboard will be added based on needs to help environmental protection units more effectively give early warnings of potentially major cases.\n5. Completed the improvement of the geographical information chart function, and continued to update and improve the geographical information chart function. In addition to connecting environmental data such as air quality measuring stations, weather stations, rivers, etc., a pollution traceability function was also built to improve pollution traceability analysis. accuracy and efficiency.",
        "proj_year": "113",
        "org_name": "環管署環境執法組",
        "exe_unit": "振興發科技有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131413461",
        "publish_date": "20250110"
    },
    {
        "chi_title": "113年度土壤及地下水污染調查及查證工作計畫-新北市",
        "chi_subject": "本計畫截至113年12月20日已完成100%工作項目，分別摘要說明如下。\n一、場置性地下水監測井定期監測及其巡查、維護修繕作業\n完成新設F00576監測井、預警網監測井上下半年定期監測、監測井上下半年巡查、11口次監測井外觀維護、6口次監測井設施修復、22口監測井井況評估作業、5口次監測井異物排除作業及5口次監測井廢井作業。\n二、貯存系統業者輔導及管理\n完成地下儲槽系統業者112年第二、三次及113年第一、二次網路申報資料審核，就申報錯誤率位於前3 %之業者進行現場輔導；另完成38站之測漏管油氣檢測及評價機制，就測漏管檢測結果PID\/FID超過500 ppmV之新埔加油站及全國新五路加油站，進行土壤間隙氣體氣相層析，測值屬合理範圍。\n三、土壤及地下水業務宣導活動辦理\n於3月16日協助環保局辦理1場次環保小局長活動，後於6月17日辦理土污法第8、9條公告事業法規宣導說明會及貯存系統申報教學說明會，下半年於10月辦理第二次貯存系統申報教學說明會，對象為新增納管貯存系統事業 (第二批)。\n四、土污法第8條、第9條公告事業類別案件審查\n截至10月31日為止，轄區內業者共提出64件評估調查檢測資料予本團隊審查。現場查核已執行23家次。\n五、污染場址監督查核及驗證\n目前轄內公告列管場址共計48處，每月執行1~2次場址巡查作業，同時查核GSR及BMPs落實狀況，已巡查638場次；今年度已執行8處場址驗證作業，其中6家驗證順利通過，三聖諦企業有限公司及柑園加油站之驗證未通過，另預定於12月4日進行新北市五股區中興段554地號之驗證作業。\n六、防止貯存系統設施確認作業\n本年度執行「地上貯存系統改善複查工作」33家，於12月5日完成，僅有中華電信板橋服務大樓未備齊防疏漏器材或物品，其餘均依改善計畫改善完成，「地下貯存系統法規符合度確認工作」2處於11月20日完成，現場並無發現缺失。\n七、正泰化工健康風險評估更新\n上半年 F00370 測得汞濃度0.0028 mg\/L低於管制標準，其餘各監測井之濃度均為未檢出(ND)，下半年F00370汞濃度0.0227 mg\/L。超過管制標準，因場址周圍無新進駐且使用汞之事業，推測F00370之濃度變化係因既有汞污染團再溶出。\n八、全國農地土壤污染預防之定常性工作\n農地土壤採樣於12月6日完成，農地土壤重金屬有4處超過食用作物農地土壤污染監測基準值，建議後續就鄰近區域擴大調查；。水質抽測初驗於11月18~19日進行，篩選複驗點位後於12月11日進行複驗，樹脂包調查於11月27~28日完成回收，灌溉水質抽測及樹脂包檢測顯示調查區域應無排放重金屬之污染源。\n九、事業土壤及地下水污染預防管理\nA群事業部分完成現勘與預防管理行前說明會、42家A群事業現勘，並依REC評分篩選5家事業進場查證，其中4家之測值超標，已將查證成果提送至環保局；B群事業部分就提送自主預防管理計畫之75家已完成審查，及預防管理現勘作業21家次，並輔導事業進行自主預防管理計畫修正，經檢核後通過；C群事業部分完成現場勘查運作情形並進行資料比對，計16家次。\n十、技師簽證查核\n依簽證查核標準作業程序提送受查簽證案件資料請委員進行書面審查，並協助彙整2位委員書面審查結果，後配合出席缺失記點確認審查會議，協助彙整會議結論計算最終缺失積分。\n十一、辦理監測式自然衰減與評估作業 (MNA)\n今年度完成3次生物藥劑灌注及地下水質採樣檢測，脫氯生物菌有增長趨勢，標的井F00057之氯乙烯濃度已下降至管制標準以下，顯示模場試驗有效改善含氯有機物之污染濃度。\n十二、底泥溯源調查\n於尖山一圳、尖山二圳及尖山三圳進行底泥溯源調查，依底泥品質調查結果，推測有重金屬累積於底泥；灌溉渠道水質重金屬濃度均低於灌溉用水水質標準，初步推估圳路沿線應無排放重金屬之污染源；樹脂包分析結果顯示鎘、銅、鎳、鉛等重金屬均為ND，鉻及鋅則顯著低於底泥品質指標下限值，依鍶鈣比、鉻鍶比及鋅鍶比推估圳路沿線應無排放重金屬鉻及鋅之污染源，與水質重金屬分析結果相近。\n十三、土壤及地下水污染事件緊急應變措施\n(一) 場置性監測井增加監測作業\n1. F00189含氯烯類濃度略微降低，DCE已降至管制標準以下 (監測標準以上)，建議持續定期監測。F00459氟鹽濃度已連續2年低於監測標準以下，建議114年度起已無持續監測之必要性。\n2.樹林工業區內、外具臨時水權之既設抽水井F00362、F00363及，監測結果顯示含氯有機物濃度均低於管制標準，均可保留水權，建議定期監測。另翰盛公司於今年4月底歇業，F00364即未進行監測。\n3. 預警網監測井F00222、F00378 監測結果僅F00378測得微量氯甲烷，含氯烯類污染團尚未擴散至區外下游處，另F00223遭柏油掩埋，尋回後發現井管被破壞，需另尋設井地點後重新設置監測井，以維持預警網功能。\n4. F00115在巡查過程中發現因井管被異物堵塞而無法採樣，實施異物排除後再行監測。F00117監測結果各項污染物濃度為未檢出 (ND)，衛生掩埋場滲出水未滲漏污染至下游地區。\n(二)執行監測井內、外部功能巡查作業時，發現監測井F00223、F00224遭柏油掩埋，F00223尋回後發現井管被破壞，無法修復，需另尋設井地點後重新設置監測井；F00224尋回後確認井體內、外部功能完善，可正常發揮監測功能。\n(三)台15線應變必要措施查證作業\n交通部公路總局北區養護工程分局執行道路工程時，於台15線西濱北上15.6K不慎挖破台灣中油股份有限公司所屬長程輸送地下油管，北區養工分局於完成管線修繕應變必要措施後提送成果報告，本團隊於5月29日進行查證作業，土壤TPH均低於土壤污染管制標準。\n(四)三重區頂崁段1545地號場址周圍地下水補充調查\n因頂崁段1545地號之地下水持續有鉻超過管制標準之情形，今年度進行場址周圍地下水補充調查，因規劃時由於採樣作業具一定急迫性，以貝勒管進行採樣，然因各種採樣方式於執行過程中可能對井內水柱造成程度不一之擾動，並進而影響吸附於土壤孔隙之污染物，形成脫附進入地下水體，致影響重金屬濃度變化。\n(五)二重國小監測井污染來源追蹤及增加監測\n環境部進行定期水質監測計畫時。發現二重國小區域性監測井(井號：F00031)順1﹐2-二氯乙烯監測濃度0.0266mg\/L，超出查證基準值0.007mg\/L，本團隊進行污染來源追蹤，三重區為地下水管制區，並排除社區管理委員會、醫院、診所、百貨、金屬製品製造業、金屬表面處理等與揮發性有機化合物污染無關之事業別，周邊尚有3家事業，然製程中均未含揮發性有機化合物。以目前所掌握之數據，暫無法有效掌握及判斷可疑之污染來源。因目前檢出濃度尚低，建議持續進行監測追蹤其變化趨勢。",
        "eng_title": "Plan of Soil and Groundwater Pollution Investigation and Verification Work in New Taipei City, 2024",
        "eng_subject": "As of December 20, 2024, 100% of the work items have been completed, including:",
        "proj_year": "113",
        "org_name": "新北市政府環境保護局",
        "exe_unit": "亞太環境科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131404512",
        "publish_date": "20250108"
    },
    {
        "chi_title": "113年度土壤及地下水污染調查及查證工作計畫-宜蘭縣",
        "chi_subject": "一、土壤定期監測\n本計畫已於113年4月23日至24日完成26處共計130點次(5點混1樣)農地土壤定期監測作業，結果顯示1處區域(蘇澳鎮新隆恩段557地號)檢測結果重金屬砷濃度超過管制標準，將依照「土壤砷污染判定及處理原則」進行判定；19筆農地應持續辦理定期監測。\n二、農地土壤同步農作物採樣\n本計畫配合農業處進行同步採樣，執行8點次土壤採樣，農作物檢測結果重金屬無異常，無須進行後續農地土壤分析。\n三、農地污染預防管理\n本計畫於113年3月進行定常監測環境勘查評估、6月執行農地定常土壤抽測、灌溉水抽測，7月執行樹脂縮時膠囊監測，預防性抽測結果顯示土壤及渠道水質皆符合法規標準；樹脂縮時膠囊結果顯示各圳路無人為污染情形，水質狀況大致良好。\n四、灌溉渠道底泥溯源調查\n本計畫已於113年4月9日及5月3日完成雷公埤圳幹線永同二支線及三支線進行2場次環境勘查評估，並於5月29日執行灌溉渠道底泥16點、水質調查4樣採樣，以及6月19日至7月10日執行3批次放置共24組樹脂包。\n底泥共有5點高於底泥品質指標上限值，樹脂包共有3點超過2倍標準差，灌溉水質皆符合灌溉水質管制項目限值，推測污染來源為抽水機抽取地下水補注至灌溉水，或受到結頭份排水匯入影響，非事業或人為所致。\n五、事業土地污染預防管理\n本計畫已於4月辦理事業分群分級管理與自主污染預防管理計畫輔導說明會、6-9月辦理A群6家次、B群5家次、C群11家次事業現勘，依照現勘結果及事業污染潛勢滾動式管理；9-10月執行A群3家次事業調查，檢測結果未超過土壤污染管制標準值。\n六、地下水監測作業\n本計畫已於113年5月27日至28日完成8口場置性監測井執行地下水採樣作業，檢測結果顯示1口監測井地下水砷濃度超過第二類地下水監測標準、6口監測井一般項目超過第二類地下水污染監測標準，持續辦理定期監測。\n七、監測井維護管理\n本計畫已完成本年度2次監測井巡查維護工作，並完成8口監測井井體外部維護、2口監測井設施修復；本年度挑選10口監測井進行井況評估，並彙整近年評估結果及再完井篩選原則，挑選5口監測井進行再完井及異物排除工作。\n八、污染場址管理\n本計畫執行迄今針對各列管場址每月至少執行1次巡查工作，並協助環保局辦理場址相關書面審查、場址改善完成後驗證作業。「中華電信宜蘭營運處冬山機房」驗證結果符合改善標準及法規標準，已解除列管；「新寶元鋼鐵股份有限公司一廠」驗證結果未能符合改善標準及法規標準，持續辦理改善作業；「蘇澳油料分庫(代號CC-13-30營區-1)」第2次驗證結果未能符合改善標準及法規標準，刻正辦理計畫變更，重新規劃改善作業，另由環保局重新調查列管範圍；「東南亞實業社」已完成改善，刻正辦理驗證作業。\n九、公告事業管理\n本計畫協助環保局辦理土污法八、九條公告事業書面資料審查及公告事業現場查核工作，本年度於9月執行污染潛勢公告事業(中美矽晶製品股份有限公司宜蘭分公司三廠)土壤污染查證作業，檢測結果判斷土壤品質符合土壤及地下水污染整治法規範，後續無須進行列管。\n十、貯存系統管理\n本計畫已協助環保局完成3季網路申報資料審查工作，申報審查率皆為100%，並於7-9月完成9處地下儲槽業測漏管檢測、於7月完成7處符合新增業別定義之貯存系統執行法規符合度確認及輔導，共有5處仍有缺失，將列入未來改善追蹤建議名單內，以確認其改善之情形。\n十一、工業區土壤及地下水品質管理\n本縣5處工業區之土壤及地下水污染預警燈號，4處為綠燈(利澤、一結、白米甕及竹科宜蘭)、1處為橘燈(龍德)。本計畫已協助確認及彙整工業區土壤及地下水申報檢測資料，其中竹科宜蘭園區因環境背景導致地下水氨氮、鐵、砷濃度較高；一結工業區本年度檢測地下水鉛濃度達監測標準，已協助環保局辦理緊急應變調查作業並由工業區持續監測，其餘工業區檢測結果皆符合法規標準。\n十二、緊急應變及其他調查工作\n本計畫緊急應變經費辦理之工作包含「地下水定期監測加測一般項目」、「聯友能源科技股份有限公司土壤調查」、「蘇澳鎮新隆恩段557地號砷超標農地調查」、「G00001、G00006監測井外觀維護」、「一結工業用地暨昇壕金屬有限公司土壤及地下水調查」、「蘭陽溪流域(粗坑溪至葫蘆堵大橋)污染溯源調查」、「宜蘭縣三星鄉大隱二段536、537地號農地土壤調查」。\n十三、創新作為\n本計畫以「建置提升縣外入境土石方管理機制」作為創新，已於113年5月29日辦理1場次跨單位入境土石方管理機制討論會議，建立聯繫管道及訂定管理流程，6-9月執行石城稽查站隨機攔檢、土資場及填土農地抽樣檢測工作。\n十四、相關活動辦理及行政協助\n本計畫辦理1場次「貯存系統法規及管理申報作業要點宣導說明會暨太陽能光電設置推廣說明會」、1場次「土污法第八、九條相關法規宣導暨事業太陽能光電設置推廣說明會」、1場次「推動綠色永續型整治(GSR)輔導說明會」及1場次「C群事業分群分級管理計畫說明會」。本計畫已完成10場次土壤及地下水保育宣導課程，參與總人數為484人。",
        "eng_title": "113th Year Soil and Groundwater Pollution Investigation and Verification Work Plan - Yilan County",
        "eng_subject": "1. **Soil Regulator Analysis**: Investigations were conducted at 26 sites, revealing 1 site with arsenic contamination exceeding the standard. Additionally, 19 other sites exceeded monitoring standards and require ongoing monitoring.\n2. **Simultaneous Soil and Crop Sampling**: Cooperation with the Agriculture Department led to sampling at 8 locations. Crops showed no abnormalities, so no further soil analysis was necessary.\n3. **Agricultural Land Pollution Prevention**: Regular environmental surveys were conducted, with soil and irrigation water quality meeting monitoring standards.\n4. **Irrigation Channel Sediment Investigation**: Investigations in the Lei-gong-pi and Yong-tong channels revealed arsenic, copper, and zinc contamination in sediment, though the contamination wasn’t of anthropogenic origin. Dredging is recommended.\n5. **Industrial Land Pollution Prevention**: On-site inspections of 22 industrial entities (6 Group A, 5 Group B, 11 Group C) were completed, focusing on soil and groundwater contamination. No exceedances of control standards were found in 3 Group A factories.\n6. **Groundwater Analysis**: Sampling of 8 wells showed arsenic levels exceeding standards in one well, while 6 others had elevated general parameters.\n7. **Wells Maintenance and Checking**: Two rounds of quarterly checks were completed for regional and on-site monitoring wells. Eight wells were externally maintained, and five underwent internal maintenance or development with camera inspection.\n8. **Restrained Sites Management**: Monthly inspections were conducted, with 4 sites completing post-remediation verification this year.\n9. **Pollution Concern Businesses**: Legal reviews and on-site inspections of soil and groundwater were carried out. The results showed that factories did not exceed soil pollution control standards.\n10. **Designated Pollutant Storage Management**: Storage system reports for 2023-2024 were completed with 100% inspection. The project also monitored 9 underground storage tanks at gas stations and provided compliance guidance.\n11. **Industrial Zone Soil and Groundwater Quality**: Reporting and testing data for industrial zones mostly met regulatory standards, except for some areas in the Hsinchu Science Park Yilan Park and Yi-Jieh industrial zone where specific pollutants exceeded standards.\n12. **Emergency Response**: Seven emergency response tasks were handled with the support of contingency funds.\n13. **New Approach**: A new mechanism for managing inbound earthwork from outside the county was established, including discussions and random inspections at inspection stations and farmland.\n14. **Event Handling and Routine Business**: A total of 1 conference on the new law for groundwater pollution facilities, 1 seminar on soil and groundwater pollution remediation, and 10 educational sessions were held, reaching 484 attendees.\nThis summary highlights the project’s monitoring, inspection, and environmental management efforts to address soil and water pollution concerns in various sectors.",
        "proj_year": "113",
        "org_name": "宜蘭縣政府環境保護局",
        "exe_unit": "傑美工程顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131350905",
        "publish_date": "20250122"
    },
    {
        "chi_title": "113年度屏東縣機動車輛排氣管污染管理事務計畫",
        "chi_subject": "本計畫合約自113年4月10日至113年12月15日止，期間共完成19場環境部替換用排氣管噪音檢測作業，每場通知至少50輛以上，總通知960輛次，每場到檢至少30輛，總到檢686輛，其中46輛不合格。\n由於替換用排氣管噪音檢測作業規範，若車主當次檢測不合格可有2次重測機會。故此，總預約車輛數雖僅956輛，但因有182輛次因檢測不合格、未到檢、排氣管消音塞未焊死或其他因素未到驗，以致預約檢測1次以上。",
        "eng_title": "113 - year Pingtung County Motor Vehicle Exhaust Pipe Pollution Management Plan",
        "eng_subject": "This project contract ran from April 10, 2020 to December 15, 2020. During the period, a total of 19 noise testing operations for the replacement exhaust pipes of the Ministry of Environment were completed. At least 50 vehicles were notified in each operation, and a total of 960 vehicle times were notified. At least 30 vehicles were inspected at each site, and a total of 686 vehicles were inspected, of which 46 were unqualified.\nDue to the operating standards for noise testing of replacement exhaust pipes, car owners who fail the current test will have two opportunities to retest. Therefore, although the total number of reserved vehicles is only 956, 182 vehicles have been scheduled for inspection more than once because they failed to pass the test, did not arrive for inspection, the exhaust pipe silencer plug was not welded, or other factors.",
        "proj_year": "113",
        "org_name": "屏東縣政府環境保護局",
        "exe_unit": "瑩諮科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131340740",
        "publish_date": "20250128"
    },
    {
        "chi_title": "高雄市113年度「向海致敬 -海岸清潔維護計畫」",
        "chi_subject": "(一)\t強化本市海岸清潔維護單位橫向溝通:依據行政院核定之「向海致敬-海岸清潔維護計畫」內容持續追蹤檢討本市各海岸土地管理單位執行成效，辦理至少2場次市府跨局處(工作小組)會議，辦理前須提送規劃書及簡報資料，經機關核定後始得辦理；並於辦理後協助製作會議紀錄，第一場次已於113年8月21日辦理完成，第二場已於113年11月28日辦理完成。\n(二)\t執行高雄市海岸線環境清潔巡檢、通報及緊急清除作業\n1.「高雄市政府轄管」海岸線約17公里(共43處)，依髒亂程度區分「髒亂熱點區域17處」及「非熱點區域26處」；針對「非高雄市政府權管」之海岸線(約46公里)。\n2.針對市府權管「熱點17處」海岸線共執行36次巡檢；市府權管「非熱點30處」海岸線共執行18次巡檢；「非高雄市政府權管」之海岸線共執行9次巡檢。\n3.海岸線髒亂案件通報作業：於巡檢作業發現海岸髒亂點(處)時，廠商應協助彙整相關資料(如：GPS定位、土地地號、權管單位…等)並提供機關，經機關同意後再通報至「高雄市向海致敬Line群組」，通知該權管單位儘速清除，本年度巡檢時尚無發現髒亂情形。\n(三)\t延續辦理推動本市創新作為「淨灘合作社」\n1.持續以旗津區海岸作為「淨灘合作社」推動淨灘合作社據點，設立共計10處箱體據點提供淨灘工具供民眾淨灘隨借隨還，淨灘合作社規劃合作商家6處及戶外誠實淨灘工具借用區4處。\n2.本計畫於113年10月再次將4處誠實淨灘工具借用區箱體進行翻新，維持原有設計有三層空間，並於箱體上方安裝魚形告示牌及QR-Code方便市民辨識掃描借用及回饋建議。\n3.計畫人員每周均派員巡檢，補足工具方便民眾參與淨灘，淨灘工具累計借用人數達1,074人。\n4.協助協助機關於高雄市環境保護局臉書宣傳淨灘合作社共4則貼文，分別於3月25日、6月 7日、8月23日，8月30日各張貼1則。\n(四)\t環境部海岸清理資訊平台管考\n海岸清理資訊平台主動清理之成果，每月各單位上傳成果均已達成。即時清理共通報共32件次，23件符合平台之規定，於7天內完成清理作業，9件因清理期程受凱米等颱風影響，暫停清理，導致超過7日之清理期程，整體考核截至11月30日自評得分66分，得分率78%。",
        "eng_title": "Name:Kaohsiung City's Tribute to the Sea Beach Cleanup Project for 2024",
        "eng_subject": "1.\tExecutive Summary of Project Outcomes\n(1)\tStrengthening Cross-Departmental Communication for Coastal Cleanup and Maintenance: In accordance with the Executive Yuan's approved Tribute to the Sea Beach Cleanup Project, we have continuously monitored and evaluated the performance of coastal land management units in our city. At least two inter-departmental (working group) meetings have been held at the municipal government level. Prior to each meeting, a planning document and presentation materials must be submitted for approval. Meeting minutes are prepared after each session. The first meeting was successfully held on August 21, 2024.\n2.Implementation of Coastal Line Environmental Cleaning Inspection, Reporting, and Emergency Removal Operations in Kaohsiung City\n(1) The Kaohsiung City Government is responsible for approximately 17 kilometers of coastline (43 sections), which are categorized into heavily polluted hotspots (17 sections) and non-hotspot areas (26 sections). For coastlines not under the jurisdiction of the Kaohsiung City Government (approximately 46 kilometers), separate arrangements are made.\n(2) A total of 28 inspections were conducted for the 17 “hotspot areas” under the city government's jurisdiction; 14 inspections were conducted for the 30 “non-hotspot areas” under the city government's jurisdiction; and 7 inspections were conducted for the coastlines “not under the jurisdiction of the Kaohsiung City Government”.\n(3) Coastal pollution incident reporting: When pollution spots were found during inspections, the contractor was required to assist in compiling relevant data (such as GPS coordinates, land lot numbers, and jurisdictional units) and provide it to the government. After obtaining government approval, the information was reported to the Kaohsiung Tribute to the Sea Beach Cleanup Project Line group, notifying the relevant jurisdictional unit to clean up as soon as possible. No pollution incidents were found during inspections this year.\n3. Continuation of the City’s Innovative Beach Cleanup Cooperative Initiative\n(1) The Qijin District coastline continues to be the focal point for the Beach Cleanup Cooperative initiative, with a total of 10 container stations established to provide beach cleaning tools for public use on a self-service basis. The cooperative includes 6 partner businesses and 4 outdoor honesty boxes for borrowing cleaning tools. \n(2) It is planned that by the end of October 2024, the four outdoor honesty boxes will undergo exterior enhancements and structural improvements. The design of the tool boxes will be revamped to increase storage space and capacity. Fish-shaped signs and QR codes will be installed on top of the boxes to facilitate identification, borrowing, and feedback from the public. \n(3) Project personnel will conduct weekly inspections to replenish tools for public use in beach cleanups. To date, the cleaning tools have been borrowed a cumulative total of 1,335 persons. \n(4) Assistance was provided to the Kaohsiung City Environmental Protection Bureau in posting 4 promotional posts about the Beach Cleanup Cooperative on its Facebook page, on March 25th, June 7th, August 23rd, and August 30th respectively.\n4.Performance Management of the Environmental Protection Administration's Coastal Cleanup Information Platform\nAll units have successfully uploaded their monthly achievements to the Beach Cleanup Information Platform, fulfilling the requirement of proactive cleanup efforts. A total of 19 immediate cleanup reports were submitted and all met the platform's regulations, with cleanup operations completed within 7 days. Only one case exceeded the 7-day cleanup period due to the impact of Typhoon Gaemi, which temporarily halted cleanup efforts. However, all cases were eventually completed. As of September 30th, the self-assessment score was 70 points, representing an 82% achievement rate.",
        "proj_year": "113",
        "org_name": "高雄市政府環境保護局",
        "exe_unit": "技佳工程科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131340545",
        "publish_date": "20250131"
    },
    {
        "chi_title": "113年環境影響評估審查會議支援暨評鑑考評專案工作計畫",
        "chi_subject": "本計畫主要目的為協助辦理環評相關審查會議，藉由蒐集、彙整及分析各次會議的相關意見，提供環評審查委員參考並掌握歷次審查情形以延續前次會議之進行，並於會議結束後整理相關資料以製作會議紀錄，以提升環評會議辦理效率及審查之品質。至113 年11 月30 日止，本計畫支援辦理環評審查會議共184場，協助審查會議之各項庶務行政事宜及審查意見之綜整分析，包含(1)協助彙整會前書面意見共163 件；(2)完成81 場初審會議補正追蹤事宜；(3)完成16場現場勘查作業安排，以及(4)159場會議紀錄製作等工作。\n為提升環評技術顧問機構之專業技術能力與環評書件之撰寫品質，本計畫協助依據「111 年至112 年環境影響評估技術顧問機構評鑑計畫」辦理評鑑作業，決定評鑑分級方式及成績，辦理「113年至114年環境影響評估技術顧問機構評鑑計畫」說明會，向與會者說明113-114年評鑑計畫之辦理要點，並於113年9月27日辦理1場次「113年至114年環境影響評估技術顧問機構評鑑計畫」委員會，向評鑑委員說明評鑑計畫要項。，並協助辦理地方環保機關環評審查績效考評作業，並提供相關建議，促使我國環評業務之執行得以更加完善。\n另本計畫針對蒐集彙整近10年生態調查有關離岸風電生態保育及調查文獻資料，並彙整離岸風電環評開發計畫生態調查作業對於目前離岸風力發電計畫海洋生態調查方法參考指引符合度情形，並辦理1場專家學者座談會和2場對外說明會，將相關的生態技術規範修訂建議草案提供給外界參考，並做必要的說明，同時也取得相關之建議和意見，作為修正草案的參考。\n本計畫同時協助環境部完成環評書件上傳至查詢系統共114案次、環評審查案件上傳至環評開發論壇審核共147案次，以及協助完成環境部環評案件程序審查及複審作業共35案次。",
        "eng_title": "Project for Assistance on Holding EIA Review Meetings in 2024, Evaluation of EIA Technical Consulting Organizations and Performance Appraisal of Local Environmental Protection Agenciess",
        "eng_subject": "The main objective of this project is to assist in conducting environmental impact assessment (EIA) review meetings. By collecting, compiling, and analyzing opinions from each meeting, we provide references for EIA review committee members to understand the progress of previous reviews and continue discussions from the last meeting. After each meeting, we organize the relevant data to create meeting records, thereby improving the efficiency and quality of EIA meetings and reviews. As of November 30, 2024, this project has supported a total of 185 EIA review meetings, assisting with various administrative tasks and the compilation and analysis of review opinions, including: (1) compiling 163 pre-meeting written opinions; (2) completing follow-up tasks for 81 preliminary review meetings; (3) arranging 16 on-site inspection operations; and (4) producing records for 161 meetings.\nTo enhance the professional technical capabilities of EIA consulting agencies and the quality of EIA document preparation, this project assisted in conducting evaluation operations based on the “2022-2023 EIA Technical Consultant Agency Evaluation Plan,” determining evaluation grading methods and scores, and organizing briefing sessions for the “2024-2025 EIA Technical Consultant Agency Evaluation Plan” to explain the key points of the 2024-2025 evaluation plan to participants. On September 27, 2024, a committee meeting for the “2024-2025 EIA Technical Consultant Agency Evaluation Plan” was held to explain the key points of the evaluation plan to the evaluation committee members. Additionally, we assisted in conducting performance evaluations of local environmental protection agencies’ EIA reviews and provided relevant suggestions to improve the implementation of EIA tasks in our country.\nFurthermore, this project focused on collecting and compiling literature on offshore wind power ecological conservation and survey data from the past 10 years. We also compiled the ecological survey operations of offshore wind power EIA development projects to assess the compliance of current offshore wind power project marine ecological survey methods with reference guidelines. We organized one expert symposium and two public briefings to provide the draft revision suggestions for relevant ecological technical specifications to the public for reference and necessary explanations, while also obtaining relevant suggestions and opinions as references for revising the draft.\nThis project also assisted the Ministry of Environment in uploading a total of 114 EIA documents to the inquiry system, uploading 147 EIA review cases to the EIA development forum for review, and assisting in the procedural review and re-examination of 35 EIA cases for the Ministry of Environment.",
        "proj_year": "113",
        "org_name": "環境部環境保護司",
        "exe_unit": "財團法人台灣產業服務基金會",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131328664",
        "publish_date": "20250107"
    },
    {
        "chi_title": "氣候變遷氣候韌性調適能力建構之應用",
        "chi_subject": "氣候變遷對臺灣帶來極端氣候事件、海平面上升、乾旱、洪水及熱浪等一系列變化，對社會、經濟與環境產生了深遠的影響，因此系統化地基於科學制定調適行動方案變得極為重要。本計畫首先透過蒐集與分析國際上有關氣候調適的知識、工具、技術及應用服務，以了解全球發展趨勢；接著建立氣候韌性調適策略模擬系統的框架，以保持擬定跨領域調適策略的一致性及可操作性。該系統希望可以做為未來數位孿生技術的架構，現階段發展策略擬定詮釋模式(meta model)的架構，串接運算模式，並設計互動式操作介面，提供使用者較好的操作體驗。策略擬定詮釋模式主要用於評估跨領域系統性氣候風險及其調適選項的相互關係與優先順序；運算模式則整合各領域的評估模型及氣候模式的高效運算能力，從而規劃適合的調適路徑，以應對日益複雜的氣候風險。\n此外，標準化氣候實體風險評估與調適擬定流程同為本計畫的執行重點，此標準化工作針對中央政府、地方政府、產業部門等不同決策層次的需求，制定客製化風險評估與調適治理框架建議，從而幫助決策者更清晰地識別實體風險缺口，並輔助其進一步進行風險管理與調適策略的制定。最終，本計畫協助國家環境研究院規劃國家氣候變遷智能服務平台，以期整合國內氣候變遷調適相關的數據、資訊、知識、智慧、技術、工具及指引等，為各層級決策者在進行實體風險評估與調適策略制定時貢獻全面的參考與應用支持。",
        "eng_title": "Application Plan for Building Climate Resilient Adaptation Capacity for Climate Change",
        "eng_subject": "The impact of climate change on Taiwan has led to a series of changes, including extreme weather events, rising sea levels, droughts, floods, and heatwaves, with profound effects on society, the economy, and the environment. Therefore, systematically formulating adaptation action plans based on scientific evidence has become extremely important. This project first collects and analyzes international knowledge, tools, technologies, and application services related to climate adaptation to understand global development trends. Then, it establishes a framework for a climate resilience adaptation strategy simulation system to ensure consistency and operability in formulating cross-sector adaptation strategies. This system is expected to serve as the framework for future digital twin technologies. At this stage, it focuses on developing a meta-model framework for strategy formulation, linking computational models, and designing an interactive user interface to provide a better user experience. The meta-model for strategy formulation is mainly used to assess the interrelationships and priorities of cross-sector systemic climate risks and their adaptation options. The computational models integrate assessment models from various fields and leverage the high-performance computing capabilities of climate models to plan suitable adaptation pathways to cope with increasingly complex climate risks.\nIn addition, the standardization of climate-related physical risk assessments and adaptation planning processes is also a key focus of this project. This standardization effort is aimed at different decision-making levels, including central and local governments and industry sectors, providing customized frameworks for risk assessment and adaptation governance recommendations. This helps decision-makers more clearly identify physical risk gaps and supports them in further managing risks and formulating adaptation strategies. Ultimately, this project will assist the National Institute of Environmental Research in planning a National Climate Change Smart Service Platform, which aims to integrate domestic climate change adaptation-related data, information, knowledge, intelligence, technologies, tools, and guidelines. This platform will offer comprehensive reference and application support for decision-makers at all levels when conducting physical risk assessments and developing adaptation strategies.",
        "proj_year": "113",
        "org_name": "國環院氣候變遷研究中心",
        "exe_unit": "國立臺灣大學",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131324835",
        "publish_date": "20250108"
    },
    {
        "chi_title": "物質潛在危害之生物標記分析應用計畫",
        "chi_subject": "隨著科技進展，化學品種類日益增加，卻僅有少數化學物質具備完整毒理資料。考量動物福祉、時間經濟成本以及國際趨勢，開發替代測試方法以減少實驗動物使用是當前重要之課題。本計畫接續前期計畫發展之轉錄體學關鍵特徵法，以乳癌細胞株MCF-7多濃度測試資料的量化資訊，進一步最佳化生殖毒性篩選方法的靈敏度與特異度，並以壬基酚及其衍生物作為個案研究，以驗證篩選方法可靠性。此外，初步評估細胞外代謝體分析資料是否可進一步提升篩選方法。最後，為瞭解可用於調查國人對於化學物質潛在暴露狀況的技術，蒐研化學物質暴露評估之新興採樣方法，並探討其在我國運用之可行性，及評估可優先運用對象與情境。本計畫以81種物質細胞轉錄體學資料所建立的生殖危害特性篩選方法，其靈敏度達88%，特異度達56%，未來可依據國際最新研究，進一步擴充本方法的化學物質應用域，並提升生殖危害物質篩選方法的可靠性。",
        "eng_title": "Application of Biomarker Analysis in Analyzing Chemical Potential Hazards",
        "eng_subject": "With advancements in technology, the diversity of chemical substances has increased rapidly; however, comprehensive toxicological data are available for only a limited subset of these chemicals. In light of concerns surrounding animal welfare, as well as the need for time- and cost-efficient approaches, developing new approach methodologies (NAMs) to minimize the use of laboratory animals has become a pressing priority. This project builds upon a previously established transcriptomics-based Key Characteristics (KCs) method to optimize the sensitivity and specificity of reproductive toxicity screening. Using quantitative data from multi-concentration assays on the MCF-7 breast cancer cell line, the reliability of the screening method was validated through case studies on nonylphenol and its derivatives. Furthermore, this study investigated whether the inclusion of extracellular metabolomic data could enhance the performance of the screening method. Finally, to explore technologies applicable for investigating the potential chemical exposure scenarios among the population, research will focus on emerging sampling methods for chemical exposure assessment. Additionally, the feasibility of applying these methods in Taiwan will be examined, along with outlining the priority targets and contexts for their implementation. The transcriptomics-based reproductive toxicity screening method, developed using data from 81 chemicals, demonstrated a sensitivity of 88% and a specificity of 56%. Future work will aim to expand the chemical applicability domain of this method by incorporating insights from the latest international research, thereby improving its reliability and utility in identifying reproductive toxicants.",
        "proj_year": "113",
        "org_name": "化學署評估管理組",
        "exe_unit": "國立臺灣大學",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131318622",
        "publish_date": "20251108"
    },
    {
        "chi_title": "113年環保支出統計",
        "chi_subject": "本計畫依據聯合國標準SEEA2012來建構我國環保支出帳，共包含環保服務生產表、環保服務供給使用表、全國環保總支出及環保支出經費來源表；在實務編製上，除了參考國際間的編製方法外，並考量我國國情進行微幅調整。在資料收集方面，辦理我國環保支出調查，藉以推估112年度政府部門及產業部門（含礦業及土石採取業、製造業、水電燃氣供應業、及營建工程業）之環保支出；此外，並利用主計總處產業關聯統計之供給表和購買者價格使用表、污水下水道建設投入經費、系統營運管理費用及收入等次級資料，藉以編算我國112年度環保支出帳。結果顯示，我國環保服務的生產主要來自產業專業生產者(40%)，其次為自給性生產者(32%)和政府專業生產者(23%)；就環保領域的產值來看，以廢棄物管理最多(51%)，其次為大氣與氣候保護(21%)、廢水及地面水整治(17%)。就全國總環保支出來看，以環保服務最多(69%)，而生產環保服務之固定資本形成約占全國環保總支出的24%；就部門來看，以產業部門最高(65%)；就環保領域來看，主要為大氣和氣候保護(35%)、廢棄物管理(33%)。在環保支出經費來源方面，產業部門占最大宗(67%)。這些資訊，有助於了解各經濟單位進行環保活動的狀況，並可進一步評估各項環保活動及環保政策之有效性，藉以做為擬定環保政策之參據。",
        "eng_title": "2024 Environmental Protection Expenditure Statistics",
        "eng_subject": "This project aims to compile Taiwan's environmental protection expenditure accounts (EPEA), based on the UN standard SEEA2012. The project mainly follows the definition from the Classification of Environmental Protection Activities (CEPA), proposed by the UN while with some minor modifications. This classification is used to categorize the environmental production activities, production of environmental protection products, and environmental production producers. The project also takes other countries’ practices as references while modifies based on the special features of Taiwan. In terms of the data collection, a survey was conducted to collect data regarding environmental protection expenditures from the government sector and the corporate sector (covering Mining and Quarrying, Manufacturing, Water, Electricity and Gas Supply, and Construction). In addition, other secondary data, such as the Supply and Use tables, were utilized as well. Four tables were compiled, including the production of environmental protection services, the supply and use table of environmental protection services, the national environmental protection expenditures, and the financing of the environmental protection expenditures. The result indicated that, the production of environmental services predominantly carried out by specialist producers, followed by own-account producers and governmental specialist producers in Taiwan. Waste management service has the highest value in the total production of environmental protection services. Regarding the national environmental protection expenditures, the highest expenditure is attributed to the consumption of environmental services (69%), primarily driven by the corporate sector's intermediate consumption. Fixed capital formation for environmental service production constitutes approximately 24%. Majority of the national environmental protection expenditure are from corporate sectors. These data help understand the environmental protection activities undertaken by each economic institute in Taiwan. This result can be used to estimate the costs of the environmental protection policies, and to assess the effectiveness of environmental protection activities and environmental protection policies.",
        "proj_year": "113",
        "org_name": "環境部統計處",
        "exe_unit": "典通股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131299810",
        "publish_date": "20250131"
    },
    {
        "chi_title": "113年度土壤及地下水污染調查及查證工作計畫-連江縣",
        "chi_subject": "113年度契約各工作項目期末成果摘要如下。\n1.\t已完成南竿鄉清水段0338-0000地號農地土壤同步農作物採樣，結果作物柳丁低於食品中污染物質及毒素衛生標準-其他未列之蔬菜及水果類，土壤XRF篩測低於食用作物農地之土壤污染監測標準。\n2.\t高污染潛勢場域土壤調查完成3處非法棄置場址及19處撥交營區現勘。\n3.\t監測井巡查完成上下半年共32口次巡查及第一季與第四季共32口次巡視；依巡查結果完成東引東湧運動場(Z00010)及西莒消防局(Z00086)等2口次外觀維護；內部維護則完成監測井東引東湧運動場(Z000010)、復興油庫2號井(Z00075)、仁愛村電池山2號井(Z00077)及西莒消防局(Z00086)等4口次井況評估，其中針對復興油庫2號井(Z00075)、仁愛村電池山2號井(Z00077)及西莒消防局(Z00086)等3口辦理再次完井及異物排除；另對東引東湧運動場(Z000010)、復興油庫2號井(Z00075)及東引中柱加油站(Z00092)執行異物排除。\n4.\t地下水水質定期監測已完成復興油庫2號井(Z00075)，其總有機碳超過第二類地下水污染監測標準，其餘數值皆低於標準。\n5.\t公告事業管理已完成梅石加油站採樣，土壤VOCs及TPH結果低於土壤污染管制標準。\n6.\t地下儲槽測漏管測試及油氣檢測已完成東引中柱加油站，結果顯示未超過警戒值。\n7.\t貯存系統管理已完成本縣地下儲槽系統12處及地上儲槽系統18處現場查核作業。\n8.\t農地定常性預防監測作業已完成每鄉調查1農地，採樣土壤及灌溉用水，結果顯示重金屬濃度皆低於食用作物農地之土壤監測標準。\n9.\t事業預防管理作業已辦理B群自主管理群之自主預防管理說明會1場次，並現場勘查B群自主管理群3處，現場檢視C群2處。\n10.\t今年度本縣污染場址共4處場址，本計畫每2個月巡查一次，共巡查24處次。另為了持續追蹤各場址改善進度，本計畫每季辦理1次場址聯繫會議，共辦理4場次。另驗證田沃西營區場址，結果低於土壤污染管制標準，依土污法解除列管。\n11.\t底泥品質管理已完成4處水庫現勘作業及採樣，結果4處水庫鋅與鉛、津沙水庫入水口與鐵堡集水池出水口砷、銅及津沙一號壩出水口銅皆高於底泥品質指標下限值底泥，分析津沙水庫入水口與鐵堡集水池出水口果顯示鉛高於底泥品質指標上限值，鋅、銅及鎘高於底泥品質指標下限值低於底泥品質指標上現值；水質重金屬濃度皆低於自來水水源水質標準與地面水體分類及水質標準；可能污染來源之四周土壤重金屬濃度皆低於土壤污染監測標準。\n12.\t宣導說明會辦理06月份辦理1場次種子教師培訓及2場次貯存系統法規宣導說明會，11月份辦理2場次土地善良管理人宣導說明會。\n13.\t今年度共1件民眾陳情及緊急案件，為09月底台電南竿電廠廢水漫流至勝利水庫舊壩，並於1周內完成改善，計畫於11月調查底泥及土壤，土壤TPH低於土壤污染管制標準，底泥測得濃度為11,000 mg\/kg。\n14.\t其他議約事項工作已完成后沃水庫周邊2口監測井地下水水質第一季至第四季監測、監測井已增加第一季及第四季巡視共32口次、製作廢棄物棄置污染土水相關宣導摺頁及辦理土水業務交流會1場次。",
        "eng_title": "The Survey of Soil and Groundwater Contamination in Lienchiang County in 2024",
        "eng_subject": "The plan has been executed from January 1th 2024 to December 20th 2024, and the results of implementation are summarized as follows, which involves:\n1)\tCompleted Nangan village Qing Shui section 0338-0000 sampling, Cooperated with department of Industrial Development have had sampling soil. The result of orange showed lower than standard. The result of soil lower than soil pollution monitoring standards.\n2)\tCompleted 19 sites investigation and no concerns about pollution.\n3)\tCompleted 32 times inspection and 32 times examination. Completed 2 times appearance maintenance, including Z00010 and Z00086, and 4 times well condition assessment of well number Z00010, Z00075, Z00077, and Z00086, and 3 times re-completion(Z00075, Z00077, Z00086) and 6 times foreign matter removal(Z00075, Z00077, Z00086, Z00010, Z00075, Z00092)\n4)\tMonitoring Z00075, the result of TOC was higher than groundwater pollution monitoring standards, others were lower than standard.\n5)\tCompleted Mei Shi gas station investigation. The result showed VOCs and TPH all were lower than standard.\n6)\tThe project has completed detection gas in leak detection tube of Dong Yin Jhong Jhu gas station, the PID\/FID result showed all were lower than warning value.\n7)\tCompleted 12 places of underground storage system and 18 places of above ground storage system investigation, all were conformed to law.\n8)\tCompleted 1 country 1 place investigation, sampling irrigation water and soil of farm,. The result showed all of them were lower than standard.\n9)\tCompleted 1 time information session and 3 place examining of team B, and 2 place examining of team C.\n10)\tCompleted 4 sites patrol with 1 time each two month, total were 24 times. And conducted site communicate meeting each season 1 time, total were 4 times. And verified Tian Wo west military camp, the result showed lower than soil pollution control standards. According to Soil and Groundwater Pollution Remediation Act, it can remove from list.\n11)\tThe sediment quality management has completed field inspections and sampling at 4 reservoirs. The results show that Zn and Pb levels in all four reservoirs, as well as As and Cu at intake of Jinsha Reservoir and outlet of Tiebao Reservoir, and Cu at outlet of Jinsha No. 1 Dam, all exceed the lower limits of sediment quality indicators. Further analysis indicates that Pb levels at the intake of Jinsha Reservoir and the outlet of Tiebao Reservoir exceed the upper limits of indicators, while Zn, Cu, and Cd levels exceed the lower limits but remain below the upper limit. Furthermore, the concentrations of heavy metals in the water are all below the drinking water source quality standards and the surface water classification and quality standards. The concentrations of heavy metals in the surrounding soil, which could be potential sources of pollution, are all below the soil pollution monitoring standards.\n12)\tCompleted 1 session of seed teacher training and 2 sessions of storage system regulations promotional briefings in June, and 2 sessions of land stewardship promotional briefings in November.\n13)\tThis year, there was 1 public petition and emergency case. The case involved the wastewater overflow from Taipower's Nangan Power Plant into the old dam of Shengli Reservoir at the end of September, which was resolved within one week. The plan completed the sediment and soil nvestigation in November. The soil TPH was found to be below the soil pollution control standards, while the sediment concentration was measured at 11,000 mg\/kg.\n14)\tNegotiation matters - The groundwater sampling and analysis for the first to fourth seasons of the two monitoring wells around Houwo Reservoir has been completed. Add the first and fourth quarters total 32 monitoring well inspections. A promotional brochure on waste disposal, pollution of soil, and water related to waste management has been created. A soil and groundwater business exchange meeting was held with 1 session.",
        "proj_year": "113",
        "org_name": "連江縣環境資源局",
        "exe_unit": "上準環境科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131299425",
        "publish_date": "20250120"
    },
    {
        "chi_title": "113年度臺北市參與「113年全國環保志（義）工群英會」表演賽及設攤計畫",
        "chi_subject": "環保志(義)工群英會是每年環保志(義)工相聚的盛會，藉由志工共同參與遊戲活動凝聚團隊向心力，並在遊戲過程中，讓志工學習環境知識。今年度於113 年7 月27 日假士林區行政中心禮堂舉辦臺北市初賽，計17 隊252 人參與，選出中華電信、北投區吉慶里、松山區東榮里、萬華區孝德里4 隊優勝隊伍代表參與全國賽。於10 月25 日至10 月26 日辦理兩天一夜全國賽及環境教育設施場所戶外學習活動，此次全國賽參賽代表共獲得三項賽事之特優佳績。",
        "eng_title": "Environmental Volunteer Gathering",
        "eng_subject": "‘Environmental Volunteer Gathering’ held the Taipei City preliminary competition on July 27, with 17 teams and 252 participants. Four winning teams were selected to represent Taipei in the national competition. The national event, held from October 25 to 26, included a two-day, one-night competition and outdoor learning activities at environmental education facilities. The teams from Taipei achieved outstanding results, winning top honors in three events.",
        "proj_year": "113",
        "org_name": "臺北市政府環境保護局",
        "exe_unit": "亞太環境科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131282823",
        "publish_date": "20250110"
    },
    {
        "chi_title": "113年度嘉義縣推動低碳永續家園執行計畫",
        "chi_subject": "嘉義縣為南區低碳生活圈五縣市之一，以「田園城市低碳家園」為願景、建構低碳生活圈為核心，擴展全縣邁向「生活、生產、生態」三生均衡之發展。本年度透過強化認證底蘊、會議交流學習、行動項目及認證維運、淨零永續作為、寺廟源頭減量及紙錢集中處理，來持續推動發展「低碳城市」及「低碳生活圈」。",
        "eng_title": "The plan of Chiayi County Promotes low-carbon sustainable implementation plan in 113 year",
        "eng_subject": "Chiayi County is one of the five counties and cities in the Southern District's low-carbon living circle. With the vision of Garden City Low-Carbon Home and the construction of a low-carbon living circle as its core, it is expanding the county's path towards a balance between living, production and ecology. develop. This year, we will continue to promote the development of low-carbon cities and low-carbon living circles by strengthening the certification foundation, conference exchanges and learning, action projects and certification maintenance, net-zero sustainable actions, temple source reduction and centralized processing of paper money.",
        "proj_year": "113",
        "org_name": "嘉義縣環境保護局",
        "exe_unit": "方達科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131260864",
        "publish_date": "20250109"
    },
    {
        "chi_title": "113年度新竹市氣候變遷減緩及調適工作推動計畫",
        "chi_subject": "我國面對全球氣候變遷議題，於民國104年公布施行「溫室氣體減量及管理法」，奠定我國氣候法治基礎，並促進國人因應氣候變遷認知及日常生活中減少溫室氣體排放，而在近年國際產業供應鏈對減碳要求持續增加，各國在巴黎協定架構下，紛紛檢討因應氣候變遷作為，積極開展減緩、調適、技術、資金、能力建構、透明度等工作，並接續提出西元2050年達成溫室氣體淨零排放目標。\n我國亦因應永續發展需求並與國際接軌，遂修正「溫室氣體減量及管理法」，要點包含納入民國139年淨零排放目標、提升氣候治理層級、導入國際碳定價經驗建立碳費機制，發展減量技術、產業及經濟誘因制度等，並將名稱修正為「氣候變遷因應法」。\n為喚起全民共同參與因應氣候變遷減緩、調適，並進行節能減碳低碳生活等，本計畫配合環境部推動政策，針對市內進行氣候變遷減緩、調適議題之相關規劃、宣導與推動，並進行溫室氣體盤查相關作業，以逐步邁向永續城市之都。\n截至113年12月5日，透過資料彙整盤點、氣候資料分析、機關溝通聯繫、辦理因應氣候變遷相關教育培訓、以及召開本市永續發展及氣候變遷因應會及其工作小組會議等方式，完成本市第二期溫室氣體減量執行方案成果報告且於環境部指定平台公開，並以市府各機關人員與主管為對象辦理氣候變遷教育訓練，透過氣候變遷科學現況與衝擊、氣候變遷風險評估與調適管理、地方氣候變遷調適能力建構與策略訂定、地方政府淨零路徑訂定與推動等議題，由淺入深引導機關人員探討氣候變遷對其相關業務的潛在影響，提升本市機關對氣候變遷相關事務之認知及能力建構，打下擬定本市氣候變遷調適執行方案及2050淨零排放白皮書基礎。\n氣候變遷調適執行方案已提送環境部核定，內容包含「推動組織與調適架構」、「自然與社會經濟特性背景」、「氣候變遷衝擊與影響」、「關鍵調適領域界定」等項目，並擬定維生基礎設施、水資源、土地利用、能源供給及產業、海岸及海洋、農業與生物多樣性、健康，以及能力建構各領域調適目標、策略等，共116項調適工作項目以邁向韌性城市。\n2050淨零排放白皮書已完成初稿，並於113年 9月27日送推動會檢視，而後依委員意見據以修正，以及設計美編，並於12月完成白皮書製作。新竹市2050淨零排放規劃，包含各部門擬具積極的減量措施，能源部門逐步提升再生能源裝置容量（包含風、光、水、生質能，以及新興乾淨能源等）；製造部門輔導工商業設備電氣化，階段性使燃煤、燃油鍋爐退場、製程改善，以及輔導產業開發、導入、應用碳捕捉與儲存技術。\n住商部門透過設備電氣化、能源管理、導入建築能效制度，以及推廣綠建築等達淨零轉型；運輸部門擴大綠運輸使用、建構友善綠運輸使用環境及導入電動車輛為主軸；環境部門則致力推行源頭減量、零廢棄與循環經濟城市；最後農漁部門推動森林經營與管理、海草床復育等增加自然碳匯，以及減少農漁設備燃料使用。\n為掌握轄內溫室氣體排放狀況本計畫於11月間執行列管排放源之溫室氣體排放量現場查核作業，此外，10月依據環境部「縣市層級溫室氣體排放量盤查作業指引」進行112年溫室氣體排放量盤查推估作業，並建立本市溫室氣體盤查排放清單，分析本市歷年溫室氣體排放量趨勢及變化消長原因撰寫「縣市層級溫室氣體盤查報告書」。截至113年12月5日計畫總體履達100%，如質符合計畫要求。",
        "eng_title": "2024 Hsinchu City Climate Change Mitigation and Adaptation Promotion Plan",
        "eng_subject": "In order to arouse the participation of all citizens in responding to climate change mitigation and adaptation, and to implement energy conservation, carbon reduction and low-carbon living, Hsinchu City cooperates with the Ministry of Environment to promote policies, carry out relevant planning, publicity and promotion of climate change mitigation and adaptation issues, and conduct greenhouse gas Review relevant operations to gradually move towards a sustainable urban capital.\nBy December 5, 2024, the city will have implemented the following measures: data collection and inventory, climate data analysis, communication with government agencies, education and training on climate change, and convening the city's Sustainable Development and Climate Change Response Council and its working group meetings. , completed the second phase of the city's greenhouse gas reduction implementation plan results report and made it public on the platform designated by the Ministry of Environment, and carried out climate change education and training for city government officials and supervisors, through the scientific status and impact of climate change, The topics include climate change risk assessment and adaptation management, local climate change adaptation capacity building and strategy formulation, local government net zero path formulation and promotion, etc., guiding agency personnel to explore the potential impact of climate change on their related businesses from the basics to the in-depth, and improving their The city’s awareness and capacity building on climate change-related issues lays the foundation for the formulation of the city’s climate change adaptation implementation plan and the 2050 Net Zero Emissions White Paper.\nThe implementation plan for climate change adaptation has been submitted to the Ministry of Environment for approval. It includes items such as promoting organization and adaptation framework, natural and socio-economic characteristics background, climate change impact and influence, and definition of key adaptation areas. Adaptation targets and strategies in various areas, including infrastructure for livelihoods, water resources, land use, energy supply and industry, coasts and oceans, agriculture and biodiversity, health, and capacity building, with a total of 116 adaptation work items to move towards resilient cities .\nThe first draft of the 2050 Net Zero Emissions White Paper has been completed and sent to the Promotion Committee for review on September 27, 2024. It was then revised and designed based on the opinions of the committee members, and the production of the white paper was completed in December. Hsinchu City's 2050 Net Zero Emissions Plan includes active emission reduction measures proposed by various departments. The energy department will gradually increase the capacity of renewable energy devices (including wind, solar, water, biomass energy, and emerging clean energy); the manufacturing department will provide guidance to industry and commerce. Electrification of equipment, phased withdrawal of coal-fired and oil-fired boilers, process improvement, and guidance for the industry to develop, introduce, and apply carbon capture and storage technology.\nThe housing and commercial sectors will achieve net zero transformation through equipment electrification, energy management, introduction of building energy efficiency systems, and promotion of green buildings; the transportation sector will focus on expanding the use of green transportation, building a friendly green transportation environment, and introducing electric vehicles; the environment sector will focus on promoting Source reduction, zero waste and circular economy cities; finally, the agricultural and fishery departments promote forest management and seagrass bed restoration to increase natural carbon sinks and reduce fuel use in agricultural and fishery equipment.\nIn order to understand the greenhouse gas emissions in the jurisdiction, this plan will carry out on-site verification of greenhouse gas emissions from listed emission sources in November. In addition, in October, the Ministry of Environment will conduct a 2023 The city will conduct an inventory and estimate of greenhouse gas emissions in 2018, establish a greenhouse gas emission inventory for the city, analyze the trends of greenhouse gas emissions over the years and the reasons for changes, and write a County and City Level Greenhouse Gas Inventory Report. As of December 5, 2024, the overall plan will be 100% fulfilled, and the quality will meet the plan requirements.",
        "proj_year": "113",
        "org_name": "新竹市環境保護局",
        "exe_unit": "富聯工程顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131214587",
        "publish_date": "20250201"
    },
    {
        "chi_title": "113年度空污感測器第三方巡檢及數據品質提升計畫",
        "chi_subject": "本計畫工作內容為巡檢已布建在18縣市的PM2.5感測器性能，以及針對VOC感測器、異臭味感測器測值的不穩定性提出改善方案，希望提升我國感測器之數據品質，對於感測器物聯網的推動及使用有所助益。本年度截至民國113年11月已完成607台PM2.5感測器的查核，占全體設置數量的5.8%。查核範圍包含台灣本島17個縣市的現地查核，以及外島連江縣的線上遠程查核，各縣市的感測器數據品質滿意度均超過90%，顯示各縣市布建的感測器具有相當好的數據品質，數據準確性與穩定性方面表現優良。\n在VOC感測器測值準確性提升之研究項目，本團隊已成功運用VOC感測器之影響性因子及相關性因子開發校正模型，透過線性迴歸(Linear Regressio, LR)及機器學習(Machine Learning, ML)等校正方法提升VOC感測器的數據品質。於實場試驗，XGBoost模型有著最好的校正成效，添加T、RH及CO等影響性因子為校正參數，Sensirion SGP 30感測器可由原廠測值的決定係數R平方 (R-squared，R2) (0.44)、正規化誤差 (Mean Normalized Error，MNE) (156%) 及均方根誤差 (Root Mean Square Error，RMSE) (0.091 ppm) 提升至R2 (0.93)、MNE (23%)、RMSE (0.017 ppm)，而再添加相關性因子NOx作為校正參數後，能進一步提升數據品質，提升至R2 (0.96)、MNE (16%)、RMSE (0.013 ppm)，符合美國環保署規範的補充監測網等級 (MNE<20%)。另外，本計畫發現SHARP ms-1100 感測器與O3存在交叉敏感性，利用XGBoost模型將其作為校正參數能夠使感測器原廠測值的R2 (0.38)、MNE (294%)、RMSE (0.166 ppm) 提升至R2 (0.96)、MNE (22%)、RMSE (0.016 ppm)，符合美國環保署規範的熱點識別與污染鑑識等級 (MNE<30%)。本計畫利用不同校正方法及校正參數開發校正模型，成功提升另一年份感測器的測值準確性，也成功將模型運用於污染熱區的感測器測值校正，土城測站方圓一公里內的六台感測器R2皆提升至0.70以上，其中有五台感測器的MNE符合美國環保署規範的熱點識別與污染鑑識等級 (MNE<30%)，證實該模型具有長效性及實用性。本計畫開發之校正模型可改善臺灣VOC感測器測值高估的問題，以幫助縣市環保局追蹤VOC的排放源。\n在異臭味氣體感測器影響性因子之研究項目方面，本計畫發現感測器在實場的測值受溫濕度影響很大，NH3與H2S的測值高估很多。本研究使用加熱法，在實驗室測試時可使Figaro EC NH3(FECS44-100)和H2S(FECS50-100)感測器的腔體內相對溼度降低至穩定的40%至48%範圍之間。在NH3方面，FECS44-100 NH3感測器的實驗室測值(15分鐘平均值)和參考儀器作線性比對，加熱前原斜率為0.72、截距為280.9ppb、R2為0.72、RMSE為397.23ppb及 NRMSE為39.92%，加熱及大氣背景值校正後分別改善為斜率0.86、截距119.44ppb、R2 0.86、RMSE 204.53ppb及 NRMSE 23.94%；在H2S方面，FECS50-100 H2S感測器的實驗室測值(1分鐘平均值)和參考儀器作線性比對，加熱前原斜率為0.39、截距為75.17ppb、R2為0.39、RMSE為40.25ppb及NRMSE為32.42%，加熱及大氣背景值校正後分別改善為斜率0.95、截距5.71ppb、R2 0.95、RMSE 14.83ppb及NRMSE 13.7%。此實驗室結果顯示兩種異味感測器的數據品質皆有所提升。在實場測試方面，養豬場的現場NH3濃度範圍為445.6±321.3ppb時，FECS44-100 NH3感測器測值(15分鐘平均值)和參考儀器作線性比對，加熱及大氣背景校正後的R2由原本的0.03改善為0.15；但當現場NH3濃度較低時(<100ppb)校正較為困難，仍有持續改善的必要。本研究進一步對養雞場的DD Scientific NH3感測器進行NLR校正並以濕度作為參數，將NH3與PPWD-IC的測值(15分鐘平均值)進行比對，NLR校正後的R2由原本的0.13改善為0.42， RMSE由原本的543.0ppb大幅降低至54.4ppb，顯示NLR校正公式在可以提高DD Scientific NH3感測器的數據品質準確性，且濕度為影響NH3的重要參數。另外，FECS50-100 H2S感測器在各個實場的校正結果皆改善許多，H2S感測器測值(1分鐘平均值)和參考儀器作線性比對，加熱及大氣背景校正後的R2可以由原本的0.03至0.04改善為0.43至0.59，數據品質大幅提升。",
        "eng_title": "Project for the year 113 on field auditing and improving data quality of air pollution sensors",
        "eng_subject": "The work content of this project involves inspecting the performance of PM2.5 sensors deployed in 18 counties and cities, as well as proposing improvement plans to address the instability of VOC sensors and odor sensors, with the aim of enhancing the data quality of sensors in Taiwan and contributing to the promotion and use of sensor-based IoT systems. As of November 2024, a total of 607 PM2.5 sensors have been inspected, accounting for 5.8% of all installed sensors. The data quality satisfaction rate for sensors in all counties and cities exceeded 90%, demonstrating that the deployed sensors exhibit excellent data quality, accuracy, and stability.\nResearch project on improving the accuracy of VOC sensor measurements: Our team has successfully developed calibration models using the influencing factors and related factors of VOC sensors. By applying calibration methods such as Linear Regression (LR) and Machine Learning (ML), we have improved the data quality of VOC sensors. In the field test, XGBoost models shows the best calibration performance. By adding influencing factors such as T, RH, and CO as calibration parameters, the Sensirion SGP 30 sensor's manufacture calibrated measurement coefficients of determination (R2), Mean Normalized Error (MNE), and Root Mean Square Error (RMSE) improve from 0.44, 156%, and 0.091 ppm to 0.93, 23%, and 0.017 ppm, respectively. Further improvements are achieved by adding the correlation factor NOx as a calibration parameter, reaching R2 (0.96), MNE (16%), and RMSE (0.013 ppm), complying with the US EPA's Supplementary Monitoring Network level (MNE<20%). Additionally, this study discovers cross-sensitivity between the SHARP ms-1100 sensor and O3. When the O3 was used as a calibration parameter, the XGBoost model can improve the sensor's manufactured calibrated measured values of R2, MNE, and RMSE from 0.38, 294%, and 0.166 ppm to 0.96, 22%, and 0.016 ppm, respectively, complying with the US EPA's Hotspot identification and Pollution identification levels (MNE<30%). This study successfully improves the measurement accuracy of sensors from another year using different calibration methods and parameters and applies the model to calibrate sensor measurements in pollution hotspots. Within a one-kilometer radius of the Tucheng AQMS, the R2 of six sensors improved to above 0.70, with five sensors complying with the US EPA's Hotspot identification and Pollution identification levels (MNE<30%), confirming the model's long-term effectiveness and practicality. The calibration model developed in this study can solve the problem of overestimation of VOC sensor values in Taiwan and assist county and city EPB in tracking VOC emission sources.\nThis study uses heating and humidity control methods to maintain the relative humidity in the Figaro EC NH3 and H2S sensor chambers between 40% and 48%, reducing changes in temperature and humidity. FECS44-100 NH3 sensor heating background value can be reduced to -0.23 to 0.19 mV through ΔAH correction, the measured value jump range is 308.6 ppb, LOD is 179.3 ppb. Unheated background value can be reduced to -0.65 to 0.5 mV through MLR-Ta and RHa correction. The measured value jump range is 554.11 ppb, and the LOD is 441.67 ppb. Heating measurement value compared with the unheated measurement value , the slope increased from 0.72 to 0.86, the intercept decreased from 280.9 ppb to 119.44 ppb, R2 increased from 0.72 to 0.86, RMSE and NRMSE were reduced to 204.53 ppb and 23.94%, and the data quality was improved. The background value of the FECS50-100 H2S sensor is not affected by the ambient temperature and humidity. Compared with the heated measurement value and the unheated measurement value, R2 increased from 0.39 to 0.95, and the intercept dropped from 75.17 ppb to 5.71 ppb, RMSE dropped from 40.25 ppb to 14.83 ppb and NRMSE dropped from 32.42% to 13.7%. In field tests conducted at a pig farm, the ambient NH₃ concentration ranged from 445.6 ± 321.3 ppb. The FECS44-100 NH₃ sensor readings (15-minute averages) were linearly compared with those of the reference instrument. After heating and atmospheric background corrections, the R² improved from 0.03 to 0.15. However, when NH₃ concentrations were relatively low (<100 ppb), calibration remained challenging and required further improvement. This study further applied NLR (Non-Linear Regression) method to calibrate the DD Scientific NH₃ sensor at chicken farm, using humidity as a parameter. The NH₃ sensor readings (15-minute averages) were compared with those from the PPWD-IC reference instrument. After NLR calibration, the R² was improved significantly from 0.13 to 0.42, and the RMSE was decreased substantially from 543.0 ppb to 54.4 ppb. These results demonstrate that the NLR calibration model effectively enhances the data accuracy of the DD Scientific NH₃ sensor and highlights humidity as a critical influencing factor for NH₃ measurements.",
        "proj_year": "113",
        "org_name": "環境部大氣環境司",
        "exe_unit": "台灣PM2.5監測與控制產業發展協會",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131212875",
        "publish_date": "20251202"
    },
    {
        "chi_title": "113年彰化縣環境教育專案計畫",
        "chi_subject": "本計畫執行期間自113年1月17日起至113年11月20日止，執行期程為11個月，依據契約文件及招標規範等相關規定，除需執行計畫管理、執行人力與物力支援外，本團隊執行本計畫各項工作項目，使其達到環保局各項指標效益，將本計畫分為主要三個部分，其一為「政策落實」，藉由環境教育政策及措施之執行推動，強化各機關橫向聯繫及合作，落實政府機關（構）、各級學校、企業及團體等執行環境教育；其二為「行銷推廣」措施，透過環境教育相關活動(如環境教育繪本徵選推廣、環境知識競賽、志(義)工群英會、環境季及其他環境教育相關活動等)、環境教育志工招聘運用及環境教育行銷推廣之執行，整合運用既有環境教育資源，串聯公私部門及民眾之能量，增加環境教育推廣之效益；其三為「輔導改善」措施，藉由輔導環境教育場所（域）、國家環境教育獎及臺美生態學校等，強化並改善環境教育執行措施與場域，各項工作規劃本工作團隊將依據前述章節之工作項目與內容並配合環保局之要求辦理，第四季工作成果如後所述。",
        "eng_title": "The 113th Year Changhua County Environmental Education Project Plan",
        "eng_subject": "The implementation period for this project is from January 17, 2024 (Year 113 in the ROC calendar) to November 20, 2024, spanning 11 months. Based on the contract documents and bidding specifications, in addition to project management and the provision of human and material resources, our team will carry out various tasks under this project to achieve the Environmental Protection Bureau’s targeted outcomes. The project is divided into three main components:\n\nPolicy Implementation\nThrough the execution and promotion of environmental education policies and measures, this component aims to strengthen horizontal communication and collaboration among various agencies. It ensures the implementation of environmental education across government agencies, schools at all levels, enterprises, and organizations.\n\nMarketing and Promotion\nThis component involves environmental education activities (such as picture book competitions, environmental knowledge contests, volunteer gatherings, environmental-themed festivals, and other related activities), recruitment and utilization of environmental education volunteers, and marketing and promotional initiatives. By integrating existing environmental education resources and uniting the capabilities of both public and private sectors as well as the public, this component seeks to enhance the effectiveness of environmental education promotion.\n\nGuidance and Improvement\nThrough the guidance of environmental education venues and programs, such as the National Environmental Education Award and the Taiwan-U.S. Eco-School initiative, this component strengthens and improves environmental education practices and facilities.\n\nThe work plan will be carried out by our team in accordance with the project’s outlined tasks and the Environmental Protection Bureau’s requirements. The results for the fourth quarter are detailed as follows.",
        "proj_year": "113",
        "org_name": "彰化縣環境保護局",
        "exe_unit": "迎展環境股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131195190",
        "publish_date": "20250127"
    },
    {
        "chi_title": "石綿建材廢棄物清理及管理專案工作計畫",
        "chi_subject": "石綿因具有防火、絕緣、耐高溫等特性，國內於60、70年代廣泛應用於防火建材中，石綿建材若狀況良好，不去破壞其結構，原則上不會影響居住者健康，惟石綿建材於拆除時易產生石綿粉塵，吸入肺部後，會導致肺部纖維化、癌症等疾病，應於拆除後與其他廢棄物妥善分類、暫存，並委由合法廠商清理，以降低危害性。早年建築物常用石綿瓦為屋頂及側邊建材已達使用年限，屋主應負石綿瓦廢棄物清理責任，惟費用較高，大幅降低拆除或找尋正規處理途徑之意願，故應建立管理措施及補助方式，引導妥善處置。爰此，本計畫規劃推動石綿建材廢棄物清除處理補助作業，以完善該作業機制之相關措施，包括辦理補助案現場查核或輔導作業，編修石綿建材廢棄物清除處理補助計畫申請審查作業指引，並執行石綿建材廢棄物補助案查核管考機制，提升補助執行率，掌握縣市推動補助情形；透過分析建築物石綿瓦相關資訊系統與管理措施資料，研提建築物石綿瓦廢棄物處理措施，加強石綿瓦廢棄物流向管理；並研析建築物石綿瓦廢棄物可行處理方式並提出熱處理試驗計畫，評估熱處理後產物之再利用方式及可行性。",
        "eng_title": "Asbestos-containing Construction Material Waste Disposal and Management Project",
        "eng_subject": "Asbestos was widely used in fireproof building materials in Taiwan in the 1960s and ‘70s due to its fireproof, insulating, and high-temperature resistance properties. If the asbestos building materials are in good condition without being damaged in their structures, they, in principle, will not adversely affect the health of the occupants. However, during demolition, they are prone to produce asbestos dust, which, inhaled into the lungs, can cause pulmonary fibrosis, cancer and other diseases. Therefore, after demolition, they should be properly classified and temporarily stored with other waste, and should be disposed of by legal firms to reduce the hazards to health. In the early years, asbestos tiles were commonly used as the roofing and siding in construction. When such tiles reached the end of their service life, house owners should be responsible for disposing of asbestos tiles waste. However, the cost was high, which greatly reduced the owners’ willingness to dismantle or find formal disposal modus operandi. Therefore, both management measures and subsidy methods should be established to induce proper disposal. In the Project, we have planned to drive the subsidy operation for the disposal of asbestos-containing construction waste to better the relevant measures of the operation mechanism, including conducting on-site inspections or counseling on subsidy cases, and editing the operating guidelines for the applications and reviews for the subsidy program in relation to the disposal of such waste. At the same time, we have implemented the inspection and management mechanism for such subsidy cases to improve the subsidy execution rate and to have a good grasp of promotions of such subsidies in each county or city. By analyzing the information system and management measures related to the construction asbestos tiles, we may study and propose the disposal measures for their waste, and strengthen the management on the flow of such waste. And by analyzing the feasible disposal methods of such waste, we may propose a heat treatment test plan in which we may evaluate the feasibility of its reuse after heat treatment.",
        "proj_year": "113",
        "org_name": "循環署循環處理組",
        "exe_unit": "環科工程顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131191345",
        "publish_date": "20250128"
    },
    {
        "chi_title": "建築物含石綿建材基線分析及管理系統專案工作計畫",
        "chi_subject": "石綿纖維一旦吸入體內便難以排出，容易引起肺部細胞病變產生疾病，因石綿纖維耐熱性和耐用性高，早期常被製成石綿瓦浪板建材，導致石綿瓦浪板屋頂建物分布於全臺各地，為了解石綿瓦浪板屋頂建物位置及數量面積，環境部於109-110年進行全臺灣大規模的石綿瓦浪板屋頂建物判釋，並建立「戶外含石綿建物空間分布管理系統」管理及展示石綿瓦浪板屋頂建物，考量後續縣市環保局現場調查和民眾清除處理補助申請，原系統除展示功能外，需擴充新管考功能和調整部分欄位並配合縣市環保局現場調查資料回報以及規劃建置後續管考和分析數據呈現等。\n本年度持續進行系統維運作業，包含定期資料備份及系統程式除錯修正，配合縣市環保局執行現場調查及石綿建材廢棄物清除處理補助作業原則，修正現有系統列管註記功能及新增清除處理專區，建立資料管考功能，包含系統資料展示介面，相關統計資料下載等，並規劃設計介接其他如建管系統、事業廢棄物管理系統的相關欄位，並依據縣市環保局現場調查及清除處理量能推估補助範疇之石綿建材廢棄物數量，採用國土利用調查成果資料轉換為清除處理補助原則範疇對象推估未來所需經費，並協助農業部登記畜牧場名冊研析推估石綿建材廢棄物可能數量及未來產生量，分析結果研提民眾排出意願的做法建議，最後配合召開2場次的專家研商會議與舉辦3場系統教育訓練，並於計畫內設置系統服務專線協助解決系統相關操作及更新問題，最後完成本年度各工作項目。",
        "eng_title": "Baseline analysis and management system project work plan for building materials containing asbestos",
        "eng_subject": "Once asbestos fibers are inhaled into the body, it is difficult to excrete, easy to cause lung cell lesions and diseases, because of the high heat resistance and durability of asbestos fibers, they are often made into asbestos corrugated board building materials in the early days, resulting in the distribution of asbestos corrugated roof buildings throughout Taiwan, in order to understand the location and number of asbestos corrugated roof buildings, the Ministry of Environment carried out a large-scale interpretation of asbestos corrugated roof buildings in Taiwan in 109-110, and established an outdoor spatial distribution management system for asbestos corrugated buildings to manage and display asbestos corrugated roof buildings, Considering the follow-up on-site investigation of the county and city environmental protection bureaus and the application for subsidies for public clearance, the original system needs to expand and adjust some functions in addition to the display function, and cooperate with the county and city environmental protection bureau to report the on-site investigation data and plan and build the follow-up management examination and analysis data presentation.\nThis year, we continued to carry out system maintenance operations, including regular data backup and system program debugging and correction, cooperating with the county and municipal environmental protection bureaus to implement the on-site investigation and subsidy operation principles for the removal and treatment of asbestos building materials waste, revising the existing system management annotation function and adding a special area for removal and treatment, establishing a data management function, including the system data display interface, relevant statistical data download, etc., and planning and designing other relevant fields such as the construction management system and the business waste management system. According to the on-site investigation of the county and municipal environmental protection bureau and the amount of removal and treatment can estimate the amount of asbestos building materials waste in the subsidy category, use the land use survey results and the Ministry of Agriculture's registered livestock farm roster to estimate the possible quantity and future generation of asbestos building materials waste, analyze the results and put forward the practice suggestions of the people's willingness to discharge, and finally cooperate with the planning to handle 2 research or explanation meetings, and hold 3 system education and training for the system function module. Set up a system service hotline within one month of the start of the implementation of the plan to assist in solving system-related operations and problems, and ultimately improve the work items of the year.",
        "proj_year": "113",
        "org_name": "循環署循環處理組",
        "exe_unit": "中興測量有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131178280",
        "publish_date": "20250107"
    },
    {
        "chi_title": "113年度戶外公共環境蚊媒傳染病防治管理計畫",
        "chi_subject": "近年來，在氣候變遷的影響下，全球蚊媒傳染病有擴大發展的趨勢，本計畫掌握國際及我國病媒蚊防治現況，協助環境管理署，掌握及統整各地方政府推動的各項病媒蚊防治措施及管考成效。期間，完成每季補助計畫執行情形及績效考核分數計算；完成每季登革熱防治噴藥人力、機具及用藥總類數量等庫存情形統計，藉以精進全國登革熱防治效益。另，本計畫發展並擬定病媒蚊監測作業相關程序，以古坑鄉作為示範區，規劃共計424個誘殺桶監測點位，透過監測方法強化，作為後續地方政府進行登革熱密度監控之參考，同時亦可作為清孳動員措施之成效評估依據，更進一步辦理登革熱監測訓練及宣導會議，強化各地方環境保護局的登革熱防治知識。\n此外，風災等天然災害可能導致環境蚊媒傳染病的發生，因此本計畫配合主管機關辦理天災災後環境復原演練，與新竹市環境保護局合作，辦理我國首次災後環境復原兵棋推演及實兵演練。演練任務從災害設定、腳本撰寫、跨區域車輛機具支援調度及實地辦理，共調度18台機具車輛，並動員共計253人次。本次演練亦剪輯作為演練紀錄片，以利後續各地方政府參辦，藉此強化災後環境復原的跨區域資源調度協調能力，並能有效在災後快速清理孳生源，協助環境管理。",
        "eng_title": "Management Plan for Mosquito-Borne Disease Prevention in Public Outdoor Settings (2024)",
        "eng_subject": "In recent years, under the influence of climate change, there has been a global trend of expansion in mosquito-borne infectious diseases. This project monitors the current status of vector mosquito control both internationally and domestically, supporting the Ministry of Environment, Environmental Management Administration in overseeing and consolidating the various vector mosquito control measures and management outcomes implemented by local governments. In this project, quarterly assessments were completed, including the execution of subsidized plans and the calculation of performance evaluation scores. The project also included quarterly inventories of human resources, equipment, and pesticide usage for Dengue Fever prevention. These efforts aim to enhance nationwide Dengue Fever prevention efficiency.\nAdditionally, the project developed and proposed procedures for vector mosquito surveillance operations. As a pilot area, Gukeng Township was selected, with 424 Gravitrap sites planned. Through strengthened monitoring methods, this serves as a reference for local governments in conducting Dengue Fever density surveillance and evaluating the effectiveness of vector breeding source elimination measures. Furthermore, the project organized Dengue Fever surveillance training and promotional meetings to enhance the knowledge of Dengue Fever prevention among every local Environmental Protection Bureaus.\nMoreover, natural disasters, such as typhoons, can lead to mosquito-borne infectious diseases. To address this issue, the project collaborated with the competent authorities to conduct Post-Disaster Recovery Exercises. In partnership with the Environmental Protection Bureau of Hsinchu City, the first nationwide Post-Disaster Environmental Recovery Tabletop and Field Exercises were conducted. These included disaster scenario planning, scriptwriting, inter-regional vehicle and equipment deployment, and on-site implementation. A total of 18 vehicles and pieces of equipment were mobilized, involving 253 personnel. The exercise was documented and edited into a film for future reference by local governments, enhancing cross-regional coordination and resource allocation capabilities for post-disaster environmental recovery. This also enables swift elimination of mosquito breeding sources after disasters, thereby assisting environmental management efforts.",
        "proj_year": "113",
        "org_name": "環管署環境衛生組",
        "exe_unit": "環輿科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131176355",
        "publish_date": "20250131"
    },
    {
        "chi_title": "113年度土壤及地下水污染調查及查證工作計畫-金門縣",
        "chi_subject": "金門縣轄區之『土壤及地下水污染調查及查證工作計畫』為環保局每年重要的污染防治專案計畫之一，113年的工作重點包括(1)列管場址監督巡查與驗證、(2)軍事場址土壤調查、(3)閒置營區專案列管、(4)地下水水質監測、(5)貯存設施查核與輔導、(6)土壤及地下水教育宣導及(7)全國性政令配合。\n為此，金門縣環境保護局(以下簡稱環保局)為持續掌握轄內土壤及地下水污染狀況，於113年度委託富立業工程顧問股份有限公司(以下簡稱本團隊)執行「113年度土壤及地下水污染調查及查證工作計畫-金門縣」(以下簡稱本計畫)。\n本計畫整體工作重點大致可分類為六大主題架構說明，包括地下水質監測與維護管理作業、縣內高污染潛勢區土壤調查、污染場址列管現況與巡查管理作業、貯存設施輔導管理與稽查管制作業、配合環管署施政重點及其他協助工作執行成果，摘要列出各工作單元執行成果如下：\n一、\t地下水質監測與維護管理作業：\n(一)\t監測井外部巡查與內部功能檢查作業、井況評估及再完井作業\n113年上、下半年完成80口次巡查。並依巡查結果完成9口次外觀維護、1口次標準監測井新設作業及2口次設施修復。另針對逾5年無執行內部維護作業、水色異常、異物入侵及112年度期末報告建議名單等監測井，進行11口次井況評估、9口次再完井作業及2口次異物排除作業。\n(二)\t地下水質水質監測\n113年度地下水監測作業豐水期共計2口次檢測分析。監測結果如下：\n1.\t關切列管場址監測井：新頭三營區2號井、新頭三營區3號井之TPH、BTEX、萘均低於地下水第二類管制標準，推測是受列管場址污染改善作業影響，使總石油碳氫化合物檢測值均低於第二類地下水監測標準。\n二、\t縣內高污染潛勢營區土壤調查：\n本計畫113年度已完成4場次「高污染潛勢區調查-運作中營區」土壤污染查證作業。共完成16點次XRF篩測及43點次TPH Test Kit篩測工作。現勘及篩測結果顯示有1處營區具有重金屬類污染潛勢及3處營區具有油品類污染潛勢。調查結果如下：\n(一)\t南雄營區修彈排，在重金屬濃度部分，有1點次超過土壤污染管制標準、有1點次超過土壤污染監測標準。污染來源推測為修彈場，於廢水處理、排放過程中，有洩漏造成土壤污染情形。\n(二)\t小徑營區，在土壤TPH濃度部分，有2點次超過土壤污染管制標準(1,000 mg\/kg)。污染來源推測為保修區，於車輛維護過程，洩漏造成土壤污染情形。\n(三)\t官裡營區，在土壤TPH濃度部分，有1點次超過土壤污染管制標準(1,000 mg\/kg)。污染來源推測為油品存放區，於油品運補、分裝過程洩漏造成土壤污染情形。\n三、\t污染場址列管現況與巡查管理作業：\n(一)\t污染場址巡查監督\n113年度金門縣土壤及地下水污染調查及查證工作計畫中，針對現有控制場址進行污染屬性分類，屬重金屬污染場址者共計0處、屬油品類污染者共計2處。每月派員至現場確認污染改善作業現況及是否確實依照核定計畫書執行改善工作，並呈核巡查作業表單至環保局，各表單於環保局審核後上傳至SGM系統供環管署參閱。\n(二)\t推動綠色永續型整治(GSR)\n本計畫於113年11月邀請周奮興技師(環工技師)、業興環境科技股份有限公司王炳南經理(具專業背景之業界專家)，組成輔導小組。針對金門酒廠實業股份有限公司自用加油站污染控制場址控制計畫書第六次變更(定稿)，辦理書面檢核輔導作業，提供輔導意見給予金門酒廠實業股份有限公司，以利業者納入金門酒廠實業股份有限公司自用加油站污染控制場址控制計畫書第七次變更中，並於未來辦理最佳管理措施檢核作業，提升場址管理效率。\n(三)\t污染場址驗證\n\t\t113年度預計驗證之場址為金門酒廠實業股份有限公司自用加油站土壤污染控制場址。因金門酒廠實業股份有限公司於112年8月23日提出第一次控制計畫書變更。經土推委員審查通過後，改善期限延至116年12月31日，故無法於113年度進行驗證作業。\n四、\t貯存系統輔導管理與稽查管制作業：\n(一)\t地上儲槽系統輔導查核\n\t112年度地上儲槽系統事業法規符合度複查，改善率約31%；113年度地上儲槽系統事業法規符合度查核，共計29家事業之輔導。本次查核缺失為不符貯存系統管理辦法18、19、20條，主要有6項。而未完成改善原因，除改善計畫期程尚未屆期、部分改善仍有缺失因素外，可能也與貯存系統管理辦法於116年才全面施行有關，以至於業者積極度仍不足，須持續輔導推動。\n(二)\t地下儲槽系統輔導查核\n113年度已完成17站現場輔導查核工作，其中地下儲槽系統申報審查，申報率及審查率均達100%；112年缺失複查，改善率約53%；113年設施查核，現場查核異常或缺失，主要有5項。而未完成改善原因，主要為新申請業者對於法令不熟，以為定期委託執行土壤氣體監測即可，須持續輔導。\n(三)\t地上儲槽系統評比\n113年度協助環保局推動縣內地上儲槽評鑑分級評比，以增加業者主動自主管理之意願。評比指標，包括自主管理情況(定期巡查檢視及記錄、自行監測、總量進出管制)、自行監測(符合監測規定、頻率)、預防疏漏污染之器材及物品準備情況(依容量備足、定期維護)、參與113年環保局\/環訓所\/能源局辦理之相關訓練課程(次數)。\n評比結果，特優級有4站，為中油金馬行銷中心、金門酒廠實業股份有限公司金城廠、台灣電力股份有限公司塔山發電廠、金門酒廠實業股份有限公司金寧廠，優良級有13站，分別為金門縣動植物防疫所、堡鋒實業有限公司、昇恆昌股份有限公司-金湖大飯店、敬富企業社、風獅爺購物廣場、昇恆昌股份有限公司-昇恆昌免稅廣場、金門區漁會、夏興D營區、中華電信金門五處機房。\n(四)\t地下儲槽系統評比\n113年度協助環保局推動縣內加油站評鑑分級評比，一方面藉此分級促使各加油站於平日加強自主管理之推動，另一方面能提高縣民對縣內加油站之信心增加前往消費之意願。評比指標，包括112年度加油站查核缺失複查成果、113年度設施查核及油氣檢測是否有缺失情形、113年網路申報是否有逾時情形、113年網路申報是否有異常情形、提供參與113年能源局\/環保局\/環訓所辦理之相關訓練課程(次數)、加分項目。\n評比結果，特優級加油站有5站，分別為金民加油站、金寧加油站、烈嶼加油站、小金加油站、大立鴻福加油站；優良級加油站有4站，分別為北基后園六八加油站\t、沙美加油站、統一精工金門加油站、金門加油站\t。\n五、\t配合環管署施政重點：\n(一)\t農地定常監測作業\n\t113年度共辦理6處環境勘查評估、6點次農地土壤抽測、6點次灌溉水質水質抽測初驗、2點次灌溉水質水質抽測複驗。在XRF八項重金屬篩測結果顯示，皆低於農地土壤監測標準。在水質抽測初驗結果顯示，共2處導電度高於農田灌溉排水管理辦法。在水質複驗結果顯示，此2處鉻、銅、鎳、鋅低於農田灌溉排水管理辦法。\n(二)\t農地定期監測作業\n113年度配合環管署政策，針對達5年以上未監測之厚生畜牧場，辦理1點次農地污染監測作業，其檢測值均低於食用作物農地監測標準情形。推測農地原使用禽畜糞便做為肥料，建議要求地主若未來要恢復農用，應進行土壤翻耕，並改用有機肥料，以保護農地土壤品質。\n(三)\t事業污染預防管理作業\n已辦理1場次「A群事業行前說明會」、1場次「事業土壤及地下水預防管理B群工作說明會」。並於5至6月間，現場輔導A群事業至「事業土地污染調查及污染預防管理系統-事業填報平台」填報「事業自評表」；辦理2場次112年B群事業追蹤預防管理，及輔導113年B群事業填報「自主污染預防管理計畫」；針對C群事業，辦理現場稽查。\n(四)\t\t事業現場查訪調查作業\n已針對台電塔山發電廠夏興分廠及麒麟分廠，辦理A群現勘及預防管理、A群調查及查證，調查結果土壤TPH濃度皆高於土壤污染管制標準。建議依據土壤及地下水污染防治法，第十二條第二項規定由環保局公告為土壤污染控制場址；第十六條規定由環保局劃定、公告為土壤污染管制區。\n(五)\t底泥調查工作\n已針對擎天水庫及蓮湖水庫歷年調查結果蒐整與比對，並提出底泥採樣點位檢討及管理精進作為。\n六、\t其他協助工作執行成果：\n(一)\t已協助環保局執行1件民眾陳情及緊急應變，總計執行經費為30,00元，尚餘170,000元，費用支用率為15.0%。\n(二)\t113年度所舉辦之宣導說明會包括1場次「土壤及地下水污染防治教育宣導活動」、1場次「縣內事業污染場址推廣設置光電設施說明會」、1場次「污染場址運用風險管理執行推動程序」、1場次「結合風險管理、土地再利用之場址改善說明」、5場次「種子教師-校園宣導」、1場次「土水桌遊種子教師培訓」及2場次「土水桌遊-校園宣導」。\n(三)\t協助召開4次縣內土壤及地下水污染場址改善進度會議。\n(四)\t113年度已協助環保局出席7場次相關行政會議。",
        "eng_title": "Soil and Groundwater Investigation and Verification Project of Kinmen county",
        "eng_subject": "This project continues work in “Soil and Groundwater Investigation and Verification Project” of Kinmen county. Work contents include regular soil and groundwater monitoring work, monitoring well external appearance patrol 、 maintenance and repeal, gas station online declaration and on-site inspection, soil and groundwater pollution site supervision, verification and inspection, scope of pollution site broadening investigation, pollution verification on prosecutors care and public nuisance dispute and emergency response, advocacy and administrative work.",
        "proj_year": "113",
        "org_name": "金門縣環境保護局",
        "exe_unit": "富立業工程顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131173748",
        "publish_date": "20250114"
    },
    {
        "chi_title": "臺南市-113年臺南市全國水環境清淨河面計畫",
        "chi_subject": "（一）配合全國水環境建設河段清除河面漂流物、垃圾、死魚、布袋蓮及雜草、植物或有機物腐爛造成水體惡臭或死魚物質等，使河面清淨。\n（二）清除排入河川的區域排水、雨水排水等，使排水無垃圾排入河川。\n（三）即時清除已傾倒於河面的廢棄物，防止污染擴大。\n（四）豪雨過後河面以最快速度恢復乾淨。",
        "eng_title": "113 years of clean river plan in Tainan City",
        "eng_subject": "(1) Cooperate with the national water environment construction river section to remove river drifts, garbage, dead fish, bagelia, weeds, plants or organic matter rotting causing water odor or dead fish substances, etc., to make the river surface clean.\n(2) Clear regional drainage, rainwater drainage, etc. that drain into the river so that no garbage is discharged into the river.\n(3) Immediately remove waste that has been dumped on the river to prevent the expansion of pollution.\n(4) After the heavy rain, the river surface recovered as quickly as possible.",
        "proj_year": "113",
        "org_name": "臺南市政府環境保護局",
        "exe_unit": "技佳工程科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131162459",
        "publish_date": "20250110"
    },
    {
        "chi_title": "113年度嘉義市柴油車定檢及污染管制稽查暨機動車輛噪音管制計畫",
        "chi_subject": "為有效管制嘉義市柴油車空氣污染，執行柴油車路邊攔檢及目視稽查，以及自主管理、校車及公務車管制、設置空氣品質維護區等相關管制措施，都是希望透過相關稽查管制，找出高污染車輛促進改善來達到污染減量，同時也透過車牌辨識系統找出未被納管之潛在污染柴油車輛通知到檢，有效的掌握行駛於嘉義市轄區中之柴油車輛之排煙污染情形，並鼓勵老舊大型柴油車主調修保養車輛，透過稽查、宣導及補助措施結合，針對柴油車輛加強管制，藉以督促車主加強車輛日常維修保養，讓使用中柴油車輛都能符合排放標準，提高環境空氣品質，以達清淨環境之目的。此外，針對轄區內易怠速地點執行停車熄火宣導與稽查作業；另外也配合執行原地噪音檢測工作，此外亦加強執行機動車輛噪音稽查及聲音照相科技執法等工作，降低機動車輛噪音產生，還給市民一個安靜的空間。\n計畫自113年1月1日至113年12月15日止成果。\n（1）到站檢測之柴油車共有2,532輛，其中檢測不合格43輛，不合格率1.7%；核發自主管理標章2,637輛。\n（2）路邊攔檢工作執行篩選661輛，其中105輛進行檢測，不合格數有47輛，不合格率為44.8%。\n（3）執行柴油車車牌辨識稽查717,789輛，發出主動到檢通知2,523輛。\n（4）停車熄火稽巡查共609輛；校園怠速宣導17場次，共計宣導400輛。\n（5）機動車輛噪音原地檢測1,057輛；機動車輛稽查64場次。\n（6）聲音照相車牌辨識6,162,045輛，經審查後告發108件。\n嘉義市政府成立嘉義市清淨空氣推動委員會以來，致力於降低空氣污染對市民的健康危害，而移動源污染中柴油車所排放的廢氣也最為民眾詬病。本計畫透過各種稽查及宣導手段，迫使出入轄區內柴油車能夠接受檢測合格並進一步取得自主管理標章，希望確保進出嘉義市柴油車排煙狀況皆能符合排煙標準，以降低轄區內污染來源。今年度主要稽查對象為老舊高污染車輛，同時結合環境部老舊大型柴油車調修燃油控制系統補助政策加強宣導，雙管齊下來降低污染，以有效達成污染減量之目的。本計畫執行污染排放減量為PM10 13.13公噸、PM2.5 11.86公噸、NOx 76.96公噸、NMHC 6.10公噸、CO 26.96公噸。",
        "eng_title": "2024 Chiayi City Diesel Vehicle Inspection, Pollution Control Enforcement, and Motor Vehicle Noise Management Plan",
        "eng_subject": "To effectively control diesel vehicle emissions in Chiayi City, this plan involves roadside inspections, visual assessments, self-management initiatives, school and government vehicle monitoring, and the establishment of air quality maintenance zones. Through these measures, the program aims to identify and mitigate high-pollution vehicles, promoting emission reduction. Additionally, by utilizing license plate recognition systems, the plan identifies unregulated diesel vehicles, notifying them to undergo inspections. This ensures effective monitoring of exhaust pollution from diesel vehicles operating in Chiayi City and encourages the maintenance and repair of older heavy-duty vehicles. The integration of inspections, education campaigns, and subsidy programs enhances regulatory control over diesel vehicles, urging owners to prioritize routine maintenance. The ultimate goal is to ensure compliance with emission standards, improve air quality, and create a cleaner environment. Furthermore, the plan includes campaigns to discourage idling in areas prone to prolonged idling, stationary noise testing, and the use of noise monitoring and enforcement technologies to reduce vehicular noise, thus restoring a peaceful environment for residents.\nProject Outcomes (January 1, 2024, to December 15, 2024).\n（7）\tA total of 2,532 diesel vehicles underwent inspection, with 43 failing, resulting in a failure rate of 1.7%. A total of 2,637 self-management certification labels were issued.\n（8）\tRoadside inspections screened 661 vehicles, of which 105 were tested, and 47 failed, yielding a failure rate of 44.8%.\n（9）\tLicense plate recognition inspections covered 717,789 diesel vehicles, with 2,523 notifications issued for proactive inspection.\n（10）\tAnti-idling patrols checked 609 vehicles; 17 educational sessions were conducted at schools, covering 400 vehicles in total.\n（11）\tNoise testing was conducted on 1,057 motor vehicles on-site, and 64 enforcement operations were carried out.\n（12）\tAcoustic camera license plate recognition identified 6,162,045 vehicles, leading to 108 citations upon review.\n\nSince the establishment of the Chiayi City Clean Air Promotion Committee, the Chiayi City Government has been committed to reducing air pollution’s adverse effects on public health. Diesel vehicle exhaust, a significant source of mobile pollution, has been a primary concern for residents. Through a combination of enforcement actions and awareness campaigns, this project aims to ensure that diesel vehicles entering or traveling through Chiayi City pass inspections and obtain self-management certification labels. This ensures compliance with exhaust standards, reducing pollution sources within the city. The primary focus this year has been on older, high-emission vehicles. The project is complemented by the Ministry of Environment’s subsidy program for upgrading fuel control systems in large, older diesel vehicles, with enhanced public outreach efforts to maximize pollution reduction. This project achieved pollution emission reductions of 13.13 metric tons for PM10, 11.86 metric tons for PM2.5, 76.96 metric tons for NOx, 6.10 metric tons for NMHC, and 26.96 metric tons for CO.",
        "proj_year": "113",
        "org_name": "嘉義市政府環境保護局",
        "exe_unit": "春迪企業股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131133349",
        "publish_date": "20250115"
    },
    {
        "chi_title": "113年推動企業及團體參與淨零綠生活專案工作計畫",
        "chi_subject": "為落實我國淨零轉型目標，實現2050淨零排放之願景，環境部已提出「淨零綠生活關鍵戰略行動計畫」。本計畫係配合淨零綠生活之推動主軸，辦理包括：提出響應綠色辦公誘因及說帖，並製作海報及圖卡宣導；彙整綠色辦公5大指標實績案例，並製作海報、圖卡及影片宣導；推動綠色辦公，輔導單位完成綠色辦公響應；辦理響應綠色辦公實體說明會議；配合機關或企業大型主題活動或賽事宣傳綠色辦公；蒐集國外推動企業淨零綠生活之創新模式或作法，研提適合我國推動之管理策略；滾動調整綠色辦公行動計畫（草案）、標準作業流程（草案）及指南（草案）；研析綠色辦公最常響應與最不常響應措施之比率及其原因；研析環保標章旅館結合銀行信用卡免手續費優惠可行性等工項。\n茲將計畫執行成果摘要說明如下：\n（一）已針對「企業」及「民眾」2大族群，完成研擬響應綠色辦公之誘因及說帖，並根據誘因及說帖的內容繪製海報及圖卡。\n（二）完成彙整綠色辦公5大指標實績案例，並根據實績案例製成5張海報、5張圖卡，其內容為中文及英文版本各1份。\n（三）完成拍攝1支綠色辦公推廣宣傳影片，後續將置於淨零綠生活平臺宣傳。\n（四）已於完成辦理4場次綠色辦公輔導活動，共計65個單位參加，其中包含輔導各單位（含營運據點）於淨零綠生活資訊平臺上完成綠色辦公響應。\n（五）已於集思台大會議中心、集思台中文心會議中心及國科會資安暨智慧科技研發大樓辦理綠色辦公實體說明會議，邀請綠色辦公績優單位，OO公司、OO航空、OO分署、OO公司、OO環保局及OO公司代表分享綠色辦公推動方式、特色作法與減碳成效。\n（六）派員至大型主題活動或賽事現場運用相關圖卡、海報或影片宣傳綠色辦公，包括亞太永續博覽會、SEMICON國際半導體展覽及高雄國際建材大展。\n（七）於每月1號更新前月綠色辦公響應情形，以掌握綠色辦公推廣成效。\n（八）完成蒐集國外推動企業淨零綠生活之創新模式或作法，研提適合我國推動之管理策略。\n（九）完成修正綠色辦公行動計畫（草案）、標準作業流程（草案）及指南（草案）。\n（十）完成研析綠色辦公最常響應與最不常響應措施之比率及其原因，並彙整成Q＆A。\n（十一）配合計畫需求彙整OO銀行綠色辦公響應情形；研擬「執行綠色辦公相關措施減碳效益評估說明」、「綠色辦公響應措施納入企業ESG（環境面）資訊揭露指標」以及更新綠色辦公響應問答集。\n（十二）完成研析環保標章旅館結合銀行信用卡免手續費優惠可行性。",
        "eng_title": "Working Project of Promoting the Enterprises and Group to Participate the Net-Zero Green Lifestyle",
        "eng_subject": "To achieve Taiwan's net-zero transformation goals and realize the vision of net-zero emissions by 2050, the Ministry of the Environment has proposed the Net-Zero Green Life Key Strategic Action Plan. This plan aligns with the promotion of a net-zero green lifestyle and includes the following initiatives:\n\tProposing green office incentives and supporting materials, and creating posters and infographics for advocacy.\n\tConsolidating five key performance case studies for green office initiatives, and creating posters, infographics, and videos for promotion.\n\tPromoting green offices and guiding units to complete green office initiatives.\n\tOrganizing physical briefing sessions for green office responses.\n\tCoordinating with government agencies or enterprises for large-scale events or campaigns to promote green offices.\n\tCollecting innovative models or practices of corporate net-zero green life from overseas and developing management strategies suitable for Taiwan.\n\tRolling adjustments to the green office action plan (draft), standard operating procedures (draft), and guidelines (draft).\n\tAnalyzing the ratio and causes of the most and least commonly implemented green office measures.\n\tAnalyzing the feasibility of combining eco-label hotels with credit card no-fee promotions as a potential initiative.\nResults obtained from this project are summarized as follows:\n(1)\tThe incentives and informational materials for promoting green office practices have been developed for two key groups: businesses and the public. Based on these incentives and materials, posters and infographics have been created to support the promotion. \n(2)\tThe task involves completing the consolidation of five key performance case studies for green office initiatives and creating five posters and five infographics based on these case studies. Each of these materials will have both a Chinese and an English version.\n(3)\tCompleted the filming of a green office promotion video, which will be promoted on the net-zero green life platform.\n(4)\tA total of 4 green office guidance sessions have been successfully held, with 65 participating units. These sessions included guidance for each unit (including operational sites) to complete their green office responses on the Net-Zero Green Life Information Platform.\n(5)\tGreen office physical briefing sessions have been held at the Chi-Si Taiwan Conference Center, Chi-Si Taiwan Zhongwenxin Conference Center, and the National Science Council's Cybersecurity and Smart Technology Research and Development Building. These events invited exemplary green office units, including representatives from OO Company, OO Airlines, OO Branch, OO Company, OO Environmental Protection Bureau, and OO Company, to share their methods for promoting green offices, unique practices, and carbon reduction results.\n(6)\tCompleted four green office coaching sessions, action plan, and assistance has been provided to guide at least 60 organizations (including government agencies, businesses, schools, and other groups, with at least five from each category) in completing their green office response on the Net-Zero Green Living Information Platform.\n(7)\tCompleted 3 green office entity briefing sessions (one each for North, Central and South), and invited representatives of outstanding green office units to share promotion methods, characteristic practices and carbon reduction results.\n(8)\tAttended 3 large-scale theme activities or competitions, incluing 2024 SDG Asia, Semicon Taiwan and Kaohsiung Building Show, and sent personnel to the site to use relevant graphics cards, posters or videos to promote green office.\n(9)\tThe status of green office responses is updated on the 1st of each month to track the effectiveness of green office promotion from the previous month.\n(10)\tCompleted the collection of foreign innovative models or practices for promoting corporate net-zero green living, and developed management strategies suitable for our country's promotion.\n(11)\tCompleted revised green office action plan (draft), standard operating procedures (draft) and guidelines (draft).\n(12)\tCompleted research and analysis on the ratio of the most common responses to the least common response measures for green office and their reasons, and compiled them into Q＆A.",
        "proj_year": "113",
        "org_name": "環境部綜合規劃司",
        "exe_unit": "定楙環保顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131130605",
        "publish_date": "20250124"
    },
    {
        "chi_title": "113年綠色難降解廢水之高級氧化及生物球處理系統開發計畫",
        "chi_subject": "本計畫聚焦於解決石化及化工等高有機氮廢水處理的難題，針對國\n際淨零排放趨勢，開發具備低污染、低耗能、低成本、低空間需求的創新技術。其中，催化氧化型活性碳(COAC觸媒技術)結合不同前處理技術，可顯著提升觸媒壽命與效能，適用於高濃度、難降解的有機廢水處理，並具有無污泥產生的優勢，對於有機氮廢水的氨氮與硝酸鹽氮轉化率極低。此外，PVA生物球技術相較於傳統生物處理，污泥減量可達70%以上，針對生活污水及其他有機氮工業廢水，採用間歇曝氣操作可降低電力成本，同時有效減少氨氮轉化率，進而減少硝化過程中的鹼度加藥需求。上述技術已分別在宜蘭化工業及台南薄膜製造業進行示範應用，均達到COD去除率超過80%，並成功降低碳排放與操作成本。\n另外，開發非熱電漿技術處理持久性有機污染物（如全氟化物、藥物殘留），具有設備小、無需添加化學藥劑等特點，可去除超過90%的污染物。同時整合微米氣泡反應模組，於醫院廢水實廠測試中證實具有高效能及低碳排放，顯著優於傳統處理方法。\n面對氣候變遷挑戰，台灣與印度在水環境技術領域展開合作。印度亟需提升飲用水與污水處理，台灣則以先進技術協助其實現永續發展。5月雙方舉辦「永續水環境技術交流」視訊會議，聚焦清理恆河計畫中的工業污染削減。6月訪印，參訪政府單位、標竿企業及研究機構，掌握市場需求。9月舉行「台印永續水環境論壇」，透過會議、參訪及技術交流深化合作，成功促進台印產官學研連結，共同推動水資源管理與永續發展。\n本團隊亦完成六家廠商現地訪談與輔導、辦理專家諮商會議、辦理實績成效參訪與成果發表至期刊與研討會，以推廣本計畫所開發建立的三大綠色處理技術。",
        "eng_title": "Development of Green Treatment Systems Using Advanced Oxidation and PVA bio-pellet for Refractory Wastewater",
        "eng_subject": "This project focuses on solving the problems of high organic nitrogen wastewater treatment in petrochemical and chemical industries. In response to the international net-zero emission trend, it aims to develop innovative technologies characterized by low pollution, low energy consumption, low cost, and low space. The COAC catalytic oxidation technology, when combined with various pretreatment methods, significantly enhances catalyst lifespan and efficiency. It is particularly suitable for treating high-concentration refractory organic wastewater and offers the advantage of zero sludge production. For organic nitrogen wastewater, it achieves extremely low conversion rates of ammonia nitrogen and nitrate nitrogen. Additionally, the PVA bio-pellet technology, compared to conventional biological treatment, reduces sludge production by over 70%. For sewage and other organic nitrogen industrial wastewater, intermittent\naeration operations can lower electricity costs while effectively reducing ammonia nitrogen conversion rates, thereby decreasing the alkalinity chemical dosing required in the nitrification process. The demonstration was applied to Yilan's Chemical Industry and Tainan's Film Manufacturing Industry, achieving a COD removal rate of more than 80%, and effectively reducing carbon emissions and operating costs.\nNon-thermal plasma technology has also been developed to treat persistent organic pollutants (e.g., PFAS and pharmaceutical residues). It has the characteristics of small equipment, no need to add chemicals, and can remove more than 90% of pollutants. At the same time, it integrates a micron bubble reaction module, which has been proven to have high efficiency and low carbon emissions in hospital wastewater actual plant tests, significantly better than traditional treatment methods.\nIn response to the challenges posed by climate change, Taiwan and India have forged a partnership in the field of water environment technologies. With India facing an urgent need to improve its drinking water and wastewater treatment infrastructure, Taiwan has stepped in with advanced solutions to support India's journey toward sustainable development. In May, both nations convened a virtual Sustainable Water Environment Technology Exchange conference, focusing on industrial pollution control within the Clean Ganga Project. In June, a Taiwanese delegation visited India, engaging with government agencies, leading companies, and research institutions to gain insights into local market needs. This collaboration culminated in September with the Taiwan-India Sustainable Water Environment Forum, which included conferences, site visits, and technical exchanges. The initiative successfully fostered connections across Taiwanese and Indian industries, government bodies, academia, and research organizations, paving the way for joint efforts in water resource management and sustainable development.\nOur team has also completed on-site interviews and guidance for six companies, organized expert consultation meetings, conducted performance achievement visits, and published results in journals and conferences to promote the three green processing technologies developed under this project.",
        "proj_year": "113",
        "org_name": "環境部水質保護司",
        "exe_unit": "國立陽明交通大學",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131122560",
        "publish_date": "20250113"
    },
    {
        "chi_title": "新竹市-113年度新竹市水污染源稽查與水污費徵收查核計畫",
        "chi_subject": "新竹市（以下簡稱本市）行政區域範圍佔台閩地區面積0.29%，轄內流經河川包括頭前溪、客雅溪、三姓溪及鹽港溪4大流域，客雅溪及鹽港溪屬於跨縣市流域型態，加上科學工業園區坐落於新竹市轄境內，其科學工業園區廢水排放承受水體為轄內客雅溪流域；三姓溪與鹽港溪流域內有香山工業區，此工業區並無統一廢水處理場管理，使得廢水處理成效程度不一；生活污水方面本市轄內人口約44萬人，污水下水道建設期程緩慢，短時間內無法大幅改善生活污水問題，綜上所述，本市事業廢水、工業區廢水與生活污水的減量需要透過不同層面管制。\n為改善本市轄內各河川流域水體水質，提高轄內河川流域水質品質，本市對於河川主要污染源之污染防治管制工作，透過污染熱區管理方式，推動「113年新竹市水污染源稽查與水污費徵收查核計畫」（以下簡稱本計畫），透過本市轄內河川流域水體水質之水污染源調查，加強列管事業稽查管制以及暗管或不明管線查處等作業，期望藉由稽查管制措施之落實，促使業者妥善操作其廢（污）水排放處理設施外，並研擬相關管制策略，以減少污染源排放，逐步改善本市轄內各河川流域之水體水質。",
        "eng_title": "113 Hsinchu City Water Pollution Source Audit and Water and Wastewater Fee Collection Review Plan",
        "eng_subject": "The administrative area of ​​Hsinchu City (hereinafter referred to as the city) accounts for 0.29% of the area of ​​Taiwan and Fujian. The rivers flowing through its jurisdiction include the four major river basins of Touqian Creek, Keya Creek, Sanxing Creek and Yangang Creek. Keya Creek and Yangang Creek The creek is a cross-county and city watershed type. In addition, the Science Industrial Park is located within the jurisdiction of Hsinchu City. The water body responsible for the wastewater discharge of the Science Industrial Park is the Keya Creek watershed within the jurisdiction; Sanxing Creek and Yangang Creek watersheds include the Xiangshan Industrial Zone. There is no unified wastewater treatment plant management in this industrial zone, so the effectiveness of wastewater treatment varies. In terms of domestic sewage, the city has a population of about 440,000, and the construction of sewage sewers is slow. It is impossible to significantly improve the domestic sewage problem in a short time. As mentioned above, the reduction of municipal wastewater, industrial area wastewater and domestic sewage requires control at different levels.\nIn order to improve the water quality of various river basins within the city's jurisdiction and improve the water quality of the river basins within its jurisdiction, the city's pollution prevention and control work on major river pollution sources has been promoted through the pollution hot zone management method. Water and Sewage Fee Collection and Inspection Plan (hereinafter referred to as this plan), through the investigation of water pollution sources of water quality in river basins within the city's jurisdiction, strengthening the audit and control of listed enterprises and the investigation and punishment of hidden pipes or unknown pipelines, it is expected that through The implementation of audit control measures will encourage businesses to properly operate their waste (sewage) discharge and treatment facilities and develop relevant control strategies to reduce emissions from pollution sources and gradually improve the water quality of various river basins within the city's jurisdiction.",
        "proj_year": "113",
        "org_name": "新竹市環境保護局",
        "exe_unit": "台灣曼寧工程顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131117796",
        "publish_date": "20250116"
    },
    {
        "chi_title": "產學技術推廣與合作先期研究計畫",
        "chi_subject": "(一) 國內政府機關的產學合作、技術移轉及智慧財產法規：交通部、農業部和\n經濟部已完成相關資料蒐集，並提供三個政府機關在研發成果管理和技術\n移轉方面的比較差異說明。\n(二) 國外技術移轉與環境政策和議題：研析英國NERC 和美國NIST 的產學合作\n和技術移轉制度，與探討氣候變遷政策、廢棄物管理和固態再生燃料（SRF）\n以及塑膠微粒（Microplastics）等議題。\n(三) 本院技術項目和技術移轉機制建議報告：分析國環院組織架構、研究成果\n和相關知識，並建議未來制定環境部科學技術研究發展成果歸屬和運用的\n草案，以及建議綜合規劃組作為主要窗口，搭建流程管理，並制定相關作\n業規定。\n(四) 建置產學合作與技術交流資訊平台: 提供國環院110-112 年的研究成果已經\n相關專家資料庫的彙整以及舉辦「智慧財產管理與運用」以及「精進生物\n能源與碳捕捉效能：自然解方」專家分享會議。\n(五) 國際交流活動：蒐集台美和台日活動相關主題，尋找潛在合作機會，包括\n引進先進的污染防治技術、促進環境保護領域的合作和改善台灣的環境品\n質。",
        "eng_title": "Industry-university technology promotion and cooperation advanced research plan",
        "eng_subject": "(1) Industry-university cooperation, technology transfer and intellectual property\nregulations of domestic government agencies: The Ministry of Transportation and\nCommunications, the Ministry of Agriculture and the Ministry of Economic Affairs\nhave completed the collection of relevant information and provided a difference\nanalysis of the management of R＆D results and technology transfer among the three\ngovernment agencies.\n(2) Foreign technology transfer and environmental policies and issues: Analyze the\nindustry-university cooperation and technology transfer systems of NERC in the UK\nand NIST in the US, and discuss climate change policies, waste management and\nsolid derived fuels (SRF) and plastic particles ( Microplastics) and other issues.\n(3) Proposal report on the institute’s technology projects and technology transfer\nmechanism: analyzing the organizational structure, research results and related\nknowledge of the National Environmental Research Academy, recommending the\nformulation of a draft for the ownership and application of the Ministry of\nEnvironment’s scientific and technological research and development results in the\nfuture, also recommending the comprehensive planning team as the primary contact to\nestablish process management and formulate relevant operating regulations.\n(4) Stablishing an Industry-Academia Collaboration and Technology Exchange\nInformation Platform: This will provide a compilation of research report from the\nNational Environmental Research Institute for the years 110-112, along with a\ndatabase of relevant experts, and organize expert sharing meetings on Intellectual\nProperty Management and Utilization and Enhancing Bioenergy and Carbon\nCapture Efficiency: Natural Solutions.\n(5) International exchange activities: Collect topics related to activities in Taiwan, the\nUnited States, and Taiwan and Japan, and look for potential cooperation opportunities,\nincluding introducing advanced pollution prevention and control technologies,\npromoting cooperation in the field of environmental protection, and improving\nTaiwan's environmental quality.",
        "proj_year": "113",
        "org_name": "國環院綜合規劃組",
        "exe_unit": "博大國際智權股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131113194",
        "publish_date": "20250131"
    },
    {
        "chi_title": "新北市-113年度新北市推動環保許可整合計畫",
        "chi_subject": "本年度辦理環保許可整合相關工作，於113年04月19日協助辦理局內研商會，確認各業務科權責分工及應辦理事項，並於5月1日起執行；透過檢視精進輔導對象共161家之污染流向圖內容，於113年辦理水許可展延或變更申請時，同步會辦各業務科，確認是否符合業者原許可登載事項，並於113年10月30日前辦理5場諮詢會審，釐清整場污染流向。另持續擴大並輔導76家完成繪製污染流向圖，並於8月12日辦理污染流向圖繪製教學工作坊。",
        "eng_title": "2024 New Taipei City Environmental Permit Integration Promotion Plan",
        "eng_subject": "This year, related work for the integration of environmental permits was carried out. On April 19, 2024, a coordination meeting was held to assist in confirming the division of responsibilities and tasks of each department, which began on May 1, 2024. By reviewing and improving the pollution flow diagrams for 161 businesses, during the processing of water permit extension or modification applications in 2024, each department was consulted to confirm whether they align with the original permit items of the businesses. Additionally, five consultation meetings were held by October 30, 2024, to clarify the entire pollution flow. Furthermore, efforts were made to expand and assist 76 companies in completing their pollution flow diagrams, and a training workshop on creating pollution flow diagrams was held on August 12, 2024.",
        "proj_year": "113",
        "org_name": "新北市政府環境保護局",
        "exe_unit": "台灣曼寧工程顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131101862",
        "publish_date": "20250102"
    },
    {
        "chi_title": "113年及114年精進事業廢棄物流向管制監督及審查品質提升工作計畫(第1年)",
        "chi_subject": "為強化與落實各項事業廢棄物管理工作，協助環境部資源循環署辦理「113年及114年精進事業廢棄物流向管制監督及審查品質提升工作計畫（第1年）」，安排15名專業之專職人員至地方環保機關（除直轄市、金門縣、連江縣及澎湖縣外），協助辦理輔導事業熟悉「廢棄物清理法」相關貯存、清除、處理（再利用）規範與申報義務，以回饋基線資料庫進行統計分析等決策支援，進而強化產源責任之落實。\n計畫執行期間，配合督考及提升地方環保機關事業廢棄物上網申報率、事業廢棄物清理計畫書（簡稱廢清書）具送審率及通過率，並針對特定行業別進行勾稽作業，確保事業廢棄物基線資料完整性及流向合法性；同時，為確保廢清書填報及審查品質，作為後續流向勾稽作業比對基線與決策支援應用，透過各審核機關之審查通過廢清書檢視、審查現況訪查及至事業訪查其依核准廢清書之營運情形等，並研訂事業廢棄物清理計畫書審核評比機制，藉此促進各審核機關良性競爭，以提升事業廢清書填報及審查品質之效能；另協助制訂「113年事業廢棄物清理流向勾稽計畫」，並納入「再利用機構設備能力查核專案工作」及「廢切削油輔導及勾稽工作計畫」工作項目，以督促地方環保機關執行轄區內事業廢棄物流向管制工作及落實再利用檢核管理機制，另彙整專職人員教育訓練及事業廢棄物勾稽業務交流工作坊之各縣市勾稽業務或廢清書審查人員相關改善意見，檢修現行勾稽及審查報表之管理工具，強化事業廢棄物流向管制成效。\n本計畫透過前述檢討與輔導提升作業，以健全「事業廢棄物申報及管理資訊系統(IWR＆MS)」資料庫事業基本資料之完整與正確性，以利各級環保機關對網路申報事業廢棄物流向之相關資料進行勾稽、比對、篩選、統計、稽查及流向追蹤管制。",
        "eng_title": "The 2024-2025 Project to Upgrade Both the Industrial Waste Flow Controls and the Related Review Quality (1st year)",
        "eng_subject": "In order to strengthen and implement the management of varied kinds of industrial waste, and to help the RECA of Ministry of Environment to proceed with “The 2024-2025 Project to Upgrade Both the Industrial Waste Flow Controls and the Related Review Quality (1st year), 15 dedicated professionals have been assigned to the local environmental protection agencies (except those of Municipalities, Kinmen County, Lianjiang County, and Penghu County) to assist in providing counseling services for the industry to familiarize themselves with the “Waste Disposal Act”-related storage, removal, treatment (reuse) regulations and filing obligations, so as to feed back to the baseline database to conduct statistical analysis as decision-making supports and further enhance the implementation of source responsibility. \nDuring the implementation of the Project, such professionals have cooperated with local agencies in supervising and improving their online reporting rate of industrial waste, and the submission rate and pass rate of the Industrial Waste Disposal Plans (IWDPs). And specific to certain industries, the cross-checking method is used to ensure the completeness of such waste baseline data and the legality of such waste flows. At the same time, to ensure the quality of IWDPs reporting and reviewing for the purpose of comparing the baselines relevant to the audit of the subsequent flow and supporting the decision-making, they have helped inspect the IWDPs reviewed and passed by the local units, review the current status visits, conduct corporate visits to check their operations in accordance with the approved IWDPs, and formulate evaluation mechanism for IWDPs reviews, etc., so as to create the benign competition among the local review entities and improve the quality of the IWDP’s filing and reviewing. In addition, they have helped formulate the 2024 Industrial Waste Disposal ＆ Flow Auditing Plan being incorporated into the “Reuse Institution Facilities Capacity Checking Project Work” and the “Waste Cutting Oil Counselling ＆ Auditing Work Plan” to supervise and urge local environmental protection agencies to conduct the industrial waste controls within their jurisdiction and implement the reuse checking management mechanism. Additionally, they will compile the improvement opinions brought forth from the dedicated personnel in training, and such waste auditors and the IWDPs reviewers during the exchange workshops. And they will overhaul the current management tools in auditing and reviewing the reports to reinforce the efficacy in such waste flow controls. \nThrough the above-mentioned reviews and counselling upgrades, the Project will improve the integrity and correctness of the basic corporate information in the IWR＆MS database, so that the environmental protection agencies at all levels may conduct the linking audits, comparison, screening, counting, auditing, and flow tracking ＆ controls on the data in relation to the online filing of the industrial waste flows.",
        "proj_year": "113",
        "org_name": "循環署再利用推動組",
        "exe_unit": "環科工程顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131092477",
        "publish_date": "20250201"
    },
    {
        "chi_title": "113年度宜蘭縣非農地環境雜草管理計畫",
        "chi_subject": "為防止除草劑使用造成水資源污染及危害生態環境，本計畫已完成15處次違法使用除草劑巡查、執行6,200平方公尺非農地環境雜草清除示範工作及辦理3場次非農地環境雜草管理宣導說明會，宣導人數合計204人。為避免除草劑之濫用，未來建議環保局與農業處攜手加強稽查，並積極宣導「宜蘭縣除草劑使用管理自治條例」，若證實違反禁用規定則處以罰鍰，以儆效尤。此外，亦鼓勵一般民眾使用電動割草機，降低空氣及噪音等環境污染，確實做好個人土地的環境雜草管理，促進環境永續利用，提升宜蘭縣環境品質。",
        "eng_title": "113-Year Yilan County Non-Agricultural Land  Weed Management Project",
        "eng_subject": "Herbicides are banned on non-agricultural land in Yilan County. Therefore, we inspected 15 places to confirm whether there is any illegal use of herbicides. In order to promote the the policy of Environmental weed management PVEEC has assisted Yilan EPB in holding 3 advocacy activities with 204 participants. In addition, we had mowed the Wujie elementary school, Shih Liou Fen Waterways and Neicheng communities environmental weeds and approximately 6,200 square meters.",
        "proj_year": "113",
        "org_name": "宜蘭縣政府環境保護局",
        "exe_unit": "傑美工程顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131089081",
        "publish_date": "20250124"
    },
    {
        "chi_title": "113年度新北市推動低碳永續家園執行計畫",
        "chi_subject": "本計畫之執行工作，持續協助新北市環保局進行轄區之低碳永續成果輔導盤點作業，針對重點示範對象，投入行政資源打造區域低碳永續示範措施。可分為兩大範疇，第一大範疇以認證評等輔導工作為主軸，積極爭取新北市認證成績，第二範疇則是鎖定本年度遴選之示範對象，運用專案資源，推動新北市低碳永續軟、硬實力之建構工作。",
        "eng_title": "2024 Low-carbon Living and Sustainable Homes ＆ Community Implement in New Taipei City",
        "eng_subject": "The project aims to support the low carbon and sustainable homeland\nprogram, which involves assisting with the implementing action plans for village or community government to get Nomination, Bronze or Silver certification. As a result of the certification that 14 villages achieved Bronze level certification and 2 villages achieved Silver level certification. The participants of certification not only winning awards but also developing a comprehensive low carbon and sustainable program.",
        "proj_year": "113",
        "org_name": "新北市政府環境保護局",
        "exe_unit": "康廷工程顧問企業有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131087875",
        "publish_date": "20250104"
    },
    {
        "chi_title": "113年度澎湖縣移動污染源管制計畫",
        "chi_subject": "本計畫執行期程自 113 年 1 月 15 日起，主要工作包含：稽查未定檢機車、定檢率提升作業、低污染車輛推動、柴油車與船舶管制作業及辦理各式宣導活動，各項工作量化進度整理如表 I 所示。依據進度規劃，執行各工項管制作法，且統計至 113 年 12 月 15 日，時間進度為 95.6%，計畫各項工作皆已依規劃目標執行完成。\n本縣機車到檢率依環境部公告統計至 11 月份為 75.92%，計畫內為了提升機車到檢之措施包括有：定檢明信片寄發、未定檢機車稽查作業、催檢通知寄發以及移動式定檢車檢驗服務等，依據移動式定檢車檢驗服務統計數據來看，113 年度統計至 10 月已完成 6,582 輛，初步對於本縣機車定檢率，已提供 14.07%的定檢率貢獻度，結合本縣三定服務和離島檢測等特色做法，顯見移動式服務對於本縣車主已成為一項重要工作，皆可提升本縣各行政區之機車定檢率，除定檢率目前為近 3 年同期的最高值，本縣機車定檢數亦是近年最高。柴油車輛管制中已完成排煙檢測 401 輛，由本計畫與車主或業者聯繫後，主動到廠站協助進行車輛檢驗作業，其中不透光率測值偏高之車輛以大客車為主。再彙整受測車輛檢驗結果，1-3 期車計完成 62 輛，其中 56 輛符合 4 期車排放標準；4 期車計完成 118 輛，其中 110 輛符合 5 期車排放標準；另配合柴油車油品抽測稽查送驗，現階段尚無油品含硫量超標之情形。在船舶污染管制方面，本年度於目視判煙稽查已執行 107 艘，而油品硫含量抽驗完成 20 艘，兩項作業達成率皆達 100%，目測不透光率目前皆符合 35%以下標準；另查詢彙整本縣旅遊處管理之遊艇船舶登記數為 150 艘，本年度配合執行稽查作業共計 4 次，現階段未查獲非法油品流用情形。宣導活動主要以辦理機車定檢服務、定檢簡訊通知推廣和車輛噪音稽查管制及怠速車輛宣導等。於 4 月份已與澎水職校汽修科師生及台北城市大學師生，前往外垵活動中心辦理車輛保檢合一聯合宣導推廣活動，另於 10 月份已於澎水職校協助車輛環保檢驗和噪音稽查作業等課程說明，並於每月定期進行怠速熄火宣導作業；另針對簡訊推動亦發送 550 份宣導品提供檢驗站向車主推廣，同時於每月執行車隊檢驗服務，亦向業者宣導機車定檢簡訊做法，簡訊收集數已逾 2 千筆。\n經統計本年度車輛汰舊後估算其提供之污染削減量，老舊機車計汰除 1,374輛，合計削減 TSP 0.48 公噸，PM10 0.3 公噸，PM2.5 0.22 公噸，NOx 1.36 公噸，THC 5.99 公噸，NMHC 5.55 公噸及 CO 17.34 公噸；1~4 期柴油車計汰舊 9 輛，估算削減量為 TSP：0.5 公噸、PM10：0.42 公噸、PM2.5：0.37 公噸、NOX：6.89公噸、CO：2.37 公噸、THC：0.56 公噸、以及 NMHC：0.56 公噸。",
        "eng_title": "Penghu County 2024 Mobile Sources Audition and Control Project",
        "eng_subject": "The implementation period of this project will start from January 15, 2024. The main tasks include: inspection of unscheduled scooters, improvement of regular inspection rate, promotion of low-pollution vehicles, diesel vehicle and ship control operations, and various publicity activities. The quantitative progress of the work is summarized in Table I. According to the progress plan, various project control methods were implemented, and statistics as of December 15, 2024, period program is 95.6%.\nThe county's scooter inspection rate was 75.92 % as of November according to statistics announced by the Ministry of Environment. According to the statistical data of mobile regular inspection vehicles, 6,582 vehicles have been completed as of Octoer 2024. Preliminarily, for the county’s regular inspection rate of scooters, it has provided a 14.07% contribution to the regular inspection rate. In line with the county’s unique practices, including fixed time and point to do regular inspections and outlying islands inspection, it shows obviously that mobile regular inspections has been an important work to raise regular inspections rate in administrative districts of the county. Not only regular inspections rate is the highest among three years, but the inspections number is also the highest.\nUnder the diesel vehicle controls, 401 vehicles have been completed for smoke emission inspection. After contacting the vehicle owners or operators, the program proactively went to the factory to assist in vehicle inspection operations. Among them, the vehicles with high opacity values were mainly buses. After summarizing the inspection results of the tested vehicles, 62 vehicles were completed of Phases 1 to 3, of which 56 met the emission standards of Phase 4 vehicles; 118 vehicles were completed in Phase 4, of which 110 met the emission standards of Phase 5 vehicles. Besides, in conjunction with diesel vehicle oil sampling inspections, all samples are met standards.\n\n And in terms of ship pollution control, statistics show that as of December 2024, visual smoke detection has been carried out on 107 ships, and oil sulfur content sampling inspection has been completed on 20 ships. The achievement rate of both operations reached 100%. The visual opacity rate currently meets the standard of less than 35%. According to another inquiry, the number of registered yachts and ships managed by the county's tourism office is 150. A total of 4 inspections have been carried out this year. At this stage, no illegal use of oil products has been detected. \nThe publicity activities mainly include the handling of regular locomotive inspection services, the promotion of regular inspection SMS notifications, vehicle noise inspection control and idling vehicle publicity, etc. In April, our team went to Waian Activity Center with the teachers and students of the Automotive Repair Department of Pengshui Vocational School and the teachers and students of Taipei City University to handle the joint publicity and promotion activities of vehicle maintenance and inspection. In October, we also assisted the vehicles at Pengshui Vocational School. Course descriptions such as environmental protection inspection and noise inspection operations are provided, and idling stall propaganda operations are carried out regularly every month. In addition, 550 promotional materials were provided to the inspection station for promotion through text messages, and viehcle teams inspection services are also carried out every month. Besides, our team promoted the SMS method of regular motorcycle inspection to the industry, and the number of SMS messages collected has exceeded 2,000.\nEstimating the pollutant reduction with the number of old viehcles reduction, \t1,374 scooters will be phased out, with a total reduction, 0.3 metric tons of PM10, 0.22 metric tons of PM2.5, 1.36 metric tons of NOx, 5.55 metric tons of NMHC and 17.34 metric tons of CO； 9 disel vehicles of phase 1 to 4 were phased out, with a total reduction, 0.42 metric tons of PM10, 0.37 metric tons of PM2.5, 6.89 metric tons of NOX, 2.37 metric tons of CO, and 0.56 metric tons of NMHC.",
        "proj_year": "113",
        "org_name": "澎湖縣政府環境保護局",
        "exe_unit": "瑩諮科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131080824",
        "publish_date": "20250116"
    },
    {
        "chi_title": "臺南市-113年臺南市水污染源科學稽查與水污染防治費徵收查核計畫暨事業增訂氨氮放流水限值稽查管制計畫",
        "chi_subject": "一、輔導事業及污水下水道系統使列管業者了解水污染防治法相關規定並按時完成定檢申報。\n二、 落實水污染稽查工作，降低本市各流域河川污染惡化情形及改善河川水質狀況，並杜絕非法污染源排放，以減少民眾陳情事件發生，並減輕環境負荷，達成環境部指定重點整治河川中關鍵測站嚴重污染河段改善為中度污染，中度污染河段改善為輕度污染。\n三、 運用水污染源科學稽查儀器設備及蒐證系統尋找水污染源，有效打擊非法業者，並實際驗證各項科學儀器應用於水污染稽查管制之實用性及合適性，提昇稽查技術及效率。\n四、 協助水污染防治費徵收、查核及催補繳作業。\n五、 推動工廠及事業水污染防治設施功能及排放管、排放水管理監控。\n六、 執行工業區及列管事業水污染源稽查採樣工作或水污染陳情案件追蹤，並查緝非法排放違法情事。\n七、 辦理暗管查緝及封除作業。\n八、 建置水質即時監測系統，提前防止污染擴散，協助業者了解並提升其廢水處理設備效能，減少污染源產生。\n九、 協助輔導氨氮加嚴列管事業及污水下水道系統之業者了解水污染防治法相關規定。\n十、 檢討三爺溪放流水加嚴總量管制推動成效。",
        "eng_title": "Tainan City - Tainan City's 113-year scientific inspection of water pollution sources and water pollution prevention and control fee collection and verification plan, as well as the enterprise's increased ammonia nitrogen release water limit audit and control plan",
        "eng_subject": "1. Guiding businesses and sewage and sewer systems to enable management operators to understand the relevant provisions of the Water Pollution Prevention and Control Act and complete regular inspection declarations on time.\n2. Implement water pollution inspections, reduce the deterioration of river pollution in various river basins of the city, improve river water quality, and eliminate illegal discharges from pollution sources, so as to reduce the occurrence of public complaints, reduce the environmental load, and achieve the key rectification tasks in rivers designated by the Ministry of Environment. Severely polluted river sections at key measuring stations were improved to moderate pollution, and moderately polluted river sections were improved to lightly polluted.\n3. Use scientific water pollution source inspection equipment and evidence collection systems to find sources of water pollution, effectively crack down on illegal operators, and actually verify the practicability and appropriateness of various scientific instruments in water pollution inspection and control to improve inspection technology and efficiency.\n4. Assist in the collection, verification and payment reminder of water pollution prevention and control fees.\n5. Promote the functions of water pollution prevention and control facilities in factories and institutions and the management and monitoring of discharge pipes and discharged water.\n6. Carry out inspection and sampling of water pollution sources in industrial zones and listed enterprises or track water pollution cases, and investigate illegal discharges.\n7. Handle the investigation and sealing of hidden pipes.\n8. Establish a real-time monitoring system for water quality to prevent the spread of pollution in advance, help operators understand and improve the efficiency of their wastewater treatment equipment, and reduce the generation of pollution sources.\n9. Assist and provide guidance to operators of enterprises under stricter management of ammonia nitrogen and sewage and sewer systems to understand the relevant provisions of the Water Pollution Prevention and Control Act.\n10. Review the effectiveness of the stricter total volume control of Sanye Creek water release.",
        "proj_year": "113",
        "org_name": "臺南市政府環境保護局",
        "exe_unit": "技佳工程科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131060240",
        "publish_date": "20250115"
    },
    {
        "chi_title": "設立環境害蟲防治專業技術中心評估計畫",
        "chi_subject": "近二十年來，隨著臺灣都市化與全球化的快速推進，加上氣候變遷加劇與國際交通頻繁往來，環境害蟲問題日益受到關注。害蟲領域持續擴大，新興害蟲入侵、物種演替及蟲媒傳染病風險增加，對人民生命財產造成重大威脅。害蟲防治業者數量已從326家增至1543家，近五年的年均環境用藥量高達12,058噸，顯示防治需求顯著成長。在此背景下，整合全國專家資源，提供技術研發及緊急應變，已成為刻不容緩的課題。本計畫依據專家數量、設備資源、研究能力、服務績效、人才培育及教育推廣等面向進行評估，確認國立中興大學最適合作為籌建「環境害蟲防治專業技術中心」的核心機構，並可串聯全國專業力量，形成環境害蟲研究與防治的「國家隊」。建設經費總計5,697萬元，包括實驗室建置及儀器設備費用，每年營運成本為1,100萬元，其中人事費764萬元、業務費336萬元。經費來源涵蓋政府專案補助、研究計畫、委託案件、民間技術服務及研究成果轉化。該中心設定七大核心目標，包括：蟲源培育、技術研發、藥效檢測、抗藥性管理、害蟲鑑定、推廣宣導及人員訓練。每百萬元經費可開發1.15項防治技術、完成553件害蟲鑑定、檢測41件抗藥性、開發2.56項防治管理技術，並訓練92.6人次證照班學員、教育571.4人次、培養1.2名專業研究人員，教育宣導觸及137.8萬人次。透過全面性專業技術支持，中心將有效提升臺灣環境害蟲防治能力，確保民眾生活品質與國家永續發展。",
        "eng_title": "Feasibility Assessment Project for the Establishment of Environmental Pest Management Professional Technical Center",
        "eng_subject": "Over the past two decades, with Taiwan’s rapid urbanization and globalization, coupled with intensified climate change and frequent international travel, environmental pest issues have drawn increasing attention. The pest territory expansion, the increasing pest invasion, species succession, and the heightened risk of vector-borne diseases pose significant threats to public health and property. The number of pest control businesses has grown from 326 to 1,543, with an annual average of 12,058 tons of environmental pesticides used over the past five years, reflecting the increasing demand for pest management. Against this backdrop, integrating national expertise and resources to provide technological development and emergency response has become an urgent priority. This project evaluates factors such as the number of experts, equipment resources, research capabilities, service performance, talent cultivation, and educational outreach. It identifies National Chung Hsing University as the most suitable institution to establish the “Environmental Pest Control Professional Technology Center,” which will serve as a hub connecting experts nationwide, forming a national team for pest research and management. The total construction budget is NT$56.97 million, including laboratory setup and equipment costs, with an annual operating cost of NT$11 million, comprising NT$7.64 million for personnel expenses and NT$3.36 million for operational expenses. Funding sources include government subsidies, research grants, commissioned projects, private technical services, and the commercialization of research outcomes. The center's seven key objectives include pest breeding, technological development, pesticide efficacy testing, resistance management, pest identification, public education, and personnel training. With every NT$1 million in funding, it is estimated that the center can develop 1.15 pest control technologies, complete 553 pest identifications, conduct 41 resistance tests, or develop 2.56 pesticide regulation technologies. Additionally, it aims to train 92.6 certificate program participants, provide education for 571.4 individuals, cultivate 1.2 professional researchers, or reach 1.378 million people through educational campaigns. By providing comprehensive technical support, the center will significantly enhance Taiwan's capacity for pest control, safeguarding public welfare and promoting sustainable national development.",
        "proj_year": "113",
        "org_name": "化學署危害控制組",
        "exe_unit": "國立中興大學",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131059577",
        "publish_date": "20250131"
    },
    {
        "chi_title": "修訂動物、植物及海洋生態評估技術規範專案工作計畫",
        "chi_subject": "在環境影響評估審查中使用的三項生態評估技術規範（包括：動物、植物、海洋）進行修訂。共歷經四次主要的修訂，包括(1)既有之規範，參考2000多篇國內外文獻，以及環保署、環境部之300多份環評審查會議記錄書件，完成第一版草案；(2)第一次專家學者研商會的會議紀錄，參考期中報告審查會議中委員的建議與民眾投書，完成第二版草案；(3)四場公開對外界說明會議後，依各界之建議，完成第三版草案；(4)第二次專家學者研商會的會議意見，完成第四版草案。在經過歷次的會議和審查後，各界對於這些技術規範修訂已有了解，並取得意見收斂，完成建議草案。\n建議環境部可以透過法制程序將這三項生態評估技術規範草案公開並施行，提供各界在進行生態調查或監測作業時，得以遵循。讓環評審查工作得以在較少生態調查缺失而引發爭議下進行，加速審查作業，並減少各界之詬病。\n針對生態調查所衍生的資料，本計畫建議環境部可以考慮加入TBIA（臺灣生物多樣性資訊聯盟），讓這些資料和外界共享，亦可獲得其他機構之資料，製作生物分布圖，提出重要參考資訊，如珍貴稀有植物、保育類動物、稀有物種的分布資訊與生物分布熱點，作為環評審查之參考，開發單位得以進行減輕衝擊對策和生態補償之考量，強化生物多樣性的保育。",
        "eng_title": "Revision of the technical guidelines for wildlife, plant and marine ecological assessment",
        "eng_subject": "This project revises the three technical specifications for ecological assessment (including wildlife, plant and marine) used by the Ministry of Environment (MOEnv) in the review of environmental impact assessment. It has undergone four major revisions, including (1) the completion of the first draft based on existing regulations, with reference to more than 2,000 domestic literature, and more than 300 environmental impact assessment (EIA) review documents from the Environmental Protection Administration and the MOEnv; (2) Based on the comments and suggestions from the first 14-experts meeting, mid-term report and the contributions from a person, we complete the second draft version; (3) After 4 public briefing meetings, the third version was completed according to the suggestions of the public; and (4) Following the opinions of the second 12-experts meeting, the fourth version was completed. After these meetings and reviews, related people have a full understanding of the relevant technical specifications, and we have obtained the convergence of opinions, and thus finalized the three draft technical guidelines. \nWe recommend that the MOEnv can implement these technical specifications through legal procedures to allow the related sectors can follow in conducting ecological surveys or monitoring operations. This allows the EIA review to be carried out with less controversy caused by the lack of ecological surveys, speed up the review process and reduce criticism from the public.\nRegarding the data derived from these ecological surveys, we suggests that the MOEnv can consider joining TBIA (Taiwan Biodiversity Information Alliance) to share these data with other agencies, and can also obtain the data from other organizations to produce biological distribution maps, and provide important reference information, such as the distribution information of precious and rare specues, conservation wildlife and biological hotspots, as aids to the EIA review. Based on these information, we expect many project developers can carry out impact mitigation measures and ecological compensation considerations, and strengthen the conservation of biodiversity in Taiwan.",
        "proj_year": "113",
        "org_name": "環境部環境保護司",
        "exe_unit": "伊卡自然資訊有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131050555",
        "publish_date": "20250110"
    },
    {
        "chi_title": "113年度土壤及地下水污染調查及查證工作計畫-臺南市",
        "chi_subject": "技佳工程科技股份有限公司協助臺南市政府環境保護局執行「113年度土壤及地下水污染調查及查證工作計畫」（以下稱本計畫），執行期程自113年01月01日至113年12月20日止。本計畫整體工作目標包括：1.土壤調查；2.地下水調查；3.污染場址監督查核、監測及驗證作業；4.貯存系統審查及調查相關作業；5.公告事業管理作業；6.技師簽證案件查核；7.農地污染預防管理；8.事業土水污染預防管理；9.水體底泥品質濃度；10.辦理爭訟案件作業；11.緊急應變工作；12.工業區土壤及地下水品質管理；13.教育宣導及行政配合事項等13項，本計畫整體工作進度達成率100%，茲摘要各工作執行成果分述如下：\n一、土壤調查作業\n依據農糧署提供臺南市轄內指定食用作物農地累計25點位進行土壤採樣作業，本計畫配合同步採樣留存，嗣後經農糧署檢驗結果均未超過農糧署食品中污染物質及毒素衛生標準之重金屬限值，故本計畫採集樣品無須進行檢驗。農地監測作業5筆地號共執行25點農地土壤採樣作業；檢測結果3筆地號土壤重金屬鋅檢測結果超過食用作物農地監測標準，後續依「農地土壤定期監測作業原則」農地定期監測流程持續監測作業。\n二、地下水調查作業\n執行地下水水質監測結果如下：\n(一)評估烏山頭水庫區域地下水重金屬砷應屬自然背景造成，砷長期數據呈降低趨勢。\n(二)歸仁區崙頂段1081-0000地號及歸仁區崙頂段1078-0000、1077-0000及1076-0000地號：監測井R00575與R00576之重金屬數值已持續6年低於地下水污染監測標準，故停止監測作業。監測井R00569重金屬鉻顯示無趨勢變化，土壤重金屬污染尚未改善，廢棄物亦尚未移除，故建議維持監測頻率為1年1次，以持續觀測水質變化。\n(三)善化區灣裡段1115-0000地號：歷年重金屬砷濃度趨勢為無趨勢變化，本場址尚未開始改善作業故建議維持監測頻率為1年1次，以持續觀測水質變化。 \n(四)仁德區保甲段1233-0000地號：經查監測井R00531位於二仁溪河堤柏油道路上，並無空氣暴露之風險；另該井距河道約80公尺，周邊200公尺無種植作物，故無地下水抽出造成民眾接觸或飲用之風險；但因監測井R00531之氟鹽超過地下水污染管制標準，研判監測井氟鹽來源應為掩埋之廢棄物，然非法棄置場址土地關係人無清理意願且氟鹽持續上升趨勢故建議維持1年1次監測。\n(五)官田區鎮田段0201及隆東段0591等地號：依據枯水期數據呈現僅一般測項超出管制標準，本場址為掩埋廢棄物之棄置場址，廢棄物未完全移除前，應維持每年監測一次八項重金屬，確認地下水是否有污染之虞。\n(六)監測井外觀巡查及維護修繕工作：監測井外觀巡查完成113上半年度監測井內外部巡查192口及下半年度182口監測井，完成維護修繕監測井6口廢井作業、井體修復10口、內部功能維護39口、19口再次完井及異物排除6口。\n三、污染場址監督查核、監測及驗證作業\n已執行356次場址巡查並協助審查112件列管場址相關報告書，平均每件審查4天完成，符合環保局規範7天內完成審查作業。今年度執行驗證5處：2處七條五列管場址完成解除列管，1處土壤及地下水污染整治場址(嘉仁加油站)以及1處土壤及地下水污染控制場址(臺南市南區鹽埕段3036-0053地號)持續列管場址。另1處整治場址辦理解除列管程序中(臺南市新化區那拔段2311-0000地號驗證結果土壤及地下水皆低於管制標準)。\n四、貯存系統審查及調查相關作業\n113年申報資料審查作業申報率皆達100%，貯存系統申請文件共計審查5件貯存系統業者。貯存系統(地下儲槽)現場查核作業已完成37站(包含3站異常)污染潛勢評價機制現場查核輔導及土壤氣體檢測，檢測結果測值均低於 500 ppmV。貯存系統法規符合度確認及輔導作業已完成3處110年起新設之地下儲槽系統辦理法規符合度確認及輔導工作、33處110年已完成輔導未符合法規之地上儲槽改善追蹤及複查工作。\n五、公告事業管理作業\n公告事業提送之土壤污染評估調查及檢測資料共計審查215件，所有案件均採用線上申報方式提送，並將電子化申報資料及同意函於環境工程技師簽證線上填報系統提報。另於公告事業採樣作業及報告審查期間進行查核，執行35件現查核作業，其中6件採樣前場址資訊蒐集不夠完備、佈點及檢測項目不夠完善，以致現場調整佈點規劃或增加檢測項目；本年度新增針對前一年度已完成審查之設立及變更案件進行現場確核作業，完成18件次確核作業，確核結果未發現異常。其中有4家事業單位暫不辦理變更且土調同意函已超過6個月屆期失效，另有1家僅變更公司登記營業項目，工登未辦理變更而現況為暫停營運\n六、技師簽證案件查核\n環管署下達名單為113年度送件之7位簽證技師共9案進行書面查核，，並於邀集查核委員於113年9月26日召開第一階段審查會議，查核結果有7件為缺失等級第一級，2件為缺失等級第二級，查核結果發布於「臺南市土壤及地下水資訊網」。彙整評析技師查核主要缺失項目，供未來本計畫協助環保局備查或審查土調資料之審查參考。\n七、農地污染預防管理\n完成80組灌溉水質初驗及環境場址勘查作業，現地基本測項量測及觀察水色均未發現異常，共有9組水質導電度超過灌溉水質基準值，4組導電度偏高，均為河川、埤塘及排水渠道抽水站之監測點位；於113年7月執行水質複驗並採樣分析4項重金屬濃度（鉻、銅、鎳及鋅），複驗結果無異常。土壤監測點環境場址勘查於113年5月底完成，勘查過程中均未發現明顯工廠污染介入灌溉渠道、農地情事，因此主要針對事業周邊農地或PN值較高之耕作中或休耕農地辦理監測作業；於113年7月8~11日完成農地土壤監測採樣作業，其中113-善化S01土壤中砷以XRF篩測濃度為102 mg\/kg，樣品經實驗室檢驗確認砷濃度超過管制標準；現勘發現農地灌溉水源以地下水為主，後經查詢顯示監測農地位於地下水砷濃度潛勢範圍內，周邊工廠亦無砷相關製程，故研判土壤中砷來源屬自然成因。\n八、事業土水污染預防管理\n於113年3月27日上午辦理A群事業現勘行前說明會，共計56人參與說明會並本計畫完成A群事業現勘50家，篩選5家環境場址評估分數(REC)評分達8分以上，於7月29至8月2日日執行A群5家次查證作業；其中3家工廠未發現污染情形、1家工廠發現土壤重金屬超出管制標準、1家土壤及地下水皆有重金屬超出管制標準，檢視整體製程、使用原物料，均與查證結果超標污染物一致，依土污法相關規定要求偉順公司進行後續污染改善工作。同年3月27日下午辦理B群事業自主預防管理作業說明會，共計217人參與說明會，B群事業業者填報率100%；篩選B群預防管理成效篩選19家名單完成現勘查核作業，檢視結果未發現異常仍為維持B群名單持續進行管理。針對屬檢視管理群之C群共17家，已執行現場勘查及資料比對，檢視結果未發現異常仍為維持C群名單持續進行管理。\n九、水體底泥品質濃度\n篩選環境部針對轄內3處超過底泥品質指標上限值之水體調查，包括灌溉渠道1處（芒子芒埤導水路）、急水溪1處（19甲急水溪橋）及鹽水溪1處（新市橋），採XRF篩測值及檢測結果重金屬皆低於底泥下限值，河川重金屬檢測亦並未發現重金屬異常濃度，樹脂包分析結果並未發現異常現象。今年度枯水期多次勘查亦未發現周邊地面水排入灌溉渠道，樹脂包XRF篩測亦無偏高數值，未發現污染來源。\n十、工業區土壤及地下水品質管理\n工業區地下水周界預警監測：保安工業區：氯乙烯監測結果監測井D00186測值0.00198 mg\/L，D00187測值ND。監測井D00186測值降低趨勢。永康工業區：監測井R00607及R00609監測值皆低於管測標準。113上、下半年度申報已完成，除保安工業區於上半年之申報資料中有土壤重金屬1點超過管制標準之外，其餘工業區土壤或地下水監測均未有超過管制標準之情形。\n十一、教育宣導及行政配合事項。\n教育宣導及行政配合事項，辦理4場次宣導說明會(1場太陽光電設施輔導及推廣宣導會、1場貯存系統法規宣導說明會、2場土污法第8、9條法規宣導會)以及1場污染場址推動綠色永續型整治輔導會共計266人次參與宣導會。辦理1場次種子教師培訓研習會共計20人參與透過專業培訓激發服務熱誠，並能妥善運用種子教師進行長期之土壤及地下水整治環境教育宣導。完成10場次校園教育宣導活動共計526人次參與，讓國小學員在活動中快樂學習並產生自主思考討論的能力，並搭配貝勒管取水之手作活動。協助於環保局FB粉絲專頁發布24篇土壤及地下水活動有關之宣導訊息，另於臺南市土壤及地下水資訊網站發布60篇土水相關新聞稿或文章。協助印製以國小學為對象之繪本共100套(低、中高年級共3本)共300本，已完成發放97套予97家國小學。\n依據環管署訂定之「113年度地方環保機關土壤及地下水績效考核計畫」與本計畫協助環保局執行有關工作項目，於113年度預計得分為94.7分，自評得分為94.7分，由於環管署SGM系統因農地污染預防及場址管理、公告事業(8、9條)及工業區燈號管理等項評分成績每季\/每年更新緣故，目前系統分數為79.04分。",
        "eng_title": "2024 Soil and Groundwater Pollution Investigation and Verification Work Project - Tainan City Final Report",
        "eng_subject": "GEGA ENGINEERS ＆ CONSULTANTS CO., LTD. assisted the Environmental Protection Bureau of Tainan City Government. in implementing the 2024 Soil and Groundwater Pollution Investigation and Verification Work Project (hereinafter referred to as this Project). The implementation period was from January 1, 2024, to December 20, 2024. The overall objectives of this Project include: 1. Soil investigation; 2. Groundwater investigation; 3. Supervision, monitoring, and verification of contaminated sites; 4. Review and investigation operations for storage systems; 5. Management operations for announced enterprises; 6. Inspection of engineer certification cases; 7. Farmland pollution prevention and management; 8.\tIndustrial soil and water pollution prevention and management; 9.\tSediment quality concentration in water bodies; 10. Handling of litigation cases; 11. Emergency response work; 12. Soil and groundwater quality management in industrial zones; 13. Educational promotion and administrative coordination total are 13 items. The overall work progress of this Project achieved a 100% completion rate.",
        "proj_year": "113",
        "org_name": "臺南市政府環境保護局",
        "exe_unit": "技佳工程科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131048798",
        "publish_date": "20251231"
    },
    {
        "chi_title": "113年金門縣環境教育專案計畫",
        "chi_subject": "金門縣環保局希冀藉由辦理「113年金門縣環境教育推動計畫勞務委託案」，配合113年主軸「實踐綠生活行動」，使環境教育推廣更具多元化，深入當地風俗民情，鼓勵民眾重視環境問題，提昇其參與意願，增進民眾環境教育知識、倫理與責任。\n本計畫工作項目截至期末報告成果說明如後：\n(一)\t辦理環境教育法規定地方政府應辦事項\n1.\t4月30日完成審查修正113年環境教育行動方案成果報告，備文提交(大立環字第1130430211號)，並於5月1日於環保局網站公告。\n2.\t4月16日召開環境教育審議會第1場次，採實體審查會議。\n3.\t11月28日召開環境教育審議會第2場次，採實體審查會議。\n(二)\t世界森林日、地球日、世界環境日配合「推廣綠生活行動」，辦理環境節日及其他環境教育相關活動\n1.\t世界森林日，3月23日辦理「世界森林日-森森不息」活動1場次，共計35人參與，宣導無痕山林的理念。\n2.\t地球日，4月21日辦理2場次「綠蔬行動趣．減塑新生活」，共計59人參與，提高學員關注自身飲食習慣所帶來的環境影響，並將減碳、減塑環保概念落實於日常生活中。\n3.\t世界環境日系列活動\n(1)\t6月24日、6月26日、7月15日、7月16日辦理4場次「環境教育電影欣賞」活動。透過環境電影與專家座談，促使參與者省思飲食浪費、氣候變遷等問題，共有280人參與\n(2)\t辦理1場次網路活動「飲食綠起來」，6月3日~6月21日，鼓勵民眾落實綠色飲食，以聯合國永續發展目標SDGs2(消除飢餓)、SDGs12(促進綠色經濟)的理念，期望從綠色飲食開始，邁向淨零排放目標，以實際行動照片分享於粉絲專業，共有139人參與。\n(3)\t6月20日辦理1場次環境教育設施場所平台會議，共計26參與。透過活動讓縣內所屬各場域人員學習活動策劃、參與者互動等方面的實際經驗。\n4.\t無車日活動\n10月10日辦理1場次「一騎繪金門」單車活動。藉由引導民眾從環境地圖及親身體驗觀察環境，啟發民眾重視環境保護，並一起創作地圖，加深對家鄉的認識，共計98人參與。\n(三)\t辦理環境教育創新及特色作為計畫\n1.\t4月~7月辦理13場次巡迴環境教育課程(社區)，共計539人。\n2.\t1月~11月辦理30場次巡迴環境教育課程(學校)，共計3,701人。\n(四)\t環境教育法輔導與查核作業\n1.\t4月17日辦理第1場次環境教育申報系統說明會；11月20日辦理第2、3場次環境教育申報系統實機操作說明會。\n2.\t執行112年度執行成果及計畫查核，共抽查10個單位，抽查數11.8%。\n(五)\t環保志工特殊訓練及日常應用與管理\n1.\t輔導泗湖社區、庵前社區成立環保志工隊，共計2隊。\n2.\t賡續管理與應用志工參與環境教育服務，累計運用出勤3,990人次，6,765小時。\n3.\t3月10日辦理第1場次環保志工聯繫會議；6月15日辦理第2場次志工隊幹部聯繫會議；11月10日辦理第3場次志工隊幹部聯繫會議；11月23日辦理第4場次志工隊幹部聯繫會議。\n4.\t志工時數每月依規定上傳衛福部志願服務資訊系統。\n5.\t8月24日辦理環境教育志工招募訓練。\n(六)\t113年環境知識競賽地方初賽及赴台參加總決賽\n1.\t9月29日辦理環境知識競賽地方初賽。\n2.\t11月16日赴台參加環境知識競賽決賽，今年選手比賽優秀，共4人取得名次(國小組第1名、第4名；國中組第2名；社會組第4名)\n(七)\t環保志(義)工群英會地方初賽及赴台參加全國賽作業\n1.\t8月5日辦理環保志(義)工群英會地方初賽\n2.\t10月29日赴台參加環保志(義)工群英會全國決賽，於環保金頭腦、資源灌籃高手及清掃接力賽等競賽項目皆榮獲「特優」殊榮。\n(八)\t第9屆國家環境教育獎初選、複選輔導及行政作業\n1.\t112年12月25日、113年1月4日、1月30日進行3組現場訪查，經環境部審查後，3組皆未進入決選。\n(九)\t環境教育繪本徵選及推廣事宜\n1.\t3月20日邀請專家學者，辦理環境教育繪本徵選辦法審查會議1場次。\n2.\t針對113年得獎4件作品印製繪本，並於轄內學校、圖書館、幼兒園等發放，共計320份。\n3.\t10月19日、20日赴台參加「113年環境教育繪本嘉年華會」，本縣作品「關聖帝君繞境趣」榮獲人氣繪本第一名。\n(十)\t辦理環保夏令營\n1.\t於7月16至18日辦理1梯次3天不過夜營隊活動，共計23人。\n(十一)\t輔導社區申請及執行環境相關補助計畫\n1.\t3個社區執行社區環境調查及改造計畫。\n2.\t11月23日辦理環保小學堂、社區環境調查及培力計畫提案申請說明會\n截至期末報告，共辦理環境節日活動10場，共有637人參加，其他環境教育活動45場，參與人數共計4,293人",
        "eng_title": "environmental education",
        "eng_subject": "The Kinmen County Environmental Protection Bureau implemented the 2024 Kinmen County Environmental Education Promotion Project under the theme Practicing Green Lifestyle Actions to diversify environmental education. The initiative aims to integrate local customs and culture, encourage public attention to environmental issues, enhance participation, and increase knowledge, ethics, and responsibilities related to environmental education",
        "proj_year": "113",
        "org_name": "金門縣環境保護局",
        "exe_unit": "大立環保科技有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131031233",
        "publish_date": "20250110"
    },
    {
        "chi_title": "基隆市-113年度基隆市水污染源稽查與水污費徵收查核計畫",
        "chi_subject": "本計畫實施期程自113年2月6日簽約日起至11月30日內完成，依「113年度基隆市水環境(含飲用水)污染防治暨北區水體污染事件緊急應變聯防演練計畫」合約規定，執行期間已於113年2月15日提送「工作計畫書」審查，並於113年6月28日提交「期中報告書」，送交機關辦理審查。於113年11月15日前將執行成果、相關佐證資料製作成期末報告書，提交辦理驗收作業。\n各階段進度已依合約規範陸續完成合約製作(含履約保證金、印花稅與保險等)、人員提報、稽查車輛與設備提報、檢驗工作品保規劃書提報等計畫前置作業提交核備，並已完成113年2月~11月應辦理工項查核採樣與分析作業。相關辦理進度成果說明簡述如下：\n一、113年度基隆市水污染源稽查與水污費徵收查核計畫\n(一)水污染防治費催補繳及現場查核管理作業\n協助辦理水污染防治費催補繳及現場查核作業，並依環保局規定期程內完成水污費申報案件查核，113年度上半年本計畫已完成水污費定期申報與追繳作業共計32家次，應繳總金額總計為82,037元；113年度下半年本計畫已完成水污費定期申報與追繳作業共計33家次，應繳總金額總計為75,832元。\n(二)自動監測與攝影監視系統維護及查核\n協助環保局進行每日系統連線狀況，並於113年6月份前進行4家擁有自動監測(視)設施之業者進行現場查核作業﹐另於6月26日進行和平島水資源中心之RATA查核作業，查核結果均無異常。\n(三 經營運作河川巡守隊\n水環境守望襄助巡守隊，經營運作7隊共154人，本年度結合水巡隊員辦理完成1場淨溪活動、2場教育訓練活動，並協助水環境守望相助巡守隊巡守資料更新作業。\n二、基隆市推動環保許可整合執行計畫\n已於113年4月25日辦理許可整合內部教育訓練，供各審查許可單位更了解環保許可整合業務並提供環保署相關資訊，另於113年6月17日辦理許可整合說明會議，使業者能瞭解許可整合之趨勢與目的及未來執行方式，並於會後聯繫業者繪製污染流向圖意願，已完成優先試辦對象及112年前（含）擴大對象6件次污染流向圖輔導作業，及完成13家業者進行污染流向圖繪製，另協助辦理5場次會審作業及許可整合單一窗口維運作業。\n三、北區水體污染事件緊急應變聯防\n(一)已完成北區六縣市上下年度各一場次應變器材清點之工作，並完成北區環保局承辦人員聯繫資料更新。\n(二)為強化水體污染事件應變能力今年度水體污染事件模擬中油公司發生複合式災害演練，結合油污、土污及空污搶救應變，其中共辦理3場次協調會議，2預演及1次正式演練，共動員共有12個單位，總計出動約110人。\n(三)5月16日及9月3日辦理巡守及緊急應變(含水環境巡守)專業教育訓練及4月27日辦理緊急應變訓練及水環境清淨活動、11月18日辦理緊急應變(含水環境巡守)訓練相關活動成果發表會共4場次。\n四、基隆市水污染、海洋、飲用水污染管制計畫\n(一)飲用水安全管理\n已完成自來水供水系統水質採樣300件、連續供水固定設備查核152處及採樣100處、淨水廠之清水查核採樣16件次、淨水廠之原水查核16件次、非屬飲用水管理條例規範之水井\/山泉水查核採樣16件次、淨水場淨水處理藥劑查核採樣5件次、包裝水業者查核採樣4次及辦理完成10次飲用水水源水質保護區之巡查作業。\n(二)水污染防治法法規宣導會\n於3月20日辦理1場次法規宣導說明宣導會，共有86位人員參加。\n(三)水污列管事業或水污疑慮行為巡查作業\n完成環保局交辦陳情查核及列管事業查核共計97件次。\n五、基隆市委託認證實驗室辦理環境檢驗計畫\n本計畫按每月應執行之查核作業進行採樣，另經局端核准後委託辦理檢驗工作，使用經費已達契約預算上限，統計今年共共採樣分析175件次。\n六、基隆河關鍵測站氨氮削減改善調查計畫\n(一)執行關鍵測站上游事業及社區查核輔導及採樣作業，共計25家次，內容包括法規符合度、許可履行、廢水處理設施操作、放流口座標定位正確性等，其中共執行20家次事業及社區的查核輔導採樣作業及5家非列管事業的查核，檢測20家次中，有2家的事業及4 間社區放流水水質超標異常。\n(二)辦理關鍵測站上游事業及社區深度查核，查核20家事業及社區之水措許可資料與現場污水處理單元操作情形，除興業金屬現場與許可不符，後續將請業者提出改善，其餘皆未發現缺失之情況。\n七、列管事業稽查管制及採樣作業\n(一)轄內列管事業、下水道系統查核與管理\n依照水污染防治法相關規定進行聯合污水廠放流水查核(大武崙工業區)查核作業，階段目標10件次，已完成查核10件次(含4次夜間查核)，另須完成周界逕流廢水查核4件次；列管事業查核查核計畫應完成30件次，已完成查核32件次；六堵水資源回收中心查核採樣應完成4件次，已完成5件次；和平島水資源回收中心查核採樣應完成6件次，已完成9件次；社區下水道系統查核35件次。\n(二)污染源建檔、調查及查核\n本市列管事業已達75家、列管社區已達35家。所有業者已增加至地圖座標中，以利未來查核時應用；於每月定期更新執行成果資料(包含水質資料、水環境守護網活動登錄)，並針對建檔資料作抽查，確保建檔品質。未來將協助定期彙整各單位作業執行成果，以納入113年度環保署河川污染整治考核報告，協助局內爭取考核分數。\n八、水污染許可申請文件審查與管理\n(一)辦理水污染許可申請文件審查與管理\n113年度已協助審查37件許可案件申請及31件營建工地逕流廢水計畫書申請案件。\n(二)檢測申報審查及水污費催補繳與現場查核管理作業\n113年度已協助審查85家次定檢申報，另依環保署提供之水污費疑慮業者，於8月進行現場查核。\n(三)許可申報資料品質提升\n已完成提送異常分析業者名單至環保署，並於8月邀請專家學者協同診斷查核10家次。\n(四)基隆河測站水質數據分析\n依據環保署測站之暖江橋、六合橋及實踐橋進行水質分析作業，已於計畫期間每月繳交月報，並於繳交三季季報。",
        "eng_title": "Keelung City’s 113-year Keelung City Water Pollution Source Audit and Water and Wastewater Fee Collection and Inspection Plan",
        "eng_subject": "The implementation period of this plan will be completed from the signing date on February 6, 2020 to November 30, 2020. According to the 2013 Keelung City Water Environment (Including Drinking Water) Pollution Prevention and Control and North District Water Pollution Incident Emergency Response Joint Prevention and Control Drill Plan The contract stipulates that during the implementation period, a work plan was submitted for review on February 15, 2013, and an interim report was submitted on June 28, 2013, to the agency for review. Before November 15, 2020, the implementation results and relevant supporting materials will be prepared into a final report and submitted for acceptance.\nThe progress of each stage has been completed in accordance with the contract specifications, such as contract production (including performance bonds, stamp duties and insurance, etc.), personnel reporting, inspection vehicles and equipment reporting, inspection work quality assurance plan reporting and other pre-planning tasks have been submitted for review. , and has completed the inspection, sampling and analysis of work items that should be handled from February to November 2013. A brief description of the relevant processing progress results is as follows:\n1. Keelung City’s 2013 water pollution source inspection and water and pollution fee collection and inspection plan\n2. Keelung City promotes the integrated implementation plan for environmental permits\n3. Emergency response and joint prevention of water pollution incidents in North District\n4. Keelung City Water Pollution, Marine and Drinking Water Pollution Control Plan\n5. Keelung City entrusts a certification laboratory to handle environmental inspection plans\n6. Investigation plan for ammonia nitrogen reduction and improvement at key Keelung River measuring stations\n7. Audit control and sampling operations of listed enterprises\n8. Review and management of water pollution permit application documents",
        "proj_year": "113",
        "org_name": "基隆市環境保護局",
        "exe_unit": "技佳工程科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131027851",
        "publish_date": "20250107"
    },
    {
        "chi_title": "金門縣-113年資源循環工作計畫",
        "chi_subject": "(一)辦理回收處理業管理及輔導工作\n未達需登記業者新增一家啟業工程行，並解列一家京舜環保股份有限公司，京舜環保股份有限公司之公司登記已於112年12月27日解散，並由原合夥人接手經營。未登記回收業者保持3家。另世清環保有限公司金門分公司與任伯企業社登記證於114年5月份到期，本計畫於113年12月1日完成輔導該公司提出展延登記申請，並於114年5月2日前幫助核准通過並發證。\n(二)辦理責任業者販賣業者稽查管理工作\n針對販賣業者應設置回收設施之現場輔導及查核工作，本計畫已完成272件。針對責任業者進行稽查工作共71件，自行查核或移請其他轄管縣市，均已確實完成查察及回覆。 \n(三)辦理資源回收績效考核工作\n本計畫已於113年4月11日辦理縣內初核計畫研商會議，協助於縣內訂定初核計畫，及訂定鄉鎮目標回收率、回收績效評比。\n本計畫協助統計舊衣回收點，共21處，回收舊衣量為115,168公斤，集中於環保局大洋場經分類後，一併去化113,777公斤。\n(四)推動資源回收形象改造工作\n本縣轄內列管造冊個體業者計18位，提醒個體業者應注意資源物資堆置後之環境衛生。\n已輔導相關單位提出補助計畫申請，社區、公寓大廈申請件數共5件。機關學校團體申請共5件，部隊申請共5件。\n(五)辦理資源回收宣導活動\n已完成委託電視廣告字卡託播廣告共28天、環保局facebook粉絲專頁刊登文案共20篇、委託金門日報電子版刊登廣告共30天、委託太武之春播放廣播廣告共48天。\n提升不易回收搭配兌換加值活動已完成11場次兌換加值活動，經費使用約88,315元，其餘費用與環保局討論後，採購大型舊衣回收箱2座，以提升舊衣回收成效。\n(六)資源回收稽核查核管制工作\n本計畫辦理資源物資運輸數量清點及監磅認證工作，已完成認證之數量為電子電器17,643台、寶特瓶367公噸、玻璃容器373公噸、紙類4929公噸、塑膠製品92公噸、鋁箔包及紙盒包116公噸、鐵2717公噸、鐵容器57公噸、其他塑膠容器107公噸、鋁60公噸、鋁容器74公噸、鉛蓄電池68公噸、乾電池6公噸、紙容器304公噸、打包繩33、光碟2公噸、平板塑膠165公噸、舊衣112公噸、雜塑膠300公噸、廢小家電175公噸、手機0.33公噸、輪胎196公噸、照明光源11公噸、食用油14公噸、型印表機71台。\n協助辦理補貼轄內回收資源物資之回收數量認證工作，已完成認證之數量為日光燈管5,391公斤、輪胎232,360公斤、燈泡3,870公斤及農藥容器(金屬)2公斤農藥容器(塑膠)403公斤、廢碟2,037公斤、手機781公斤與乾電池3,254公斤、二次鋰電池1,950公斤。\n(七)其他\n本計畫已協助民眾主動報繳廢機動車輛共計201件。定期更新資源回收訊息，協助草擬新聞資料共計35則。",
        "eng_title": "Kinmen County 113-year resource recycling work plan",
        "eng_subject": "(1) Handle recycling and processing industry management and guidance work\nA new Qiye Engineering Company was added to the list of businesses that did not meet the registration requirements, and a Jingshun Environmental Protection Co., Ltd. was listed. The company registration of Jingshun Environmental Protection Co., Ltd. was dissolved on December 27, 2012, and the original partners took over the operation. . There are still three unregistered recycling companies. In addition, the registration certificates of the Kinmen Branch of Shiqing Environmental Protection Co., Ltd. and Ren Bo Enterprise Co., Ltd. expired in May 2014. This plan completed the guidance on December 1, 2013 to apply for extension of registration for the company, and in May 2014 Helped to approve and issue the certificate 2 days ago.\n(2) Handle the audit management of responsible business operators and vendors\nRegarding the on-site guidance and inspection work that vendors should set up recycling facilities, this project has completed 272 cases. A total of 71 audits were conducted on responsible businesses, which were either self-checked or transferred to other counties and cities under their jurisdiction, and all inspections and responses were confirmed.\n(3) Handle resource recycling performance appraisal work\nThis project has held a preliminary review plan discussion meeting in the county on April 11, 2013, to assist in formulating a preliminary review plan in the county, and setting township target recycling rates and recycling performance evaluations.\nThis project assists in the statistics of used clothing recycling points. There are 21 places in total. The amount of recycled used clothes is 115,168 kilograms. After being concentrated at the Environmental Protection Bureau's ocean yard, 113,777 kilograms are disposed of together.\n(4) Promote the image transformation of resource recycling\nThere are 18 self-employed individuals registered under the jurisdiction of this county. Individual operators are reminded to pay attention to environmental sanitation after the storage of resources and materials.\nWe have guided relevant units to apply for subsidy programs, and there were a total of 5 applications for communities and apartment buildings. There were a total of 5 applications from government agencies, schools and groups, and a total of 5 applications from the army.\n(5) Handle resource recycling publicity activities\nIt has completed the commissioning of TV commercials for 28 days, the environmental protection bureau’s Facebook fan page for 20 copies, the electronic version of Kinmen Daily for 30 days, and Taiwu Spring for 48 days of broadcasting.\nTo improve the redemption and value-added activities that are difficult to recycle, 11 redemption and value-added activities have been completed, with approximately NT$88,315 of funds spent. After discussing the remaining costs with the Environmental Protection Bureau, 2 large used clothing recycling bins were purchased to improve the effectiveness of used clothing recycling.\n(6) Resource recovery audit and control work\nThis project handles the inventory and scale supervision certification of resource material transportation. The number of certified items that have been completed is 17,643 electronic appliances, 367 metric tons of plastic bottles, 373 metric tons of glass containers, 4929 metric tons of paper, 92 metric tons of plastic products, aluminum foil packages and 116 metric tons of carton packages, 2717 metric tons of iron, 57 metric tons of iron containers, 107 metric tons of other plastic containers, 60 metric tons of aluminum, 74 metric tons of aluminum containers, 68 metric tons of lead-acid batteries, 6 metric tons of dry batteries, 304 metric tons of paper containers, 33 baling ropes, 2 CDs Metric tons, 165 metric tons of flat plastic, 112 metric tons of used clothes, 300 metric tons of miscellaneous plastic, 175 metric tons of waste small household appliances, 0.33 metric tons of mobile phones, 196 metric tons of tires, 11 metric tons of lighting sources, 14 metric tons of cooking oil, and 71 type printers.\nAssist in the certification of recycling quantities of recycled resource materials within the subsidy jurisdiction. The certified quantities completed are 5,391 kilograms of fluorescent lamps, 232,360 kilograms of tires, 3,870 kilograms of light bulbs, 2 kilograms of pesticide containers (metal), 403 kilograms of pesticide containers (plastic), and waste dishes 2,037 kg, mobile phones 781 kg, dry batteries 3,254 kg, and secondary lithium batteries 1,950 kg.\n(7) Others\nThis program has assisted people to voluntarily surrender a total of 201 scrap motor vehicles. Regularly updated resource recycling information and assisted in drafting a total of 35 news materials.",
        "proj_year": "113",
        "org_name": "金門縣環境保護局",
        "exe_unit": "晶淨科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131012939",
        "publish_date": "20250117"
    },
    {
        "chi_title": "113年度宜蘭縣氣候變遷減緩及調適工作推動計畫",
        "chi_subject": "本計畫工作內容可劃分為「宜蘭縣氣候變遷因應減緩及調適工作推動」、「低碳永續家園行動項目輔導與執行」、「推廣綠能屋頂」以及「推動因地制宜低碳行動」等4大項工作。\n本計畫今年度依據「氣候變遷因應法」，協助召開宜蘭縣氣候變遷因應推動會議及氣候變遷調適方案座談會，並依據宜蘭縣第二期溫室氣體減量執行方案追蹤與管考本縣減量方案執行成果，以及彙整各局處氣候變遷調適相關推動政策、研訂宜蘭縣氣候變遷調適執行方案。\n低碳永續家園運作體系，以協助新增低碳永續家園評等認證為主要工作，今年度協助1村里取得銀級、6村里取得銅級認證；並新增47處村里報名參與，參與率達85.4%，鄉鎮市層級新增4處報名入圍，參與率達100%，並協助4處完成現地查核作業以維持評等等級。低碳永續家園行動項目輔導與執行，已輔導轄內11處村里\/社區藉由低碳示範社區計畫落實低碳永續行動項目，總計年減碳量約10,854 kgCO2e。\n為推廣宜蘭綠能屋頂，聘請太陽能光電專家針對56處太陽光電潛力案源評估，共計53處適合建置太陽能系統。另辦理2場次綠能屋頂推廣媒合說明會，邀請一般民眾、業者、機關、村里\/社區等總計40人次參與。\n推動因地制宜低碳行動，已協助8處館舍現場節能減碳診斷改善輔導，提供館舍節能減碳診斷報告書，並輔導進行節能改造工作，包含燈具、空調與冰箱汰換、屋頂灑水降溫、冷藏庫設置冷氣不外洩裝置、空調清洗保養、開口部隔熱等，總計減碳量每年約可達32.38 tonCO2e。此外，透過製作各館舍減碳成效資訊展示設置，達到展示整體減碳成效及落實低碳永續教育。",
        "eng_title": "113 Year Yilan County  Climate Change Mitigation and Adaptation Action Project",
        "eng_subject": "The project involved four primary tasks: “Promotion of Yilan Climate Change Mitigation and Adaptation Response,” “Counseling and Implementing Low-Carbon Sustainable Homeland actions,” “Promotion of Solar Roofs,” and “Promoting Locally Adapted Low-Carbon Actions”.\nThis project is based on the Climate Change Response Act and assists in organizing the Yilan Climate Change Response Meeting and the Climate Change Adaptation Implementation Plan Forum. It also follows the results of the Yilan 2nd Greenhouse Gas Reduction Implementation Plan and the Monitoring and Evaluation Reduction Implementation Plan, and consolidating the climate change adaptation policies promoted by various departments, and establishing the Yilan Climate Change Adaptation Implementation Plan.\nThe primary task of the Low-Carbon Sustainable Homeland working system is to assist villages in joining the Low-Carbon Sustainable Homeland program and help them obtain certification. This year, we assisted one village in achieving silver-level certification and six villages in obtaining bronze-level certification. Additionally, we increased the participation of 47 villages, achieving a participation rate of 85.4%. Four townships were also added to the program, bringing the participation rate in the township hierarchy to 100%. Furthermore, we conducted on-site inspections of 4 villages to ensure they could maintain their bronze-level status. In terms of counseling and implementing Low-Carbon Sustainable Homeland actions, we provided guidance to 11 villages to fulfill their actions through the Low-carbon Demonstration Community plan. The total carbon reduction achieved is approximately 10,854 kilograms of CO2e annually.\nTo promote solar roofs in Yilan, we hired experts in solar power systems to evaluate 56 potential sites. Of these, 53 sites were deemed suitable for the installation of solar roofs. Additionally, we held two solar roof promotion and matching meetings, inviting the general public, industry representatives, government officials, and village members. The total number of participants was 40.\nPromoting locally adapted low-carbon actions, we assisted eight museums with on-site diagnosis and counseling, provided energy conservation and carbon reduction reports, and guided energy-saving renovations. These renovations included replacing lighting, upgrading air conditioners and refrigerators, installing a roof sprinkler cooling system, and cleaning and maintaining air conditioners and window thermal insulation. The total carbon reduction achieved is approximately 32.38 tons of CO2e annually. Additionally, we made posters to showcase the carbon reduction results and used them to conduct low-carbon education sessions.",
        "proj_year": "113",
        "org_name": "宜蘭縣政府環境保護局",
        "exe_unit": "環榮永興股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130999637",
        "publish_date": "20250106"
    },
    {
        "chi_title": "113年北部地區環境污染運用科技工具與AI智能判讀追蹤計畫",
        "chi_subject": "本計畫透過陳情案件、重大空氣及水污染案件之稽查裁處資料以及環管署提供相關資料，分析指定區域之潛在污染源進行熱區圖層套疊與繪製，並分別於大園工業區提供２處空污判煙架設參考地點、觀音工業區提供２處空污判煙架設參考地點以及於桃園市河川提供３處水色辨識架設參考點為，共計７處可架設位置供環管署參考。\n已於１１３年４月２６日完成２組空污及１組水色之雲端影像監視設備架設，另於１１３年５月２日完成４組異味感測器之設備架設。以及於１１３年５月１６日提供水色影像智慧辨識與異常影像資訊擷取功能正式上線。使用者可透過手機、平板、電腦進入平臺觀看即時影像、歷次異常影像以及近一個月之歷史影像調閱。而Line推播通報功能亦持續提供服務。\n統計自１１３年１月１日至１１３年１１月３０日止，共計辨識出２,３０７則異常冒煙事件，其辨識成功率達８７.４３%；而水色異常事件部分，則是統計自１１３年５月１６日至１１３年１１月３０日止，共辨識出１８９則異常水色事件，其辨識成功率達８４.１３％；而異味偵測達警戒值之告警事件，統計自１１３年６月１日至１１３年１１月３０日止共計有１１４則異味告警事件，而比對影像後，確實有發現其異常冒煙情形，達到「聞的到且看的到」之成效。\n另已於計畫期間內，執行２式揮發性有機物成分分析檢測與現場排放檢測，其中包含１２瓶揮發性有機物成分分析、２天現場排放檢測及分析報告。並於１１３年１１月２７日完成１場次之成果發表會。",
        "eng_title": "Environmental Pollution Monitoring and Tracking Project with Technology Tools and AI Intelligence Interpretation in the Northern Region in 2024",
        "eng_subject": "This project utilizes public nuisance petition cases, inspection and penalty data from major air and water pollution incidents, along with relevant information provided by the Environmental Management Administration (EMA), to analyze potential pollution sources in designated areas. Heatmap layering and mapping are carried out for analyzing these regions. Specifically, reference locations for air pollution smoke detection are provided at two sites in the Dayuan Industrial Zone and two sites in the Guanyin Industrial Zone, while three reference points for water color identification are provided at rivers in Taoyuan City. In total, seven locations are recommended for installation, which are provided for the EMA's consideration.\nOn April 26, 2024, two sets of air pollution monitoring systems and one set of water color monitoring systems have been successfully installed. On May 2, 2024, four sets of odor sensors have been also set up. Additionally, on May 16, 2024, the cloud-based smart image recognition and abnormal image extraction functions for water color monitoring were officially launched. Users can access real-time images, historical abnormal images, and the past month’s image data through mobile phones, tablets, or computers. The platform also continues to provide Line notification feature messages.\nFrom January 1 to November 30, 2024, 2,307 abnormal smoke events were identified, achieving a recognition success rate of 87.43%. For water color abnormalities, 189 events were identified from May 16 to November 30, 2024, with a recognition success rate of 84.13%. Regarding odor detection, 114 odor alarm events were recorded from June 1 to November 30, 2024. After cross-referencing images, abnormal smoke occurrences were confirmed, successfully achieving the “smell and see” effect.\nAdditionally, two volatile organic compound (VOC) analysis tests and on-site emission measurements were conducted during the project period. This included the analysis of 12 bottles of VOC samples and two days of on-site emission testing, with the corresponding analysis reports completed. The presentation of project execution results was held on November 27, 2024.",
        "proj_year": "113",
        "org_name": "北區環境管理中心",
        "exe_unit": "振興發科技有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130998773",
        "publish_date": "20250101"
    },
    {
        "chi_title": "產品維修策略研析推動示範專案工作計畫",
        "chi_subject": "本計畫透過研析國內外推動維修再使用促進資源循環之策略，歸納分析國際維修再使用碳足跡及循環足跡計算方式建立作法，提出國內資源循環之科技治理及減碳效益評估之可行建議。透過訪調1,083位民眾及508位民眾與維修業者，據以提出我國促進維修執行措施建議，並辦理維修人才培力、建置維修服務據點、二手維修市集活動，以提升我國維修量能與民眾維修意識，同時建立維修示範點，建構區域型維修服務量能。研提維修服務示範規劃，以推動產品維修「常態化」及「產業化」兩大目標，並提出維修策略的具體短、中、長期目標。\n維修培力方面，加強社區參與並結合社區大學辦理維修人力培力工作，完成5場次「種子師資培訓工作坊」、11場次「維修人員培訓工作坊」、24場「社區推廣課程」，共計923人參與。同時也結合國內既有維修社群，先後進行3場次以上溝通活動與3場次的大型維修與二手市集，建立國內維修人才資料。此外，也在國內現有維修社群，進行3次不同的參與式溝通，並實際響應國際維修日。\n為建立維修據點，本計畫訪查高雄市、新竹縣、臺北市、宜蘭縣、嘉義縣、臺中市、臺南市等7個縣市政府環保局，瞭解各縣市產品維修及二手物再使用推動現況，初步與臺北市「內湖再生家具展示場」及臺南市「府城藏金閣資源再生館」合作，規劃建立維修示範點2處。透過3場次「建置校園舊物新用REUSE服務站線上說明」會議，完成31間校園舊物新用REUSE服務站建置。辦理6場次「建構地方量能說明會」，由里長、志工夥伴協助招攬，共計完成517個服務站點設置。此外進一步與7個里長合作，以社區為中心，試辦社區維修聚落推廣活動，比照歐盟維修卷發放對象，透過70個維修據點發放「維修券折抵卷50元」的方式，鼓勵維修店家與民眾參與維修代替購買。\n本計畫執行過程更進一步建立產業維修及社區參與模式，透過3次大型維修活動，結合人才培力與維修據點，建構最大有效參與模式，升級已建置的社區維修服務站點量能。未來可擴大「一碼村」社區維修再使用場域營造模式，期於2到3年間在全國22個縣市建立維修示範點。\n總結本計畫推動產出成果，維修再使用推動策略路徑以2030年為目標，區分為「啟動、短期、中期、長期」4個期程，就「提升民眾意願」、「提升維修量能」、「研擬獎勵機制」、「完善法規制度」等4個面向，研提具體措施與策略路徑，供後續計畫參考。",
        "eng_title": "The Work Plan of Research And Analysis for Promote Demonstration Project in Product Repair Strategy",
        "eng_subject": "This project analyzes domestic and foreign strategies for promoting repair, reuse and resource recycling, summarizes and analyzes international repair and reuse carbon footprint and environmental footprint calculation methods, and puts forward feasible suggestions for technological governance and carbon reduction benefit assessment of domestic resource recycling. Through interviews with 1,083 people and 508 repair operators, we put forward recommendations on measures to promote repair implementation in our country, and organized repair talent training, establishment of repair service bases, and second-hand repair market activities to increase our country's repair capacity. and public awareness of repair, and at the same time establish repair demonstration sites to build regional repair service capacity. Develop a repair service demonstration plan to promote the 2 goals of normalization and industrialization of product repair, and propose specific short, medium and long-term goals for the repair strategy.\nIn terms of repair training, we strengthened community participation and combined with community colleges to carry out repair manpower training. We completed 5 Seed Teacher Training Workshops, 11 Repair Personnel Training Workshops, and 24 Community Promotion Courses, totaling 923 people participate. At the same time, the project also combined with the existing domestic repair community to conduct more than 3 communication activities and 3 large-scale repair and second-hand markets to establish domestic repair talent information. In addition, we also conducted 3 different participatory communications with the existing domestic repair community and responded to the International Repair Day.\nIn order to establish repair bases, we visited the environmental protection bureaus of 7 county and city governments, including Kaohsiung City, Hsinchu County, Taipei City, Yilan County, Chiayi County, Taichung City, and Tainan City, to learn about the current promote situation of the product repair, second-hand reuse in each county and city. We have initiated the cooperation with Taipei City's Neihu Recycled Furniture Exhibition Center and Tainan City's Fucheng Treasure Pavilion Resource Recycling House to plan and establish 2 repair demonstration sites. Through 3 Online Instructions for Building Campus Repurposed Reuse Service Stations meetings, the construction of 31 campus Reuse Service Stations was completed. We held 6 Construction Local Capacity Briefing Sessions, with the help of neighborhood representatives and volunteer partners, and completed the setup of a total of 517 service stations. In addition, we further cooperated with 7 neighborhood representatives to pilot community repair cluster promotion activities with the community as the center. Based on the EU repair voucher model, we issued repair vouchers worth NTD 50 in discount through 70 repair bases to encourage repair. Store owners and the public participate in repairs instead of purchasing. The implementation process of this project further establishes an industrial repair and community participation model.\nThrough 3 large-scale repair activities, combined with talent training and repair bases, the most effective participation model is constructed and the established community repair service stations are upgraded.\nRepair demonstration sites have been established in every county and city.\nSummarizing the output results of this plan, the repair and reuse promotion strategy path targets 2030 and is divided into 4 phases: start-up, short-term, mid-term, and long-term in terms of increasing public willingness and increasing repair capacity. Develop specific measures and strategic paths for reference in subsequent plans from 4 aspects, including Developing Reward Mechanisms and Improving Regulations and Systems.",
        "proj_year": "113",
        "org_name": "循環署永續消費回收組",
        "exe_unit": "財團法人環境資源研究發展基金會",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130996500",
        "publish_date": "20250110"
    },
    {
        "chi_title": "113年飲用水管理及保護區系統提升精進計畫",
        "chi_subject": "本計畫協助環境部維護及擴充「飲用水水源水質保護區地理資訊網」及「飲用水管理資訊系統」，協助環境部推動飲用水保護區土地管理、飲用水水源水質保護及飲用水水質、藥劑、設備等稽查檢驗工作，確保飲用水水質安全。\n在「飲用水水源水質保護區地理資訊系統」部分，完成更新113年飲用水保護區內露營場圖資共計6次及提供露營場圖層套疊查詢、清單輸出及統計報表產製功能，新增歷史航照影像圖層套疊功能，並完成飲用水稽查檢驗相關地圖展示與空間查詢功能，提供檢驗點、淨水場及簡易自來水等不同類別水質檢驗點位及檢測數據查詢功能。\n在「飲用水管理資訊系統」部分，依照環境部需求完成多項稽查檢驗資料查詢功能優化，新增113年飲用水績效考評功能並完成asp.net程式架構改版，強化水質不合格主動通知功能增加LINE訊息推播，完成淨水場資料清查並新增唯一編碼及坐標欄位，使淨水場基本資料作為本計畫唯一淨水場資料來源、另外完成帳號權限管控功能整合改版、水污染事件線上填報及追蹤提醒功能、歷年飲用水檢驗雙Y軸圖表等功能，並協助成功大學團隊完成108及112年度新興污染物檢測資料上傳。\n在辦理系統操作說明會及資訊安全維護管理作業部分，於10月30日辦理業務研習及系統操作說明會，並進行第三方網站弱點掃描工作及系統效能測試作業，確保系統資安及效能符合主辦單位需求。綜觀今年度計畫執行內容，已依據環保單位業務需求優化各項系統功能，降低操作障礙，提升業務執行效率。",
        "eng_title": "The Updating and Upgrade Project of Drinking Water Source Management and Protection Area System",
        "eng_subject": "The project assists the Ministry of Environment in maintaining and expanding the Geographic Information System for Drinking Water Source Water Quality Protection Areas and the Drinking Water Management Information System. This support helps the Ministry promote land management within drinking water protection zones, safeguard water quality at drinking water sources, and conduct inspections of water quality, chemicals, and equipment, thereby ensuring drinking water safety.\nFor the Geographic Information System for Drinking Water Source Water Quality Protection Areas, six updates of camping site maps within the drinking water protection zones for 2024 were completed. Additionally, functionalities for overlay query, list output, and statistical report generation for camping site layers were provided. A new overlay feature for historical aerial imagery was added, and mapping and spatial query functions related to drinking water inspections were completed, including access to testing points, water purification plants, and simple tap water facilities, enabling users to query different types of water quality testing points and data.\nIn the Drinking Water Management Information System section, various inspection data query functionalities were optimized based on the Ministry's needs. A 2024 performance evaluation function for drinking water was added, and the system's ASP.NET framework was upgraded. Improvements were made to the proactive notification feature for non-compliant water quality, with the addition of LINE message notifications. A data review of water purification plants was conducted, and unique codes and coordinate fields were added to make this database the sole source of water purification plant information for the project. Other updates included integration and revamping of account access control, an online reporting and tracking reminder for water pollution incidents, and double Y-axis charts for historical drinking water tests. The project also supported National Cheng Kung University’s team in uploading emerging pollutant testing data from 2019 and 2023.\nFor system operation-related briefings and information security management, a business training and system operation briefing was held on October 30. Third-party website vulnerability scanning and system performance testing were conducted to ensure the system’s cybersecurity and performance met the contracting agency’s requirements. Overall, the project has enhanced various system functionalities according to environmental protection agency requirements, reducing operational challenges and increasing efficiency in business execution.",
        "proj_year": "113",
        "org_name": "環境部水質保護司",
        "exe_unit": "振興發科技有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130995361",
        "publish_date": "20250115"
    },
    {
        "chi_title": "嘉義縣-113年嘉義縣畜牧稽查管制暨廢水氨氮回收推動計畫",
        "chi_subject": "嘉義縣內最主要的河川(朴子溪、北港溪及八掌溪)屬於遭受事業、生活污水以及畜牧業污染的混合型污染河川。為推動河川流域之污染防治工作，嘉義縣環保局委託技佳公司執行「113年嘉義縣畜牧稽查管制暨廢水氨氮回收推動計畫」（以下簡稱本計畫），計畫執行期間針對轄內畜牧業加強監測管理、輔導畜牧廢水資源化，致力推動污染消除、改善水質污染等工作。本計畫執行期程為113年1月1日至113年11月30日止，進度成果(統計自113年1月1日至113年11月30日止)達成100%，茲說明如下如下，計畫工作項目包含污染源稽查採樣，稽查非法排放違法情事、畜牧業不明管線、暗管稽查及封管作業、擴大畜牧業沼渣沼液肥分使用、辦理說明會等。\n一、畜牧業不明管線、暗管稽查及封管\n查獲14支不明管線，查核人員發現不明管線後，立即要求業者進行說明，若業者無法清楚說明管線用途或合法性，則可判定該管為不明管線或暗管，其均已責付業者完成封管或移除。109年至113年查核發現44家畜牧場有不明管線共66支，對於累犯將列為重點對象查緝繞流排放情形。\n二、污染即時監測查緝作業\n針對民雄大排、柳溝大排(北港溪流域)、中洋子排水上游、八掌溪橋上游(環境部測站)、西結橋上游(局測站)、六腳大排(光南橋上游)…等執行水質連續監測共計40點位，每1點位至少執行7日，累計完成357日次監測並查獲放流水超標9件次、廢水疏漏1件次。針對放流水超標除要求加強廢水處理設施之維護管理，並輔導落實資源化施灌，減少廢水排放至水體。建議未來可將監測點設置於放流池並供業者了解其水質變化，以及時應變處置。\n三、列管畜牧業許可審查及管理\n本計畫完成309件次許可審查作業及112年下半年、113年上半年定檢申報審查認可作業427件，以及完成1,288件電腦建檔及維護作業，包括各項水污染稽查案件建檔919件、許可文件建檔325件及告發及處分案件建檔44件。另針對列管畜牧場符合需取得廢水管理計畫，縣轄內目前飼養頭數20頭至199頭計有44場，現場追蹤輔導結果25場已核准申請廢水管理計畫。\n四、畜牧業廢水排放稽查處分\n完成畜牧業稽巡查919件次，其中非列管鴨鵝稽查輔導189件次，採樣235件次，其中43件已完成告發處分，處分金額56.9萬元，另外1裁處程序中。113年不合格率33.9%相較於112年放流水採樣不合格率25.9%有略為升高，主要對象為未達5%資源化之小型畜牧場及重點列管對象加強分級管制，將提報屢遭陳情或水質異常偏高者予農業處進行輔導。\n五、事業廢水處理設施功能評鑑\n提送「廢水處理設備功能評鑑建議名單」16家，經由環保局核定8家事業單位進行功能評鑑，113年3月7日發文通知進行功能評鑑初評、113年5月21日、22日執行複評作業，113年8月23日進行功能評鑑協談會議，將持續針對承諾改善事項追蹤其廢水處理設施操作、雨污水分流及資源化辦理情形。\n六、推動畜牧廢水氨氮回收\n已完成符合申請10場核准，統計示範場飼養規模合計豬13,726頭，施灌農地面積合計約26.5523公頃，年施灌申請量為16,145.83公噸，種植作物有水稻、飼料玉米、秋葵、狼尾草、蓮藕、火龍果、甘蔗等。另輔導8家畜牧業者申請放流水回收澆灌植物，6家已完成取得回收澆灌許可，2家進行許可申請中，核准回收水量11,774公噸\/年。\n和平橋上游列管畜牧場20家，許可廢水產生量共計1,684CMD (614,660公噸\/年)，彙整112年至113年同時期(1-8月)實際施灌量，由26,654公噸已提升至36,236公噸。\n七、強化未資源化畜牧場之稽查管制\n113年未辦理資源化畜牧糞尿之畜牧場目前均屬小場約77場未達5%資源化，為加強稽查對象，每一場至少1次之稽查採樣，已稽查174家次、採樣63件次，稽查結果16家畜牧場違反水污法事件。\n八、沼液沼渣施灌者效益評估\n(一)105~112年度嘉義縣申請沼渣沼液農地肥分使用共計有126場，核准申請資料統計，每年可施灌農地約487.68公頃，年施灌量約320,340.85公噸，施灌作物包括水稻、狼尾草、玉米及甘蔗等，其施灌量對於河川污染推估BOD削減量1,906.612公噸\/年、氨氮削減量73.13公噸\/年、SS削減量2,794.72公噸\/年。\n(二)針對已取得沼液沼渣肥分使用核准之畜牧場，統計至8月實際施灌總量計157,527公噸，依申請施灌統計須達199,718公噸，達成率約78.9%。\n九、辦理推廣畜牧業廢水氨氮回收\n(一) 6場宣導說明會，宣導主題為「嘉義縣畜牧糞尿集中資源化處理啟動典禮」、「推動畜牧糞尿資源化暨農地媒合平台登記」、「畜牧糞尿集中處理暨污染防治」、「畜牧資源化推廣」、「畜牧業稽查管制及廢水處理改善」以及「和平橋上游鴨鵝業採行去除廢水污染物措施」，邀請參與對象包含未資源化、資源化未達5%或大場未達10%之畜牧戶、產銷班、小地主大佃農，以及歷年採樣不合格、未達列管之鴨鵝畜牧場之護河專案先行座談會，藉由宣導說明會推廣政策內容，擴大宣傳政策能見度及提升畜牧糞尿資源化施灌比例，以及為配合環境部推動畜牧糞尿集中處理及輔導畜牧場進行廢水系統優化改善及操作說明，期以提升畜牧業廢水處理效能，達到畜牧業與環境永續經營目標。\n(二)針對112年已取得核准沼液沼渣且尚未設置告示牌畜牧業者辦理設置，完成13家畜牧場告示牌製作及發放。\n十、協助畜牧業廢水處理設施輔導及配合推廣中央補助計畫\n112年度協助初審「補助購置沼液渣集運車輛施灌或機具農地貯存槽」2件福○○畜場、廣○畜牧場之沼液沼渣施灌營運計畫書，初審結果皆符合規定，並由環境部同意核定補助並已完成驗收作業。110年由黃○○畜牧場提出補助設置畜牧糞尿資源化處理設施集運處理其他畜牧場畜牧糞尿(簡稱補助大場代小場或集中處理)，113年累計發電量為30,303度、沼渣沼液施灌量為1至10月共7,965公噸。\n十一、其他配合相關業務\n(一)媒體宣導利用環保局臉書粉絲專頁宣傳畜牧糞尿資源化共24則，冀望藉由深入淺出的說明讓相關事業能夠自我檢視引以為戒，避免重蹈覆轍，並可讓民眾感受環保局對維護環境之用心。\n(二)利用社群軟體建立官方群組「嘉邑沼稻田」，透過視覺化的圖片連結，可讓民眾快速連結嘉義縣環保局官方網站、嘉減碳FB粉絲團、環保法規及全國畜牧糞尿資源化網站。將持續提供污染防治、常見許可申請缺失資料，讓畜牧業相關業務串聯、提供更便利、更有效的資訊予業者。\n(三)對於未達列管規模鴨鵝場污染管制，除輔導畜牧場確實設置阻絕設施並加強清理維護其功能外，近年來並持續輔導畜牧場進行承受溝渠之清理。未來將建立護嘉河淨溪專案，與鴨鵝禽畜業者雙向交流、建立合作聯盟關係",
        "eng_title": "The 2024 Chiayi County Livestock Inspection, Control, and Wastewater Ammonia Nitrogen Recovery Promotion Plan",
        "eng_subject": "The main rivers in Chiayi County—Puzi River, Beigang River, and Bazhang River—are classified as mixed-pollution rivers affected by industrial, domestic, and livestock wastewater pollution. To promote pollution prevention and control within the river basins, the Chiayi County Environmental Protection Bureau commissioned Jitec Corporation to implement the **2024 Chiayi County Livestock Inspection and Control and Wastewater Ammonia Nitrogen Recycling Promotion Project** (hereinafter referred to as the Project).  \n\nDuring the project period, efforts were focused on strengthening the monitoring and management of the livestock industry, guiding the resource recovery of livestock wastewater, and actively promoting pollution elimination and water quality improvement initiatives.  \n\nThe project implementation period spanned from January 1, 2024, to November 30, 2024, achieving 100% progress (as of November 30, 2024). Key project tasks included:  \n\n1. Inspection and sampling of pollution sources.  \n2. Investigation of illegal discharges and non-compliant practices.  \n3. Inspections and sealing of unidentified or concealed pipelines in livestock farms.  \n4. Expansion of the use of biogas slurry and residue as fertilizer in the livestock sector.  \n5. Organizing informational seminars and other activities.",
        "proj_year": "113",
        "org_name": "嘉義縣環境保護局",
        "exe_unit": "技佳工程科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130993358",
        "publish_date": "20250117"
    },
    {
        "chi_title": "全氟及多氟烷基物質(PFAS)之國際管理趨勢掌握及跨部會管理推動計畫",
        "chi_subject": "全氟及多氟烷基物質(PFAS)及相關產物具有環境持久性與生物累積性，並已陸續發現其會對於人體健康及環境造成影響，本計畫係協助計畫主辦單位蒐集並研析國際上PFAS管理制度及最新趨勢、媒體及輿論關注之新聞議題，並彙整國內各部會管制措施現況及既有之數據資料，據以推動跨部會協商、交流溝通及管理措施研擬事宜，並建構智慧搜尋匯出資料界面與人工智慧問答服務，及協助辦理國際交流、民眾風險溝通教育宣傳、專區網站設計等事項。\n本計畫已充分掌握國際間對於PFAS管理之管理法令及政策發展趨勢，蒐研分析聯合國斯德哥爾摩公約、歐盟、美國及日本相關法令，摘述國際間重要綜合性評估報告、技術文件，掌握國際間最新管理動態及進展。亦已蒐集完成國內各部會單位歷年之PFAS調查及檢測資料，涵蓋地表水、土壤、底泥、食品包裝、飲用水等。同時配合「PFAS管理行動計畫」統合國內各部會之年度執行成果，並對行動計畫提出內容調整修訂建議。對於國內外關注之PFAS管理議題如消防泡沫、飲用水、食品包裝容器、化粧品、農藥等之管理策略及作法亦完成資料蒐集與研析，同時蒐集國外10種無使用PFAS商品之標章規範內容，並提出對於我國未來PFAS管理策略與執行方式之建議。\n計畫執行期間並持續追蹤國內外新聞媒體、環保組織、科研單位及輿論關切報導內容，共蒐集57則國內、78則國外PFAS特定事件或議題之新聞報導，摘錄15則國外政府組織所發布之PFAS重要新聞或刊物資料，並協助提供新聞翻譯內容及並於研析後摘錄重要資訊供參。本計畫亦協助辦理1場次跨部會交流會議、1場次臺美PFAS國際交流會議、2場次專家諮詢會議，並提出跨部會資料數據庫及專區網站架構及建置規劃，另運用人工智慧與機器學習技術，完成國外3處PFAS網站資料內容爬取，建置英文專業網站資料查詢服務輔助工具。於民眾教育宣導方面，已協助製作各類風險溝通與教育宣導素材，完成1場次實體擺攤知識宣導活動，並委請學校專家協助撰寫56則經專家審閱之PFAS問答集知識資料庫，建置中文PFAS問答集知識庫自然語言對話查詢系統，可掛載於網站頁面自動對話回應，即時提供民眾正確的PFAS認知，並增進民眾對PFAS科普知識的瞭解。",
        "eng_title": "International Management Trends and Cross-Departmental Management Promotion Project for Per- and polyfluoroalkyl substances (PFAS)",
        "eng_subject": "Per- and Polyfluoroalkyl Substances (PFAS) have environmental persistence and bioaccumulation, and have been found to impact human health and the environment. This project aims to assist the project organizer in collecting and analyzing international PFAS management systems and latest trends, media and public opinion news topics, and compiling domestic ministries and departments, control measures and existing data, to promote inter-ministerial consultation, communication and management measures, and to build intelligent search data interfaces and AI question and answer services, as well as assist in international exchanges, public risk communication education and promotion, and website design.\nThis project has fully collected the international management laws and policy development trends for PFAS management, collected and analyzed relevant laws of the United Nations Stockholm Convention, the European Union, the United States and Japan, excerpted important international comprehensive assessment reports, technical documents, and collected the latest international management dynamics and progress. It has also collected the PFAS investigation and testing data from various domestic ministries and departments over the years, including surface water, soil, sediment, food packaging, drinking water and more. At the same time, it cooperates with the PFAS Management Action Plan to integrate the annual results of various ministries and departments, and propose content adjustment and revision suggestions for the action plan. The management strategies and practices for PFAS management issues of concern at home and abroad, such as firefighting foam, drinking water, food packaging, cosmetics, pesticides, etc., have also been completed for data collection and analysis. \nDuring the project implementation period, this project continued to track the content of news, environmental organizations, scientific research and public reports. A total of 57 domestic and 78 foreign news reports on specific PFAS events or topics were collected, and 15 important news or publication data released by foreign government organizations were excerpted. This project also assisted in holding 1 cross-ministerial exchange meeting, 1 Taiwan-US PFAS international exchange meeting, and 2 expert consultation meetings. In terms of public education and promotion, we have assisted in the production of various risk communication and education promotion materials, completed 1 knowledge promotion \texhibition, and commissioned university experts to assis in writing 56 expert-reviewed PFAS knowledge database, and built a AI Chinese PFAS Q＆A knowledge dialogue query system, which could put on the website page, provide the public with correct knowledge in real time, and enhance the public's understanding of PFAS science knowledge.",
        "proj_year": "113",
        "org_name": "化學署綜合規劃組",
        "exe_unit": "瑞昶科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130979494",
        "publish_date": "20250131"
    },
    {
        "chi_title": "金門縣-113年推動環保許可整合執行計畫",
        "chi_subject": "查核3家業者污染三態流向圖，現場查核確認符合業者暨有之許可文件登載事項，並無須修正。",
        "eng_title": "2024 Kinmen County-Permit Integration Operations",
        "eng_subject": "Inspections were conducted on the pollution flow diagrams of three businesses. On-site inspections confirmed compliance with the items recorded in the existing permit documents of the businesses, and no revisions were required.",
        "proj_year": "113",
        "org_name": "金門縣環境保護局",
        "exe_unit": "技佳工程科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130977196",
        "publish_date": "20250117"
    },
    {
        "chi_title": "113年化學物質環境流布背景調查專案工作計畫",
        "chi_subject": "本計畫主要目標包括(一) 執行臺灣本島15條主要河川、7類50種化學物質之河川底泥與魚體之採樣檢測及數據解析，並與歷年整體調查結果進行研析；(二) 檢測數據資料庫更新管理，並介接至指定資料庫；(三) 應用多元化學物質管理決策模式工具，並研提化學物質管理建議。第一部分已完成淡水河本流、大漢溪、新店溪、基隆河、大甲溪、濁水溪、八掌溪、急水溪、將軍溪、曾文溪、高屏溪、林邊溪、花蓮溪、秀姑巒溪及卑南溪等15條河川之底泥及魚體採樣及分析，檢測項目包括甲氧滴滴涕、全氟烷基物質、農藥及其代謝物（嘉磷塞及氨基甲基膦酸、陶斯松、施得圃）、短鏈氯化石蠟、壬基酚及雙酚A、鄰苯二甲酸酯類、多溴二苯醚類和六溴聯苯及得克隆、多環芳香烴化合物、金屬等9類104種檢測物質，共計獲得17,160筆檢測數據。環境流布調查結果發現化學物質含量相較90年至99年調查結果有降低趨勢，顯示列管後管理策略之執行績效，有助於降低底泥與魚體中化學物質濃度。農業部和環境部相繼於111年公告逐步禁用陶斯松後，本計畫調查發現河川底泥和魚體中陶斯松測值已明顯降低，表示管制策略之執行已產生降低環境濃度的成效。然部分化學物質，相較111年調查結果，發現本年度調查結果中在底泥中全氟烷基物質、嘉磷塞及氨基甲基膦酸總量、短鏈氯化石蠟、多溴二苯醚類、六溴聯苯及得克隆等檢測項目整體測值有上升之情形；在魚體中全氟烷基物質、嘉磷塞及氨基甲基膦酸總量、短鏈氯化石蠟、雙酚A及鄰苯二甲酸二（2-乙基己基）酯等整體測值亦上升。建議未來應強化管制策略，並持續監測觀察其環境流布趨勢，亦可持續納入國際關注、國內使用量高、具環境及人體危害特性之化學物質進行長期調查。此外，已完成化學物質環境流布調查成果手冊電子書。\n第二部分已完成「化學物質環境流布調查資訊網站」歷年檢測結果及科普資料更新，並將歷年環境流布調查數據上傳至環境部「環境資源資料交換重構平臺（New CDX平台）」，供化學雲系統介接。\n第三部分管理決策模式工具應用，藉由樞紐分析、桑基圖及化學物質分布圖等觀察特定污染物於特定時間點及特定介質中分布關聯。另結合毒理學優先指數(ToxPi)多元毒理資訊整合工具辨識臺灣南部11條河川流域需優先關注採樣點及化學物質，結果顯示部分化學物質之物化特性、毒性與檢出率等參數而具有較高ToxPi得分，仍須持續監測環境濃度之分布。另河川下游段為需優先管理區段，且將軍溪、二仁溪及典寶溪為11條河川中需加以關注之河川，相關結果亦結合化學物質檢測結果及列管污染源資料一同呈現於地理資訊可視化界面，進而作為管理決策參考依據。",
        "eng_title": "The project for background investigation of environmental distribution of chemical substances in 2024",
        "eng_subject": "The aims of the present project were to (1) determine the concentrations of 50 concerned chemicals of 7 chemical groups in sediments and fish collected from 15 major rivers around Taiwan and analyze their temporal and spatial distribution trends, (2) update the analytical data and link to assigned database (3) apply multiple chemical management decision-making model tools and provide management suggestions. First, sediment and fish samples were collected from 15 major rivers around Taiwan including Dansuie River, Dahan River, Sindian River, Keelung River, Dajia River, Jhuoshuei River, Bajhang River, Jishui River, Jiangjun River, Zengwun River, Gaoping River, Linbien River, Hualien River, Siouguluan River and Beinan River. Concentrations of methoxychlor, perfluorinated alkyl substances (PFASs), pesticides and their metabolites (including glyphosate, aminomethylphosphonic acid (AMPA), chlorpyrifos and pendimethalin), short-chain chlorinated paraffins (SCCPs), nonylphenol (NP), bisphenol A (BPA), phthalate esters (PAEs), polybrominated diphenyl ethers (PBDEs), hexabrominated biphenyls (HBB), dechlorane plus (DP), polycyclic aromatic hydrocarbons (PAHs), and metals were measured in collected samples. In total, 17,160 analyzed data were obtained. The concentrations of certain chemicals in sediments and fish showed decreasing trend compared to those in 2001~2010. It indicates that the control strategies for these chemicals significantly reduced their releasing into the environment. After the Ministry of Agriculture and the Ministry of Environment successively announced the gradual ban on chlorpyrifos in 2022, this project found that the concentrations of chlorpyrifos in river sediments and fishes have significantly decreased, indicating effectiveness of the control strategy. However, the concentrations of specific chemicals such as PFASs, glyphosate and AMPA, SCCPs, PBDEs, HBB and DP in sediments, and PFASs, glyphosate and AMPA, SCCPs, BPA and DEHP in fishes were higher than those in the previous survey. We recommended that it was necessary to strengthen control strategies and continuously monitor their distribution trend. In the future, candidate chemicals with global concerns, high production volume, hazards to environment and human health could be further included for long-term investigation. In addition, we have completed the e-book of the achievements of the investigation on the environmental distribution of chemical substances.\nSecond, the analytical data and popular science information were updated to the environmental distribution survey of chemical substances Information Website. The environmental distribution survey data were uploaded to the Central Data Exchange (CDX System) of the Ministry of Environment, and linked to the ChemiCloud platform.\nThird, this study determined the distribution and correlation of specific pollutants at particular time points and in specific media by applying multiple chemical management decision-making models, including pivot analysis, Sankey diagrams, and chemical distribution surveys of rivers. Additionally, the Toxicological Priority Index (ToxPi), a tool for integrating diverse toxicological information, was used to identify and rank the priority of chemicals and sampling sites across 11 river basins in southern Taiwan. The results indicate that certain chemicals have higher ToxPi scores due to factors such as their physicochemical properties, toxicity, and detection rates, highlighting the necessity of continuous monitoring of environmental concentration distributions. Furthermore, downstream sampling sites, particularly those in the Jiangjun River, Erren River, and Dianbao River, may require increased attention in future sampling strategies. The relevant information was also presented through a geographical information visualization interface, using chemical analysis results and data from the Pollutant Release and Transfer Register Data Bank, to assist with further decision-making.",
        "proj_year": "113",
        "org_name": "化學署評估管理組",
        "exe_unit": "國立成功大學",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130975950",
        "publish_date": "20250131"
    },
    {
        "chi_title": "113年度金門縣毒性及關注化學物質源頭管理計畫",
        "chi_subject": "毒性及關注化學物質查核運作輔導(一)毒性及關注化學物質運作及流向每月勾稽作業，查核結果無異常。 (二)針對縣內3家列管事業執行毒性化學物質運作場所查核，共完成41件現場查核，未發現重大缺失。\n(三) 毒災應變演練於4月24日辦理協商工作會議，共6個單位參與確認演練情境；於5月29日由參與協商會議相同人員進行實兵演練，演練結果順利達成任務，使各單位熟悉支援協調聯繫與指揮機制。 (四)本計畫辦理轄內14個相關災防機關間通聯測試，並調查更新各單位聯絡窗口資訊，測試結果皆可「立即聯絡上」，通訊方式資料建立完整、正確。另針對3家列管事業於每季通聯測試，測試結果皆可「立即聯絡上」。 (五)完成12件具食安風險疑慮化學物質輔導訪查作業，訪查時並依行業別向業者宣導相關法令之規範，以及若違反將面臨之罰緩及刑責。 (六) 5月30日邀請化學署中區環境事故專業技術小組團隊張志瑋 技術專家擔任講座，辦理「毒化災應變流程與案例分享」，共10個單位33人參與本次訓練。 (七)辦理12場化學物質教育宣導及綠色化學宣導活動，以有獎問答方式，宣導向民眾宣導於生活中可能接觸之化學物質(玫瑰紅B、吊白塊、化學物質及綠色化學)，參與人數共計580人次。製作毒性及關注化學物質宣導品550份。 (八)配合節慶食安宣導化學物質廣告3件(3月、5月、9月)，於金門日報刊登，以加強民眾避免接觸具食安風險疑慮化學物質，維護身體健康。 (九) 10月22日召開聯防組織年度會議，114年度由「金門縣衛生局」擔任金門縣聯防組織組長；114年毒性化學物質災害防救演練應由「金門縣衛生局」辦理，演練方式為兵棋推演。",
        "eng_title": "2024 Kinmen County Toxic and Chemical Substances of Concern Source Management Plan",
        "eng_subject": "Toxic and Chemical Substances of Concern Check Operation Guidance (1)Monthly audits on the operation and flow of toxic and chemical substances of concern, and the inspection results are normal. (2)Conducting inspections on toxic chemical substance operation sites for three listed enterprises in the county. A total of 41 on-site inspections were completed, and no major deficiencies were found. (3) The drug disaster response drill held a consultation work meeting on April 24, and a total of 6 units participated in confirming the drill situation; on May 29, the same personnel who participated in the consultation meeting conducted a real-arms drill, and the results of the drill successfully completed the task, allowing all units to familiarize themselves with the support Coordination contact and command mechanism. (4) Conduct communication tests between 14 relevant disaster prevention agencies within the jurisdiction, and investigate and update the contact window information of each unit. During the quarterly communication test, the test results can be contacted immediately, and the communication method information is complete and correct. In addition, three scheduled enterprises are tested through quarterly communication, and the test results can be contacted immediately. (5)Complete 12 counseling and inspection operations on chemical substances with food safety risk concerns. During the inspection, the relevant laws and regulations will be publicized to the operators according to the industry, as well as the fines, mitigation and criminal liability that will be faced if they violate it. (6) On May 30, technical expert Zhang Zhiwei from the Central District Environmental Accident Professional Technical Team of the Chemical Department was invited to give a lecture on Poison Disaster Response Process and Case Sharing. A total of 33 people from 10 units participated in this training. (7) Organize 12 chemical substance education and green chemistry promotion activities, and use prize-winning quizzes to educate the public about the chemical substances (rose red B, sodium chloride, chemical substances and green chemicals) that they may come into contact with in life. Chemistry), with a total of 580 participants. Produced 550 copies of promotional materials on toxicity and chemical substances of concern. (8) In conjunction with important festivals, two food safety chemical substance advertisements were published in the Kinmen Daily to encourage the public to avoid contact with chemical substances that pose food safety risks and protect their health. In March, they published advertisements on the dangers of hanging white lumps to let the public know about the dangers of hanging white lumps before the Tomb Sweeping Festival. White lump is the common name for sodium formaldehyde sulfoxylate. It is a compound between formaldehyde and sodium bisulfite. Although it has antiseptic and bleaching effects, it is prohibited from being used in food. People can still eat it with peace of mind during the Tomb Sweeping Day. In September, the magazine published Sudan The dangers of red. Before the Mid-Autumn Festival, the public should be informed about Sudan red, which is commonly added to duck feed. The color of egg yolks turns bright red, which can easily cause toxicity to the liver and kidneys, and even cause cancer. The public is also advised to adhere to the three no principles and do not buy if the label is unclear. , don’t buy if the source is unclear, don’t buy if the color is too bright. (9) The annual meeting of the joint defense organization was held on October 22. The Kinmen County Health Bureau will serve as the leader of the Kinmen County joint defense organization in 2014; the toxic chemical substance disaster prevention and rescue drill in 2014 should be conducted by the Kinmen County Health Bureau, and the drill method is a war game. deduction.",
        "proj_year": "113",
        "org_name": "金門縣環境保護局",
        "exe_unit": "技佳工程科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130962627",
        "publish_date": "20250117"
    },
    {
        "chi_title": "113年廢棄物非法棄置智慧圍籬推動計畫",
        "chi_subject": "非法棄置業者常利用交通之便，選擇跨縣市的快速道路，例如台61線和國1等主要幹道，將廢棄物清運至沿線的農牧用地進行非法棄置。為了管理廢棄物清運機具，環境部廢棄物清理法規定，要求清運廢棄物業者應裝置即時追蹤系統(GPS)，然而稽查發現，許多不肖業者故意將GPS關機，而GPS系統功能之侷限無法證明業者關機之實，另外，一些業者還利用非列管車輛進行廢棄物清運，因為這些車輛的軌跡無法追蹤，進一步增加了非法棄置行為的難度。\n為了應對這些挑戰，今年計畫目標包括：（一）智慧監控設備架設及維運、（二）建置及優化非法棄置智慧圍籬、（三）研析清運機具違規樣態，並建立勾稽邏輯及告警、（四）推動非法棄置智慧圍籬系統以及（五）協助本計畫推動各項行政業務。\n本計畫執行的工作包含每月維運及巡檢11處既有點位，新增架設5處監控點位，並確保各點位準確度白天達75%，夜間達60%。為提高清運機具勾稽告警正確率，本計畫建立車牌辨識雙重驗證機制，使每處點位之精確度達95%。本系統今年也新增多項系統功能，包含即時影像串流功能、截錄大型車輛影片功能、優化圖台及車牌辨識清冊監控點位查詢功能、標註系統說明提醒文字功能、黑名單建立及告警功能，以及各項功能搭配環保局權限之設計，提升智慧圍籬車牌辨識資料之應用性並確保各使用單位在符合權限設計下運用本系統資料。本系統也持續將車牌辨識結果進行車型辨識，以聚焦監控清運機具，並透過物件辨識AI技術，建立車輛載運非廢棄物之判定邏輯，用以鎖定疑似載運廢棄物並有棄置風險之車輛。為加速擴展非法棄置智慧圍籬監控範圍，本計畫協助本署蒐集6個機關的車牌辨識資料，統計到今年11月底系統共有135處監控點位，並透過本系統建置的車牌辨識資料傳輸斷線回報功能，持續掌握全系統所有監控點位之車牌辨識資料傳輸情形。本計畫也透過GPS軌跡資料及國土用地分類資訊，建立高風險車輛於特定用地(如農牧、養殖等)異常停頓勾稽邏輯，並完成38件告警案件之條件驗證。本計畫的貢獻在於今年使許多軌跡異常的清運機具恢復正常，並透過各項資訊及勾稽方式，以避免棄置情形的擴大。",
        "eng_title": "Project for AI inspection and the promoting of Audit Cooperation Network. (2024)",
        "eng_subject": "The illegal disposers take advantage of the convenient transportation, such as Provincial Highway 61 and National Highway No.1, and transports waste through cross-county and city express roads for disposal. To regulate waste removal operators, the Waste Disposal Act stipulates that waste removal vehicles must install a Global Positioning System (GPS) real-time tracking system. The practical experience has shown that many unscrupulous operators deliberately disable their GPS, and the limitations of the GPS system's functions cannot prove that the operators have turned it off. In addition, some operators also use unregulated vehicles for waste removal because the trajectories of these vehicles cannot be traced, increasing the difficulty of illegal dumping investigations.\nTo address these challenges, the goal of this project involves: (1) installation and maintenance of the monitoring equipment. (2) construction and improvement of the AI geofencing system. (3) analyzing the removal vehicle abnormal transportation patterns to construct the tracking module and how the system notified the relevant inspectors. (4) Promoting the AI geofencing system to expand. (5) the administrative tasks and duties.\nThis project involves the monthly maintenance and inspection of 11 existing monitoring points, as well as the installation of 5 new monitoring points. The goal is to ensure that the accuracy of each monitoring point reaches 75% during the day and 60% at night. To improve the accuracy of the alarm correlation, the project implements a dual verification mechanism for license plate recognition, ensuring that the accuracy of each monitoring point reaches 95%.\nThis system has also introduced several new features this year, including: Real-time video streaming, Video clip of large vehicles, Optimized GIS and the searching function of the license plate recognition list, system’s description and text, Blacklist and alarm functions, Permission-based design tailored to the Environmental Protection Bureau to enhance the applicability of smart fence license plate recognition data, while ensuring that each user operates within the defined access rights.\nThe system also continues to incorporate vehicle type recognition based on license plate data, focusing on monitoring waste collection vehicles. Using object recognition AI technology, the system identifies what materials the vehicles might transport to prevent the potential for illegal disposal.\nTo accelerate the expansion of the AI geofencing system coverage, the project assists in collecting license plate recognition data from six agencies. As of the end of November, the system has a total of 135 monitoring points. Additionally, the system includes a data transmission disconnection reporting function to continuously monitor the transmission status of license plate recognition data across all monitoring points.\nThe project also leverages GPS trajectory data and land-use classification information to establish a correlation logic for detecting high-risk vehicles that stop abnormally in specific land-use zones (such as agricultural, farming, or livestock areas). This has led to the verification of 38 alert cases. Through the integration of various system data and correlation methods, high-risk vehicles can be detected earlier, preventing illegal disposal incidents.",
        "proj_year": "113",
        "org_name": "環管署環境執法組",
        "exe_unit": "振興發科技有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130938948",
        "publish_date": "20250123"
    },
    {
        "chi_title": "113年宜蘭縣石綿建材廢棄物清除處理計畫",
        "chi_subject": "本年度掌握宜蘭縣轄內含石綿建材建築物現況及協助家戶建築物拆除後石綿建材廢棄物妥善處理，以降低對人體與環境危害。另協助轄內含執行石綿建材拆除之建築物辦理清除及處理補助作業及針對轄內未列於「戶外含石綿建材空間分布管理系統」中之含石綿建材建築物進行新增列管作業。\n  依據「112年度宜蘭縣石綿建材廢棄物清除處理計畫」調查結果，宜蘭縣轄內持續列管數量共計185處，列管面積為26,717.87平方公尺，建物數量以宜蘭市及員山鄉為最多，列管面積則以三星鄉、員山鄉及冬山鄉為最大。\n  113年度截至12月份針對本年度應完成調查185棟含石綿列管對象，其中有127棟已回復是否有拆除意願；43棟為房屋荒廢，寄發宣導單至現居住地而無回應；15棟為多次拜訪無人應答，再次前往時宣導單已收走仍無回應者。\n  其中29棟建物有拆除意願，大多為畜牧業者仍使用之豬舍或雞舍。合計有意願拆除之石綿建材廢棄物面積為8,377.57平方公尺，預估重量達125.7公噸。\n  127棟調查拆除意願中，尚未申請拆除補助案主要原因為經費考量73棟、石綿尚未有破損之情事23棟或資格不符15棟，其占比各為57.5%、18.1%及11.8%。\n113年度針對民眾補助案件申請作業，截至11月30日止，宜蘭縣民眾申請案件總47件次，本計畫已委請轄內之甲級清運業者，協助清運石綿廢棄物共16趟次，總計54噸。",
        "eng_title": "2024 ilan County Asbestos Building Material Waste Removal and Treatment Plan",
        "eng_subject": "his year, we understand the current status of buildings containing asbestos building materials in Yilan County and assist households in properly disposing of asbestos building material waste after demolition of buildings to reduce harm to human bodies and the environment. It also assists in clearing and processing subsidy operations for buildings containing asbestos-containing building materials within the jurisdiction, and provides new management for buildings containing asbestos-containing building materials that are not listed in the Spatial Distribution Management System of Outdoor Asbestos-Containing Building Materials within the jurisdiction. Operation.\n  According to the survey results of the Yilan County Asbestos Building Materials Waste Removal and Treatment Plan for 2023, there are a total of 185 buildings under continuous management within the jurisdiction of Yilan County, with a managed area of ​​26,717.87 square meters. The number of buildings is based on Yilan City and Yuanshan Township. Sanxing Township, Yuanshan Township and Dongshan Township have the largest administrative areas.\n  As of December 2024, a survey of 185 asbestos-containing buildings should be completed this year, and 127 of them have responded whether they are willing to demolish; 43 are abandoned houses, and a promotional leaflet was sent to the current place of residence without response; 15 Dongwei called many times but no one responded. When he went back again, the promotional flyer had been collected and there was still no response.\n  Among them, 29 buildings are intended to be demolished, and most of them are pig houses or chicken houses still used by livestock farmers. The total area of ​​asbestos building materials waste that is intended to be dismantled is 8,377.57 square meters, with an estimated weight of 125.7 tons.\n  Among the 127 buildings investigated for demolition intention, the main reasons for not applying for demolition subsidy were 73 buildings due to financial considerations, 23 buildings that had no asbestos damage or 15 buildings that were not qualified, accounting for 57.5%, 18.1% and 11.8% respectively.\n  In 2024, there were a total of 47 applications for public subsidy cases in Yilan County as of November 30. This plan has appointed Class A removal operators within the jurisdiction to assist in the removal of asbestos waste for a total of 16 applications. trips, totaling 54 tons.",
        "proj_year": "113",
        "org_name": "宜蘭縣政府環境保護局",
        "exe_unit": "偉創綠技術股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130928942",
        "publish_date": "20250117"
    },
    {
        "chi_title": "電化學減碳技術效益提升研究計畫",
        "chi_subject": "由於台灣淨零碳排目標依照國際能源總署（IEA）、美國、歐盟等淨零排放能源路徑進行規劃，因此在2030年前以可行性減碳措施為規畫主軸，致力減少能源\n使用與非能源使用的碳排放為主。且台灣於2050每年需以負碳排技術(--碳捕捉再利用及封存(CCUS))處理超過40.2百萬公噸的CO2，才能達到淨零碳排。目前現有之電化學進行CO2轉換之負碳技術仍面臨以下問題:\n1.\tCO2轉換成CO之能耗過高，且陰極碳布之貴金屬觸媒成本過高且轉換效率低，因此無法滿足負碳需求。\n2.\tCO2電化學轉換之陽極副產物(一般為氧氣)其產品價值過低，導致廠商無意使用。本研究致力於開發高效率的CO2轉化技術，目的實現淨負碳排放的目標。首先，在陰極觸媒的開發方面，利用獨創化學接枝和雙面異質親疏水處理技術，將觸媒以濕式製程沉積於氣體擴散碳布上，觸媒面積提升至400 cm2，成本相較傳統PVD製程降低20倍，並顯著提升CO2轉化為CO的效率至85%以上。針對陽極系統，開發替代性氧化半反應技術，將氧化電壓降低至1.35V以下，相比傳統氧化半反應，不僅大幅減少能耗，還能提高產物的經濟價值，從而克服電化學CO2轉化中的高能耗及低附加值問題，實現高效商業化應用。除此之外，本研究進一步完成CO2轉化模組的驗證，串聯觸媒面積100 cm²的模組，處理量可達1噸\/年，並設計自動化設備，包括自動控制區、反應區及生成物儲存區，實現每小時處理114.3升CO2，實際產出97.6升CO，轉化率平均達85.42%。另外，報告內容涵蓋觸媒材料開發、表面處理、雙面異質技術應用及機台設計，並詳細介紹二氧化碳還原及陽極優化的技術細節，為CO2轉化技術開創了低能耗、高附加值的新方向，加速實現負碳排放技術的產業化。",
        "eng_title": "Study on the Enhancement of Electrochemical Carbon Reduction Technology",
        "eng_subject": "Taiwan's net-zero carbon emissions target has been planned in alignment with pathways outlined by the International Energy Agency (IEA), the United States, and the European Union. The primary focus before 2030 is on implementing feasible carbon reduction measures to minimize carbon emissions from both energy and non-energy sources. By 2050, Taiwan needs to process more than 40.2 million metric tons of CO2 annually to achieve net-zero carbon emissions. However, current electrochemical CO2 conversion technologies face significant challenges: \n(1)\tHigh energy consumption for converting CO2 to CO, combined with the high cost and      low efficiency of precious metal catalysts used on cathode carbon cloth, fails to meet the demands of negative carbon technology. \n(2)\tThe low value of by-products from CO2 electrochemical conversion reduces industry interest in adopting the technology.\n    This project introduces an innovative low-energy CO2 conversion module, aiming to accelerate the industrialization of negative carbon technology. The research focuses on developing high-efficiency CO2 conversion techniques to achieve net negative carbon emissions. On the cathode side, unique chemical grafting and dual-faced hydrophilic-hydrophobic treatment techniques are employed, depositing catalysts on gas-diffusion carbon cloth using a wet process. This approach increases the catalyst area to 400 cm², reduces costs by 20 times compared to traditional PVD processes, and boosts CO2-to-CO conversion efficiency to over 85%. For the anode system, alternative oxidation half-reactions are developed to reduce oxidation voltage to below 1.35V. Compared to traditional oxidation half-reactions, this innovation significantly decreases energy consumption and enhances the economic value of the products, overcoming the limitations of high energy consumption and low product value in CO2 electrochemical conversion. Additionally, the research successfully validates a CO2 conversion module by connecting modules with catalyst areas of 100 cm², achieving a processing capacity of 1 ton\/year. Automated equipment has also been designed, including automated control zones, reaction zones, and storage zones for both electrolyte and products. The system processes 114.3 liters of CO2 per hour, producing 97.6 liters of CO with an average conversion efficiency of 85.42%. The report encompasses catalyst material development, surface treatment, dual-faced hydrophilic-hydrophobic applications, and system design while detailing CO2 reduction and anode optimization techniques. This breakthrough paves the way for a low-energy, high-value-added CO2 conversion pathway, accelerating the industrialization of negative carbon emission technologies.",
        "proj_year": "113",
        "org_name": "國環院氣候變遷研究中心",
        "exe_unit": "財團法人工業技術研究院",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130917954",
        "publish_date": "20251205"
    },
    {
        "chi_title": "淨零轉型之綠色通膨影響研究計畫",
        "chi_subject": "隨著氣候變遷和環境問題日益嚴重，減碳、淨零、永續轉型等環保議題逐漸受到各國政府重視。為了達成淨零及永續發展目標，近年來許多國家紛紛提出碳邊境調整機制、碳定價、永續金融等氣候政策，卻也同時引起迅速發展的氣候政策是否可能導致綠色通膨之疑慮。爰此，本報告首先從經濟學學理上探討通貨膨脹之成因及其影響，進一步定義綠色通貨膨脹。其次，透過國際組織、主要經濟國等案例分析，討論目前世界各國對綠色通膨的關注及發展現況；彙整已實施碳定價制度的國家／地區中，相關制度對綠色通膨的評估方法及評估結果。最後，蒐羅現今各國與綠色通膨相關之政策，俾供執行單位參考。\n　　針對各主要經濟體和國家現況與相關政策回應進行研析，可看出各國因對於綠色通膨意識的不同，以及各國政府在面臨潛在衝擊之態度，進而使得在提出因應策略時，採取之政策工具亦有所不同。而蒐研國際關於綠色通膨之相關評估，研擬國內綠色通膨之估算工具以及方法論，並以碳費徵收為例進行評估。若以碳費徵收對象皆不提交自主減量計畫、皆繳納300元\/公噸CO2e進行估算，評估結果顯示對消費者物價影響約為0.07%。",
        "eng_title": "Green Inflation Impact Analysis for the Net Zero Transition",
        "eng_subject": "As climate change and environmental issues become increasingly severe, environmental topics such as carbon reduction, net zero, and sustainable transformation are gradually gaining attention from governments worldwide. To achieve net-zero and sustainable development goals, many countries in recent years have introduced climate policies such as carbon border adjustment mechanisms, carbon pricing, and sustainable finance. However, these rapidly developing climate policies have also raised concerns about the potential for green inflation.\n　　This report first examines the causes and effects of inflation from an economic perspective, further defining green inflation. Next, through case studies of international organizations and major economic countries, it discusses the global attention and development status of green inflation. It also consolidates the methods and results of green inflation assessments in countries and regions that have implemented carbon pricing systems. Finally, it gathers policies related to green inflation from various countries for reference by executing agencies.\n　　By analyzing the major economies’ policy responses on green inflation, it is evident that countries have different levels of awareness and varying attitudes toward potential impacts. This leads to differences in the policy tools they adopt when proposing strategies. In addition, the report studies international assessments of green inflation, develops estimation tools and methodologies for domestic green inflation, and uses carbon fees as an example for evaluation. Based on the assumption that all entities subject to carbon fees submit no self-determined reduction plans and pay a carbon fee of 300 NTD\/ton CO2e, the evaluation shows that the impact on consumer prices is approximately 0.07%.",
        "proj_year": "113",
        "org_name": "國環院氣候變遷研究中心",
        "exe_unit": "財團法人中華經濟研究院",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130911940",
        "publish_date": "20250109"
    },
    {
        "chi_title": "113年推動低碳垃圾車更新及一般廢棄物收運精進計畫",
        "chi_subject": "本(113)年度計畫執行期限自113年3月11日起至113年11月30日止，本年度計畫執行成果略述如下：本年度與同均動能公司合作完成1輛總重8.55公噸全電動垃圾車示範運行作業，完成該輛全電動垃圾車整車壓縮性能與安全、車輛電氣安全\/電磁相容之標準測試作業，並於臺南市安平區完成實地示範運行作業，測試結果顯示該輛全電動垃圾車每公噸垃圾減碳量約為3.6公斤；另本計畫協助環管署於9月25日邀請各縣市清潔隊完成1場次全電動垃圾車試乘體驗活動。\n本計畫協助完成100輛垃圾車車後站人防墜落設施改安裝作業，瞭解清潔隊員實際使用觀感與建議；另本計畫在113年度協助環管署完成補助地方換購174輛低碳垃圾車，並協助環管署確實掌握各縣市採購辦理進度，同時定期彙整地方政府與各機關利用共同供應契約訂購之垃圾車種類及數量供各單位參考。另本計畫於本年度完成適用113年度之低碳垃圾車共同採購招標與決標作業，為有效提升垃圾車行車安全性，已於採購規範中納入駕駛輔助系統，並規定低碳垃圾車採購規範中電池組應符合國內CNS相關標準。\n此外，本計畫協助追蹤113年度環管署補助各縣市辦理垃圾定時定點(專區)收運之成效，追蹤結果顯示過往有執行垃圾定時定點(專區)收運之路線，其服務人口有增加趨勢，值得各縣市持續推廣辦理；另本計畫透過實地訪查各縣市清潔隊垃圾車維護保養情形，發現部分區隊並未落實垃圾車一級維護保養作業，建議該等區隊應落實車輛一級保養作業；同時，本計畫持續彙整環管署補助各縣市之電動壓縮垃圾車實際使用情形，並估算節能減碳效益。",
        "eng_title": "Project of promoting the renewal of low-carbon refuse trucks and improving municipal solid waste collection, 2024",
        "eng_subject": "The implementation period of this project was from March 11th, 2024 to November 30th, 2024. The results of this project were summarized as follows: This project was to cooperate with DOKIN MOTORS CO., LTD to complete the demonstration operation of electric refuse truck with a total weight of 8.55 metric tons, and complete the standard testing operations of the compression performance and safety of the electric refuse truck, and vehicle electrical safety\/electromagnetic compatibility. It also completed a field demonstration operation in Anping District, Tainan City. The test results showed that the electric refuse truck reduced carbon emissions by approximately 3.6 kilograms per ton. In addition, this project assisted the Environmental Management Administration to invite cleaning teams from local governments to complete a test drive experience for electric refuse trucks on September 25th 2024.\nThis project assisted in completing the installation which was the fall protection equipment at the rear of the refuse truck of 100 refuse trucks, collecting the actual use feelings and suggestions of the cleaning team members. In addition, this project assisted the Environmental Management Administration in 2024 to complete the subsidy of 174 local low-carbon refuse trucks, and assist the Environmental Management Administration to control the procurement progress of local government. Meanwhile, it also regularly counted the types and quantities of garbage trucks ordered by local governments and various agencies through the Inter-entity Supply Contracts for reference by each unit. This project was also to complete the work with tendering and awarding for the joint procurement of low-carbon garbage trucks applicable to 2024. In order to effectively improve the driving safety of refuse trucks, the driving assistance systems had been included in the procurement specifications, and the battery packs in the low-carbon refuse truck procurement specifications should comply with relevant domestic CNS standards.\nIn addition, this project assisted in tracking the effectiveness of the EMA’s subsidies for local government to conduct garbage collection at designated locations (special areas) in 2024. The tracking results showed that some routes that had implemented garbage collection at designated points (special areas) in the past, and the population served by them had an increasing trend. It was worthy of continuous promotion for the local government. In addition, this project conducted on-site visits to investigate the maintenance status of refuse trucks by cleaning teams in various counties and cities. It was found that some district teams had not implemented first-level maintenance operations for refuse trucks. It was recommended that these district teams should implement first-level maintenance operations for vehicles. Meanwhile, this project continued to compile the actual use of electric compression trucks subsidized by the Environmental Protection Agency in local government, and estimate benefits of the energy saving and carbon reduction.",
        "proj_year": "113",
        "org_name": "環管署環境衛生組",
        "exe_unit": "環興科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130891871",
        "publish_date": "20250131"
    },
    {
        "chi_title": "環境用藥專業技術人員訓練教材編修計畫",
        "chi_subject": "環境用藥專業技術人員訓練及環境用藥(製造業 販賣業 病媒防治業 )專業技術人員訓練教材，因時空不同，訓練時數及教材內容需再檢視及編修，故本計畫執行參酌現行環境用藥 製造業 販賣業 病媒防治業 ) 專業技術人員訓練時數，檢討並編修教材內容，以符實務之需求。\n執行工作項目如下：\n(一 ) 檢視修正現行環境用藥專業技術人員訓練教材內容：包含環境用藥\n專業技術人員訓練教材（製造業、販賣業）共 6 章節；環境用藥專\n業技術人員訓練教材（病媒防治業）共 11 章節（除鼠類之管理章節），\n章節內容呈現之統計資料應參照官方最新公布 之資料予更新；並完\n成教材內容及練習題更新，各章節練習題至少更新 20 題。\n(二 ) 邀集相關訓練講座或專家召開 2 次諮詢討論會議，並做成會議紀錄\n及處理建議對照表，每場次至少 3 名訓練講座或專家出席。\n(三 ) 檢視課程架構、各科目名稱、時數分配、大綱是否合宜，並提出對\n應之建議方案。\n(四 ) 送交各課程教材編修者著作授權同意書予備查。\n\n本計畫已完成執行環境用藥專業技術人員製造業 販賣業 病媒防治業 ) 訓練教材編修專家之聘請，並完成環境用藥專業技術人員 製造業販賣業 病媒防治業 ) 訓練教材內容、簡報及練習題之檢視編修；完成辦理 2 場專家諮詢會，進行檢視教材課程架構、科目名稱、時數分配、大綱等是否合宜，提出對應之建議方案，並做成會議紀錄。本計畫執行進度已完成整體工作項目 100 %，符合期末報告進度 100 % %，且完成辦理 2場專家諮詢會之要求。",
        "eng_title": "Training Materia ls Revision Plan for Professional Technical Personnel in Envir onmental Agents",
        "eng_subject": "The training materials for professional technical personnel in environmental\nagents and the training programs for personnel in the environmental agents\n(manufacturing\/selling\/pest control) sectors need to be reviewed and revised\ndue to changes in time and context. Therefore, this project will consider the due to changes in time and context. Therefore, this project will consider the current training hours for professional technical personnel in the current training hours for professional technical personnel in the environmentalenvironmental agents (manufacturing\/selling\/pest control operator) sectors, agents (manufacturing\/selling\/pest control operator) sectors, review and revise the content of the training materials to meet practical needs.review and revise the content of the training materials to meet practical needs.\nThe tasks are as follows:\n1. Review and revise the current training materials for professional Review and revise the current training materials for professional technical personnel technical personnel in environmental agents: This includes the training in environmental agents: This includes the training materials for environmental agent professional technical personnel in the materials for environmental agent professional technical personnel in the manufacturing and selling sectors, which consists of 6 chapters, and the manufacturing and selling sectors, which consists of 6 chapters, and the training materials for pest control operator, which consitraining materials for pest control operator, which consists of 11 chapters sts of 11 chapters (excluding the rodent management chapter). The statistical data (excluding the rodent management chapter). The statistical data presented in each chapter should be updated based on the latest official presented in each chapter should be updated based on the latest official published information. Additionally, update the content of the materials published information. Additionally, update the content of the materials and practice questions, witand practice questions, with at least 20 new questions for each chapter. h at least 20 new questions for each chapter.\n2. Convene two consultation discussion meetings with relevant training Convene two consultation discussion meetings with relevant training speakers or experts, and create meeting minutes along with a speakers or experts, and create meeting minutes along with a recommendations comparison table. Each session should have at least recommendations comparison table. Each session should have at least three trainithree training speakers or experts in attendance.ng speakers or experts in attendance.\n3. Review the course structure, subject titles, hour distribution, and outlines Review the course structure, subject titles, hour distribution, and outlines to ensure their appropriateness, and provide corresponding to ensure their appropriateness, and provide corresponding recommendations for improvement.recommendations for improvement.\n4. Submit copyright authorization agreements from thSubmit copyright authorization agreements from the authors of each e authors of each course material for recordcourse material for record-keeping.\n\nThis project has successfully completed the hiring of experts for the revision of training materials for professional technical personnel in environmental of training materials for professional technical personnel in environmental agents (manufacturing\/selling\/pest control operagents (manufacturing\/selling\/pest control operator). The content, ator). The content, presentations, and practice questions for these training materials have been presentations, and practice questions for these training materials have been reviewed and revised. Two expert consultation meetings have been held: reviewed and revised. Two expert consultation meetings have been held:\nDuring these meetings, the course structure, subject titles, hour distribution, and outland outlines were evaluated for appropriateness, and corresponding ines were evaluated for appropriateness, and corresponding recommendations were made, along with meeting minutes documented. The recommendations were made, along with meeting minutes documented. The project execution progress has reached 100%, meeting the final report project execution progress has reached 100%, meeting the final report requirements, and fulfilling two expert consultation meetrequirements, and fulfilling two expert consultation meetings.",
        "proj_year": "113",
        "org_name": "化學署危害控制組",
        "exe_unit": "國立高雄大學",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130876693",
        "publish_date": "20250131"
    },
    {
        "chi_title": "113年度宜蘭縣推動低碳永續家園執行計畫",
        "chi_subject": "本計畫工作內容可劃分為「宜蘭縣氣候變遷因應減緩及調適工作推動」、「低碳永續家園行動項目輔導與執行」、「推廣綠能屋頂」以及「推動因地制宜低碳行動」等4大項工作。\n本計畫今年度依據「氣候變遷因應法」，協助召開宜蘭縣氣候變遷因應推動會議及氣候變遷調適方案座談會，並依據宜蘭縣第二期溫室氣體減量執行方案追蹤與管考本縣減量方案執行成果，以及彙整各局處氣候變遷調適相關推動政策、研訂宜蘭縣氣候變遷調適執行方案。\n低碳永續家園運作體系，以協助新增低碳永續家園評等認證為主要工作，今年度協助1村里取得銀級、6村里取得銅級認證；並新增47處村里報名參與，參與率達85.4%，鄉鎮市層級新增4處報名入圍，參與率達100%，並協助4處完成現地查核作業以維持評等等級。低碳永續家園行動項目輔導與執行，已輔導轄內11處村里\/社區藉由低碳示範社區計畫落實低碳永續行動項目，總計年減碳量約10,854 kgCO2e。\n為推廣宜蘭綠能屋頂，聘請太陽能光電專家針對56處太陽光電潛力案源評估，共計53處適合建置太陽能系統。另辦理2場次綠能屋頂推廣媒合說明會，邀請一般民眾、業者、機關、村里\/社區等總計40人次參與。\n推動因地制宜低碳行動，已協助8處館舍現場節能減碳診斷改善輔導，提供館舍節能減碳診斷報告書，並輔導進行節能改造工作，包含燈具、空調與冰箱汰換、屋頂灑水降溫、冷藏庫設置冷氣不外洩裝置、空調清洗保養、開口部隔熱等，總計減碳量每年約可達32.38 tonCO2e。此外，透過製作各館舍減碳成效資訊展示設置，達到展示整體減碳成效及落實低碳永續教育。",
        "eng_title": "113 Year Yilan County Low-Carbon Sustainable Homes Implementation Project",
        "eng_subject": "The project involved four primary tasks: “Promotion of Yilan Climate Change Mitigation and Adaptation Response,” “Counseling and Implementing Low-Carbon Sustainable Homeland actions,” “Promotion of Solar Roofs,” and “Promoting Locally Adapted Low-Carbon Actions”.\nThis project is based on the Climate Change Response Act and assists in organizing the Yilan Climate Change Response Meeting and the Climate Change Adaptation Implementation Plan Forum. It also follows the results of the Yilan 2nd Greenhouse Gas Reduction Implementation Plan and the Monitoring and Evaluation Reduction Implementation Plan, and consolidating the climate change adaptation policies promoted by various departments, and establishing the Yilan Climate Change Adaptation Implementation Plan.\nThe primary task of the Low-Carbon Sustainable Homeland working system is to assist villages in joining the Low-Carbon Sustainable Homeland program and help them obtain certification. This year, we assisted one village in achieving silver-level certification and six villages in obtaining bronze-level certification. Additionally, we increased the participation of 47 villages, achieving a participation rate of 85.4%. Four townships were also added to the program, bringing the participation rate in the township hierarchy to 100%. Furthermore, we conducted on-site inspections of 4 villages to ensure they could maintain their bronze-level status. In terms of counseling and implementing Low-Carbon Sustainable Homeland actions, we provided guidance to 11 villages to fulfill their actions through the Low-carbon Demonstration Community plan. The total carbon reduction achieved is approximately 10,854 kilograms of CO2e annually.\nTo promote solar roofs in Yilan, we hired experts in solar power systems to evaluate 56 potential sites. Of these, 53 sites were deemed suitable for the installation of solar roofs. Additionally, we held two solar roof promotion and matching meetings, inviting the general public, industry representatives, government officials, and village members. The total number of participants was 40.\nPromoting locally adapted low-carbon actions, we assisted eight museums with on-site diagnosis and counseling, provided energy conservation and carbon reduction reports, and guided energy-saving renovations. These renovations included replacing lighting, upgrading air conditioners and refrigerators, installing a roof sprinkler cooling system, and cleaning and maintaining air conditioners and window thermal insulation. The total carbon reduction achieved is approximately 32.38 tons of CO2e annually. Additionally, we made posters to showcase the carbon reduction results and used them to conduct low-carbon education sessions.",
        "proj_year": "113",
        "org_name": "宜蘭縣政府環境保護局",
        "exe_unit": "環榮永興股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130870526",
        "publish_date": "20250106"
    },
    {
        "chi_title": "臺東縣-113年推動廢棄物源頭減量及強化分類回收補助計畫",
        "chi_subject": "臺東縣在近幾年垃圾處理方面臨嚴峻的考驗，本縣內16鄉鎮市公所垃圾掩埋場漸趨飽和，雖有焚化廠解決當前的垃圾堆置，然日常生活垃圾仍有無處可去的困境，於是如何讓垃圾去化管道以及實踐源頭減量皆為本縣環保工作首要之務。而臺東縣環保局為落實循環署垃圾減量零廢棄之政策方針，辦理「113年度臺東縣推動廢棄物源頭減量及強化分類回收補助計畫」(以下簡稱本計畫)，加強辦理本縣16鄉鎮市垃圾源頭減量工作，執行成果摘要說明如下：\n一、\t源頭減量巡查工作\n(一)\t一次用塑膠吸管限制使用稽查13家。\n(二)\t限制使用購物用塑膠袋稽查正一豐榮店等363家。\n(三)\t限制含塑膠微粒之化粧品與個人清潔用品製造、輸入及販賣稽查鉦鑫農用百貨大賣場等172家。\n(四)\t限制塑膠類托盤及包裝盒使用稽查31家。\n(五)\t免洗餐具限制使用稽查135家。\n(六)\t產品過度包裝稽查135家。\n二、網際網路購物包裝限制使用對象及實施方式\n(一)\t稽查10家次。\n(二)\t輔導1處次使用循環箱(袋)寄送網購物品。\n三、輔導申報「減量情形」\n輔導填報計10次，填報率達98.94%。\n四、輔導設置可循環容器盛裝餐點業者\n(一)\t輔導設置可循環容器盛裝餐點業者50家業者。\n(二)\t抽查91間學校落實免洗餐具及包裝飲用水減量作業指引。\n(三)\t抽查提供可循環容器盛裝餐點業者供應鏈47家業者。\n五、輔導旅宿業實施「一次用旅宿用品」減量\n輔導5家旅宿業者。\n六、建立二手物品(二手物)循環概念店\n新增7處二手物站點，循環概念店達178間，普及率達84.14%。\n七、辦理高壓容器安全回收工作\n(一)\t清運路線78條。\n(二)\t社區資源回收示範站19處。\n(三)\t破袋數970包。\n八、垃圾費隨袋徵收評估\n完成本縣縱谷三鄉隨袋徵收評估1式。\n九、廢食用油產源清冊與營運紀錄勾稽查核\n交查總筆數共426筆，已查核426筆，查核率100%。\n十、輔導蔬果量販店或超級市場進行蔬果裸賣\n輔導6家超級市場實施蔬果裸賣。\n十一、推廣資源再使用及延長物品生命週期\n辦理2場次說明會，共35人出席。\n十二、綠島鄉及蘭嶼鄉廢潤滑油查核工作\n(一)\t綠島鄉平均季產生量：\n1.\t第一季：100公升。\n2.\t第二季：150公升。\n3.\t第三季：82公升。\n4.\t第四季：70公升。\n(二)\t蘭嶼鄉平均季產生量：\n1.\t第一季：105公升。\n2.\t第二季：54公升。\n3.\t第三季：66公升。\n4.\t第四季：132公升。\n十三、一次用飲料杯限制使用政策\n(一)\t113年3月6日提送問答集。\n(二)\t完成294家次、11處夜市及9處市場巡查及宣導。\n十四、加強辦理源頭減量宣導政策\n(一)\t獲刊5則新聞稿。\n(二)\t採購宣導品共250組。\n十五、強化資收行動站網絡及回收服務工作\n(一)\t媒合3家業者6輛回收車。\n(二)\t綠區回收活動計606次、服務人次達1,987人次。\n十六、Rebag箱維運作業\n維運19個循環箱，平均取用率為27.14％。\n十七、輔導餐飲業者提供循環容器服務\n輔導3間現金折價、3間餐點加量方式優惠。",
        "eng_title": "The 113th Annual Taitung County Plan for Promoting Waste Source Reduction and Strengthening Classification Recycling Subsidies.",
        "eng_subject": "1.Source Reduction Inspection Work\nInspected 13 businesses for restrictions on single-use plastic straws.\nInspected 363 businesses, including the Zhengyi Fengrong store, for restrictions on the use of shopping plastic bags.\nInspected 172 businesses, including Zhengxin Agricultural Supplies Supermarket, for restrictions on the manufacturing, import, and sale of cosmetics and personal care products containing plastic microbeads.\nInspected 31 businesses for restrictions on the use of plastic trays and packaging boxes.\nInspected 135 businesses for restrictions on the use of disposable tableware.\nInspected 135 businesses for excessive product packaging.\n2.Restrictions on Packaging for Online Shopping\nConducted inspections at 10 locations.\nGuided 1 business to use reusable boxes (bags) for shipping online purchases.\n3.Guidance on Reporting Reduction Situations\nProvided guidance for reporting a total of 10 times, achieving a reporting rate of 98.94%.\n4.Guidance for Establishing Reusable Container Providers\nGuided 50 businesses to establish reusable container services for meals.\nRandomly checked 91 schools to ensure the implementation of guidelines for reducing disposable tableware and packaged drinking water.\nRandomly checked 47 businesses in the supply chain for reusable container meal providers.\n5.Guidance for Hospitality Industry on Reducing Single-Use Hospitality Supplies\nProvided guidance to 5 hospitality businesses.\n6.Establishment of Second-Hand Goods Concept Stores\nAdded 7 second-hand goods locations, with a total of 178 concept stores, achieving a coverage rate of 84.14%.\n7.High-Pressure Container Safety Recycling Work\nCleared 78 routes.\nEstablished 19 community resource recycling demonstration stations.\nCollected 970 bags.\n8.Evaluation of Bag-Based Garbage Fee Collection\nCompleted the evaluation of bag-based garbage fee collection in the three towns of the county's longitudinal valley.\n9.Inspection of Waste Cooking Oil Source Registration and Operations Records\nA total of 426 records were checked, achieving a 100% inspection rate.\n10.Guidance for Supermarkets on Selling Unpackaged Fruits and Vegetables\nGuided 6 supermarkets to implement unpackaged fruit and vegetable sales.\n11.Promotion of Resource Reuse and Extension of Product Lifespan\nHeld 2 informational sessions with a total of 35 attendees.\n12.Inspection Work for Waste Lubricating Oil in Green Island and Lanyu Towns\nAverage quarterly generation in Green Island:\nQ1: 100 liters\nQ2: 150 liters\nQ3: 82 liters\nQ4: 70 liters\nAverage quarterly generation in Lanyu:\nQ1: 105 liters\nQ2: 54 liters\nQ3: 66 liters\nQ4: 132 liters\n13.Policy on Restricting the Use of Single-Use Beverage Cups\nSubmitted a Q＆A document on March 6, 113.\nCompleted inspections and promotions at 294 locations, including 11 night markets and 9 markets.\n14.Strengthening Source Reduction Promotion Policies\nPublished 5 press releases.\nProcured a total of 250 promotional items.\n15.Strengthening the Network of Resource Collection Action Stations and Recycling Services\nMatched 3 businesses with 6 recycling vehicles.\nConducted 606 green area recycling activities, serving a total of 1,987 people.\n16.Maintenance Operations for Rebag Boxes\nMaintained 19 reusable boxes, with an average utilization rate of 27.14%.\n17.Guidance for Food Service Providers on Offering Reusable Container Services\nGuided 3 businesses to provide discounts for cash transactions and 3 businesses to offer meal portion increases.",
        "proj_year": "113",
        "org_name": "臺東縣環境保護局",
        "exe_unit": "信安工程顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130870264",
        "publish_date": "20250131"
    },
    {
        "chi_title": "113年鼠害防治環境用藥管理精進計畫",
        "chi_subject": "本計畫旨在精進環境用藥殺鼠劑的管理，降低其對生態及非目標物種的危害，並防止誤用於農地。舉辦兩次多邊溝通平台會議，形成共識包括加強管理、推廣物理防治及鼠害防治專業化，不過環藥公會也有對政策提出意見。教育推廣部分，製作宣導海報與摺頁，並辦理4場次社區宣導活動，宣導農藥和環藥的識別，以及居家鼠害防治策略。\n本計畫訪談了50位南部農友，結果顯示偏好使用粒劑和粉劑，40%會自行添加餌料，80%以上對殺鼠劑次級毒害認識不足；52家農藥行調查發現，多數販售環境用藥，販售18種產品中僅1種登記為農藥，但有店家反映管制殺鼠劑可能會改用農藥托福松。餌盒試驗於10個地點進行，裸放鼠餌的非目標物種誤食率最高，包括貓、狗、斑鳩、白鼻心等，而大型餌盒能顯著降低非目標物種誤食，也提高鼠類取食效率。不過非洲大蝸牛取食鼠餌的問題仍有待解決。\n\t後續建議包括: \n1.\t加強宣導防鼠三不觀念(不讓鼠來、不讓鼠住、不讓鼠吃)，並說明殺鼠劑對生態之危害，讓大眾在使用殺鼠劑時更加謹慎，並優先考慮其他替代方法。\n2.\t推廣使用鼠餌盒，讓大眾知道有此項工具可以防止非目標物種誤食，逐漸養成使用習慣，以利後續政策推動。\n3.\t可測試第一代抗凝血殺鼠劑(剋滅鼠)之滅鼠效率，若滅鼠成效在可接受範圍內，再據以評估第一代、第二代抗凝血殺鼠劑之差別管制作法。\n4.\t進行非目標生物毒害長期監測，調查殺鼠劑傳播途徑，並比較管理方式改變前後，監測結果是否存在差異。\n5.\t應深入研究各種鼠類對目前殺鼠劑成份是否存在抗藥性。\n6.\t鼓勵研發或引進替代藥劑及其他物理性滅\/防鼠裝置。",
        "eng_title": "The 2024 Environmental Rodenticide Management Enhancement Project for Rodent Control",
        "eng_subject": "This project aims to enhance the management of environmental rodenticides, reduce their ecological and non-target species impact, and prevent misuse in agricultural fields. Two multilateral communication platform meetings were held, reaching a consensus on strengthening management, promoting physical control methods, and professionalizing rodent control. However, the Environmental Chemicals Association raised concerns about certain policies. For public education, promotional posters and brochures were created, and four community outreach events were conducted to educate participants on distinguishing between agricultural and environmental rodenticides and strategies for home rodent control.\nThe project included interviews with 50 farmers in southern Taiwan, revealing a preference for granular and powdered rodenticides, with 40% adding their own bait and over 80% unaware of secondary poisoning risks. Surveys of 52 agricultural supply stores showed that most sold environmental rodenticides, with only one of the 18 products registered as an agricultural pesticide. Some retailers expressed concern that stricter rodenticide regulations might lead to the use of more hazardous pesticides like Terbufos. Bait station trials conducted at 10 locations showed that exposed bait had the highest non-target species consumption rates, involving cats, dogs, pigeons, and masked palm civets. Large bait stations significantly reduced non-target species consumption while improving rodent feeding efficiency. However, the issue of African snails consuming bait remains unresolved.\nRecommendations for future actions include:\n1.\tStrengthen public education on the Three No's approach to rodent prevention (no inviting rodents, no allowing them to stay, and no providing food). Highlight the ecological harm caused by rodenticides to encourage more cautious use and prioritize alternative methods.\n2.\tPromote the use of bait stations to inform the public about this tool, which can prevent non-target species from accidental ingestion. Gradually cultivate a habit of using bait stations to facilitate the implementation of future policies.\n3.\tTest the rodent control efficacy of first-generation anticoagulant rodenticides (coumatetralyl). If the results are within an acceptable range, evaluate and develop differentiated management approaches for first- and second-generation anticoagulant rodenticides.\n4.\tConduct long-term monitoring of toxicity effects on non-target organisms to investigate the transmission pathways of rodenticides. Compare monitoring results before and after changes in management strategies to identify any differences.\n5.\tUndertake in-depth research to determine whether various rodent species exhibit resistance to current rodenticide ingredients.\n6.\tEncourage the development or introduction of alternative rodenticides and other physical rodent control\/prevention devices.",
        "proj_year": "113",
        "org_name": "化學署危害控制組",
        "exe_unit": "昕昌生態科研有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130868888",
        "publish_date": "20250106"
    },
    {
        "chi_title": "細懸浮微粒(PM2.5)碳成分之分析方法評析及技術開發(1\/2)",
        "chi_subject": "本計畫目的是細懸浮微粒碳成分之分析方法評析及技術開發，目前台灣尚未訂定細懸浮微粒碳成分分析的標準方法，故可能因為不同計畫分析的工作方法上存在差異，導致數據不可比較，因此本計畫以目前國際上最常被使用的細懸浮微粒碳成分分析方法進行比對，並評估適合台灣周界環境的碳成分分析方法，以訂定未來台灣之碳成分分析標準方法。\n本計畫目的是細懸浮微粒碳成分之分析方法評析及技術開發，目前臺灣尚未訂定細懸浮微粒碳成分分析的標準方法，故可能因為不同計畫分析的工作方法上存在差異，導致數據不可比較，因此本計畫以目前國際上最常被使用的細懸浮微粒碳成分分析方法進行比對，並評估適合臺灣周界環境的碳成分分析方法，以訂定未來臺灣之碳成分分析標準方法。\n本計畫之工作內容包括文獻回顧、建置至少兩種細懸浮微粒碳成分之分析方法、於工業區及都會區採樣與分析細懸浮微粒元素碳（EC）及有機碳（OC）濃度與研擬細懸浮微粒碳成分分析的建議方法。本計畫已完成彙整國內外25篇相關文獻，建置三種細懸浮微粒碳成分之分析方法，分別是IMPROVE_A、NIOSH 5040與EUSAAR_2方法，及完成六月與九月份之工業區(高雄市鳳林國中)及都會區(高雄市復興國小及臺南市林森交通站)採樣與分析。另外，本計畫亦研究分析濾紙分布的均勻性，以確認同一樣品重複取樣分析之差異比例。已建置之IMPROVE_A、NIOSH 5040與EUSAAR_2三方法的方法偵測極限分別是0.23、0.11與0.13 μgC\/cm2(分母單位是每平方公分的濾紙)；同一樣品重複取樣7次分析之標準偏差與平均值比例為IMPROVE_A為0.06、NIOSH 5040為0.04、EUSAAR_2為0.03，故同一樣品的分布均勻性為可接受。IMPROVE_A與NIOSH 5040兩方法之實地採樣分析結果顯示總碳（TC）之決定係數於鳳林站與復興站分別是0.9924與0.9933，亦即兩方法之相關性非常高，但是IMPROVE_A之TC濃度高於NIOSH 5040約12%，而文獻回顧中亦有相似結果。本計畫分別於6月25日、6月27日與9月26日進行實地採樣、碳分析儀器操作與標準品及樣品分析步驟之技術擴散。\n為評估不同儀器、光學校正、溫度協議，使用Sunset Laboratory Inc.販售之三種不同濃度標準品、計畫於6、9月實地採樣及臺南市各地實地採樣之結果進行數據結果討論，依序首先比較不同儀器分析完整性，再探討不同光學校正方法之差異，最後分析不同溫度協議之優劣。\nSunset分析儀需進行4次分析才可將分析數值低於偵測極限，反觀DRI分析儀只需進行1次分析即可；於標準品之分析結果，DRI分析儀也表現出較Sunset分析儀更接近標準品參考值之結果，故以DRI分析儀進行後續分析。於三種濃度之標準品平均值比較結果，TOT之分析結果較TOR更為接近標準品參考值，於大氣採樣樣品之分析數據，TOT與TOR兩光學校正法之相關性差異不大；最後IMPROVE_A、NIOSH 5040、EUSAAR_2之三種溫度協議之分析結果，除NIOSH 5040差異較大外，IMPROVE_A與EUSAAR_2結果差異不大，但根據DRI之分析圖譜可知光學法修正之分析以IMPROVE_A最符合。\n未來工作為進行高污染季節的採樣及其碳成分分析，並彙整以研擬建議方法。",
        "eng_title": "Development and evaluation of analysis method for carbon content in fine particle",
        "eng_subject": "The purpose of this project is to evaluate and develop analysis methods for carbon components in fine particulate matter (PM2.5). Currently, Taiwan has not established standardized methods for analyzing carbon components in PM2.5, leading to potential discrepancies in analytical approaches across different projects, which makes data comparison challenging. Therefore, this project compares the most commonly used international methods for PM2.5 carbon component analysis and evaluates methods suitable for Taiwan's environmental context to establish a standard analytical method for carbon components in PM2.5 in the future.\nThe project tasks include literature review, establishing at least two analytical methods for PM2.5 carbon components, sampling and analyzing elemental carbon (EC) and organic carbon (OC) concentrations in industrial and metropolitan areas, and proposing recommendations for PM2.5 carbon component analysis methods. To date, the project has compiled 25 relevant studies, established three analytical methods for PM2.5 carbon components (IMPROVE_A, NIOSH 5040, and EUSAAR_2), and completed sampling and analysis in industrial areas (Fenglin Junior High School, Kaohsiung City) and metropolitan areas (Fuxing Elementary School, Kaohsiung City, and Linsen Bus Station, Tainan City) in June and September. Additionally, the uniformity of filter paper distribution was analyzed to confirm the variation ratio for repeated sampling and analysis of the same sample. The detection limits for the established methods IMPROVE_A, NIOSH 5040, and EUSAAR_2 were 0.23, 0.11, and 0.13 μgC\/cm² (filter area), respectively. The ratio of standard deviation to mean for seven repeated analyses of the same sample was 0.06 for IMPROVE_A, 0.04 for NIOSH 5040, and 0.03 for EUSAAR_2, indicating acceptable uniformity. Field sampling results for total carbon (TC) using IMPROVE_A and NIOSH 5040 showed high correlation coefficients at Fenglin Station and Fuxing Station, with R² values of 0.9924 and 0.9933, respectively. However, TC concentrations obtained via IMPROVE_A were approximately 12% higher than those from NIOSH 5040, a result consistent with findings from the literature review. The project also conducted technical dissemination on field sampling, carbon analyzer operation, and standard\/sample analysis procedures on June 25, June 27, and September 26.\nTo assess differences among instruments, optical corrections, and temperature protocols, the project used three standard samples of varying concentrations provided by Sunset Laboratory Inc., along with field samples collected in June, September, and various locations in Tainan City. The results were analyzed and discussed as follows: first, comparing analytical integrity across instruments; second, exploring differences among optical correction methods; and finally, evaluating the advantages and disadvantages of different temperature protocols.\nThe Sunset analyzer required four analyses to obtain values below the detection limit, whereas the DRI analyzer achieved this in just one analysis. Regarding standard sample analysis, the DRI analyzer demonstrated results closer to the reference values compared to the Sunset analyzer, leading to its selection for subsequent analyses. For the three concentration levels of standard samples, TOT results were closer to reference values than TOR. In atmospheric sample analysis, there was little difference in correlation between TOT and TOR optical correction methods. Lastly, among the three temperature protocols (IMPROVE_A, NIOSH 5040, and EUSAAR_2), results from IMPROVE_A and EUSAAR_2 were more consistent, while NIOSH 5040 showed greater variability. Based on DRI analysis spectra, the optical correction method under IMPROVE_A was the most accurate.",
        "proj_year": "113",
        "org_name": "國環院檢測技術中心",
        "exe_unit": "國立成功大學",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130866716",
        "publish_date": "20260108"
    },
    {
        "chi_title": "113年度臺南市氣候變遷減緩及調適工作推動計畫",
        "chi_subject": "「113年度臺南市因應氣候變遷推動低碳永續家園執行計畫」共計七大工作主軸，分別為：辦理氣候變遷減緩與調適相關會議及推廣教育活動、低碳永續家園成果維護查核作業、輔導行政區（里）低碳永續行動項目示範與維運建置、推動行政區（里）參與低碳永續家園認證評等、推廣設置太陽光電系統、低碳永續家園培訓與宣導活動以及環境部考核管考作業等。\n在「辦理氣候變遷減緩與調適相關會議及推廣教育活動」部分，本計畫已完成1場次「113年臺南市因應氣候變遷減緩調適推動低碳永續家園研商會議」及1場次「113年臺南市因應氣候變遷減緩調適推動低碳永續家園升等工作坊」，共計72人次區公所同仁及社區代表參與，主要向代表說明113年度區政考核、低碳永續家園評等推動計畫介紹、行動項目成果文件撰寫技巧；2場次氣候變遷因應推動會，共102人次專家學者與局處代表參與，完成審議112年度溫室氣體減量執行成果報告及臺南市氣候變遷調適執行方案（113-115年），後續將由各業務單位參酌委員意見修正；3場次氣候變遷減緩與調適推廣教育活動，共181名市民參與，主要以世界咖啡館及戶外自行車活動互動，探討氣候變遷議題。\n在「低碳永續家園成果維護查核作業」部分，本計畫已完成5處氣候變遷署及17處環保局指定查核對象查核作業，各單位的維護狀況大致良好，並建議環保局每年可持續挹注經費，以協助行政里發展低碳相關作為。\n在「輔導行政區（里）低碳永續行動項目示範與維運建置」部分，截至9月行政里認證維運核定18處申請單位，總輔導經費共65萬元，經費全數用罄；行政里示範建置核定19處申請單位，總輔導經費共100萬元，餘10萬元；行政區示範建置共核定1處申請單位，總輔導經費共5.625萬元，餘16.875萬元。\n在「推動行政區（里）參與低碳永續家園認證評等」部分，本計畫已新增4處銅級行政區（後壁區、新市區、大內區、中西區）、18處銅級行政里（新營區忠政里、新營區南紙里、六甲區菁埔里、大內區大內里、大內區頭社里、佳里區安西里、新化區東榮里、新化區太平里、新化區豐榮里、新市區豐華里、楠西區密枝里、東區和平里、東區崇善里、東區龍山里、東區大福里、北區仁愛里、中西區郡王里、中西區淺草里）、2處銀級行政里（南區國宅里、善化區溪美里）及14處報名成功（白河區崁頭里、白河區關嶺里、白河區馬稠後里、白河區廣蓮里、六甲區大丘里、北門區文山里、北門區蚵寮里、歸仁區南保里、歸仁區新厝里、北區正覺里、北區長勝里、北區合興里、中西區赤嵌里、中西區城隍里），另有2處銅級行政里（安南區城西里、安南區媽祖宮里）由嘉南藥理大學團隊輔導。至今，臺南市低碳永續家園共計37處行政區全數參與，其中6處行政區取得銀級、5處行政區取得銅級、26處行政區報名成功；649處行政里中，其中14處行政里取得銀級、68處行政里取得銅級、453處行政里報名成功，參與率82.4%。\n在「推廣設置太陽光電系統」部分，已完成辦理2場次宣導說明會，並收集有意願設置太陽光電系統的民眾資料。截至9月底，已完成16處太陽光電案場現場評估。另有關「113年臺南市太陽光電系統建置輔導計畫」，共3處提出申請，於11月15日完成驗收核銷作業。\n在「低碳永續家園培訓與宣導活動」部分，本計畫期中已完成2場次低碳永續推廣宣導會，共計108位民眾參與，主要向民眾介紹低碳永續家園執行內容，並由銀級社區分享成功案例，有效推廣低碳永續家園；1場次低碳永續家園觀摩活動，共計70位社區代表共同參與，活動主要至銀級社區進行參訪，了解在地特色，落實低碳永續家園理念；2場次培訓專班，共136名臺南市各局處代表、企業代表及成功大學學生參與，主要提升與會同仁對減碳淨零方面專業知識。\n在「環境部考核管考作業」部分，本計畫彙整113年度考核評分標準，並由臺南市淨零永續、產業輔導、氣候變遷等計畫及本計畫執行考核項目，滿分100分中有5分由BAF填列產出，33分由氣候變遷署審核產出，推估最終得分為99.9分。",
        "eng_title": "2024 Tainan City Climate Change Adaptation and Low-Carbon Sustainable Homeland Implementation Plan",
        "eng_subject": "The 2024 Tainan City Climate Change Adaptation and Low-Carbon Sustainable Homeland Implementation Plan focuses on seven key areas: climate change mitigation and adaptation, low-carbon homeland maintenance, project assistance, certification promotion, solar photovoltaic installations, training, and evaluation. These initiatives aim to advance Tainan's vision of a sustainable and resilient city.\nTo address climate change challenges, the project conducted consultation and promotion meetings with government representatives, experts, and citizens. Two consultation sessions engaged 72 participants, discussing district evaluations, certification processes, and documentation techniques. Two promotion meetings with 102 attendees reviewed greenhouse gas reduction results and adaptation plans, while educational activities involved 81 citizens in interactive discussions and outdoor events to deepen awareness of climate-related issues.\nEfforts to maintain and verify low-carbon homeland outcomes included inspections at 22 sites, revealing positive maintenance results. Continued funding was recommended to support local low-carbon initiatives. For low-carbon action projects, funding was provided to support 18 administrative districts in certification maintenance, while was provided to 19 demonstration projects. Remaining funds from other allocations indicate effective resource management.\nThe promotion of certification saw the addition of 4 bronze-certified districts, 18 bronze-certified villages, and 2 silver-certified villages, along with 14 successfully registered villages. Currently, Tainan boasts 6 silver and 5 bronze-certified districts, and among its 649 villages, 14 hold silver and 68 hold bronze certifications, highlighting significant progress in community participation.\nSolar photovoltaic systems were a key focus, with two informational sessions leading to 16 site assessments. Under the city’s assistance program, funding was provided for three projects, which were completed and verified by November 15. These efforts align with Tainan’s commitment to expanding renewable energy adoption.\nTraining and promotional activities reached diverse audiences, including 108 citizens through two promotional events and 70 representatives in a community observation session. Two training courses equipped 136 participants, including government and business representatives, with expertise in carbon reduction and net-zero practices.\nFinally, the evaluation process aligned with Tainan’s net-zero goals, with a scoring system emphasizing sustainability and project outcomes. By November, the city achieved a perfect score of 100, reflecting its commitment to low-carbon development and climate resilience.\nTainan City’s comprehensive actions underscore its dedication to addressing climate change and advancing sustainable development, setting a benchmark for resilient urban planning and community-driven initiatives.",
        "proj_year": "113",
        "org_name": "臺南市政府環境保護局",
        "exe_unit": "磐誠工程顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130856585",
        "publish_date": "20250106"
    },
    {
        "chi_title": "園區廢棄物處理設施及醫療廢棄物減碳專案工作計畫",
        "chi_subject": "本計畫之執行核心為「掌握資源化產品運作狀況，研析訂定明確資源化產品品質標準，提升資源化產品品質及整體管理效能」、「掌握國內工業區及科學園區事業廢棄物處理設施運作狀況，並彙整各部會推動低碳園區之行動措施與發展」、「彙整國內工業區及科學園區內產業共生網絡模式，瞭解產業廢棄資源運作狀況」、「推動醫療機構產生廢棄物源頭減量及循環利用，規劃減碳執行策略」，以及「配合本計畫執行相關行政作業」，提升計畫執行成效及品質等五項。\n為掌握資源化產品的運作狀況，本計畫分析112年公民營機構資源化產品生產情形，透過許可證登載規範及蒐集再利用產品之管理情形，研擬資源化產品的品質標準，並提出強化管理系統之建議及規劃，藉以提升管理效能；同時彙整各部會推動低碳園區的行動措施與發展情況，藉以了解發展方向與進度；此外本計畫亦調查國內工業區與科學園區的環保用地釋出現況，透過分析國內尚未開發之環保設施用地及產業園區\/科學園區整體現況，評析推動產業共生網絡之可行區域，掌握能資源循環推動潛勢，研擬建立3個園區推動資源與能源的循環利用之模式。\n推動醫療機構資源循環方面，本年度盤點廢棄物流布情形，推動廢棄物減量及再利用，藉由與實際推動之醫療院所請益，及辦理綠色醫療高階主領航營，宣導及交流我國對於綠色醫療之政策及醫院經驗分享，持續提升醫療機構資源循環、節能及碳排放之成效，並推動全方位的永續發展。最後，透過行政支援與10場次實地訪視，輔以專家學者協助，了解業界資源化產品生產情形，及提供相關改善意見，提升計畫的執行成效及品質。",
        "eng_title": "Year 2024 industrial park waste treatment facility and medical waste carbon reduction project",
        "eng_subject": "The implementation core of this plan is to grasp the operation status of resource recycled products, analyze and establish clear quality standards for resource recycled products, and improve the quality of resource recycled products and overall management efficiency and master the waste treatment facilities of domestic industrial zones and science parks operation status, and summarize the action measures and development of low-carbon parks promoted by various ministries, integrate the industrial symbiosis network model in domestic industrial zones and science parks to understand the operation status of industrial waste resources, promote the reduction from source and recycling of waste generated by medical institutions, plan carbon reduction implementation strategies, as well as collaborate with the implementation of relevant administrative requirements for this project to improve the effectiveness and quality of this project implementation.\nIn order to understand the operation status of resource recycled products, the project analyzes the production situation of resource recycled products at private organizations for the year 2023, and develops quality standards for resource recycled products from specifications registered on permits and understanding of recycled products management situation, as well as proposes recommendations and plans to strengthen the management system to improve management efficiency. At the same time, the project compiles the action measures and development status of various ministries in promoting low-carbon parks to understand the development direction and progress. In addition, this project also investigates the environmental protection of domestic industrial zones and science parks regarding the current situation of lands settled for environment protection facilities. Through analysis of lands for environmental protection facilities and the overall status of industrial parks\/science parks in the nation, we evaluate feasible areas for promoting industrial symbiosis networks, and the potential of promoting energy and resource recycling, and plan to establish three parks to promote resources. and energy recycling model.\nIn terms of promoting resource recycling at medical institutions, this year we analyze the inventory of waste distribution situations, promote waste reduction and reuse, and communicate with medical institutions that are actually working on waste reduction, and host a high-level green medical pilot camp for green medical policies and hospital experience sharing. We will continue to improve the effectiveness of resource recycling, energy conservation and carbon emissions reduction for medical institutions, and promote all aspects sustainable development. Lastly, the project through administrative support and 10 on-site visits, and assistances provided by experts and scholars, we have learned about the production situation of resource recycled products in the industries and provided relevant improvement suggestions to enhance the execution effectiveness and quality for this project.",
        "proj_year": "113",
        "org_name": "循環署循環處理組",
        "exe_unit": "環資國際有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130837692",
        "publish_date": "20250110"
    },
    {
        "chi_title": "112年至113年災害整備及應變與復原支援系統計畫(第2年)",
        "chi_subject": "本計畫整合既有的「環境災害管理資訊系統」基礎上建構「災情預警應變決策支援系統」，提供各級環保機關單位即時掌握國內災情現況及降雨趨勢，有效協助環境部超前部署及決策支援輔助，達到災防及環境復原效益。\n持續精進「環境災害管理資訊系統（EMIS）」及「災情預警應變決策支援系統(DEDS)」系統功能及資料擴充作業，完成各項災害整備及應變資源API 資料介接，包括: 登革熱確定病例、清潔隊環保設施(備)管理系統(清運機具)、空地、空屋、工程工地資料(巡檢、清消)、焚化廠營運管理資訊(貯坑量)、公有掩埋場管理資訊(剩餘容積)、災情資訊、水情雲端平台(淹水地區)及即時天氣資訊(雷達回波圖)。另精進「災情預警應變決策支援系統」，具備戰情資料分析，依據天災應變時期，以圖台及儀表板展現環保機關關切之災害情資、環保設施災損、環境清理情形、清潔車輛、登革熱、空地空屋工地巡檢等資訊展示於GIS 決策圖台，以利環境部即時掌握災情及資源調度協處之決策。\n此外，維運管理「環境災害管理資訊系統」及「災情預警應變決策支援系統」並配合辦理系統資訊安全相關作業，另協助機關使用無障礙檢測工具Freego 檢測且進行程式修正，並向數位發展部重新申請無障礙標章。\n依機關指示成立天災（或環境災害）資訊管理應變支援小組，本計畫已於113年0403花蓮地震、113年7月22日凱米颱風、113年9月29日山陀兒颱風、113年10月29日康芮颱風、113年11月14日天兔颱風，共計5次天然災害派任本計畫人員進駐協助及2名工程師待命解決系統相關問題，至災害應變小組解編。\n本計畫辦理6場系統實機教育訓練，訓練內容包括:應變管理資訊雲端服務（EMIC2.0）實機操作，以及環境部環境災害管理資訊系統（EMIS）與災情預警應變決策支援系統（DEDS）說明。並於113年5月9日辦理「113年度模擬複合式災害線上系統操作演練(颱風\/地震情境)」，並於113年8月26日假新北市客家文化園區辦理「113年環保災防應變與復原業務交流與分享會議」，本次會議透過應變整備與演練績優單位頒獎、地方政府環境復原經驗分享及綜合討論等內容，促進防災整備與環境復原經驗交流及提升環保防災實務經驗。",
        "eng_title": "Disaster Response and Recovery Decision Support System Program",
        "eng_subject": "This project builds upon the existing Environmental Disaster Management Information System to develop the Disaster Early Warning and Emergency Decision Support System. This system enables environmental protection agencies at all levels to monitor domestic disaster situations and rainfall trends in real time, effectively assisting the Ministry of Environment in proactive planning and decision-making, thereby achieving disaster prevention and environmental recovery benefits.\nThe project continuously enhances the functionalities and data integration of the Environmental Disaster Management Information System (EMIS) and the Disaster Early Warning and Emergency Decision Support System (DEDS). It also integrates APIs for disaster preparedness and emergency resource management. The integrated resources include confirmed dengue fever cases, cleaning team and environmental protection facilities (equipment management systems), vacant land and properties, inspection and disinfection data for construction sites, incinerator operational information (waste pit capacity), public landfill management (remaining capacity),disaster information, cloud-based water information platforms (flooded areas), and real-time weather data (radar images). Furthermore, the DEDS system has been refined to support\nsituational data analysis, displaying disaster-related intelligence, environmental facility damage, cleanup statuses, cleaning vehicles, dengue fever outbreaks, and vacant property inspections on GIS dashboards. This allows the Ministry of Environment to swiftly manage disaster situations and coordinate resource allocation.\nIn addition, the project maintains and manages both systems while ensuring compliance with information security protocols. Accessibility tests using the Freego accessibility evaluation tool were conducted, with necessary program revisions made, and the accessibility certification re-applied through the Ministry of Digital Affairs.\nFollowing agency directives, a Disaster (or Environmental Disaster) Information Management and Emergency Response Task Force was stablished. During 2024, personnel from this project were deployed six times to assist in emergency responses for natural disasters, including the Hualien Earthquake (April 3), Typhoon Kalim (July 22), Typhoon Sanba (September 29), Typhoon Khanun (October 29), and Typhoon Haiyan November 14). Two engineers were also on standby to address system-related issues until the task force was dissolved post-response.\nThe project conducted six system hands-on training sessions covering topics such as the operation of the Emergency Management Information Cloud Service (EMIC2.0) and the functionalities of the EMIS and DEDS systems. On May 9, 2024, a simulated composite disaster system operation drill (typhoon\/earthquake scenario) was held online. Additionally, an Environmental Disaster Prevention,Response, and Recovery Business Exchange Conference was hosted on August 26, 2024, at the Hakka Culture Park in New Taipei City. This event featured award presentations for outstanding units in preparedness and drills, experience sharing by local governments on environmental recovery, and comprehensive discussions, fostering knowledge exchange and enhancing practical disaster prevention expertise.",
        "proj_year": "113",
        "org_name": "環管署綜合規劃組",
        "exe_unit": "財團法人台灣產業服務基金會",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130829567",
        "publish_date": "20250117"
    },
    {
        "chi_title": "宜蘭縣-113年度宜蘭縣水污染源稽查及水污費徵收查核計畫",
        "chi_subject": "本計畫之執行重點在於協助環保局推動轄區內水污染源稽查管制工作以及水質監測工作，確實掌握宜蘭縣轄區內水污染源之水污染防治現況，透過計畫之稽查管制工作，督促轄內列管之事業單位落實水污染防治設施之操作維護，達成轄內各流域測站水質改善之目標。期末報告統計自113年1月1日至9月30日之階段執行成果摘要如下：\n一、\t水污染防制許可審查、現勘及發證\n計畫期間本計畫執行許可審查件數395件(634件次)，現場廢水處理設施勘查77件，核發67家許可證(文件)，總核發率為51.9%。許可審查平均天數為14天(總審查天數\/審查件數)。協助執行水污染防治相關許可文件資料庫管理、建置、維護、更新作業，水污染源系統相關作業建檔共計673件。\n二、\t事業及污水下水道定期申報審查\n113年1月、4月定檢申報對象共324家，申報率為100%，計畫完成審查率為100%；113年7月定檢申報對象共254家，申報率為100%，計畫完成審查率為29.6%。\n三、\t協助稽查家數(包括工業區清查、採樣及送樣)\n計畫期間共執行水污染源稽查385家次，其中「屬於水污法定義範圍內之列管事業」(包括工業區查核、採樣及送樣)有374家次，工業區清查有152家次，協助水質採樣送驗作業有11家次，目標達成值分別為90.6%及304%。因違反水污法相關規定，告發處共46件，總罰鍰金額為新臺幣17,319,594元整。\n四、\t已完成1家次水污染源廢水處理設備功能評鑑之初評、單元設施採樣、複評、及3家廢水處理設施妥善操作輔導；108~112年功能評鑑應追蹤複查對象共3家，統計至113年9月30日止已完成追蹤複查3家，追蹤複查進度為100%。\n五、\t協助執行水質水量自動監測與攝錄影監視系統操作\n計畫期間10家應執行月有效監測記錄值百分率皆達90%以上(惟興中紙業二廠pH項目113年3月22日因電極故障未達法規規範以上)。季有效監測記錄值百分率比對5家，各季SS及COD項目5家均達80%以上，符合法令規範。相對誤差測試查核(RATA)，5家對象之SS及COD皆符合相對誤差測試查核(RATA)之相對準確度標準。CWMS事業查核10家次。\n六、\t執行環工技師執行水污染簽證業務查核2家次。\n\n七、\t完成河川定期水質監測採樣檢測共計18站32點次。執行龍潭湖、大湖、雙連埤、梅花湖、翠峰湖等五大湖泊水質採樣15點次。\n八、\t關鍵測站23家畜牧業，113年度已查核輔導23家35家次。\n九、\t協助辦理水污染防治費徵收\n1.\t113年第1期(徵收區間為112年7~12月)，應於113年1月31日申報對象共188家，申報期間內完成申報共188家，申報率及催收率為100%。\n2.\t113年第2期(徵收區間為113年1~6月)，應於113年7月31日申報對象共188家，申報期間內完成申報共185家，申報率及催收率為100%。\n3.\t計畫期間並完成水污染防治費徵收對象現場查核比對30家。\n十、\t113年1月22日辦理內部教育訓練會議，使與會人員更加瞭解及熟悉作業流程，與會人數17人。另於113年3月21日辦理許可整合說明會議，協助業者完成空、水、廢、毒化物污染流向圖繪製說說明，與會人數76人。且於113年9月中旬完成精進輔導優先試辦對象輔導修正污染流向圖23家次及擴大輔導污染流向圖22家次，持續維運環保許可整合之單一窗口。",
        "eng_title": "Yilan County - 113th Annual Yilan County Water Pollution Source Audit and Water Sewage Fee Collection Verification Plan",
        "eng_subject": "The focus of this program is to assist the EPA in promoting the inspection and control of water pollution sources and water quality monitoring within the EPA's jurisdiction, in order to accurately grasp the current status of water pollution prevention and control of water pollution sources within Yilan County's jurisdiction, and through the program's inspection and control work, to supervise and monitor the operation and maintenance of water pollution prevention and control facilities within the county's jurisdiction in order to improve the quality of the water in each of the watershed stations within the county's jurisdiction. The results of the final report from January 1 to September 30, 113 are summarized as follows",
        "proj_year": "113",
        "org_name": "宜蘭縣政府環境保護局",
        "exe_unit": "康廷工程顧問企業有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130818783",
        "publish_date": "20250106"
    },
    {
        "chi_title": "新竹縣-113年度資收關懷計畫",
        "chi_subject": "今年度共計收運576次，補助金額達2,439,605元，環境巡迴服務部分，已協助10位個體戶清理貯存區，行動資收站部分，服務2,013人次。",
        "eng_title": "Recycle caring plan in Hsinchu County, the Year 2024",
        "eng_subject": "In the event, a total of 576 times of a load of carry, and the amount of subsidy was up to $2,439,605; about the tour of cleaning service, we helped 10 self-employed people to clean up the storage area. Regarding the part of the mobile recycling station, 2,013 person-times were served.",
        "proj_year": "113",
        "org_name": "新竹縣政府環境保護局",
        "exe_unit": "創境科技有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130813932",
        "publish_date": "20250120"
    },
    {
        "chi_title": "113年即時線上水質感測技術開發(3\/4)計畫",
        "chi_subject": "為推動高效水質物聯網應用並延續環境部在環境水質物聯網的相關成果，本團隊以既有研發為基礎，持續投入研發、強化品管並擴大應用，執行多元場域驗證與商業化探討。本年度三大執行重點之計畫成果包括：(一)優化及整合水質感測器：(1)升級4台小型化光學感測模組並完成1個月場域測試，可自主運作2至3週，顯著降低維護需求；(2)於台中市大里溪河段進行3個月自清功能感測器測試，可延長維護週期兩倍，有效降低人力成本；(3)分析物聯網技術瓶頸與發展趨勢，提出應用於環境部業務的方向；(4)完成小型化物聯網重金屬感測設備研發，提出設計與成本效益分析。(二)多元運用感測元件，精進水質模式推估與污水廠節能：(1)應用LDC曲線及LQ公式分析南崁溪水質，中上游以點源污染為主，其中東門溪與大檜溪橋降雨時非點源污染增加顯著，符合水質須削減97%以上污染量；(2)應用時段與邏輯控制對污水廠鼓風機操作進行節能研究，分別節省了18%和32%的電能，相當於每年減少了12~23噸的二氧化碳排放；(3)於水庫以及主要河川試行無人機水質感測與標準方法採樣，除感測結果相近外，成本效益分析顯示，無人機採樣具備持續研發潛力；(4)近10年的水質長期監測數據結合污染整治大事件，顯示趨勢統計可有效連結水質改善與整治措施的影響。在6個測站中，WQI和水溫多呈常態分布，雨量無適合分布型態；流量與環境變數、雨量的關係較弱，需優化模型。相關性分析顯示，氨氮與總磷為東港溪主要污染因子，與畜牧廢水及生活污水排放密切相關。RPI多數測站呈下降趨勢，WQI上升，顯示10年間水質逐漸好轉，特別是生化需氧量和大腸桿菌群的改善，與畜牧廢水整治推動相關。(三)透過4次協辦會議與展覽、4篇論文發表及1項美國專利申請，持續優化技術與分析應用，擴大計畫影響。團隊定期追蹤進度，穩定數據品質，推動中央與地方合作，將水聯網融入生活，提升水質透明化與環境品質，讓民眾有感。",
        "eng_title": "The Project of Developing Real-time Online Water Quality Sensing Technology in FY113",
        "eng_subject": "For enhancing and continuing applications of water IoT project with the Ministry of Environment (MOENV), the project team reviewed previous R＆D accomplishments and focused on enhancing quality control, expanding the application, conducting diverse field verifications, and exploring commercialization opportunities this year. The main purpose of this project is concentrated on three areas: (1) Optimization and Integration of Water Quality Sensors: Upgraded four compact optical sensing modules, achieving a 1-month field test with 2-3 weeks of autonomous operation, significantly reducing maintenance needs; Conducted a 3-month trial of self-cleaning sensors in Taichung's Dali River, extending maintenance intervals by twofold and reducing labor costs; Analyzed IoT bottlenecks and development trends, proposing applications tailored to MOENV needs; Developed miniaturized IoT heavy metal sensing equipment with design and cost-effectiveness assessments. (2) Diverse Sensor Applications and Efficiency Improvements: Applied LDC and LQ models to analyze Nankan River water quality, identifying point source pollution upstream and significant non-point source increases during rainfall, requiring over 97% pollutant reduction; Conducted energy-saving studies on wastewater plant blower operations using time-based and logic-based controls, reducing energy consumption by 18% and 32%, equivalent to 12-23 tons of annual CO₂ reduction; Trialed drone-based water quality sensing and sampling in reservoirs and rivers, demonstrating comparable results to standard methods and potential for further development; Long-term monitoring data over 10 years showed significant links between pollution control events and water quality improvements, with WQI rising and RPI declining at most sites. Key factors included ammonia nitrogen and total phosphorus from agricultural and domestic wastewater sources. (3) Promotion and Collaboration: Through four collaborative meetings and exhibitions, four published papers, and one U.S. patent application, the team continues to optimize technology and expand project impacts. By tracking progress, ensuring data quality, and fostering cooperation between central and local governments, the project integrates IoT into daily life, enhancing water quality transparency and improving environmental outcomes for public benefit.",
        "proj_year": "113",
        "org_name": "環境部環境資訊科技司",
        "exe_unit": "財團法人工業技術研究院",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130809646",
        "publish_date": "20250114"
    },
    {
        "chi_title": "113年度環境衛生管理資訊系統功能精進計畫",
        "chi_subject": "環管署自97年建置「清淨家園顧厝邊綠色生活網Ecolife(簡稱綠網)」，因建置迄今已將逾16年，由於系統建置時間較早其程式語法較舊，不利於功能整合及新功能開發，故於111年度重新建置「環境衛生管理資訊系統(簡稱ESMS系統)」以取代現行綠網。113年度具體成果於下分項敘明。\n「強化補助計畫執行管控功能」：配合環境部「美質環境推動計畫」執行管控相關作業，提供工程補助申請、進度填報、計畫變更、審核管理系統功能，ESMS系統持續維運及優化112~113年度「公廁改善工程執行管控功能」。本計畫已完成114~115年度工程補助申請、進度填報、計畫變更、審核管理、統計查詢、強化公廁歷年資料庫系統功能及工程補助計畫管理儀表板，以利提升行政程序效率，確實掌握計畫執行情形輔助相關政策推動。此外，完成協助辦理兩場次補助計畫系統業管討論會議，共計63人參與。\n「協助移轉綠網資料至ESMS系統，並配合環境管理署業務優化資料維運管理服務功能」：已於113年6月3日上架ESMS系統，並採雙軌程序以確保無縫轉移、維持系統業務統計之延續與彈性。將Ecolife轉移至ESMS系統，完成建置空地空屋工地列管案件可視化呈現功能及髒亂點地圖圖層功能，讓使用者能夠直觀查看和分析地理資訊數據，掌握各部會所轄之空地、空屋及工地環境管理及孳生源清除作業現況。\n「113年度直轄市及縣(市)政府環境保護績效評鑑考核計畫」與公廁及環境衛生業務成效管理需求，優化資料維運管理服務功能，提供相關考核數據資料」：依「公共廁所列管及維護管理指引」優化公廁行動版介面。運用Line機器人通知環保單位，即時受理民眾評鑑案件。盤點環境衛生管理業務於既有系統填報統計現況，完成建置防疫物資電子化填報系統功能，統一管理防疫物資量能，並完成臺鐵及臺三線公廁評比自動分析統計功能，持續每月協助彙整全國臺鐵及臺三線公廁評比結果。\n配合環境管理署智慧公廁政策推動，完成協助「環境衛生管理資訊系統(ESMS)」串接智慧型手機版本介面，即時呈現公廁環境狀況與相關環境衛生智慧管理數據」：已建置行動版公廁管理平台，接收智慧公廁各項感測器之即時數據，透過即時關鍵資訊呈現，輔助各地方環保局業務管理。\n本計畫依各項電子化作業規定，輔導地方執行機關確實依時填報並維持資料品質，亦配合113年修正之「公共廁所列管及維護管理指引」，完成辦理「民眾QRCode通報改版說明」、「公廁基本資料盤點注意事項說明」及「公廁基本資料盤點事項討論」等系統1場次業務相關會議及3場次系統操作教育訓練，增進中央與委辦團隊之業務溝通，以提升我國環境衛生管理成效。",
        "eng_title": "2024 The Environmental Sanitation Management System Improvement Project",
        "eng_subject": "The Environmental Protection Administration established the 'Green Lifestyles-Green Home' (hereinafter referred to as Ecolife) in 2008.. The system had been in operation for over 16 years, but its architecture became outdated due to its early design. The system was unfavorable for function integration and the development of new functions, and hence re-established in 2022 as “Environmental Sanitation Management System (hereinafter referred to as ESMS)” to replace the existing Ecolife.  The 2024 outcomes are specified in the following descriptions. \n “Enhance Execution and Oversight Functions for Premium Public Bathroom Projects”: Provide project funding application, progress report completion, program change, review and management system function, add EMES system in continuous maintenance\/repair and optimize the 2023-2024 “Public Bathroom Improvement Project Execution and Control Function,” in cooperation with the execution and control related process of “High-Grade Public Bathroom and Quality Environment Promotion Program” promulgated by the Ministry of Environment.”  Provide 2023-2024 project funding application, progress report completion, program change, review management, statistics inquiry and strengthening of database system function of public bathrooms over the years, to improve the efficiency of administrative procedures, and grasp the actual executions of the program and assist with the promotion of related policies. \n “Migrate Ecolife data to the ESMS and collaborate with the Environmental Protection Administration to enhance data maintenance and operational management services”: Transfer Ecolife to ESMS, establish the visualization function of a vacant home, vacant lots, and controlled construction site cases and mapmaking of messy sites, allowing users to directly view and analyze Geographic Information System (GIS) data to manage environmental conditions and track the removal of breeding grounds for pests at vacant lots, homes, and construction sites managed by each department. \n“Optimize the management service function of data operation and provide related assessment data according to the “2024 municipality and county (city) government environment protection performance assessment and evaluation program” and requirement of management over public bathrooms and environmental sanitation operations”: Optimize the mobile interface of public bathrooms according to the “Guidelines for Public Bathroom Control and Maintenance.” The environmental protection units are notified by Line Notify and can instantly accept cases of public assessment. The operations of environmental sanitation management on the statistics status of existing system report completion are conducted, while the e-report completion system for anti-epidemic supplies is established to collectively control the level of anti-epidemic supplies, in addition to providing the automatic analysis statistics function for ratings of the public bathrooms in Taiwan Railways and Provincial Highway 3. \n “Cooperate with the Environmental Management Administration’s Smart Public Bathroom Policy and link the “Environmental Sanitation Management System (ESMS) with the mobile interface of smartphones to present the real-time environmental status of public bathrooms and the data related to environmental sanitation and smart management”: Establish the mobile version of public bathroom management platform to receive real-time data from all sensors in smart public bathrooms and assist the local environmental protection departments for management through the presentation of real-time critical data.  \nThe program provides counseling to local execution agencies to complete the report timely and maintain data quality according to the regulations governing various digitalization. The program also cooperates with the 2024 revised “Guidelines for Public Bathroom Control and Maintenance” and holds meetings for “Description of public QRCode report revision” “description of basic data and inventory precautions of public bathrooms,” and “basic data inventory and discussion of pubic bathrooms” as well as other system operations, thereby to improve the communication of services between the central and commissioned teams, so as to boost Taiwan’s management performance in environmental sanitation.",
        "proj_year": "113",
        "org_name": "環管署環境衛生組",
        "exe_unit": "信諾科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130787637",
        "publish_date": "20250124"
    },
    {
        "chi_title": "113年度臺南市逸散源空污AI科技監控計畫",
        "chi_subject": "統計計畫執行期間，113年1月02日至113年11月30日止智能監控設備已完成架設3處，1處廟會智能監控另2處為農廢露燃智能監控，配合廟會繞境聯合稽查小組作業計畫執行期間共執行30場次，根據107年至112年廟會陳情熱區的分析，發現中西區及北區的廟會活動較為頻繁；廟會智能監控設備於113年2月19日提送規劃書，選定中西區富驛時尚酒店及YES遠東漢中揚大樓作為設備設置地點，監控範圍涵蓋127間寺廟；截至10月31日，廟會智能監控系統偵測到196筆，AI自動辨識出145筆，於3月份，新增耀光辨識後，煙火捕捉率從初期的5至6成提高到7成，因此改善了捕捉煙火的效果，雖然8月份因農曆7月廟宇施放煙火數量較少，但於9月份隨著廟會活動和中秋節的到來，煙火數量增加，經過不斷精進，煙火的辨識捕捉率提升至74.0%。農廢露燃智能監控方面根據112年臺南市消防局的火災露燃案件統計分析結果熱區為下營、官田、西港、安定、關廟、安南等。為提高即時通報效益並加強管制，本計畫在這些高潛勢區域安裝了露燃智能監控設備，截至11月25日，官田鋼鐵官田廠的設備共辨識66件露天燃燒事件，其中僅有1件與消防局火警登入系統的案件吻合；偵測座標的平均誤差約556公尺，造成誤差的原因主要是前方有遮蔽物，在無遮蔽物的情況下，誤差可縮小至300公尺內；中信金融管理學院的設備辨識出14件案件，同樣僅有1件符合消防局火警登入系統的案件紀錄，誤差約為329公尺，在無遮蔽物時可縮小至100公尺以內。\n研判火災影響空氣品質啟動緊急應變作業條件為火警出動分隊數大於8分隊啟動緊急應變作業，並立即連繫消防局，若大於10分隊將通知各計畫執行相關權責及每30分鐘分析一次空品概況圖。自計畫開始執行至113年11月25日，空噪科Track AIR通報及主管通知的案件共有131件，其中，有28件案件進行了火災空品分析，另外103件則未啟動應變機制。根據不同火災類別，工廠及倉庫火災發生次數有122場，廢棄物回收廠火災3場，異味火災與廢棄物火災各2場，百貨五金店火警2場；於發佈臉書訊息共有25場次，跑馬燈發佈17場次，鋼瓶採樣3場次，PTT回覆8場次，LINE發佈16場次，以及跨局處通報25場次。",
        "eng_title": "Statistics for the execution period of the project, from January 2 to November 30, 2024",
        "eng_subject": "Statistics for the execution period of the project, from January 2 to November 30, 2024, indicate that three intelligent monitoring devices have been installed. One monitors temple events and the other two monitor agricultural waste open burning. During the execution of the joint inspection team operations for temple parades, 30 events were conducted. An analysis of temple complaints from 2018 to 2023 showed that temple activities were more frequent in the Central West and North Districts. The intelligent monitoring equipment for temples was planned on February 19, 2024, with Futai Boutique Hotel in the Central West District and YES Far East Hanzhongyang Building selected as installation sites, covering 127 temples. As of October 31, the system detected 196 instances and AI automatically identified 145. With the addition of Yaoguang recognition in March, the fireworks capture rate improved from 50%-60% to 70%, although fewer fireworks in August due to the lunar July saw an increase during temple activities and the Mid-Autumn Festival in September, enhancing the recognition rate to 74.0%.\nA planning document for temple festival monitoring was submitted on February 19, 2024. The locations chosen for equipment installation were the FX Hotel in the Central West District and the YES Far Eastern Hanzhongyang building, covering 127 temples. As of October 31, the temple monitoring system detected 196 incidents, with AI automatically recognizing 145 of them. In March, the firework capture rate increased from an initial 50-60% to 70%.Regarding agricultural waste open-burning monitoring, statistics from the Tainan City Fire Department for 2023 identified hotspots for fire incidents in Xiaying, Guantian, Xigang, Anding, Guanmiao, and Annan. To enhance immediate reporting and strengthen control, monitoring equipment has been installed in these high-risk areas. As of October 31, the equipment at the Guantian Steel Plant in Guantian identified 66 open burning incidents, with only one matching the Fire Department's recorded cases. The average coordinate error was approximately 556 meters, primarily due to obstructions, which could be reduced to less than 300 meters without such obstructions. The equipment at China Credit Information Service Management College identified 14 incidents, with only one matching official records, resulting in an error of about 329 meters, which could be reduced to under 100 meters when unobstructed.\nThe conditions for initiating emergency response operations due to fire impacting air quality require the deployment of more than eight fire units, prompting immediate contact with the fire department. If more than ten units are deployed, relevant authorities are notified, and air quality overview diagrams are analyzed every 30 minutes. From the start of the project to November 25, 2024, there were 131 cases reported by Track AIR and notified by authorities. Among these, 28 cases underwent fire air quality analysis, while 103 did not activate the response mechanism. Based on different types of fires, there were 122 factory and warehouse fires, 3 waste recycling plant fires, 2 odor-related fires, 2 waste fires, and 2 fires at hardware stores. There were 25 cases where messageswere posted on Facebook, 17 cases where ticker messages were issued, 3 gas sampling events, 8 responses on PTT, 16 announcements on LINE, and 25 cross-department notifications.",
        "proj_year": "113",
        "org_name": "臺南市政府環境保護局",
        "exe_unit": "堃捷工程股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130778037",
        "publish_date": "20250131"
    },
    {
        "chi_title": "113年度嘉義縣推動生物質等物料資源循環計畫",
        "chi_subject": "計畫緣起\n嘉義縣擁有廣大的農業資源，隨著農業生產與加工的發展，農業廢棄物如廢木材、廢農膜及廢蚵殼等問題日益嚴峻，對環境帶來極大壓力。此外，傳統的廢棄物處理方式，如露天燃燒、就地掩埋與以家用垃圾形式至焚化爐焚化，已不符合永續發展目標，不僅造成空氣污染，還排放大量溫室氣體，加劇全球暖化的威脅。\n\n嘉義縣環保局秉持「減量化、資源化、安定化、無害化」的廢棄物管理原則，致力於推動循環經濟及資源再利用。本計畫透過農業廢棄物資源回收與高值化策略，有效減少廢棄物量，提升再利用效益，並降低碳排放，達到經濟、環保及社會永續發展的目標。\n\n計畫目標\n農業廢木材清運與再生利用：\n有效清運廢木材，促進廢木材氣化發電，實現能源轉化與碳減排效益。\n提升廢農膜回收量能：\n建立穩定的收運及再利用管道，並促進農膜高值化產品製造。\n碳排放分析與減碳效益量化：\n透過現有露天燃燒與替代再生發電情境比較，明確計算碳減排效益，達成低碳目標。\n拓展廢棄物資源循環與商業模式：\n透過輔導與媒合，建立穩定回收體系，促進資源流通，創造經濟效益與產業鏈發展。\n\n廢木材清運與碳減排成果\n一、廢木材清運成果\n嘉義縣環保局於113年度大幅提升廢木材清運效率，共清運457.44公噸廢木材，較112年度的28.64公噸，成長13.7倍，成效顯著。\n\n盈松環保公司標購其中209公噸廢木材，以每公噸1,000元的價格進行交易。\n該批廢木材經再利用發電，成功產生297,142 kWh的綠電，符合再生能源政策目標。\n盈松環保公司因此獲得約150萬元收入，嘉義縣環保局則透過木材標售獲得20萬9,000元之收入，創造雙重經濟效益。\n二、碳排放比較\n現有情境：露天燃燒\n傳統露天燃燒廢木材方式產生大量溫室氣體，根據IPCC指標，計算209公噸廢木材的碳排放量：\n\nCO₂排放量：439.5噸\nCH₄排放量：2.94噸（換算為CO₂當量）\nN₂O排放量：4.67噸（換算為CO₂當量）\n總排放量：447.11噸 CO₂e\n替代情境：再生發電\n將209公噸廢木材用於再生發電，產生297,142 kWh電能，根據台灣2023年電網排放係數（0.509 kgCO₂\/kWh），可減少：\n\n減排量 = 297,142 × 0.509 × 0.001 = 151.27噸 CO₂\n碳減排效益\n比較露天燃燒與再生發電的碳排放量，計算出實際碳減排效益：\n\n447.11 − 151.27 = 295.84噸 CO₂e\n透過再生發電，嘉義縣成功減少近295.84噸 CO₂e碳排放，轉化廢棄木材為綠電，有效推動環境永續發展。\n\n三、焚化量減少效益\n過去廢木材常與家用垃圾一同送至鹿草焚化廠進行焚化，增加焚化廠負擔。本計畫有效減少417.97公噸廢棄物焚化量，依據外縣市協助處理廢棄物的收費標準（每公噸4,000元），節省費用達：\n\n417.97公噸 × 4,000元\/公噸 = 1,671,880元\n\n四、綜合效益\n經濟效益：盈松環保公司獲利約150萬元，環保局獲得20萬9,000元收入。\n環境效益：成功減少295.84噸 CO₂e碳排放量。\n成本節省：減少焚化廠負荷，節省約167萬元垃圾處理費用。\n\n農膜回收與再利用成果\n一、廢農膜清運與再製\n嘉義縣廢農膜回收成效顯著，113年度收運量達63.886公噸，較112年度成長4.3倍。收運的廢農膜經合格再利用業者處理後，製成高附加價值的塑膠顆粒原料，應用於再生塑膠瓶、花盆等產品，達成農業塑膠回收流通與再利用目標。\n二、區域型農業塑膠清洗場啟用\n113年6月14日，嘉義縣東石合作農場於嘉義縣環保局輔導下正式啟用國內首座區域型農業塑膠清洗循環場，配備完整的處理設備，包含：破碎、水洗及乾燥設施：年清洗量可達2,000公噸廢農膜。水資源循環：清洗水經過過濾和沉澱處理後循環再利用，沉澱土石可作為堆肥或補土使用，落實完整資源循環機制。\n三、農膜逆向回收模式\n環保局輔導光建工業執行「農膜逆向回收」模式，透過供應商與農民合作，113年度成功回收84公噸廢農膜，並建立穩定的回收與再利用商業模式，確保供需暢通，促進廢農膜的高值化運用。\n\n蚵殼執行成果及效益\n嘉義縣環保局制定「嘉義縣廢棄牡蠣殼暫存場設置管理要點」，規範暫存場設置及污染防治措施，輔導業者合法申請及設置暫存場，確保廢蚵殼堆放管理符合法規要求，解決長期堆積問題且減少蚊蟲孳生與異味，提升周邊居民的生活環境。\n本年度迄今，嘉義縣環保局積極輔導未合法業者進行申請，包含石璣、威宏、隆興、裕益等四家業者，其中石璣已整理資料並送件申辦興辦事業計畫，預計114年完成申請。\n針對蚵殼後端應用，嘉義縣環保局積極媒合企業，推動廢蚵殼再利用，開發創新應用，提升蚵殼的經濟價值：\n1. 農業用途：加工蚵殼粉作為土壤改良劑或堆肥添加物，改善土壤酸鹼度。\n2. 工業用途：將蚵殼再製成建材、緩衝包材及混凝土添加料，替代部分傳統資材。\n3. 日常產品：蚵殼粉廣泛應用於拖鞋、抗菌粉體、機能性紡織品等，成功轉化為高附加價值產品。\n\n結論與未來展望\n本計畫透過廢木材清運再生發電、廢農膜高值化再製及輔導廢棄蚵殼暫存場設置，達到顯著的經濟效益與環境效益：\n減少碳排放：實現295.84噸 CO₂e碳減排效益，減緩氣候變遷影響。\n節省焚化成本：減少約167萬元焚化處理費用，提升焚化廠效能。\n推動資源循環：建立農膜、廢木材與蚵殼的再利用機制，促進產業發展。\n未來，嘉義縣環保局將：\n擴大收運範圍：納入嘉義轄內更多木材來源，包括學校修剪樹木、行道樹及山區木竹材等資源，提升整體回收與再利用量能。\n引進新技術：促進高值化加工與商業應用，打造完整的循環經濟產業鏈。\n透過持續推動廢棄物再利用與減碳政策，嘉義縣將朝向低碳永續發展邁進，成為資源循環與環境保護的領航者。",
        "eng_title": "2024 Chiayi County Biomass and Material Resource Recycling Promotion Plan",
        "eng_subject": "Waste Wood Collection and Carbon Reduction Results\n1. Waste Wood Collection Results\nIn 2024, the Chiayi County EPB significantly improved waste wood collection efficiency, collecting a total of 457.44 tons, an increase of 13.7 times compared to 2023’s 28.64 tons.\n\n209 tons were purchased by Ying-Song Environmental Company at a price of NT$1,000 per ton.\nThis batch of waste wood was reused for power generation, producing 297,142 kWh of green electricity, aligning with Taiwan’s renewable energy policy goals.\nYing-Song Environmental Company generated revenue of approximately NT$1.5 million, while the Chiayi EPB earned NT$209,000 from the sale of the wood, achieving dual economic benefits.\n2. Carbon Emission Comparison\n\nExisting Scenario: Open Burning\nTraditional open burning of waste wood emits significant greenhouse gases. Based on IPCC standards, the emissions from 209 tons of waste wood are:\n\nCO₂ emissions: 439.5 tons\nCH₄ emissions: 2.94 tons CO₂e\nN₂O emissions: 4.67 tons CO₂e\nTotal emissions: 447.11 tons CO₂e\nAlternative Scenario: Renewable Power Generation\nUsing 209 tons of waste wood for renewable power generation produces 297,142 kWh of electricity. Based on Taiwan’s 2023 power grid emission factor of 0.509 kg CO₂\/kWh, this reduces emissions by:\n\nReduction = 297,142 × 0.509 × 0.001 = 151.27 tons CO₂\nCarbon Reduction Effectiveness\nComparing open burning with renewable power generation, the actual carbon reduction benefit is:\n\n447.11 − 151.27 = 295.84 tons CO₂e\nBy converting waste wood into renewable power, Chiayi County successfully reduced approximately 295.84 tons CO₂e, effectively promoting environmental sustainability.\n\n3. Reduction of Incineration Volume\nIn the past, waste wood was often treated as household garbage and sent to the Lucao Incineration Plant, increasing its operational burden. This project effectively reduced 417.97 tons of waste incineration. Based on the inter-county waste disposal cost of NT$4,000 per ton, this saved:\n\n417.97 tons × NT$4,000\/ton = NT$1,671,880\n4. Overall Benefits\n\nEconomic Benefits: NT$1.5 million revenue for Ying-Song Environmental Company and NT$209,000 for the EPB.\nEnvironmental Benefits: Reduction of 295.84 tons CO₂e emissions.\nCost Savings: NT$1.67 million saved in incineration treatment costs.\nAgricultural Film Recycling and Reuse Results\n1. Waste Agricultural Film Collection and Reprocessing\nThe recycling performance of waste agricultural films in Chiayi County improved significantly in 2024, with a total collection volume of 63.886 tons, representing a 4.3-fold increase compared to 2023. The collected agricultural films were processed by certified recycling companies into high-value plastic pellets, which were used to produce recycled plastic bottles, flowerpots, and other products.\n\n2. Launch of the Regional Agricultural Plastic Washing Facility\nOn June 14, 2024, the Chiayi County Dongshi Cooperative Farm officially launched Taiwan’s first regional agricultural plastic washing and recycling facility, equipped with:\n\nCrushing, washing, and drying systems, capable of cleaning 2,000 tons of agricultural plastic annually.\nWater resource recycling: The washing water is filtered and reused, while sediment is used for compost or soil amendment, achieving a complete resource recycling system.\n3. Reverse Recycling Model\nThe EPB guided Guangjian Industrial in implementing a reverse recycling model, facilitating cooperation between suppliers and farmers. In 2024, 84 tons of waste agricultural film were successfully collected and processed, establishing a stable commercial recycling model that promotes the high-value utilization of agricultural plastics.\n\nOyster Shell Results and Benefits\nThe Chiayi EPB formulated the “Chiayi County Waste Oyster Shell Storage Site Management Guidelines”, which regulate storage site operations and pollution prevention measures. By assisting businesses in establishing legal storage sites, the EPB resolved long-standing problems of mosquito infestations, odors, and environmental deterioration.\n\n1. Progress of Storage Site Applications\nThe EPB actively guided four businesses:\n\nShiji: Successfully completed documentation and submitted the project plan.\nWeihong and Longxing: Applications are in progress.\nYuyi: Opted out of application processing.\nCurrently, over 80,000 tons of waste oyster shells are being stored and managed in compliance with regulations.\n\n2. Resource Reuse and Innovation\nThe EPB actively mediated with enterprises to promote innovative oyster shell reuse, enhancing their economic value through:\n\nAgricultural Use: Processing shells into lime powder for soil amendment.\nIndustrial Applications: Manufacturing construction materials and cushioning materials.\nDaily Products: Developing shell-based products such as slippers, antimicrobial powders, and functional textiles.",
        "proj_year": "113",
        "org_name": "嘉義縣環境保護局",
        "exe_unit": "華門工程顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130776814",
        "publish_date": "20250107"
    },
    {
        "chi_title": "屏東縣113年度「優質公廁及美質環境推動計畫」經常門補助計畫",
        "chi_subject": "屏東縣環境保護局推動「屏東縣113年度優質公廁及美質環境推動計畫」，期透過本計畫協助巡檢轄內公廁與週遭環境衛生並輔導管理單位改善，以落實環境維護工作，同時針對中央部會之空屋空地及工地進行巡查，避免廢棄物棄置、雜草叢生及髒亂點等情形導致登革熱孳生，並針對轄內清潔隊員進行登革熱培訓宣導，以提高登革熱防治工作的認知，防範登革熱疫情蔓延，保障民眾健康福祉",
        "eng_title": "Quality Public Toilet and Beautiful Environment Promotional Project in Pingtung County,2024",
        "eng_subject": "The Environmental Protection Bureau Pingtung County Government is promoting “Quality Public Toilet and Beautiful Environment Promotional Project in Pingtung County,2024”. This initiative aims to assist in inspecting public toilets and surrounding environmental hygiene, as well as guiding management units for improvements, to implement environmental maintenance work. Additionally, the plan includes inspections of vacant houses, vacant lots, and construction sites under the central government to prevent issues such as waste disposal, overgrown weeds, and unsightly conditions that could lead to the breeding of dengue fever. Training and awareness programs on dengue fever will also be conducted for cleaning crew members to enhance their understanding of dengue prevention efforts, thereby preventing the spread of dengue fever and ensuring the health and well-being of the public.",
        "proj_year": "113",
        "org_name": "屏東縣政府環境保護局",
        "exe_unit": "磐誠工程顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130762249",
        "publish_date": "20250110"
    },
    {
        "chi_title": "金門縣113年度「優質公廁及美質環境推動計畫」經常門補助計畫",
        "chi_subject": "金門縣環境保護局(以下簡稱環保局)為改善本縣環境品質，推動各鄉鎮清淨家園行動計畫，營造永續優質環境衛生，減少髒亂點、藉由機動巡邏加強取締民眾廢棄物任意傾倒、棄置之情形發生，藉以提升民眾主動清理居家環境及水溝、遛狗隨手清狗便、勿亂丟菸蒂、吐檳榔渣(汁)等環境衛生行為，以及提升本縣垃圾棄置點稽(巡)查應變能量，於本計畫推動各項相關宣導教育及環境認養活動，同時協助本縣環境衛生評比及考核各項工作。\n截至期末報告前，本工作團隊每月進行髒亂點巡查共446件，並透過於髒亂點架設攝影機共拍攝到6次隨意棄置垃圾包之行為；於每月巡查列管公廁，並在第一季前完成本縣356座列管公廁及歷年補助公廁現況之盤查，依每月巡檢結果更新公廁分級標籤；連鎖便利商店、網咖及連鎖咖啡店共巡查492次，已完成本縣列管空屋空地共113處及每月巡查中央列管空屋空地共24次，並協助提報相關巡查樣態，協助處理30件陳情案及追蹤後續改善情況，環境清潔週成果已於3月提送。",
        "eng_title": "Kinmen County 2024 Quality Public Restrooms and Environmental Enhancement Promotion Plan Subsidy Program",
        "eng_subject": "The Environmental Protection Bureau of Kinmen County (hereinafter referred to as the EPB) is dedicated to improving the county's environmental quality by promoting clean and sustainable community action plans in each township. These efforts aim to establish a high-quality and sustainable sanitary environment, reduce littering hotspots, and strengthen enforcement against illegal waste dumping and littering through mobile patrols.\n\nThe initiative encourages residents to proactively clean their living environments, maintain clear drainage systems, pick up after pets, avoid littering cigarette butts, and refrain from spitting betel nut residue (or juice). It also enhances the county's capacity for monitoring and responding to illegal waste disposal incidents. Various public education and environmental adoption activities are implemented as part of this plan, along with assistance in evaluating and assessing the county's sanitation and cleanliness efforts.\n\nAs of the final report period, the project team conducted monthly inspections of 446 littering hotspots, capturing six instances of illegal garbage dumping using surveillance cameras. Additionally, all 356 regulated public restrooms and those funded by previous subsidy programs were assessed by the first quarter, with updates made to restroom classification labels based on monthly inspection results.\n\nThe team performed 492 inspections of chain convenience stores, internet cafes, and chain coffee shops. A total of 113 regulated vacant houses and lands were identified, with monthly inspections conducted for 24 sites under central government regulation. The team also provided reports on various inspection patterns, addressed 30 citizen complaints, and followed up on subsequent improvements. Results from the Environmental Cleaning Week were submitted in March.",
        "proj_year": "113",
        "org_name": "金門縣環境保護局",
        "exe_unit": "大立環保科技有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130756266",
        "publish_date": "20250110"
    },
    {
        "chi_title": "113年度嘉義縣氣候變遷減緩及調適工作推動計畫",
        "chi_subject": "面對全球氣候變遷挑戰與中央2050淨零轉型政策，嘉義縣環境保護局為推動本縣淨零減碳路徑及及修訂氣候變遷調適執行方案，擬執行「113年度嘉義縣氣候變遷減緩及調適工作推動暨減污淨零行動計畫」，藉此作為推動氣候變遷調適及淨零目標，善盡共同保護地球環境之責任，使嘉義縣逐步發展成為淨零城市。\n一、 分析本縣歷年碳排放源資訊，盤點與量化本縣減排項目\n(一)\t計算本縣111年度溫室氣體排放量，並製作溫室氣體排放調查報告書，由盤查結果可知111年本縣溫室氣體總排放量為558.685萬公噸CO2e，其中以能源部門為最大宗，能源-工業61.29%、能源-運輸18.37%、能源-住商及農林漁牧14.64%，其他則分別為農業部門、廢棄物部門及工業部門，分別佔3.37%、1.80%及0.52%。林業部門的固碳量為54.602萬公噸CO2e。\n(二)\t訂修「溫室氣體減量執行方案」，依據溫室氣體排放部門別，追蹤各項減量策略之進度，並彙整結果與檢討成效，並完成110至112年成果報告。\n(三)\t研提嘉義縣淨零路徑圖：依據嘉義縣溫室氣體第二階段減量執行方案和國家溫室氣體減量標準，規劃本縣114年短期目標為減量10%達469萬公噸淨排放量， 119年中期目標為減量24±1%達396萬公噸淨排放量。\n二、 推動事業溫室氣體盤查作業\n(一)\t完成本縣列管（第一批及第二批）製造部門共計10家排放源排放數據與相關設施資料之現場查核作業。\n(二)\t完成5處非列管溫室氣體排放源排放量盤查輔導。\n三、 配合推動氣候變遷因應推動會相關事宜\n(一)\t召開協商（研商）會：於113年5月27日至7月10日分別辦理9場次「各領域行動計畫研商會議」；於113年8月9日辦理1場次「嘉義縣氣候變遷調適執行方案專家學者諮詢座談會」，邀集有關機關、專家學者及民間團體舉辦座談會，訂修氣候變遷調適執行方案；於9月5日辦理1場次「\t嘉義縣氣候變遷因應推動會-調適因應組工作會議」；於10月4日辦理1場次「嘉義縣氣候變遷因應推動會113年度第2次會議」；於11月29日辦理1場次「嘉義縣因應推動會－減碳行動組會議」。\n四、 配合「氣候變遷因應法」，訂修氣候變遷調適執行方案\n(一)\t透過基礎環境資料調查，彙整嘉義縣環境現況，作為研擬調適執行方案與策略之背景資料。\n(二)\t評估氣候變遷衝擊，分析氣候變遷環境議題對地方所衍生之衝擊影響，界定關鍵調適領域之優先順序。\n(三)\t依國家氣候變遷行動綱領、國家氣候變遷調適行動計畫及領域調適行動方案，完成本縣氣候變遷調適執行方案（草案），並於嘉義縣氣候變遷因應推動會提送審查通過。\n五、 溫室氣體教育訓練課程\n(一)\tISO 14064-1:2018組織溫室氣體內部查證人員訓練\n於113年6月11至12日辦理1場次ISO 14064-1:2018組織溫室氣體內部查證人員訓練，訓練結束經測驗合格者提供研習證明。課程內容包含國際間溫室氣體發展趨勢、國家溫室氣體發展與管理、ISO 14064-1 內容講解、盤查導入流程與技巧、排放係數之選用與排放量之計算及實務案例研討等內容。\n(二)\t溫室氣體盤查教育訓練\n於113年6月18日及8月8日各辦理1場次溫室氣體盤查教育訓練，主題為廠內排放源（以使用電力為主、柴油（堆高機、小發財車）+使用電力、用煤、天然氣（燃油\/燃氣鍋爐等設備）、柴油+使用電力）等），訓練結束經測驗合格者提供研習證明。課程內容包含政府推動政策\/法規介紹、溫室氣體排放量盤查作業指引、溫室氣體減量（抵換）專案介紹、國際趨勢、組織型碳盤查實務操作及案例演練（難易度中）\/分組討論、測驗等內容。\n六、 溫室氣體、氣候變遷調適教育宣導及減污教育推廣活動\n(一)\t於11月22日辦理1場次淨零專家諮詢論壇。\n(二)\t於10月8日辦理1場次南方治理平台跨縣市交流會議。\n(三)\t於8月24日及10月27日辦理氣候變遷減緩及調適推廣教育活動2場次，可互動式參與內容，強化民眾對氣候變遷調適政策與低碳生活具體作為；另於10月21日辦理1場次氣候變遷減緩及調適推廣教育活動（中階主管課程）。\n(四)\t於113年12月11日辦理1場減污教育推廣活動（嘉義縣產業碳管理、碳費徵收實務座談會）。\n(五)\t完成製作主題式海報3則，包含氣候變遷現在進行式、碳費三子法及綠建築指標，強化民眾對溫室氣體及氣候變遷調適等的認知及觀念。",
        "eng_title": "The 2024 Chiayi County Climate Change Mitigation and Adaptation Action Plan",
        "eng_subject": "Facing the Challenges of Global Climate Change and the Central Government’s 2050 Net-Zero Transition Policy, the Chiayi County Environmental Protection Bureau Plans to Implement the 2024 Chiayi County Climate Change Mitigation and Adaptation Action Plan and Pollution Reduction and Net-Zero Action Plan\nThe plan aims to promote climate change adaptation and achieve net-zero goals, fulfilling the shared responsibility of protecting the planet and progressively transforming Chiayi County into a net-zero city.\n\n1. Analysis of Chiayi County’s Historical Carbon Emission Sources and Quantification of Emission Reduction Projects\n(1) Calculation of Greenhouse Gas Emissions in 2022\nThe greenhouse gas (GHG) emissions for Chiayi County in 2022 totaled 5.58685 million metric tons of CO₂e.\nThe energy sector contributed the largest share, with energy-industry emissions accounting for 61.29%, energy-transportation at 18.37%, and energy-residential, commercial, and agricultural sectors at 14.64%.\nOther sectors included agriculture (3.37%), waste (1.80%), and industry (0.52%).\nForestry provided carbon sequestration of 0.54602 million metric tons of CO₂e.\n(2) Revision of the Greenhouse Gas Emission Reduction Plan\nTrack the progress of reduction strategies for each emission sector, compile results, and review effectiveness.\nComplete the 2020–2022 results report.\n(3) Drafting Chiayi County’s Net-Zero Pathway\nShort-term goal for 2025: Reduce emissions by 10% to 4.69 million metric tons of net emissions.\nMid-term goal for 2030: Reduce emissions by 24% ± 1% to 3.96 million metric tons of net emissions.\n\n2. Promotion of GHG Inventory Operations for Businesses\n(1) On-site inspections of emission sources from 10 regulated industrial facilities.\n(2) Guidance on GHG inventories for five non-regulated emission sources.\n\n3. Support for Climate Change Adaptation Steering Committee\n(1) Organizing consultation and discussion meetings:\nMay 27 – July 10, 2024: Nine sectoral action plan discussions.\nAugust 9, 2024: Climate change adaptation plan consultation with experts and stakeholders.\nSeptember 5, 2024: Adaptation task force meeting.\nOctober 4, 2024: Second annual steering committee meeting.\nNovember 29, 2024: Carbon reduction task force meeting.\n\n4. Alignment with the Climate Change Response Act and Revision of the Adaptation Implementation Plan\n(1) Compile environmental baseline data for Chiayi County to support adaptation strategy formulation.\n(2) Assess climate change impacts and prioritize key adaptation areas.\n(3) Draft the county’s adaptation implementation plan in alignment with national guidelines and submit it for approval.\n\n5. GHG Training Programs\n(1) ISO 14064-1:2018 Internal Auditor Training\nHeld on June 11–12, 2024, covering international trends, national GHG management, audit processes, emission factor selection, and practical case studies.\nCertificates awarded upon passing the exam.\n(2) GHG Inventory Training\nSessions on June 18 and August 8, 2024, focusing on emissions from various sources (e.g., electricity, diesel, coal, and natural gas).\nIncludes regulations, reduction projects, carbon inventory practices, and case discussions.\n\n6. Public Education and Pollution Reduction Activities\n(1) Expert Consultation Forum on Net Zero (November 22, 2024).\n(2) Cross-county exchange meeting (October 8, 2024).\n(3) Two climate change mitigation and adaptation promotional events (August 24 and October 27, 2024) and a mid-level management course (October 21, 2024).\n(4) Pollution reduction promotional activity and carbon fee seminar (December 11, 2024).\n(5) Creation of three thematic posters on climate change, carbon fees, and green building standards.\nThis plan reinforces awareness and practical action on climate change adaptation, greenhouse gas reduction, and low-carbon living in Chiayi County.",
        "proj_year": "113",
        "org_name": "嘉義縣環境保護局",
        "exe_unit": "立境環境科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130753876",
        "publish_date": "20250107"
    },
    {
        "chi_title": "113年國家環境研究資訊網建置計畫",
        "chi_subject": "完成建置國環院中、英文版全球資訊網，讓民眾隨時隨地、輕鬆方便的瀏覽國環院共享資訊，從而促進各界學研、文化交流與社會互動，並有助於加強國際之間理解與溝通\n(一)\t建置新版官網：建置一個符合資安防護基準、GCB資安框架、整合CDN架構的新版網站，網站則可以融合機關新舊業務，以適當的網頁介面，展現機關定位與願景，提高不同情境瀏覽體驗友善性。\n(二)\t建置網站管理平台：建置一套符合資安防護基準、GCB資安框架的網站管理平台，平台架構支援所有網站內容動態維護管理、支援機關業務發展彈性，動態版型配置，且支援機關SSO登入機制。\n(三)\t網站資料移轉：將現行網站資料移轉到新版官網。\n(四)\t網站維運服務：支援網站內容翻譯作業、GA瀏覽行為分析、每季進行同類型網站分析、管理平台教育訓練、資訊安全等維運作業，確保網站持續性服務。",
        "eng_title": "Project for the development of the National Environmental Research Academy  Web, 2024",
        "eng_subject": "Completion of NERA’s Bilingual Global Information Website\n\nThe National Environmental Research Agency (NERA) has developed a Chinese-English bilingual website, enabling the public to access shared information conveniently anytime and anywhere. This platform promotes academic exchange, cultural interaction, and social engagement while enhancing international understanding and communication.\n\n1.Development of a New Official Website\nBuilt a secure, GCB framework-compliant website integrated with CDN architecture. The platform consolidates NERA’s legacy and current operations, presenting its vision through a user-friendly interface for diverse browsing experiences.\n2.Website Management Platform\nDeveloped a management platform adhering to cybersecurity standards and the GCB framework. It supports dynamic content updates, flexible layouts, and NERA’s Single Sign-On (SSO) login mechanism.\n3.Web Data Migration\nTransferred all existing website data to the new platform.\n4.Website Maintenance Services\nServices include content translation, Google Analytics (GA) browsing behavior analysis, quarterly benchmarking against similar websites, management platform training, and information security measures to ensure uninterrupted service.",
        "proj_year": "113",
        "org_name": "國環院綜合規劃組",
        "exe_unit": "鈕酷樂股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130751964",
        "publish_date": "20250106"
    },
    {
        "chi_title": "113年幼兒園教師環境教育培訓及繪本推廣計畫",
        "chi_subject": "為強化幼兒環境教育，環境部特別舉辦幼兒園教師環境教育培訓課程，旨在幫助教師掌握環保知識並靈活應用於教學，進一步推動幼兒環境教育的多元發展。本次培訓於北、南兩區各舉行1場工作坊，內容包括增能課程、團體交流與小組討論，吸引103位教師參與，後續協助完成61場校內環境教育教學，深化環保理念的傳遞。\n因應數位學習潮流，環境部自111年起推出「聽故事愛環境」Podcast節目，將環境教育繪本特色主題以故事形式呈現，供幼兒與低年級學童輕鬆學習環境保護知識。今年7月起，每週二更新1集，共計20集，現已上架於Apple Podcast、Spotify、KKBOX等主要平台，為環保教育注入新的傳播動能。\n同時，環境部於113年10月19至20日舉辦「環境教育繪本嘉年華會」，展出來自全臺22縣市的74本優秀環境繪本，吸引3,272人次參觀。活動以繪本為媒介，引導教師與家長與孩童共同討論居住環境議題，分享保護環境的實踐經驗，激發孩子從小思考如何解決環境問題並付諸行動。\n環境部將持續以多元方式推動幼兒環境教育，透過故事、教學與展覽等形式，播下環保的種子，期待幼兒從小內化愛護地球的理念，共同守護未來的家園。",
        "eng_title": "2024 Environmental Education Training and Picture Book Promotion Plan for Kindergarten Teachers",
        "eng_subject": "To enhance early childhood environmental education, the Ministry of Environment specially organized the “Environmental Education Training Course for Kindergarten Teachers.” This course aimed to help teachers acquire environmental protection knowledge and apply it flexibly in their teaching, further promoting the diverse development of early childhood environmental education. The training consisted of two workshops, held in northern and southern Taiwan, respectively. These workshops, which included capacity-building courses, group exchanges, and team discussions, attracted a total of 103 teacher participants and helped to complete 61 in-school environmental education lessons, deepening the delivery of environmental protection concepts.\nIn response to the growing trend of digital learning, the Ministry of Environment launched the “Listen to Stories, Love the Environment” podcast program in 2022. This program presents environmental education themes from picture books in the form of stories, allowing young children and lower-grade elementary school students to easily learn about environmental protection. Starting in July this year, a new episode is released every Tuesday, with a total of 20 episodes planned. “Listen to Stories, Love the Environment” is now available on major platforms such as Apple Podcasts, Spotify, and KKBOX, injecting new energy into environmental protection education.\nMeanwhile, the Ministry of Education held the “Environmental Education Picture Book Carnival” from October 19 to 20, 2024, to exhibit 74 outstanding environment-themed picture books from 22 counties and cities across Taiwan, successfully attracting 3,272 visitors. The event used picture books as a medium to guide teachers and parents in engaging with children in discussions about environmental issues related to residential living, while also sharing practical experiences in environmental protection. These activities aimed to inspire children to think critically from a young age about how to address environmental challenges and take action.\nThe Ministry of Environment will continue to promote early childhood environmental education. Through stories, teaching, and exhibitions, the Ministry will plant the seeds of environmental protection, hoping that young children will internalize the concept of loving the Earth from a young age and work together to protect our future homeland.",
        "proj_year": "113",
        "org_name": "環境部環境保護司",
        "exe_unit": "社團法人台灣環保生活協會",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130740639",
        "publish_date": "20250101"
    },
    {
        "chi_title": "臺南市-113 年臺南市畜牧廢水氨氮回收推動計畫",
        "chi_subject": "本計畫起始日為112年3月27日，計畫履約期限為113年11月30日，今年度已媒合8家優先推動沼渣沼液作為農地肥分使用計畫，並完成提送8場沼液沼渣作為農地肥分申請書至農業局進行審查，其中7家為養豬場、1家為養牛場。且有1家位處本轄流域關鍵測站上游（佔整體12%），合計施灌面積為9.46公頃，施灌量為9,361公噸，主要申請施灌作物為飼料玉米，施灌頭數約為1,152頭，預計每年可削減BOD:21.1公噸\/年、SS:36.7公噸\/年、氨氮:4.1公噸\/年，節省化學肥料約371包，相當減少13.4公噸碳排放量。\n113年度已輔導通過福順畜牧場、冠承牧場、長興牧場、玉豐畜牧場、小鮮肉畜牧場等19家畜牧場申請放流水回收澆灌，皆已完成許可文件變更，今年度申請放流水回收澆灌有4家位於關鍵測站上游，主要澆灌作物為花木、牧草，其次為竹筍，總申請澆灌面積為3.4801公頃，每年核定澆灌量為25,798.2公噸，預計每年可削減BOD:69.4公噸\/年、SS:70.6公噸\/年、氨氮:8.5公噸\/年。\n本計畫已於7月辦理1場畜牧糞尿資源化法規宣導說明會，會中發放畜牧業者初步意願調查及滿意度調查表，讓畜牧業及農民勾選是否願意進行畜牧糞尿沼液沼渣農地肥分之使用，會後由工作人員進行意願調查統計，並針對有意願之畜牧業及農民進一步由專人聯繫並至現場評估畜牧場狀況，如符合條件者將由專人媒合畜牧戶及農戶進行畜牧糞尿沼液沼渣農地肥分使用申請，法規宣導說明會合計83人次出席，其中展興畜牧場及傳明畜牧場透過本團隊申請完成沼液沼渣作為農地肥分使用政策。\n113年度沼液沼渣示範戶應監測地下水及土壤之場家計有98家畜牧場，施灌農地區域地下水水質背景值檢測作業，應包含導電度、銨態氮（NH4+-N）或氨氮等項目，以及地下水井資料（座標\/地號\/井深），而施灌農地土壤品質背景值檢測作業，應包含土壤飽和萃取液導電度、銅、鋅等項目，及土壤質地，並及採樣位置資訊（座標\/地號），截至11月20日已完成98家示範戶(180點次)之土壤品質監測作業，已採集180筆土壤，皆已取得監測報告。已出具監測報告之監測結果顯示，土壤重金屬—銅（Cu）皆符合或低於「土壤污染監測標準（食用作物農地）之限值」：120 mg\/kg，平均值為13.7mg\/kg、最大值為52mg\/kg、最小值為1.2 mg\/kg；土壤重金屬—鋅（Zn）皆符合或低於「土壤污染監測標準（食用作物農地）之限值」：260mg\/kg，平均值為76.0 mg\/kg、最大值為222mg\/kg、最小值為32.7mg\/kg。土壤導電度監測結果，平均值為590 μS\/cm、最大值為3,310 μS\/cm、最小值為30 μS\/cm，均符合專家建議的停灌基準值4000 μS\/cm(以飽和抽出液檢測結果)。\n示範戶監測98家肥分使用計畫的地下水品質背景值，共計142口監測井，截至113年11月20日止，已完成142口監測井調查作業，臺南市地下水氨氮濃度平均值為1.42mg\/L，最大值為15.9mg\/L，最小值為0.01 mg\/L，其中有7口地下水井超過申請書訂定停灌基準，進一步追蹤評析近年地下水氨氮濃度平均值為1.99mg\/L，高於第二類地下水監測標準(0.25mg\/L)，尤其同屬嘉南地下水分區的雲林、嘉義、臺南等地，地下水氨氮濃度皆有明顯偏高的情形，臺南市及高雄市的氨氮污染潛勢遠比其他地區高，針對超過監測標準之井口列為警戒井，並告知業者減量施灌，如後續持續升高則會通知農業主管機關發文告知業者，應暫時先停止施灌以釐清可能原因。\n今年以112年核准通過農地肥分使用之示範戶31家及篩選出9場資源化未達5%之示範戶輔導共計40場，8月份開始邀請專家學者針對已申請施灌核准之畜牧業者進行現勘輔導，截至11月20日前已完成40場示範戶輔導，依據各場施灌現況、設備現況列出建議事項及改善事項，期望透過輔導作業，強化示範戶對於施灌作業的認知及作法。\n今年度1月至11月實際施灌量合計為313,927.85公噸，而全年度所核准申請施灌量為413,431.22公噸\/年，惟因多數作物如飼料玉米、水稻、文旦及甘藷等施肥期多落在夏、秋季之間，上半年農作物多處於休耕或收成期，因而施灌頻率及施灌量尚不高，加上5-7月即開1始進入雨季，雨量多且雨季長，從8月起基肥期施灌量有上升趨勢，因此下半年沼液沼渣施灌量有增加幅度，後續仍會定期追蹤業者及農民使用情形，並要求確實填寫施灌紀錄表。\n分析本市105年至113年核准通過執行中沼液沼渣使用233家，其中148家為養豬場、85家為養牛場，分析233家申請場流域及行政區分布，臺南市目前核准施灌面積共有329.16公頃，施灌量為 441,693公噸\/年，施灌頭數約29,073頭豬、8,447頭牛，推估可削減生物需氧量（BOD）、懸浮固體物（SS）等污染物、氨氮（NH3-N）等污染物，BOD約削減959公噸\/年、SS約削減1,893公噸\/年、NH3-N約削減343公噸\/年，有助改善河川污染程度；施灌農地之作物主要以狼尾草、青割玉米及飼料玉米為主。臺南市政府環境保護局於109年起添購兩台載運3.5頓槽車，統計113年度從4月1日至11月20日共計載運482趟次，施灌1,687公噸，載運距離為1,162.3公里，其主要施灌以飼料玉米為主，其次是水稻，再者是甘蔗。推估載運施灌對於原放流承受水體污染削減，SS削減量5,483公斤，氨氮削減量464公斤，BOD削減量4,602公斤，其中以急水溪削減效果最為顯著。\n經費成本計算收費費率建議以載運公里數分級，分類五級:往返路程5公里內每噸收費至少187元、10公里內每噸收費至少271元、15公里內每噸收費至少322元、20公里內每噸收費至少390元、30公里內每噸收費至少495元、50公里內每噸收費至少974元。",
        "eng_title": "Tainan City-113 Tainan City Livestock Wastewater Ammonia Nitrogen Recovery Promotion Plan",
        "eng_subject": "The start date of this plan is March 27, 2023, and the plan performance period is November 30, 2024. This year, 8 companies have been matched with priority to promote the use of biogas residue and biogas slurry as agricultural land fertilizer, and completed Submit 8 applications for biogas slurry and biogas residue as agricultural land fertilizer points to the Agriculture Bureau for review, of which 7 are pig farms and 1 is a cattle farm. And there is one company located upstream of the key measuring station in the watershed under its jurisdiction (accounting for 12% of the total), with a total irrigation area of ​​9.46 hectares and an irrigation volume of 9,361 metric tons. The main crop applied for irrigation is feed corn, and the number of irrigation heads is approximately 1,152 heads, it is expected to reduce BOD: 21.1 metric tons\/year, SS: 36.7 metric tons\/year, ammonia nitrogen: 4.1 metric tons\/year, save about 371 packages of chemical fertilizers, and reduce carbon emissions by 13.4 metric tons.\nIn 2024, 19 livestock farms, including Fushun Livestock Farm, Guancheng Ranch, Changxing Ranch, Yufeng Livestock Farm, and Xiaoxianrou Livestock Farm, have been guided to apply for water recycling for irrigation. All of them have completed the change of license documents and are applying for water recycling this year. There are 4 irrigation companies located upstream of key measuring stations. The main crops to be irrigated are flowers, trees and grass, followed by bamboo shoots. The total area applied for irrigation is 3.4801 hectares, and the annual approved irrigation volume is 25,798.2 metric tons. It is expected that the annual BOD can be reduced: 69.4 metric tons\/year, SS : 70.6 metric tons\/year, ammonia nitrogen: 8.5 metric tons\/year.\nThis project has held a publicity briefing on livestock manure resource utilization regulations in July. During the meeting, a preliminary willingness survey and satisfaction survey form for livestock farmers was distributed to allow the livestock industry and farmers to check whether they are willing to use livestock manure and urine biogas slurry. After the meeting, the staff will conduct a willingness survey and statistics on the use of biogas residue agricultural land fertilizers. For those who are interested in animal husbandry and farmers, dedicated personnel will further contact and go to the site to evaluate the situation of the livestock farms. If they meet the conditions, dedicated personnel will match the livestock farmers. We worked with farmers to apply for the use of livestock manure, slurry and digestate as agricultural land. A total of 83 people attended the regulatory publicity and briefing session. Among them, Zhanxing Livestock Farm and Chuanming Livestock Farm applied through our team to use the digestate and digestate as agricultural land. Fertilizer Use Policy.\nIn 2024, there are 98 livestock farms that should monitor groundwater and soil in the demonstration households of biogas slurry and sludge. The background value detection of groundwater quality in irrigated farmland should include items such as conductivity, ammonium nitrogen (NH4+-N) or ammonia nitrogen, and groundwater well data (coordinates\/site number\/well depth). The background value detection of soil quality in irrigated farmland should include items such as conductivity of saturated soil extract, copper, zinc, soil texture, and sampling location information (coordinates\/site number). As of November 20, soil quality monitoring of 98 demonstration households (180 points) has been completed, and 180 soil samples have been collected, and monitoring reports have been obtained for all of them. The monitoring results of the monitoring reports that have been issued show that the soil heavy metal copper (Cu) meets or is lower than the Soil Pollution Monitoring Standard (Food Crop Farmland) Limit Value: 120 mg\/kg, the average value is 13.7 mg\/kg, the maximum value is 52 mg\/kg, and the minimum value is 1.2 mg\/kg; the soil heavy metal zinc (Zn) meets or is lower than the Soil Pollution Monitoring Standard (Food Crop Farmland) Limit Value: 260 mg\/kg, the average value is 76.0 mg\/kg, the maximum value is 222 mg\/kg, and the minimum value is 32.7 mg\/kg. The soil conductivity monitoring results showed an average value of 590 μS\/cm, a maximum value of 3,310 μS\/cm, and a minimum value of 30 μS\/cm, all of which met the expert-recommended standard value of 4,000 μS\/cm for stopping irrigation (based on saturated extract test results).",
        "proj_year": "113",
        "org_name": "臺南市政府環境保護局",
        "exe_unit": "元科科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130738039",
        "publish_date": "20250115"
    },
    {
        "chi_title": "空氣品質區域系統管理及科技治理應用計畫",
        "chi_subject": "本計畫旨在深化中部空品區管理，支持環境部四大願景，包括妥善處理廢棄物、提升環境品質、運用科技執法及推動環境永續。計畫針對工業區空氣污染、異味及廢水廢棄物排放問題，運用光學與即時監控技術，透過資料分析與現場調查，提出管理策略及輔導建議，並提升空品監控及執法效能。\n執行方法包括：(1)空氣品質資料分析：統整中部地區空品監測站歷史數據，掌握污染特性，提供政策調整依據；(2)次要熱區污染溯源調查：針對苗栗銅鑼產業園區，運用OP-FTIR監測異味物種並深入調查，評估改善方案；(3)固定污染源監測設施（CEMS）查核：查驗三家事業之數據與設備，檢討法規遵循情況；(4)科學技術應用：結合影像監控系統與其他科技手段，輔助污染事件調查；(5)技術觀摩會：舉辦CEMS數據查核觀摩會，強化執法人員專業知能。\n結果顯示，部分地區的PM10、PM2.5濃度超過國家標準，污染具有明顯的季節性和地區特徵；次要熱區檢出多種異味污染物，確認主要污染源並提出改善建議；CEMS查核發現部分事業存在數據遺漏與設備問題，需進一步輔導與監督管理；即時影像與FTIR技術顯示在空污與廢棄物監控中的高效性；火災分析表明，需結合即時監測手段與數據模擬，提升事件應變效率。\n本計畫透過數據分析、技術應用與案例觀察，深化對中部空品現況及污染特徵的理解，特別是在污染熱區和次要熱區的特徵污染物辨識、異味來源解析及廢氣與廢棄物管理上，累積了豐富的實務經驗。計畫成果為中部空品治理提供了實證支持，特別是在跨區域管理、科技應用與政策制定方面，提出針對性建議。未來應強化高污染區域監管，優化異味與廢棄物管理策略，推廣智慧監控與科技執法工具，並持續深化執法人員的專業培訓，結合本計畫所得數據與經驗，作為政策檢討與規劃參考，進一步提升空氣品質管理效能，促進區域環境品質的持續改善。",
        "eng_title": "Regional Air Quality System Management and Technological Governance Applications Project",
        "eng_subject": "This project aims to enhance air quality management in the central region, aligning with the Ministry of Environment’s (MOENV) four key goals: effective waste management, improved environmental quality, advanced technology-enabled enforcement, and sustainable environmental governance. Targeting industrial air pollution, odor emissions, and wastewater and waste disposal issues, the project employs optical and real-time monitoring technologies, leveraging data analysis and field investigations to propose management strategies and mitigation measures while improving air quality monitoring and enforcement efficiency.\nThe methodology includes: (1) Air Quality Data Analysis: Integrating historical data from air quality monitoring stations across the central region to identify pollution characteristics and provide evidence-based policy recommendations; (2) Secondary Hotspot Source Attribution: Investigating air pollutant sources in the Tongluo Industrial Park using open-path Fourier-transform infrared spectroscopy (OP-FTIR) to monitor odor compounds and assess mitigation plans; (3) Continuous Emissions Monitoring Systems (CEMS) Audits: Evaluating the compliance and operational performance of CEMS in three enterprises; (4) Technological Applications: Utilizing imaging surveillance systems and advanced monitoring tools to support pollution event investigations; (5) Technical Workshops: Organizing a CEMS data audit workshop to enhance inspectors’ technical expertise and enforcement capabilities.\nThe results reveal that PM10 and PM2.5 concentrations in some areas exceeded national standards, with pollution exhibiting distinct seasonal and spatial patterns. In secondary hotspots, multiple odor compounds were identified, primary pollution sources were confirmed, and specific improvement measures were proposed. CEMS audits uncovered issues such as data gaps and equipment deficiencies, necessitating further guidance and oversight. Real-time imaging and FTIR technologies demonstrated high efficacy in monitoring air and waste pollution. Fire incident analyses highlighted the importance of integrating real-time monitoring with data modeling to improve response efficiency.\nThrough data analysis, technological applications, and case studies, the project deepened the understanding of regional air quality conditions and pollution characteristics, particularly in identifying specific pollutants in hotspots, analyzing odor sources, and managing emissions and waste. The findings provide evidence-based support for air quality governance in the central region, offering targeted recommendations for cross-regional management, technological integration, and policy formulation. Future initiatives should focus on strengthening regulatory oversight in high-pollution areas, optimizing odor and waste management strategies, promoting intelligent monitoring and technology-enabled enforcement tools, and enhancing professional training for inspectors. Leveraging the project’s data and experiences can guide policy reviews and planning, further advancing air quality management effectiveness and fostering sustainable regional environmental improvements.",
        "proj_year": "113",
        "org_name": "中區環境管理中心",
        "exe_unit": "財團法人工業技術研究院",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130731124",
        "publish_date": "20250103"
    },
    {
        "chi_title": "113年雲林縣污染防治潔淨海洋計畫",
        "chi_subject": "雲林縣擁有得天獨厚的海洋資源，豐厚高額的海產漁獲價值，帶來活絡的經濟活動，但同時也帶來了日益增加的海洋廢棄物。本縣積極推動海洋環境保護之觀念及維護海域環境清潔，環保局積極投入清除鄰近海域污染的防治工作；包括海洋污染應變及港口船舶稽查、海底(漂)垃圾調查及清除作業、海洋環境教育宣導、成立轄區環保艦隊暨海洋巡守隊，與美化綠化港口環境。\n本計畫共達成下列成果：(1)海底(漂)垃圾調查及清除作業，共計辦理3處海底(漂)垃圾調查及清除作業，主要以漁業廢棄物(廢竹木、廢漁網)產生之垃圾為最大宗。(2)海洋污染應變及港口船舶稽查部分，共計查核港口98次，港區環境稽查結果顯示皆屬良好。並協助每月緊急應變設備之清點及維護工作。(3)完成辦理海洋環境教育宣導11場次。(4)成立環保艦隊177艘，並與漁會保持聯繫及共識，召募更多環保艦隊，俾提升海洋環境維護，藉此友善海域環境。",
        "eng_title": "Project of pollution prevention and clean ocean for Yunlin county.",
        "eng_subject": "Yunlin county has unique marine resources. The diverse aquatic ecology attracts many tourists because Yunlin has rich and high seafood value, therefore, the economic very active also much waste increasing in this area. The Environmental Protection Bureau of Yunlin County maintains that the sustainability of land and ocean of Yunlin coastline, the actions of the county government promotes the concept of environmental protection of the marine environment and the maintenance of clean ocean waters. The concept of No plastics is actively involved in the prevention and control of pollution in adjacent sea areas. It is including, marine pollution and port ship inspections, submarine (floating) garbage investigation and removal by education advocacy marine environment, the establishment of the field of environmental protection fleet and marine guard team, greening and beautification port environment.\nThe plan has achieved the following results: (1) Total 3 submarine (floating) garbage investigation and removal operations, mainly to Fishery waste (such as waste bamboo and waste fishing net) for the most trash. (2) To help Yunlin county territory’s ocean pollution control inspection and environmental protection business. Port inspections are total 98 pieces; the result of inspections showed that the environment in harbors is fine. And the project we check and maintain the emergent response equipments monthly. (3) In the marine environmental education promotion section handled a total of 11 sessions. (4) Set up an environmental fleet of about 177 and keep in touch with fisheries and consensus, recruiting more environmental protection fleet, to enhance the marine environment maintenance, to be friendly to our environment.",
        "proj_year": "113",
        "org_name": "雲林縣環境保護局",
        "exe_unit": "亞太環境科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130730750",
        "publish_date": "20250103"
    },
    {
        "chi_title": "花蓮縣-113年度花蓮縣推動水污染防治、高有機污染廢水資源化暨水污染源稽查管制計畫",
        "chi_subject": "花蓮環保局為持續維護本縣優良之環境品質，擬訂計畫推動「113年花蓮縣水污染防治暨畜牧廢水氨氮回收推動及綠能沼氣回收再利用暨異味削減輔導計畫」，辦理縣轄內列管事業稽查及採樣，輔導其廢(污)水符合放流水質標準。本計畫除加強縣轄內污染熱區管制、稽查及廢水處理設施功能評鑑工作，還將持續輔導轄內畜牧業者推動資源循環再利用，同時調查畜牧業之背景資料、沼渣沼液運用狀況及宣導畜牧業水污費徵收事宜，以提昇水污染管制效率及資源化回收再利用率，進而降低畜牧廢水排放，逐步邁向畜牧產業永續發展之基石。",
        "eng_title": "113, Hualien County promoted water pollution prevention and control, high organic pollution waste water resource utilization and water pollution source inspection and control plan",
        "eng_subject": "In order to continue to maintain the excellent environmental quality of the county, the Hualien Environmental Protection Bureau has formulated a plan to promote the 113-year Hualien County Water Pollution Prevention and Livestock Wastewater Ammonia Nitrogen Recovery Promotion and Green Energy Biogas Recycling and Odor Reduction Guidance Plan to handle matters within the county's jurisdiction Conduct inspections and sampling of managed enterprises to provide guidance on how their waste (sewage) water meets discharge water quality standards. In addition to strengthening the control and inspection of pollution hot spots and the functional evaluation of wastewater treatment facilities within the county, this plan will also continue to provide guidance to livestock farmers within the jurisdiction to promote resource recycling, and at the same time investigate the background information of the livestock industry and the use of digestate residues and slurry. status and promote the collection of water and sewage fees in the livestock industry to improve the efficiency of water pollution control and resource recycling and reuse, thereby reducing livestock wastewater emissions and gradually moving towards the cornerstone of sustainable development of the livestock industry.",
        "proj_year": "113",
        "org_name": "花蓮縣環境保護局",
        "exe_unit": "翌暘工程顧問有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130728846",
        "publish_date": "20250115"
    },
    {
        "chi_title": "屏東縣-113年推動環保許可整合執行計畫",
        "chi_subject": "因應污染源製程日趨複雜及考量空、水、廢、毒化物等製程具有密切關聯性，環境部針對空污、水污、毒化物許可及廢棄物清理計畫書等四項環保許可進行整合政策，透過污染流向圖使整廠的污染流向能夠更為清楚的掌握，提供整廠管理功能及節省申請許可時間；並推動諮詢會審作業、成立單一窗口，以強化事前諮詢及共同會審，並加速審查時間，減少審查意見競合，同時減輕業者退補件次數，使許可審查一致化，並以整合一廠一證為最終目標。\n自110年度開始試辦，針對國營及大型企業優先實施，以減緩未來政策正式上路所帶來之衝擊影響。本計畫統合屏東縣政府環境保護局、行政院農業委員會屏東農業生物技術園區籌備處及屏東科技產業園區之環保許可審核單位，成立屏東縣環保許可整合單一窗口，掌握屏東縣轄內環保許可案件，針對優先對象辦理許可申請時執行案件追蹤、輔導、資料彙整及建檔等工作。本計畫參考環境部許可整合諮詢會審作業原則及屏東縣審查現況，建立屏東縣許可整合諮詢會審作業原則，修正會審流程及規範審查時程，並持續滾動檢討，於計畫期間累計完成辦理5家次共同會審諮詢會議，依申請類別分為「事業廢棄物清理計畫書變更」、「固定污染源設置\/操作許可證新申請」、「固定污染源操作許可證異動」、「排放地面水體許可證變更及展延」及「排放地面水體許可證變更」，並將相關會議結論彙整上傳至EMS系統。\n本計畫自110年至112年配合許可整合推動工作，持續擴大污染流向整合對象，迄至112年已輔導業者繪製污染流向圖共計80家，其中包含環境部指定之特定對象(既設業者空、水、廢、毒皆有取得許可且資本額達100億元之業者)10家及擴大對象(含自願、新設業者)70家，截至期末報告階段，本計畫針對22家業者全面檢視過往已完成之污染流向圖，並至現場查核，核對污染流向圖文件並進行實質輔導修正；亦持續擴大輔導領有空、水、廢、毒至少二項許可以上及資本額超過1億元場家作為優先試辦對象，113年擴大輔導對象已針對30家業者完成輔導繪製污染流向圖，並上傳EMS系統。另於計畫執行期間，配合宣導環保許可整合政策辦理相關會議，已完成1場次內部教育訓練、3場次宣導說明會議(因應相關許可法規之修定，額外協助相關科室辦理2場次)。",
        "eng_title": "Pingtung County Environmental Permit Integration Project for 2024",
        "eng_subject": "In response to the increasing complexity of pollution sources and the close interrelationship among processes involving air, water, waste, and toxic substances, the Ministry of Environment has implemented an integration policy for four environmental permits: air pollution, water pollution, toxic chemical substances, and waste treatment plans. This policy uses pollution flow diagrams to provide a clearer understanding of whole-plant pollution flow, enabling comprehensive plant management functionality and saving permit application time. The policy also promotes a consultation and review mechanism, establishes a one-stop service window to enhance preliminary consultation and joint review processes, accelerates review time, reduces conflicts in review comments, and minimizes the frequency of document resubmissions by businesses. The ultimate goal is to integrate all permits into a one factory, one certificate system.\n\nSince 2021, a pilot program has prioritized state-owned and large enterprises to reduce the potential impacts of the formal implementation of this policy. This project integrates the Pingtung County Environmental Protection Bureau, the Agricultural Technology Park Management Center of the Ministry of Agriculture, and the Pingtung Science Industrial Park permit review units, establishing a unified Pingtung County Environmental Permit Integration Service Window. This service manages environmental permit cases within Pingtung County and provides tracking, guidance, data consolidation, and archiving for prioritized applicants. The project develops principles for Pingtung County's integrated permit consultation and review operations, referencing the Ministry of Environment's guidelines and local review practices. It revises review procedures, standardizes review timelines, and continuously evaluates and improves processes. During the project period, five joint consultation and review meetings were completed, covering categories such as changes to business waste treatment plans, new applications for fixed pollution source establishment\/operation permits, modifications to fixed pollution source operation permits, and changes and extensions to surface water discharge permits. Relevant conclusions from these meetings were uploaded to the EMS system.\n\nFrom 2021 to 2023, the project supported the expansion of pollution flow integration, assisting 80 enterprises in drawing pollution flow diagrams, including 10 specific targets designated by the Ministry of Environment (existing enterprises with air, water, waste, and toxic permits and capital exceeding NT$10 billion) and 70 voluntary or newly established enterprises. By the final report stage, 22 enterprises' completed pollution flow diagrams had been reviewed on-site, with documents verified and corrections made as needed. Additionally, the project prioritized guiding enterprises holding at least two of the four major permits (air, water, waste, and toxic substances) and having capital exceeding NT$100 million. By 2024, the expanded guidance has assisted 30 enterprises in completing pollution flow diagrams, which were subsequently uploaded to the EMS system.\n\nFurthermore, during the implementation period, the project facilitated related meetings to promote the environmental permit integration policy, including one internal training session, three public explanatory meetings, and two additional meetings to address revisions to relevant regulations in collaboration with related departments.",
        "proj_year": "113",
        "org_name": "屏東縣政府環境保護局",
        "exe_unit": "京拓環保科技有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130719082",
        "publish_date": "20250103"
    },
    {
        "chi_title": "113年環境研究數據分析暨邊緣運算平臺建置",
        "chi_subject": "113 年環境研究數據分析暨邊緣運算平臺建置案主要係為建立國家環境研究院數據驅動之資訊環境，以推動環境資料科學相關發展。資料倉儲與分析平臺為組織內進行分析應用之本，輔以ETL 工具進行資料處理，將資料載入資料倉儲。再透過視覺化呈現與互動工具展示分析成果，可讓使用者更快發掘隱藏的資訊，甚至做出具影響力的業務決策。\n本專案執行團隊依與業務單位需求訪談內容，已建置「戴奧辛檢測相關性分析」、「桃園飲用水水質檢驗」、「水污定檢議題分析」、「PM2.5化學成分監測議題分析」等4個分析主題儀表板，共有7個儀表板，並完成三層式資料倉儲建置(STAGE 層、ODS 層、DW 層)，其中包含4 個分析主題所使用之資料，共25 個資料表，以及規劃外部開放資料收檔架構與開發20 個ETL Job 進行資料處理。執行團隊亦已建置知識庫入口網作為國內外環境研究新知、國家環境研究院研究成果、本專案建置分析平臺資訊等知識存放，並提供電子報發送服務。\n執行團隊辦理3場教育訓練，分別為「系統平臺教育訓練」、「Vertica 資料倉儲教育訓練」、「分析主題應用教育訓練」。另與國家環境研究院進行需求訪談，提出國家環境研究院資料治理規劃，此外，亦蒐集財政部與內政部之大數據分析應用案例，提出可行建置精進方案作為國家環境研究院大數據發展參考。",
        "eng_title": "Environmental Research Data Analysis ＆ Edge Computing Platform",
        "eng_subject": "This project, 2024 Environmental Research Data Analysis ＆ Edge Computing Platform, primarily aims to establish a data-driven information environment for the Institute to promote developments in environmental data science. The data warehouse and analysis platform serve as the foundation for applications of data analysis, utilizing ETL tools for data processing to load data into the warehouse. Through visualization and\ninteractive tools, the analysis results are presented, allowing users to quickly uncover hidden insights and even make impactful business decisions.\nBased on interviews with relevant departments, the project executive team has set up dashboards for 4 data analysis topics: “Dioxin Detection\nCorrelation Analysis,” “Taoyuan Drinking Water Quality Inspection,”“Water Pollution Inspection Issue Analysis,” and “PM2.5 Chemical\nComposition Monitoring Issue Analysis,” totaling 7 dashboards.Additionally, a three-tier data warehouse has been established (including\nSTAGE, ODS, and DW layers), comprising 25 tables used for the 4 data analysis topics, and an external open data archive framework has been\ndesigned along with the development of 20 ETL jobs for data processing.\nThe team has also built a knowledge base for the latest environmental research insights, the Institute's research outcomes, and information on the data analysis platform developed by the project, as well as providing an e-newsletter service.\nThe project executive team conducted three training sessions: “System Platform Training,” “Vertica Data Warehouse Training,” and “Data\nAnalysis Application Training.” Furthermore, the team conducted interviews to understand the Institute’s needs and proposed a data governance plan. In addition, big data analysis application cases from the Ministry of Finance and the Ministry of the Interior were collected to\nsuggest feasible advancements as references for the Institute’s big data development.",
        "proj_year": "113",
        "org_name": "國環院綜合規劃組",
        "exe_unit": "資拓宏宇國際股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130711066",
        "publish_date": "20250131"
    },
    {
        "chi_title": "113年環境用藥及病媒防治管理推動暨資訊架構重整應用計畫",
        "chi_subject": "本計畫執行成果可分為環境用藥許可申請案初審、環境用藥管理制度資料蒐集彙整及法規研修、環境用藥管理資訊系統維運調整、機構業者查核輔導、交流宣導等四大工作面向，其各工作執行成果如下：\n許可申請案初審，協助化學署進行環境用藥許可申請文件資料初步檢核（共781件申請案）及專家諮詢會議資料蒐集彙整及辦理（協助辦理6場次專家諮詢會議）；並協助民眾業者相關諮詢（共399件客服諮詢），降低化學署行政作業負擔。\n資料蒐集及法規研修，研擬「環境用藥廣告管理辦法」及「環境用藥販賣及病媒防治業許可執照申請核發作業準則」2項法規修正草案，強化規範環境用藥廣告宣傳方式及增列虛偽誇張或不當之認定基準；比對環境用藥成分與國際上疑似內分泌干擾素及全氟化和多氟烷基物質(PFAS)成分清單，彙整歐美再評估管理制度及殺蟲劑產品之副成分管理情形，研擬提出副成分管理審查原則；殺鼠劑部分蒐集國際上共計9個國家地區之抗凝血殺鼠劑管理情形及7項相關替代藥劑資料，並考量我國國情研擬環境用藥殺鼠劑強化管理措施建議，除標示加註相關警語提醒及持續宣導民眾正確鼠害防治策略及正確使用殺鼠劑外，擬針對具高使用安全風險形態之殺鼠劑（如液態及粉狀形態）改為特殊環境用藥，以限制販賣及使用對象，並持續進行相關替代防治方法、鼠類抗藥性及適口性及鼠群監測等相關研究，藉由精準用藥減少殺鼠劑使用量。\n資訊系統維運調整，為落實環境用藥管理資訊系統及環境用藥許可證及病媒防治業網路查詢系統之功能管理維運及資訊安全，定時更新網站資料及例行維護，執行系統資安弱點掃描、效能監測及無效帳號清查，維護資訊安全；進行病媒防治業施作紀錄申報功能及電子付費功能2項功能調整及配合臺灣環境衛生病媒害蟲監測及防治技術計畫成果更新相關研究成果資料。\n機構業者查核輔導，完成病媒防治業施藥人員訓練機構檢查（9家）及藥效檢測機構抽查（2家），透過實地查訪瞭解機構辦理訓練及執行環境用藥效效檢測測試情形；另透過環境用藥業者查核（30場次），瞭解環境用藥業者實際運作情形，並為提升確保病媒防治業者個資防護措施，進行病媒防治業者個資防護強化輔導作業（完成450家個資自評資料檢核、50家高風險業者輔導及3場次個資實地輔導訪查）。\n交流宣導，透過辦理相關研商座談會及說明會（共7場）強化環境用藥管理，並透過不同媒體，包括廣播、報紙、雜誌、短影音、動畫製作及設計製作文宣品等，擴大宣導受眾族群，刊播環境用藥相關廣告，並透過辦理宣導活動，強化民眾安全正確使用環境用藥觀念及相關法規宣導。\n本計畫透過法規制度研擬、許可申請案初審協助、資訊系統維護調整及查核輔導等工作，完備整體環境用藥管理之目標。",
        "eng_title": "The Project for Promoting Environmental Agents, Vector Control Management and Environmental Agents Management Information System (2024)",
        "eng_subject": "This project outcomes encompass five primary aspects: preliminary review of environmental agent permit applications, study of the regulation of environmental agents management, maintenance and adjustments of the environmental agents management information system, inspection and guidance for institutions and businesses, and communication and propaganda. The achievements in each area are summarized below:\nPreliminary review of environmental agent permit applications: Assisted the preliminary reviews of application documents for environmental agent permits, completing a total of 781 applications. Conduct expert consultation meetings (Handling 6 expert consultation meetings), while responding to 399 customer inquiries, to reduce the administrative loading of Chemicals Administration (CHA).\nStudy and regulatory revisions: Drafted amendments for two regulations: Management Guidelines for Environmental Agent Advertising and Application and Issuance Guidelines for Permits of Environmental Agent Sales and Vector Control Services. To enhance advertising regulations and introduce criteria for identifying misleading or inappropriate claims. Conducted a comparison of environmental agent components with international lists of potential endocrine disruptors (EDs) and perfluoroalkyl and polyfluoroalkyl substances (PFAS). Summarized re-evaluation management regulation in Europe and the US EPA and proposed a management framework for inert ingredients in environmental agents. Gathered on anticoagulant rodenticide regulations from nine countries or regions and identified seven alternative agents. Proposed enhanced management regulation for rodenticides tailored to local conditions, such as reclassifying high-risk formulations (e.g., liquid and powder rodenticide) as specialized environmental agents (restricted use products) with restricted sale and use. Continued research into alternative control strategy, rodent resistance, palatability, and population monitoring to optimize use and reduce rodenticide quantities.\nInformation system maintenance and adjustments: Maintained and updated the environmental agent management information system and online inquiry systems for environmental agent permits and vector control services. Regularly updated website content and performed system maintenance tasks, including vulnerability scans, performance monitoring, and invalid account audits to ensure data security. Adjusted two system functions: reporting for vector control operation records and electronic payment integration. Integrated research findings from Taiwan's vector surveillance and control projects into the system for wider application.\nAudits and guidance for institutions and businesses: Conducted inspections of 9 pest vector control operator training institutions and spot checks of 2 efficacy testing laboratories to evaluate their training and testing activities. By checking 30 environmental agent businesses to assess operational practices. To enhance personal data protection for pest control operation providers, completed reviews of 450 self-assessment reports, provided guidance to 50 high-risk businesses, and conducted three visits for personalized data protection advice.\nCommunication and propaganda: To promote environmental agent management, 7 seminars and briefing sessions are organized. Leveraged diverse media channels, including radio, newspapers, magazines, short videos, animations, and promotional materials, to expand the reach of public awareness campaigns. Published environmental agent-related advertisements and held promotional activities to educate the public on safe and proper use of environmental agents and relevant regulations.\nBy studying the regulation of environmental agents management, assisting in the review of environmental agent permit applications, system maintenance and upgrades, and inspection and guidance efforts, this project successfully achieved its goal of enhancing environmental agents management in this project.",
        "proj_year": "113",
        "org_name": "化學署危害控制組",
        "exe_unit": "環化有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130699733",
        "publish_date": "20250115"
    },
    {
        "chi_title": "臺東縣113年度「向海致敬 -海岸清潔維護計畫」",
        "chi_subject": "摘要\n臺東縣以東海岸為最主要之觀光景點，為使臺東縣轄內海岸在有效之規劃管理及整頓下保持觀光環境的整潔，希望藉由本計畫之推動，達到環境清潔工作加強執行、海岸線管理權責清楚以及遏阻隨意棄置垃圾…等目的，來加強當地民眾及遊客對於海岸線環境衛生之重視；執行期程自113年1月31日起至113年11月30日止，各項工作進度已達100%。\n一、 海岸清潔維護\n僱工執行海岸線清潔巡檢工作共計4名人力，相關執行成果如下列：\n1.\t海岸線清潔巡檢工作764人日，海岸清理累計650.2公里、海岸巡檢203處次及累計清理海岸廢棄物4,758.38公斤廢棄物(不可回收廢棄物1,878.33公斤、可回收廢棄物2,880.05公斤)，並每月進行1次清潔人員作業之隨機查核。\n2.\t累計平台通報58件海岸髒亂案件，主要髒亂情形以生活垃圾、遊憩垃圾等較為常見，相關海岸權管單位大多於通報7日內完成清理，平均處理天數為3.7天，清理垃圾總重約806公噸，總動員人力555人。\n3.\t本計畫於3月29日、6月28日、8月8日、11月13日配合環境部公告每季海灘廢棄物監測調查(ICC)之SOP進行調查，依據監測的注意事項、地點與時間、區域現場量測及標定、廢棄物寶特瓶蒐集，並透過APP定位軟體匡列出廢棄物的污染範圍後標定以及廢棄物來源確認。\n二、 協助環保局辦理跨局處溝通整合協調會議\n為維護臺東縣海岸線環境整潔，持續維護LINE通訊群組，運用於海岸廢棄物即時進行通報，並透過每季定期辦理跨局處溝通整合協調會議，提升臺東縣海岸環境品質，本計畫於3月20日、於6月27日、於9月30日、10月30日完成辦理4次跨局處溝通整合協調會議，共計22個單位，129人次參與。\n1.\t第一季臺東縣向海致敬工作小組跨平台會議：\n建立通報及漂流木處理專責小組，加快應變速度、各權管單位參與海岸空拍，記錄環境維護成果、富岡港設專區垃圾桶並加強巡查，減少隨意丟棄。\n2.\t第二季臺東縣向海致敬工作小組跨平台會議：\n公布漂流木清運標準，調整成功鎮漂流木清理、明確油污處置管道及廢油費用求償機制、新港區漁港增設監視器，加強取締垃圾丟棄行為。\n3.\t第三季臺東縣向海致敬工作小組跨平台會議：\n參訪小野柳提升環保意識，建議推動環境教育並強化跨單位合作。\n4.\t第四季臺東縣向海致敬工作小組跨平台會議：\n本次會議為年度成果發表交流活動，由中央及地方單位各別報告年度成果。\n三、 辦理淨灘活動2場次\n本計畫於4月27日和10月26日舉辦兩次淨灘活動，旨在提升海岸環境的清潔衛生與民眾的環保意識。這兩場活動不僅強化了海岸清潔與環境保護的成果，更融入在地文化，提升了民眾對海洋保護的關注。未來，計畫將持續推動淨灘活動，結合生態教育，激發更多人參與，共同守護我們的海洋與環境。\n四、 向海致敬相關宣導活動5場次\n本計畫導入宣導教具，並結合縣內其他單位的活動進行宣導。宣導主題聚焦於海洋生態維護與減塑愛海洋，以寓教於樂的方式強化民眾的記憶，讓他們進一步了解廢棄物對海岸與生態的影響，以及如何有效維護海岸環境衛生。活動中，本計畫設計了互動遊戲，將海廢垃圾轉化為遊戲體驗，讓參與者在輕鬆愉快的氛圍中學習環保知識。\n五、 海岸璇環境空中巡查-無人飛行載具(UAV)\n本計畫成功運用無人空拍機對無法到達的海岸區域及人潮密集的景點進行了全面的拍攝與監控作業，累計拍攝距離達147.27公里。該項工作由專業操作證人員負責操控，確保了拍攝的專業性與安全性。並以最佳遙控訊號及拍攝角度之高度為主要訴求，拍攝角度以50%海洋、50%海岸為主要標準。本計畫於7月12日、11月5日發現海岸髒亂點，經巡檢人員確認後通報、土地權管單位派員清除且複查完畢，確認解除列管。\n六、 其他工作事項\n1.\t於2月7日提送計畫人員名冊、設備。\n2.\t於3月-11月配合機關辦理工作檢討會議。\n3.\t已提供維護海洋環境相關新聞稿11則，並持續提供每月環境衛生相關新聞稿。\n4.\t於5月22日提送宣導品586份，其中再生哈比抹布110份(寶特瓶回收環保纖維織品)、環保木漿棉洗碗布476份。\n5.\t累計完成架設86處次，均無拍攝到明顯環境污染行為，後續將依海岸髒亂情形滾動更新架設地點。",
        "eng_title": "Taitung County 113th Year Salute to the Sea - Coastal Cleanliness Maintenance Program",
        "eng_subject": "Taitung County Coastal Cleanliness Project Summary\n1. Coastal Cleanliness Maintenance\nPersonnel: 4 staff employed for inspections.\nInspection Results:\nTotal inspections: 764 person-days\nDistance covered: 650.2 km\nInspection points: 203\nWaste collected: 4,758.38 kg\nNon-recyclable: 1,878.33 kg\nRecyclable: 2,880.05 kg\nLittering Reports: 58 reports, primarily household and recreational waste.\nCleanup completion: Most within 7 days, average processing time: 3.7 days.\nTotal waste cleared: 806 tons by 555 personnel.\nQuarterly Surveys: Conducted on March 29, June 28, August 8, and November 13, using an APP for pollution mapping.\n2. Inter-Agency Coordination Meetings\nCommunication: Established a LINE group for real-time waste reporting.\nMeetings: Quarterly meetings to enhance coastal cleanliness, with 22 units and 129 individuals participating.\n1st Meeting: Focused on driftwood management and aerial documentation.\n2nd Meeting: Driftwood removal standards and surveillance installation.\n3rd Meeting: Environmental awareness at Xiaoyeliu.\n4th Meeting: Annual result presentation.\n3. Beach Cleanup Events\nEvents Held: Two cleanups on April 27 and October 26.\nGoals: Enhance coastal cleanliness and public awareness, integrating local culture.\nFuture Plans: Continued promotion of beach cleanups with ecological education.\n4. Awareness Campaigns: Salute to the Sea\nCampaigns: Five campaigns to promote marine ecological maintenance and reduce plastic waste.\nMethods: Engaging educational tools and interactive games to raise awareness about waste impact.\n5. Aerial Surveillance with UAVs\nCoverage: Drones monitored 147.27 km of coastline.\nFocus: Identifying littering points for timely cleanups on July 12 and November 5.\n6. Other Work Items\nPersonnel and Equipment: Roster submitted on February 7.\nReview Meetings: Held from March to November.\nPress Releases: 11 related to marine environment maintenance.\nPromotional Materials: 586 items submitted, including eco-friendly products.\nMonitoring Points: 86 installed with no significant pollution behaviors observed.\nThis summary encapsulates the project's efforts to enhance coastal cleanliness and environmental awareness in Taitung County, highlighting key activities and outcomes within the specified timeframe.",
        "proj_year": "113",
        "org_name": "臺東縣環境保護局",
        "exe_unit": "技佳工程科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130699185",
        "publish_date": "20250131"
    },
    {
        "chi_title": "113年度土壤及地下水污染調查及查證工作計畫-澎湖縣",
        "chi_subject": "摘要:\n計畫工項包含監測井巡查維護、加油站稽查及測漏管調查、貯存系統查核輔導、污染改善完成場址驗證、農地土壤污染預防之環境勘查評估，分別摘要說明如下。\n一、監測井巡查及維護修復作業\n巡查針對呈現異常之監測井完成2口監測井外觀維護及1口監測井設施修復，另執行2口井況評估及再次完井，並進行 1口監測井異物排除及2口廢井作業。\n二、加油站稽查及測漏管調查\n於每月稽查顯示無異常；測漏管調查作業中，今年度已於113年4月17~20日執行完成18站（原為19站，其中北辰加油站已112年12月10日辦理歇業），其中大家加油站有PID超出1000 ppmV情形，因此進行測漏管土壤間隙氣體GC\/FID定量分析，檢測結果甲苯數值為27.8 ppm，其他檢測結果為ND，依據貯存系統管理與查核作業手冊之污染潛勢判定原則判定，未達查證之必要性，建議於每月加油站稽查列重點查核站次。\n三、貯存系統查核輔導\n延續近2年之貯存系統查核輔導作業，今年度完成1處地下儲槽系統法規符合度確認及6處地上儲槽系統改善複查，已於8月全數執行完成。\n四、污染改善完成場址驗證\n湖西供油中心場址於113年2月提送改善完成報告，於113年4月16、23、24日進行土壤採樣2點位及地下水採樣4點位，檢測結果顯示土壤皆符合污染管制標準，監測井X00114地下水TPH檢測結果為11.4 mg\/L超過管制標準，另地下水監測井X00030地下水之MTBE檢測結果為0.705 mg\/L超過監測標準，驗證結果未通過，後續持續執行整治計畫，113年8月15日提送第2次改善完成報告，113年9月20召開改善完成報告審查會議，第二次驗證預計規劃於113年11月19日進場驗證。\n五、農地土壤污染預防之環境勘查評估\n本縣為無農田水利灌溉小組縣市，每鄉鎮市抽測1組為原則，本縣計有馬公市、湖西鄉、白沙鄉、西嶼鄉、望安鄉、七美鄉共6鄉鎮市，需進行6組土壤及水質抽測，於3月完成抽測前之6場環境勘查，現勘確認適合採樣之農地評估，並於4月完成土壤採樣，重金屬檢測結果均低於食用作物農地之管制標準或未檢出(N.D)，依八大重金屬權重計算結果，湖西鄉土壤重金屬濃度相較其他鄉鎮為高，複驗於6月26日完成採樣; 6處採樣用農地之灌溉水源均為自有民井，於5月27~18日及6月14日完成灌溉水採樣，各處農地灌溉水重金屬均遠低於灌溉水質基準或未檢出(N.D)，6處灌溉水導電度檢測結果均有超過灌溉水質基準，灌溉水複驗則於7月18日完成採樣，檢測結果重金屬均低於灌溉水質基準或未檢出(N.D)。  \n六、事業預防管理成效追蹤\n配合推動事業自主監測及預防管理制度，於6月21日辦理B群事業自主預防管理作業說明會，向B群事業單位說明自主預防管理作業之相關流程及系統操作方式；B群事業部分於10月完成5家現地勘查進行現地確核，並就自主污染預防管理計畫內容提供修正建議；C群事業部分於8月13日前往台水公司馬公第二海水淡化廠及8月14日前往台水公司望安海水淡化廠辦理事業現場稽查，確認是否有製程異動或異常狀況。\n七、土壤及地下水污染宣導活動\n於6月20日辦理貯存系統法規重點與系統申報法規說明會，邀請對象為本縣貯存系統業者，就貯存系統管理辦法及申報作業等面向進行宣導，使各貯存系統業者具備更深入之認識；同日另辦理污染土地及相關場域推動太陽光電設置推廣說明會，邀請對象為現有污染場址之管理單位，以配合再生能源政策推廣太陽光電設置。\n \n八、底泥查證工作\n本縣轄內水體中，成功水庫、興仁水庫、東衛水庫、西安水庫、烏溝蓄水塘、七美水庫底泥品質定期檢測結果高於底泥品質指標上限值，本年度規劃於成功水庫、興仁水庫、東衛水庫3處水庫辦理底泥調查作業，針對3處水庫進行水質及底泥採樣，進行重金屬分析及底泥XRF篩測，已於113年4月底進行環境初步勘查評估，並於113年7月17~18日執行水質及底泥採樣，3處水庫有超過底泥品質指標上、下限值之情形，依底泥品質指標之分類管理及用途限制辦法規定，本次檢測結果應通知目的事業主管機關(即台灣自來水公司)，由台灣自來水公司依法規辦理後續作業。\n九、公告事業審查及技師查核\n北辰加油站本縣去年度僅有1件由北辰加油站提送土壤污染評估調查及檢測資料，因此該案簽證技師列為今年度技師查核作業對象，已於8月邀請委員進行書面審查，已於11月6號辦理線上缺失計點確認會。\n十、最佳管理措施(BMPs)檢核作業\n於場址改善進度報告審查會議時，檢閱改善單位是否執行最佳管理措施，為確認最佳管理措施是否落實執行，需辦理現場檢核作業；於9月20日前往湖西供油中心及馬公汽車加油站等場址及10月29日前往定遠營區，並請審查委員現場提供檢核建議，供改善單位後續推動參考。\n十一、自主承諾工項-農地土壤之母質潛勢區\n規劃進行0.1 N HCl萃取消化之土壤採樣分析，項目為鉻及鎳，採樣數量為馬公、湖西、白沙、西嶼等鄉鎮市各1點，每點均採至地表下1公尺深，每25公分為1樣本，共16個樣本；已於6月~9月底陸續完成採樣及分析，分析結果結合環境部農地土壤母質品質背景調查計畫成果，建立本縣農地土壤之母質潛勢區。",
        "eng_title": "Plan of Soil and Groundwater Pollution Investigation and Verification Work in Penghu County, 2024",
        "eng_subject": "Project Summary\nThis project items include monitoring well inspections and maintenance, storage system audits and surveys, pollution remediation site verification, and environmental assessments for soil pollution prevention in agricultural lands. The tasks are summarized as follows:\n1.\tMonitoring Well Inspections and Maintenance\nInspections and maintenance were carried out on 2 monitoring wells, including exterior maintenance and facility repairs for one well. Additionally, assessments were conducted for 2 wells, which were re-completed, and work was done to remove foreign objects from 1 well and abandon 2 others.\n2.\tGas Station Inspections and Leak Detection Pipe Surveys\nMonthly inspections showed no abnormalities. A leak detection survey was completed in April 2024 at 18 stations (originally 19, with Beichen Gas Station closing in December 2023). One station had PID readings exceeding 1000 ppmV, so a soil gap gas analysis was conducted, revealing toluene levels of 27.8 ppm, with other results being non-detectable (ND). Based on the pollution potential determination guidelines, further verification was deemed unnecessary, but monthly inspections will continue with priority on this station.\n3.\tStorage System Audits and Guidance\nContinued storage system audits over the past two years, completing 1 underground tank system regulatory compliance check and 6 aboveground tank system improvement re-inspections, all of which were completed by August.\n4.\tPollution Remediation Site Verification\nThe Huxi Oil Supply Center submitted its remediation completion report in February 2024, with soil and groundwater sampling conducted in April. The results showed that soil samples met pollution control standards. However, the groundwater tests showed TPH levels of 11.4 mg\/L (exceeding control standards) and MTBE levels of 0.705 mg\/L (exceeding monitoring standards). This verification did not pass, and the remediation plan will continue. A second completion report was submitted in August, and a second verification is scheduled for November 2024.\n5.\tEnvironmental Assessment for Soil Pollution Prevention in Agricultural Lands\nSix towns and cities were surveyed for soil and water quality. The results showed that heavy metal levels were below the regulatory standards, with Huxi Township having higher concentrations of heavy metals. Irrigation water samples from six locations showed heavy metal levels below the irrigation water quality standards. Conducted re-verification of irrigation water in July, which showed heavy metals were below the standards or non-detectable (ND).\n6.\tTracking Business Prevention Management Effectiveness\nA workshop was held in June to explain the self-monitoring and prevention management procedures for businesses. In October, field inspections were conducted at 5 businesses, providing suggestions for improving their pollution prevention plans. Additional inspections of two seawater desalination plants were conducted to verify if there were any changes or abnormalities in their processes.\n7.\tSoil and Groundwater Pollution Awareness Activities\nOn June 20, a regulatory briefing on storage systems was held for local industry operators. A seminar was also conducted to promote solar photovoltaic installations at polluted sites, aligning with renewable energy policies.\n8.\tSediment Verification Work\nRegular sediment quality testing in reservoirs showed that sediment quality exceeded the upper limit of the quality index in some reservoirs. An environmental assessment was conducted in April 2024, followed by water and sediment sampling in July. The results showed that sediment quality exceeded the allowable limits in some reservoirs, and relevant authorities (Taiwan Water Corporation) were notified for further action.\n9.\tPublic Business Reviews and Technologist Audits\nIn August, a review was conducted for the Beichen Gas Station’s soil pollution assessment, and an online meeting was held in November for deficiencies verification.\n10.\tBest Management Practices (BMPs) Inspection\nSite inspections were carried out to ensure the implementation of best management practices. Visits were made to the Huxi Oil Supply Center, Magong Car Gas Station, and Dingyuan Military Camp, where suggestions were provided to improve future implementation.\n11.\tSelf-Commitment Project – Agricultural Soil Maternal Potential Zones\nSoil sampling and analysis were completed for 16 samples across several towns, with results contributing to the establishment of maternal potential zones for agricultural soil in the county.",
        "proj_year": "113",
        "org_name": "澎湖縣政府環境保護局",
        "exe_unit": "亞太環境科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130696796",
        "publish_date": "20250114"
    },
    {
        "chi_title": "113年度嘉義市固定污染源管制計畫",
        "chi_subject": "本計畫各項工作執行成果摘要如下：\n(一) 固定污染源許可管制作業\n1.許可申請作業：截至12月，申請總計20件次，包含操作許可證申請計2件次、操作許可證異動計8件次、操作許可展延10件次。\n2.許可審查時效：預審平均審查日數為3日，符合法規要求。\n3.設備更新與排放回收：1家完成設備汰換，回收污染量：Par 0.58 T\/Y、SOX 3.64 T\/Y、VOCS 0.89 T\/Y。\n4.許可現場查核：截至12月，現場抽查許可證28件次，達成率100%。\n5.許可查核缺失與改善：個別廠商因未辦理許可異動已通知改善，目前異動案件辦理中。\n6.技師抽查作業：8月30日完成抽查，缺失記點6點缺失並已發函通知改進。\n(二) 固定污染源空氣污染防制費、污染排放量及定期檢測申報\n1.年排放量申報：113年度應申報4家次，共16件申報。\n2.污染物排放趨勢：113年氮氧化物排放減少約2噸，主要因轄區詠順科技(股)公司改善SNCR設備以符合排放標準。\n3.排放申報審查進度：已完成112年度及113年上半年度的排放量審查作業。\n4.固定污染產空污費收費申報：轄內72家場所需繳納空污費，其中最大繳費者為台灣中油，佔VOCs費用的59.2%。\n5.費用收支狀況：113年收入較112年減少，原因包括垃圾焚化廠軟體問題和中油公司儲槽VOCs控制改善。\n6.空污費現場檢查：已執行SOx\/NOx查核43次、VOCs查核41次、粒狀物查核46次。\n(三)固定污染源資料清查、更新擴充\n1.資料更新進度：截至12月完成66件次資料更新，達成率100%。\n2.固定污染源列管家數：計有236家工廠、835個污染源、399個儲槽及其他設施。\n3.污染物年度排放量：更新後區域年排放量為：粒狀物9.43噸、硫氧化物12.39噸、氮氧化物79.47噸、VOCs 124.83噸。\n(四)固定源稽巡查與減量輔導作業\n1.稽巡查總數：截至12月共計執行稽\/巡查作業540次，其中稽查204次，巡查336次。\n2.稽查來源：稽巡\/查作業主要以主動稽查佔比42%，陳情稽查佔21%。\n3.裁罰案件：針對未符合油氣回收標準的加油站進行告發，罰鍰10萬元。\n4.污染源改善輔導作業：邀請專家至萬盈興業公司進行現場勘查並提出改善建議。\n(五)廢棄物焚化爐管制作業\n1.相對準確度檢測：焚化廠煙道抽測結果均符合規定，校正誤差皆在標準範圍內。\n2.CEMS法規符合度查核比對：執行不透光率(OP)查核、標準氣體查核(CGA)及訊號平行比對，結果均符合規範。\n(六)固定污染源檢測管制作業：\n1.設備元件抽測：完成1,000點次檢測，作業達成率100%，抽測結果皆符合法規規範，無超過法規規範之洩漏情形。\n2.加油站檢測：經抽測後1家加油站抽測不合格已進行告發，並要求限期完成改善，另一站抽測合格，符合規定。\n3.煙道檢測：已完成1次煙道稽查檢測，經檢測後粒狀污染物實測校正值為1mg\/Nm3(排放標準30mg\/Nm3)、二氧化硫實測校正值為1ppm(排放標準50ppm)及氮氧化物測校正值為1ppm(排放標準100ppm)，均低於各式污染物排放標準，符合排放規定。\n4.異味檢測：已完成1次異味稽查檢測，經檢測後異味閾值結果為ND<10，低於該區域異味排放標準50無因次，符合排放規定。\n(七)推動環保許可整合工作\n1. 執行10家場所環保許可申請案件會審\/諮詢20次，達成率100%。\n2. 110年至113年，完成許可整合宣導會議4場\/次、試辦對象輔導32家、內部人員教育訓練3場、污染流向圖繪製32家、試辦對象流程圖確認16家、許可申請資料會審46次及許可申請資料諮詢34次。\n(八)其他配合辦理及配合事項\n1.法規宣導說明會議：已於4月12日辦理會議，說明法規重點及改善方向。\n2.配合新聞發布：已發表3則新聞稿，主題涵蓋油氣回收、逸散性管理辦法及區域聯防機制等。\n3.行業別清查：完成207家汽車及塗裝業者清查，VOCs年使用量共計34.166噸，遠低於排放量管理手冊分配數量。\n4.道路交通島巡查：已巡查182條道路，總計262.08公里，達成率100%，未發現道路、交通島破損情況。",
        "eng_title": "2024 Chiayi City Stationary Pollution Source Control and Environmental Permit Integration Plan",
        "eng_subject": "The summary of the implementation results of the work of this plan is as follows:\n(I) Stationary Pollution Source Permit Management\n1.Permit Application Operations: As of December, a total of 20 applications were processed, including 2 for operating permits, 8 for permit modifications, and 10 for permit extensions.\n2.Permit Review Efficiency: The average review period for pre-assessments was 3 days, meeting regulatory requirements.\n3.Equipment Upgrades and Emission Recovery: One facility completed equipment upgrades, recovering the following pollutants: Par 0.58 T\/Y, SOX 3.64 T\/Y, and VOCs 0.89 T\/Y.\n4.On-Site Permit Inspections: By December, 28 on-site inspections of permits were conducted, achieving a 100% completion rate.\n5.Engineer Spot Checks: Spot checks conducted on August 30 identified six deficiencies, and notifications were issued for corrective actions.\n(II) Air Pollution Control Fees, Emission Reporting, and Periodic Inspections for Stationary Pollution Sources\n1.Annual Emission Reporting: For 2024, four facilities are required to submit a total of 16 reports.\n2.Pollutant Emission Trends: Nitrogen oxide emissions in 2024 decreased by approximately 2 tons due to improvements in SNCR equipment at Yongshun Technology Co., Ltd.\n3.Air Pollution Fee Reporting and Collection: Seventy-two facilities are required to pay air pollution fees, with the largest contributor, CPC Corporation Taiwan, accounting for 59.2% of VOC-related fees.\n4.Fee Revenue Status: Revenue for 2024 decreased compared to 2023 due to software issues at the incineration plant and VOC control improvements by CPC Corporation.\n(III) Stationary Pollution Source Data Auditing, Updating, and Expansion\n1.Data Update Progress: By December, 66 data updates were completed, achieving a 100% completion rate.\n2.Registered Stationary Pollution Sources: Includes 236 factories, 835 pollution sources, 399 storage tanks, and other facilities.\n3.Annual Pollutant Emissions: Updated regional annual emissions are: Particulates 9.43 tons, SOx 12.39 tons, NOx 79.47 tons, and VOCs 124.83 tons.\n(IV) Inspection and Emission Reduction Counseling for Stationary Sources\n1.Total Inspections and Patrols: As of December, 540 operations were completed, including 204 inspections and 336 patrols.\n2.Inspection Sources: Proactive inspections accounted for 42%, while complaint-driven inspections made up 21%.\n3.Violation Cases: A gas station failing to meet vapor recovery standards was fined NT$100,000.\n4.Pollution Source Improvement Counseling: Experts were invited to conduct on-site inspections and provide recommendations at Wanying Industrial Co., Ltd.\n(V) Incinerator Management Operations\n1.Relative Accuracy Testing: Stack testing at the incinerator confirmed compliance, with calibration errors within standard limits.\n2.CEMS Compliance Audits: Conducted opacity (OP) tests, standard gas audits (CGA), and signal comparison tests, all meeting regulatory standards.\n(VI) Pollution Source Testing Operations\n1.Component Testing: Completed 1,000 component tests with a 100% compliance rate, with no leaks exceeding legal limits.\n2.Gas Station Testing: One gas station failed compliance and was reported; improvements have been mandated. Another station passed and met requirements.\n3.Stack Testing: Completed one stack inspection, with measured particulate matter at 1 mg\/Nm³ (standard: 30 mg\/Nm³), SO2 at 1 ppm (standard: 50 ppm), and NOx at 1 ppm (standard: 100 ppm), all meeting emission standards.\n4.Odor Testing: Conducted one odor inspection, yielding a threshold value of ND<10, below the standard of 50, indicating compliance.\n(VII) Promotion of Environmental Permit Integration\n1.Conducted joint reviews\/consultations for 20 environmental permit applications at 10 facilities, achieving a 100% completion rate.\n2.From 2021 to 2024, a total of 4 permit integration promotional meetings were held, providing guidance to 32 trial entities. Additionally, 3 internal training sessions on permit integration were conducted, pollution flow charts for 32 entities were drafted, process diagrams for 16 trial entities were verified, 46 joint reviews of permit application documents were completed, and 34 consultations on permit application documents were conducted.\n(VIII) Other Coordination and Activities\n1.Regulation Awareness Seminars: A seminar on April 12 focused on key regulations and improvement directions.\n2.News Releases: Published three press releases on vapor recovery, fugitive emission management, and regional joint defense mechanisms.\n3.Industry Surveys: Completed surveys for 207 automotive and painting businesses, with an annual VOC usage of 34.166 tons, significantly below the allocated quantity in the emission management manual.\n4.Road and Traffic Island Inspections: Inspected 182 roads totaling 262.08 km, achieving a 100% completion rate, with no damages found on roads or traffic islands.",
        "proj_year": "113",
        "org_name": "嘉義市政府環境保護局",
        "exe_unit": "瑩諮科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130695218",
        "publish_date": "20250114"
    },
    {
        "chi_title": "113年度土壤及地下水宣導業務推廣計畫",
        "chi_subject": "本計畫自113年2月29日至113年12月31日止，透過多元宣導方式與運用線上多媒體推廣土壤及地下水品質保護概念。執行成果簡要說明如下：\n1.研擬執行規劃書：於5月8日完成提送計畫各工作項目之執行規劃。\n2.土水保護線上學習活動：結合「《PaGamO》線上遊戲學習平臺」辦理「淨土之巔－土壤及地下水保護電競賽」，參賽對象為全臺4年級至8年級在學學生，透過線上遊戲之創新學習方式，引發學習熱忱，傳達土壤及地下水、淨零綠生活等環保知識，並提供合計超過30萬元之獎勵。活動開賽前推出兩波線上知識任務，作為暖身活動，累積超過8萬人參與。報名期間陸續透過社群媒體、線上學習平台、網路廣告等宣傳活動訊息，廣告曝光量超過60萬次；線上初賽於10月17日至10月21日辦理，全臺有近2,000位學生參加，最終由積分排名前30名選手晉級決賽，並於11月16日舉行實體決賽暨頒獎典禮，包含長官貴賓、晉級選手及陪同代表共計118人與會。\n3.土水環境教育宣導活動：採用體驗教育方式，以親子家庭為目標對象，結合各地農特產，將土壤與地下水保護觀念融入體驗活動，藉此傳達土壤及地下水的健康與食物安全息息相關。本工作項已於7月12日、8月3日分別在宜蘭及彰化地辦理環境教育推廣活動共2場次，合計共78人參與。活動設計採取互動問答融入土水保護觀念，更安排動手體驗提升孩子的投入度，家長與孩子的反應皆相當良好，期望未來能持續辦理體驗活動，提供更多寓教於樂的機會。\n4.土水保護桌遊體驗活動：今年度從校園著手，辦理教師增能培訓和學生入班教學共兩種類型活動。教師增能培訓帶領教學人員從認識土水保護桌遊與土水保護觀念開始，進而學會使用桌遊輔助課程教學，已於5月8日、5月24日、5月31日辦理共3場次，合計共69人參與；學生入班教學則在遊戲後引導學生思考，帶領理解桌遊所傳達的概念，建立對土壤及地下水的基本認知與保護觀念，同時亦透過實際入班持續精進桌遊教材與教法，已於5月至10月期間辦理共9場次，合計共229位學生參與。針對土水保護桌遊，本工作項共提供體驗、借用、索取3種申請方式，並持續開放各界申請，今年度（截至11月）共計30筆申請（體驗2案、借用7案及索取21案），持續聯繫申請單位提交相關資料。\n5.多媒體宣導：本工作項經營管理FB與IG《土淨水清》粉專，按季製作圖文，並依核定排程發布貼文，今年度合計發布153則貼文，貼文觸及人數超過18萬，另於8月至9月期間完成辦理4場次粉絲互動活動，粉絲參與熱烈，粉專追蹤人數合計提升超過800人；今年度亦運用環管署土污基管會代言人-小水滴與泥寶設計製作社群濾鏡，並於10月辦理社群推廣活動，吸引粉絲使用濾鏡，共有超過17萬曝光數；另與《空中英語教室》合作地下水主題之中英文教材，於9月15日出版21萬冊紙本雜誌，並於10月進行網路、電視、廣播等多媒體推廣。\n6.特色宣導：今年度製作三款宣導品提供機關各項活動使用，合計共500份；本計畫亦蒐集彙整機關歷年辦理活動，並根據不同活動之辦理形式，研提兩種未來特色宣導方案供機關擇定。",
        "eng_title": "Project of Soil and Groundwater Advocacy Business Promotion Plan of 2024",
        "eng_subject": "The project period is from February 29, 2024, to December 31, 2024. The abstract of implementation is as following:\nI.\t  Developing the Implementation Plan: The implementation plan of the submitted work items was completed on May 8, 2023.\nII.\tsoil and groundwater protection E-sports: holding in collaboration with PaGamO, targeting students from grades 4 to 8. Through online game-based learning, the event aimed to inspire enthusiasm for learning and promote environmental knowledge related to soil and groundwater protection and other eco-friendly topics. The total value of the prizes exceeds NT$300,000.Two online activities were launched before the event started, with more than 80,000 participants. The online preliminaries were held from October 17th to October 21st. A total of nearly 2,000 students participated. In the end, the top 30 players, based on scores, advanced to the finals, which were held on November 16. A total of 118 people attended the finals and award ceremony.\nIII.\tEnvironmental education activities of soil and groundwater: The target audience is parents and children, and the concept of soil and groundwater protection is integrated into the activity, so that children can understand the way of coexisting with the environment and understand the harm caused by soil and groundwater pollution. The event has been held 2 times on July 5th and August 3rd, with a total of 78 people participating. The response from parents and children has been very good, and they hope to continue to hold experience activities in the future.\nIV.\tBoard game activities of soil and groundwater: The teacher training activities started with understanding the concept of board games and soil and groundwater protection, and then learned to use board games to assist course teaching. A total of 3 sessions were held on May 8th, May 24th and May 31st, with a total of 69 people participated. In the student section, we guide students to think after the game, guide them to understand the concepts conveyed by the board game, and establish basic understanding and protection concepts of soil and groundwater. A total of 9 sessions have been held in May to October, with a total of 229 students. An application mechanism for board game teaching aids has been formulated. Currently, a total of 2 cases have been applied for experience, 7 cases have been borrowed, and a total of 21 cases have been requested.\nV.\tMultimedia publicity: Operating FB and IG fan page and have released a total of 153 posts from March to December, 2024, reaching more than 180,000 people. And 4 fan events were held from August to September, leading to an increase of over 800 followers. In addition, this year, the mascot of the Soil and Groundwater Pollution Remediation Fund Management Board, Water Droplet and Sediment Baby, was used to design FB and IG filters. A promotional campaign was held in October, resulting in over 170,000 exposures.In cooperation with Studio Classroom for bilingual teaching materials, 210,000 copies of the magazine have been published on September 15, and promoted through various media, including online community, radio, TV, and other media promotion.\nVI.\tSpecial promotional materials:total of three types of promotional materials have been planned, targeting different groups, totaling 500 copies.And by collecting and compiling past activities, two distinctive promotional proposals with different formats have been developed.",
        "proj_year": "113",
        "org_name": "環管署土壤及地下水污染整治基金管理會",
        "exe_unit": "財團法人台灣產業服務基金會",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130685812",
        "publish_date": "20250124"
    },
    {
        "chi_title": "113-金門縣清淨家園環境維護管理計畫",
        "chi_subject": "金門縣環境保護局(以下簡稱環保局)為改善本縣環境品質，推動各鄉鎮清淨家園行動計畫，營造永續優質環境衛生，減少髒亂點、藉由機動巡邏加強取締民眾廢棄物任意傾倒、棄置之情形發生，藉以提升民眾主動清理居家環境及水溝、遛狗隨手清狗便、勿亂丟菸蒂、吐檳榔渣(汁)等環境衛生行為，以及提升本縣垃圾棄置點稽(巡)查應變能量，於本計畫推動各項相關宣導教育及環境認養活動，同時協助本縣環境衛生評比及考核各項工作。\n截至期末報告前，本工作團隊每月進行髒亂點巡查共446件，並透過於髒亂點架設攝影機共拍攝到6次隨意棄置垃圾包之行為；於每月巡查列管公廁，並在第一季前完成本縣356座列管公廁及歷年補助公廁現況之盤查，依每月巡檢結果更新公廁分級標籤；連鎖便利商店、網咖及連鎖咖啡店共巡查492次，已完成本縣列管空屋空地共113處及每月巡查中央列管空屋空地共24次，並協助提報相關巡查樣態，協助處理30件陳情案及追蹤後續改善情況，環境清潔週成果已於3月提送。",
        "eng_title": "Kinmen County 2024 Quality Public Restrooms and Environmental Enhancement Promotion Plan Subsidy Program",
        "eng_subject": "The Environmental Protection Bureau of Kinmen County (hereinafter referred to as the EPB) is dedicated to improving the county's environmental quality by promoting clean and sustainable community action plans in each township. These efforts aim to establish a high-quality and sustainable sanitary environment, reduce littering hotspots, and strengthen enforcement against illegal waste dumping and littering through mobile patrols.\n\nThe initiative encourages residents to proactively clean their living environments, maintain clear drainage systems, pick up after pets, avoid littering cigarette butts, and refrain from spitting betel nut residue (or juice). It also enhances the county's capacity for monitoring and responding to illegal waste disposal incidents. Various public education and environmental adoption activities are implemented as part of this plan, along with assistance in evaluating and assessing the county's sanitation and cleanliness efforts.\n\nAs of the final report period, the project team conducted monthly inspections of 446 littering hotspots, capturing six instances of illegal garbage dumping using surveillance cameras. Additionally, all 356 regulated public restrooms and those funded by previous subsidy programs were assessed by the first quarter, with updates made to restroom classification labels based on monthly inspection results.\n\nThe team performed 492 inspections of chain convenience stores, internet cafes, and chain coffee shops. A total of 113 regulated vacant houses and lands were identified, with monthly inspections conducted for 24 sites under central government regulation. The team also provided reports on various inspection patterns, addressed 30 citizen complaints, and followed up on subsequent improvements. Results from the Environmental Cleaning Week were submitted in March.",
        "proj_year": "113",
        "org_name": "金門縣環境保護局",
        "exe_unit": "大立環保科技有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130681677",
        "publish_date": "20250114"
    },
    {
        "chi_title": "113年嘉義市推動環保許可整合計畫",
        "chi_subject": "本計畫各項工作執行成果摘要如下：\n(一) 固定污染源許可管制作業\n1.許可申請作業：截至12月，申請總計20件次，包含操作許可證申請計2件次、操作許可證異動計8件次、操作許可展延10件次。\n2.許可審查時效：預審平均審查日數為3日，符合法規要求。\n3.設備更新與排放回收：1家完成設備汰換，回收污染量：Par 0.58 T\/Y、SOX 3.64 T\/Y、VOCS 0.89 T\/Y。\n4.許可現場查核：截至12月，現場抽查許可證28件次，達成率100%。\n5.許可查核缺失與改善：個別廠商因未辦理許可異動已通知改善，目前異動案件辦理中。\n6.技師抽查作業：8月30日完成抽查，缺失記點6點缺失並已發函通知改進。\n(二) 固定污染源空氣污染防制費、污染排放量及定期檢測申報\n1.年排放量申報：113年度應申報4家次，共16件申報。\n2.污染物排放趨勢：113年氮氧化物排放減少約2噸，主要因轄區詠順科技(股)公司改善SNCR設備以符合排放標準。\n3.排放申報審查進度：已完成112年度及113年上半年度的排放量審查作業。\n4.固定污染產空污費收費申報：轄內72家場所需繳納空污費，其中最大繳費者為台灣中油，佔VOCs費用的59.2%。\n5.費用收支狀況：113年收入較112年減少，原因包括垃圾焚化廠軟體問題和中油公司儲槽VOCs控制改善。\n6.空污費現場檢查：已執行SOx\/NOx查核43次、VOCs查核41次、粒狀物查核46次。\n(三)固定污染源資料清查、更新擴充\n1.資料更新進度：截至12月完成66件次資料更新，達成率100%。\n2.固定污染源列管家數：計有236家工廠、835個污染源、399個儲槽及其他設施。\n3.污染物年度排放量：更新後區域年排放量為：粒狀物9.43噸、硫氧化物12.39噸、氮氧化物79.47噸、VOCs 124.83噸。\n(四)固定源稽巡查與減量輔導作業\n1.稽巡查總數：截至12月共計執行稽\/巡查作業540次，其中稽查204次，巡查336次。\n2.稽查來源：稽巡\/查作業主要以主動稽查佔比42%，陳情稽查佔21%。\n3.裁罰案件：針對未符合油氣回收標準的加油站進行告發，罰鍰10萬元。\n4.污染源改善輔導作業：邀請專家至萬盈興業公司進行現場勘查並提出改善建議。\n(五)廢棄物焚化爐管制作業\n1.相對準確度檢測：焚化廠煙道抽測結果均符合規定，校正誤差皆在標準範圍內。\n2.CEMS法規符合度查核比對：執行不透光率(OP)查核、標準氣體查核(CGA)及訊號平行比對，結果均符合規範。\n(六)固定污染源檢測管制作業：\n1.設備元件抽測：完成1,000點次檢測，作業達成率100%，抽測結果皆符合法規規範，無超過法規規範之洩漏情形。\n2.加油站檢測：經抽測後1家加油站抽測不合格已進行告發，並要求限期完成改善，另一站抽測合格，符合規定。\n3.煙道檢測：已完成1次煙道稽查檢測，經檢測後粒狀污染物實測校正值為1mg\/Nm3(排放標準30mg\/Nm3)、二氧化硫實測校正值為1ppm(排放標準50ppm)及氮氧化物測校正值為1ppm(排放標準100ppm)，均低於各式污染物排放標準，符合排放規定。\n4.異味檢測：已完成1次異味稽查檢測，經檢測後異味閾值結果為ND<10，低於該區域異味排放標準50無因次，符合排放規定。\n(七)推動環保許可整合工作\n1. 執行10家場所環保許可申請案件會審\/諮詢20次，達成率100%。\n2. 110年至113年，完成許可整合宣導會議4場\/次、試辦對象輔導32家、內部人員教育訓練3場、污染流向圖繪製32家、試辦對象流程圖確認16家、許可申請資料會審46次及許可申請資料諮詢34次。\n(八)其他配合辦理及配合事項\n1.法規宣導說明會議：已於4月12日辦理會議，說明法規重點及改善方向。\n2.配合新聞發布：已發表3則新聞稿，主題涵蓋油氣回收、逸散性管理辦法及區域聯防機制等。\n3.行業別清查：完成207家汽車及塗裝業者清查，VOCs年使用量共計34.166噸，遠低於排放量管理手冊分配數量。\n4.道路交通島巡查：已巡查182條道路，總計262.08公里，達成率100%，未發現道路、交通島破損情況。",
        "eng_title": "2024 Chiayi City Stationary Pollution Source Control and Environmental Permit Integration Plan",
        "eng_subject": "The summary of the implementation results of the work of this plan is as follows:\n(I) Stationary Pollution Source Permit Management\n1.Permit Application Operations: As of December, a total of 20 applications were processed, including 2 for operating permits, 8 for permit modifications, and 10 for permit extensions.\n2.Permit Review Efficiency: The average review period for pre-assessments was 3 days, meeting regulatory requirements.\n3.Equipment Upgrades and Emission Recovery: One facility completed equipment upgrades, recovering the following pollutants: Par 0.58 T\/Y, SOX 3.64 T\/Y, and VOCs 0.89 T\/Y.\n4.On-Site Permit Inspections: By December, 28 on-site inspections of permits were conducted, achieving a 100% completion rate.\n5.Engineer Spot Checks: Spot checks conducted on August 30 identified six deficiencies, and notifications were issued for corrective actions.\n(II) Air Pollution Control Fees, Emission Reporting, and Periodic Inspections for Stationary Pollution Sources\n1.Annual Emission Reporting: For 2024, four facilities are required to submit a total of 16 reports.\n2.Pollutant Emission Trends: Nitrogen oxide emissions in 2024 decreased by approximately 2 tons due to improvements in SNCR equipment at Yongshun Technology Co., Ltd.\n3.Air Pollution Fee Reporting and Collection: Seventy-two facilities are required to pay air pollution fees, with the largest contributor, CPC Corporation Taiwan, accounting for 59.2% of VOC-related fees.\n4.Fee Revenue Status: Revenue for 2024 decreased compared to 2023 due to software issues at the incineration plant and VOC control improvements by CPC Corporation.\n(III) Stationary Pollution Source Data Auditing, Updating, and Expansion\n1.Data Update Progress: By December, 66 data updates were completed, achieving a 100% completion rate.\n2.Registered Stationary Pollution Sources: Includes 236 factories, 835 pollution sources, 399 storage tanks, and other facilities.\n3.Annual Pollutant Emissions: Updated regional annual emissions are: Particulates 9.43 tons, SOx 12.39 tons, NOx 79.47 tons, and VOCs 124.83 tons.\n(IV) Inspection and Emission Reduction Counseling for Stationary Sources\n1.Total Inspections and Patrols: As of December, 540 operations were completed, including 204 inspections and 336 patrols.\n2.Inspection Sources: Proactive inspections accounted for 42%, while complaint-driven inspections made up 21%.\n3.Violation Cases: A gas station failing to meet vapor recovery standards was fined NT$100,000.\n4.Pollution Source Improvement Counseling: Experts were invited to conduct on-site inspections and provide recommendations at Wanying Industrial Co., Ltd.\n(V) Incinerator Management Operations\n1.Relative Accuracy Testing: Stack testing at the incinerator confirmed compliance, with calibration errors within standard limits.\n2.CEMS Compliance Audits: Conducted opacity (OP) tests, standard gas audits (CGA), and signal comparison tests, all meeting regulatory standards.\n(VI) Pollution Source Testing Operations\n1.Component Testing: Completed 1,000 component tests with a 100% compliance rate, with no leaks exceeding legal limits.\n2.Gas Station Testing: One gas station failed compliance and was reported; improvements have been mandated. Another station passed and met requirements.\n3.Stack Testing: Completed one stack inspection, with measured particulate matter at 1 mg\/Nm³ (standard: 30 mg\/Nm³), SO2 at 1 ppm (standard: 50 ppm), and NOx at 1 ppm (standard: 100 ppm), all meeting emission standards.\n4.Odor Testing: Conducted one odor inspection, yielding a threshold value of ND<10, below the standard of 50, indicating compliance.\n(VII) Promotion of Environmental Permit Integration\n1.Conducted joint reviews\/consultations for 20 environmental permit applications at 10 facilities, achieving a 100% completion rate.\n2.From 2021 to 2024, a total of 4 permit integration promotional meetings were held, providing guidance to 32 trial entities. Additionally, 3 internal training sessions on permit integration were conducted, pollution flow charts for 32 entities were drafted, process diagrams for 16 trial entities were verified, 46 joint reviews of permit application documents were completed, and 34 consultations on permit application documents were conducted.\n(VIII) Other Coordination and Activities\n1.Regulation Awareness Seminars: A seminar on April 12 focused on key regulations and improvement directions.\n2.News Releases: Published three press releases on vapor recovery, fugitive emission management, and regional joint defense mechanisms.\n3.Industry Surveys: Completed surveys for 207 automotive and painting businesses, with an annual VOC usage of 34.166 tons, significantly below the allocated quantity in the emission management manual.\n4.Road and Traffic Island Inspections: Inspected 182 roads totaling 262.08 km, achieving a 100% completion rate, with no damages found on roads or traffic islands.",
        "proj_year": "113",
        "org_name": "嘉義市政府環境保護局",
        "exe_unit": "瑩諮科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130679697",
        "publish_date": "20250114"
    },
    {
        "chi_title": "113年度臺東縣推動低碳永續家園執行計畫",
        "chi_subject": "本計畫工作內容可劃分為「臺東縣氣候變遷因應推動會相關會議」、「氣候變遷調適調查與脆弱度分析」、「低碳永續家園運作體系」、「教育宣導」、「推廣綠能屋頂」以及「推動事業溫室氣體盤查作業」等6大項工作。\n本計畫今年度依據「氣候變遷因應法」，協助召開2場次氣候變遷因應推動會議及1場次氣候變遷調適方案座談會，並依據「臺東縣第二期溫室氣體減量執行方案」追蹤與管考本縣減量方案執行成果，以及彙整各局處氣候變遷調適相關推動政策、研訂臺東縣氣候變遷調適執行方案。\n低碳永續家園運作體系，以協助新增低碳永續家園評等認證為主要工作，今年度取得2銀6銅成績，成功輔導關山鎮成為臺東首個銀級鄉鎮；並新增17處村里報名參與，參與率已達82.7%。另協助追蹤查核近年已獲認證評等單位及受補助單位低碳永續措施維運情形，及輔導轄內5處社區\/部落提出執行低碳永續行動申請。\n為增進社區、村里低碳永續相關知識與動能，辦理2場次低碳社區教育宣導，共計20處村里56人參與。另參與2050淨零城市展，展現臺東縣氣候變遷減緩及調適推動成果，現場與會人數超過1,500人次，共計3家網路媒體報導臺東淨零推動成果。\n為推廣臺東綠能屋頂，聘請太陽能光電專家針對31處太陽光電潛力案源評估，共計25處適合建置太陽能系統，並協助各單位撰擬17份太陽能案源標租範本。另辦理3場次綠能屋頂推廣媒合說明會，邀請社區、機關或民間團體等總計85人次參與。\n推動事業溫室氣體盤查作業，清查轄區內領有固定污染源許可證溫室氣體排放源10家次。透過書面與現場查核排放源排放數據與相關設施資料，檢核場所燃料申報數據及實際用量，藉此掌握溫室氣體排放情形。",
        "eng_title": "The promotion of low-carbon sustainable home Implementation project for Taitung County  in 2024",
        "eng_subject": "The tasks of this plan can be divided into six main categories: meetings related to the Taitung County climate change response promotion committee, climate change adaptation surveys and vulnerability analysis, low-carbon sustainable homeland operation system, education and awareness campaigns, promotion of green energy rooftops and implementation of corporate greenhouse gas inventory operations.\nThis year, in accordance with the Climate Change Response Act, the plan assisted in organizing 2 climate change response promotion meetings and 1 climate change adaptation plan seminar. Additionally, the plan tracked and assessed the implementation results of the county’s GHGs reduction initiatives based on the Taitung County Phase II Greenhouse Gas Reduction Implementation Plan.  It also compiled climate change adaptation policies promoted by various departments and developed the Taitung County Climate Change Adaptation Implementation Plan.\nThe low-carbon sustainable homeland operation system focuses on assisting with new certifications and ratings. This year, the program achieved 2 silver-level and 6 bronze-level certifications, successfully guiding Guanshan Township to become Taitung's first silver-level township. Additionally, 17 villages registered to participate, raising the participation rate to 82.7%. The program also assisted in tracking the maintenance and operation of low-carbon sustainable measures implemented by entities that were certified or subsidized in recent years. Additionally, it guided 5 communities\/tribes within the jurisdiction to submit applications for implementing low-carbon sustainable actions.\nTo enhance community and village knowledge and capacity for low-carbon sustainability, 2 low-carbon community education sessions were held, with participation from 20 villages and a total of 56 attendees. Additionally, Taitung County participated in the 2050 Net-Zero City Expo, showcasing its achievements in climate change mitigation and adaptation. The event attracted over 1,500 attendees, and 3 online media outlets reported on Taitung’s net-zero progress.\nTo promote green energy rooftops in Taitung, a solar photovoltaic expert was engaged to evaluate 31 potential solar power projects. Among these, 25 locations were identified as suitable for installing solar systems. Additionally, 17 solar project lease template documents were prepared to assist various units. Additionally, 3 green energy rooftop promotion and matchmaking sessions were held, with a total of 85 participants from communities, government agencies, and civil organizations.\nThe program conducted GHGs inventory operations for businesses, reviewing 10 fixed pollution source permits within the jurisdiction. Through both written and on-site inspections, emission data and related facility information were verified. This included checking the reported fuel data and actual usage at the sites to better understand the GHGs emissions situation.",
        "proj_year": "113",
        "org_name": "臺東縣環境保護局",
        "exe_unit": "環榮永興股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130665024",
        "publish_date": "20250124"
    },
    {
        "chi_title": "113年推動金屬化學品循環管理專案工作計畫",
        "chi_subject": "本計畫依計畫工作目標分為「掌握國內外金屬廢棄資源循環技術與策略，推動國內金屬廢棄資源循環」、「推動化學品循環掌握國內化學品物質流關聯資料與回收循環運作現況，以健全化學品廢棄資源基線資料」、「健全多元化資源循環管道，建立化學品租賃示範輔導制度以強化產業源頭管理措施」及「配合本計畫執行相關行政作業，提升計畫執行成效及品質」等四大核心。\n　　於金屬資源方面在國際上具有重要性，尤其在科技與工業應用，透過國際關鍵物資種類蒐集，在能源儲存、電子產品製造、航空航天等領域會用到的鎵、鍺、鋰、鈷、鈮、鈦、釩等多屬戰略種類。國內金屬資源進口、產生量及回收量的全面盤查顯示，112 年廢棄物回收體系約 490 萬公噸，其中回收產業提煉出金屬再生製品約 294 萬公噸，為了可更進一步掌握國內潛力物質金屬回收可精進路徑，因此進一步建立金屬成分索引表，掌握國內金屬回收種類及其含量，進行精確的資源管理。\n　　化學品資源在國際上具有重要性，尤其是在工業生產、製造業及高科技產業中，廢酸、廢溶劑等化學品的回收再利用對於環境保護和資源可持續利用具有重要意義，關鍵化學品如磷酸、異丙醇、硫酸、液氨等，在半導體製造、電子產品清洗、化工生產等領域都有廣泛應用。112 年度化學品廢棄資源的盤點，顯示化學品使用量相較 111 年度下降約 600 萬公噸，廢液量能達 154 萬公噸，其中 87%可進入循環使用。為了進一步制定化學品廢棄資源推動路徑與種類，進一步就磷酸、鹽酸（酸洗液）之循環流布與評析再生產品品質制定之必要性，是否有助循環途徑朝高值應用邁進。此外，為了強化推動源頭產業落實分流以及解決現行化學品廢棄物申報代碼難以具體分辨種類以致管理上亦或是產業循環推動上不易辨識媒合之問題，透過發放 56 份分流調查問卷以及 128 份廢棄物代碼增訂問卷，來具體掌握產業分流狀況以及代碼增訂之項目。\n　　化學品服務租賃於實務推動有助資源再使用達到減碳與減廢之雙重效益，且有助推動供應商產業責任業實踐產品管理，因此同步蒐集國際在推動化學品租賃的模式，以荷蘭的 Take Back Chemicals 模式較為接近國內推動樣式。此外藉由 112 年度所輔導之示範案例進行化學品循環服務租賃體制之檢討，制定相應的監控和管理機制、填報指引及管理要點（草案）。此外分析國內適宜推動化學品服務租賃之產業及種類，以輔導更多試辦案來完善法規制定。\n　　行政支援部分，協助推動促委會金屬化學品小組會議、辦理跨部會資源循環業務交流會、專家諮詢會議等各式會議，此外其他臨時需求共完成 15 件。",
        "eng_title": "Metals and Chemicals recycling and medical waste management project",
        "eng_subject": "This project has been conducted according to the four core objectives of the project as mastering domestic and foreign metal waste resource recycling technologies and strategies, and promoting domestic metal waste resource recycling, promoting chemical recycling, mastering domestic chemical material flow related data and the current status of recycling operations. to improve the baseline data of chemical waste resources, to improve diversified resource recycling channels, and establish a chemical leasing demonstration guidance system to strengthen industrial management measures from the source and to cooperate with the implementation of relevant administrative operations in this project to improve the effectiveness and quality of the project implementation”.\n　　Metal resources are becoming more and more important internationally especially in the fields of technology and industrial applications, such as the gallium, germanium, lithium, cobalt, niobium, titanium, vanadium, etc. strategical species that are needed for energy storage systems, electronic products manufacturing, aerospace engineering and other fields. A comprehensive inventory of importation, production and recycling of domestic metal resources showed about 4.9 million metric tons of wastes were recycled in 2023, of which about 2.94 million metric tons were recycled metal products. In order to predominate the paths that can further improve the potential for domestic metal materials recycling, this project has further established a metal composition index table to facilitate the understanding of the species and contents of domestic metal recycling so that resource recycling can be managed more precisely.\n　　Chemical resources are of international importance, especially in the industrial production, manufacturing and high-tech industries. The recycling and reuse of waste acids, waste solvents and other chemicals are of great significance to environmental protection and sustainable resource utilization. Key chemical products such as phosphoric acid, isopropyl alcohol, sulfuric acid, liquid ammonia, etc. are widely used in semiconductor manufacturing, electronic product cleaning, chemical production and other fields. An inventory of chemical waste resource in 2023 showed chemical usage dropped by about 6 million metric tons in comparison to 2022, and the amount of waste liquid reached 1.54 million metric tons, of which 87% can be recycled. In order to further establish the paths and species of chemical waste resources for recycling, the project has further evaluated the circulation distribution of phosphoric acid and hydrochloric acid (pickling liquid) as well as the quality of recycled products whether they could be advanced to more high-valued applications. Additionally, in order to enhance the implementation of waste flow diversion management at the source of industry so as to solve the problem with difficulties in distinguishing the types of wastes and waste codes that has made it difficult to identify and manage the promotion and matching for industrial recycling, this project has sent 56 questionnaires regarding the diversion of waste flow and 128 questionnaires regarding the updating of waste codes to understand the status of industrial waste flow diversion and the need for updating waste codes.\n　　Chemical leasing in practice can help resource reuse to achieve the dual benefits of carbon reduction and waste reduction, as well as to promote supplier responsibility in product management practices. International chemical leasing models collected in this project showed the Netherland’s Take Back Chemicals model close to the model being promoted domestically. In addition, the project also reviewed the chemical leasing and recycling service demonstration cases conducted here in 2023 and by which to formulate the corresponding monitoring and management mechanisms, as well as the reporting guidelines and the management rules (draft version). Besides, the project also conducted analysis of the types of industries suitable for chemical leasing services so as to guide more pilot cases and to improve the formulation of relevant\nregulations.\n　　In terms of administrative support, the project has assisted in the routine Metals and Chemicals Division of Promotion Committee Meetings, the Cross Department Resource Circulation Business Exchange Meetings, as well as the expert consultation meetings and other meetings. In addition, the project has accomplished a total of 15 cases of the project related temporary requirements.",
        "proj_year": "113",
        "org_name": "循環署循環處理組",
        "exe_unit": "環資國際有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130660347",
        "publish_date": "20250130"
    },
    {
        "chi_title": "113年度土壤及地下水污染調查及查證工作計畫-彰化縣",
        "chi_subject": "工作事項內容為地下水監測井巡查維護及監測作業、貯存系統管理及公告事業用地調查與查證工作、監測式自然衰減定期監測作業、污染場址監督查核管理、污染場址驗證、農地監測場址重金屬監測作業、配合農作物及土壤同步採樣工作、農地場址改善監督與驗證作業、農地定常性預防監測作業、事業污染預防工作、底泥環境現場勘查評估作業及民眾陳情及緊急應變等項目。計畫履約期限為自113年01月01日至113年11月30日完成，工作成果摘要如下：\n1.地下水監測井巡查維護及監測作業\n計畫完成124口次區域性及場置性監測井巡查及維護，11口次井體外觀維護、4口次井體設施修復、14口次井況評估、9口次再次完井與5口次的異物排除。\n2.貯存系統管理及公告事業用地調查與查證工作\n  (1)貯存系統管理\n    共計完成縣內25處地下儲槽系統土壤氣體監測與查核作業與30站地上儲槽系統改善追蹤及複查作業。\n(2)公告事業用地調查與查證工作\n    中央主管機關公告事業共執行23家工廠之現勘與訪談，進場調查8家業者，調查結果2 處土壤重金屬超過土壤污染管制標準，1處土壤重金屬超過土壤污染監測標準，其餘均低於土壤污染監測標準。\n3.監測式自然衰減定期監測作業\n完成強新電工股份有限公司場址內既設之4口標準井枯水期的採樣及分析，檢測結果皆低於地下水污染第二類監測標準，建議明年度再監測一次，確認污染物濃度仍低於地下水污染監測標準，且評估趨勢仍為穩定或下降，即可申請解列。\n4.污染場址監督查核、驗證工作\n共計完成縣內61處污染場址之定期巡查作業及15處列管場址改善完成驗證作業。\n5.農地監測場址重金屬監測作業與配合農作物及土壤同步採樣工作\n農地調查完成160筆農地坵塊監測，結果4筆農地坵塊超過食用作物農地之管制標準值，並已完成公告列管作業；另完成100筆農作物及土壤同步採樣。\n6.農地場址改善監督與驗證作業\n今年度納入改善計畫的農地控制場址及七條五場址皆已通過本計畫監督驗證及地力驗證作業，共計4筆坵塊(5筆地號)，面積約1.1527公頃。\n7.農地定常性預防監測作業\n完成196場次現勘作業，並已執行415筆監測作業，其中35筆農地介於食用作物監測標準及管制標準間，主要仍以污染防治區為主。水質監測方面，已完成61點次水質單點初驗、7點次水質單點複驗及15 條高污染潛勢圳路之連續水質監測。樹脂包監測方面，主要針對超過管制標準、經監測後評估具有增量潛勢的農地及超過灌溉用水基準值者進行佈設，總計監測37處，共計100組樹脂包，監測結果3點次重金屬濃度有超過界定值情形，透過轉換成水中重金屬濃度，皆未達到灌溉用水基準值。綜合檢視農地定常整體成果，初步推斷農地土壤為受到渠道之底泥所影響，並無明顯污染情事。\n8.事業污染預防工作\n完成A群(加強管理群)事業39場次現勘及預防管理，並從中挑選7場次調查採樣作業，其中3處已達土壤污染管制標準，2處介於土壤污染監測標準與管制標準間，其餘2處未達土壤污染監測標準；B群(自主管理群)已完成95家主污染預防管理計畫資料檢核，已完成13處因特殊情事執行現場檢視與訪談及11處事業執行現場檢核作業；C群(檢視管理群)已完成9處事業現場稽查作業，其中3處建議調整至B群\n9.底泥環境現場勘查評估作業\n完成2條渠道底泥環境現場勘查評估作業，勘查結果建議維持底泥採樣點位，並持續監測周邊污染源。\n10.民眾陳情及緊急應變作業\n民眾陳情及緊急應變共完成3件土壤與地下水相關調查作業。",
        "eng_title": "The Survey of the Soil and Groundwater Contamination in Chang-hua County in 2024",
        "eng_subject": "The scope of work includes investigation and maintenance of groundwater monitoring wells; management of storage systems and investigations and verification of announced facilities; periodic monitoring for monitored natural attenuation; supervision and verification of contamination sites; heavy metal monitoring in farmland; monitoring of heavy metals at farmland sites and synchronous sampling of crops and soil; supervision and verification of farmland contamination removal; operations for the prevention of contamination in farmland and facilities; site investigation and assessments of sediment environments; management of public complaints and emergency response. The plan had been executed from January 1st 2024 to November 30th 2024, and the results of implementation were summarized as follows:\nThe groundwater monitoring wells investigation for 124 regional and located monitoring wells was completed. Also finished 11 exterior appearance maintenance, 4 facilities repairment, 14 conditional assessments, 9 purges and 5 foreign matter exclusion. For the task of storage system management, there were 25 underground storage tank systems and 30 aboveground tank systems improvement tracking and re-evaluation completed. The assessed enterprise had conducted on-site inspections and interviews for 23 factories, then investigated 8 operators. Among the results, 2 sites had heavy metals in the soil exceeding the soil pollution control standards, 1 site had heavy metals exceeding the soil pollution monitoring standards, the remaining sites were below the soil pollution monitoring standards.\nPeriodic monitoring for monitored natural attenuation involved the sampling and analysis of four standard well throughout dry seasons within the site of Qiangxin Electric Co., Ltd. All results showed pollutant concentrations below the second-class groundwater pollution monitoring standards. It is recommended to monitor again next year to confirm stable or decreasing pollutant trends before applying for delisting. The operation involving supervision, inspection, management, and verification of contaminated sites successfully conducted regular inspections at a total of 61 contaminated sites, with verification for improvement carried out at 15 listed sites.\nIn the heavy metal monitoring task for farmland, we completed 160 sites monitoring and soil sampling. Among them, we found that the soil heavy metal concentration of 4 of farmlands exceeded the standard value for edible crop farmland. Additionally, also completed synchronous sampling of 100 crops and soil.\nIn supervision and verification of farmland contamination removal part all sites under this year’s remediation plan passed supervision and verification, including soil fertility verification, total of 4 plots (5 land parcels) were verified, covering an area of approximately 1.1527 hectares.\nIn farmland contaminated prevention operations, 196 on-site inspections were conducted, along with 415 monitoring operation. Among these, 35 sites fell between edible crop monitoring standards and control standards, primarily in pollution prevention areas. In terms of water quality monitoring, 61 initial water quality inspections, 7 re-inspections, and continuous monitoring at 15 high-pollution risk channels were completed. In terms of resin bag monitoring, was carried out at 37 locations with 100 units of resin bag were used, focusing on areas exceeding control standards or irrigation water benchmarks. Three locations showed heavy metal concentrations exceeding threshold values, but converted water concentrations were below irrigation water benchmarks. Comprehensive review suggests agricultural soil was influenced by sediments in irrigation ditch, with no significant pollution detected. Facilities contaminated prevention completed 39 on-site inspections and prevention management for Group A (Enhanced Management Group) businesses. In the investigation and sampling operation, 7 cases were selected, with 3 exceeding soil pollution control standards, 2 sites were between monitoring and control standards and 2 not exceeding soil pollution monitoring standards. For Group B (Self-Management Group), data checks for 95 main contaminated prevention management plans were completed, along with on-site checks for 13 companies and completed on-site inspections for 11 enterprises. Group C (Inspection Management Group) completed 9 on-site inspections, recommending 3 companies to adjust to Group B (Self-Management Group). The site investigation and assessment of two ditch's sediment have been completed. Based on the result, it is recommended to maintain the current sediment sampling locations and continue monitoring the surrounding pollution sources.\nIn public complaints and emergency response operations, 3 sites underwent soil and groundwater investigation operations.",
        "proj_year": "113",
        "org_name": "彰化縣環境保護局",
        "exe_unit": "上準環境科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130645330",
        "publish_date": "20250101"
    },
    {
        "chi_title": "113年南投縣環境教育專案計畫",
        "chi_subject": "本計畫今年度工作内容包括: (l) 環境教育媒體宣導；(2)南投縣環境教育推廣活動；(3)辦理環境教育終身學習說明會；(4)機關學校輔導查核；(5)南投縣志工招募徵選；(6)南投縣志工培訓與應用；(7)高齡志工推動與應用；(8)辦理「113年南投縣知識競賽」；(9)辦理「113年度南投縣環保志(義)工群英會」；(10)辦理環境教育繪本推廣與應用；(11)辦理113年南投縣暑期環境教育營隊；(12)創新及特色環境教育推廣活動；(13) 協助辦理推動環境教育法相關工作；(14)輔導辦理潛力社區營造培力；(15)其他行政配合。以下為本計畫各工作項目執行成果摘要：\n(一)\t環境教育媒體宣導\n本計畫今年度製作3部環境教育推動主題影片，主題分別為(1)環境教育繪本說故事、(2)環境教育志工宣導、(3)113年度環境教育群英會活動成果，透過影片藉此加強推動環境教育的能見度，以建立資源永續再利用的社會。\n另外，本計畫運用多元媒體和社群宣傳管道，以推廣南投環教教育，宣傳管道包含(1)網路媒體、(2)社群媒體，以及透過LED跑馬燈方式進行政策行銷。(詳見第3章)\n(二)\t南投縣環境教育推廣活動\n本計畫為辦理環境教育推廣活動，選擇能促進環保意識和行為的產品，選擇實用性的宣導品共5樣，訂定宣導品標語為「生活多點綠 環境更永續」。\n為使環境教育相關人員能配合南投縣環境保護相關政策之推動，並增進民眾的環境素養，促進民眾從事環境永續的行動，今年度辦理2場次縣外環境教育研習，參訪地點包含苗栗縣竹南焚化爐、桃園市政府消防局訓練中心暨防災教育館等。(詳見第4章)\n(三)\t辦理環境教育終身學習說明會\n本計畫今年度辦理2場次環境教育推廣人員系统操作說明會，分别於7月4日及11月4日辦理完成，参加人數分别為109人與75人。(詳見第5章)\n(四)\t機關學校輔導查核\n南投縣113年度有300家單位應提報環境教育成果，本次線上查核抽查單位數為30家，包含15家環境部提出改善建議機關，以及15家3年內未抽查單位。此工作項目已於113年7月4日完成機關學校訪查，於113年7月31日前完成申報成果。(詳見第5章)\n(五)\t南投縣志工招募徵選\n本計畫今年度公開召募環境教育志工，並於113年8月19日(六)在線上會議進行面試。113年度共招募志工為招募10人，通過面試志工為9位，通過環境教育志工特殊訓課程為7人，包含已存有111人，現階段志工人數總計共118人。(詳見第6章)\n(六)\t南投縣志工培訓與應用\n本計畫今年度於6月27日在南投縣立婦幼館辦理環境教育志工增能訓課程，另外，於8月31日針對新加入之環境教育志工共7人，在南投縣立婦幼館A棟2F辦理環境教育志工特殊訓課程。\n為有效運用本縣環境教育志工並配合其專長，今年度環境教育志工運用達21人次，宣導內容包含環境教育繪本、全球暖化及環境用藥宣導、淨零綠生活等，總參與人次達1,414人。(詳見第6章)\n(七)\t高齡志工推動與應用\n為鼓勵退休或屆齡退休之南投縣民，持續參與社會活動並推廣環境教育，本計畫規劃於113年6月22日(六) 南投市營北里集會所辦理1場高齡志工推動活動，總計參與人數36人。(詳見第7章)\n(八)\t辦理「113年南投縣知識競賽」\n今年度於9月7日假國立暨南國際大學-學生活動中心八角廳、階梯教室辦理縣內初賽，報名人數為國小組116人、國中組57人、高中(職)組34人與社會組70人，總計277人。各組別獲得前5名選手代表南投縣在11月16日前往台中逢甲大學參加環境部舉辦「環境知識競賽決賽」，南投縣社會組最終勇奪該類組第二名佳績。 (詳見第8章)\n(九)\t辦理「113年度南投縣環保志(義)工群英會」\n本計畫於113年08月10日假南投市漳興國小活動中心辦理環保志(義)工群英會縣內初賽活動，競賽項目分别為：環保金頭腦、資源分類王、資源灌籃高手及清掃接力賽。今年度南投縣共有12個隊伍，總報名參賽人數286人，含各隊伍的啦啦隊與工作人員總計人數約420位。今年度比賽總成績第一名為內新社區、第二名為三興社區及漳和里，而各項目第一名將代表南投縣參加全國賽是「環保金頭腦」為內新社區、「資源分類王」為三興社區、「資源灌籃高手」為內新社區及「清掃接力賽」為漳和里，此四隊代表南投縣參加113年10月26日在花蓮縣舉行的「113年全國環保志(義)工群英會」爭取全國競賽勝出的榮耀。\n今年度「環保志(義)工群英會」全國賽為期三天，時間為10月25至27日共三天兩夜，參訪地點為七星柴魚博物館、清水斷崖與台泥 DAKA園區等。今年南投縣在全國赛中，於「環保金頭腦」與「資源分類王」競賽項目中榮獲「特優」殊榮為本縣爭光。(詳見第9章)\n(十)\t辦理環境教育繪本推廣與應用\n本計畫辦理繪本徵選及後續的公開推廣，總計有21組參賽者交件，並於9月12日由專家學者評選決定學校組與社會組前三名以及佳作。優勝前二名作品於10月19、20日至臺北華山文創園區參加繪本嘉年華推廣。此外，得獎繪本亦印製成平裝本，供宣導使用。(詳見第10章)\n(十一)\t辦理113年南投縣暑期環境教育營隊\n本計畫今年度辦理4梯次兩天一夜營隊，日期分别為113年7月10日～11日、113年7月17日~18日、113年8月13日～14日以及113年8月20日～21日，共四梯次共有80位國小學童報名，實到79位，報到率為98.75%。 (詳見第11章)\n(十二)\t創新及特色環境教育推廣活動\n本計畫今年度以「守護南投愛校園環境教育宣導列車」活動為主題，共辦理環境教育宣導列車共計22場，累計2,498人次，宣導場域包含南投縣各區域國小、幼兒園、社區發展協會。另外，亦於雲林減塑、惜食活動、茶業博覽會活動等進行互動式與有獎徵答宣導活動。\n本計畫今年度辦理3場次「地球日~捍衛地球行動 環保小局長出任務」活動，日期與主題分別為8月26日-「1日清潔隊體驗員」、9月26日-「探討碳足跡之旅」與11月8日-「環境保護守門員」，共計3梯次，總計參與人數70人。(詳見第13章)\n(十三)\t協助辦理113年度環境講習\n本計畫今年度環境講習課程共辦理3場次分別是5月28日、8月23日、11月01日。新案件辦理完成率達74.30%；舊案件達60.96%；異地講習達100% (統計至113年11月01日)。環境講習課程是依據《環境教育法》以及《環境講習執行辦法》，將違反相關環境保護法規者，須接受1小時以上8小時以下環境講習課程。(詳見第14章)\n(十四)輔導辦理潛力社區營造培力\n本計畫執行113年「社區環境培力計畫」針對南投縣慈恩社區、加老社區及敦和社區進行輔導訪視，並給予具體建議，後續持續協助社區完成成果報告撰寫與核銷結案作業。114年度社區環境調查及培力計畫說明會於11月29日辦理，共計14個社區參與。(詳見第15章)",
        "eng_title": "Project of Environmental Education in Nantou County for 2024",
        "eng_subject": "Work Content of the Project of Environmental Education in Nantou County for 2024\nSummary of achievements for each work item:\n1.Environmental Education Media Promotion\nThree themed videos were produced this year, focusing on: (1) storytelling with environmental education picture books, (2) promotion of environmental education volunteers, and (3) outcomes of the 2024 Environmental Education Volunteer Convention. These videos aim to enhance the visibility of environmental education and promote a society committed to sustainable resource reuse.\nAdditionally, multimedia and social media platforms were used for promotion, including online media, social media, and LED scrolling displays for policy marketing. \n\n2.Environmental Education Promotion Activities in Nantou County\nPractical promotional items were selected to enhance environmental awareness, with five types chosen. The slogan A Little More Green in Life, A More Sustainable Environment was adopted.\nTwo off-county environmental education workshops were conducted, visiting Miaoli County's Zhunan Incineration Plant and Taoyuan City's Fire Department Training Center and Disaster Prevention Education Hall. \n\n3.Lifelong Learning Orientation Sessions for Environmental Education\nTwo orientation sessions for environmental education staff were held on July 4 and November 4, with 109 and 75 participants, respectively. (See Chapter 5 for details.)\n\n4.Guidance and Audits for Agencies and Schools\nIn 2024, 300 units were required to report environmental education outcomes. Thirty units were selected for online audits, including 15 suggested by the Ministry of the Environment for improvement and 15 not audited in the past three years. On-site audits were completed on July 4, and reports were submitted by July 31. \n\n5.Recruitment and Selection of Volunteers in Nantou County\nTen new environmental education volunteers were recruited, with nine passing interviews and seven completing special training. The total number of volunteers reached 118, including 111 existing members. \n\n6.Training and Utilization of Volunteers in Nantou County\nA capacity-building training session was held on June 27, and a special training session for seven new volunteers on August 31. Volunteers conducted 21 activities, covering topics such as environmental education picture books, global warming, and sustainable living, reaching 1,414 participants. \n\n7.Promotion and Application of Senior Volunteers\nA senior volunteer activity was held on June 22, encouraging retirees to engage in environmental education promotion, with 36 participants. \n\n8.Hosting the 2024 Nantou County Knowledge Competition\nPreliminary rounds were held on September 7, with 277 participants across different age groups. Representatives advanced to the national competition, with Nantou County’s team earning second place in the social group category. \n\n9.Hosting the 2024 Nantou County Environmental Protection Volunteer Convention\nHeld on August 10, with 286 participants competing in various events. Winning teams represented the county in the national competition in Hualien and received awards. \n\n10.Promotion and Application of Environmental Education Picture Books\nPicture book competitions were held, with top entries promoted at public events and printed for further use. \n\n11.Hosting the 2024 Nantou County Summer Environmental Education Camp\nFour two-day, one-night camps were held for elementary school students, with a participation rate of 98.75%. \n\n12.Innovative and Special Environmental Education Promotion Activities\nActivities included the Protect Nantou: Love Campus Environmental Education Train, with 22 sessions reaching 2,498 participants, and thematic events for Earth Day.\n\n13.Implementation of Environmental Education Workshops\nThree workshops were held, focusing on environmental law compliance, with attendance rates exceeding targets. \n\n14.Guidance for Potential Community-Building Projects\nSupport was provided for three communities, with assistance in drafting reports and project completion.",
        "proj_year": "113",
        "org_name": "南投縣政府環境保護局",
        "exe_unit": "亞太環境科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130643709",
        "publish_date": "20250121"
    },
    {
        "chi_title": "113年度新竹縣氣候變遷減緩及調適工作推動計畫",
        "chi_subject": "113年度新竹縣氣候變遷減緩暨低碳家園計畫截至113年11月30日計畫總體達成率為100%。本計畫目標維持並強化新竹縣氣候變遷減緩等運作體系、推動低碳永續家園認證評等、溫室氣體排放源排放量管制與減量及推廣綠能屋頂等工作，執行成果摘要如下：\n新竹縣氣候變遷因應推動會主責本縣溫室氣體減量及氣候變遷調適之任務，本年度召開2場因應會，確立各機關權責；審查通過「新竹縣第二期溫室氣體減量執行方案112年成果報告」及「新竹縣氣候變遷調適執行方案(113年~115年)草案」；依據太陽光電現場評估結果，完成10個局處室推動公有建物屋頂設置太陽光電分工規劃；本工作團隊彙整本縣第二期溫室氣體減量執行方案113年執行成果，以釐清現階段各項工作的成效與挑戰，為明（114）年度撰寫第三期溫室氣體減量執行方案提供堅實基礎。\n為提升本縣教育體系因應氣候變遷知能，本計畫已辦理4場種子教師研習，邀請績優講師，演練及分享其氣候變遷教案設計邏輯，共206名教育人員參與，滿意度達97%；辦理4場氣候變遷教育宣導活動，涵蓋減塑、節能、濕地與海洋等議題，共173名學童參與，滿意度達96%。同時為促進社區低碳永續發展，辦理1場低碳社區觀摩活動，參訪新北市淡水區鄧公里進行交流，39人參與，滿意度97%；與寶山鄉新城社區合作，辦理低碳永續家園教育宣導，分享新城風糖休閒園區如何透過在地特色結合居民共同發展新城村之低碳永續家園，共52人參與，滿意度98%。 \n本計畫為加強轄內應盤查登錄溫室氣體排放量之排放源申報排放量之正確性，及協助非列管事業瞭解本身的溫室氣體排放狀況，辦理4場溫室氣體盤查說明會及4場減量說明會，涵蓋溫室氣體盤查要點及申報平台操作、自願減量計畫及實務案例等主題，共351人參與，滿意度平均96%。同時，協助確認本縣54家須盤查登錄之事業單位名單並函送環境部氣候變遷署，完成31家現場查核，其中11家須修正報告內容或排放量計算方式，符合考評要求現場查核30家以上，其餘單位以書面查核進行。另，進行112年溫室氣體排放量盤查推估作業，建立本縣溫室氣體盤查排放清單，分析本縣歷年溫室氣體排放量趨勢及變化消長原因並撰寫「112年度新竹縣溫室氣體盤查報告書」。\n關於低碳永續家園體系維運，本工作團隊業已透過資料彙整盤點、溝通聯繫、專家學者實地訪查等方式，完成20處村里\/社區現場訪查輔導作業；以及完成4處銅、銀級村里認證成果維護管理查核，查核結果皆符合認證標準並維持原評等等級；輔導45處村里成功報名參與低碳永續家園運作體系及協助轄內村里獲得1處銀級認證與8處銅級認證；為擴大宣傳並指導轄內民眾低碳永續家園，本團隊亦協助環保局設計及製作低碳永續家園手冊作為工具書使用。\n因應國家淨零策略，新竹縣積極推廣公私有屋頂建置太陽能光電系統。本計畫完成辦理12場次共36處案源太陽光電現場評估輔導，共有25處具建置意願或進行再評估，總裝設容量介於8.9~336.4kWp，平均92.7kWp，估算每年總減碳量可達1,614.4公噸CO2e。同時，為推廣綠能屋頂，辦理1場綠能屋頂教育參訪活動，前往參訪臺北市日新國民小學及東吳大學，46人參與，活動滿意度達98%。\n為促進公民參與低碳行動，本計畫辦理1場次低碳永續家園公民咖啡館，邀請本縣銅級村里\/社區及相關專家參與，42人出席並提出9項低碳改造方案，活動滿意度達95%。本團隊協助環保局遴選出得分最高的4個方案，補助經費共18.8萬元。同時，針對未參與單位，依在地需求輔導學校及社區發展協會提出6項低碳行動計畫，總補助經費46萬元。所有改造項目已於113年8月完成，並於8至9月期間驗收完畢。",
        "eng_title": "2024 Hsinchu County Climate Change Mitigation and Adaptation Action Plan",
        "eng_subject": "As of November 30, 2024, the overall achievement rate for the Hsinchu County Climate Change Mitigation and Low-Carbon Sustainable Homeland Plan was 100%.\nThe plan aims to strengthen Hsinchu County's climate change mitigation system, promote low-carbon sustainable homeland certification, regulate and reduce greenhouse gas (GHG) emissions, and advance green energy rooftop initiatives. The implementation outcomes are summarized as follows:\nThe Hsinchu County Climate Change Task Force is responsible for GHG reduction and climate change adaptation efforts. This year, two task force meetings were held to clarify responsibilities among agencies. The Hsinchu County Phase II GHG Reduction Implementation Report (2023) and the Hsinchu County Climate Change Adaptation Implementation Plan (2024–2026) were approved. Following solar photovoltaic site assessments, division of responsibilities was completed for installing solar panels on public buildings across 10 government agencies. The team also summarized the Phase II GHG Reduction Implementation results to assess current progress and challenges, laying a solid foundation for drafting the Phase III GHG Reduction Implementation Plan in 2024.\nTo enhance climate change knowledge within the education system, four seed teacher workshops were held, featuring distinguished lecturers who shared insights on climate change curriculum design. A total of 206 educators participated, with a satisfaction rate of 97%. Additionally, four climate change awareness activities were conducted for students, covering topics such as plastic reduction, energy saving, wetlands, and marine conservation, engaging 173 students with a satisfaction rate of 96%.\nOne low-carbon community observation activity was organized, with 39 participants visiting Dengong Village in Tamsui District, New Taipei City, for experience exchange, achieving a satisfaction rate of 97%. Furthermore, in collaboration with Xincheng Community in Baoshan Township, a low-carbon sustainable homeland education event was conducted, showcasing the integration of local features to build a low-carbon community, with 52 participants and a satisfaction rate of 98%.\nTo ensure accurate reporting of GHG emissions and assist unregulated businesses in understanding their GHG emissions, four GHG inventory briefings and four reduction workshops were held. Topics included inventory essentials, reporting platform operations, voluntary reduction programs, and case studies, with 351 participants and an average satisfaction rate of 96%.\nThe team verified 54 businesses required to report GHG emissions and submitted the list to the Climate Change Administration. On-site inspections were conducted for 31 businesses, with 11 requiring revisions to reports or calculations. The target of inspecting at least 30 businesses was achieved, with the remainder undergoing document reviews. Additionally, a GHG inventory was compiled for 2023 to analyze emission trends and identify contributing factors, culminating in the “2023 Hsinchu County GHG Inventory Report.”\nThe team completed on-site inspections and guidance for 20 villages\/communities through data consolidation, expert consultations, and field visits. Additionally, four bronze- and silver-certified villages underwent certification maintenance checks, all meeting standards and retaining their ratings. The team assisted 45 villages in participating in the low-carbon sustainable homeland program, resulting in one silver certification and eight bronze certifications. To expand awareness, a Low-Carbon Sustainable Homeland Handbook was designed and produced for public distribution.\nGreen Energy Promotion:\nHsinchu County actively promotes the installation of solar photovoltaic systems on public and private rooftops. Twelve evaluations covering 36 sites were conducted, resulting in 25 sites expressing willingness or requiring further assessments. The total installation capacity ranged between 8.9 and 336.4 kWp, averaging 92.7 kWp, with an estimated annual GHG reduction of 1,614.4 metric tons of CO₂e. To further advocate for green energy rooftops, a site visit to Rixin Elementary School and Soochow University in Taipei City was organized, with 46 participants and a satisfaction rate of 98%.\nA “Low-Carbon Sustainable Homeland Citizen Café” was held, with 42 participants, including bronze-certified village representatives and experts, proposing nine low-carbon improvement solutions. The four top-scoring solutions received subsidies totaling NT$188,000. For non-participating units, six low-carbon action plans were developed in collaboration with schools and community associations, with total subsidies amounting to NT$460,000. All projects were completed and accepted by August–September 2024.\nThis comprehensive plan continues to advance Hsinchu County's climate change mitigation and adaptation efforts, strengthening local capacity for building a sustainable, low-carbon future.",
        "proj_year": "113",
        "org_name": "新竹縣政府環境保護局",
        "exe_unit": "富聯工程顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130641061",
        "publish_date": "20250131"
    },
    {
        "chi_title": "113年度南投縣氣候變遷減緩及調適工作推動計畫",
        "chi_subject": "為因應全球氣候暖化及對氣候變遷衝擊提出完整因應措施，本計畫受南投縣政府環境保護局委託辦理「113年度南投縣氣候變遷減緩推動計畫」，主要工作為維運氣候變遷因應推動會、氣候變遷減緩及調適工作、辦理氣候變遷減緩及調適推廣教育活動、推動溫室氣體盤查登錄之查核作業、維運低碳永續家園運作體系、低碳永續家園行動項目輔導與執行、輔導推廣綠能屋頂、輔導轄內村里、社區執行低碳永續行動項目示範工作、其他配合事項，各項工作執行成果說明如下：\n一、維運氣候變遷因應推動會\n協助維運本縣「氣候變遷因應推動會」之幕僚相關作業，協助辦理相關跨局處會議3場次，並執行本縣「溫室氣體減量執行方案」相關管考作業，配合參與環境部氣候變遷署或縣（市）政府相關會議及活動19場次。\n二、氣候變遷減緩及調適工作\n彙整本縣「溫室氣體減量執行方案」112年執行成果，編寫本縣「溫室氣體減量執行方案」112年成果報告，提送至本縣永續低碳及氣候變遷因應推動會審核及修正後，函送112年成果報告至環境部氣候變遷署及上傳至氣候資訊公開平台，完成公開。完成確認112年列管對象（應盤查登錄溫室氣體排放量之排放源）之盤查及查證作業之系統登錄、盤查資料上傳。辦理「氣候變遷調適執行方案」，針對本縣基礎環境資料調查及彙整，並界定調適關鍵（優先）領域，研訂本縣氣候變遷調適執行方案（初稿），辦理氣候變遷調適執行方案座談會1場次蒐集相關意見，並送本縣永續低碳及氣候變遷因應推動會審核，彙整相關意見並修正為「南投縣氣候變遷調適執行方案（草案）」函送環境部氣候變遷署會商中央部會審核。\n三、辦理氣候變遷減緩及調適推廣教育活動\n辦理2場次針對轄內企業之溫室氣體盤查與查證實務解析、碳定價制度實務與企業碳中和相關課程，提升本縣轄內企業因應溫室氣體減量推廣教育之認識與瞭解。\n四、推動溫室氣體盤查登錄之查核作業\n確認本縣112年度第二批列管對象2廠家，並確認2廠家皆已按規定時程完成盤查及查證登錄作業，另依據環境部氣候變遷署查核規定，已完成未列管8廠家現場輔導作業及列管2廠家現場查核作業。針對本縣112年度溫室氣體排放量進行行政轄區盤查作業，112年總排放量為3,063,380.269公噸CO2e、林業碳匯2,182,572.531公噸CO2e。另協助環保局盤查溫室氣體排放量並完成製作溫室氣體排放調查報告書，其溫室氣體排放量分別為：南投縣政府環境保護局辦公室為377.072公噸CO2e、南投縣政府環境保護局第二辦公室為105.342公噸CO2e、南投縣政府柴油車排煙檢測站為11.293公噸CO2e，主要排放源為外購電力之間接排放，可透過相關節能措施達到減量。\n五、維運低碳永續家園運作體系\n持續維運本縣低碳永續家園相關技術諮詢與評等審查小組，並配合環境部氣候變遷署績效評比考核，更新相關管考內容，配合參與環境部氣候變遷署及中部生活圈之低碳永續家園相關會議與觀摩活動共計6場次。\n六、低碳永續家園行動項目輔導與執行\n低碳永續家園行動項目輔導與執行方面，辦理低碳永續家園認證評等申請宣導說明會1場次，鼓勵村里社區參與低碳永續家園。辦理轄內村（里）訪查輔導工作方面，新增輔導6處尚未參與認證評等之村里取得「報名成功」、新增3處村里取得「銅級」認證、新增1村里處取得「銀級」認證。另執行轄內獲得評等之成果維護之成果查核，系統抽樣3處村里並已完成現勘查核作業，查核結果皆為維持銅級認證。\n辦理低碳在地蔬食料理示範教學活動2場次，培養民眾「吃在地、食當季」的低碳飲食觀念，辦理相關培力課程2場次，鼓勵民眾活用日常生活的低碳作為。透過網路媒體刊登低碳在地蔬食料理示範教學活動內容，增進民眾對低碳在地蔬食的認識與瞭解，另製作宣導品共756份，配合相關宣導活動發放，以利推動氣候變遷減緩及調適宣導工作之推展。\n七、輔導推廣綠能屋頂\n為達到2050淨零排放之目標，持續輔導推廣綠能屋頂，本年度結合轄內村里社區辦理推廣綠能屋頂小型宣導說明會10場次，透過講師現場講解而更瞭解綠能屋頂的優點，並盤點轄內獲得評等之村里內社區活動場所、公有屋頂、公營事業屋頂、私有屋頂等處所及跨局處盤點之案場共64處，經過初步篩選並聯繫案場屋主確認意願後，再至現場進行實際評估3處，其中2處經評估後無法施作，1處適合施作並完成案場出租設置評估規劃，待案場屋主與家人討論確認是否簽約設置。為鼓勵設置太陽光電發電系統，本計畫完成4處案場執行113年南投縣太陽光電發電系統設置\/維護補助。\n八、輔導轄內村里、社區執行低碳永續行動項目示範工作\n本年度持續推動「113年南投縣村里、社區低碳永續行動項目示範補助」，共計核定14處，完成14處相關查核驗收，總補助經費80萬元。另已完成查核111年度低碳永續行動項目示範補助14處之相關措施成果維運情形，其查核結果皆為良好。\n九、其他配合事項\n配合轄內機關或團體辦理3場次宣導活動，加強民眾對於氣候變遷減緩及調適的認識與瞭解。",
        "eng_title": "113th year Nantou region climate change mitigation and adjustment plan",
        "eng_subject": "climate change",
        "proj_year": "113",
        "org_name": "南投縣政府環境保護局",
        "exe_unit": "上境科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130619386",
        "publish_date": "20250110"
    },
    {
        "chi_title": "113年度臺南市紙錢去化好鄰居暨減量推動執行計畫",
        "chi_subject": "本計畫執行期間，協助環保局執行外縣市紙錢去化有關聯繫、會議辦理等前置作業，截至113年10月31日，本市協助包含雲林縣、嘉義市、台中市及南投縣去化109.62公噸紙錢；此外，本計畫也完成紙錢網頁更新作業，並建置紙錢集中載運物流系統，除重新歸類選項及排版，簡化民眾申請流程外，更增加簡訊模式，讓民眾可即時查詢與了解收運狀況與進度，進一步提供民眾更便利、友善響應環境。至於在紙錢政策推廣方面，主要配合全聯紙錢集中箱設置區域完成50處社區大樓拜訪，其中39處社區大樓於中元期間參與紙錢集中、減量政策，而經統計，中元期間以功代金社區配合數較去年同期增加42.9%、集中燒社區配合數較去年同期增加45.3%。除上述作業外，本計畫亦協助環保局推動全聯門市(東區、永康、仁德、歸仁等共24處)設置紙錢集中箱相關宣導作業；另外於中元期間也搭配相關記者會進行宣導，並配合環境部「紙錢新三燒」政策拜訪22處寺廟宣導減量政策及發布2則新聞稿，藉此強化節慶紙錢集運、減量宣導效果。而經統計，今年台南市在寺廟源頭減量方面，共計有1,600座寺廟參與民俗環保措施，包括以物代金106座、一爐一香354座、設置金爐設備114座，及紙錢集中焚燒456座，平均減量20%。",
        "eng_title": "Tainan City Paper Money Removal to Be a Good Neighbor and Reduction Promotion Implementation Plan",
        "eng_subject": "During the implementation of this plan, the city assisted the Environmental Protection Bureau in carrying out preparatory tasks such as contacting and handling paper money in other counties and cities. As of October 31, 2024, the city assisted Yunlin County, Chiayi City, Taichung City and Nantou County. Removed 109.62 metric tons of paper money; in addition, this project also completed the paper money web page update and established a centralized paper money transportation logistics system. In addition to re-categorizing options and layouts to simplify the public application process, it also added a text message mode so that the public can instantly Inquire and understand the collection and shipment status and progress to further provide the public with a more convenient and friendly response environment. As for the promotion of the paper money policy, we mainly cooperated with the All-China Paper Money Concentration Box to complete the visit to 50 community buildings. Among them, 39 community buildings participated in the policy of paper money concentration and reduction during the Chinese Yuan Dynasty. According to statistics, during the Chinese Yuan Dynasty, merit was paid in lieu of money. The number of community cooperation increased by 42.9% compared with the same period last year, and the number of community cooperation for concentrated burning increased by 45.3% compared with the same period last year. In addition to the above-mentioned operations, this project also assists the Environmental Protection Bureau in promoting the installation of paper money collection boxes in all joint stores (a total of 24 stores in Eastern District, Yongkang, Nandac, Quy Nhon, etc.); in addition, it also coordinates with relevant press conferences during the Chinese New Year period Carry out publicity and cooperate with the Ministry of Environment's New Three Burning Paper Money policy, visit 22 temples to promote the reduction policy and issue 2 press releases, thereby strengthening the effect of festival paper money collection and reduction promotion. According to statistics, in terms of temple source reduction this year, a total of 1,600 temples in Tainan City have participated in folk environmental protection measures, including 106 temples offering objects in exchange for money, 354 temples having one incense burner, 114 gold furnace equipment, and 456 centralized burning of paper money. seats, with an average reduction of 20%.",
        "proj_year": "113",
        "org_name": "臺南市政府環境保護局",
        "exe_unit": "堃捷工程股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130616936",
        "publish_date": "20250122"
    },
    {
        "chi_title": "固定污染源精準治理暨區域整合管理計畫",
        "chi_subject": "本計畫今（113）年度為接軌國家2050年淨零轉型策略，並同時配合第二期空氣污染防制方案推動，協助研擬固定污染源短中長程管制策略並以減污減碳之共減效益為目標，聚焦於「規劃淨零減量共利施政策略」、「檢討許可證管理制度」、「研提排放量管理策略」、「掌握縣市執行績效」及「系統工具與數據品質管理」等五大工作項目。\n為改善空氣品質並減少溫室氣體排放，固定污染源的管制策略需調整為能源流與非能源流管制，針對O3、BC及相關前驅物等具共同減量效益的短期氣候污染物，制定固定污染源短、中、長管制策略路徑並據以推動相關策略，同時這些短中長期的管制路徑亦可作為固定污染源管制的年度專案計畫依據，故今（113）年度優先將固定污染源管制聚焦於資源循環燃料使用管制、集氣與防制設備管理、排放量整合管理策略及有害空氣污染物導入許可管理制度等四大面向作為跨計畫討論議題，進行制度橫向管理與執行進度掌握。在策略落實方面，藉由定期業務聯繫交流會議及全國固定污染源檢討會議，達到縣市經驗交流與策略溝通目的，促使中央與地方共同努力達成第二期空氣污染防制方案目標，並接軌2050淨零路徑。\n除協助固定污染源管制策略規劃與執行進度掌握外，本計畫於完成第一階許可證管理辦法檢討修正後，今年（113年）進一步進行第二階段修正作業，包括配合資源循環燃料管制，排除初級固體燃料的許可證管理，並新增對於固體再利用燃料製造與使用對象的納管條件，從而全面掌握資源循環燃料的製造及使用情況；在加強許可執行人員管理方面，要求審查人員必須具備指定資格並完成規範的訓練時數，參考建築工程執照的審查與管理方式，同時結合環境管理署的技師簽證查核作業，新增規定允許主管機關在功能測試期間進行技師簽證查核。此外，針對制度的橫向連結，亦新增並修訂試驗計畫、檢測計畫書的規定，環評承諾核定及將危害性空氣污染物（HAPs）物種納入許可證核定內容等相關規範。\n其次在許可公告條件方面，本次新增第三類簡化申請對象，可將1,782張操作許可證轉為第三類簡化對象，同時新增第九批公告條件，包括有機溶劑年用量達到5公噸的門檻、全廠鍋爐蒸氣蒸發量達一定規模，以及使用第二級與第三級資源循環燃料的公私場所固定污染源，均需申請設置與操作許可證，且預估有機溶劑作業程序將新增納管195張許可證。\n前述許可管理制度不僅作為固定污染源策略整合的平台，為了配合區域排放量管理並提高公私場所自主減量的誘因，結合環評排放量增量抵換的原則，鼓勵公私場所提出自主減量作業，減量作業經由許可證異動審查程序取得並核定抵換排放量於許可證內容，以確保區域排放量增量抵換作業具有實質性、可查核性及可驗證性。此外，為了使區域排放量管理建構於一致性計量原則，將優先修正許可證排放量推估依據的順序，未來將結合空氣污染防制費排放量計算方式，研擬固定污染源空氣污染物排放量計算辦法，以利接軌各階段排放量計算與區域排放量管理。同時，針對未來提出固定污染源管理系統整合與資料應用規劃，強化固定污染源管制資訊的應用，並提供環境管理決策參考。\n考量各項固定污染源管制規範推動，有賴於執行人員專業知識與豐富經驗，且許可管理制度推動更是如此，故本計畫持續統計固定污染源許可證審查人員資歷與流動情形，發現112至113年許可審查人員工作流動情況，未滿一年者由去年的7.6%增加至16.4%，而變化最大的為6至10年，由去年的21.4%減少至13.6%，整體顯示1至3年間屬離職為75%占各年資區間最高，其次為小於1年，佔50%，新進人員離職率較高，而年資較高者多為升為管理職或從事其他污染管制工作，而人員審查品質與經驗可能反映於年度許可證現場查核績效，例如技師簽證案件主要問題是未落實現場與內容比對，縣市環保局因人員流動率高而對於法規不夠熟悉等現象。因此，本計畫除將查核常見缺失納入專責人員訓練教材作為案例外，同時有別於過去訓練會議辦理方式，改以指定人員派訓方式將資深及資淺人員同時調訓，透過4場次審查人員教育訓練辦理與分組實務演練，將內隱知識傳承並外化為專門知識，並將訓練教材雲端化供審查人員參考。\n最後在系統工具與數據品質管理方面，本計畫因應固定污染源各項管制規範修正，新增與擴充固定污染源管理資訊系統功能，包括配合空、水、廢、毒許可整合作業，增加執行水業務之技師簽證確認、查詢技師懲戒資訊、同步EMS代碼及提供審查費試算功能；配合檢測計畫系統提供許可資料、權限等介接及申報警示功能，另外加強固定源系統登入確認驗證、帳號密碼資安管理機制及增修工廠地址定位檢核功能，並同時開發固定污染源排放檢測申報作業平台；另在資料品質提升工作項目，共計列管約1萬8千家工廠，超過7千多家許可納管公私場所，為維護系統及資料品質，本年度持續執行資料檢核作業，至11月底已執行9次檢核，資料平均符合比率為95%。",
        "eng_title": "Project for regional integrated management of stationary pollution source",
        "eng_subject": "In 2024, this project aligns with the national 2050 net-zero transition strategy and supports the second phase of the Air Pollution Control Program. Its primary goal is to develop control strategies for stationary pollution sources, focusing on reducing both pollutants and carbon emissions. The project emphasizes five key tasks: planning net-zero reduction strategies, reviewing the permit management system, proposing emission management strategies, monitoring local government performance, and enhancing system tools and data quality management.\nTo improve air quality and reduce greenhouse gas emissions, control strategies are transitioning to energy-flow and non-energy-flow-based regulation. For short-lived climate pollutants like ozone (O₃) and black carbon (BC), the project outlines control paths to guide relevant strategies and annual control plans. This year, the project prioritizes resource circulation fuel regulation, equipment management, integrated emission strategies, and incorporating hazardous air pollutant (HAP) regulations into the permit system. Regular interdepartmental meetings and nationwide reviews will ensure progress and collaboration between central and local governments.\nThe project also advances the permit management system for stationary source oversight. Following the first-phase review, this year focuses on resource circulation fuel controls, excluding primary solid fuels from permit requirements, and adding conditions for recycled fuel usage. Additional measures include requiring reviewer qualifications, integrating environmental manager certifications, and adding provisions for trial projects, EIA commitments, and HAP species in permit reviews. A new third-category application streamlines 1,782 permits, and new conditions bring 195 additional processes under regulation.\nThe permit management system aims to align with regional emission management and enhance incentives for voluntary reduction by public and private entities. It incorporates the principle of offsetting emission increases through environmental impact assessments, ensuring substantial, verifiable, and auditable operations. Future plans include developing calculation methods for stationary source emissions and integrating these with air pollution control fees, enhancing data application, and providing references for environmental management decisions.\nSuccessful implementation relies on the expertise of personnel, particularly for the permit management system. A review revealed high turnover rates among newer staff, impacting permit review quality. To address this, the project includes training workshops, practical exercises, and cloud-based training materials to transfer knowledge and improve staff retention.\nFinally, the project has expanded the functions of the stationary pollution source management information system, integrating various permits, adding functions for engineer visa confirmation, querying disciplinary information, synchronizing EMS codes, and providing review fee estimation functions. The system now includes login verification, account security management, and factory address verification. A platform for reporting emissions has been developed, and data verification operations have achieved a 95% compliance rate.",
        "proj_year": "113",
        "org_name": "環境部大氣環境司",
        "exe_unit": "環科工程顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130613860",
        "publish_date": "20250201"
    },
    {
        "chi_title": "新北市-113年推動廢棄物源頭減量及強化分類回收補助計畫",
        "chi_subject": "我國於73年訂定「都市垃圾處理方案」，以掩埋為主要處理方式，另於80年訂定「垃圾處理方案」，以「焚化為主、掩埋為輔」為垃圾處理之主軸。鑑於國際上先進國家提出零廢棄之觀念，檢討我國垃圾處理方式，將過去末端處理方式漸採源頭減量與資源回收為主，92年行政院核定「垃圾處理方案之檢討與展望」，確立垃圾零廢棄政策目標，研訂新北市源頭減量精進計畫，相關工作項目自113年1月22日起至113年12月21日止，包含：源頭減量資源回收稽查（核）管制及申報、源頭減量資源回收稽查文件審查及教育訓練、政策規劃及推廣執行、推廣資源再使用及維護及更新網路平台等，本年度本計畫執行期間依各項工作之成果摘要說明如後：\n1.\t源頭減量資源回收稽查（核）管制及申報：\n(1)本計畫源頭減量資源合約規範例行性稽查（核）作業至少完成2,500家次（件），各項源頭減量資源回收巡查進度案件於本計畫執行期間皆已完成巡查作業，免洗餐具累計707件、塑膠微粒累計104件、一次用外帶飲料杯累計607件、乾電池累計104件、塑膠托盤累計104件、聚氯乙烯（PVC）累計304件、過度包裝累計703件（含實測102件）、網際網路購物包累計裝40件、一次用旅宿用品累計231件、購物用塑膠袋10件，行政機關、學校減少使用免洗餐具及包裝飲用水作業指引202件，總巡查共計3,116件。\n(2)行政機關、學校減少使用免洗餐具及包裝飲用水作業指引稽查(核)，已完成行政機關、學校稽查（核）202件。\n2.\t源頭減量資源回收稽查文件審查及教育訓練\n(1)\t本計畫協助電池重金屬申請文件審查，已審查共計97件，廠商資料常於電池照片清晰度、資料表字樣不符及文件用印等項目發現疏漏，將持續依照機關審查重點審查並輔導廠商提交申請文件。\n(2)\t協助塑膠托盤審核已於3月31日受理廠商提交之成果報告書進行審查，審理件數共16件。\n(3)\t針對源頭減量資源教育訓練或說明會相關會議共計辦理10場次，參與對象為轄內清潔隊巡查執行人員、旅宿業者、從事限制產品包裝之列管業者及從事網際網路購物包裝之列管業者，以提升參與對象對於法令之瞭解。\n3.\t政策規劃及推廣執行\n(1)\t友善店家推廣成果：完成51家友善店家新增，並結合新北市新莊區輔大商圈辦理友善店家推廣活動（新北不塑之客駐點心任務「輔大商圈。循環321」），活動推廣自4月20日至6月10日辦理，活動期間共有467筆自備容器、148筆借用循環容器及34筆環保外送之參與次數，減少使用1,298個免洗餐具。\n(2)\treBAG平台建置及營運成果：已完成326處reBAG平台清查作業，另針對電訪有補袋需求的reBAG平台進行配送，總計完總計完成29處reBAG平台補袋作業，共補充2,563個紙袋、2,146個塑膠袋及1,000個環保袋，總計共新設置20處reBAG站點。。\n(3)\t餐飲業減塑推廣成果：已完成輔導外帶及外送提供環保用具之餐飲業店家名單達62家次，自備循環容器優惠餐飲業店家名單達500家次，並提供新北市機關、學校活動或會議環保消費之需求。\n(4)\t不塑夜市或商圈推動成果：本計畫今年度與深坑商圈觀光發展協會合作，推出首個不塑商圈，於活動執行前期與當地里長、觀光發展協會理事長及其店家進行多次溝通，故於活動期間店家對於活動內容及活動推出的商圈暢遊券都能充分了解，也能協助活動推廣與進行，第二波不塑消費登錄活動於113年9月7日至10月31日執行，共計903筆登錄資料，其中抽出132位獲獎者贈與郵政禮券；本次推廣活動至少減少37,500個免洗餐具、35,910個塑膠袋。\n(5)\t不塑市場推動成果：今年度與泰山公有市場合作，辦理「帶袋相傳逛市場」之推廣活動，進行不塑消費集點及二手環保袋捐贈，鼓勵民眾一同實踐減塑，活動自113年6月1日至113年11月30日，每個週六上午8時至12時整辦理，共計27場次，並發布相關新聞稿發表活動成果。活動截止日（113年11月30日）已減少23,000個塑膠袋、回收2,620個閒置環保購物袋，活動推廣觸及人數達5,910人次。\n(6)\t資源循環採購推動成果：本計畫於10月14日及10月23日分別完成辦理「資源循環之源頭管理或循環採購宣導會」2場次及「輔導轄內機關學校循環採購」2場次，在輔導轄內機關、學校循環採購宣導會部分，邀請環境部資源循環署王上銘科長擔任講師，說明有關資源循環零廢棄的國內外政策趨勢；與會者方面邀請公部門機關、學校派員參加，兩場次總計158人次參與(113\/10\/14計90人次、113\/10\/23計68人次)；另在資源循環之源頭管理宣導會部分，本年度為廣大推廣及增加產官學之間的交流分享，除邀請公部門機關及學校外，規劃將說明會報名資訊提供給民間私人公司行號及大專院校相關人員或對此有興趣的一般民眾也一同參與了解，兩場次總計142人次參與(113\/10\/14計80人次、113\/10\/23計62人次)。\n(7)\t外燴業者減少一次用產品推廣成果：本計畫輔導豆腐師外燴業者於辦理外燴時減少一次用產品，截至10月30日總計辦理4場次推廣活動，合計共71桌，減少一次性餐具3,940個（含830個杯子、850個碗、820個碟子、900雙筷子、540支湯匙）及塑膠桌布71條，從業者端與消費者端雙向改變民眾日常外食、聚餐及參加喜宴的習慣。\n(8)\t蔬果裸賣推動成果：本計畫與家樂福量販店合作，於中秋檔期辦理生鮮裸賣推廣活動，鼓勵民眾優先選購裸賣生鮮及減少使用一次用塑膠包裝，響應環境減塑的政策，推廣活動自113年9月14日至9月17日，於家樂福12間量販店辦理12場次推廣活動，活動4天合計有2,887人次參與，至少減少5,774個生鮮包裝使用。\n(9)\t新北Ucup結合大型活動辦理推動及成果：本計畫於4月20日結合「2024石碇馬拉松」活動及4月21日結合「2024鐵道馬拉松」活動辦理，使用新北Ucup循環杯落實源頭減量，2場次總參與人數超過9,500人，減少18,500個一次用飲料杯使用。\n(10)\t一次性旅宿用品減量宣導活動成果：本計畫於下半年度分兩階段辦理環保旅宿業推廣活動，第一重社群分享活動共累計4,474次按讚人數、4,595次社群留言及3,931次分享貼文；第二重入住環保旅宿享好康活動共累計50筆登錄資料，其中符合活動規則有33筆、不符合資格有17筆，活動之社群宣傳觸及人數達141,325人次。\n(11)\t循環包材減塑推廣成果：本計畫媒合量販店業者-家樂福與循環包材廠商-配客嘉合作，將新北Ubox循環袋觸及範圍推展到家戶中各年齡層分布的民眾，已於113年9月14日至113年11月30日之中秋、國慶~雙11購物節期間，並鎖定家速配網購訂單數最高之前三大量販店（家樂福新店店、家樂福淡新店、家樂福蘆洲店），擇定所在之區域（新店區、淡水區、三重區）進行辦理，除民眾主動選擇加購環保兩用袋包裝的訂單外，所有家速配商品全數使用新北Ubox包裝出貨，本計畫統計辦理期間39 間新北Ubox家樂福歸還門市共計發出1,793個循環包材，統計共計歸還數量為208個，歸還比率約11.60%，推估約減少2,152公斤的碳排放量，以及減少約538公斤的一次性購物包材廢棄物產生。\n(12)\t循環杯政策擴大推廣成果：循環杯活動於7月5日於國賓新莊晶冠廳辦理起跑記者會，而國賓影城循環杯推廣活動自113年7月6日起的每個週末（六、日）共8天，共計減少6,063個紙杯使用，而循環杯回收共計5,670個，回收率94%，以紙杯每只0.011kg碳排推估總減碳排量約67kg；垃圾減量成效，辦理期間因循環杯回收，有將多餘水分瀝乾，故約減少820公斤的垃圾重量（113年7月垃圾量1,300Kg，113年8月垃圾量2,120Kg）；另富邦循環杯活動於8月1日起跑，共計職棒8場次球賽總計使用5,600個循環杯（大杯2,670杯次、中杯2,930杯次），回收5,181杯，回收率約為93%，以紙杯每只0.011kg碳排推估總減碳排量約62kg，估計活動觸及人數約52,000人次，並提供循環杯折價優惠10元總計3,400組，抽獎活動參與人數107人，不符資格者18人，符合資格者89人，已於113年9月11日完成抽獎活動，並於113年10月15日已寄發獎品予回傳得獎訊息之民眾。本計畫透過文宣製作、人員宣導及球場大螢幕推播協助宣傳及推廣，今年度整體回收率較去年活動（112年循環杯回收率90%）更為提升。\n4.\t推廣資源再使用\n(1)\t二手物再使用推廣成果：二手市集推廣活動第一處於4月21日於央北社會住宅結合央北同玩節辦理，現場結合集點換好禮方式，透過使用自備容器或租借容器享用現場餐車美食，以及於現場進行二手市集循環消費體驗，本次參與人數共計235人次，其中自備容器民眾為155人次，租借循環容器80人次，推廣觸及人次達360人；第二處已分別於7月20日及7月27日在土城員和青年社會住宅辦理DIY創意改造手作課程，課程藉由活動透過不同材質及物品的二手物手作體驗，激發民眾舊物改造的創意，再次賦予物品新生命週期，同時讓民眾了解及認識更多的二手循環管道，並鼓勵民眾能優先選購二手好物，一同減少廢棄物產生，活動參與人次共計47人，推廣觸及人次達188人；第三處在致理科技大學辦理「打造你的永續超能力」，透過學校與板橋區華德里長及社區民眾的交流，帶領參與學員一同討論及反思，發揮社區合作的力量，一同與學校攜手打造永續環境、共榮發展，活動參與人次共計32人，推廣觸及人次達128人。\n(2)\t二手物交流站推廣：針對「全國不用品藏寶地圖-站點\/網路新增及維護」平台: 本計畫執行期間循環概念店共計有810筆，包含新增68家次及本計畫已維護及更新380家次。\n5.\t維護及更新網路平台\n(1)\t源頭減量列管資料庫：共計維護免洗餐具2,618筆、塑膠托盤及包裝盒552筆、一次用飲料杯984筆、購物用塑膠袋3,667筆、乾電池966筆、塑膠微粒2,471筆。\n(2)\t新北不塑之客友善地圖：本計畫執行期間網站瀏覽達到15,561人次，更新今年度新增友善店家51家店，累計達到501家、新增20處reBAG平台，累計達到326家，另更新6家Ucup 2.0租借站點的基本資訊及營運狀況。",
        "eng_title": "2024 New-Taipei City Waste Reduction, Recycling and Subsidy Program",
        "eng_subject": "Taiwan has undergone significant changes in waste management over the years. Initially, the Urban Waste Management Plan of 1984 focused on landfills as the primary method of waste disposal. By 1991, the strategy shifted to prioritize incineration, with landfills serving as a secondary option. Influenced by international zero-waste concepts, Taiwan moved toward source reduction and recycling, culminating in the Review and Outlook on the Waste Management Plan in 2003, which aimed for zero waste. New Taipei City adopted this goal, implementing the Source Reduction Optimization Plan for 2024, spanning January 22 to December 21. Key initiatives include inspections, educational programs, policy promotion, resource reuse, and online platform maintenance. The execution of this plan for the current year is summarized based on the outcomes of various tasks as follows:\n1. Inspection, Approval, Control, and Reporting of Source Reduction and Resource Recycling\nRoutine Inspections for Contracts:\nConducted 3,116 inspections, covering disposable tableware (707 cases), plastic microbeads (104 cases), single-use beverage cups (607 cases), dry batteries (104 cases), plastic trays (104 cases), PVC (304 cases), excessive packaging (703 cases, 102 measured on-site), internet shopping packaging (40 cases), single-use lodging supplies (231 cases), shopping plastic bags (10 cases), and guidelines for administrative agencies and schools (202 cases).\nGuidelines for Agencies and Schools:\nConducted 202 inspections to ensure compliance with disposable tableware and bottled water reduction guidelines.\n2. Document Review and Educational Training for Source Reduction and Recycling\nBattery Heavy Metal Applications Review:\nReviewed 97 applications, addressing issues like unclear photos and improper documentation. Focus remains on guiding manufacturers to submit compliant applications.\nPlastic Tray Reviews:\nEvaluated 16 achievement reports submitted by manufacturers as of March 31.\nEducational Training:\nHeld 10 training sessions for inspectors, industry operators, and regulated entities to enhance their understanding of recycling regulations.\n3. Policy Planning and Promotion Execution  \n(1) Eco-Friendly Stores: Added 51 new eco-friendly stores, hosted events promoting personal container use, reducing 1,298 disposable items.  \n(2) reBAG Platform: Conducted 326 inspections, distributed 5,709 bags, and established 20 new stations.  \n(3) Plastic Reduction in Food Services: Supported 62 establishments in offering reusable utensils and created a list of 500 promoting reusable containers.  \n(4) Plastic-Free Districts and Events: Collaborated with Shenkeng for a plastic-free shopping district, reducing 37,500 disposable items. Partnered with Taishan Public Market, reducing 23,000 plastic bags and recycling 2,620 eco-bags.  \n(5) Circular Procurement Seminars: Hosted two seminars with 300 participants from agencies, schools, and private companies.  \n(6) Reduction in Catering Services: Guided efforts to reduce 3,940 disposable items and 71 plastic tablecloths.  \n(7) Plastic-Free Produce Sales: Partnered with Carrefour to reduce 5,774 plastic packages.  \n(8) Reusable Cups at Events: Introduced Ucup reusable cups at marathons, reducing 18,500 disposable cups for 9,500 participants.  \n(9) Eco-Friendly Hotel Amenities: Promoted reduced single-use lodging items through campaigns reaching over 4,000 participants.  \n(10) Circular Packaging Expansion: Collaborated on reusable packaging efforts, distributing 1,793 Ubox packages and reducing 2,152 kg of carbon emissions.  \n(11) Reusable Cups in Entertainment: Launched campaigns reducing over 11,000 disposable cups at cinemas and sports events.  \n4. Promotion of Resource Reuse\nSecondhand Goods Events: Organized events promoting secondhand use and upcycling at various venues, reaching over 670 participants and fostering sustainable habits. Exchange Platform: Managed the National Unused Items Treasure Map, maintaining 810 entries and updating 380 locations.\n5. Maintenance and Updates of Online Platforms\nSource Reduction Database: Maintained and updated entries for various disposable products (e.g., 2,618 for disposable tableware, 3,667 for shopping bags). Friendly Map: Updated Plastic-Free Guests map with 51 new eco-friendly stores, 20 reBAG platforms, and 6 Ucup 2.0 stations, reaching 17,561 views.",
        "proj_year": "113",
        "org_name": "新北市政府環境保護局",
        "exe_unit": "財團法人台灣產業服務基金會",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130605109",
        "publish_date": "20250103"
    },
    {
        "chi_title": "架構環評監測數據整合共享平臺工作計畫",
        "chi_subject": "1.建構一站式「架構環評監測數據整合共享平臺」\n本年度已完成14場次需求訪談，了解管理端需求及溝通系統設計與規劃，並完成主要功能包含「開發案現況占比」、「環評資料整合管理與查詢」、「開發案環境地理資訊」以及「環境監測管理中心」等4大主題。透過提供一橫向整合多元資料平臺，以此減少督察人員至各系統查找資料作業時間、增加資料多元性、即時性及可判讀性，以利於迅速掌握案件周遭環境監測，強化環評監督管理性。\n2.環評監督管理需求資料整合\n為建構系統資料完整性，本年度已介接系統包含環管署列管母案資料共720筆、環評書件查詢系統共2.3萬筆資料、環保專案成果倉儲系統審查階段資料共43案資料、環評結論及承諾事項執行情形申報系統監督階段資料10案資料、稽查處分系統共1.5萬筆資料、環境圖資整合應用平臺4張圖層、環境圖資整合應用平臺圖資資料5張圖層以及環管署列管開發案場圖資3張圖層並完成繪製667基地位置圖。\n3.以數位治理為目標，擬訂環評監督行為之短、中、長期發展策略\n已依署長、林副署長、施主秘、許組長、涂副組長、科長及各承辦人建議，完成擬定短、中、長期發展策略， 短期包含導入監測表單、拓展環境生態相關圖資；中期包含導入科技應用工具、加強環境圖資應用與分析、現地監督APP作業模式；長期包含地方環評資料回饋及提升民眾參與廣度，藉由不同階段之工作成果，期望達成環評監督的永續目標。\n4.配合機關要求，辦理機關業務承辦人員或環評開發單位之操作說明會。\n為了滿足使用者的需求，會議內容說明監測資料填寫方式與上傳方式。已於113年7月16日(中區2場次)、113年8月1日(北區場)、8月6日(南區場)以及8月21日(東區場)完成辦理5場次實體教育訓練，參與人數為346人。\n5.依環管署環評管制業務需求，建置環評承諾監測項目之後端資料建置管理功能及前端資料輸入或匯入功能。\n已完成10案列管開發業者112年第3季(112年7月)至113年第3季(112年7月)，共5個季度的申報資料原始數據，將資料反覆進行清洗及確核，並已於11月12日正式匯入資料庫，可透過平臺檢視開發業者監測資料，未來可再加值應用新增環境監測資料（如空污、土污測站）的重點展示主題，亦可結合開發案場環境監測數據進行分析與比對。同時，強化案場申報數據異常的警示與視覺化呈現功能，以提升數據判讀的即時性與準確性。",
        "eng_title": "Project for Establishing an Integrated Sharing Platform for EIA Monitoring Data",
        "eng_subject": "1.Establishment of an One-Stop Integrated Sharing Platform for Environmental Impact Assessment (EIA) Monitoring Data\nThis year, 14 consultation sessions were conducted to gather managerial needs and co-ordinate system design and planning. Key functionalities completed include four major themes: Proportion of Development Project Status, EIA Data Integration Management and Query, Development Project Environmental and Geographic Information, and Environmental Monitoring Management Center. This horizontally integrated multi-data platform reduces the time inspectors spend searching across systems, enhances data diversity, immediacy, and interpretability, enabling swift monitoring of environ-mental conditions around projects and strengthening EIA monitoring and management.\n2.Requirements on the Integration of EIA Supervision and Management Data \nTo ensure comprehensive system data, integrations this year included 720 records from the Environmental Management Administration’s (EMA) master project database, 23,000 records from the EIA document query system, 43 records of project review da-ta from the Environmental Project Results Achievement Warehouse Management Sys-tem, 10 records of supervised EIA conclusions and commitments, 15,000 records from the Inspection and Enforcement System, four geospatial layers and five data layers from the Environmental Geospatial Application Platform, and three geospatial layers of site data for EMA-managed development projects, with 667 site location maps completed.\n3.Development of Short-, Medium-, and Long-Term Strategies for Digital Governance in EIA Supervision\nBased on recommendations from the Director-General, Deputy Director Lin, Chief Secretary Shih, Section Chief Hsu, Deputy Section Chief Tu, department heads, and relevant personnel, short-, medium-, and long-term development strategies for environmental impact assessment (EIA) supervision were drafted to align with the goal of digital governance. The short-term strategies focused on introducing monitoring forms and expanding geospatial data related to environmental ecology. Medium-term strategies involved implementing technological tools, enhancing the application and analysis of environmental geospatial data, and establishing an app-based operating model for on-site supervision. In the long term, efforts will include facilitating feedback on local EIA data and broadening public participation. These phased initiatives aimed to achieve the sustainable objectives of EIA supervision.\n4.Workshops for Stakeholders on Operational Guidelines\nIn response to user needs, workshops were organized to explain the process of filling and uploading monitoring data. Five in-person training sessions were held: July 16 (two sessions in Central Taiwan), August 1 (Northern Taiwan), August 6 (Southern Taiwan), and August 21 (Eastern Taiwan). A total of 346 participants attended.\n5.Development of Backend Management and Frontend Input Features for Monitor-ing EIA Commitments\nData from 10 monitored cases were processed for five reporting quarters from Q3 2023 (July 2023) to Q3 2024 (July 2024). The data underwent repeated cleaning and verification before being officially uploaded to the database on November 12. The platform now provides access to developer monitoring data, with potential for added-value applications such as displaying new environmental monitoring data (e.g., air and soil pollution). Additionally, it enables analysis and comparison of project site envi-ronmental monitoring data while strengthening anomaly alerts and data visualization for improved real-time accuracy and interpretability.",
        "proj_year": "113",
        "org_name": "環管署環境執法組",
        "exe_unit": "環資國際有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130575861",
        "publish_date": "20250131"
    },
    {
        "chi_title": "新北市-113年度新北市水污染源稽查與水污費徵收查核計畫",
        "chi_subject": "為改善本市河川水體水質，本計畫協助環保局持續配合環境部政策，並依據「水污染防治法」及其相關法規，積極針對水污染源進行污染防治管制工作，期望藉由行政管制措施減少事業污染排放。因此，為在現有基礎上進一步達成污染削減、改善河川水質，並基於環境水質改善及落實「污染者付費原則」之目的，環境部亦於104年5月1日起開徵水污染防治費，依環境污染及污染者付費制度，對污染及破壞者徵收污染防治及環境復育費用，以達維護環境之永續利用。有鑑於此，於113年度持續推動「113年水污染源稽查與水污費徵收查核計畫」，冀望藉由計畫之執行，持續加強本市轄內之水污染源現況與污染量調查工作，應徵收水污費之事業及污水下水道系統(不含公共及社區)進行有效掌握且督促其確實申繳水污費，達一定規模之大型污染源及公共污水下水道系統與重大違規者應設置自動監測（視）設施者，持續掌握排放情形，輔導畜牧資源化利用，減少污染排放及確保河川清淨，期望藉由行政管制措施減少水污染源污染排放，落實污染行為外部成本內部化之污染者付費精神。",
        "eng_title": "2024 Plan for Annual Water Pollution Source Inspection and Verification of Water Pollution Control Fee Collection",
        "eng_subject": "This Plan assists the Ministry of Environment, to improve this City’s quality of rivers’ water bodies, to continuously in cooperating with the Environmental Protection Administration’s policies, actively implementing pollution control work for water pollution sources in accordance with the “Water Pollution Control Act” and related regulations. Hopefully the enterprises’ discharge of wastewater could be reduced through administrative control measures. Therefore, to further achieve pollution reduction and improve river water quality on the existing basis, as well as being based upon the purpose of improving environmental water quality and materializing the “charging from polluters” principle, the Environmental Protection Administration started to levy water pollution control fees on May 1, 2015 as well, collecting pollution control and environmental restoration fees from polluters and destroyers according to the environmental pollution and polluter charge system, thereby maintaining the sustainable use of the environment. In this light, we continued to push forward the “2024 Plan for Annual Water Pollution Source Inspection and Verification of Water Pollution Control Fee Collection” in 2024. It was hoped that through this Plan, the status of water pollution sources and pollution volume survey within the jurisdiction of this city would continue to be enhanced. Enterprises that should be collected water pollution control fees and the sewer systems (excluding public place and community) were effectively controlled and urged to pay water pollution control fees. Large pollution sources and public sewer systems that reached a certain scale and major violations should be set up automatic monitoring (visual) facilities, continued to manage the discharges, guided the utilization of livestock resources, reduced pollution discharge, and ensured river cleanliness, expected to reduce pollution from point source through administrative control measures, and materialize the polluter charge spirit of internalizing the external cost of polluting behavior.",
        "proj_year": "113",
        "org_name": "新北市政府環境保護局",
        "exe_unit": "台灣曼寧工程顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130566538",
        "publish_date": "20250102"
    },
    {
        "chi_title": "113年環境保護專責及技術人員在職訓練暨交流計畫",
        "chi_subject": "我國環保專業證照訓練業務，自民國78年開辦迄今已34年，如今環保專業證照訓練與管理，發展迄今已建立完整的運作系統，仍應秉持環保更專精，訓練再創新的基本理念，培訓專業環保證照人力。然而，各項制度因應世代多元的需求及產業不斷得求新求變，須以符合社會發展趨勢，未來將持續推展下列措施：1.提供與時俱進的教材內容 優化在職訓練淨零排放課程內容及最新法令政策方面，藉由教材檢修與調整，輔導設置中的環境保護專責及技術人員在每2年一次的回訓課程中，獲取政府最新的法令政策以及技術管理方式，強化專責及技術人員之專業能力，進而將所學帶回服務單位，研擬政府管制措施之因應對策、改善技術管理方式，提升整體環境績效。2.協助提升合格人員專業技能及互動交流機制合格專責人員，國環院在現有訓練機制中，除繼續協助被設置的人員，掌握最新的環保法令政策、污染防制處理技術，透過辦理專責人員業務交流座談會(毒化物管理及廢棄物管理)，建立專責人員間的連結度與歸屬感。3.提升數位化的時代趨勢措施協助蒐集並彙整國內政府機關電子證書核發機制，就目前已實施單位如教育部電子證書系統、考試院電子證書系統及經濟部智財局電子證書系統就申請及核發流程、相關規費及防偽措施等進行研析，並提出環保專責及技術人員合格證書數位化可行性建議。4.依據環保專責及技術人員設置、註銷、異動資訊，追蹤訓練合格學員，在領證後服務於事業場所之設置動態進行例行性查核。",
        "eng_title": "Year 113 On-the-job training and exchange program for environmental protection professionals and technical personne",
        "eng_subject": "The training business for environmental protection professional certificates in our country has been operated for 34 years since its implementation in 1989. With the complete operation system established until now, it is still necessary to adhere to the basic idea of environmental protection being more professional and training innovation while cultivating professional human resources with environmental protection certificates. However, various systems need to respond to the diverse needs of different generations and the constant pursuit of newness and change by industries. They must meet social development trends, and the following measures will continue to be promoted in the future: 1. Providing timely teaching materials Content optimization of in-service training net zero emission courses and the latest laws and policies, through material review and adjustment, guiding established environmental protection specialty and technical personnel to obtain the latest laws and policies and technical management methods from the government every two years during their recertification courses, strengthening the professional abilities of specialty and technical personnel, and then bringing what they have learned back to their service units to formulate response strategies for government regulatory measures, improve technical management methods, and enhance overall environmental performance. 2. Assist in improving the professional skills of qualified personnel and the interactive communication mechanism for qualified dedicated personnel. In the existing training mechanism, the National Environmental Protection Agency will continue to assist the appointed personnel to master the latest environmental protection laws and policies, pollution prevention and treatment technologies, and through Business exchange symposium for dedicated staff (toxic chemicals management and waste management) to establish a sense of connection and belonging among dedicated staff. 3. Improving measures for digitalization trends Assist in collecting and compiling domestic government agency electronic certificate issuance mechanisms. Based on the application and issuance processes, related fees, and anti-counterfeiting measures of currently implemented units such as the Ministry of Education's electronic certificate system, the Examination Yuan's electronic certificate system, and the Intellectual Property Office's electronic certificate system, feasibility suggestions are proposed for the digitalization of environmental protection specialty and technical personnel qualifications. 4. Based on the information on the establishment, cancellation, and changes of environmental protection specialists and technical personnel, track qualified trainees, and conduct routine inspections on the establishment status of those serving in the business premises after receiving the certificate.",
        "proj_year": "113",
        "org_name": "國環院環教認證中心",
        "exe_unit": "財團法人工業技術研究院",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130558102",
        "publish_date": "20250201"
    },
    {
        "chi_title": "113年度海岸環境清潔維護推廣及成效管理計畫",
        "chi_subject": "109年5月行政院核定「向海致敬-海岸清潔維護計畫（109年至112年）」，由環境部統籌9個中央部會、19個臨海縣市政府共同合作，落實海岸清潔維護，截至今年已邁入第五年，海岸垃圾大量減少，已初具成果，故此行政院於112年9月核定向海致敬第2期計畫，期許各單位可以持續落實「定期清、立即清、緊急清」機制，而本計畫以科學調查、業務推動、行政配合等三個面向輔助向海致敬政策執行，逐步落實共同守護臺灣海岸環境清潔之目標。\n於科學調查面向，本計畫採用ICC國際淨灘行動了解海岸垃圾組成樣態，並加以分析歷年趨勢變化，成果顯示108年至113年第1-3季，寶特瓶與塑膠瓶蓋占歷年海廢垃圾之大宗，與「國際海岸清理報告」調查成果相似，皆占有較高的比率，另外透過寶特瓶國別調查也發現，海廢垃圾的來源與地域性有相對關聯，調查成果顯示於本島區域，臺灣製寶特瓶數量皆大於大陸製寶特瓶顯示多數海廢垃圾仍以本島產生為主。\n為協助各部會向海致敬業務推動，本計畫針對海岸清理資訊平台進行功能優化，其內容包含自動化通報案件追蹤、主動清理逾時填報功能及海岸清理資訊平台功能整合評估作業，期能透過相關功能優化讓使用者可以更迅速掌握關鍵資訊，提供更便捷的操作服務。\n在行政配合部分，針對業務機關今年度辦理海岸業務觀摩活動、澎湖縣海底覆網考察活動、現勘查核活動、向海致敬考核標準制定相關會議等，透過不同活動及會議辦理，實地踏查各單位執行情形，透過相互交流達到教學相長之目的，而宣導部分今年度則辦理環境教育推廣活動與製作向海致敬成果影片，藉此提升民眾對於海岸環境保護的意識，達到公私協力共同守護海岸之目的。\n向海致敬計畫自109年啟動至今已邁入第5年，透過各部會填報清理成果與民間團體調查資訊，顯示整理海岸垃圾現存量與109年相比已減少將近6成，塑膠垃圾亦減少近7成，垃圾下降幅度已逐漸趨緩，未來如何維持垃圾量不再上升，為新一輪的考驗，今年度透過制定向海致敬考核標準，讓各單位可依循相關標準逐步落實權責分工、源頭減量及災後清理等業務，期能達成每吋海岸都有人管、每吋海岸都乾淨之目標。",
        "eng_title": "Promoting and Maintaining Clean Coastal Environment and Performance Management Project in 2024",
        "eng_subject": "In May 2020, the Executive Yuan approved the Salute to the Seas: Coastal Cleanup and Maintenance Program (2020-2023) (hereinafter the Program). Coordinated by the Ministry of Environment (formerly the Environmental Protection Administration), this initiative involves 9 ministries and 19 coastal county and city governments working together to implement coastal cleanup efforts. Now, in its fifth year, the amount of coastal waste has significantly reduced, achieving the Program’s initial results. Consequently, the Executive Yuan approved the second phase of the Salute to the Seas initiative in September 2023, encouraging stakeholders to continue implementing the regular cleaning, immediate cleaning, and emergency cleaning mechanism. This project assisted in the execution of the Program through three aspects: scientific research, operational promotion, and administrative cooperation, working towards the goal of maintaining the cleanliness of Taiwan's coasts collaboratively. \nScientific research:\nThis project adopted the ICC (International Coastal Cleanup) methodology to analyze coastal waste composition and trends over time. The results show that from 2019 to the third quarter of 2024, the number of PET bottles and plastic bottle caps has consistently ranked among the top of coastal waste, similar to findings in the International Coastal Cleanup Reports. The studies on the origin of PET bottles studies also indicate a strong link between the origin of marine debris and the region in which it is located. For instance, the number of PET bottles found that were produced in Taiwan was more than those made in mainland China, indicating that most coastal waste originates locally.\nOperational promotion:\nTo support the ministries and governments in implementing the Salute to the Seas Program, the coastal cleanup information platform underwent feature optimization, which included automated case tracking, delayed submission of cleanup results, and platform functionality integration evaluations, allowing users to access critical information more efficiently and enjoy enhanced usability of the platform.\nAdministrative cooperation:\nThis project also involved various activities and meetings, such as coastal work observation sessions, underwater net-removal inspections in Penghu County, on-site evaluations, and the establishment of assessment standards for the Salute to the Seas initiative. Through these activities and meetings, we evaluated the execution of each entity on-site, facilitated knowledge exchange, and provided opportunities for improvement. Additionally, public awareness campaigns, such as environmental education events and videos highlighting Salute to the Seas Program achievements, were organized to enhance public understanding and encourage collective efforts in protecting coastal environments.\nSince its launch in 2020, we’ve entered the 5th year of the Salute to the Seas Program. The cleanup reports submitted by public entities and surveys done by private organizations revealed that compared to 2020, the number of existing coastal waste has reduced by approximately 60%, with plastic waste decreasing by nearly 70%. However, as waste reduction has slowed, our new challenge is to maintain the current amount of waste without the numbers going back up. To address this, the Program has introduced assessment standards to guide authorities in systematically dividing responsibilities, reducing waste at the source, and managing post-disaster cleanup. The ultimate goal is to ensure every inch of Taiwan's coastline is both well-managed and clean.",
        "proj_year": "113",
        "org_name": "環管署環境衛生組",
        "exe_unit": "環資國際有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130558068",
        "publish_date": "20250127"
    },
    {
        "chi_title": "金門縣-113年度資收關懷計畫",
        "chi_subject": "為關懷資收個體戶以擴大服務個體戶去化資收物，故規劃推動「強化資收行動站網路及回收服務工作計畫」。\n本計畫已執行84點次行動資收站兌換服務，出勤前與回收商確認當日牌價，方便個體業者於綠區變賣，減少推車路程，回收量前三名為：紙類、鋁箔包及紙盒包、寶特瓶。",
        "eng_title": "Kinmen County-113 Annual Resource Recycling Care Plan",
        "eng_subject": "In order to care for the self-employed in recycling resources and expand services for the self-employed in recycling materials, we plan to promote the Strengthening of the Resource Collection Mobile Station Network and Recycling Services Work Plan.\nThis project has implemented 84 points of mobile resource collection and exchange services. Before going to work, confirm the day's price with the recycler to facilitate individual businesses to sell in the green zone and reduce the distance of carts. The top three recycling volumes are: paper, aluminum foil bags and Carton bags, PET bottles.",
        "proj_year": "113",
        "org_name": "金門縣環境保護局",
        "exe_unit": "晶淨科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130542685",
        "publish_date": "20250117"
    },
    {
        "chi_title": "113年度花蓮縣氣候變遷減緩及調適工作推動計畫",
        "chi_subject": "制定花蓮縣氣候變遷調適及溫室氣體減量策略，降低與管理溫室氣體排放，協調、整合各單位機關減碳相關事務、推動低碳、氣候變遷及空氣污染防制宣導相關工作。\n呼應國際趨勢並達到永續環境之願景，花蓮縣以花園城市為施政主軸，並透過各項策略複製推廣，逐步延伸至轄內，達到全面落實的目標，本計畫為推動低碳永續重要計畫，持續協助花蓮縣推動邁向淨零碳排城市目標，為地球氣候變遷減緩及永續發展盡一份心力，讓花蓮縣成為淨零碳排之智慧城市、永續花蓮。\n主要工作項目包含氣候變遷因應推動會議及研訂氣候變遷調適執行方案、辦理氣候變遷減緩及調適推廣教育活動、事業進行溫室氣體盤查登錄之查核作業、推動本縣低碳永續家園認證評等推廣、氣候變遷調適活動、低碳生活推廣、推廣民眾參與節能減碳等工作，協助落實環境永續，建立花蓮低碳家園。",
        "eng_title": "113th Hualien County Climate Change Mitigation and Adaptation Work Promotion Plan",
        "eng_subject": "Formulate climate change adaptation and greenhouse gas carbon reduction policies in Hualien County, reduce and manage greenhouse gas emissions, coordinate and integrate carbon reduction-related affairs of various units and agencies, and promote low-carbon, climate change and air pollution prevention and control related work.\nIn response to international trends and to achieve the vision of a sustainable environment, Hualien County takes the Garden City as the main policy axis and replicates and promotes various strategies, gradually extending to the jurisdiction to achieve the goal of full implementation. This plan is to promote low-carbon sustainability The important plan is to continue to assist Hualien County in promoting the goal of becoming a net-zero carbon emission city, and to contribute to the mitigation of global climate change and sustainable development, so that Hualien County can become a net-zero carbon emission smart city and a sustainable Hualien.\nThe main work items include climate change response promotion meetings and the development of climate change adaptation implementation plans, conducting climate change mitigation and adaptation promotion and education activities, undertaking greenhouse gas inventory and registration verification operations, and promoting the county's low-carbon sustainable home certification and rating. , climate change adaptation activities, promotion of low-carbon life, promotion of public participation in energy conservation and carbon reduction, etc., to help implement environmental sustainability and build a low-carbon home in Hualien.",
        "proj_year": "113",
        "org_name": "花蓮縣環境保護局",
        "exe_unit": "長慧環境科技有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130538989",
        "publish_date": "20250131"
    },
    {
        "chi_title": "113年度高雄市氣候變遷減緩及調適工作推動計畫",
        "chi_subject": "氣候變遷是全球共同面臨的挑戰，為確保國家永續發展並維持國際競爭力，應著手研擬溫室氣體減緩與氣候變遷調適執行方案以及早因應氣候變遷之衝擊。為追求高雄市邁向永續淨零城市，配合「氣候變遷因應法」接軌國家2050年淨零排放目標，其中於氣候治理法源，包括將淨零排放目標入法、提升層級強化氣候治理、增訂氣候變遷調適專章以及公正轉型概念入法等，足以顯見氣候調適之重要性，並逐步邁向低碳或零碳之時代。本計畫以因地制宜訂定「本市氣候變遷調適政策綱領」及訂修「本市氣候變遷調適執行方案」，並參考「國家因應氣候變遷行動綱領(核定本)」、「國家氣候變遷調適行動計畫(112-115年)」，及蒐整國內外資訊作為框架參考，透過專諮會、座談會及推動會，滾動式修正內容。今年已完成辦理「113年度高雄市氣候變遷調適執行方案(草案)訂修研商會議」、5場調適領域專諮會及「高雄市氣候變遷調適執行方案座談會」等會議，針對調適執行方案(草案)已於10月31日前送至環境部審議。\n為協助高雄市提出氣候變遷調適政策綱領，本計畫已先行提出本市調適政策綱領(草案)，並分別辦理「氣候變遷調適政策綱領會議」及「氣候變遷關鍵議題與調適缺口專題演講」，藉由委員提出建議，考量國家治理的層級，各縣市並無須制定相關氣候變遷調適政策綱領，以法律的位階來說，國家的氣候變遷行動綱領已經將減量和調適一起納入以對應氣候變遷因應法。因此，建議在未來修改自治條例時，應適時的將調適政策綱領的條文進行修正。\n另為協助公私場所掌握氣候變遷過程中易受衝擊之潛在弱點，本計畫協助訂定氣候風險評估相關內容，並分別辦理2場次的國家氣候變遷科學報告2024導讀說明會及「氣候風險評估報告書」專家諮詢會議，未來將依循委員建議進行適當的修正及精進。\n為提升各局處對於氣候變遷調適之基礎認知及提升調適議題相關工作，本計畫於去年度委託國立高雄科技大學侯清賢主任辦理虱目魚養殖作業區之氣候變遷危害風險模擬，即「短延時強降雨」與「低溫寒害」兩類，並完成第一階段調適(構面1至構面3)之辨識氣候風險與調適缺口。本年度延續去年的風險評估結果，接續執行第二階段調適(構面4至構面6)之調適規劃與行動，透過利害關係人訪談、政策蒐整、辦理專家諮詢會議及編撰調適行動指引手冊，提供地方政府未來推動調適行動方案參考，亦提供後續政策效益擴散效應可行性，以利高雄市政府提早擬定對應的調適規劃，並提供各局處建立調適行動方案參考。\n依高雄市淨零城市發展自治條例規定，應設高雄市政府永續發展暨氣候變遷因應推動會(簡稱推動會)，第七屆第2次推動會已於8月9日辦理，並提送三項氣候政策予推動會委員進行審議，經主席裁示確認通過並依委員意見同步修正；第七屆第3次推動會會期籌備作業，已於11月12日完成辦理「第七屆第3次工作小組會前說明會議」，說明本年度推動會之會務規劃。\n因應全球氣候變遷的國際趨勢，本年度起將以「淨零自願檢視報告」同步呈現本市逐步淨零、邁向永續之發展成果，並對照聯合國永續發展指標SDGs，以檢視本市施政計畫與SDGs之扣合狀況，向社會大眾揭露本市政策執行現況與成效。今年已完成編撰高雄市自願檢視報告(VLR)中英文版，包含完成英文翻譯及美編作業，並將電子書上傳至網站。\n本專案延續先前各種努力與資訊，協助彙整國內、外氣候風險評估資料，並推動氣候變遷及永續發展相關業務，做為本市風險評估報告架構基礎，戮力同心邁向永續宜居、調適韌性城市。而針對氣候變遷調適政策、永續發展議題，本計畫將持續完成辦理考評、媒體宣導及其他經機關指定協助事項。\n此外更以環保、永續、減緩及調適為願景，結合本市在地特色，製作展示用品、宣傳圖卡及宣導品，並於各宣導場合展示或發放。",
        "eng_title": "The City of Kaohsiung 2024 Climate Change Mitigation and Adaptation Plan",
        "eng_subject": "Climate change is a global challenge requiring comprehensive action to ensure sustainable development and maintain competitiveness. To support Kaohsiung's transformation into a sustainable net-zero city, this project aligned with the national 2050 net-zero emission target and emphasized strengthening climate governance, incorporating just transition principles, and advancing low-carbon development.\nKey initiatives included the formulation of the Municipal Climate Change Action Policy Framework and the Municipal Climate Change Adaptation Implementation Plan. Both were developed using local conditions, national frameworks, and international research. The project hosted critical meetings, including the 2024 Kaohsiung City Climate Change Adaptation Implementation Plan Revision Meeting, five specialized consultations, and the Kaohsiung City Climate Change Adaptation Implementation Plan Conference. By October 31, the draft plan was submitted to the Ministry of Environment for review.\nRecognizing that local governments may not need separate adaptation policy frameworks, the project recommended future integration of adaptation provisions into the Kaohsiung Municipal Autonomy Ordinance as appropriate.\nEfforts also focused on enhancing public and private awareness of climate vulnerabilities. This included the development of a climate risk assessment framework, two conferences on the National Climate Change Scientific Report 2024, and an expert consultation meeting. Recommendations from these sessions will guide further improvements.\nTo deepen understanding of climate risks, the project extended work with the National Kaohsiung University of Science and Technology on milkfish aquaculture hazard simulations. Building on last year’s findings on short-term heavy rainfall and low temperature cold damage, the second phase addressed adaptation planning and provided actionable guidance for local government policies.\nThe Kaohsiung City Sustainable Development and Climate Change Response Promotion Committee convened to review three key climate policies, ensuring alignment with the autonomy ordinance on net-zero urban development. Outcomes were finalized during the committee's sessions in August and November.\nTo demonstrate progress, the Voluntary Local Review (VLR) was published, highlighting Kaohsiung’s alignment with the UN Sustainable Development Goals (SDGs) and its net-zero achievements. The report was made available in Chinese and English and uploaded online for public access.\nThis project also compiled national and international climate risk data to establish a robust assessment framework for the city. Efforts toward climate adaptation and sustainable development will continue through policy evaluations, media outreach, and other assigned tasks.Promotional materials emphasizing environmental protection, sustainability, mitigation, and adaptation were developed, reflecting Kaohsiung’s local character and distributed at public events.",
        "proj_year": "113",
        "org_name": "高雄市政府環境保護局",
        "exe_unit": "元律科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130536735",
        "publish_date": "20250116"
    },
    {
        "chi_title": "113年度金門縣推動低碳永續家園執行計畫",
        "chi_subject": "一、推動低碳永續家園輔導與認證\n金門縣有6個鄉鎮，所轄村里為37處。統計至113年11月15日止，本縣已有37個行政村里參與低碳永續家園認證評等，其中4個行政村里取得銀級認證、21個行政村里取得銅級認證、12個行政村里報名成功；3個鄉鎮市區取得銅級認證，2個鄉鎮市區報名參與認證；金門縣也已於108年2月18日取得銀級認證。在全台認證評等村里參與率中，金門縣村里參與率達100%，而村里銅級以上達68%，為全國第二，僅次於連江縣。\n為推動各級單位參與低碳永續家園認證評等，並爭取更好之評等等級，持續推動低碳永續家園認證評等於金門縣扎根，今年度本團隊協助輔導湖埔村取得銀級認證、古城里和黃埔村取得銅級認證；另透過查核2處獲得銅級評等之鄉鎮村里層級成果，以及環保局曾補助之25處社區30項受補助行動項目成果維運情形，確保社區持續推動低碳措施。\n二、推廣綠能屋頂設置與評估\n為推廣低碳家園綠能屋頂，今年度本計畫辦理7場次系列宣導推廣活動，共計1,115人次參與，並協助盤點轄內社區活動場所、公有屋頂、公營事業屋頂、私有屋頂（條件為40坪以上合法建物、日照大於2小時），辦理25處案源之太陽光電系統設置評估，預估可建置面積約3,095坪，可裝設容量約計1,539.8 kWp，建置成本約10,537萬元，年可發電量約1,943千度。\n三、推動因地制宜低碳行動\n本計畫依據去年度（112）協助輔導金門縣各社區輔導所掌握社區特色與前瞻性，鼓勵各村里持續落實低碳永續工作，今年度共輔導14處村里社區推動因地制宜行動項目，共完成設置5處牆面植生或綠籬合計約220.9平方公尺，年固碳量約94.6公斤CO2e，另汰換10處老舊燈具、1處老舊電扇、1處傳統馬桶和水龍頭，並設置1處中水回收系統，作為示範點宣導節能減碳，預估年省電量約11,601度，年省水量約942.12度，年減碳量約5,670公斤CO2e。\n四、推動氣候變遷減緩及調適\n本計畫以「金門縣第二期溫室氣體減量執行方案」執行現況進行相關管考作業，內容包含六大部門之能源部門、製造部門、住商部門、運輸部門、農業部門及環境部門，共計推動22項推動策略及73項具體推動措施。今年度已協助於6月21日完成112年度成果報告公開，年度整體經費達成情形為196%，估計減碳量為6,847公噸CO2e，環境效益執行率為98%。而統計110年至113年度10月底成果，整體經費達成情形為91%，估計減碳量為31,883公噸CO2e。\n另為擬訂本縣氣候變遷調適執行方案草案（初稿），本計畫除辦理金門縣領域脆弱度評估外，亦辦理11場次相關會議，以蒐集並彙整專家、局處以及民眾等各方意見，於10月23日函送環境部審查。\n五、推動溫室氣體盤查與查核作業\n依據新版縣市層級溫室氣體盤查計算指引，進行金門縣111行政轄區溫室氣體盤查，並評估112年行政轄區溫室氣體排放量。111年溫室氣體總排放量為316,729公噸CO2e\/年，能源部門排放275,806公噸CO2e\/年，占87.08%；廢棄物部門排放28,661公噸CO2e\/年，占9.05%；農業部門排放12,662公噸CO2e\/年，占3.87%。能源部門之溫室氣體排放中，以住商及農林漁牧能源使用之溫室氣體排放103,778公噸CO2e\/年為最大宗，占32.77%；工業能源使用之溫室氣體排放87,395公噸CO2e\/年，占27.59%、運輸能源使用之溫室氣體排放84,633公噸CO2e\/年，占26.72%。另外，林業部門的固碳量則維持為45,004公噸CO2e\/年。\n而112年溫室氣體總排放量估算結果為321,783公噸CO2e\/年，能源部門排放281,272公噸CO2e\/年，占87.41%；廢棄物部門排放27,149公噸CO2e\/年，占8.44%；農業部門排放13,362公噸CO2e\/年，占4.15%。能源部門之溫室氣體排放中，以住商及農林漁牧能源使用之溫室氣體排放106,875公噸CO2e\/年為最大宗，占33.21%；工業能源使用之溫室氣體排放86,516公噸CO2e\/年，占26.89%、運輸能源使用之溫室氣體排放87,881公噸CO2e\/年，占27.31%。\n由金門縣101年至112年溫室氣體排放結果，108年為本縣排碳高峰，109-110年因受疫情影響呈現連續兩年下降趨勢，其中運輸部門之用油大幅減少為溫室氣體排放下降最主要原因，然觀光旅遊已慢慢復甦，而小三通則已於112年復航並逐步放寬管制，112年排放量約回到109年之排放水準，未來運輸部門溫室氣體排放可能再度增加。因此，除持續推動電動運具外，加速金門再生能源發電比例，降低對燃油發電的依賴為金門縣重要減量工作。\n六、氣候變遷宣導及其他配合事項\n今年度配合本縣大型活動辦理1場次氣候變遷減緩及調適推廣教育活動，共153人次參與；另協助環保局利用社群網站推廣地方低碳成果，希望藉由社群網站中「分享」功能與民眾雙向互動，快速傳遞最新訊息，透過環保訊息之連結，凝聚金門縣縣民對環保意識之共識，增加民眾對節能減碳資訊之接收管道，提升宣導成效，並每月更新節能減碳相關文章或新聞等，達到行銷的目的，截止至11月中已更新112件節能減碳相關文章或新聞。",
        "eng_title": "2024 Kinmen County Promoting the Construction of Low-Carbon Sustainable Homeland Project",
        "eng_subject": "1. Counseling and certification of Kinmen County Low-Carbon Sustainable Homeland\nIn order to continue to promote the low-carbon sustainable homeland certification and evaluation to take root in Kinmen County, this project assisted Hupu Village obtained the silver certification, and Gucheng village and Huangpu village obtained the bronze certification.\nAlso, the subsidized unit must regularly check its maintenance and operation. Therefore, this project checked the results of the subsidized 25 action items of 30 community that the KMEPB subsidized, and 2 of the township or village that had received bronze ratings or silver ratings to promote low-carbon measures.\n2. Promote the installation and evaluation of green energy roofs\nIn order to promote green energy roofs for low-carbon homes, the project held a series of Promotional activities, with a total of 1,115 people participating. In addition, the project assisted in taking inventory of community activity venues, public rooftops, public utility rooftops, and private rooftops within our jurisdiction, and handled solar photovoltaic system installation assessments for 25 cases. It is estimated that the buildable area is about 1 hectare, the installable capacity is about 1,539.8 kWp, the construction cost is about 105.37 million NT dollars, and the annual power generation capacity is about 1,943 kWh.\n3. Promote low-carbon action items adapted to local conditions\nThe project assisted and guided community in Kinmen County to understand community characteristics and foresight, and encouraged villages to continue to implement low-carbon and sustainable work. This year, a total of 14 village communities were assisted in promoting action items tailored to local conditions. A total of 5 wall plantings or hedges were installed, totaling approximately 220.9 square meters, with a sequestration of 94.6 kgCO2e in a year. In addition, 10 old lamps, 1 old fan, 1 traditional toilet and faucet were replaced, and 1 reclaimed water recycling system was installed as a demonstration site to promote energy conservation and carbon reduction. It is estimated that the annual electricity saving is about 11,601 kWh. The water saving is about 942.12 cubic meters, and the annual carbon reduction is about 5,670 kgCO2e.\n4. Promote climate change mitigation and adaptation\nAt present, this project was based on the implementation status of the Kinmen County Greenhouse Gas Reduction Implementation Plan (Phase II) for related management and examination tasks. A total of 22 promotion strategies and 73 specific promotion measures were promoted. According to statistics from 2021 to the end of October 2023, the overall funding achieved is 91%, and the estimated carbon reduction is 31,883 metric tons of CO2e.\nIn addition, this plan also conducted a vulnerability assessment in Kinmen County and held 11 related meetings to collect and consolidate the opinions of experts, bureaus, and the public to formulate a first draft of the Kinmen County Climate Change Adaptation Implementation Plan, which was submitted to the Ministry of Environment for review on October 23.\n5. Promote greenhouse gas inventory and verification work\nA greenhouse gas inventory of 2022 administrative areas in Kinmen County was conducted, and the greenhouse gas emissions of the 2023 administrative areas were assessed. The total greenhouse gas emissions in 2022 were 316,729 metric tons CO2e\/year, with the energy sector emitting 275,806 metric tons CO2e\/year, accounting for 87.08%; the waste sector emitting 28,661 metric tons CO2e\/year, accounting for 9.05%; the agricultural sector emitting 12,662 metric tons CO2e\/year, accounting for 3.87%.\nAccording to the greenhouse gas emission results of Kinmen County from 2012 to 2023, the county’s greenhouse gas emissions were the highest in 2019, but due to COVID-19, the emissions dropped from 2020 to 2021. The main reason for the decrease in greenhouse gas emissions is the significant reduction in oil consumption in the transportation sector. However, tourism had slowly recovered, and Mini Three-Link Transportation had resumed operations in 2023. Greenhouse gas emissions are likely to increase again in the future. Therefore, in addition to continuing to promote electric vehicles, accelerating the proportion of renewable energy power generation in Kinmen and reducing dependence on fuel power generation are important reduction tasks in Kinmen County.\n6. Disseminating information about Climate Change and Low-Carbon\nThe project promoted climate change mitigation and adaptation actions by setting up booths at large-scale events, with a total of 153 participants. The project also assisted the KMEPB in managing community websites. As of mid-November, there were 112 articles or news related to energy conservation and carbon reduction updated on the Green Web blog.",
        "proj_year": "113",
        "org_name": "金門縣環境保護局",
        "exe_unit": "立境環境科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130536539",
        "publish_date": "20250103"
    },
    {
        "chi_title": "113年度廢棄物棄置案件管理系統維運優化及輔導解列應用計畫",
        "chi_subject": "本計畫執行主軸分4大類，包括精進廢棄物棄置案件管理系統功能、提升案件填報正確性及輔導案件資料修正、廢棄物棄置案件管考與追蹤，以及行政支援與確保資訊系統安全及穩定。\n今年精進系統功能，共計5個，主要工作成果有新增棄置廢棄物之衛星影像變異點資訊及管理功能、優化場址調查填報欄位、稽查處分資料介接、加強土地權屬填報資料以及重新編製廢棄物棄置案件序號，以加強棄置案件管理，增加資料應用性，並且提升系統友善度。\n為提升案件填報正確性，今年盤查列管案件填報內容，建立4大項勾稽查核項目，輔導19個縣市的列管案件資料修正，提升廢棄物棄置案件填報完整性與內容合理性。今年實地訪視30處具有害事業廢棄物之列管場址，檢核場址填報資料、督導場址巡查情形以及追蹤案件清理進度，其中3處已完成清理，持續輔導辦理解除列管作業。\n在檢討廢棄物棄置案件錄案列管及解除列管原則部分，增訂列管非有害事業廢棄物場址之解列流程，修正不繼續列管判定原則內容，使政策更能符合實務辦理現況，並回應地方環保局之辦理經驗及執行困難，利環保局積極辦理場址解除列管。\n在棄置案件追蹤部分，建立案件資料填報情形之評分機制，定期輔導環保局填報，並彙整列管案件巡查情形與案件進展，協助列管案件之清查作業，供環管署作為階段性管制成果之參考。",
        "eng_title": "2024 Maintenance of waste dumping management system and cancellation of regulatory listing of counseling case application plan",
        "eng_subject": "The implementation of this project is divided into four main categories, including improving the functions of the Waste Dumping Management System (WDMS), improving the accuracy of case reporting and providing guidance to the revision of counseling case data, as well as waste dumping case management and tracking, and administrative support to ensure the security and stability of the information system. \nThis year, we have enhanced a total of 5 functions in the system. The main achievements include adding satellite image variation site information for the management of waste dumping, optimizing the site investigation data reporting format, linking the audit and disciplinary data, strengthening the land ownership data reporting, and recompiling the waste dumping case serial numbers to strengthen dumping cases management, so as to increase the data applicability and to improve the system friendliness.\nIn order to improve the accuracy of case reporting, this year we reviewed the filing contents of listed cases, established 4 major crosscheck audit items, and provided guidance on the correction of listed case data in 19 counties and cities to improve the completeness and rationality of the contents of waste dumping cases. This year, we also conducted on-site visits to 30 sites that have hazardous waste listed under management, checked the site reporting information, supervised the site inspections, and tracked the site cleanup progress. Among them, 3 sites have been cleaned up, and we provided guidance on delisting of the cleanup site operations.\nIn review of the criteria for enlisting and delisting of waste dumping cases, the delisting process for non-hazardous industrial waste sites has been added, and the criteria for judgement of whether a site shall continue to be listed have been revised to make the policy more in line with the current practical situation and in response to the experience of implementation difficulties expressed from local Environmental Protection Bureaus, so that the environmental protection bureaus can handle the delisting of the sites more actively.\nIn terms of dumping case tracking, the project established a scoring mechanism for dumping case reporting and provided periodical guidance to Environmental Protection Bureaus on filing the reports. The project compiled the inspection status and progress of listed cases, and assisted in checking the completeness of the list, and submitted the results to the Environmental Management Administration for reference as the achievement of control measures at this stagewise.",
        "proj_year": "113",
        "org_name": "環管署環境執法組",
        "exe_unit": "育成環保有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130528371",
        "publish_date": "20250201"
    },
    {
        "chi_title": "新竹縣-113年資源循環工作計畫",
        "chi_subject": "台灣近年來工商業蓬勃發展加上人民生活水平提升，相對在物質享受及消費行為與日俱增，進而衍生出大量廢棄物，造成環境污染問題。而環境部資源循環署為解決因廢棄物所造成日益嚴重的環境污染問題，早已開始積極規劃並宣導資源垃圾回收的觀念，期能將廢棄物中資源物納入資源回收體系中，加以回收再利用，達到廢棄物減量的目的。新竹縣政府環境保護局(以下簡稱環保局)配合循環署致力推動資源回收宣導及管制工作，為落實及暢通資源回收管道，積極規劃資源回收體系內指定公告之責任業者、販賣業者與回收處理業者依廢棄物清理法、應回收廢棄物責任業者管理辦法等相關法令規定運作之管制計畫，並針對機關團體、社區、學校、清潔隊加強查核輔導。",
        "eng_title": "The 113th Year Resource Recycling Work Plan of Hsinchu County",
        "eng_subject": "In recent years, with the booming industry and commerce in Taiwan and the improvement of people's living standards, relative material enjoyment and consumption behavior have increased day by day, which in turn generated a large amount of waste and caused environmental pollution problems. In order to solve the increasingly serious environmental pollution caused by waste, Resource Circulation Administration ,Ministry of Environment has already begun to actively plan and promote the concept of resource waste recycling, hoping to incorporate resources in waste into resource recovery. In the system, it is recycled and reused to achieve the purpose of waste reduction. The Environmental Protection Bureau of Hsinchu County Government (hereinafter referred to as the Environmental Protection Bureau) cooperates with the Resource Circulation Administration to promote the promotion and control of resource recycling. In order to implement and smooth resource recycling channels, it actively plans the responsible operators, sellers and recycling companies designated in the resource recycling system. Operators operate control plans in accordance with relevant laws and regulations such as the Waste Disposal Law, the Measures for the Management of Responsible Operators of Recyclable Waste, and strengthen inspection and guidance for government agencies, communities, schools, and cleaning teams.",
        "proj_year": "113",
        "org_name": "新竹縣政府環境保護局",
        "exe_unit": "創境科技有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130512612",
        "publish_date": "20250120"
    },
    {
        "chi_title": "113年臺北市環境教育專案計畫",
        "chi_subject": "臺北市身為我國首善之都，擁有豐沛的資源及多元的人文背景，在各單位的努力下，近幾年環境教育的廣度與深度均有大幅度的提升，不僅在政策上規劃完整，更能將環境教育融入各領域，並且向下扎根，讓臺北市除了外在硬體改變外，更能提昇環境素養，懂得知恩惜福，打造內外兼具的環境永續都市。\n113年度「臺北市環境教育體驗活動推廣計畫」(以下簡稱本計畫)工作內容包括：(1) 配合環境節日辦理環境教育體驗活動；(2)辦理臺北市113年度環保志(義)工群英會；(3)辦理臺北市113年度環境知識競賽。以下為本計畫各工作項目執行成果摘要：\n(一)\t配合環境節日辦理環境教育體驗活動\n113年度配合環境節日，本計畫辦理3場大型環境教育體驗活動，分別是地球日辦理2場及世界環境日辦理1場。\n今年地球日的國際主題是「地球與塑膠Planet vs. Plastics」，其宗旨為「為了人類與地球的健康而終結塑膠」。本計畫呼應國際主題，辦理「永續城市 不塑之客」園遊會以及「不塑星球 野餐音樂會」兩場大型活動，兩案合計參與人數約3,500餘人，達到廣為宣傳不塑理念之目的。\n第一場「永續城市 不塑之客」園遊會活動，係與財團法人台北市客家文化基金會合作，現場參加人數約2,200人。活動設有100攤以上，其中臺北市政府環境保護局設有16攤，進行闖關活動及宣導；現場均不提供塑膠容器或包裝，鼓勵民眾自備購物袋選購農特產或環境友善商品。臺北市長蔣萬安也親臨現場，向民眾示範與宣導自備購物袋購物及自備環保杯的減塑行動。活動還包括兒童劇《雨精靈出任務之海洋危機》及農家小旅行，推動環境教育與親子共學。\n第二場地球日活動-「不塑星球 野餐音樂會」，係5月4日假臺北市山水綠生態公園(原山豬窟垃圾掩埋場)舉辦，參加民眾約1,300人。活動扣合今年地球日國際主題，邀請民眾一同進行環保野餐，也向民眾宣導臺北市政府環境保護局各科室從事的環境保護業務，傳達減塑的重要性，活動亦規劃電動接駁公車等作為，將淨零排放帶入活動，粗估可減少739.8kgCO₂e，減低人為造成的溫室氣體排放。\n呼應世界環境日主題，臺北市政府環境保護局與臺北市立動物園以棲地保育為主軸，於在6月2日合作舉辦「棲地保育 從我開始」活動，聚焦土地恢復、沙漠化與抗旱能力。活動設有17個闖關攤位，結合聯合國永續發展目標，民眾可透過遊園與指示牌互動，加深對永續發展的了解。此外，還設有DIY手作攤位，如製作天然防蚊除蟲精油及海洋垃圾宣導遊戲。期待透過活動提升民眾對環境問題的意識和重視，並鼓勵採取行動保護地球。\n(二)\t辦理「臺北市113年度環保志(義)工群英會」\n環保志(義)工群英會是每年環保志(義)工相聚的盛會，藉由志工共同參與遊戲活動凝聚團隊向心力，並在遊戲過程中，讓志工學習環境知識。今年度於113年7月27日假士林區行政中心禮堂舉辦臺北市初賽，計17隊252人參與，選出中華電信、北投區吉慶里、松山區東榮里、萬華區孝德里4隊優勝隊伍代表參與全國賽。於10月25日至10月26日辦理兩天一夜全國賽及環境教育設施場所戶外學習活動，此次全國賽參賽代表共獲得三項賽事之特優佳績。\n(三)\t辦理「臺北市113年度環境知識競賽」\n環境知識競賽共分為國小組、國中組、高中組及社會組等四組，全民皆可參加。今年度於9月28日假國立臺灣大學辦理臺北市初賽，共計有311人參與，各組獲得前五名選手將代表臺北市參加於11月16日假臺中逢甲大學之全國環境知識競賽，楊Ｏ和同學於全國賽榮獲高中組第五名佳績。",
        "eng_title": "Promotion of Environmental Education Experiential Learning Activities in Taipei City",
        "eng_subject": "1. Environmental Education Experiential Learning Activities\nIn line with the environmental observances for the 113th year, this project organized three large-scale environmental education experience events, two of which were held on Earth Day and one on World Environment Day.\n(1.)\tEarth Day Activities\nThis year’s international Earth Day theme is Planet vs. Plastics, To align with this theme, the project organized two major events:\nThe first event, Sustainable Cities: Plastic-Free Guests Fair, was held in collaboration with the Taipei Hakka Cultural Foundation, attracting around 2,200 participants. The event featured over 100 booths, with 16 hosted by the Department of Environmental Protection Taipei City Government , offering interactive activities and educational outreach. No plastic containers or packaging were provided on-site, encouraging attendees to bring reusable shopping bags for purchasing agricultural products or eco-friendly goods. Taipei Mayor also attended the event, demonstrating and promoting the use of reusable shopping bags and cups as part of the plastic reduction initiative. The event also included a children's play, The Rain Spirit’s Ocean Crisis Mission, and farm trip, fostering environmental education and family learning.\nThe second event, Plastic-Free Planet Picnic Concert, was held on May 4th at Taipei's Shan-Shui Green Eco Park, with about 1,300 participants. Aligning with this year’s Earth Day theme, the event invited participants to engage in eco-friendly picnics and promoted the environmental protection initiatives led by the Department of Environmental Protection Taipei City Government, emphasizing the importance of reducing plastic usage. The event also included measures for achieving net-zero emissions, such as electric shuttle buses, which are estimated to reduce 739.8 kg of CO₂e emissions, minimizing the environmental impact.\n(2.)\tWorld Environment Day Activity\nDepartment of Environmental Protection Taipei City Government and Taipei Zoo jointly hosted the Habitat Conservation Starts with Me event on June 2, focusing on Land Restoration, Desertification, and Drought Resilience. The event featured 17 interactive stations, incorporating the United Nations Sustainable Development Goals (SDGs). Participants could engage with the park and informational signage, deepening their understanding of sustainability. Additionally, there were DIY booths for activities such as making natural essential oils and educational games about marine debris. The event aimed to raise public awareness of environmental issues and encourage action to protect the planet.\n2. Environmental Volunteer Gathering\n‘‘Environmental Volunteer Gathering’’ held the Taipei City preliminary competition on July 27, with 17 teams and 252 participants. Four winning teams were selected to represent Taipei in the national competition. The national event, held from October 25 to 26, included a two-day, one-night competition and outdoor learning activities at environmental education facilities. The teams from Taipei achieved outstanding results, winning top honors in three events.\n3. Environmental Knowledge Contest\n“Environmental Knowledge contest” Taipei City preliminary round was held on September 28, with a total of 311 participants. The top five winners from each group were selected to represent Taipei City in the national competition, which took place on November 16. At the national contest, Taipei's team achieved an impressive fifth-place finish in the high school category.",
        "proj_year": "113",
        "org_name": "臺北市政府環境保護局",
        "exe_unit": "亞太環境科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130506357",
        "publish_date": "20250110"
    },
    {
        "chi_title": "應用遙測技術於屋頂石綿瓦建材管理與判釋計畫",
        "chi_subject": "為了追蹤石綿瓦屋頂現場變異情形及後續流向追蹤，本計畫採用2022-2023年兩期 SPOT 衛星影像前後期成果比對2021年全臺石綿瓦屋頂前後期變異，並結合 Google街景與介接國土測繪中心既有 UAV影像進行檢核，同時修正石綿瓦屋頂建物圖框地理位置及更新建物屬性資料。根據2020-2021年「戶外建物側邊含石綿建材空間分布方法及推估基線調查」，全臺石綿瓦屋頂總數約24萬棟，重量達54萬噸，經2022-2023年衛星影像變異監測後，現場變異約2萬8千棟，重量達5萬7千噸，目前全臺石綿瓦屋頂總數量約22萬9千棟，重量為49萬3千噸，顯示全臺石綿瓦屋頂的數量與重量均呈現下降的趨勢，其中以中南部縣市變異較大，變異資訊已匯入「戶外含石綿建材空間分布管理系統」的警示頁面，可作為各縣市環保局進行現場查核參據，並提供管理變異位置的資訊。 \n為了擴充建物側邊含石綿建材影像資料庫，本計畫開發 「建物側邊含石綿建材自動辨識 APP」雛形，完成建物側邊含石綿拍攝、AI判釋模組、影像定位。AI判釋模組完成YOLOv9 模型嵌入，YOLOv9 模型經由建物側邊含石綿建材的影像訓練、測試和驗證，模型最終正確率可達7成。  \n另為了探索高光譜影像技術在毒物及化學物質監測中的應用潛力，彙整國際相關高光譜應用文獻，可分為兩大範疇，一為應用高光譜辨識環境污染或環境熱區長期監測，二為化學物質辨識和建立光學圖譜資料庫，化學物質辨識上，本案進行小測試，使用室內高光譜儀器拍攝 PFOA與 PFOS化學物質，測試特\n徵波數成果顯示在1016cm-1 和1020 cm-1位置，建立化學物質光譜資料庫和進行光譜測試，作為高光譜應用毒化物測試的基礎。",
        "eng_title": "Application of Remote Sensing Technology for the Management  and Interpretation of Asbestos Roof Materials",
        "eng_subject": "To track on-site variations in asbestos roofing and monitor its subsequent material flow, this project utilized SPOT satellite imagery from 2022–2023 to compare with the results of 2021, identifying changes in asbestos roofing across Taiwan during the two periods. Additionally, the project integrated Google Street View data and UAV imagery provided by the National Land Surveying and Mapping Center for verification. Geographic locations of asbestos roofing building footprints were corrected, and building attribute data was updated accordingly.According to the 2020–2021 Baseline Survey and Spatial Distribution Methodology for Outdoor Building Sides Containing Asbestos Materials, Taiwan had an estimated total of 240,000 asbestos roofs, with a combined weight of 540,000 metric tons. Based on the satellite imagery variation monitoring conducted \nfrom 2022–2023, approximately 28,000 roofs, with a total weight of 57,000 metric tons, were found to have undergone changes. As of now, the total number of asbestos roofs in Taiwan is approximately 229,000, with a combined weight of 493,000 metric tons. These findings indicate a decreasing trend in both the number and weight of asbestos roofs nationwide, with the most significant changes observed in central and\nsouthern counties. The variation data has been integrated into the alert page of the Spatial Distribution Management System for Outdoor Asbestos Materials, providing a reference for local Environmental Protection Bureaus to conduct on site inspections and manage identified variation locations. \nTo expand the database of images related to asbestos-containing building sides, this project developed a prototype of an Asbestos Containing Building Sides Automatic Recognition App, which includes features for capturing images of asbestos-containing building sides, AI-based interpretation, and geolocation. The AI interpretation module incorporates the YOLOv9 model, which was trained, tested, and validated using images of asbestos-containing building sides. The final model achieved an accuracy rate of 70%. \nAdditionally, to explore the potential applications of hyperspectral imaging technology in the monitoring of toxins and chemical substances, this project reviewed international literature on hyperspectral applications, which can be categorized into two main areas: (1) the use of hyperspectral imaging for identifying environmental pollution or conducting long-term monitoring of environmental hotspots and (2) chemical substance identification and the development of optical spectral databases. For chemical substance identification, preliminary tests were conducted using \nindoor hyperspectral instruments to capture images of PFOA and PFOS. The test results for characteristic wavenumbers revealed significant features at 1016 cm-1 and 1020 cm-1. Based on these findings, a spectral database of chemical substances was established, and spectral testing was conducted, laying the foundation for hyperspectral applications in the analysis of toxic substances.",
        "proj_year": "113",
        "org_name": "化學署綜合規劃組",
        "exe_unit": "中興測量有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130500459",
        "publish_date": "20250131"
    },
    {
        "chi_title": "開發環境綠色化學快篩試劑",
        "chi_subject": "本研究以創新的“先統計，後設計”分子檢測開發策略，透過第三代微生物總基因體分析技術，首先量化土壤樣品中的微生物重金屬抗性基因分布以及微生物代謝途徑分布，透過總基因數據與重金屬濃度數據進行關聯性統計分析(MWAS)，遴選出最佳重金屬代表性生物標誌以開發反應重金屬濃度的引子探針。最後設計、優化及製作q-PCR 篩檢引子及探針並完成土壤確效試驗。統整52 個樣品之重金屬濃度數據及微生物總基因體數據，完成各樣品目標基因量化分析數據及微生物代謝途徑量化分析以進一步進行微生物物種、微生物代謝途徑及目標重金屬抗性基因之關聯性分析，找出與各重金屬有關聯之生物標誌，以抗性基因遴選出6 個具專一性之管制重金屬代表性基因czcC、chrF、pbrA、cznA、cueA 及nccA。針對6 個代表性基因設計、合成及測試引子及探針，最終挑選出鉻目標引子對Cr_chrF_4、鉛目標引子對Pb_pbrA_8 及砷目標引子對As_cueA_4 並製作單一重金屬之q-PCR 引子及探針篩檢套組3 套及複合式重金屬之q-PCR 引子及探針篩檢套組1 套。\n於先期研究採樣之相同場址採集20 件現場土壤並檢測重金屬，以完成篩檢套組確效試驗，產出目標重金屬鉻、鉛及砷的確效試驗結果。",
        "eng_title": "Development of green chemistry-based rapid diagnostics reagents",
        "eng_subject": "The pioneering“Tally and Design”molecular diagnostics development strategy de-ployed in this research involves first quantitating the distribution of microbial heavy metal resistant genes in contaminated soil samples using Third Generation Metagenome Se-quencing technology and customized bioinformatics pipeline. Next, the Meta-genome-associated analysis (MWAS) runs correlation analysis between the metagenome data and concentrations of eight heavy metals to screen for most representative biomarkers. Lastly, homolog-based primer design will generate sequences to be used to synthesize q-PCR probe, the q-PCR screening primers and probes are designed, optimized, and produced, followed by completion of soil verification experiments.\nSpecifically, the heavy metal concentrations and different dimensions of the metagenomic data of 52 samples were analysis with MWAS. The resultant biomarkers include repre-sentative microbial species and functional genes, namly czcC, chrF, pbrA, cznA, cueA and nccA. Of all the primers and probes designed against these six genes, set Cr_chrF_4, set Pb_pbrA_8 and set As_cueA_4 were selected as the most relevant probe and probe sets and made into three singleplex qPCR kit and one multiplex qPCR kit. Lastly, the kits were validated against 20 new soil samples collected in current study.",
        "proj_year": "113",
        "org_name": "國環院檢測技術中心",
        "exe_unit": "益農有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130475028",
        "publish_date": "20250131"
    },
    {
        "chi_title": "113年度臺中市土壤及地下水污染調查及應變措施工作計畫",
        "chi_subject": "臺中市轄區之『土壤及地下水污染調查及應變措施工作計畫』為市政府每年自籌款編列的重要污染防制及應變專案計畫之一，其編列目的主要考量臺中市幅員廣大，每年中央補助計畫額度經常不足，（此橫向計畫為環境部環境管理署補助之「113年臺中市土壤及地下水污染調查及查證工作計畫」以下簡稱橫向計畫），經費額度有限，例如地下水監測井維護工作、具有污染潛勢地區補充調查、底泥污染溯源智慧監測、突發污染應變或陳情事件或特定工廠登記或其他指定事業清查與輔導作業等，則需要市府編列的本計畫(以下簡稱小土水計畫)來協助執行。兩個計畫原則上是相輔相成，小土水計畫盡力弭補橫向計畫的監測缺口，並同時供應調查與監測數據，以利計畫能進行整體轄區土壤及地下水狀況的統整工作。\n整體工作重點大致可分類為地下水監測井巡查維護、陳情交辦或緊急應變處理、媒體宣導、特定工廠登記或其他特定事業清查與輔導作業等，可提供支援橫向計畫的工作額度。\n本年度計畫共完成監測井維護作業中微水試驗41口、井中攝影41口、外觀維護20口、設施修復10口、再次完井21口、異物排除5口、廢井（標準監測井）3口，陳情、交辦或緊急應變處理案件9 件，土壤及地下水政策、法令相關媒體宣導案件3件，地下水智慧物聯網監測1式，特定工廠登記對象現場查核作業75家，環境場址勘查及專家學者進場輔導工作2場次，現場勘查與預防管理行前說明會1場，工廠土壤污染預防管理宣導手冊製作150本，事業清查及輔導25家，智慧科技監測1式，總累積進度為100 %。",
        "eng_title": "The soil and groundwater pollution investigation with contingency in Taichung, 2024",
        "eng_subject": "The Soil and Groundwater Pollution Survey and Response Measures Work Plan in Taichung City is one of the important pollution control and response projects funded by the municipal government each year. The plan is designed to address the city's vast territory and the insufficient central government subsidies for such projects. This horizontal project, supported by the Environmental Protection Administration (EPA) under the Ministry of the Environment, is known as the 2024 Taichung City Soil and Groundwater Pollution Survey and Verification Work Plan (hereafter referred to as the horizontal plan). Due to limited funding, tasks such as the maintenance of groundwater monitoring wells, supplementary surveys of potentially polluted areas, smart monitoring of sediment pollution sources, response to sudden pollution incidents, handling complaints, and the registration and inspection of specific factories and businesses, require the city’s own funding and efforts through this plan (hereafter referred to as the small soil and water plan). Both plans complement each other: the small soil and water plan aims to fill gaps in monitoring coverage left by the horizontal plan, while also providing data for surveys and monitoring to support the integration of soil and groundwater conditions across the city.\nThe key work areas can be categorized as groundwater monitoring well inspection and maintenance, complaint handling or emergency response, media promotion, and registration, inspection, and guidance for specific factories or businesses. These tasks support the horizontal plan’s work scope. \nIn this year’s plan, the following tasks were completed: 41 micro-water tests on monitoring wells, 41 well photography tasks, 20 well appearance maintenance, 10 facility repairs, 21 well re-completions, 5 foreign object removals, 3 abandoned wells (standard monitoring wells), 9 complaint or emergency response cases, 3 media outreach activities related to soil and groundwater policies and regulations, 1 smart IoT monitoring system for groundwater, on-site checks for 75 registered factories, 2 environmental site inspections and expert guidance sessions, 1 field investigation and preventive management briefing session, the production of 150 factory soil pollution prevention management brochures, 25 business inspections and guidance, and 1 smart technology monitoring system. The overall progress achieved is 100%.",
        "proj_year": "113",
        "org_name": "臺中市政府環境保護局",
        "exe_unit": "靖業工程顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130470982",
        "publish_date": "20250110"
    },
    {
        "chi_title": "113年新北市環境教育專案計畫",
        "chi_subject": "透過籌組環境教育輔導團、輔導環境教育設施場所與機構至少10場次，其中至少5次委員(每次至少2位)出席、辦理環境教育審議會與基金會各2場次、環境教育終身學習網說明會至少4場次、輔導查核至少65處「機關、團體」申報環境教育計畫及成果、辦理環境講習至少35場次(含8小時課程至少3場次)、第9屆國家環境教育獎輔導、環境教育繪本徵選及推廣、青年環境教育課程、社區環境教育培力與環保小學堂推廣計畫、輔導至少8校臺美生態學校認證及補助計畫初審、核銷等各實施項目推動。\n提供具專業性、實務性、永續性及創意性之意見，整合及強化本市環境教育推動資源，並辦理4場次環境教育研習工作坊，透過群體間之交流及增能，公私協力，推動夥伴關係建置，擴大環境教育之推廣層面、面向及規模，整體提升民眾保護環境之知識、技能、態度及價值觀。",
        "eng_title": "113 New Taipei City Environmental Education Project Plan",
        "eng_subject": "Through the organization of environmental education counseling groups, counseling environmental education facilities and institutions at least 10 times, of which at least 5 members (at least 2 members each time) attended, 2 sessions each of the environmental education council and the foundation, at least 4 sessions of environmental education lifelong learning network briefings, counseling and checking at least 65 institutions and organizations to declare environmental education plans and achievements, at least 35 environmental lectures (including at least 3 8-hour courses), counseling of the 9th National Environmental Education Award, selection and promotion of environmental education picture books, Youth environmental education courses, community environmental education empowerment and environmental protection primary school promotion programs, counseling at least 8 schools of Taiwan-US ecological school certification and subsidy program preliminary review, verification and other implementation projects.\nProvide professional, practical, sustainable and creative advice, integrate and strengthen the city's environmental education promotion resources, and organize 4 environmental education workshops to promote partnership through inter-group exchanges and empowerment, public private cooperation, expand the promotion level, orientation and scale of environmental education, and improve the overall knowledge,skills,attitudes and values of the public to protect the environment.",
        "proj_year": "113",
        "org_name": "新北市政府環境保護局",
        "exe_unit": "大立環保科技有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130470093",
        "publish_date": "20250103"
    },
    {
        "chi_title": "新北市-113年度資收關懷計畫",
        "chi_subject": "今年度共有64名個體戶參與活動，共計收運1,430次，補助金額達3,094,288元，環境巡迴服務部分，已協助12位個體戶清理貯存區，並每月追蹤環境現況，行動資收站部分，共回收1,551處次綠區，服務4,000人次。",
        "eng_title": "Recycle caring plan in New Taipei City, the Year 2024",
        "eng_subject": "Sixty-four self-employed people participated in the event, a total of 1430 times of a load of carry, and the amount of subsidy was up to $3,094,288; about the tour of cleaning service, we helped 12 self-employed people to clean up the storage area, and also trace the update status of the environment every month.Regarding the part of the mobile recycling station, 1,551 location-times of recycling were done in the green zone, and 4,000 person-times were served.",
        "proj_year": "113",
        "org_name": "新北市政府環境保護局",
        "exe_unit": "創境科技有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130466738",
        "publish_date": "20250102"
    },
    {
        "chi_title": "宜蘭縣-113年推動廢棄物源頭減量及強化分類回收補助計畫",
        "chi_subject": "一、資源循環及垃圾減量目標訂定及亮點工作推動\n依據計畫目標、工作項目訂定考核點，每月彙整本計畫及環境部考核工項，與交辦事項之工作進度、問題檢討等，並提出解決方案或建議事項。\n亮點包含一卡皮箱二手物交換、Youtuber合作推廣市場減塑、各說明會簡報末頁加上專業QR Code、喜互惠高壓空瓶用畢回收於連鎖賣場貨架上加註提醒標語\n二、協助本縣加強辦理資源回收工作\n各公所一般垃圾減量情形、資源垃圾增量率、廚餘回收、及一般廢棄物回收率達成情形，在一般垃圾減量率表現較不理想單位為員山鄉公所及冬山鄉公所，經詢問冬山鄉公所，公所表示轄內建案較多，經常會有建築廢棄物或是大型家具垃圾排出；而資源垃圾增量率部分，所有公所都有正向提升，增量率最高為冬山鄉(60.74%)其次為南澳鄉(43.04%)，廚餘垃圾方面，多數公所比去年同期間比較皆皆呈現正成長，宜蘭市、礁溪鄉、壯圍鄉、羅東鎮、三星鄉更是達成113年度宜蘭縣各鄉（鎮、市）公所資源循環績效考核初核計畫訂定回收量目標100%。\n三、垃圾強制分類及垃圾減量\n統計至113年12月15日止，各公所合格率最高者為宜蘭市(70%)及羅東鎮(67.8%)，次高者為南澳鄉(57.8%)。每月平台破袋檢查內容分析中，本計畫依據每月所發現之資源回收物，於利澤焚化廠平臺各公所垃圾檢查成果報告中提醒各公所可加強宣導的類別及建議。\n統計至12月15日止，共彙整209處(23.67%)社區大廈流向資料，交由清潔隊沿線回收佔60.29%，其次為混和處理(大多為交付清潔隊與個體業者或回收商)佔27.75%。\n四、推動環保夜市（商圈）形象改造\n今年以羅東夜市(商圈)為主要借用對象，並已新增5家業者簽署環保餐具使用的合作意願書，於7月份由本計畫協助環保局購置業者所需之環保餐具借予業者長期使用。\n已達成輔導羅東夜市中固定攤商13家及流動攤商18家)，共計31家。不主動提供塑膠袋之攤商貼紙可能因為其他招牌太顯眼或民眾未注意而忽略掉，本計畫均輔導業者於民眾消費時，主動以口頭詢問是否自備環保袋，同時進行減少使用購物用塑膠袋的宣導，時時提醒民眾減塑的重要性。\n環保夜市媒體宣傳已完成發布一則，本篇貼文觸及人數為1,129人。\n五、推動「公私部門使用環保餐具及循環餐具推廣」\n公私部門使用環保餐具及循環餐具推廣說明會已辦理3場次，有發現公私部門常於業務交接時，會遺漏掉源頭減量申報工作，因此本計畫挑選開學前辦理第三場次宣導說明會，提醒校方需定時申報單位減量成果。\n截至12月份系統填報率皆為100%，若遇單位忘記申報時，本計畫均以電話通知，使單位可準時完成申報作業，後續亦持續辦理。\n本計畫除提供公私部門借用環保餐具外，已完成結合宜蘭綠色博覽會辦理宣導活動及輔導員工使用環保餐具供餐，執行時偶遇餐具遺失情形，本計畫將以電話通知方式進行賠償，但少數民眾會拒接或未接，因此於借用時，將加強宣導歸還之重要性，以達資源循環目的。\n今年度已輔導本縣由消費者自備餐具可供盛裝業者新增26家；業者設置或向環保局借用循環容器提供消費者使用家數新增36家，後續將可提供循環餐具盛裝供餐之業者名單同步更新於雲端，同時進行宣導，提供本縣各機關、學校查詢使用。\n113年共輔導新增19家餐飲業者提供環保外送服務，輔導過程中，有部分業者因營運人力成本等考量，有業者建議可以提供標示海報或圖卡，可張貼於店面宣傳，計畫將規劃設計借用環保餐具標示的小圖卡供業者張貼。\n已完成71處不定期抽查，並已發文要求改善，及提供改善建議，其中14處已改善完成，其餘機關學校持續追蹤。\n已完成抽查16家業者，確認消費者於訂餐時是否確實提供以循環容器盛裝餐點服務，其中2家已停業，1家完成地址變更，其餘無異常情形。\n六、推動一次用產品減量作業\n已完成輔導羅東鎮民生市場業者，於6月份開始執行「減塑要有你 減袋換好禮」塑膠袋減量計畫，民生市場攤商總數有107家，推廣期間共60家加入減塑推廣行列，本計畫辦理現場宣導及網路抽獎活動，12月15日止，已辦理25場次宣導活動，參與人次計有696人，活動響應攤商達60家，抽獎券發放數量達14,449張，至少宣導15,145人次。\n於羅東林業文化園區及宜蘭大學商圈辦理循環杯借用服務，共24處業者配合提供循環杯借用服務，循環杯上、下半年度檢驗均已完成，統計至113年1月~12月15日止，共計692人次借用，合計使用6,178天次。\n結合本縣工商旅遊處辦理3場次旅宿業減量業者說明會，合計推廣家次達323家，共計344人次，並已利用發文方式將114年先法規實施辦法及宣導單張寄至2,255家旅宿業者，使業者週知。\n七、辦理轄內一次用飲料杯管制對象稽查，稽查家數須達轄內業者30％以上。\n已完成772家次巡查作業，不合格加數共41件，包含使用塑膠杯、未標示省五元標誌、循環杯借用服務、使用塑膠杯及未標示省五元等，均已輔導業者改善並完成複查作業。\n八、依據源頭減量相關法規辦理相關管制對象稽查作業。\n環境部績效考核計畫規範目標量為1,800家次，已完成稽(巡)查2,260家次(本計畫1,259家次，各公所1,001家次)，已完成計畫巡查目標。\n九、推廣資源再使用及延長物品生命週期\n共辦理5場次「小家電健檢巡迴翻新課程」，透過社區培育種子能量，並擴散影響力至居民生活中，將二手物品再利用，讓資源再循環。\n利用1卡皮箱的概念，讓不易交換之物品從環保局出發，每月巡迴到各站點進行交換，站點可以取出想要的二手物品，並且放入難以交換或許久無法交換出去的二手物，讓皮箱循環到下一個站點，後續將加速執行，達到資源循環目的。\n已搭配丟丟噹森林廣場市集活動辦理10場次「減廢」二手市集，4,189人次參與，交易量達3,860件。另於8及9月份於冬山火車站下方廣場，辦理溪南場二手市集共2場次，共1,748人次參與，交易量達1,158件，使更多民眾可響應活動。\n目前於網站上登錄的實體站點及校園平台列表之家數合計共有106家，本計畫已執行不定期巡查共50處，確保網站資訊正確性，目前均無刊登不實情形。\n十、垃圾採樣委託費用及資源回收分類檢查工作\n本縣一般垃圾中，不可回收物質佔69.74%、應(可)回收資源物質（不含廚餘）佔12.87%，生廚餘佔13.19 %、熟廚餘佔5.48%。相較於去年同鄉鎮數據比較，不可回收物質增加10.58%、應(可)回收資源物質（不含廚餘）增加5.76%，生廚餘減少10.06%、熟廚餘減少1.33%。\n十一、其他促進垃圾減量回收管理措施\n已辦理「三月初三羅東呷拜拜」、「宜蘭綠色博覽會」及「422地球日」等3場特色大型活動。\n活動中除推動減少使用一次性餐具外，亦倡導將席中未食用完畢的食物用環保餐盒盛裝帶走，以及環保飲食觀念，期盼將源頭減量之觀念實踐在生活行為中。\n結合考核項目辦理蔬果裸賣推廣活動，輔導縣內喜互惠超級市場，於5家門市進行蔬果裸賣宣傳，並辦理2場次宣導活動，宣導人次至少51人次，並藉由媒體宣導，觸及人數至少5,686人。\n結合宜起響應「一次用產品」辦理減量記者會1場次，記者會呈現本縣一次用產品減量作為，包含環保外送合作店家推廣、環保局提供之餐具樣式、來宜杯推廣、旅宿用品管制宣導以及蔬果裸賣推廣主題，共約70位參與。\n(四)設置並維護二手袋回收及取用點\n本計畫除巡查箱體有無損壞及紙袋剩餘量外，持續於各式活動中宣導民眾可將家中閒置之紙袋捐贈至「袋來幸福箱」循環使用，使資源活化，減少廢棄。\n十二、落實環境部及本局政策與計畫管理，積極配合各項績效考評工作\n計畫依據環境部及環保局政策、落實計畫管理，確實執行計畫相關工作，配合各項考評規定，依相關期程提送資料，戮力協助主管機關爭取佳績。\n十三、加強辦理源頭減量及強化分類回收等相關宣傳(導)工作\n本計畫搭配各式宜蘭縣大型活動和當地特色活動期間進行設攤宣導，活動前可透過海報、EDM、廣播等多種媒體形式傳播，提高活動宣導範圍和資訊觸及率，活動中建議可搭配特色宣導文宣及文宣品吸引民眾參與意願。\n十四、媒體整合宣導\n舉辦各式宜蘭縣大型活動，配合各式宣導文宣於網路社群，定期統計貼文成效及彙集相關流行用語，製作出更貼近民眾生活之宣導貼文。",
        "eng_title": "Yilan County - 113-year subsidy plan to promote waste source reduction and strengthen classification and recycling",
        "eng_subject": "1. Setting goals for resource recycling and waste reduction and promoting highlighted work\nHighlights include the exchange of second-hand suitcases, cooperation with Youtubers to promote plastic reduction in the market, professional QR codes on the last pages of each briefing briefing, and reminder slogans on Safehui high-pressure empty bottles for recycling on chain store shelves after use.\n2. Assist the county to strengthen resource recycling work\nThe general waste reduction situation, resource waste increase rate, food waste recycling, and general waste recycling rate achievement status of each office.\n3. Mandatory garbage classification and garbage reduction\nThe highest passing rates among the public offices were in Yilan City (70%) and Luodong Town (67.8%), followed by Nan'ao Township (57.8%). A total of 209 (23.67%) community building flow data were compiled.\n4. Promote the transformation of the image of environmentally friendly night markets\nThis year, Luodong Night Market is the main lending target, and five new businesses have signed a letter of intent to cooperate on the use of environmentally friendly tableware. One piece of environmental protection night market media promotion has been published, and this post reached 1,129 people.\n5. Promote the promotion of the use of environmentally friendly tableware and recycling tableware in the public and private sectors\nThree public and private sector promotion briefing sessions on the use of environmentally friendly tableware have been held. The system filling rate is 100%.\nIn addition to providing the public and private sectors with the opportunity to borrow environmentally friendly tableware, this project also completed promotional activities in conjunction with the Yilan Green Expo and provided guidance to employees on using environmentally friendly tableware for meals to achieve the purpose of recycling resources.\nWe have guided the county to increase the number of 26 businesses that allow consumers to prepare their own tableware for serving; and the number of businesses that set up recycling containers for consumers to use has increased to 36 businesses.\nIn 113 years, we have coached 19 operators to provide environmentally friendly food delivery services.\n71 irregular spot inspections have been completed, 14 of which have been improved, and the remaining agencies and schools continue to follow up.\nSpot checks have been completed on 16 businesses, of which 2 have ceased operations, 1 has completed an address change, and there are no abnormalities in the rest.\n6. Promote single-use product reduction operations\nIt has completed counseling for people’s livelihood market operators in Luodong Town and started implementing the plastic bag reduction plan in June, educating at least 15,145 people.\nIn the Luodong Forestry Cultural Park and Yilan University Business District, a total of 24 operators cooperated with the borrowing service of recycling cups, and a total of 692 people borrowed the cups.\nTotal of 3 briefing sessions for hotel and hotel industry operators on reducing the number of workers were held, and promotional leaflets were sent to 2,255 hotel and hotel operators.\n7. To handle the inspection of single-use beverage cups controlled objects within the jurisdiction, the number of auditors must reach more than 30% of the businesses within the jurisdiction.\n772 inspections have been completed, and a total of 41 unqualified items have been added. We have provided guidance to the operators to improve and complete the re-inspections.\n8. Handle inspections of relevant controlled objects in accordance with relevant laws and regulations on source reduction.\n2,260 audits have been completed.\n9. Promote resource reuse and extend the life cycle of items\nA total of 5 small household appliance health inspection tours and renovation courses were held to cultivate seed energy.\nUsing the concept of a 1-card suitcase, items that are difficult to exchange can travel to various stations for exchange every month.\nIn conjunction with the Waste Reduction second-hand market, 10 sessions were held, with 4,189 people participating and a transaction volume of 3,860 items. There were also 2 second-hand markets in Xinan Market, with a transaction volume of 1,158 items.\n10. Garbage sampling entrustment fees and resource recycling classification inspection work\nAmong the general garbage in this county, non-recyclable materials account for 69.74%, recyclable resource materials (excluding food waste) account for 12.87%, raw food waste accounts for 13.19%, and cooked food waste accounts for 5.48%.\n11. Other measures to promote waste reduction and recycling management\n12. Implement the policies and program management of the Ministry of Environment and this Bureau, and actively cooperate with various performance evaluation tasks\n13. Strengthen relevant publicity work such as source reduction and strengthening classification and recycling\n14. Media integration and promotion",
        "proj_year": "113",
        "org_name": "宜蘭縣政府環境保護局",
        "exe_unit": "晶淨科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130459976",
        "publish_date": "20250130"
    },
    {
        "chi_title": "113年度土壤及地下水污染調查及查證工作計畫-臺北市",
        "chi_subject": "「113年度臺北市土壤及地下水污染調查及查證工作計畫」主要工作事項內容為地下水監測井巡查、維護、廢井及監測、貯存系統清查列管及查核、公告事業第八、九條提報資料查核及查證、污染場址監督查核、農地及事業污染預防、底泥調查、食用作物農地土壤同步採樣及特定種植食用作物基地調查、土水保育及法規宣導說明會、民眾陳情及緊急應變等項目，冀透過計畫執行，確保本市土壤及地下水品質，避免污染物質透過土壤地下水途徑傷害民眾健康。\n　　計畫履約期限為自113年01月01日至113年12月20日止，計畫完成工作之摘要說明如下。\n1.監測井維護管理與監測\n　　完成上、下半年度監測井巡查、5口次井況評估(3口區域性監測井及2口場置性監測井、3口次監測井外觀維護、2口次監測井廢井、1口次井體設施修復及6口次監測井地下水監測作業，其中A00046(關渡平原之農地近大業路(W1))監測井砷測值超出地下水污染監測標準；A00047(關渡平原之農地近大業路(W2))、A00048(關渡平原之農地近大業路(W3))及A00049((關渡平原之農地近大業路(W4)))監測井砷測值超出地下水污染管制標準。\n2.貯存系統查核及管理\n　　完成15站地下儲槽系統查核，其中全國民權加油站測漏管P04 FID檢測值為5,230 ppmV；另有8站陰極防蝕功能失效、5站未設置陰極防蝕系統；完成20處貯存系統清查訪查工作，其中7處符合列管樣態，缺失項目計有地上儲槽未設置防止濺溢設施、防止濺溢設施高度不足及未備妥預防疏漏器材；完成29處貯存系統改善複查作業，複查結果6處仍有防溢堤高度不足、未準備防疏漏器材以及未設置監測設備等問題。\n3.公告事業、其它污染潛勢事業或有污染疑慮土地調查查證工作\n　　完成2件公告事業現場查核作業，並針對協記加油站辦理土壤調查作業，調查結果顯示均符合土壤污染管制標準。\n4.農地及事業污染預防作業\n　　完成26個污染預警區灌溉小組農地採樣及XRF篩測作業、完成6組灌溉水質初驗及1組水質複驗、完成44組樹脂包調查作業；完成2場次A群預防管理作業行前說明會及現場勘查作業，完成1場次B群自主預防管理宣導說明會及8家現場查核作業，完成11家C群事業現場查核作業。\n5.場址管理及巡查作業\n　　本市年度計有3處控制場址及4處應變必要措施場址，其中松山機場加油站已完成解除列管。\n6.底泥調查作業\n已完成3條高於底泥品質指標上限值之水體底泥調查作業，其中一德抽水機圳底泥重金屬鋅超過底泥品質指標上限值，大石角圳底泥重金屬銅超過底泥品質指標上限值，水硿圳底泥重金屬雖未超過底泥品質上限值，惟重金屬鉻、鎳及鋅超過底泥品質下限值；已完成未高於底泥品質上限值之水體辦理底泥調查作業，其中M01點位(雙園河濱公園近萬板大橋)重金屬鋅超過底泥品質上限值。\n7.食用作物農地土壤同步採樣調查及特定種植食用作物基地採樣調查\n　　已完成14筆食用作物農地土壤同步採樣調查作業，其中3筆地號農作物超過食品重金屬砷限量標準，土壤XRF篩測結果未超過食用作物農地土壤汙染管制標準；完成40處特定種植食用作物基地XRF篩測作業，篩測結果均低於食用作物農地土壤污染監測標準。\n8.土水保育宣導活動與說明會以及推廣設置太陽光電與推動綠色永續型整治\n　　完成2場次法規宣導說明會、2場次種子教師培訓及校園宣導活動、3場次BMPs檢核會議、光電設置媒合會議及購置宣導品。\n9.緊急應變及民眾陳情事件處理作業\n　　完成1場次緊急應變作業，國家鐵道博物館籌備處土壤檢測結果均低於土壤污染管制標準。",
        "eng_title": "The Survey of the Soil and Groundwater Contamination in Taipei City in 2024",
        "eng_subject": "The execution period of the 2013 Taipei City Soil and Groundwater Pollution Investigation and Verification Work Plan is from January 1, 2020 to December 20, 2020. A summary of the completed work of the plan is as follows.\n1. Monitoring well maintenance management and monitoring\nCompleted annual monitoring well inspection, 5 secondary well condition assessments, 3 secondary monitoring well appearance maintenance, 2 secondary monitoring wells abandoned wells, 1 secondary well body facility repair and 6 secondary monitoring wells groundwater monitoring operations, including A00046 monitoring well The arsenic measurement value exceeds the groundwater pollution monitoring standard; the arsenic measurement value in the A00047, A00048 and A00049 monitoring wells exceeds the groundwater pollution control standard.\n2. Storage system review and management\nCompleted the inspection of underground storage tank systems at 15 stations, among which the P04 FID detection value of leak detection pipes at civil rights gas stations nationwide was 5,230 ppmV; another 8 stations had failed cathodic anti-corrosion functions, and 5 stations were not equipped with cathodic anti-corrosion systems; completed inspections of 20 storage systems During the inspection, a total of 13 locations were found to be non-compliant with laws and regulations; 29 storage system improvement review operations were completed, and the review results showed that 6 locations still did not comply with laws and regulations.\n3. Investigation and verification of announced enterprises, other enterprises with pollution potential, or land with suspected pollution\nCompleted 2 on-site inspections of notified enterprises and conducted soil surveys for Xieji Gas Station. The survey results showed that they all met soil pollution control standards.\n4. Agricultural land and business pollution prevention operations\nCompleted farmland sampling and XRF screening operations for 26 irrigation groups in pollution early warning areas, completed 6 sets of preliminary irrigation water quality inspections and 1 set of water quality re-inspections, completed 44 sets of resin package survey operations; completed 2 group A preventive management operations pre-departure instructions meetings and on-site inspection operations, completed 1 group B independent prevention management publicity briefing and 8 on-site inspection operations, and completed on-site inspection operations for 11 group C businesses.\n5. Site management and inspection operations\nThere are 3 control sites and 4 necessary response measures sites in this city every year, among which the Songshan Airport gas station has been delisted.\n6. Sediment survey operations\nThree water body sediment investigation operations have been completed that are higher than the upper limit of the sediment quality index. Among them, the heavy metal zinc in the Yide Pumping Machine Zhen sediment exceeded the upper limit of the sediment quality index, and the heavy metal copper in the Dashijiao Zhen sediment exceeded the sediment quality index. The upper limit value is that although the heavy metals in the sediment of Shuiqianzhen do not exceed the upper limit value of sediment quality, the heavy metals chromium, nickel and zinc exceed the lower limit value of sediment quality; the bottom processing of water bodies that does not exceed the upper limit value of sediment quality has been completed. During the mud survey operation, the heavy metal zinc at point M01 (near Wanban Bridge in Shuangyuan Riverside Park) exceeded the upper limit of sediment quality.\n7. Simultaneous sampling survey of soil in edible crop farmland and sampling survey of specific edible crop planting bases\n14 simultaneous sampling surveys of soil in edible crop farmland have been completed, of which 3 crops in land numbers exceeded the food heavy metal arsenic limit standard, and the soil XRF screening results did not exceed the soil pollution control standards in edible crop farmland; 40 specific plantings of edible crops have been completed The XRF screening operations at the base showed that the screening results were all lower than the soil pollution monitoring standards for edible crop farmland.\n8. Soil and water conservation publicity activities and briefings, as well as promoting the installation of solar photovoltaics and promoting green and sustainable renovation\nCompleted 2 regulatory publicity briefings, 2 seed teacher training and campus publicity activities, 3 BMPs inspection meetings, optoelectronic equipment matching meetings and purchased promotional materials.\n9. Emergency response and handling of public complaints\nCompleted 1 emergency response operation, and the soil test results were all lower than the soil pollution control standards.",
        "proj_year": "113",
        "org_name": "臺北市政府環境保護局",
        "exe_unit": "上準環境科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130458197",
        "publish_date": "20250131"
    },
    {
        "chi_title": "113年度土壤及地下水污染調查及查證工作計畫-基隆市",
        "chi_subject": "基隆市積極推動土水相關業務，其包含(1)掌握地下水品質概況、(2)提升列管場址監督管理效能、(3)輔導追蹤貯存系統污染預防自主管理(4)掌握高污染潛勢、(5)推動事業土地污染預防及(6)健全緊急應變機制，本計畫協助上述重點工作，並提供管理及因應方案。\nC00062、C00063地下水重金屬皆低於管制標準， C00009、C00011及C00015地下水TPH、VOCS及重金屬皆低於管制標準， C00018經2年檢測為無水狀態，鄰近C00015仍具監測功能，建議納入114年度廢井參考名單。C00062、C00063及C00011氨氮超過監測標準，歷年數據皆有氨氮超標的情況，但未有明顯變化趨勢，建議2~3年定期監測1次。地下水監測井整體監測功能皆屬正常，維護更新3口次，井況評估6口次，基本構造完整良好，僅C00048回水狀況緩慢，C00007、C00011、C00015、C00033及C00057回水狀況皆為中等。\n目前列管3處控制場址，興業金屬已提送控制計畫書修正稿，八斗子漁船加油站改善進度符合預定期程，八堵庫區進度落後。\n地下儲槽分級結果A級7家、B級17家及C級8家，篩選百福加油站、八德路加油站、成功一路加油站、北基基隆加油站及台亞武嶺加油站進行檢查防污設施及測漏管功能測試與油氣檢測，結果無異常。貯存系統申報北基基隆二站加油站PID及FID>250p pmV，全國新城加油站及祥豐街加油站FID>250p pmV，應於114年持續追蹤。貯存系統20家追蹤複查作業，15家抽水站、基隆供油中心已完成改善、石門供油中心及協和發電廠僅113年應改善項目皆已完成；將誠有限公司場內僅剩2座儲槽尚無防溢堤，115年底前應完成改善。新設地下儲槽系統八堵柑園加油站符合規定。\n事業單位提送申報資料共計6家，會同事業及簽核土調人員進行現勘，審查合計21件(含補正)，技師簽證查核對象為三好米實業股份有限公司八斗子加油站，原始總積點為16點，缺失等級為第二級；第一階段會議決議結果總積點為10點，缺失等級為第一級，發函受查技師，督促其改進簽證品質。本年度執行公告事業申報查核過程，並未發現有污染潛勢之情況，依據契約內容無執行之必要則繳回相關費用。\n透過現勘與預防管理說明會，輔導事業系統填報相關表單，4家C群事業經現勘後，建議維持C群。完成審查43家事業自主污染預防管理計畫，經現勘及檢視112~113年名單共計24家可降為C群，其餘19家維持B群。A群3家屬中低風險潛勢情形，已依規定提出自主預防管理計畫。\n七堵區種植農作物同步採樣，小黃瓜檢測結果鎘、鉛皆為N.D，依規定無須執行土壤樣品XRF 篩測及土壤樣品分析。7處農地環境評估，以種植蔬菜及果樹為主，灌溉水源為雨水及山泉水，因所在位置處於山區，鄰近1.5公里內皆無工廠或具污染潛勢之行業，土壤及水質檢測結果並異常情況，依據環境部作業原則，灌溉水質無進行複驗之必要性，該項經費繳回。\n法規宣導說明會與112年比較，出席人員對於法規重點了解程度有提升。聯繫112~113年有意願設置光電事業，僅餘1家，協助會同環管署專案委辦公司及光電業者至事業現場評估，研商可設置範圍、設置費用、維護模式、回饋機制及設置可能性，環境部專案窗口整體評估結果為符合設置條件，現場已提供相關設置建議。舞台劇巡迴(小水滴哭什麼)演出3場次(觸及1,500人次)，其中1場為文化局補助於兒童藝術節演出，5場次校園宣導結合海洋議題，觸及262人。小水滴哭什麼AR(IOS系統)APP上架，上架期間為113年6月16日~114年6月15日。\n經評估中油公司場外輸油管線已建立完整性管理模式，且每年皆會辦理緊急應變演練，經研議中油公司已承諾未來進行管線汰換時可規劃同步進行土壤採樣，分析項目包括TPH及BTEX，數量可依據汰換管線長度評估，並將相關檢測結果轉知環保局，藉以掌握輸油管線所在區域污染潛勢，強化污染自主預防機制。故原規劃採樣調查工項暫無執行之必要，建議繳回以樽節相關經費，以達事業污染預防自主管理之精神。為因應本市轄內發生之油污洩漏案，本次聯合水環境(含飲用水)污染防治暨北區水體污染事件緊急應變聯防演練，若未來發生相關管線洩漏事件，於第一時間掌握管線歸屬及後續搭配應變設施進行緊急應變作為，強化應變量能，以達污染預防之目標。\n中油地下輸油管線破損影響大武崙溪污染一案，共計採樣土壤3點次，支用經費總計為13萬8,600元，檢測結果1點次TPH超過土壤污染管制標準，依據土污法相關規定應公告為土壤污染控制場址，目前為陳述意見階段。\n大武崙工業區定期申報檢測無須申報。年度考核經申請排除轄內無需執行或無法得分項後，核定總權重為77分，線上分數為44.2，目前所執行之工項皆已依規定上傳至系統，本工作團隊執行內容尚無失分或扣分情況，其他為階段性得分，無應得分而未得分之項目。",
        "eng_title": "113th Annual Soil and Groundwater Pollution Investigation and Verification Work Plan-Keelung City",
        "eng_subject": "Keelung City actively promotes soil and water-related businesses, which include (1) understanding the overall quality of groundwater, (2) improving the efficiency of supervision and management of managed sites, (3) coaching and tracking the independent management of pollution prevention and storage systems, and (4) grasping high pollution potential , (5) promote the prevention of industrial land pollution and (6) improve the emergency response mechanism. This plan assists the above key tasks and provides management and response plans.",
        "proj_year": "113",
        "org_name": "基隆市環境保護局",
        "exe_unit": "富聯工程顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130447717",
        "publish_date": "20250103"
    },
    {
        "chi_title": "113年機動車輛污染檢驗測定機構查核計畫",
        "chi_subject": "本計畫依「機動車輛排放空氣污染物及噪音檢驗測定機構管理辦法」及檢驗室品質系統基本規範，針對許可檢驗室之各項測定作業進行查核。主要目標在於藉由查核工作之進行，確保檢驗室活動的有效性，及檢驗數據之公信力。本年度完成檢驗室查核及複查作業共31場次，查核意見無涉及裁處項目且部分章節查核缺失有逐年下降。進行99場次年度相關性督導作業，相關性測試結果具一致性。專案性工作部分，本年度進行使用中車輛比對作業，執行結果參與測定機構表現皆良好；辦理噪音測試道吸音係數查驗，查驗結果皆符合標準要求；另於完成辦理查核行前說明會1場次說明113年各項工作執行重點；合併辦理執行成果及檢討座談會及測定輔導說明會，二場會議分別有47人及54人與會。",
        "eng_title": "Motor vehicles pollution testing organization review plan 2024",
        "eng_subject": "This project conducts audits on various measurement operations of accredited inspection laboratories in accordance with the Management Measures for Inspection and Measurement Institutions of Motor Vehicle Emissions of Air Pollutants and Noise and the basic specifications of the laboratory quality system. The main goal is to ensure the effectiveness of laboratory activities and the credibility of inspection data through audit work. In the current year, the laboratories had been audited and reviewed a total of 31 times, with no audit findings related to penalty items and a gradual reduction in audit deficiencies in certain sections year by year. A total of 99 annual related tests had been conducted, test results had been consistent. In terms of project tasks, this year had included vehicle comparison operations for in-use vehicles, and the results had shown good performance by the participating laboratories. The noise test track absorption coefficient inspections had been conducted, and the results had met the standard requirements. Additionally, two meetings had been conducted, with 47 and 54 participants respectively.",
        "proj_year": "113",
        "org_name": "國環院檢測認證中心",
        "exe_unit": "財團法人車輛研究測試中心",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130446142",
        "publish_date": "20250131"
    },
    {
        "chi_title": "資源循環流向申報數據智慧化分析技術發展計畫",
        "chi_subject": "本計畫致力於建構智慧化事業廢棄物流向分析與勾稽系統，強化環境監管，提升資源循環效率。為達成此目標，本計畫著重於資料庫擴充與精進、人工智慧技術應用、智慧化勾稽機制強化、緊急應變工具建置與資料公開、資訊安全與系統維運，以及持續推廣與精進等六大面向。\n在資料方面，積極整合多元資料，強化資料廣度與深度。除了納入超過 290 萬筆稽查裁處資料、5,000 件環保相關司法判決書以及經濟部商工登記資料外，亦取得90 家清除業者、約 1,753 車次清運車輛的 GPS 軌跡資料。此外，評估後續納入更多環境保護相關資料集，包含清除處理機構、資源再利用、掩埋場容量等系統資訊，為深化分析應用奠定更堅實的基礎，並研擬司法院裁判書文字資料處理方法，規劃後續導入系統分析。\n為提升資料分析效率，完成「資源循環流向架構圖」和「重點事業廢棄物」、「主題案例」、「橫向計畫主題」不同邏輯，以來源、特性、成分等面向分類廢棄物，提供使用者多元分析視角，並開發互動式篩選及向下鑽取功能。同時，優化系統介面，強化各主題戰情室資訊呈現，整合全國性概況圖表、數據排名和篩選功能，並利用循環流向圖呈現清運量，提升使用者體驗和數據分析效率。此外，也深入分析違規業者申報資料，建立預警模型，開發「申報量增減異常」及「去化異常之自動化示警」兩種異常樣態查詢功能，協助管理者快速掌握異常申報行為，強化對高風險廢棄物的管理。\n為強化勾稽機制，本計畫建立更全面性的同業水準分析模式，考量事業單位身份別、製程、廢棄物種類等因素進行分群，並應用於勾稽預測，提升勾稽預測的準確性和效率。同時，利用 GPS 車跡資料識別潛在的車輛違規行為，並建議結合其他佐證資料交叉比對，持續優化分析方法。此外，更開發「再利用機構上下游關係圖」功能，以視覺化圖表呈現複雜的再利用產品供應鏈網絡，並整合知識資料庫中的異常樣態資訊，協助使用者辨識潛在風險。\n為強化應變能力，開發了自動化快速報告服務功能，提供「固定式」和「緊急應變」兩種自動化報告，協助使用者快速掌握事業廢棄物管理資訊。開發「全國異常月份數統計報表」功能，提升使用者針對異常月份數資訊的掌握。針對資料開放議題，協助研擬以「逐步開放」策略，分階段擴展事業廢棄物原始資料執行原則。此外，也利用歷史申報數據進行趨勢預測和異常預警，導入 ARIMA 和 VAR 模型預測廢棄物產出、貯存及聯單清運數據，產出量能警示圖表和預警名單，協助主管機關掌握潛在的廢棄物去化問題，強化系統韌性。\n本計畫高度重視資訊安全與系統維運，遵循嚴格的資訊安全規範，定期進行弱點偵測掃描、源碼掃描、安全更新，並制定完善的標準作業程序和應變機制，確保系統安全。同時，落實使用者帳號管理，定期盤點久未登入的帳號，以確保系統穩定運行，並有效保護敏感資料。\n為促進系統的發展與應用，本計畫積極參與多項會議及活動，推廣計畫成果並促進跨單位交流，提升專案能見度。同時，亦邀請學者專家召開線上諮詢會議，探討模式模擬預測精進、強化數位治理增進決策支援等議題，以持續優化系統功能，為環境監管和決策提供可靠的資訊服務。",
        "eng_title": "Resource circulation flow reporting data intellectualized analysis technology development project",
        "eng_subject": "This project focuses on developing an intelligent analysis and reconciliation system for the flow of industrial waste to enhance environmental regulation and improve resource recycling efficiency. To achieve this goal, the project emphasizes six key aspects: database expansion and refinement, application of artificial intelligence technologies, strengthening of intelligent reconciliation mechanisms, development of emergency response tools and data transparency, information security and system maintenance, as well as continuous promotion and improvement efforts.\nIn terms of data, the project integrates diverse datasets to enhance both breadth and depth. It includes over 2.9 million inspection and penalty records, 5,000 environmental court rulings, and business registration data from the Ministry of Economic Affairs. Additionally, GPS trajectory data from 90 disposal operators and approximately 1,753 transport vehicles have been collected. Plans are also in place to incorporate additional environmental protection datasets, such as information on disposal facilities, resource reuse, and landfill capacities, laying a solid foundation for deeper analytical applications. Methods for processing judicial rulings' textual data are also being developed for future system integration.\nTo improve data analysis efficiency, the project has completed resource flow diagrams and created logic-based classifications for key industrial waste, thematic cases, and cross-plan topics based on source, characteristics, and composition. These enable multi-perspective analysis for users, supported by interactive filtering and drill-down capabilities. The system interface has been optimized to enhance thematic dashboards, integrating nationwide visualizations, data rankings, filtering functions, and resource flow diagrams for transport volume analysis, improving user experience and analytical efficiency. Furthermore, the project has analyzed abnormal reports from non-compliant operators, developing early warning models and two automated anomaly detection functions—abnormal reporting volume changes and disposal anomalies. These tools help administrators identify irregularities and manage high-risk waste effectively.\nTo enhance reconciliation mechanisms, a comprehensive industry benchmarking analysis model has been established, considering factors like business type, processes, and waste categories for clustering and predictive reconciliation. GPS trajectory data is used to identify potential vehicle violations, with recommendations to incorporate other corroborative datasets for cross-validation. Additionally, the Upstream-Downstream Relationship Diagram for Recycling Organizations feature has been developed to visualize complex supply chain networks of recycled products. It integrates anomaly patterns from the knowledge database, assisting users in identifying potential risks.\nTo strengthen emergency response capabilities, the project developed an automated rapid reporting service, offering both standard and emergency response automated reports. This enables users to quickly access industrial waste management information. A National Anomaly Month Statistics Report function was also created to provide insights into anomalous months. On data transparency, a phased gradual opening strategy was proposed for releasing raw industrial waste data. Historical reporting data has been used for trend forecasting and anomaly prediction, incorporating ARIMA and VAR models to predict waste generation, storage, and transportation data. Capacity warning charts and early warning lists were developed to help authorities address potential waste disposal challenges and enhance system resilience.\nThe project places great importance on information security and system maintenance, adhering to strict security standards through regular vulnerability scans, source code reviews, security updates, and well-established SOPs and response mechanisms. User account management is enforced, with periodic reviews of inactive accounts to ensure stable system operation and protection of sensitive data.\nTo promote system development and application, the project actively participates in various meetings and events to share achievements and foster cross-departmental collaboration, increasing project visibility. Scholars and experts were invited to online consultations to discuss predictive model enhancements and strengthen digital governance for decision-making support. These efforts aim to continuously optimize system functionality and provide reliable information services for environmental regulation and decision-making.",
        "proj_year": "113",
        "org_name": "循環署再利用推動組",
        "exe_unit": "環資國際有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130429312",
        "publish_date": "20250201"
    },
    {
        "chi_title": "113年度彰化縣機動車輛排氣管污染管理事務計畫",
        "chi_subject": "為從源頭解決機車改裝排氣管產生噪音問題，環境部與交通部共同推動改裝排氣管認證制度，由環境部訂定「機動車輛替換用消音系統認證管理規範」，交通部修訂「道路交通安全規則」要求使用中車輛如有變更排氣管之情形，應經環境部噪音檢測合格後至監理單位辦理變更登記，以達到源頭管理目的。\n期末報告完成工作項目：執行機車排氣管檢測作業24場次",
        "eng_title": "113 years Changhua County Motor Vehicle Exhaust Pipe Pollution Management Service Plan",
        "eng_subject": "In order to solve the problem of noise generated by motorcycle exhaust modification at the source, the Ministry of Environment and the Ministry of Transport have jointly promoted the certification system for exhaust modification. The Ministry of Environment has formulated the Regulations on Certification and Management of Replacement Noise Reduction Systems for Motor Vehicles, and the Ministry of Transport has amended the Regulations on Road Safety to require that vehicles in use with modified exhaust pipes should be registered for modification by the Supervision Unit after passing the noise test by the Ministry of Environment, so as to achieve the management goal of the noise reduction system at source. This is to achieve the purpose of source management.\nThis project final interim report completed work items that contains:execute 24 locomotive exhaust pipe inspection operations.",
        "proj_year": "113",
        "org_name": "彰化縣環境保護局",
        "exe_unit": "歐怡科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130418731",
        "publish_date": "20250201"
    },
    {
        "chi_title": "新北市-113年度新北市水污染評核管理計畫",
        "chi_subject": "新北市政府為有效改善轄境內淡水河流域各河川、支流排水水體現況與提升貴局行政效率、減少公文處理及審查作業時程、精進許可業務審查品質，以「2030年嚴重污染長度比例歸0」為願景，終期以水質符合水體正常用途為目標，全面掌握與建立本市淡水河流域水質狀況，除每月水質現況進行分析外，亦針對淡水河各流域重要支流排水進行污染貢獻分析，並依據歷年河川本流及支流排水監測資料、污染負荷，並同檢視各河段之既有污染削減措施之量能，提出淡水河水質建議治理方案，包括熱區重要支流排水事業污染源管制、截流與現地處理設施最適化操作、大漢溪浮洲橋至新海大橋段污水下水道加速興建、許可證與定檢申報源頭管理、規劃評估湳仔溝堤外新設現地處理設施、研商推動大漢溪氨氮放流水標準加嚴之污染削減、研析魚類存活與河川水質之關聯等，定期滾動檢討改善策略，近年來淡水河流域各河川、支流排水水體品質與轄內水污染源管制已逐步獲得改善，水岸環境品質之提升亦吸引更多民眾投入親水活動。水污染防治許可審查或門診輔導管理作業，截至113年10月31日共計受理795件許可申請案件，已完成審查678件，依申請案件類別分析主要以逕流廢水削減計畫（261件）為最多，而依許可申請性質主要以申請案（322件）受理最多，另協助辦理水污染許可簽證技師查核共計8場次；而檢測申報審查管理作業，已協助完成2,805家定期申報資料勾稽審查及催申報作業。 其他庶務工作方面，截至113年10月31日，共辦理3場次水污染防治法相關宣導活動、觀摩教育訓練或安全衛生管理；另協助環保局彙整水污染相關資料及蒐集本市與相關單位之淡水河整治相關計畫成果，撰擬年度河川污染整治成果考評報告、簡報等，已於113年11月5日前提供完成河川整治成果資料蒐集彙整及成果報告書與簡報；計畫執行期間配合環保局作業將日常所產生之文書資料全數進行建檔，共計協助文書資料及電腦建檔6,845件，並每月定期協助提供環保局所需之管制成果統計分析及依法行政輔助管制資料等統計分析資料。",
        "eng_title": "2024 New Taipei City Water Pollution Evaluation Management Plan",
        "eng_subject": "To effectively improve the rivers and tributary drainages in the Tamsui River basin in the area of jurisdiction, increase the administrative efficiency of the Bureau, reduce official document processing time and review schedule, as well as advancing the quality of licensing affairs, the New Taipei City Government, with the vision of “returning to zero by changing proportion of serious pollution length in 2030”, aiming at the target that water quality should meet the normal uses of water bodies in the final stage, thereby grasping and establishing the overall situation of water quality of the Tamsui River basin in this City. In addition to analyzing the current water quality status for each month, we analyzed the contribution of pollution of the major tributary drainages in the Tamsui River basin, as well as scrutinizing the effectiveness of existing pollution reduction measures in each river section and proposing treatment plan for the water quality of the Tamsui River based on the drainage monitoring data and pollution load of the main river and tributaries over the years, including pollution source control for the significant tributary drainage projects in hot spots, optimal operation of interception and on-site treatment facilities, accelerated construction of sewers between Fuzhou Bridge and Xinhai Bridge on Dahan River, source management of licenses and reports of regular test, planning and evaluation of the new on-site treatment facilities outside the Nanzaigou embankment, researching and pushing forward the strengthened standards for ammonia nitrogen in effluent in Dahan River to reduce pollution, analysis of the relationship between fish survival and river water qualityand, regular rolling revision of improvement strategies. In recent years, the drainage water quality of rivers and tributaries in the Tamsui River basin and the control of water pollution sources within the jurisdiction have been improving gradually, and the improvement of waterfront environment quality has attracted more people to participate in water-themed activities. As for water pollution control permit review or outpatient counseling and management operations, a total of 795 permit application cases had been entertained as of October 31, 2024, and 678 cases had been reviewed. Analyzed by category of application cases, 261 cases applying for the plan for the reduction of pollutants from runoff wastewater accounted for the largest portion. According to the nature of permit applications, 322cases entertained accounted for the most part. We assisted in handling water pollution permit qualified technician inspections for a total of 8 times as well. As for the test reporting review management work, we had assisted 2,805 companies in completing regular application data review and expedited applications. With respect to other general affairs, a total of 3 publicity activities, observational training, or safety and health management related to the Water Pollution Control Act were held as of October 31, 2024; we also assisted the Environmental Protection Bureau in sorting out water pollution-related data and collecting data about river remediation related project results in Tamsui River from this City and related agencies, drafted annual river pollution remediation results evaluation reports, briefings, etc., and provided data collection and collation of completed river remediation and results reports as well as briefings before November 5, 2024; during the period of the Plan implementation, we cooperated with the Environmental Protection Bureau to file all the documents and data generated every day, with a total of 6,845 documents assisted in computerized filing, as well as regularly assisting in providing data of statistical analysis such as statistical analysis of control results and data on legal administrative auxiliary control required by the Environmental Protection Bureau every month.",
        "proj_year": "113",
        "org_name": "新北市政府環境保護局",
        "exe_unit": "台灣曼寧工程顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130410181",
        "publish_date": "20250102"
    },
    {
        "chi_title": "113年大型焚化廠營運管理與技術支援計畫",
        "chi_subject": "我國自民國80年開始推動垃圾處理設施興建工程，目前共有25座焚化廠（含臺東縣廠於112年復爐）及2座熱處理設施（桃園生質能中心及花蓮台泥氣化爐）完工營運中，可妥善處理各縣市之生活垃圾。為有效督導與管理焚化廠之操作營運，本計畫協助環境部環境管理署辦理查核評鑑相關工作，共完成焚化廠不定期查核作業26場次、管理機關查核作業15場次、臺東廠撥款查核工作2場次、戴奧辛抽測3爐次、年度營運成果報告審查26廠次、查核評鑑小組會議3場次、頒獎典禮1場次、連繫平台會議2場次，並就焚化廠營運資料進行彙整、審查與分析，以協助環管署強化地方政府管理工作。\n為督導國內24座既有焚化廠完成升級整備，本計畫已掌握各廠升級整備規劃與辦理現況，目前共有10廠已完成整改、7廠整改中、7廠規劃中。另針對已完成整改廠辦理升級整備效益評估、盤點一般事業廢棄物推動燃料化設施量能及焚化廠整改量能變化趨勢、研析焚化廠轉型策略，並持續蒐集國內外碳捕獲、再利用與封存(CCUS)技術案例、建立國內大型垃圾焚化廠碳排放基準模型等工作。\n本計畫完成協助彙整國內辦理飛灰再利用試驗申請，彙整國內焚化廠焚化飛灰辦理再利用現況，調查國內焚化廠辦理飛灰水洗後再利用流向申報方式，協審1案再利用試驗成果暨申請計畫；2案再利用試驗申請計畫；1案再利用試驗成果，調查國內縣市焚化廠營運中及具飛灰水洗場設置規劃者，彙整112年度全國25座焚化廠之飛灰處理(置)費用概況。\n各縣市環保局需於每年8月底前，於系統中填報前一年度清理費徵收及基金運用情形，以掌握各縣市一般廢棄物清除處理費徵收及一般廢棄物清除處理基金運用情形。本計畫協助輔導地方環保機關完成前一年度填報作業，追蹤及分析申報數據，並提供線上填報表單優化建議，經由長期HWMS系統之填報，以利環境部有效掌握各縣市基金基線資料。為健全基金相關管理制度，爰收集、彙整及研析清理費徵收及基金管理相關法令及申報系統管理架構，研析遭遇的問題，提出精進作為，以利環境部掌握各縣市基金運作風險。\n自行政院106年核定多元化垃圾處理計畫以來，各焚化廠陸續進行升級整備工作，本計畫協助環管署推動並掌握各焚化廠整改規劃事宜，並將署內政策導入地方執行重點，以達成焚化廠升級整備工作之各項目標。",
        "eng_title": "Project for Operation Management and Technical Support of Large-Scale Refuse Incineration Plants in 2024",
        "eng_subject": "Since the 1990s, Taiwan has been promoting the construction of waste treatment facilities. Currently, there are 25 incineration plants (including the Taitung County plant which resumed operation in 2023) and 2 thermal treatment facilities (Taoyuan Biomass Energy Center and Hualien Taiwan Cement Gasification Furnace) in operation, effectively handling household waste from various counties and cities. To efficiently supervise and manage the operation of incineration plants, this project assists the Environmental Management Agency (EMA) of the Ministry of Environment with related audit and evaluation tasks.\nThis includes completing 26 unscheduled incineration plant inspections, 15 management agency inspections, 2 disbursement audits for the Taitung plant, 3 dioxin sampling tests, reviewing 26 annual operation reports, holding 3 audit and evaluation team meetings, organizing 1 award ceremony, and conducting 2 coordination platform meetings. Additionally, the project compiles, reviews, and analyzes operational data from incineration plants to help the EMA strengthen local government management efforts.\nIn order to supervise the completion of upgrading and maintenance of domestic incineration plants, this plan has grasped the current status of upgrading and maintenance planning and processing of each plant. Currently, a total of 9 plants have completed rectification and 8 plants are undergoing rectification. It also evaluates the benefits of upgrading and maintenance of completed rectification plants, and assists in handling one incineration plant application for special construction review. It also continuously updates the construction unit price database and collects domestic and foreign heat treatment facilities or other waste treatment and maintenance technologies, based on which future domestic incineration is proposed. Substantial recommendations for factory refinement to improve the operational performance of the incineration plant.\nThis project assisted in compiling fly ash recycling experiment, compiled the current status of incineration fly ash recycle, investigated incinerator declaration methods for fly ash recycle after washing, and co-reviewing one recycle experiment case results and application projects; 2 recycling experiment application projects; one recycle experiment case results, survey county and city incinerators in operation and those with setting up fly ash wash plants, and compiled the fly ash treatment fee overview of 25 incinerators across the country in 2023.\nEach county and city environmental protection bureau must submit the previous year's waste management fee collection and fund utilization status in the system by the end of August each year. This is to track the collection and usage of general waste disposal fees and the general waste disposal funds in each locality. This project assists and guides local environmental protection agencies in completing the previous year's reporting, tracking and analyzing the submitted data, and providing suggestions for optimizing online reporting forms. Through long-term reporting via the HWMS system, the Ministry of Environment can effectively grasp the baseline data of funds in each locality. To strengthen the fund management system, this project collects, compiles, and analyzes relevant laws and reporting system management structures concerning fee collection and fund management, identifies encountered issues, and proposes improvements to help the Ministry of Environment manage the operational risks of funds in each locality.\nSince the “Diversified Waste Management Plan” approved by the Executive Yuan in 2017, all goals of the incineration plant upgrading and retrofitting work have been achieved. The overall performance of incineration plants in the country has been improving year by year under the effective supervision and management of the EMA and the active assistance in carrying out the renewal and life extension work.",
        "proj_year": "113",
        "org_name": "環管署一般廢棄物管理組",
        "exe_unit": "環興科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130407077",
        "publish_date": "20250120"
    },
    {
        "chi_title": "花蓮縣113年度「向海致敬 -海岸清潔維護計畫」",
        "chi_subject": "本計畫依招標規範主要為「向海致敬清潔維護監督考核」、「辦理本縣推動向海致敬政策相關創新作為」、「海岸清理策略及規劃」、「海岸清理監督作業及資訊平台管理」、「整合海岸環境清理作業相關成果」、「辦理淨灘活動及海岸相關會議」、「天然災害即時清理應變」之項目及其他配合事項，依據民眾、天災及輿情等海岸髒亂通報情事，協調執行單位進行機動性清潔作業並將成果提報海岸清理資訊平台。\n本計畫今年度自113年4月18日正式簽約開始執行，在期末報告工作量化成果中，統計至113年10月15日止，各項工作逐月完成數量及累計進度均依照預定進度達成合約規範。本計畫除了要求數量上達成，亦要求能在品質上提昇，因此工作小組每月提送月成果報告於環保局核定，各項工作詳細成果說明請參閱後續各章節內容所述，以下就本年度計畫執行之成果摘要說明如下：\n(一)擬定海岸線清理策略：於113年5月30日提報機關「海岸清理策略規劃」共1式。\n1.\t短期策略：立即清、定時清、緊急清。\n\n2.\t中期策略：依據分析結果持續擬定相關源頭改善策略及推動跨部會會議，追蹤基本資料表通報群組，並定期追蹤進度及協調各單位相關事項，落實SDGs目標17建立多元夥伴關係、媒合志工及社區參與環保活動並擴充宣導範圍建立教育計劃。\n3.\t應用智慧科技調查出海口垃圾量，選定秀姑巒溪作為調查點位，秀故巒溪出海口的垃圾問題以一次性垃圾問題居多，如寶特瓶、塑膠瓶蓋、免洗餐具，顯示塑膠使用的普遍性及對環境的負擔，但相較於往年仍有遞減趨勢，其因素之一也有可能是隨著民眾環保意識的提升及環保政令的加強而產生變化。\n(二)海灘廢棄物組成(ICC)監測工作：監測地點為花蓮市北濱海岸，監測頻率每季至少1次，共計4次，截至目前監測2場次，時間為113年4月25日及113年8月7日。\n1.\t本年度4月25日監測，在高密度區域，海灘廢棄物組成以當地關心的廢棄物(果皮、煙火)為最多，再來為生活遊憩類（塑膠容器、寶特瓶）；低密度區域也以生活遊憩類垃圾最多；8月7日監測結果顯示，高、低密度區域皆以生活遊憩類(外帶飲料免洗餐具、塑膠袋)為主。\n(三)依照行海岸清理資訊平台進行海岸主動清理維護113年4月18日至10月15日共清運垃圾總重265.759噸、資源回收重量87.924噸、非資源回收重量112.678噸、漂流木重量65.157噸。\n(四)於4月18日起至10月15日止，本縣海岸線現場巡檢，於指定海岸七星潭風景區每月巡檢4次以上，截至10月15日共計巡查23次；非指定海岸每月2次以上，截至目前共計巡檢17次。\n(五)於113年6月29日辦理淨灘活動1場次，共計315人參與，當日垃圾總量102.68公斤；113年9月14日辦理第二場次，共計315人參與，當日垃圾總量16.2公斤。\n(六)於113年7月31日結合本計畫創新作為辦理向海致敬平台會議第一場次，預計11月辦理第二場次。\n(七)截至10月15日已完成4處海灘認養單位年度續約。\n(八)於本縣七星潭海灘設置3處海潮人工作站。\n(九)於6月14日核備創立INSTAGRAM官方社群，追蹤人數43人，截至目前共計發佈短影音5則、宣導貼文9則。\n(十)天然災害即時清理應變：截至113年10月15日止，本縣並未發生天然災害即時清理應變案件，故該工項並未執行，如有發生本團隊依照即時清理應變原則執行。\n(十一)整合海岸環境清理作業相關成果：\n1.\t截至113年10月15日止，協助辦理非直屬中央部會清潔垃圾去化，民間團體淨灘共計7場次。\n2.\t截至10月份為止，廢棄漁網漁具共計累計已處理量為160,000公斤，其中可再利用之廢棄物達64,000公斤，不可再利用則為96,000公斤。\n3.\t廢棄漁網漁具去化業者-冠宇鑫環保科技有限公司，113年度截至目前處理廢魚網、浮球去化量達62,690公斤、海岸廢棄物去化量達157,650公斤。\n4.\t結合本公司113年度花蓮縣優質公廁及美質環境推動計畫，以海洋廢棄物(浮球、漂流木及烤肉網等)製作創意菸蒂桶共計11件。\n八、計畫本期進度管控率(截至113年10月15日)：100%",
        "eng_title": "hualine113years coastal cleaning",
        "eng_subject": "According to the bidding specifications, this project mainly includes Salute to the Sea Cleaning and Maintenance Supervision and Assessment, Handling innovative actions related to the county's promotion of the Salute to the Sea policy, Coastal Cleanup Strategy and Planning, Coastal Cleanup Supervision Operations and Information Platform Management , Integrating results related to coastal environmental clean-up operations, Handling beach cleaning activities and coastal-related meetings, Immediate clean-up response to natural disasters projects and other cooperation matters, coordinating based on reports of coastal disturbances such as the public, natural disasters and public opinion The execution unit conducts mobile cleaning operations and reports the results to the coastal cleanup information platform.\nThis plan was officially signed this year and has been implemented since April 18, 2013. In the quantitative results of the final report, as of October 15, 2013, the monthly completion quantity and cumulative progress of each work were achieved in accordance with the scheduled progress. Contract specifications. In addition to meeting the requirements in quantity, this project also requires improvements in quality. Therefore, the working group submits monthly results reports to the Environmental Protection Bureau for approval every month. Please refer to the subsequent chapters for detailed results descriptions of each work. The following is the current year's results. A summary of the results of project implementation is as follows:",
        "proj_year": "113",
        "org_name": "花蓮縣環境保護局",
        "exe_unit": "新翊環境有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130402397",
        "publish_date": "20250122"
    },
    {
        "chi_title": "113年度花蓮縣毒性及關注化學物質源頭管理計畫",
        "chi_subject": "1.辦理毒化災演練、臨場輔導及無預警測試與毒化物及食安相關宣導活動，讓轄區內相關業者及一般民眾提升防毒化災觀念。\n2.毒物及關注化學物質源頭查核管理及食安風險化學物查核，包含毒性化學物質稽查勾稽並輔導業者落實化工原料四要管理。\n3.辦理食安相關稽查。 \n4.建立健全地方安全管理及疏散避難體系。",
        "eng_title": "113 Hualien County Toxicity and Chemical Substances Source Inspection Management Plan",
        "eng_subject": "1.Organize poisonous disaster drills, on-site counseling, no-warning tests, and publicity activities related to poisoning and food safety, so that relevant businesses and the general public in the jurisdiction can enhance their awareness of poisoning and disaster prevention.\n2.Source inspection and management of toxic substances and chemical substances of concern and food safety risk chemical inspection, including toxic chemical substances inspection and supervision, and guidance for the industry to implement the four-manager management of chemical raw materials.\n3.Conduct food safety inspections.\n4.Establish and improve local safety management and evacuation systems.",
        "proj_year": "113",
        "org_name": "花蓮縣環境保護局",
        "exe_unit": "亞太環境科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130391549",
        "publish_date": "20250106"
    },
    {
        "chi_title": "新竹市-113年度新竹市推動環保許可整合計畫",
        "chi_subject": "一、推動環保許可整合：\n本團隊彙整112年度擴大對象以及配合水措及廢清書管辦修法，並將截至3月前需依法提送污染流向圖做為精進輔導對象，完成32家精進輔導對象污染流向圖檢視，符合許可現況，另彙整歷年度尚未執行許可整合之優先試辦對象與有意願參與許可整合之業者，輔導20家擴大對象完成污染流向圖上傳EMS。擇定為113年度輔導擴大對象名單。\n統計自113年1月1日至10月31日之環保許可整合案件，期間許可案件收件共97件，其中有71件屬於快速核證，26件案件進入內部共同會審與諮詢會審程序，另為因應「水污染防治措施計畫及許可申請審查管理辦法」及「事業廢棄物清理計畫書審查管理辦法」修正，本團隊於收件後一併確認業者是否有提出污染流向圖，並針對業者諮詢會議提供線上會議辦理方式。\n本團隊為提升執行人員熟悉運作諮詢會審程序，已於113年5月15日於新竹市環境保護局8樓會議室辦理1場次內部教育訓練會議，安排環保許可整合相關辦法說明、諮詢會審程序情境模擬、未來許可整合方向等內容，並討論與決定是否需要改變業者諮詢會議辦理方式，除實體會議另提供線上辦理方式供業者視需求選擇，以達環保許可整合便民與便官的理念，減緩因修法而導致工作量上升之情形。\n另為使轄內公私場所了解環保許可整合相關作業程序，本團隊於113年5月23日辦理1場次許可整合說明會，另本團隊為使參與人員對許可整合及污染流向繪製能有深刻瞭解，並能自願參與許可整合，故於會後發放問卷調查，統整結果顯示，有95%的人員已基本了解許可整合推動概念與流程；流向圖繪製方法則有88%的人員了解；整合系統則有83%的人員了解操作方式，結果顯示辦理許可整合說明會有助於提升業者了解環保許可整合相關內容；另調查業者對於環保許可整合相關資訊獲取方式，選擇分別有辦理說明會(50%)，寄發相關資料(31%)，網路宣傳(19%)，結果顯示以辦理說明會為大宗，寄發相關資料次之；本計畫亦調查具環保許可整合之意願者共有16家，其可優先考量納入114年度辦理對象並持續辦理環保許可整合說明會。\n二、推動綠色採購：\n本計畫為推動鼓勵轄內民間綠色消費，已辦理16場實體活動，購買環保綠點300萬以上及清淨海洗碗精、清淨海浴廁清潔劑、蒲公英衛生紙等綠色商品共計1,800份，同時製作新竹市綠色消費龍作伙及環保住宿綠生活抽獎活動宣傳EDM，且搭配新聞稿、網路社群(51則)、傳統電台(3則)進行綠色消費與淨零綠生活推廣；而目前已輔導8家綠色商店完成申報，申報金額達7,963萬元，以3C與家電產品販售金額佔多數，而民間企業綠色採購配合企業於年底會計彙整，預計12月完成。\n本計畫為提升拓展環保產品與服務，辦理服務業之環保標章說明會1場次共有22人參加，問卷調查結果顯示，與會人員於會後對於環保標章有明確瞭解；且已完成11家餐飲業者響應環保餐廳，輔導1家旅行業(王品國際旅行社股份有限公司)取得旅行業銅級環保標章認證，並已完成6家環保餐廳查核，皆符合相關規定。\n關於綠色旅遊行程推動，本計畫向機關、科室宣導提倡綠色旅遊，已完成4行程出團，參與人數為209人，且上架轄內綠色旅遊自由行之行程5套，突顯新竹市在地活動、飲食特色，另今年度辦理環保住宿綠生活抽獎活動，計52人參與，期減少一次性旅宿用品之使用。\n關於推動機關及民間企業響應綠色辦公，本計畫為提升機關單位綠色採購熟知度，已辦理1場次機關綠色採購說明會，目前機關指定項目綠色採購比例為97.45 %，另亦已完成新增61家民間企業響應綠色辦公。\n本計畫透過辦理淨零綠生活推廣活動向民眾宣導「環保綠點」，目前新竹市已新增645位環保集點會員，並以綠點作為宣導品發放30場次，透過創新作為「追蹤綠生活得綠點」發送約378,000之環保綠點，將本計畫社群平台人數提升，其中Facebook計新增追蹤人數129人，Instagram則為60人。\n為推動本市淨零綠生活，本團隊今年度結合跨局處推廣淨零綠生活4項、重大活動結合1場，並將武功里、客雅里作為村里前哨站進行拜訪並推廣淨零綠生活，另已提交2024年新竹市淨零綠生活關鍵績效指標，計22項，經10月追蹤執行進度，已達成10項關鍵績效指標，後續訂於11月11日透過跨局處會議追蹤相關局處執行進度，並彙整成果與佐證資料提報環境部。\n今年度亦配合環境部之淨零綠生活推廣暨夜光材料應用示範計畫以及淨零綠生活宣傳合辦計畫加強推廣淨零綠生活(第一次變更擴充工項)，本團隊已辦理1場次環保集點推廣活動以及1場次綠色辦公、綠色採購實體說明會並將課程資料建置於雲端供未來推動使用；規劃5條國內綠色旅遊路線；針對60家企業進行綠色辦公現場訪視，了解企業對於綠色辦公之問題，可作為未來推動參考；現勘查核環保餐廳35家，其中各環保餐廳響應條件皆為符合情形，然有4家餐廳廚房地面濕滑考量工作人員易滑倒，已限期餐廳改善，另為推動新竹市環保標章旅館認證，今年度進行旅宿業體檢作業，完成57家尚未取得環保標章之旅宿業者體檢作業，建置旅館之環保作為分級，進行短中長期分年推動名單。",
        "eng_title": "The 2024 Promotion of Environmental Permit Integration and Green Procurement Initiatives by Private Enterprises and Organizations in Hsinchu City",
        "eng_subject": "1. Promoting Environmental Permit Integration:\n\nOur team consolidated the expanded target groups for 2023, aligned with the water pollution control measures and waste disposal revisions, and focused on pollution flow diagrams required for enhancing guidance. We reviewed 32 businesses' pollution flow diagrams to ensure compliance with current permit requirements and assisted 20 businesses in uploading their diagrams to the EMS system for 2024 guidance.\n\nFrom January 1 to October 31, 2024, 97 environmental permit cases were filed. Of these, 71 were fast-tracked, and 26 went through internal reviews. After the amendments to the Water Pollution Control Measures and Permit Application Review Regulations and the Waste Disposal Plan Review Regulations, we ensured businesses submitted their pollution flow diagrams and provided online consultation meeting options.\n\nTo improve staff knowledge of the consultation process, we held an internal training session on May 15, 2024. The session covered regulations, simulated consultation processes, and future integration directions. We also discussed offering both in-person and online consultation options to reduce workload increases due to legislative changes.\n\nAdditionally, on May 23, we held an information session on permit integration, followed by a survey. Results showed that 95% of participants understood the concept and process, 88% understood how to create pollution flow diagrams, and 83% were familiar with the system. The session was effective, and 16 businesses expressed interest in the integration process for 2024.\n\n2. Promoting Green Procurement:\n\nTo encourage green consumption, we held 16 events and distributed over 1,800 green products, including Clear Sea dishwashing liquid and Dandelion toilet paper. We also produced promotional EDMs for the Hsinchu Green Consumption Together and Eco-Friendly Accommodation Green Life campaigns, which were publicized via press releases, online communities (51 posts), and radio broadcasts. We assisted 8 green stores in completing their registration, totaling NT$79.63 million in sales.\n\nTo promote eco-friendly labels in the service industry, we held a briefing attended by 22 businesses. Eleven restaurants have responded to the eco-friendly restaurant initiative, and one travel agency (Wang Pin International Travel Agency) obtained a bronze-level eco-tourism certification. Additionally, 6 eco-friendly restaurants have been audited and meet the standards.\n\nRegarding green tourism, we promoted the concept to government agencies and businesses, completing 4 tour programs with 209 participants. We also launched 5 green tourism itineraries highlighting Hsinchu’s local activities and food culture. This year, we organized an eco-friendly accommodation green life lottery event with 52 participants, aiming to reduce disposable hotel products.\n\nTo promote green office practices, we held a green procurement briefing session. Government agencies have reached a 97.45% green procurement rate for specified items, and 61 private companies have committed to green office practices.\n\nWe also promoted the Eco-Friendly Green Points program, gaining 645 new members and distributing over 378,000 green points through 30 events. This initiative contributed to the growth of our social media platforms, with 129 new followers on Facebook and 60 on Instagram.\n\nFor Hsinchu City's net-zero green living goals, we collaborated with other departments to promote 4 key initiatives and participated in one major event. We visited villages like Wugong and Ke’ya to promote net-zero living. We submitted 22 key performance indicators (KPIs) for 2024 net-zero living, achieving 10 KPIs by October. A follow-up meeting is scheduled for November to track progress and report to the Ministry of the Environment.\n\nThis year, we also aligned with the Ministry of Environment’s net-zero green living campaign and luminous material demonstration projects. We organized a green point promotion event and a green office\/green procurement session, with all course materials recorded in the cloud for future use. We planned 5 domestic green tourism routes and conducted on-site visits to 60 businesses to better understand their green office practices. We completed inspections of 35 eco-friendly restaurants, all meeting the standards, though 4 needed improvements due to wet kitchen floors.\n\nWe also promoted eco-friendly hotel certification in Hsinchu, conducting inspections for 57 accommodation businesses. We created a classification system for eco-friendly practices and developed short-, medium-, and long-term targets for future promotion.",
        "proj_year": "113",
        "org_name": "新竹市環境保護局",
        "exe_unit": "富聯工程顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130384965",
        "publish_date": "20250116"
    },
    {
        "chi_title": "強化資源循環法規制度檢討研析計畫",
        "chi_subject": "本計畫以推動資源循環法規制度為宗旨，研析歐盟、德國、美國及日本等國之資源循環管理規範，特別針對廢棄物與再生資源界定、資源化策略及產業政策進行深入研究，據以提出我國法規精進建議，強化源頭管理、促進循環產業推動及維護環境正義。資源循環促進法草案相關子法及過渡條款設計，依現行廢棄物清理法及資源回收再利用法逐條檢視，預留施行緩衝期，建構子法與母法之關聯架構，並參考國際環境刑事處罰及清理復原法制，蒐整債權保全及裁罰實例，提出完善我國裁罰機制及清理責任規範之具體建議，期能彌補現行法規之不足。本計畫截至目前已辦理專家學者諮詢會及相關議題研商會議10場次，廣蒐各界意見，針對關鍵議題研提修法條文草案及建議處理方案，另對於事業委託清理之相當注意義務認定準則及違反廢棄物清理法罰鍰額度裁罰準則，進行全盤檢視及調適，編撰實務參考手冊供地方主管機關及相關單位遵循，提升執法一致性與效能。為推廣資源循環政策並促進公眾瞭解，已協助製作說明圖卡及政策說帖，聚焦罰則與環境復原責任等核心議題，並以淺顯易懂方式傳達政策重點，透過多元溝通管道提升民眾接受度，進一步凝聚社會共識，建立循環型社會法治基礎。",
        "eng_title": "Project on Strengthening the Review and Analysis of Resource Circulation Regulatory Frameworks",
        "eng_subject": "This project aims to advance the regulatory framework for resource circulation by analyzing resource circulation management norms in the European Union, Germany, the United States, and Japan. Particular emphasis is placed on the definitions of waste and recycled resources, strategies for resource recovery, and industrial policies. Based on these studies, the project proposes recommendations to enhance Taiwan's legal framework, strengthen source management, promote the development of circular industries, and uphold environmental justice. The draft Resource Circulation Promotion Act, along with its subordinate regulations and transitional provisions, has been systematically reviewed in light of the current Waste Disposal Act and Resource Recycling and Reuse Act. A transitional period is proposed to ensure a smooth implementation while constructing a coherent framework linking subordinate and parent laws. International practices regarding environmental criminal penalties and cleanup and restoration legislation were also studied. This included compiling instances of debt security measures and penalties to provide comprehensive suggestions for improving Taiwan's penalty mechanisms and cleanup responsibility regulations, thereby addressing existing legal deficiencies. To date, the project has held 10 consultation meetings with experts, scholars, and stakeholders, gathering extensive feedback. Draft amendments and proposed solutions for critical issues have been developed. Additionally, criteria for determining the duty of care in business-contracted waste disposal and guidelines for penalty assessment under the Waste Disposal Act have been comprehensively reviewed and revised. A practical reference manual has been compiled to guide local authorities and relevant agencies, thereby enhancing enforcement consistency and efficiency. To promote the resource circulation policy and foster public understanding, explanatory infographics and policy briefs have been prepared, focusing on core issues such as penalties and environmental restoration responsibilities. These materials are designed to convey key policy points in a clear and accessible manner. Multiple communication channels have been utilized to increase public acceptance, build social consensus, and lay the foundation for a rule-of-law-based circular society.",
        "proj_year": "113",
        "org_name": "循環署再利用推動組",
        "exe_unit": "財團法人台灣產業服務基金會",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130383248",
        "publish_date": "20250108"
    },
    {
        "chi_title": "113年環境用藥綠色化學研究技術計畫",
        "chi_subject": "臺灣為重要交通樞紐，位處亞熱帶及熱帶地區，氣候溫暖潮濕、人口密集，適合病媒生長繁殖，常見之環境衛生病媒生物害蟲，主要為蚊、蠅類、蟑螂及鼠類。本計畫乃依據環境保護政策目標及工作要項，進行調查本國地區至少 6 種環境衛生害蟲種類及密度監測，並建立其實驗室族群；以市售常用藥劑成分鑑識劑量\/濃度，對 6 種環境衛生害蟲族群進行廣範圍抗藥性分析與交互抗性之研究，監測環境衛生用藥對害蟲之影響及因應，以建全綜合防治體系；研析至少 4 種可替代綠色化學有效成分可行性並完成綠色化學替代 1 案，以因應社會及環境永續發展之需求；規劃並完成可替代綠色化學有效成分斑蚊防治應用評估 1 案，提供臺灣登革熱病媒蚊防治策略之研擬參考；規劃並完成環境友善之鼠類環境用藥應用技術評估 1 案，以提升鼠類防治技術之生態環境安全需求。\n\n執行成果：已完成調查監測臺南市及高雄市 3 至 11 月至少 6 種環境衛生害蟲種類 (2 種病媒蚊、2 種蠅類及 2 種蟑螂)及密度監測，並建立其實驗室族群 (每種 10 品系族群)；以111年建立之環境用藥有效成分鑑識劑量\/濃度，對建立之 6 種環境衛生害蟲族群 (2 種病媒蚊、2 種蠅類及 2 種蟑螂，每種 10 品系) 進行廣範圍抗藥性分析與交互抗性之研究，結果顯示白線斑蚊AAL-KHM2024對撲滅松及AAL-KHE2024對安丹呈現抗藥性，並顯示多重抗藥性；埃及斑蚊 5 種野外品系對賽滅寧呈現抗藥性，8 種野外品系對治滅寧呈現抗藥性，10 種野外品系對第滅寧、撲滅松及亞特松呈現抗藥性，2 種野外品系對安丹及芬普尼呈現抗藥性，7 種野外品系對益達胺呈現抗藥性，並顯示交互抗性及多重抗藥性；普通家蠅 10 種野外品系對 4 種除蟲菊酯類、3 種有機磷類、 1 種氨基甲酸鹽類及 1 種其他類有效成分皆呈現抗藥性，並顯示交互抗性及多重抗藥性；黑腹果蠅 2 種野外品系對百滅寧呈現抗藥系，3 種野外品系對第滅寧呈現抗藥性，7 種野外品系對安丹呈現抗藥性，6 種野外品系對益達胺呈現抗藥性；德國蟑螂僅 BG-TNM2024 品系對賽滅寧呈現抗藥性，有 6 種野外品系對治滅寧呈現抗藥性，有 4 種野外品系對百滅寧呈現抗藥性，有 3 種野外品系對第滅寧呈現抗藥性，有 1 種野外品系對安丹呈現抗藥性，有 5 種野外品系對芬普尼呈現抗藥性，有 4 種野外品系對益達胺呈現抗藥性，並呈現交互抗性及多重抗藥性；美洲蟑螂 10 種野外品系未有抗藥性之發現。\n    研析4 種可替代綠色化學有效成分 (肉桂、檸檬桉、薄荷及丁香) 對 3 種病媒蚊、2 種蠅類及 2 種蟑螂之感受性，並以 10 倍之鑑識濃度 (劑量) 進行藥效檢測，結果顯示 4 種植物源成分精油皆能對 3 種病媒蚊、2種蠅類及 2 種蟑螂有效殺蟲，平時無疫情發生時，可研發應用於一般施作，具有可替代性。\n    以蚊蟲人工血餵血裝置及驅蚊檢測裝置，完成丁香精油對斑蚊防蚊及驅蚊應用評估，結果以蚊蟲人工血餵血裝置檢測 10 % 濃度丁香精油，對白線斑蚊及埃及斑蚊之忌避率均達 100 %，防蚊效果可持續 3 小時，效果較好，未來具有可應用性；以驅蚊檢測裝置檢測 5.0 % 丁香，以接觸及非接觸檢測，白線斑蚊之驅出率分別為 82.85 % 及 52.53 %，而埃及斑蚊之驅出率分別為 74.56 % 及 49.14 %，皆高於對照組 (敵避 5 %) 之驅出率，具防蚊驅蚊之開發潛能。\n    以可替代綠色化學有效成分 (丁香精油 0.25 %) 製作液態及餌站糖餌劑，經過蟲籠法藥效檢測、室內模擬試驗及室外模擬試驗，進行斑蚊防治技術應用評估。結果顯示室外模擬試驗: 施作糖餌劑後 ( 7\/17 至 11\/8，共 13 次) 液態糖餌劑防治區 ( A 區)及餌站糖餌劑防治區 ( B 區) 之斑蚊卵密度與施作前 (5\/3 至 7\/10 ) 比較，分別減少 32.49 % 至 84.48 % 及 23.73 % 至 74.55 %；對照區 ( C 區) 之斑蚊卵密度與施作前比較，減少 13.80 % 至增加 38.65 %，顯示兩種劑型皆能有效降低當地病媒蚊族群密度。\n    規劃環境友善之鼠類環境用藥應用技術評估，以防鼠噴霧 (含桉樹精油 0.1 % w\/w) 對溝鼠進行防鼠檢測，結果顯示能有效防鼠至少 14 日，可提升鼠類防治技術之生態環境安全需求。以玉米芯鼠餌劑對溝鼠及家鼷鼠進行藥效檢測，非選擇檢測結果顯示玉米芯餌劑對家鼷鼠平均致死日數為 4.2 日，而溝鼠平均致死日數為 74.8 日；選擇性檢測結果溝鼠及家鼷鼠之死亡率皆為 0.00 %，顯示若施作環境有其他食物，餌劑誘殺效果顯著受影響。本計畫目前執行進度已完成總體工作項目之 100.00 %，符合期末進度報告 100.00 % 及完成 1 次工作會議之要求。",
        "eng_title": "A Technological Plan of Environmental Pesticides and Green Chemistry in 2024",
        "eng_subject": "Taiwan located in subtropical and tropical regions, which has a warm and humid climate that supports the breeding of mosquitoes, flies, cockroaches, and rats. This project, in accordance with the goals and tasks of environmental protection policies, and in response to the needs of social and environmental sustainable development, consists of five major work items: The first item involves monitoring and density of at least six main environmental pests in urban areas of Taiwan were investigated and stable laboratory strains were established. The second item according to the discriminating dose (concentrations) of vector pests, efforts were made to carry out a wide range of rapid resistance analysis and cross-resistance research on commonly used pesticides, exploring the impact of environmental pesticides on pests and devising corresponding measures. The third item involves analyzing the feasibility of at least four alternative green pesticide effective ingredients and complete one case of green pesticide substitution to meet the demands of social and environmental sustainability. The fouth item involves planning and completing the establishment of alternative green pesticide effective ingredients for mosquito control. The fifth item involves planning and completing assessment of environmentally friendly rodent control agents to enhance ecological safety in rodent control techniques.",
        "proj_year": "113",
        "org_name": "化學署危害控制組",
        "exe_unit": "國立高雄大學",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130380832",
        "publish_date": "20251031"
    },
    {
        "chi_title": "113年度土壤及地下水污染調查及查證工作計畫-嘉義市",
        "chi_subject": "本計畫截至期末初稿提送報告階段(113\/11\/04)，各項工作已使用總經費為86%。績效考核已取得42.2分，扣除排除項目後，得分比率占總權重之48.3%，部分考評分數需待年底計分。整體工作可依類型分為(1)地下水監測井維護與監測作業；(2)農地同步採樣作業、農地定期常態性監測作業及底泥品質管理作業；(3)污染場址監督；(4) 貯存系統管理輔導查核、加油站申報審查與篩檢查核作業；(5)事業自主預防管理作業、高污染潛勢工廠追蹤與污染預防輔導；(6)環境教育宣導會議辦理作業；(7)公告事業用地查證及技師簽證查核。",
        "eng_title": "The Survey of the Soil and Groundwater Contamination in ChiaYi City in 2024",
        "eng_subject": "As of the initial draft report submission stage of the project (113\/11\/04), 86% of the total budget has been used. The performance evaluation score reached 42.2 points, and after excluding certain items, the score ratio accounted for 48.3% of the total weight. Some evaluation scores are pending until the end of the year. The overall work can be categorized into the following types: (1) groundwater monitoring well maintenance and monitoring operations; (2) agricultural land sampling operations, regular monitoring of agricultural land, and sediment quality management operations; (3) pollution site supervision; (4) storage system management counseling and inspection, gas station declaration and screening review operations; (5) enterprise self-prevention management operations, high pollution potential factory tracking and pollution prevention counseling; (6) environmental education promotion meetings; (7) verification of publicly announced industrial land and technician certification checks.",
        "proj_year": "113",
        "org_name": "嘉義市政府環境保護局",
        "exe_unit": "靖業工程顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130367719",
        "publish_date": "20250101"
    },
    {
        "chi_title": "化學物質資料登錄推動與技術審查計畫",
        "chi_subject": "本年度主要協助化學物質資料登錄技術審查及輔導工作、推動化學物質登錄制度與完善管理機制、維護及擴增化學物質資料登錄資訊系統與賡續跨部會化學物質登錄登記制度統一窗口運作。執行成果如下：\n一、協助化學物質資料登錄技術審查及輔導工作：完成化學物質登錄審查、事前審定與備查等共8,374件申請；年度申報藉由電子郵件通知，輔以電話催請，並搭配教學影片與懶人包推動，申報完成率達100%；為推動今年底完成既有化學物質標準登錄，辦理2場制度宣導說明會、8場共16種物質的資料撰寫工作坊與10場共15種物質的共同登錄說明會，輔導業者350家次，已提交1,989件，其中共同登錄申請案件為402件。另外，2,680件因商業模式考量而降低需求量或不再輸入／製造，已申請登錄碼廢止或級距轉換。\n二、推動化學物質登錄制度與完善管理機制：定期分享國際資訊，涵蓋4個先進國家及地區PFAS管理進展、註冊制度及化學物質管理等相關最新消息，並依機關需求提供報告。為擴大登錄資料的應用並加強化學物質管理，今年度針對不同對象與目的設計多樣化的資訊公開與傳遞方式，已建置新化學物質摘要式頁面，供物質的使用者和一般民眾快速查閱物質的危害與安全使用資訊；並完成跨部會資料篩選、推播與拋轉之流程建議，供各事業主管機關依其職權，管理其目的事業使用之化學物質。\n三、維護及擴增化學物質資料登錄資訊系統：為提升行政效能，持續擴增與優化系統功能。已完成建置領導登錄人公布欄，將同意公開的領導登錄人聯絡資訊公開於登錄平臺首頁；新增既有化學物質登錄及申報奈米資訊功能，並重新建構新版登錄離線工具Chemist New X3.0細節欄位；優化系統功能，包括登錄資料篩選查詢、既有化學物質標準登錄名單統計表及案件廢止（註銷）線上申請功能，並完成納入既有化學物質清冊的新化學物質延長保密功能設計，提升系統便捷性和效率。\n四、賡續跨部會化學物質登錄登記制度統一窗口運作：與勞動部職安署就新化學物質登錄審查溝通與意見交換順利運作。審查完成新化學物質標準登錄案件共14件，包括11件標準登錄第1級，3件標準登錄第2級。",
        "eng_title": "Project of Chemical Substances Registration Promotion and Technique Review",
        "eng_subject": "The main tasks of the project included supporting technical review and guidance for chemical substance data registration, promoting the registration system, enhancing management mechanisms, maintaining and expanding the Chemical Substances Registration System, and sustaining the one-stop window for cross-ministerial chemical substance registration operations. The main accomplishments of this project are as follows:\n1. Assist in technical review and guidance of chemical substance data registration:\nOver the project period, this project team processed 8,374 applications for chemical substances, covering technical reviews, preliminary evaluations, and record verifications. To ensure timely annual declarations, we used email notifications supplemented by phone reminders, instructional videos, and simplified guides, achieving 100% submission completion rate. To facilitate standard registrations for existing chemical substances by year-end, we organized 2 policy explanatory sessions, 8 data preparation workshops covering 16 substances, and 10 joint registration sessions for 15 substances, assisting a total of 350 entities. These efforts led to 1,989 submissions, including 402 joint registration applications. Additionally, 2,680 registration numbers were either canceled or had their registration levels adjusted due to changes in business models, as entities no longer imported or manufactured the substances.\n2. Promotion of the chemical substance registration system and enhancement of management mechanisms:\nWe regularly gathered and shared international updates, covering the recent developments in PFAS management, registration systems, and chemical substance management across four advanced countries and regions. Reports were provided to regulatory agencies as required. To expand the application of registration data and strengthen chemical substance management, we designed diverse information dissemination methods tailored to specific audiences and purposes. This included the establishment of a new substance summary page (Infocard) for quick public access to hazard and safety information. Additionally, we developed recommendations for cross-agency data filtering, push notifications, and data transfer processes to aid regulatory agencies in managing chemical substances within their respective jurisdictions.\n3. Maintenance and expansion of the Chemical Substances Registration System:\nTo boost administrative efficiency, we continuously expanded and optimized system functions. Key enhancements included launching a bulletin board for lead registrants, displaying consented contact information on the platform’s homepage, and adding a nano-material information feature for existing chemical substance registrations. We also redesigned detail fields in the latest version of the offline registration tool, Chemist New X3.0. Further improvements included enhanced data filtering, a statistical table of standard registered existing chemical substances, an online deregistration application feature, and a confidentiality extension for newly registered substances added to the inventory, improving system accessibility and efficiency.\n4. Sustaining the one-stop window for cross-ministerial registration operations:\nCollaboration with the Occupational Safety and Health Administration (OSHA) on new chemical substance registration review proceeded smoothly. A total of 14 new chemical substance standard registration cases were reviewed and completed, including 11 cases of level I and 3 cases of level II.",
        "proj_year": "113",
        "org_name": "化學署評估管理組",
        "exe_unit": "環資國際有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130352873",
        "publish_date": "20250201"
    },
    {
        "chi_title": "113年度土壤及地下水污染調查及查證工作計畫-高雄市",
        "chi_subject": "本計畫協助環保局針對高雄市土壤及地下水污染整治資訊網進行更新維護，在土壤及地下水監督查核及驗證採樣工作部份，本計畫共完成土壤查核採樣分析採樣進尺865 m、農地土壤採樣10組、地表破除42點、土壤樣品篩測410組及土壤樣品分析250組；地下水查核147口採樣、147組地下水一般項目、171組地下水污染管制項目(VOCs及重金屬)分析、51組TPH分析；此外，以緊急應變經費配合執行場址查證及驗證作業，緊急應變實際執行金額總計為800,960元。本年度共完成7處場址污染改善完成查證作業、3處場址污染查證作業、2處場址污染改善成效查核作業、7處場址地下水定期監測及1處依土污法第6條執行場址土壤定期監測案件。\n地下水監測井部份，113年度上下半年度分別完成497口與476口監測井外觀巡查作業，除部份巡查缺失於現場立即完成改善外，針對外觀有異樣之監測井共完成94口監測井外觀維護、16口監測井井體修復、49口井況評估、25口再次完井、5口異物排除、20口標準監測井廢井、19口簡易井設置(19口於採樣後廢除)及4口標準監測井設置。\n本團隊今年配合環管署執行「底泥品質管理工作」辦理3場次環境勘查評估、36組樹脂包調查、6個水質重金質採樣分析、24個渠道底泥採樣(包含XRF分析)工作及12組底泥重金屬分析；「農地土壤污染預防之定常性工作」執行8場次環境勘查評估，104個農地土壤抽測採樣(包含XRF分析)及50組樹脂包調查，並針對灌溉水質連續監測8個站月、23組灌溉水質抽測初驗及3組抽測複驗；「事業土地污染預防工作」針對A群(加強管理群)辦理1場次現勘行前說明會及54家次現勘，並執行5家次土壤調查及查證工作；另針對B群(自主管理群)辦理1場次預防管理說明會及18家次預防管理成效追蹤；「土壤污染評估調查及檢測資料之技師簽證查核作業」辦理7件次土壤污染評估調查及檢測資料之技師簽證抽查作業、1場次缺失記點確認會；針對台灣塑膠工業股份有限公司仁武廠辦理1場次最佳管理措施(BMPs)現場查核輔導會議。\n針對環保局相關人員辦理3場次教育訓練；3場次校園宣導種子培訓課程；並分別針對轄區內列管場址及轄內事業單位辦理2場次法規宣導說明會。\n計畫執行期間內，本市列管場址至少每2個月巡查一次以上，此外，協助審查各污染場址所提報與土壤及地下水污染整治法相關資料並提供書面審查意見計有129件。\n協助地下儲槽系統業者辦理網路申報，112年第3次及113年第1、2次申報率均為100 %，並完成申報資料審查作業；協助審核地下儲槽系統設置計畫書或完工報告書計17件次，並完成16處地下儲槽系統現場法規符合度查核作業及40處預防性體檢作業，其中執行2站計7組土壤氣體GC-FID定性及定量分析。另執行計50處地上儲槽系統法規符合度確認及輔導工作，2處新增地下儲槽輔導工作，現場缺失及資料不符情形均已於5月前完成輔導並複查追蹤完成。\n協助辦理9場次業務工作檢討會、1場次推動小組委員會議及41場次專案分組委員會議。",
        "eng_title": "Soil and Groundwater Contamination Investigation Project in 2024 Environmental Protection Bureau, Kaohsiung City",
        "eng_subject": "This project was contracted by the Environmental Protection Bureau of Kaohsiung City Government (Kaohsiung EPB) to control the soil and groundwater contamination in Kaohsiung. The scope of this project was to investigate and identify the soil and groundwater contamination in Kaohsiung, prevent the expansion of any contamination, and to conduct oversight and verification of gas station standard operating procedures. All of the work specified in the contract has been completed. In accordance with the contract, starting from January 2024, In addition, we continuously updated project content in the soil and groundwater information management system to reflect the status of every monitored site.\nThis project assisted the Environmental Protection Bureau in updating and maintaining the Soil and Groundwater Pollution Remediation Information Network for Kaohsiung City. Regarding soil and groundwater supervision, inspection, and verification sampling, the project completed a total soil inspection sampling depth of 865 meters, 10 agricultural soil samples, 42 surface-breaking points, 410 soil screening samples, and 250 soil analysis samples. Groundwater inspections included 147 wells sampled, 147 general groundwater analyses, 171 analyses for groundwater pollution control items (VOCs and heavy metals), and 51 TPH analyses. Additionally, emergency response funds were utilized to conduct site verification and validation tasks, with actual emergency response expenditures totaling NT$800,960. This year, the project successfully completed verification tasks for pollution remediation at 7 sites, pollution verification at 3 sites, performance evaluations of pollution remediation at 2 sites, periodic groundwater monitoring at 7 sites, and periodic soil monitoring for one site in accordance with Article 6 of the Soil and Groundwater Pollution Remediation Act.\nIn the first and second half of 2024, 497 and 476 monitoring wells were inspected; any minor defects were immediately corrected on-site after the inspection. 94 wells with external damage were repaired. 16 wells had structural damage and were also repaired. Well condition assessment was performed on 49 wells. 25 standard monitoring wells were rebuilt. 5 standard monitoring wells were eliminated foreign substance. 20 standard monitoring wells were found unusable and removed from the monitoring list. 19 temporary wells were installed and 19 temporary wells were abrogated. 4 standard monitoring wells were installed.\nThis year, we cooperated with the Environmental Protection Department to carry out Sediment Quality Administration and conducted 3 environmental investigation and assessment, 6 water quality heavy metal sampling and analysis, 36 groups of resin package testing, and 12 channel sediment sampling (including XRF analysis).；Prevention of Soil Pollution in Farmland conducted 8 environmental surveys and assessments, 50 sets of resin package surveys and 104 samples of farmland soil sampling (including XRF analysis), and monitored irrigation water quality for 8 stations, 23 irrigation water quality sampling initial tests and 3 sampling retests；Operational Factory Pollution Prevention Work conducted 1 pre-departure briefing session and 54 on-site surveys for Group A (Strengthening Management Group), and carried out 5 soil surveys and verifications, and 1 prevention and management briefing session and 18 prevention and management effectiveness tracking sessions for Group B (Self-Management Group); Technician Check for Soil Pollution Assessment Investigation and Testing Data Examined 7 cases for soil pollution assessment investigation and testing data, 1 missing confirmation meeting ; Conducted 1 on-site audit counseling meeting for Taiwan Plastic Industrial Co., Ltd. Renwu Plant..\nWe hired a registered, qualified lawyer with the relevant expertise to provide legal consulting services in two cases.\n3 meetings in soil and groundwater pollution and remediation issues were held for EPB personnel. 3 education and explanation meetings on soil and groundwater pollution for elementary school children or faculty .2 regulatory guidance meetings were also held to the Pollution Site.\nWe inspected all sites once every two month at least and assisted in the review of the various contaminated sites report, and provided a total of 129 review comments. \nWe assisted the storage systems with their quarterly reporting and complete the application review, achieving a reporting rate of 100 % for the  3rd reports in 2023 and the 1st and 2nd reports in 2024. And also assisted in the review of 17 storage system equipment plans or completion reports. We completed 16 underground storage tank systems inspections, and detected soil vapor monitoring well and cathodic protection at 40 underground storage tank systems. In addition, we were work for the confirmation of compliance with laws and regulations and the guidance for 50 sites storage systems.",
        "proj_year": "113",
        "org_name": "高雄市政府環境保護局",
        "exe_unit": "環虹錕騰科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130345549",
        "publish_date": "20250116"
    },
    {
        "chi_title": "113年度澎湖縣空氣品質管理發展計畫",
        "chi_subject": "澎湖縣為我國離島縣位於臺灣海峽上，由澎湖群島所組成，以澎湖水道與臺灣本島之雲林縣、嘉義縣相望。人口有六成定居於馬公市，澎湖縣內轄有1市5鄉共有6個鄉市，四面環海，早期經濟活動以漁業為主，隨著漁業資源比重降低，現已轉型為以觀光為主。\n澎湖縣每年夏季的花火節與水上活動帶來人潮，觀光遊客透過航空或輪船前來旅遊，108年旅遊人次達最高峰1,286千人次，110年及111年受疫情影響分別降為618及1,114千人次，112年緩升至1,275千人次，113年為1,028千人次。\n澎湖縣設有環境部馬公站監測各項污染物空氣品質，除了O3外其餘均符合空品標準，O3_8hr_95%高值濃度108~110年呈下降趨勢，但仍略高於空氣品質標準60ppb，經環境部公告自110年起為三級防制區。110~112年濃度由67.3ppb略上升至69.7ppb，113年11月底為68.2ppb；PM2.5、SO2、NO2經環境部公告自110年起為二級防制區，近5年改善率分別為15.8%、68.6%及34.3%，113年11月底分別為11.0µg\/m3、1.00ppb及3.48ppb。\nAQI>100占比，由108年7.9%降至112年3.8%，113年(至11月)為3.0%(共10日，3月3天、5月5天及10月2天)，指標污染物為O3_8hr，不良主因為受東北季風挾帶境外污染影響，均即時發布訊息提醒民眾。\n協助澎湖縣第二期空氣污染防制計畫書(113年至116年)研擬及撰寫，1月23日辦理公告草案，2月19日辦理跨局處、環團、利害關係人研商會，2月22日提交空氣污染防制計畫草案至環境部，5月7日環境部召開初審會議，7月31日環境部召開審查會議，經過持續溝通修正，10月由環境部核定並公告。\n建立澎湖縣空氣品質維護\/改善督導查核標準作業程序，檢核各計畫月報\/季報\/半年報等資料。依據考評指標彙整量化執行成果，召開3場工作會議、1場跨局處研商會議、1場污防書專家諮詢會議，提升整體執行成效，另針對不同年齡層學生辦理5場空氣品質與健康識能說明會，說明空氣品質與健康的重要性，增強空品不良時自我防護意識。\n依「空氣品質不良嚴重惡化緊急應變辦法」，113年共發生預警4次，均已落實計畫通報查處作業，並按時回報環境部網站。\n\t透過空氣品質模式CMAQ (Community Multiscale Air Quality)，完成新版排放量系統TEDS11(2019基準年)專家學者模擬工作，掌握境外及台灣對本縣空氣品質的貢獻比例高達9成以上。\n室內空氣品質管制延續上(112)年度輔導對象，針對非列管之敏感族群(幼兒園及社福機構)使用場所共16處，持續輔導自主管理維護並推廣場所取得自主管理標章。截至113年已完成6處非列管幼兒園取得優良級或良好級標章。現場巡查結果發現，室外CO2濃度平均300~400ppm，巡檢場所室內CO2濃度平均400~700ppm，CO2濃度偏高之情況主要為密閉空間空調導致室內通風不良造成污染物濃度累積；另針對13處列管場所進行室內空氣品質維護管理措施落實度查核，皆符合法規規範。\n空品淨化區執行成果，聯合縣府相關局處推展環境綠美化，減少裸露地風蝕揚塵排放，施作綠地面積(如青青草園新植、海岸林\/防風林新植造林撫育及平地景觀綠美化)由99年85.5公頃上升至113年142.3公頃；辦理1場次清淨空氣綠牆推廣及淨化區認養說明會，媒合7處空氣品質淨化區由民間企業認養及志工認養，並辦理1場次空氣品質淨化區優良認養單位甄選，由縣長公開表揚優良空品淨化區認養單位。",
        "eng_title": "113 Penghu Conunity Air Quality Management and Development",
        "eng_subject": "Penghu County, one of Taiwan's offshore island counties, is located in the Taiwan Strait and consists of the Penghu Archipelago. It is separated from Yunlin County and Chiayi County on Taiwan's main island by the Penghu Channel. Approximately 60% of the population resides in Magong City. The county comprises one city and five townships, for a total of six administrative divisions. Surrounded by the sea, Penghu's early economy relied heavily on fishing. However, as fishing resources dwindled, it transitioned to tourism as its primary economic activity.\n\nEach summer, Penghu's Fireworks Festival and water activities attract crowds of visitors. Tourists travel to the county by air or ferry. In 2019, the number of visitors peaked at 1.286 million. However, this number dropped to 618,000 and 1.114 million in 2021 and 2022, respectively, due to the pandemic. By 2023, visitor numbers had rebounded to 1.275 million but decreased to 1.028 million in 2024.\n\nPenghu County has an environmental monitoring station in Magong to track air quality and pollutants. With the exception of ozone (O3), all pollutants meet air quality standards. The 8-hour average of O3 concentration (95th percentile) showed a declining trend from 2019 to 2021 but remained slightly above the air quality standard of 60 ppb. The Ministry of Environment designated Penghu as a Level 3 Control Zone starting in 2021. From 2021 to 2023, O3 concentrations increased slightly from 67.3 ppb to 69.7 ppb and were at 68.2 ppb by the end of November 2024. Meanwhile, PM2.5, SO2, and NO2 concentrations, classified as Level 2 Control Zone pollutants since 2021, have shown improvement rates of 15.8%, 68.6%, and 34.3%, respectively, over the past five years. By the end of November 2024, the concentrations were 11.0 µg\/m³ for PM2.5, 1.00 ppb for SO2, and 3.48 ppb for NO2.\n\nThe percentage of AQI readings above 100 decreased from 7.9% in 2019 to 3.8% in 2023 and further to 3.0% (10 days) in 2024, as of November. The primary pollutant was O3, often influenced by transboundary pollution brought by the northeast monsoon. Timely notifications were issued to inform the public.\n\nThe second phase of Penghu County's Air Pollution Prevention Plan (2024–2027) was developed and reviewed through several stakeholder meetings. The draft plan was finalized and approved by the Ministry of Environment in October 2024 after multiple rounds of revisions. Standard procedures for air quality maintenance and improvement audits were also established, including reviewing monthly, quarterly, and semi-annual reports and holding meetings to enhance plan implementation. Public education included five air quality and health literacy sessions targeting students of different age groups, emphasizing the importance of air quality and personal protection.\n\nUnder the Emergency Response Measures for Severe Deterioration of Air Quality, four alerts were issued in 2024. All responses followed established procedures and were reported to the Ministry of Environment's website on time.\n\nUsing the CMAQ (Community Multiscale Air Quality) model, an updated emissions inventory (TEDS11, based on 2019 data) was completed. The model revealed that over 90% of air quality impacts in Penghu were attributable to transboundary and domestic contributions from Taiwan.\n\nIndoor air quality management extended previous efforts to guide non-regulated facilities catering to sensitive groups (e.g., kindergartens and social welfare institutions). Six out of 16 such facilities achieved excellent or good self-management certifications by 2024. Inspections showed indoor CO2 levels averaging 400–700 ppm, with higher concentrations attributed to poor ventilation in enclosed spaces. Thirteen regulated facilities were also audited for compliance with indoor air quality maintenance measures.\n\nEfforts to purify air quality included expanding green spaces and reducing windblown dust emissions. The total green area increased from 85.5 hectares in 2010 to 142.3 hectares in 2024. Initiatives included promoting clean air green walls, holding one adoption briefing session for air quality purification zones, and recognizing outstanding adopters through a public awards ceremony.",
        "proj_year": "113",
        "org_name": "澎湖縣政府環境保護局",
        "exe_unit": "鼎環工程顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130344758",
        "publish_date": "20250114"
    },
    {
        "chi_title": "113年度屏東縣固定污染源管制及空品不良期間應變計畫",
        "chi_subject": "本報告針對113年度「屏東縣固定污染源管制及空品不良期間應變計畫」的執行成果與建議進行詳細說明。該計畫自113年1月1日至12月31日，旨在改善屏東縣的空氣品質，涵蓋工作項目如下摘要說明：\n(一)許可管制作業\n截至11月中旬，計畫已完成509條許可製程查核，查核不符率為3.9%。在不符合標準的20條製程中，有12條顯示出污染物排放的增加，包括增設污染源及原物料使用量超標。已核發210張許可證，平均審查日數為21.5日，較112年度的18.2天增加，主要因應去年度考評缺失所導致的審查流程調整。計畫將持續追蹤不符合標準的製程，並針對已申請改善的19條製程進行後續檢查。\n (二) 法規符合度管制工作\n本計畫已完成對69家工廠的定期檢測，並針對公私場所進行1,432場次的日間巡查及511場次的夜間巡查。巡查成果顯示，執行度達358%，嚴重違規的案例已進行處罰，涉及的工廠包括國統、瑞洋、惠華等，合計處分金額達92萬元。此外，針對137座加油站的管理，已完成45站次的抽測，合格率高達96.4%。計畫針對不合格的加油槍進行檢查和維修，並要求相關廠商提交改善報告。計畫針對污染源進行減量輔導，已完成12家公私場所的輔導，取得明顯改善效果。特別對於造船業的露天塗裝作業，已要求增設防制設備，預計可減少24公噸的VOCs排放。對於屢遭陳情的廠家，計畫提供改善建議並持續追蹤狀況。至今，空氣品質不良的預警日數共12日，巡檢共108家次。針對空品不良期間，廠家需保持防制措施，並依防制計畫執行減量。環保局開發的線上回報系統促使固定污染源在不良日時進行自主減產，並確保回報資料的正確性。\n    (三) 空品不良成因分析\n本計畫針對空品不良的成因進行分析，特別是在冬季高屏空品區，受境外污染物的影響及高壓系統導致的污染物累積，PM2.5濃度顯著變化，白天O3濃度也出現逐日升高的趨勢。這些結果強調了加強對境外污染物監測與應對措施的必要性。\n(四) 空污費徵收作業\n截至113年11月，屏東縣共列管需申報空污費之公私場所552家，其中每季審查已完成1,631家次，達成率82%。在空污費徵收金額方面，自112Q4至113Q2，共徵收約3,148.38萬元，其中無需繳費或僅繳交基本費用者佔61.84%。從行業別分析，砂石採取及其他礦業、表面塗裝業和廢棄物處理業是空污費的主要來源，合計占全屏東徵收費用的67.64%。\n空污費現場查核共522家，達成率98.5%。查核結果顯示，214家工廠無溢補繳情形，142家有溢繳情形，而需補繳者為166家。查核符合率約為72%至95%。錯誤率高的主要原因包括堆置場申報複雜性、使用量不符及申報人員不熟悉流程。為改善此情況，本計畫加強對砂石業者及預拌混凝土業者的教育宣導，並提供專用記錄報表，以降低申報錯誤。\n(五) 其他配合作業\n本計畫針對屏南工業區、屏東工業區等地區進行行業分布調查和敏感受體點資訊蒐集，並依據法規要求對工廠的空氣污染突發事故進行應變計畫的審核。11月5日，屏南工業區舉辦了空氣污染及毒災事故應變演練，邀請相關機構進行實兵演練，檢視污染源查證及現場空氣品質監控的效率。在逸散性管理辦法管理方面，查核共完成58廠次，符合率為95%；針對不符合標準的廠家進行改善追蹤，並計劃加強對該些廠家的稽查。\n污染源減量作業方面，除了新設工廠要求最佳可行控制技術原則外，既存污染源則透過稽查檢測進行改善輔導，至今已完成12家公私場所的輔導，實質改善成果顯著，包括新增或改善污染防制設備，減量效果明顯。特別是造船業的露天塗裝作業，已要求相關廠家增設防制設備，預計可減少24公噸的VOC排放。此外，本計畫針對屢遭陳情的廠家進行輔導，提供改善建議，並持續追蹤改善狀況。至今已完成7家因異味而被陳情的廠家的輔導改善作業。\n截至目前，113年內空氣品質發布中級預警日數共12日，巡查共108家次，初級預警日數87日，巡查共522家次。針對空品不良期間，廠家需保持空污防制措施正常運作，並根據防制計畫內容執行減量。環保局開發的線上回報系統，促使固定污染源在不良日時進行自主減產，並確保回報資料的合理性和正確性。\n\n結論\n本計畫在許可管制作業及法規符合度管制工作上取得顯著成效，並持續強化對污染源的監控和輔導，未來將持續追蹤不符合標準的製程，並針對空品不良的成因進行深入研究。透過持續的努力，期望能有效減少污染源排放，提升屏東縣的環境品質及居民健康。計畫將不斷優化相關措施，強化空氣品質的維護與改善。",
        "eng_title": "none",
        "eng_subject": "This report outlines the implementation results and recommendations for the Pingtung County Fixed Pollution Source Control and Air Quality Deterioration Response Plan for the year 113. The plan, which spans from January 1 to December 31, 113, aims to improve air quality in Pingtung County through several key initiatives.\n1. Permitting Control Operations\nAs of mid-November, a total of 509 permitted processes were audited, with a non-compliance rate of 4.0%. Among the 20 processes identified as non-compliant, 12 showed increased emissions of pollutants, which included increased sources and raw material usage exceeding limits. A total of 210 permits have been issued, with an average review time of 21.5 days, an increase from 18.2 days in the previous year due to adjustments in the review process following prior evaluation deficiencies. Continuous monitoring of non-compliant processes will be conducted, along with follow-up checks on 19 processes that have submitted improvement requests.\n2. Regulatory Compliance Monitoring\nThe plan has successfully completed scheduled inspections of 69 factories, conducting 1,432 daytime inspections and 511 nighttime inspections. The implementation rate reached 358%. Severe violations have been addressed, impacting enterprises such as Guotong, Ruiyang, and Huiliang, resulting in fines totaling NT$920,000. Additionally, inspections of 137 gas stations have been completed, with a compliance rate of 96.4%. Non-compliant gas pumps are being inspected and repaired, with operators required to submit improvement reports.\n3. Pollution Source Reduction\nThe plan includes reduction assistance for pollution sources, with successful improvement outcomes for 12 public and private sites. Specifically, in the shipbuilding industry, requirements for additional pollution control equipment have been implemented, expected to reduce VOC emissions by 24 tons. Continuous support will be provided to factories frequently receiving complaints, along with monitoring of their progress.\n4. Air Quality Deterioration Response and Monitoring\nThis year, there have been 12 days of air quality alerts, with 108 inspections conducted. During periods of poor air quality, factories are required to maintain control measures and adhere to reduction plans. An online reporting system developed by the Environmental Protection Bureau encourages fixed pollution sources to autonomously reduce production during poor air quality days, ensuring the accuracy of reported data.\n5. Analysis of Poor Air Quality Causes\nThe report analyzes the causes of poor air quality, particularly during the winter months in the Gaoping air quality zone, where external pollutants and high-pressure systems contribute to significant changes in PM2.5 levels and increasing O3 concentrations. These findings underscore the necessity of enhancing monitoring and response measures for external pollution sources.\nConclusion\nThe plan has shown notable effectiveness in both permitting control operations and regulatory compliance monitoring. Future efforts will focus on tracking non-compliant processes and conducting in-depth research into the causes of poor air quality. Through ongoing initiatives, it is anticipated that emissions from pollution sources will be effectively reduced, resulting in improved environmental quality and public health in Pingtung County. The plan will continue to optimize measures, strengthening air quality maintenance and improvement efforts.",
        "proj_year": "113",
        "org_name": "屏東縣政府環境保護局",
        "exe_unit": "元律科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130339805",
        "publish_date": "20250115"
    },
    {
        "chi_title": "113年模範環境保護專責及技術人員選拔專案計畫",
        "chi_subject": "國家環境研究院自民國97年開始辦理「模範環境保護專責及技術人員」選拔活動。辦理至今(113年)共有173位專責及技術人員獲獎。\n為因應工業多元屬性，遴選對象針對包括「空氣污染防制」、\t「廢（污）水處理」、「廢棄物清除、處理」、「毒性及關注化學物質專業技術」、「環境用藥製造業、販賣業及病媒防治」、「土壤污染評估調查」、「室內空氣品質維護管理」及「健康風險評估」等八類進行評選。評選重點包括「環境保護規劃及職掌」、「環境保護工作推行」以及「環保觀念推行與教育宣導」等面向。\n113年度共有11名模範環境保護專責及技術人員獲獎，為使獲獎人員的績優環保事蹟，能夠持續累積、分享、傳承與推廣下去，特別針對得獎者編輯「111年度模範專責及技術人員優良環保事蹟實錄」，分享獲獎績優環保事蹟，提供其他專責及技術人員參考。",
        "eng_title": "2024 Environmental Dedicated Personnel and Technicians model selection project",
        "eng_subject": "For 17 consecutive years since 2008, the National Environmental Research Academy (NERA) has organized the Environmental Dedicated Personnel and Technicians selection program. As of this year, a total of 173 professionals and technicians have been recognized for their outstanding contributions to environmental protection.\nTo address the diverse nature of industrial sectors, this year's selection was divided into eight categories: air pollution control, wastewater treatment, waste clearance and disposal, toxic and hazardous chemical management, manufacturing and sales of environmental agents, pest control, soil pollution assessment and investigation, indoor air quality management, and health risk evaluation. The selection criteria included environmental protection planning and responsibilities, achievements in implementing environmental initiatives, and efforts to promote public awareness of environmental protection.\nIn 2024, 11 exemplary Environmental Dedicated Personnel and Technicians were honored. To ensure the continuation, sharing, and dissemination of their exceptional contributions, NERA compiled the Summary of Outstanding Achievements in Environmental Protection by Model Personnel and Technicians. This publication aims to inspire other professionals and technicians by sharing best practices and exemplary achievements in environmental protection.\nFor 17 consecutive years since 2008, the National Environmental Research Academy (NERA) has organized the Environmental Dedicated Personnel and Technicians selection program. As of this year, a total of 173 professionals and technicians have been recognized for their outstanding contributions to environmental protection.\nTo address the diverse nature of industrial sectors, this year's selection was divided into eight categories: air pollution control, wastewater treatment, waste clearance and disposal, toxic and hazardous chemical management, manufacturing and sales of environmental agents, pest control, soil pollution assessment and investigation, indoor air quality management, and health risk evaluation. The selection criteria included environmental protection planning and responsibilities, achievements in implementing environmental initiatives, and efforts to promote public awareness of environmental protection.\nIn 2024, 11 exemplary Environmental Dedicated Personnel and Technicians were honored. To ensure the continuation, sharing, and dissemination of their exceptional contributions, NERA compiled the Summary of Outstanding Achievements in Environmental Protection by Model Personnel and Technicians. This publication aims to inspire other professionals and technicians by sharing best practices and exemplary achievements in environmental protection.",
        "proj_year": "113",
        "org_name": "國環院環教認證中心",
        "exe_unit": "豐鏵環境科技管理股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130334828",
        "publish_date": "20250101"
    },
    {
        "chi_title": "113年綠島鄉中南寮聚落污水自然淨化保育計畫",
        "chi_subject": "台東縣環境保護局藉由綠島中南寮聚落污水自然淨化設施將民眾所產生之生活污水處理至符合排放標準之放流水，並利用此放流水澆灌海岸邊植栽之林木，或作為沖洗岸邊設施之用，充分利用水資源，並達到降低海洋污染的目的。為長期瞭解綠島鄉生活污水水質污染情形、污水自然淨化設施處理成效及維持相關設施之最佳操作模式，故辦理113「綠島鄉中南寮聚落污水自然淨化保育計畫」",
        "eng_title": "113 Green Island Township Zhongnanliao Settlement Sewage Natural Purification Conservation Plan",
        "eng_subject": "With the natural sewage purification facilities at Zhongnanlou, Ludao, it is hoped that the sewage, which originally caused the environmental impact on the natural ecology, will be converted to reusable water through natural purification so as to achieve the purpose of reutilization of water resources and achieve the purpose at the same time: 1. reduce the environmental pollution caused by domestic sewage. 2. to maintain the normal operation of sewage purification facilities. 3. the use of purified water as a sea embankment green landscaping use.",
        "proj_year": "113",
        "org_name": "臺東縣環境保護局",
        "exe_unit": "技佳工程科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130334707",
        "publish_date": "20250127"
    },
    {
        "chi_title": "113年度新北市氣候變遷減緩及調適工作推動計畫",
        "chi_subject": "新北市在氣候行動領域方面已於過往奠定堅實基礎，於2020年成為全國第一個簽署氣候緊急宣言的城市，成立氣候變遷及能源對策執行委員會，並於2023年9月轉型為氣候變遷因應推動會，全面盤點新北市氣候行動計畫。此外，於2022年8月24日發表「新北市2050 淨零路徑暨氣候行動白皮書」，為新北市氣候政策推動，提供系統性路徑規劃，並確保朝向淨零轉型邁進。\n在盤查與減量推動規劃方面，本計畫協助新北市蒐集活動數據並分析其趨勢變化、完成三大部門9項重點策略成本效益評估、完成112年執行方案成果報告研擬、統整分析列管和非列管排放源排放量。而於氣候變遷調適方面，完成調適政策盤點、調適計畫流程研擬、完成風險評估的「危害度」以及「災害潛勢」、1場次座談會，及氣候變遷調適執行方案。",
        "eng_title": "2024 Climate Change Mitigation and Adaptation Implement in New Taipei City",
        "eng_subject": "New Taipei City, a leader in climate action, signed a climate emergency declaration in 2020, established a Climate Change and Energy Policy Implementation Committee, and transformed it into the Climate Change Response Promotion Committee in 2023. The city published the 2050 Net-Zero Pathway and Climate Action White Paper in 2022 to guide systematic policy planning. Climate Action and Performance: Support the city in completing four international climate actions, tracking six metropolitan cities' climate actions, and organizing two conferences. Emission Reduction: Collect data, analyze trends, evaluate key strategies, draft progress reports, and analyze emissions. Adaptation: Review policies, develop adaptation plans, conduct risk assessments, organize workshops, and draft an adaptation implementation plan.",
        "proj_year": "113",
        "org_name": "新北市政府環境保護局",
        "exe_unit": "台灣綜合研究院",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130320054",
        "publish_date": "20250104"
    },
    {
        "chi_title": "新竹市113年度「向海致敬 -海岸清潔維護計畫」",
        "chi_subject": "為解決長久以來海岸海洋河川環境清潔問題， 行政院於109年06月核定「向海致敬-海岸清潔維護計畫」，藉由環境部結合9個部會與地方政府共同推動，從「清理、減量、去化、透明、教育」5個面向著手，以達成全臺海岸線每一寸土地都有政府機關負責看管、清理廢棄物之共識。另外，登革熱是世界上經由蚊子傳播最快的病毒性疾病，尤以熱帶及亞熱帶地區較易產生嚴重疫情。為有效清除病媒蚊之孳生源，落實登革熱疫情預防工作。\n為掌握海岸清潔維護之執行品質，並且落實登革熱疫情預防工作，本執行團隊以整體性之規劃與執行能力，協助環保局達成具體之績效展現，各項工作執行成果如下說明：\n一、海岸清理策略及規劃\n(一) 海岸環境現況及特性研擬海岸清理策略，已規劃短、中期政策推動目標，後續將持續協助相關政策布達。\n(二) 依據近年現場巡檢作業結果，擬定各海岸場域之清除頻率，提供各權責單位作為後續調整海岸環境清潔維護作業之參考依據。\n(三) 已於113年05月13日及11月4日辦理二場次「新竹市海岸維護跨局處成效檢討會議」，運用新竹市海岸環境清理平台，持續協調各權責單針對海岸環境維護作業進行溝通，以期達到清理量能最佳化之目標。\n二、海岸清理監督作業及資訊平台管理\n(一) 目前海岸線環境現場巡檢作業，已進行46次之巡檢作業，現場垃圾密度多數為乾淨至低密度；海岸髒亂通報查核及成果，共進行20次通報，而各單位之處理完成回報率達95%。\n(二) 清理作業監督及清運車輛查核，共進行141次現場監督查核及17次清運車輛查核，查核時並無不符相關規定之狀況。\n三、整合海岸環境清理作業相關成果\n(一) 定期更新海岸清理資訊平台，於每月10日回報上月各海岸線之清理情形，共進行131次回報作業。\n(二) 協助辦理相關單位垃圾去化事宜，共計131場次團體及企業進行參與，淨灘活動人數達10,600人次，共計清除47.02公噸垃圾（累計長度56.95公里）\n(三) 目前轄內共計9家企業團體簽署認養（合計385人），持續主動洽詢本年度有申請淨灘之企業及民間機構，以企業社會責任之角度切入，並提供相關誘因機制（如公開授獎、新聞稿提名等），促使其簽署加入認養行列；並於8月9日搭配環保局毒化物聯防組職小組會議進行海岸認養宣導，號召企業加入認養共同維護海岸環境。\n四、辦理海灘廢棄物垃圾及寶特瓶組成（ICC）監測調查\n(一) 完成第一至四季海灘廢棄物垃圾及寶特瓶組成（ICC）監測調查。\n(二) 比較112年第一至四季ICC高密度監測結果，113年第一至四季垃圾總數量較112年第一季至四季（112年數量介於4~16個）增加，由個別細項來看，以鐵鋁罐及玻璃瓶（增加50%以上）的數量明顯增加，其次為第三季新增之鞭炮盒子；其原因可能為113年疫情逐漸趨緩，國內旅遊復甦，幸福沙灣增加遊客人潮，導致垃圾量較112年多。",
        "eng_title": "Hsinchu City's 113th Annual 「Salute to the Sea - Coastal Cleanliness and Maintenance Plan」",
        "eng_subject": "In order to solve the long-term environmental cleaning problem of coastal rivers and seas, the Government Council approved the Salute to the Sea-Coastal Cleaning and Maintenance Plan in June, 109. With the joint efforts of the Ministry of Environment and nine ministries and local governments, it started from the five aspects of cleaning, reduction, decontamination, transparency and education, so as to reach a consensus that every inch of Taiwan's coastline is taken care of and cleaned up by government agencies. In addition, dengue fever is the fastest viral disease spread by mosquitoes in the world, especially in tropical and subtropical areas. In order to effectively eliminate the breeding sources of vector mosquitoes and implement the prevention of dengue fever.\nIn order to master the implementation quality of coastal cleaning maintenance and implement the prevention of dengue fever, the implementation team assisted the Environmental Protection Bureau to achieve specific performance display with overall planning and implementation capabilities. The implementation results of each work are described as follows:\nFirst, the coastal cleaning strategy and planning\n(1) The present situation and characteristics of the coastal environment; the coastal cleaning strategy has been developed; the short-term and medium-term policy promotion targets have been planned; and the relevant policies will be continuously assisted in the follow-up.\n(2) According to the results of on-site inspection in recent years, work out the cleaning frequency of each coastal field, and provide the responsible units with reference for subsequent adjustment of coastal environment cleaning and maintenance operations.\n(3) On May 13th and November 4th, 113, two hsinchu city Coastal Maintenance Inter-bureau Effectiveness Review Meetings were held, and the hsinchu city coastal environmental cleaning platform was used to continuously coordinate the communication between the various power and responsibility sheets on coastal environmental maintenance operations, so as to achieve the goal of optimizing the cleaning amount.\nTwo, coastal cleaning supervision and information platform management\n(1) At present, 46 inspections have been carried out on the shoreline environment, and the density of garbage on site is mostly clean to low; A total of 20 reports were made on the inspection and results of the coastal mess, and the return rate of each unit was 95%.\n(2) Supervision of cleaning operation and inspection of cleared vehicles, 141 on-site supervision and inspection and 17 on-site inspection of cleared vehicles were conducted, and there was no violation of relevant regulations during the inspection.\nThree, the integration of coastal environmental clean-up operations related results\n(1) Regularly update the information platform for coastal cleaning, and report the cleaning situation of each coastline in the last month on the 10th of each month, with a total of 131 reporting operations.\n(2) Assisting relevant units in garbage disposal, involving 131 groups and enterprises, with 10,600 beach cleaning activities, and removing 47.02 metric tons of garbage (with a cumulative length of 56.95 kilometers).\n(3) At present, a total of 9 enterprise groups within the jurisdiction have signed up for adoption (with a total of 385 people), and they continue to actively consult enterprises and non-governmental organizations that have applied for the net beach this year, and provide relevant incentive mechanisms (such as public award, press release nomination, etc.) to urge them to sign up for adoption; And on August 9th, with the meeting of the working group of the Toxin Prevention and Control Group of the Environmental Protection Bureau, the coastal adoption was publicized, calling on enterprises to join in the adoption and jointly safeguard the coastal environment.\nFour, for the beach waste garbage and bottle composition (ICC) monitoring survey.\n(1) To complete the monitoring survey on the composition (ICC) of beach wastes and bottles in the first to fourth seasons.\n(2) Comparing the results of ICC high-density monitoring in the first quarter to the fourth quarter of 112, the total amount of garbage in the first quarter to the fourth quarter of 113 increased compared with that in the first quarter to the fourth quarter of 112 (the number in 112 was between 4 and 16). In terms of individual details, the number of iron-aluminum cans and glass bottles (increased by more than 50%) increased significantly, followed by the new firecrackers boxes in the third quarter; The reason may be that the epidemic situation gradually slowed down in 113 years, domestic tourism recovered, and the number of tourists in Happiness Shawan increased, resulting in more than 112 years of garbage.",
        "proj_year": "113",
        "org_name": "新竹市環境保護局",
        "exe_unit": "銓璟環保科技有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130306967",
        "publish_date": "20250114"
    },
    {
        "chi_title": "113年度金門縣氣候變遷減緩及調適工作推動計畫",
        "chi_subject": "一、推動低碳永續家園輔導與認證\n金門縣有6個鄉鎮，所轄村里為37處。統計至113年11月15日止，本縣已有37個行政村里參與低碳永續家園認證評等，其中4個行政村里取得銀級認證、21個行政村里取得銅級認證、12個行政村里報名成功；3個鄉鎮市區取得銅級認證，2個鄉鎮市區報名參與認證；金門縣也已於108年2月18日取得銀級認證。在全台認證評等村里參與率中，金門縣村里參與率達100%，而村里銅級以上達68%，為全國第二，僅次於連江縣。\n為推動各級單位參與低碳永續家園認證評等，並爭取更好之評等等級，持續推動低碳永續家園認證評等於金門縣扎根，今年度本團隊協助輔導湖埔村取得銀級認證、古城里和黃埔村取得銅級認證；另透過查核2處獲得銅級評等之鄉鎮村里層級成果，以及環保局曾補助之25處社區30項受補助行動項目成果維運情形，確保社區持續推動低碳措施。\n二、推廣綠能屋頂設置與評估\n為推廣低碳家園綠能屋頂，今年度本計畫辦理7場次系列宣導推廣活動，共計1,115人次參與，並協助盤點轄內社區活動場所、公有屋頂、公營事業屋頂、私有屋頂（條件為40坪以上合法建物、日照大於2小時），辦理25處案源之太陽光電系統設置評估，預估可建置面積約3,095坪，可裝設容量約計1,539.8 kWp，建置成本約10,537萬元，年可發電量約1,943千度。\n三、推動因地制宜低碳行動\n本計畫依據去年度（112）協助輔導金門縣各社區輔導所掌握社區特色與前瞻性，鼓勵各村里持續落實低碳永續工作，今年度共輔導14處村里社區推動因地制宜行動項目，共完成設置5處牆面植生或綠籬合計約220.9平方公尺，年固碳量約94.6公斤CO2e，另汰換10處老舊燈具、1處老舊電扇、1處傳統馬桶和水龍頭，並設置1處中水回收系統，作為示範點宣導節能減碳，預估年省電量約11,601度，年省水量約942.12度，年減碳量約5,670公斤CO2e。\n四、推動氣候變遷減緩及調適\n本計畫以「金門縣第二期溫室氣體減量執行方案」執行現況進行相關管考作業，內容包含六大部門之能源部門、製造部門、住商部門、運輸部門、農業部門及環境部門，共計推動22項推動策略及73項具體推動措施。今年度已協助於6月21日完成112年度成果報告公開，年度整體經費達成情形為196%，估計減碳量為6,847公噸CO2e，環境效益執行率為98%。而統計110年至113年度10月底成果，整體經費達成情形為91%，估計減碳量為31,883公噸CO2e。\n另為擬訂本縣氣候變遷調適執行方案草案（初稿），本計畫除辦理金門縣領域脆弱度評估外，亦辦理11場次相關會議，以蒐集並彙整專家、局處以及民眾等各方意見，於10月23日函送環境部審查。\n五、推動溫室氣體盤查與查核作業\n依據新版縣市層級溫室氣體盤查計算指引，進行金門縣111行政轄區溫室氣體盤查，並評估112年行政轄區溫室氣體排放量。111年溫室氣體總排放量為316,729公噸CO2e\/年，能源部門排放275,806公噸CO2e\/年，占87.08%；廢棄物部門排放28,661公噸CO2e\/年，占9.05%；農業部門排放12,662公噸CO2e\/年，占3.87%。能源部門之溫室氣體排放中，以住商及農林漁牧能源使用之溫室氣體排放103,778公噸CO2e\/年為最大宗，占32.77%；工業能源使用之溫室氣體排放87,395公噸CO2e\/年，占27.59%、運輸能源使用之溫室氣體排放84,633公噸CO2e\/年，占26.72%。另外，林業部門的固碳量則維持為45,004公噸CO2e\/年。\n而112年溫室氣體總排放量估算結果為321,783公噸CO2e\/年，能源部門排放281,272公噸CO2e\/年，占87.41%；廢棄物部門排放27,149公噸CO2e\/年，占8.44%；農業部門排放13,362公噸CO2e\/年，占4.15%。能源部門之溫室氣體排放中，以住商及農林漁牧能源使用之溫室氣體排放106,875公噸CO2e\/年為最大宗，占33.21%；工業能源使用之溫室氣體排放86,516公噸CO2e\/年，占26.89%、運輸能源使用之溫室氣體排放87,881公噸CO2e\/年，占27.31%。\n由金門縣101年至112年溫室氣體排放結果，108年為本縣排碳高峰，109-110年因受疫情影響呈現連續兩年下降趨勢，其中運輸部門之用油大幅減少為溫室氣體排放下降最主要原因，然觀光旅遊已慢慢復甦，而小三通則已於112年復航並逐步放寬管制，112年排放量約回到109年之排放水準，未來運輸部門溫室氣體排放可能再度增加。因此，除持續推動電動運具外，加速金門再生能源發電比例，降低對燃油發電的依賴為金門縣重要減量工作。\n六、氣候變遷宣導及其他配合事項\n今年度配合本縣大型活動辦理1場次氣候變遷減緩及調適推廣教育活動，共153人次參與；另協助環保局利用社群網站推廣地方低碳成果，希望藉由社群網站中「分享」功能與民眾雙向互動，快速傳遞最新訊息，透過環保訊息之連結，凝聚金門縣縣民對環保意識之共識，增加民眾對節能減碳資訊之接收管道，提升宣導成效，並每月更新節能減碳相關文章或新聞等，達到行銷的目的，截止至11月中已更新112件節能減碳相關文章或新聞。",
        "eng_title": "2024 Kinmen County Promoting the Climate Change Mitigation And Adaptation Project",
        "eng_subject": "1. Counseling and certification of Kinmen County Low-Carbon Sustainable Homeland\nIn order to continue to promote the low-carbon sustainable homeland certification and evaluation to take root in Kinmen County, this project assisted Hupu Village obtained the silver certification, and Gucheng village and Huangpu village obtained the bronze certification.\nAlso, the subsidized unit must regularly check its maintenance and operation. Therefore, this project checked the results of the subsidized 25 action items of 30 community that the KMEPB subsidized, and 2 of the township or village that had received bronze ratings or silver ratings to promote low-carbon measures.\n2. Promote the installation and evaluation of green energy roofs\nIn order to promote green energy roofs for low-carbon homes, the project held a series of Promotional activities, with a total of 1,115 people participating. In addition, the project assisted in taking inventory of community activity venues, public rooftops, public utility rooftops, and private rooftops within our jurisdiction, and handled solar photovoltaic system installation assessments for 25 cases. It is estimated that the buildable area is about 1 hectare, the installable capacity is about 1,539.8 kWp, the construction cost is about 105.37 million NT dollars, and the annual power generation capacity is about 1,943 kWh.\n3. Promote low-carbon action items adapted to local conditions\nThe project assisted and guided community in Kinmen County to understand community characteristics and foresight, and encouraged villages to continue to implement low-carbon and sustainable work. This year, a total of 14 village communities were assisted in promoting action items tailored to local conditions. A total of 5 wall plantings or hedges were installed, totaling approximately 220.9 square meters, with a sequestration of 94.6 kgCO2e in a year. In addition, 10 old lamps, 1 old fan, 1 traditional toilet and faucet were replaced, and 1 reclaimed water recycling system was installed as a demonstration site to promote energy conservation and carbon reduction. It is estimated that the annual electricity saving is about 11,601 kWh. The water saving is about 942.12 cubic meters, and the annual carbon reduction is about 5,670 kgCO2e.\n4. Promote climate change mitigation and adaptation\nAt present, this project was based on the implementation status of the Kinmen County Greenhouse Gas Reduction Implementation Plan (Phase II) for related management and examination tasks. A total of 22 promotion strategies and 73 specific promotion measures were promoted. According to statistics from 2021 to the end of October 2023, the overall funding achieved is 91%, and the estimated carbon reduction is 31,883 metric tons of CO2e.\nIn addition, this plan also conducted a vulnerability assessment in Kinmen County and held 11 related meetings to collect and consolidate the opinions of experts, bureaus, and the public to formulate a first draft of the Kinmen County Climate Change Adaptation Implementation Plan, which was submitted to the Ministry of Environment for review on October 23.\n5. Promote greenhouse gas inventory and verification work\nA greenhouse gas inventory of 2022 administrative areas in Kinmen County was conducted, and the greenhouse gas emissions of the 2023 administrative areas were assessed. The total greenhouse gas emissions in 2022 were 316,729 metric tons CO2e\/year, with the energy sector emitting 275,806 metric tons CO2e\/year, accounting for 87.08%; the waste sector emitting 28,661 metric tons CO2e\/year, accounting for 9.05%; the agricultural sector emitting 12,662 metric tons CO2e\/year, accounting for 3.87%.\nAccording to the greenhouse gas emission results of Kinmen County from 2012 to 2023, the county’s greenhouse gas emissions were the highest in 2019, but due to COVID-19, the emissions dropped from 2020 to 2021. The main reason for the decrease in greenhouse gas emissions is the significant reduction in oil consumption in the transportation sector. However, tourism had slowly recovered, and Mini Three-Link Transportation had resumed operations in 2023. Greenhouse gas emissions are likely to increase again in the future. Therefore, in addition to continuing to promote electric vehicles, accelerating the proportion of renewable energy power generation in Kinmen and reducing dependence on fuel power generation are important reduction tasks in Kinmen County.\n6. Disseminating information about Climate Change and Low-Carbon\nThe project promoted climate change mitigation and adaptation actions by setting up booths at large-scale events, with a total of 153 participants. The project also assisted the KMEPB in managing community websites. As of mid-November, there were 112 articles or news related to energy conservation and carbon reduction updated on the Green Web blog.",
        "proj_year": "113",
        "org_name": "金門縣環境保護局",
        "exe_unit": "立境環境科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130305917",
        "publish_date": "20250103"
    },
    {
        "chi_title": "113年雲林縣環境教育專案計畫",
        "chi_subject": "雲林縣環境教育宣導暨環境保護志工管理計畫，藉由本計畫推廣環境教育、管理環境保護志工、水環境巡守隊，延續雲林縣環境教育理念。期間自民國113年1月1日至113年11月30日止。\n淨零碳排為全球指標，本計畫藉由環境教育推廣，呼籲民眾關注塑膠污染與環境保護，加強機關與民眾的合作，提升環境競爭力。配合氣候變遷契機推動輕旅行，融合低碳飲食及環境教育，促進雲林觀光與環保意識，亦推動社區環保，促進雲林低碳永續發展。本年度雲林縣共辦理環保志(義)工相關培訓，進行增能、專業訓練與運用，涵蓋環保局業務、垃圾分類、淨零生活等，增進志工專業知識，並融入再生能源、低碳永續等實務內容，並有效運用方面，達成2,927人次宣導及663人次授課。然而，部分年長志工學習效果不理想，建議未來調整培訓方式，增加獎勳與小組討論，提高學習動機。同時，需加強考核制度，提升環教志工專業能力，並優化運用規則，讓新志工有更多機會參與。\n今年度雲林縣辦理多項環保相關活動，包括服務業環保標章與碳足跡標籤說明會，並輔導多家企業申請環保標章，推動綠色採購及消費，推廣綠色場域行銷、綠色生活與消費、環保集點會員推廣等，積極擴大綠色消費效益。此外，對於中小企業申請環保標章存在困難，建議提供補助並與第三方查驗機構合作，提升業者申請意願。為了提高綠色活動的參與率，建議增設更多的推廣渠道並改善會員註冊流程，克服民眾因無載具而無法參與的問題。",
        "eng_title": "113年度環境教育宣導暨環境保護志工管理計畫Annual Environmental Education Promotion and Environmental Protection Volunteer Management Plan, 2024",
        "eng_subject": "This document serves to inform you of the Yunlin County Environmental Education Promotion and Environmental Protection Volunteer Management Plan. The purpose of the plan is to promote environmental education, manage environmental protection volunteers, and oversee water environment patrol teams, thereby continuing Yunlin County's environmental education initiatives. The implementation period of this plan is from January 1 to November 30, 2024.\nNet-zero carbon emissions is a global goal. This project promotes environmental education to raise awareness of plastic pollution and environmental protection, enhancing cooperation between agencies and the public to strengthen environmental competitiveness.\nIn line with climate change, the initiative promotes light travel, integrating low-carbon diets and environmental education, boosting tourism and environmental awareness in Yunlin County, and advocating for community-based environmental protection to foster low-carbon, sustainable development.\nConducted environmental volunteer training, providing capacity-building, professional training, and practical applications. The training covered topics like Environmental Protection Bureau duties, waste sorting, and net-zero living, while also incorporating renewable energy, low-carbon sustainability, and practical knowledge. This led to 2,927 person-times of advocacy and 663 person-times of teaching.\nHowever, the learning outcomes of some older volunteers were less than ideal. It is recommended to adjust the training methods, increase rewards, and incorporate group discussions to boost learning motivation.\nStrengthening the evaluation system is necessary to improve the professional skills of environmental education volunteers, and optimizing usage rules will give new volunteers more participation opportunities.\nOrganized multiple environmental-related activities, including service industry environmental label and carbon footprint label seminars, and assisted numerous businesses in applying for environmental labels. The activities also promoted green procurement, green consumption, green field marketing, and eco-point member promotion, expanding the benefits of green consumption.\nDue to the challenges faced by small and medium-sized enterprises in applying for environmental labels, it is suggested to offer subsidies and collaborate with third-party verification agencies to increase businesses' willingness to apply.\nTo improve participation in green activities, it is recommended to increase promotional channels and enhance the membership registration process to overcome the issue of citizens being unable to participate due to the lack of devices.",
        "proj_year": "113",
        "org_name": "雲林縣環境保護局",
        "exe_unit": "綠信環境科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130303092",
        "publish_date": "20250108"
    },
    {
        "chi_title": "金門縣-113年推動廢棄物源頭減量及強化分類回收補助計畫",
        "chi_subject": "(一)辦理源頭減量稽查及輔導工作\n1.截至11月30日稽查進度，購物用塑膠袋、免洗餐具、一次用飲料杯、一次用塑膠吸管、含塑膠微粒之化粧品與個人清潔用品、產品過度包裝、塑膠類托盤及包裝盒、電池、含PVC食品包裝，稽查總件數共561家次。\n2.截至11月30日網際網路購物包裝限制使用對象稽查進度，7家次符合規定，3家次未從事網際網路零售業務，已解除列管。\n3.截至11月30日旅宿業者輔導進度，已輔導511間，達轄內業者30%。 \n(二)推動一次用產品源頭減量\n1.今年持續以金湖鎮公有零售市場及金城鎮東門公有零售市場為減塑示範市場，分別於6月1日、9月28日在辦理2場次宣示記者會及快閃宣導活動，截至11月30日，民眾使用購物用塑膠袋減少量約為56,158個。\n2.已完成新增及補助17間業者提供循環容器（餐盒、杯）借用、自備優惠、環保外送等相關服務至12月底。截至11月30日止，共計借出10,440個循環容器，約減少4,1760個一次性餐具，根據碳足跡計算服務平台推估，以每人三餐使用一次用物品推估約減少10,440*3*1.1659=36,515.988kgCO2e。\n3.已輔導家樂福、金門農會、Mia C'bon共3處業者門市推動蔬果裸賣至12月，並於6月15日辦理1場次裸賣宣導會，觸及人數106人次，第2場於9月21日辦理，觸及人數345人次。\n4.\t自備旅宿用品說明會或宣導活動已於7月15日~7月31日辦理第1場次線上宣導活動，觸及人數為3,035人次。7月19日~7月21日於花蛤季辦理第2場次實體宣導活動，觸及人數為1,019人次。\n(三)垃圾強制分類及垃圾減量\n1.\t今年已於4到5月及9到10月完成5鄉鎮各2條次垃圾強制分類查驗輔導作業，共計查驗垃圾1,000包，各鄉鎮垃圾包稽查符合規定之包數為921件，分類狀況尚可，皆屬於情節輕微之狀況。\n(四)推廣資源再使用\n1.已於10月12日金湖國小辦理一場不用品市集活動，共招募17間攤商，參與人數100人，總計交流量489件。\n2.已於10月15日與金湖鎮信義新村社區發展協會合作，於金湖國小學校師生一同完成翻新設計並進行宣導。\n3.截11月30日止，已完成5場次二手市集，共招募80間攤商，參與人數589人，總計交流量 1451件。\n4.已於10月24日辦理資源循環循環採購宣導會1場次及資源循環採購業者媒合宣導會1場次。\n(五)各機關學校實施計畫辦理情形\n1.蒐集並彙整轄內各機關學校免洗餐具及包裝飲用水源頭減量實施辦理情形，截至113年11月30日止填報率為99.88%。\n(六)統整及推廣轄內二手物品及舊衣循環概念店\n1.已輔導何厝社區活動中心及湖補村活動中心並維持既有循環概念店營運，並建置站點於全國不用品藏寶地圖網站。\n(七)推動循環杯服務系統\n1.已設置完成40間業者作為借還處，統計至11月30日循環杯已借用25,952杯。 \n2.截至113年11月30日，共辦理3場獺金杯導入大型活動，參與人數共1,623人。\n(八)協助環保局辦理事項及計劃管理\n1.配合環保署函文交辦、重大政策施行與臨時交辦事項，辦理相關垃圾減量、減塑等作業。",
        "eng_title": "Kinmen County - 113 Years of Promoting Waste Source Reduction and Strengthening Sorting and Recycling Subsidy Program",
        "eng_subject": "(I) Carry out source reduction inspection and guidance work\n1. As of November 30, the inspection progress includes plastic shopping bags, disposable tableware, disposable beverage cups, disposable plastic straws, cosmetics and personal cleaning products containing plastic particles, excessive product packaging, plastic trays and packaging boxes, The total number of inspections of batteries and PVC-containing food packaging was 561.\n2. As of November 30, according to the inspection progress of the objects of Internet shopping packaging restriction, 7 times met the regulations, and 3 times did not engage in Internet retail business and have been removed from the list.\n3. As of November 30, 511 accommodation agencies have been counseled, accounting for 30% of the agencies under the jurisdiction.\n(II) Promote the reduction of disposable products at the source\n1. This year, Jinhu Town Public Retail Market and Jincheng Town Dongmen Public Retail Market will continue to be used as demonstration markets for plastic reduction. Two press conferences and flash mob promotion activities will be held on June 1 and September 28 respectively. As of November 30, the number of plastic shopping bags used by the public has decreased by approximately 56,158.\n2. We have added and subsidized 17 businesses to provide services such as borrowing recyclable containers (lunch boxes, cups), discounts for bringing your own food, and environmentally friendly delivery until the end of December. As of November 30, a total of 10,440 recycling containers have been loaned out, reducing the number of disposable tableware by approximately 41,760. According to the carbon footprint calculation service platform, based on the number of disposable items used by each person for three meals, it is estimated that approximately 10,440*3 *1.1659=36,515.988kgCO2e.\n3. We have assisted Carrefour, Kinmen Farmers Association, and Mia C'bon to promote the sale of fruits and vegetables naked until December. We also held a naked sale promotion meeting on June 15, reaching 106 people. The second meeting It was conducted on September 21, affecting 345 people.\n4. The first online promotional event for the Bring Your Own Accommodation Supplies briefing session was held from July 15 to July 31, reaching 3,035 people. The second physical promotional event was held during the clam season from July 19 to July 21, reaching 1,019 people.\n3. Mandatory waste sorting and waste reduction\n1. This year, the mandatory garbage classification inspection and guidance work was completed in 5 townships from April to May and September to October. A total of 1,000 bags of garbage were inspected. The number of bags of garbage in each township that met the regulations was 921. It’s acceptable, and all of them are minor circumstances.\n(IV) Reuse of promotional resources\n1. A waste market was held at Jinhu Elementary School on October 12, recruiting 17 vendors, 100 participants, and a total of 489 items were exchanged.\n2. On October 15, we cooperated with the Xinyi New Village Community Development Association of Jinhu Town to complete the renovation design and carry out publicity together with the teachers and students of Jinhu Elementary School.\n3. As of November 30, 5 second-hand markets have been completed, recruiting 80 vendors, 589 participants, and a total of 1,451 exchanges.\n4. One resource recycling and circular procurement promotion meeting and one resource recycling procurement industry matchmaking promotion meeting were held on October 24.\n(V) Implementation of the plan by various government agencies and schools\n1. Collect and summarize the implementation of source reduction management of disposable tableware and packaged drinking water in various government agencies and schools under its jurisdiction. As of November 30, 2014, the reporting rate was 99.88%.\n(VI) Integrate and promote second-hand goods and used clothing recycling concept stores within the jurisdiction\n1. Provided guidance to the Ho Cuo Community Activity Center and Hu Bu Village Activity Center and maintained the operation of the existing recycling concept store, and established a site on the National Disposable Goods Treasure Map website.\n(VII) Promote the Circulation Cup Service System\n1. 40 businesses have been set up as borrowing and returning locations, and as of November 30, 25,952 recycling cups have been borrowed.\n2. As of November 30, 2014, a total of three large-scale events to introduce the Rex Gold Cup were held, with a total of 1,623 participants.\n(VIII) Assist the Environmental Protection Bureau in handling matters and planning management\n1. Cooperate with the Environmental Protection Agency in handling letters, major policy implementation and temporary assignments, and handle related waste reduction, plastic reduction and other operations.",
        "proj_year": "113",
        "org_name": "金門縣環境保護局",
        "exe_unit": "晶淨科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130299430",
        "publish_date": "20250114"
    },
    {
        "chi_title": "本署列管涉空氣污染物排放環評開發案環評監督查核計畫",
        "chi_subject": "本計畫主要目的為協助環境管理署監督查核所列管涉空氣污染物排放環評開發案環評監督查核作業，透過逐項查核開發單位對於環境影響評估書件及審查結論中涉及空氣污染物排放相關承諾之執行情形，並協助檢視空氣污染物排放量、排放減輕對策、溫室氣體排放量等是否符合環評承諾，於現地監督作業前與相關單位進行監督重點簡報說明，且於現地查核後彙整監督查核意見及開發單位回覆內容。\n本計畫已針對大型石化廠、發電廠及科學園區等環評案件等環評案件進行查核作業。本年度將針對部分科學園區、產業園區、工業園區、以及事業廢棄物資源回收處理廠等空氣污染物排放量較大之環評案件，協助環管署辦理監督查核工作。\n同時本計畫亦協助盤點環評開發案空氣污染物與溫室氣體排放抵減措施等環評承諾，提出抵減措施執行情形查核方法之建議。並協助檢視審查中環評開發案中與空氣污染物相關承諾事項及日後可供查核方法之合理性，提供相關建議。另針對臺灣桃園國際機場第三跑道環境影響評估報告書一案，研擬以科技方式進行環評執法之可行性，透過衛星拍攝影像方式，判定開發範圍裸露地之面積，確認是否能符合環評承諾。\n此外，本計畫亦將協助環境部環境管理署辦理「環境交流研討會」及「環評監督實務研習會」各一場次，以提升相關業務人員之督察管制知能與環境執法效能。",
        "eng_title": "Environmental Impact Assessment Supervision and Inspection of Listed Cases Involving Air Pollutant Emissions",
        "eng_subject": "The main purpose of this project is to assist the Environmental Management Department in supervising and checking the environmental impact assessment work of development projects involving air pollutant emissions listed in the environmental impact assessment documents and review conclusions of the development unit through item-by-item inspections of the air pollutant emissions involved in the environmental impact assessment documents and review conclusions. Implementation of relevant commitments, and assist in checking whether air pollutant emissions, emission reduction strategies, greenhouse gas emissions, etc. are in compliance with environmental impact assessment commitments, conduct key supervision briefings with relevant units before on-site supervision operations, and after on-site inspections Compile supervision and inspection opinions and responses from development units.\nThis program has carried out inspections on environmental impact assessment cases such as large petrochemical plants, power plants and science parks. This year, we will assist the Environmental Management Department in conducting supervision and inspection work for some environmental impact assessment cases involving large emissions of air pollutants, such as science parks, industrial parks, and industrial waste recycling and treatment plants.\nAt the same time, this project also assists in taking inventory of environmental impact assessment commitments such as offset measures for air pollutants and greenhouse gas emissions in environmental assessment development projects, and proposes suggestions for verification methods for the implementation of offset measures. We also assist in reviewing the reasonableness of commitments related to air pollutants in environmental impact assessment development projects under review and the methods available for future verification, and provide relevant suggestions. In addition, regarding the environmental impact assessment report for the third runway of Taiwan Taoyuan International Airport, we studied the feasibility of environmental impact assessment enforcement using technology, and used satellite imaging to determine the area of exposed land in the development area to confirm whether it can meet the environmental impact assessment commitments. \nIn addition, this project will also assist the Environmental Management Department of the Ministry of Environment to organize an Environmental Exchange Seminar and an Environmental Assessment Supervision Practical Seminar to enhance the inspection and control knowledge and environmental law enforcement effectiveness of relevant business personnel.",
        "proj_year": "113",
        "org_name": "環管署環境執法組",
        "exe_unit": "景丰科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130296638",
        "publish_date": "20250131"
    },
    {
        "chi_title": "113年度金門縣非農地環境雜草管理計畫",
        "chi_subject": "宣傳非農用地雜草管理 （一）舉辦12場非農業用地環境雜草管理宣傳活動，向社會宣傳非農用地環境雜草管理指引。共有299人參加，其中3場包括電動割草機操作演示，共83人。參加實作體驗課程。 （2）宣傳活動中共有202人填寫了問卷，93%的人正確回答了每個問題，表明公眾參與非農用地環境雜草治理宣傳觀念明顯提高。對地方管理理念的認知足夠（3）本計畫將在金門日報刊登2個廣告，推廣非農用地環境雜草治理。宣傳主題是掃墓祭祖時關注並落實非農用地環境雜草治理策略。 （四）檢查10家非農業用地公共土地責任單位除草狀況，總面積70萬平方公尺。檢查結果顯示，上述單位均未使用除草劑，全部作業均採用機械除草（肩負割草機、電動割草機、騎乘式割草機）。",
        "eng_title": "2024 Kinmen County Non-Agricultural Land Environmental Weed Management Plan",
        "eng_subject": "Promotion of weed management in non-agricultural lands (1) 12 non-agricultural land environmental weed management publicity activities were held to promote the non-agricultural land environmental weed management guidelines to the public. A total of 299 people participated, 3 of which included electric lawn mower operation demonstrations for a total of 83 people. Participate in hands-on experience courses. (2) A total of 202 people filled out the questionnaire during the publicity campaign, and 93% of the people answered each question correctly, indicating that the public’s concept of non-agricultural land environmental weed management publicity has been significantly improved after participating in the publicity, showing that most of the people are non-agricultural. Cognition of local management concepts is sufficient (3) This project will publish 2 advertisements in the Kinmen Daily to promote environmental weed management on non-agricultural land. The theme of the promotion is to pay attention to and implement the environmental weed management strategy on non-agricultural land when sweeping tombs and worshiping ancestors. (4) Inspected the weeding methods of 10 non-agricultural land public land responsible units, with a total area of 702,330 square meters. The inspection results showed that none of the above units used herbicides, and all operations used mechanical weeding (shoulder-mounted lawn mowers, electric Lawn mowers, riding lawn mowers).",
        "proj_year": "113",
        "org_name": "金門縣環境保護局",
        "exe_unit": "技佳工程科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130293432",
        "publish_date": "20250110"
    },
    {
        "chi_title": "溫室氣體通量檢測技術開發驗證及方法制定(2\/4)",
        "chi_subject": "為落實2050淨零排放目標，我國於民國112年2月15日公布施行\n「氣候變遷因應法」，透過強化法規政策方式，來面對全球嚴峻的氣候變\n遷現象。有別於獨立的排放點源可藉由碳盤查建立排放資料，開放式場\n域的溫室氣體收支變化必須藉由精確的監測調查加以掌握，有鑑於此，\n本計畫以開放式農業系統做為溫室氣體通量檢測技術開發驗證的目標場\n域，並設立下列四點目標：(1) 建立開放式農地(open farmland)場域溫室\n氣體通量檢測系統及方法。(2) 制定開放式農地場域溫室氣體通量檢測系\n統使用、維護及校驗規範。(3) 編撰開放式農地場域溫室氣體通量檢測指\n引。(4) 完成1份開放式農地碳匯策略驗證與評估報告。 \n本計畫已完成以下工作： \n1.) 彙整全世界主要通量網絡如全球通量觀測網(Fluxnet)、 橡樹嶺國家實\n驗室生物地球化學動態檔案中心(ORNL DAAC)、以及區域通量網絡(如\nAmeriFlux、ICOS、OzFlux、AsiaFlux 及 ChinaFLUX)的資訊，並對其通\n量網絡設立宗旨、現況及未來應用進行介紹。 \n2.) 溫室氣體通量檢測文獻之蒐集已彙整近 20 篇重要的溫室氣體研究進\n行摘述，包含亞洲地區(韓國、日本以及新加坡)都市場域通量檢測研\n究、農業場域氮肥施用及田間作業對二氧化碳(CO2)及氧化亞氮(N2O)的\n貢獻、森林的N2O通量檢測等；技術資料的研析則包括探討渦流相關\n法和密閉罩法檢測N2O 以及甲烷（CH4）通量的差異、衛星遙測與飛機航測技術的應用等。 \n3.) 彙整國內外農業場域碳驗證標準方法，本報告摘要介紹我國碳驗證標\n準發展現況以及清潔發展機制方法學(CDM Methodology)和黃金標準\n(Gold standard, GS)以及 Verra 碳驗證標準(Verified Carbon Standard \nProgram, VCS)方法學。 \n4.) 完成開放式農地場域溫室氣體通量檢測指引草案的編撰，參考 ICOS \n及其他通量測站架設規範，完成指引架構以及相關內容，主要章節包\n括典型通量檢測計畫工作流程、溫室氣體通量檢測系統架設、適用範\n圍、場域選擇、場域通量塔設置、溫室氣體通量檢測系統維護方法以\n及數據品質校驗方法、結果處理及基礎設備材料與人力需求配置等。 \n5.) 於農業部農業試驗所開放式農地場域建立三種溫室氣體通量(CO2、\nCH4及 N2O)的監測系統，並以「移除稻稈及間歇性灌溉」做為農地減\n碳情境測試，完成開放式農地碳匯策略驗證與評估報告。 \n6.) 完成兩場次的技術擴散暨教育訓練工作坊。",
        "eng_title": "Formulation of Measurement guidelines for Development and Validation of  Greenhouse Gas Flux Observation Technology(2\/4)",
        "eng_subject": "To achieve the goal of net-zero emissions by 2050, Taiwan enacted the \n‘Climate Change Response Act’ on February 15, 2023. The act aims to address the \nsevere global climate change phenomenon through strengthened regulations and \npolicies. Unlike independent emission sources that can establish emission data \nthrough carbon audits, the changes in greenhouse gas balance in open fields must \nbe monitored and investigated accurately. Therefore, this project targets open \nfarmland systems for the development and verification of greenhouse gas flux \ndetection technology, with the following four objectives: (1) Establish a \ngreenhouse gas flux observation technology for open farmland. (2) Formulate \nprocedures for the use, maintenance, and calibration of the greenhouse gas flux detection system in open farmland. (3) Compile guidelines for greenhouse gas flux \nobservation technology in open farmland. (4) Complete a verification and \nevaluation report on carbon sequestration strategies for open farmland. \nThe project has completed the following tasks: \n1. Collected information on major flux networks worldwide, such as Fluxnet, \nORNL DAAC, and regional flux networks (AmeriFlux, ICOS, OzFlux, \nAsiaFlux, and ChinaFLUX), and introduced their objectives, current status, and \nfuture applications. \n2. Summarized nearly 20 important greenhouse gas research papers, including \nstudies on urban flux detection in Asia (South Korea, Japan, and Singapore), the \ncontribution of nitrogen fertilizer application and field operations to CO2 and \nN2O in agricultural fields, and N2O flux observation in forests. Technical data \nanalysis includes the differences between eddy covariance and closed chamber \nmethods for detecting N2O and CH4 fluxes, and the application of satellite \nremote sensing and aerial survey technologies. \n3. Summarized the carbon verification standard methods for agricultural fields \ndomestically and internationally, introducing the current status of our country’s \ncarbon verification standards and methodologies such as CDM Methodology, \nGold Standard (GS), and Verified Carbon Standard Program (VCS).\n4. Drafted guidelines for greenhouse gas flux observation in open farmland, \nreferencing ICOS and other flux station setup standards. The guidelines include \ntypical flux observation project workflows, greenhouse gas flux observation \nsystem setup, applicable scope, site selection, flux tower setup, system \nmaintenance methods, data quality verification methods, result processing, and \nbasic equipment and manpower requirements. \n5. Established monitoring systems for three types of greenhouse gas fluxes (CO2, \nCH4, and N2O) in open farmland at the Agricultural Research Institute of the \nMinistry of Agriculture, and completed a verification and evaluation report on \ncarbon sequestration strategies for open farmland using “removing rice straw \nand Alternate wetting-drying irrigation” as a carbon reduction scenario. \n6. Conducted two technical dissemination and training workshops.",
        "proj_year": "113",
        "org_name": "國環院氣候變遷研究中心",
        "exe_unit": "中央研究院",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130291632",
        "publish_date": "20250101"
    },
    {
        "chi_title": "113年一般廢棄物管理資訊系統提升專案工作計畫",
        "chi_subject": "113年一般廢棄物管理資訊系統提升專案工作計畫持續推動一般廢棄物申報管理工作，以提升一般廢棄物管理能力。本年度具體成果如下：\n1. 彙整一般廢棄物業務申報情形以及縣市反映問題，已輔導地方申報及釐清縣市問題並給予回饋，提供一般廢棄物業務管理策略及相關因應對策，確保地方發展方向與國家政策共同邁進。\n2. 為精進一般廢棄物管理，將雙方HWMS與公有掩埋場系統暫置量進行勾稽作業，計畫協助確認各區域暫置量能，並請地方執行機關重新檢視數據，以平衡雙方暫置量差異，經113年10月填報資料中進行強制勾稽平衡，11縣市之暫置量兩系統皆已相符，已提升申報合理性。\n3. 配合業務單位掌握執行機關一般廢棄物處理情形，除建置執行成果定期報表，提升業務單位行政效率外，亦新增縣市填報狀況、應辦與待辦事項提醒功能，以減少電話聯繫時間。\n4. 定期維運系統資訊安全，並依各項電子化作業規定，輔導地方執行機關解決使用者問題及確實依時填報，以維持資料品質。\n5. 精進廚餘再利用管理方式，督促業者落實高溫蒸煮，並篩選高風險業者建議名單供環保局稽查參考，以防範非洲豬瘟疫情產生。\n6. 辦理2場次一般廢棄物教育訓練，促進中央及地方單位交流，以精進一般廢棄物管理成效。",
        "eng_title": "2024 General Waste Management Information System Upgrading Project Work Plan",
        "eng_subject": "The 2024 General Waste Management Information System Upgrading Project Work Plan has continued to promote the management of general waste reporting in order to enhance the capacity of general waste management. The specific results for this year are as follows:\n1. Compiled general waste business declarations and problems reflected by counties and municipalities, provided guidance to localities in making declarations, clarified problems in counties and municipalities, and provided feedback, as well as general waste business management strategies and related countermeasures, to ensure that the direction of local development is in line with national policies.\n2. In order to improve the general waste management, we have been conducting a reconciliation between the HWMS and the public landfill system of the two sides, and we plan to assist in confirming the amount of temporary disposal in each region, and ask the local executive authorities to re-examine the data in order to balance the difference in the amount of temporary disposal of the two sides, and after the mandatory reconciliation and balancing of the data filed in October 113, the amount of temporary disposal of the eleven counties and cities in the two systems has been matched, and the reasonableness of the declaration has been improved.\n3. In order to help the business units to grasp the general waste disposal situation of the executive agencies, in addition to the establishment of regular reports on the results of the implementation to enhance the administrative efficiency of the business units, the function of reminding the counties and cities of the status of the report, the due date and the pending items has also been added in order to reduce the time of telephone contact.\n4. Regularly maintain system information security and, in accordance with various e-operation regulations, provide counselling to local executive agencies to resolve user issues and ensure timely reporting to maintain data quality.\n5. Improve the management of food waste reuse, supervise the implementation of high-temperature steaming, and select a list of high-risk operators for reference by the Environmental Protection Bureau to prevent the outbreak of the African swine plague.\n6. To organise two general waste education training sessions to promote exchange between central and local units to improve the effectiveness of general waste management.",
        "proj_year": "113",
        "org_name": "環管署一般廢棄物管理組",
        "exe_unit": "信諾科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130287715",
        "publish_date": "20250131"
    },
    {
        "chi_title": "113年度嘉義市推動室內空氣品質維護管理宣導計畫",
        "chi_subject": "嘉義市推動室內空氣品質維護管理宣導計畫（113）\n本計畫於113年1月1日至12月15日進行，各項成果摘要如下說明:\n\n（1）100家場所的室內空氣品質巡檢調查（200次）：\n本計畫使用直讀式儀器巡檢完成之數量共計200處次，其中7處場所呈現異常狀態，分別為幼兒園4處次、醫療機構1處次、政府機關辦公場所1處次、運動健身場所1處次。全數場所檢測異常項目多為室內通風換氣不足導致CO2濃度異常。\n\n（2）輔導100家場所建立室內空氣品質自主維護管理計畫：\n年度輔導100家場所建立室內空氣品質自主維護管理計畫，並依據現況提供改善對策建議，後續追蹤場所室內空氣品質維護管理成效。過程中也宣導相關法令規範內容及權責義務，提醒各場所應落實自主維護管理工作。\n\n（3）6點次室內空氣品質標準方法檢測：\n本計畫委託環境部之認證檢測機構，針對本市1處公告場所及5處非公告列管場所進行檢測。5處非公告場所檢測結果均符合標準，並完成輔導4處符合優良級標章標準、1處符合良好級標章標準，5處非公告場所均已完成輔導取得標章；1處公告場所稽查檢測之各項測值均符合法規標準。\n\n（4）2處CO2高超標風險場所連續監測：\n本計畫於5月份及9月份，針對1處醫療機構(慶昇醫院)及1處托嬰中心(嘉義市私立嘉基托嬰中心)進行為期至少一週CO2連續監測，協助場所瞭解執行通風改善成效。慶昇醫院監測結果顯示，該場所新增2處排氣口對於室內CO2濃度偏高問題改善效果有限，室內CO2濃度監測數值仍有偏高情形，建議應設置外氣空調箱或全熱交換器加強外氣引入，才有助於該場所維持良好室內通風換氣量；嘉義市私立嘉基托嬰中心監測結果顯示，新設全熱交換器設備有助於維持良好室內室內空氣品質，CO2及PM2.5監測結果均符合法規標準。\n \n（5）30處非公告列管公私場所室內空氣品質健康檢查：\n本計畫針對71位民眾申請之住家、店家、辦公室及新裝潢等場所進行室內空氣品質到府診斷服務，均藉由巡檢式檢測儀器協助瞭解室內空氣品質概況，並提供相關維護管理建議。問卷調查結果顯示民眾對於本活動皆表示滿意與認同。\n\n（6）輔導公私場所取得室內空氣品質自主管理標章：\n本計畫已輔導轄內55家場所取得室內空氣品質自主管理標章，其中公告場所12家取得優良級標章、4家取得良好級標章；非公告場所則已輔導25家取得優良級標章、14家取得良好級標章。\n\n（7）發佈室內空氣品質相關新聞稿：\n依據工作規劃完成2則新聞稿發布，一則為提供市民瞭解室內空氣品質到府診斷服務活動訊息，並宣導室內空氣品質相關自主維護管理方法，以提升民眾對室內空氣品質之認識；另一則為展現本年度嘉義市環保局輔導轄內托嬰中心場所全數取得IAQ標章之努力成果，強化民眾對於政策推動認同感。",
        "eng_title": "Promotion Plan for Indoor Air Quality Maintenance and Management in Chiayi City (2024)",
        "eng_subject": "Promotion Plan for Indoor Air Quality Maintenance and Management in Chiayi City (2024)\n\nThis project was carried out from January 1 to December 15, 2024, and the outcome of it is demonstrated as follows:\n(1)\tIndoor air quality inspection at 100 (200 times) sites.\n    The number of sites inspected using direct-read instruments is 200. The results indicated that seven of these sites are abnormal. There are 4 sites for kindergartens, 1 site for hospitals, 1 site for government office, 1 site for Gym. Most of the abnormal air pollutants detected in all sites were CO2. Abnormal CO2 concentration was caused by insufficient indoor ventilation.  \n(2) Assisting 100 sites to establish maintenance and management system\n  During the inspection period, this project has provided guidance and assistance to 100 sites in establishing maintenance and management plans. At the same time, we offered them methods to deal with poor indoor air quality as a reference. During the counseling process, we explained the responsibilities they should perform one by one after the place is listed under relevant laws and regulations. We reminded the sites receiving counseling what they should pay attention to in daily maintenance and management. A follow-up on implementing maintenance management plans for 100 public locations has been completed, and the results indicate that all locations have adhered to their respective plans. In addition to providing on-site guidance to them in establishing a maintenance and management plan, this project also conducted a questionnaire survey during the counseling process. The survey recovery rate for 100 sites was 100%. Through the questionnaire results, it can be seen that all locations fully understand the promotion of IAQ laws and policies. Feedback from the questionnaire will help this project develop subsequent strategic references for improving IAQ in public places.\n(3) IAQ standard examination at 6 locations\n  An EPA-authorized testing organization has been contracted to evaluate the indoor air quality of 6 venues in the city, including 1 announced public venue and 5 non-announced ones. The inspection results of all 5 non-announced public venues demonstrated compliance with the IAQ standards. Following our guidance, 4 of these venues were awarded the excellent level IAQ certification, and the remaining venue achieved the good level certification. The inspection results of the one announced venue showed that all measured values were in compliance with the regulatory standards.\n(4) Continuously inspecting CO2 at 2 locations\n  Continuous CO2 monitoring was conducted for at least one week in May and September at Ching Sheng Hospital and Chiayi Private Chiayi Christian Childcare Center as part of this project. The monitoring data indicated that the additional exhaust outlets at Ching Sheng Hospital did not significantly reduce the elevated indoor CO2 concentrations. However, the newly installed energy recovery ventilator at Chiayi Private Chiayi Christian Childcare Center effectively maintained compliance with the indoor air quality standards for CO2 and PM2.5. Installing an outdoor make-up air handling unit or an energy recovery ventilator at Ching Sheng Hospital is recommended to enhance ventilation and improve indoor air quality.\n(5) Inspection of indoor air quality at 30 non-announced listed public and private places\n   This project has implemented on-site IAQ diagnostic services in 71 places, including homes, stores, offices, and newly decorated places. Through patrol inspection instruments, we help the public understand the IAQ of their places and provide them with relevant maintenance and management suggestions. The questionnaire survey results showed that people were satisfied and agreed with this activity.\n(6) Guiding public and private places to obtain the indoor air quality self-management label\n    This project has guided 55 places in obtaining the IAQ self-management labels. There are 12 and 4 announced places have obtained excellent and good grade labels, respectively. 25 and 14 places have been guided to get excellent and good grade labels for non-announced places.\n(7) Broadcasting news about indoor air quality\n    This project has completed the release of two press articles. One provides citizens with information about the indoor air quality (IAQ) home diagnostic service and promotes self-management methods for maintaining IAQ to enhance public understanding. The other highlights the Chiayi City Environmental Protection Bureau's efforts this year in assisting all local childcare centers in obtaining IAQ certification, reinforcing public recognition of the policy's achievements.",
        "proj_year": "113",
        "org_name": "嘉義市政府環境保護局",
        "exe_unit": "嘉藥學校財團法人嘉南藥理大學",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130278484",
        "publish_date": "20250101"
    },
    {
        "chi_title": "臺南市-113 年度南區水污染事件緊急應變民間機構協力處理計畫",
        "chi_subject": "一、於水污染事件發生現場提供支援人力，依環境部水污染事件緊急應變處理作業要點應變程級支援專業諮詢及除污人力。\n二、協助環保局建立水污染緊急應變通報系統，當污染事件發生時能於第一時間將人力及除污器材載運至現場，以期將污染控制於最小範圍。\n三、為增加各單位人員對清理油污之機具、設備、材料使用熟悉度及加強各單位間清理油污之協調及默契等因素，須辦理例行性之演練，演練\n除以假設河川污染狀況之處理應變作業外，主要以參與演練人員操作各種除污設備為演練重點。\n四、透過本計畫以掌握各項水污染除污器材之數量、保存狀況及相關維護情形，並提供定期檢查、器材及人員清單。\n五、藉由辦理水污染相關訓練，讓第 1 線人員能熟悉除污器材之使用之方法，並訓練各單位人員對相關資料之調查及分析。",
        "eng_title": "Tainan City-113 Southern District Water Pollution Incident Emergency Response Plan for Private Institutions to Collaborate",
        "eng_subject": "1. Providing support manpower at the scene of water pollution incidents and following the Ministry of Environment’s emergency response to water pollution incidents\nThe key points of treatment operations should be supported by professional consultation and decontamination manpower at the program level.\n2. Assist the Environmental Protection Bureau to establish a water pollution emergency response notification system so that when a pollution incident occurs, it can\nManpower and decontamination equipment are transported to the site at once in order to control pollution to a minimum.\n3. In order to increase the familiarity and strengthen the use of machinery, equipment and materials for cleaning oil pollution among the personnel of each unit.\nFactors such as coordination and tacit understanding among various units in cleaning up oil pollution require routine drills and drills.\nIn addition to handling contingency operations assuming river pollution conditions, it is mainly operated by personnel participating in the drill.\nVarious decontamination equipment are the focus of the drill.\n4. Through this plan, we can understand the quantity, storage status and related maintenance of various water pollution and decontamination equipment.\nsituation, and provide regular inspections, equipment and personnel lists.\n5. Provide water pollution-related training to enable front-line personnel to become familiar with the use of decontamination equipment\nlaw, and train personnel from each unit to investigate and analyze relevant data.",
        "proj_year": "113",
        "org_name": "臺南市政府環境保護局",
        "exe_unit": "技佳工程科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130276563",
        "publish_date": "20250115"
    },
    {
        "chi_title": "空氣污染防制之檢測管理相關策略及制度評析工作計畫",
        "chi_subject": "因應國環院之成立，本計畫配合其掌理事項及施政重點，協助執行「研析檢測機構管理制度及裁罰制度」、「研檢討修改環境檢驗測定管理相關法規命令或行政規則」及「辦理環境檢驗測定相關政策行政支援作業」等工作，期以精進檢測制度架構完整性。\n　　法規研擬面部分，目前已提出8項法規命令或行政規則之修正草案及相關說明，包含「環境檢驗測定機構管理辦法」及「機動車輛排放空氣污染物及噪音檢驗測定機構管理辦法」，其修正重點為新增氣候變遷因應法為法源依據，並明確定義「必要時」之構成要件；「環境檢驗測定機構違反環保法規罰鍰額度裁罰準則」及「環境檢驗測定機構違反環保法規罰鍰額度裁罰基準」，其修正重點為調整裁罰額度計算公式，使其符合比例原則；「環境檢驗測定機構許可證申請審查作業要點」及「機動車輛排放空氣污染物及噪音檢驗測定機構許可證申請審作業要點」，其修正重點為新增及調整審查作業流程之細節規定；「環境檢驗測定機構許可證申請須知」及「機動車輛排放空氣污染物及噪音檢驗測定機構許可證申請須知」，其修正重點為新增許可證申請於文件審查及通知之細節規定。\n　　裁罰研析面部分，本計畫檢討現行檢測機構裁罰制度之法源依據、裁罰準則（基準）架構與態樣的盤點以及實務裁處疑義等面向；蒐集並彙整101年至112年檢測機構之裁罰案例，藉以瞭解實務上對檢測機構之裁處情形。此外，參考安○水質水量案及兆○飲用水案之法院見解，並研析法院對於裁罰性不利處分與管制性不利處分之實務見解，釐清對檢測機構裁處之合理性，做為後續修法方向之參考依據。\n　　行政支援面部分，蒐集國外檢測機構管理至制度之相關資訊；以113年物價及人力成本，重新估算各項審查所需成本，以檢視現行收費標準。另外，配合協助檢討環境檢驗測定管理相關法規命令或行政規則及其有關修正草案與相關政策制定、規劃或階段工作成果所需之行政支援，包含辦理專家諮詢會議2場次及研商或諮商訪談會議2場次，並配合檢測方法之修正，協助國環院辦理檢測方法審議會。",
        "eng_title": "Evaluation Project for Strategies and Systems Related to Air Pollution Control Testing and Analysis Management",
        "eng_subject": "In response to the establishment of the National Environmental Research Academy(NERA), this project is aligned with its key responsibilities and administrations. It sets a foundation for the implementation of initiatives such as research and analysis of the management and penalty for testing and analysis organization, review and amendment of regulations or administrative rules related to environmental testing and analysis management, and  administrative support for environmental testing and analysis policies, all with the goal of enhancing the integrity and comprehensiveness of the testing and analysis system framework.\n     In terms of regulatory drafting, eight draft amendments and associated explanations have been proposed. These include the Regulations for the Management of Environmental Testing Organization and the Regulations for the Management of Testing Organization for Air Pollutants and Noise Emissions from Motor Vehicles. Key amendments involve incorporating the Climate Change Response Act as a legal basis and clearly defining the criteria for when necessary. Amendments to the Penalty Regulations for Violations by Environmental Testing Organization and the Penalty Directions for Violations by Environmental Testing Organization focus on adjusting the penalty calculation formulas to better align with the principle of proportionality. Further revisions to the Directions for Permit Application Review Procedures for Environmental Testing Organization and the Directions for Permit Application Review Procedures for Testing Organization for Air Pollutants and Noise Emissions from Motor Vehicles emphasize the addition and refinement of detailed provisions within the review process. Additionally, amendments to the  Directions for Permit Application for Environmental Testing Organization and the “Directions for Permit Application for Testing Organization for Air Pollutants and Noise Emissions from Motor Vehicles include the addition of detailed regulations on document review and notification procedures for the permit application.\n     Regarding penalty research, the project continuously focuses on examining the legal foundation of the current penalty system for testing organizations, evaluating the structure and types of penalty regulations, and addressing practical challenges in enforcement. It collects penalty cases from 2012 to 2023 to understand the practical handling of penalties against these organizations. Additionally, by referencing court opinions, the project analyzes the courts' perspectives on punitive versus regulatory adverse actions, supporting the clarification of the reasonableness of penalties imposed on testing organizations and serve as a reference for future legislative amendments.\n     On the administrative support front, the project continues to gather foreign information on the management systems of testing organizations. It also recalculates the costs associated with various review processes based on 2024 price and labor cost estimates to assess the appropriateness of current fee structures. Furthermore, the project provides administrative support for the review and amendment of regulations or administrative rules related to environmental testing and measurement management, as well as for the drafting, planning, and evaluation of related policies. This includes organizing two consultation meetings with expert and scholar and two discussion meetings and two discussion or consultation sessions, and assisting NERA in conducting review committees in line with updates to testing methods.",
        "proj_year": "113",
        "org_name": "國環院檢測認證中心",
        "exe_unit": "環科工程顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130265225",
        "publish_date": "20250131"
    },
    {
        "chi_title": "113年度屏東縣氣候變遷減緩及調適工作推動計畫",
        "chi_subject": "本計畫為持續打造氣候韌性城市及邁向永續低碳城鄉，藉由氣候變遷情境模擬分析，及輔導鄉鎮市區及村里社區參與低碳永續家園認證，並依循本身發展基礎及中央政策，同時強化本縣氣候變遷因應量能，及提升低碳永續認證評等成效；計畫執行期程為2024年2月7日至2024年12月6日，共計10個月，執行內容包含氣候變遷情境模擬分析、氣候變遷調適執行方案編撰、技術諮詢與輔導、擔任縣府各局處分工協調與資訊整合與交流，及評估與推廣綠能屋頂等，並以此為目標完成各項工作辦理，計畫執行成果摘要如下：\n一、協調整合及推動因應氣候變遷事務\n第1場次屏東氣候會於5月15日辦理，討論7個議題包含調適執行方案編撰說明、減量執行方案二期精進策略研商、2024年CDP填報說明、縣市環保永續施政表現評量、COP 30參訪等。第2場次會議於9月12日辦理，共4個議題，包含調適執行方案(草案)說明與確認、減量執行方案二期成果確認、CDP填報資料確認等，並請各局處會後依決議內容，以符合法規或考核規定提送之時程；減量執行方案管考惟部分未達預期目標，並於2024年4月及9月提供彙整資料，商請局處於2024年度兩場次氣候會前提出改善或精進策略，分別於會後請各局處針對落後項目提出成果敘述。後續彙整各局處具實質減量成效，撰擬屏東縣第二期溫室氣體減量執行方案成果報告，於9月27日提送環境部，10月18日公開於環境部「氣候資訊公開平台」，完成指定網站公開事宜。\n \n二、因應氣候變遷調適工作\n屏東縣氣候變遷情境模擬分析，已彙整氣候衝擊事件紀錄，包含淹水21鄉鎮133件、坡地災害5鄉鎮11件、停電33鄉鎮149,175件(戶)、物件掉落(樹木、招牌等)28鄉鎮180件、堤坊破損1鄉鎮1件等紀錄，顯示強降雨及颱風仍對本縣造成影響；另氣候變遷推估分析顯示，基期(1960-2014年)到世紀中(2056-2065年)之變化，高溫38℃以上日數增至1.4日、36℃以上日數增至29日，低溫6℃以下日數降至38日、低溫10℃以下日數降至108日，年雨量變化最大值增加到4,233mm，豪雨發生日數變化增至5.5日，不降雨日數變化降至301日。同時造成潛勢災害包含農作物產量減少、民眾身體健康影響、山區道路受損、坡害情形增加、生態環境破壞及用水情形受限等現象，可能受衝擊之調適領域，如維生基礎設施、水資源、土地利用、農業生產及生物多樣性，及健康等。\n屏東縣氣候變遷調適執行方案(草案)共盤點本縣對應之調適行動計畫項目60項，依氣候法規範，已於8月29日召開公開座談會，並於7日前公開草案於環境部氣候資訊公開平台，後續於9月12日提送本縣氣候推動會審議後，共同設定土地利用、健康及農業生產及生物多樣性為三大優先領域，及10月30日提送至環境部審核。\n輔導村里進行氣候變遷減緩及調適工作，已於6月26日及8月29日完成兩場次教育訓練，召開地點為車城鄉保力村及屏科大。氣候變遷減緩或調適建置，於10月底前完成所有建置，共計7村里17項。\n三、執行低碳永續家園建構推動作業\n2024年2月21日聘任屏東縣技術諮詢與評等審查小組委員共計5位委員；另於10月8日，以模擬銀級認證縣勘作業方式，邀請南區生活圈縣市及技審小組委員至本縣內埔鄉隘寮社區，辦理完成1場次技術諮詢與評等審查小組會議；本年度認證輔導目標，為協助屏東縣再次取得直轄市及縣(市)政府環境保護績效考核特優佳績，著重於輔導村里取得銅級認證，共協助15村里取得銅級認證、1村里取得銀級認證及11村里報名成功註冊，另協助5處歷年已取得低碳永續家園銅級認證之單位完成現地查核作業。\n四、社區低碳永續行動建置及太陽光電推廣\n本年度需辦理現地查核單位共5村里，經初勘確認各項目維持良好，故本次低碳建置標的著重於未取得銅級單位，及具銀級升等潛力單位優先訪視，2024年3月至4月底間，本計畫共訪視16個村里，擇定4處村里6項目進行建置，包含節能設備、社區農場等，並於8月底前全數完成；太陽光電推廣，已於3月至9月間，協助12鄉鎮共計28個公有建築物，進行屋頂太陽光電設置評估，後於10月15日將成果及佐證資料彙整給局端，並由局端於10月23日屏函送至環境部氣候變遷署；另以具備申請銀級潛力之「屏東市崇蘭里」，作為本年度太陽光電實質建置單位，共設置3.48kW，每年可發電4,016度電，採自發自用，推估可少碳排放2公噸CO2e。\n五、推動低碳永續家園之宣導工作\n本計畫於5月12日及8月31日，分別藉家樂福藝術季大型活動，及屏東縣環保志(義)工群英會設攤推廣，共辦理2場屋頂太陽光電及節能減碳推廣活動，推廣內容包含節能減碳、再生能源、調適、低碳永續家園及SDGs；於5月29日及10月23日，共辦理完成2場次績優社區觀摩活動，第1場次地點為台南市鹽水區橋南社區(銀級)及虹泰水凝膠觀光工廠(節能減碳與環保)，第2場次地點為高雄市旗山區糖廠社區(銀級)；計畫執行期間，定期更新維護屏東縣低碳永續行動網頁，並於網站首頁新增台灣氣候變遷調適平台、氣候公民對話平臺、行政院國家永續發展委員會、台灣氣候變遷推估資訊與調適知識平台等平台連結，提供民眾多元化管道，學習如何應對氣候變遷，同時提高網站瀏覽率。統計至11月底已發布130篇低碳永續相關新聞、5場會議資訊及2場活動資訊；因應中央2050淨零排放12項指標中節能-知識傳遞帶起社會節能行動與氣候變遷調適之身體健康影響，本計畫以實用性與健康安全意義之條件篩選，分別為「迷你充電手電筒」及「電擊式滅蚊燈」各100份、「背包防雨罩」及「八骨抗UV遮陽傘」各50份，合計共300份。\n六、\t行政配合事項\n本計畫協助執行113年度直轄市及縣(市)政府環境保護績效考核計畫執行中「推動因應氣候變遷行動考核」工作，包含協助彙整屏東縣太陽能屋頂權責分工資料、公有建築屋頂太陽能系統設置評估與進度追蹤、減量創新作為，及氣候變遷調適工作執行成果，於10月18日提供給局端，由局端於10月23日提送至環境部氣候變遷署。\n另輔導銅\/銀級單位參與環境部「113年低碳永續家園村里多元競賽」，本計畫協助撰擬參賽資料、簡報，由內埔鄉東片社區參與銀級組、內埔鄉隘寮社區參與銅級組，於12月正式公告皆榮獲特優佳績!",
        "eng_title": "2024 Pingtung County Climate Change Mitigation and Adaptation Promoting Project",
        "eng_subject": "The project aims to bring Pingtung County towards a low-carbon and sustainable county. The implementation outcomes are described as follows.\n1.\tCoordinating and promoting climate change reponse affairs\nThe first and second Pingtung County Low-carbon Sustainable Response and Climate Chagne Adaptation Initiative was hold on May 15th and September 12th. There were 7 issuses, including adaptation executive project, second-phase mitigation executive project, CDP, sustainability indicators, and COP30 participation was discuessed. Our team completed the second-phase mitigation executive project which was submitted to Ministry of Environment and publicized on the “Climatetalks platform” on October 18th.\n2.\tClimate change adaptation response work\nClimate change impact events, including 133 casses of flooding, 11 cases of slope disasters, 149,175 cases of power outage, 180 cases of falling objects(trees and signboard), 1 case of embarkment damage, which indicated that heavy rain and typhoons still infulenced. Climete scenatio simulation analysis indicated that, from baseline (1960-2014) to midcentury (2056-2065), high temperature days over 36℃ will increase to 29 days; low temperature days below 10℃ will reduce to 108 days； maximum annual precipitation will increased to 4,223mm, days with torrential rain will increase to 5.5 days; days without rain will reduce to 301 days. Potential disasters include reduction of agricultural products, people health, damage to montain roads, increasing slope disaster, ecological damage and etc. Pingtung Climate Change Adaptation Executive Project (draft) collected 60 actions of responding adaptation project. The public forum was hold on August 29th. Finally, Land use, health, agriculture production and biodiversity were prioritized fields. The draft was submitted on October 30th.The project assisted villages in mitigation and adaptation in Baoli Village and NPUST on June 26th and August 29th. There were 17 cases of installation of climate response in 7 villages which were all completed before October.\n3.\tPromoting low-carbon and sustainable homes\nWe invited technical and review committee in Ailiao community to simulate the evaluation of silver certificate inspection. Evaluated as permium level in environment protection performance was our year target. Consequently, we assisted 15 villages in acquiring bronze level certificate, 1 village in acquiring silver level, 11 villages in registing.\n4.\tPromoting low-carbon sustainable installation and PV energy\nThere were 5 villages which should complete on sight auditing, and all object were well-conditioned. The project focused on villages without bronze level certificate and visited high-potential villages which may upgare to silver level priorly. We visited 16 villages and 6 installations in 4 villages were selected to complete low-carbon installation, including energ-saving devices, community farms, which have all completed in August. The project promoted PV project and assisted 28 building in 12 townships in assessing PV installation. The outcomes and supporting documents were provided on October 23th. Chonglan Village was select as PV site with 3.48 kW installation, which can generate 4,016 kWh electricity for self-consuption (reduce 2 tCO2e).\n5.\tPromotion activities for low-carbon and sustainable home\nThis project set up boothes in Carefour Arts Festival and Environmental Volunteer Festival on May 12th and August 31th. 2 events were held to pormote green energy, SDGs and so on. Two excellent community observation tour took place on May 29th and October 23rd. The first tour visted Chiaonan community(silver level) and second tour visited Tangchang community in Kaohsiung City. The project also regularly updated the low-carbon website connection to Taiwan Climate Change Projection Information and Adaptation Knowledge Platform, Conversation Platform for climate citizens, National Council for sustainable Development to provide diverse opitions. 130 news, 5 conferences and 2 envents information have been issued. The project purchased 300 promotion materials based on practicality and healthcare, including 100 charing flashlights.\n6.\tAdministrative cooperation \nThis project assisted in responsibility division of green energy roofs, assessing green energy roofs installation on public buildings and progress tracking, and innovative actions of carbon reduction and executive outcomes of climate change adaptation. The data were provided for Environmental Protection Bureau on October 18th and submitted to Ministry of Environment by Environmental Protection Bureau on October 23rd.\nWe assisted units with silver and bronze level certificates in participating “2024 Low-carbon and Sustainable Villages Contest,” including related data and slides preparation. Dongpian community participated in silver level group and Ailiao community participated in bronze level group. Both of them were evaluated as excellent villages.",
        "proj_year": "113",
        "org_name": "屏東縣政府環境保護局",
        "exe_unit": "元律科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130263056",
        "publish_date": "20250201"
    },
    {
        "chi_title": "113年強化非法棄置場址監控溯源計畫",
        "chi_subject": "本計畫主要目標為提前預防非法廢棄物棄置，並於發生初期即\n時遏止污染擴大，減少土壤和地下水污染風險。主要措施包括在跨\n縣市主要幹道或高風險棄置熱區設置車牌辨識攝影機，並將辨識結\n果回傳至非法棄置智慧圍籬系統。AI 模組將分析異常清運機具樣態\n及風險，並自動警報通報執法人員。此外，計劃於重點路段安裝車\n牌辨識設備，並輔以 4 處智慧讀取器，比對車牌與 e-tag 編碼，追\n蹤大型車輛流向及進行管控。\n計畫將於全台 33 處棄置熱區鄰近的重要路段設置攝影機，並設\n有 5 處移動任務型設備，提供車牌辨識及大型車輛行經路線影像保\n存 3 個月。設備設置地點包括各縣市主要幹道及高風險棄置熱區附\n近，並配合相關機構需求進行系統設置、網絡連接、資料回傳及維\n護管理。",
        "eng_title": "113 Year Plan to Strengthen Monitoring and Traceability of Illegal Abandoned Sites",
        "eng_subject": "The main objective of this project is to proactively\nprevent illegal waste dumping and promptly stop the\nspread of pollution in its early stages, thereby\nreducing the risk of soil and groundwater contamination.\nThe primary measures include installing license plate\nrecognition cameras on major highways or high-risk\ndumping hot spots across counties and cities, with the\nrecognition results transmitted to the illegal dumping\nsmart fence system. The AI module will analyze abnormal\npatterns and risks associated with waste removal\nvehicles and automatically alert law enforcement\npersonnel. Additionally, license plate recognition\ndevices will be installed on key roads, complemented by\nfour smart readers for cross-referencing license plate\nnumbers and e-tag codes, tracking the movement of large\nvehicles, and implementing control measures.\nThe project will install cameras at 33 key\nlocations near illegal dumping hot spots across Taiwan,\nalong with five mobile task-based devices that provide\nlicense plate recognition and store images of the\nroutes traveled by large vehicles for three months. The\ninstallation sites will include major roads in each\ncounty and city, as well as areas near high-risk\nillegal dumping zones. The system setup, network\nconnection, data transmission, and ongoing management\nwill be coordinated in accordance with the needs of the\nrelevant authorities.",
        "proj_year": "113",
        "org_name": "環管署環境執法組",
        "exe_unit": "中華電信股份有限公司企業客戶分公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130261727",
        "publish_date": "20250127"
    },
    {
        "chi_title": "113年度花蓮縣柴油車底盤動力計檢測設備更新計畫",
        "chi_subject": "近3年花蓮縣無論是環境部空氣污染防治成效考核、排煙檢測站評鑑，以及第1至3期大型柴油車各項相關補助案件宣導工作，迄今皆獲得豐碩的成果及成績，而113年本縣在環境部的鼎力支持下，補助瑞穗鄉南區柴油車排煙檢測站動力計設備更新經費，期讓花蓮縣柴油車污染管制工作，得以更加順遂。南區檢測站啟用迄今已逾17年，動力計主體設備及廠站環境已顯老舊，因此「113年度花蓮縣柴油車底盤動力計檢測設備更新計畫」執行工項，除更新動力計設備外，亦針對包括廠站內道路整修、室內空間及站體彩繪等多項工程進行優化，除讓檢測站維持穩定且具公正性之檢測品質外，亦能夠提供民眾在等待驗車的同時，有更便利且舒適的洽公環境。",
        "eng_title": "2024 Hualien County Diesel Vehicle Chassis Dynamometer Testing Equipment Update Plan",
        "eng_subject": "In the past three years, Hualien County has achieved fruitful results and achievements so far in terms of the Ministry of Environment’s air pollution prevention and control effectiveness assessment, smoke emission testing station evaluation, and promotion of various subsidy cases related to the first to third phases of large diesel vehicles. In 2024, with the strong support of the Ministry of Environment, the county subsidized the funds for updating the dynamometer equipment of the diesel vehicle smoke detection station in the southern district of Ruisui Township, hoping to make the diesel vehicle pollution control work in Hualien County smoother.It has been more than 17 years since the southern district testing station was opened. The main equipment of the dynamometer and the factory environment have become outdated. Therefore, the 2024 Hualien County Diesel Vehicle Chassis Dynamometer Testing Equipment Update Plan has been implemented. In addition to updating the dynamometer equipment In addition, a number of projects including road renovation, indoor space and station painting within the factory station have also been optimized. In addition to allowing the inspection station to maintain stable and fair inspection quality, it can also provide the public with something to do while waiting for vehicle inspection. A more convenient and comfortable working environment.",
        "proj_year": "113",
        "org_name": "花蓮縣環境保護局",
        "exe_unit": "春迪企業股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130258129",
        "publish_date": "20250101"
    },
    {
        "chi_title": "查驗互動式虛擬實境技術研究計畫(2\/4)",
        "chi_subject": "現場採樣工作程序繁複、場域常有不一致性及危險性，加上人力資源漸有短缺不足趨勢，故將整體採樣工作及流程由原紙本作業轉換並建置一套數位式訓練教材，實為當前重要工作。為使國家環境研究院內部人員可便於未來培訓、練習並輔導數量眾多檢測業從業人員，能夠在安全條件下有效學習標準化之採樣技能，本計畫將導入虛擬實境技術，提供沉浸式體感操作並用於模擬真實環境採樣檢測作業，主要工作係選定排放管道中戴奧辛類化合物採樣方法(NIEA A807)及排放管道中總碳氫化合物及非甲烷總碳氫化合物含量自動檢測方法－線上火燄離子化偵測法(NIEA A723)。透過互動式虛擬實境平台與混合實境訓練空間之整合建置，讓使用者可利用軟硬體執行虛擬實境訓練課程，並排除實際工作中的任何危害，進而培養職能與危機意識，增進國內環境採樣技術培訓的量能。\n本計畫於前期透過蒐研國內外應用虛擬實境技術於職業培訓之案例，用以研析其各別的應用成果與優劣分析，並從中擷取與計畫執行相關的技術內容進行參考，包含3項國內與5項國外，合計共8項案例。\n於軟體部分共建置互動式虛擬實境平台1套：平台控制系統1組、虛擬實境訓練系統1組及平台資料庫。硬體部分建置混合實境訓練中心1式：專用空間場域建置1式、虛擬實境頭戴式裝置3組、虛擬實境手套3組、虛擬實境移動定位器3組、虛擬實境主機3臺、展示螢幕1組、整合式觸控面板3D追蹤虛擬控制系統1組、虛擬實境追蹤4K攝影機2組、4K數位錄影機1組、虛擬攝影棚綠幕空間1式以及廣播及視聽設備1式。\n在建置虛擬實境訓練情境部分，依據標準方法內容拆解為腳本流程共245列分鏡，並產出13堂虛擬實境訓練課程，包含NIEA A807共8堂、NIEA A723共5堂。虛擬實境訓練情境皆包含有教學模式及測驗模式共2種情境，並且提供單次最多3人之多人同步連線操作模式。在虛擬實境教學當中亦透過專業動作捕捉軟硬體，建置有虛擬教練NPC人物1名，並搭配旁白語音與演練動作，於課程中輔助學員進行訓練培訓。\n最後，針對計畫執行開發內容辦理共3場次之虛擬實境檢測技術專家諮詢會議，透過綜合討論與專家意見作為系統開發的改進依據。系統開發完成後亦辦理1場次之機關內部教育訓練，協助院內管理人員學習軟硬體之使用方式與系統維運操作，以利計畫成果可不斷發展延續，達到計畫目標。",
        "eng_title": "Research Project on Verification of Interactive Virtual Reality Technology Path(2\/4)",
        "eng_subject": "On-site sampling work procedures are complicated, the site is often inconsistent and dangerous, and human resources are gradually in short supply. Therefore, it is extremely important and currently necessary to convert the overall sampling work and process from the original paper-based operations and build a set of digital training materials. In order to enable the internal staff of the National Environmental Research Academy to facilitate future training, practice and mentoring of a large number of analysis organization practitioners to effectively learn standardized sampling skills under safe conditions, this project introduced virtual reality (VR) technology to provide immersive somatosensory operations and use. In simulating real environment sampling and testing operations, the main work is to select the sampling method for dioxin emission in stack (NIEA A807) and the automatic detection method for the total hydrocarbon and non-methane total hydrocarbon content in stack - online Flame Ionization Detection method (NIEA A723). Through the integration of an interactive VR platform and a mixed reality training space, users can use software and hardware to perform VR training courses and eliminate any hazards in actual work, thereby cultivating functional and crisis awareness. Improve the capacity of domestic environmental sampling technology training.\nIn the early stage of this project, we searched for domestic and foreign cases of applying VR technology in vocational training to analyze their respective application results, advantages and disadvantages, and extracted technical content related to the implementation of the project. For references, it included 3 domestic and 5 foreign cases, totaling 8 cases.\nIn the software part, a total of 1 set of interactive VR platform was built: 1 set of platform control system, 1 set of VR training system and platform database. The hardware part was to build a mixed reality training center: a dedicated space field, 3 sets of VR head-mounted devices, 3 sets of VR gloves, 3 sets of VR mobile positioners, and 3 virtual hosts, 1 display screen, 1 integrated touch panel 3D tracking virtual control system, 2 VR tracking 4K cameras, 1 4K digital video camera, 1 virtual studio green screen space, and broadcast and Audio-visual equipment 1 type.\nIn the construction of VR training scenarios, the script process was broken down into a total of 245 storyboards based on the standard method content, and 13 VR training courses were produced, including a total of 8 NIEA A807 courses and a total of 5 NIEA A723 courses. VR training scenarios included two scenarios: teaching mode and test mode, and provide a multi-player simultaneous connection operation mode for up to 3 people at the same time. In the VR teaching, professional motion capture software and hardware are also used to create a virtual coach NPC character, with narration and action exercises to assist students in training during the course.\nFinally, a total of 3 VR detection technology expert consultation meetings were held for the plan execution and development content, and comprehensive discussions and expert opinions were used as the basis for improvement of system development. After the system development was completed, one session of internal education and training was conducted to assist the staffs of National Environmental Research Academy in learning how to use software and hardware systems and maintenance operations, so that the project results can be continuously developed and continued, and the project goals can be achieved.",
        "proj_year": "113",
        "org_name": "國環院檢測認證中心",
        "exe_unit": "藏識科技有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130256543",
        "publish_date": "20250131"
    },
    {
        "chi_title": "基隆市-113年度北區水體污染事件緊急應變暨水污染聯防演練計畫",
        "chi_subject": "本計畫實施期程自113年2月6日簽約日起至11月30日內完成，依「113年度基隆市水環境(含飲用水)污染防治暨北區水體污染事件緊急應變聯防演練計畫」合約規定，執行期間已於113年2月15日提送「工作計畫書」審查，並於113年6月28日提交「期中報告書」，送交機關辦理審查。於113年11月15日前將執行成果、相關佐證資料製作成期末報告書，提交辦理驗收作業。\n各階段進度已依合約規範陸續完成合約製作(含履約保證金、印花稅與保險等)、人員提報、稽查車輛與設備提報、檢驗工作品保規劃書提報等計畫前置作業提交核備，並已完成113年2月~11月應辦理工項查核採樣與分析作業。相關辦理進度成果說明簡述如下：\n一、113年度基隆市水污染源稽查與水污費徵收查核計畫\n(一)水污染防治費催補繳及現場查核管理作業\n協助辦理水污染防治費催補繳及現場查核作業，並依環保局規定期程內完成水污費申報案件查核，113年度上半年本計畫已完成水污費定期申報與追繳作業共計32家次，應繳總金額總計為82,037元；113年度下半年本計畫已完成水污費定期申報與追繳作業共計33家次，應繳總金額總計為75,832元。\n(二)自動監測與攝影監視系統維護及查核\n協助環保局進行每日系統連線狀況，並於113年6月份前進行4家擁有自動監測(視)設施之業者進行現場查核作業﹐另於6月26日進行和平島水資源中心之RATA查核作業，查核結果均無異常。\n(三 經營運作河川巡守隊\n水環境守望襄助巡守隊，經營運作7隊共154人，本年度結合水巡隊員辦理完成1場淨溪活動、2場教育訓練活動，並協助水環境守望相助巡守隊巡守資料更新作業。\n二、基隆市推動環保許可整合執行計畫\n已於113年4月25日辦理許可整合內部教育訓練，供各審查許可單位更了解環保許可整合業務並提供環保署相關資訊，另於113年6月17日辦理許可整合說明會議，使業者能瞭解許可整合之趨勢與目的及未來執行方式，並於會後聯繫業者繪製污染流向圖意願，已完成優先試辦對象及112年前（含）擴大對象6件次污染流向圖輔導作業，及完成13家業者進行污染流向圖繪製，另協助辦理5場次會審作業及許可整合單一窗口維運作業。\n三、北區水體污染事件緊急應變聯防\n(一)已完成北區六縣市上下年度各一場次應變器材清點之工作，並完成北區環保局承辦人員聯繫資料更新。\n(二)為強化水體污染事件應變能力今年度水體污染事件模擬中油公司發生複合式災害演練，結合油污、土污及空污搶救應變，其中共辦理3場次協調會議，2預演及1次正式演練，共動員共有12個單位，總計出動約110人。\n(三)5月16日及9月3日辦理巡守及緊急應變(含水環境巡守)專業教育訓練及4月27日辦理緊急應變訓練及水環境清淨活動、11月18日辦理緊急應變(含水環境巡守)訓練相關活動成果發表會共4場次。\n四、基隆市水污染、海洋、飲用水污染管制計畫\n(一)飲用水安全管理\n已完成自來水供水系統水質採樣300件、連續供水固定設備查核152處及採樣100處、淨水廠之清水查核採樣16件次、淨水廠之原水查核16件次、非屬飲用水管理條例規範之水井\/山泉水查核採樣16件次、淨水場淨水處理藥劑查核採樣5件次、包裝水業者查核採樣4次及辦理完成10次飲用水水源水質保護區之巡查作業。\n(二)水污染防治法法規宣導會\n於3月20日辦理1場次法規宣導說明宣導會，共有86位人員參加。\n(三)水污列管事業或水污疑慮行為巡查作業\n完成環保局交辦陳情查核及列管事業查核共計97件次。\n五、基隆市委託認證實驗室辦理環境檢驗計畫\n本計畫按每月應執行之查核作業進行採樣，另經局端核准後委託辦理檢驗工作，使用經費已達契約預算上限，統計今年共共採樣分析175件次。\n六、基隆河關鍵測站氨氮削減改善調查計畫\n(一)執行關鍵測站上游事業及社區查核輔導及採樣作業，共計25家次，內容包括法規符合度、許可履行、廢水處理設施操作、放流口座標定位正確性等，其中共執行20家次事業及社區的查核輔導採樣作業及5家非列管事業的查核，檢測20家次中，有2家的事業及4 間社區放流水水質超標異常。\n(二)辦理關鍵測站上游事業及社區深度查核，查核20家事業及社區之水措許可資料與現場污水處理單元操作情形，除興業金屬現場與許可不符，後續將請業者提出改善，其餘皆未發現缺失之情況。\n七、列管事業稽查管制及採樣作業\n(一)轄內列管事業、下水道系統查核與管理\n依照水污染防治法相關規定進行聯合污水廠放流水查核(大武崙工業區)查核作業，階段目標10件次，已完成查核10件次(含4次夜間查核)，另須完成周界逕流廢水查核4件次；列管事業查核查核計畫應完成30件次，已完成查核32件次；六堵水資源回收中心查核採樣應完成4件次，已完成5件次；和平島水資源回收中心查核採樣應完成6件次，已完成9件次；社區下水道系統查核35件次。\n(二)污染源建檔、調查及查核\n本市列管事業已達75家、列管社區已達35家。所有業者已增加至地圖座標中，以利未來查核時應用；於每月定期更新執行成果資料(包含水質資料、水環境守護網活動登錄)，並針對建檔資料作抽查，確保建檔品質。未來將協助定期彙整各單位作業執行成果，以納入113年度環保署河川污染整治考核報告，協助局內爭取考核分數。\n八、水污染許可申請文件審查與管理\n(一)辦理水污染許可申請文件審查與管理\n113年度已協助審查37件許可案件申請及31件營建工地逕流廢水計畫書申請案件。\n(二)檢測申報審查及水污費催補繳與現場查核管理作業\n113年度已協助審查85家次定檢申報，另依環保署提供之水污費疑慮業者，於8月進行現場查核。\n(三)許可申報資料品質提升\n已完成提送異常分析業者名單至環保署，並於8月邀請專家學者協同診斷查核10家次。\n(四)基隆河測站水質數據分析\n依據環保署測站之暖江橋、六合橋及實踐橋進行水質分析作業，已於計畫期間每月繳交月報，並於繳交三季季報。",
        "eng_title": "Keelung City’s 113th Annual North District Water Pollution Incident Emergency Response and Water Pollution Joint Prevention Drill Plan",
        "eng_subject": "The implementation period of this plan will be completed from the signing date on February 6, 2020 to November 30, 2020. According to the 2013 Keelung City Water Environment (Including Drinking Water) Pollution Prevention and Control and North District Water Pollution Incident Emergency Response Joint Prevention and Control Drill Plan The contract stipulates that during the implementation period, a work plan was submitted for review on February 15, 2013, and an interim report was submitted on June 28, 2013, to the agency for review. Before November 15, 2020, the implementation results and relevant supporting materials will be prepared into a final report and submitted for acceptance.\nThe progress of each stage has been completed in accordance with the contract specifications, such as contract production (including performance bonds, stamp duties and insurance, etc.), personnel reporting, inspection vehicles and equipment reporting, inspection work quality assurance plan reporting and other pre-planning tasks have been submitted for review. , and has completed the inspection, sampling and analysis of work items that should be handled from February to November 2013. A brief description of the relevant processing progress results is as follows:\n1. Keelung City’s 2013 water pollution source inspection and water and pollution fee collection and inspection plan\n2. Keelung City promotes the integrated implementation plan for environmental permits\n3. Emergency response and joint prevention of water pollution incidents in North District\n4. Keelung City Water Pollution, Marine and Drinking Water Pollution Control Plan\n5. Keelung City entrusts a certification laboratory to handle environmental inspection plans\n6. Investigation plan for ammonia nitrogen reduction and improvement at key Keelung River measuring stations\n7. Audit control and sampling operations of listed enterprises\n8. Review and management of water pollution permit application documents",
        "proj_year": "113",
        "org_name": "基隆市環境保護局",
        "exe_unit": "技佳工程科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130252418",
        "publish_date": "20250107"
    },
    {
        "chi_title": "113年度臺東縣關山及太平溪人工濕地操作維護管理計畫",
        "chi_subject": "113年度太平溪人工濕地及關山人工濕地操作維護管理計畫，透過公私協力方式，達到太平溪人工濕地及關山人工濕地定期之棲地及物種維護；流量紀錄與水質檢測，數據的分析處理，有助於掌控濕地淨化效能與管理工作的規劃；持續性的生態調查，累積濕地生態資料，並可做為環境教育與瞭解水質淨化與物種的關係；定期的設施維護與污泥清除工作，確保人工濕地的運作正常；並透過解說員培訓及導覽活動辦理等新聞稿之宣傳，讓民眾瞭解人工濕地的友善水環境與維護工作。\n一、113年度本計畫由1月3日至期末報告工作項目截止日11月30日止執行進度說明\n本計畫至期末報告11月30日止，執行率達100%，符合合約規範及進度，且成效良好，依工作內容及地點，分為太平溪人工濕地及關山人工濕地，以兩處的人工濕地各別說明工作內容及辦理成效：\n(一)\t簽約日期：113年01月03日\n(二)\t履約期限：113年12月20日(契約工項須於113年11月30日前完成)\n(三)\t合約金額：8,740,000元整\n(四)\t期末報告執行率：至113年11月30日執行率達100%，符合合約規範內容及進度(100%)。\n(五)\t期末報告工作內容及成效：\n1.\t太平溪人工濕地\n(1)\t本計畫於太平溪派駐一位現場工作人員，每週安排三日進行濕地環境維護，並於工作日進行進出流水量記錄。合約要求每周至少執行3次。截至11月30日太平溪人工濕地已執行169次、188人次，共清除88.0公斤廢棄物，執行頻率及執行次數皆符合合約規範。後續承諾持續維護至113年12月31日止。\n(2)\t完成太平溪人工濕地濕地進流口一座巴歇爾堰超音波流量計進行年度校正作業。\n(3)\t完成太平溪人工濕地污水處理設備功能測試，太平溪人工濕地兩座曝氣設備經測試後皆可正常運作，另於113年8月30日發現場域電纜遭民眾毀損，配合機關完成報案程序，並辦理修繕作業，已於9月25日委由水電人員完成修繕。\n(4)\t113年度進行濕地除污工作，太平溪人工濕地上半年度除污作業共清除25.1公斤垃圾及雜物以及20.5立方公尺之底泥。下半年度除污作業共清除3.7公斤垃圾及雜物以及30立方公尺之底泥，外來物種清除面積約500平方公尺。\n(5)\t113年度辦理場域環境教育設施修繕更新作業，共計完成2座環境教育解說牌修繕更新作業以及新設4座場域告示牌新設作業。\n(6)\t太平溪人工濕地共執行三季水質檢測作業並於水質檢測報告完成後提送水質檢測成果報告書，太平溪人工濕地第一季至第三季出流水質狀況良好，皆符合或接近場域設計值。\n(7)\t執行兩次(第一季、第三季)太平溪人工濕地陸域及水域生態調查，長期追蹤環境的變化，做為環境管理的成效參考及改善，兩處場域113年度生態族群狀態穩定。\n(8)\t完成2次太平溪人工濕地底泥中重金屬檢測作業。\n2.\t關山人工濕地\n(1)\t本計畫於關山人工濕地派駐一位現場工作人員，每週安排三日進行濕地環境維護，並於工作日進行進出流水量記錄。合約要求每周至少執行三次。截至11月30日關山人工濕地已執行157次、共計167人次，並清除98.3公斤廢棄物，執行頻率及執行次數皆符合合約規範。承諾持續維護至113年12月31日止。\n(2)\t針對濕地進流口及出流口兩座巴歇爾堰超音波流量計進行年度校正作業。\n(3)\t完成關山人工濕地八座曝氣設備及相關污水處理設施總體檢1次，各污水處理設施皆可正常運作。\n(4)\t完成關山人工濕地的除污工作，113年度關山人工濕地除污作業針對A2密植濕地以及A3開放水域濕地周邊池體短流區進行整理，並針對場域中道路邊喬木進行整理，各生態池體邊亦進行喬木、植栽整理以確保水流通暢，無短流之虞。\n(5)\t完成關山人工濕地既有設施以及環境教育設施修繕作業，共計修繕更新6座場域環境教育解說牌，修繕4處場域既有設施。\n(6)\t關山人工濕地共執行三季水質檢測作業，並於水質檢測報告完成後提送水質檢測成果報告書。關山人工濕地三季水質檢測結果其出流水質皆符合場域放流水設計值。\n(7)\t執行一次(第三季)關山人工濕地陸域及水域生態調查，長期追蹤環境的變化，做為環境管理的成效參考及改善。\n(8)\t完成2次關山人工濕地底泥中重金屬檢測作業。\n3.\t其他工作事項\n(1)\t辦理1場次太平溪人工濕地導覽解說人員培訓課程，總培訓人數達18人，培訓課程學員主要為臺東縣各級學校教師，包含幼兒園、國小、國中等學校教師，課程滿意度達100%，行政滿意度亦達100%。\n(2)\t辦理1場次濕地導覽解說人員參訪活動，總參與人數達32人，活動中參訪國立海洋生物博物館、守護陸蟹活動、龍鑾潭國家重要濕地、墾丁國家公園等場域，課程滿意度達100%，行政滿意度亦達100%。\n(3)\t辦理濕地導覽解說活動，本計畫結合學校、團體，太平溪人工濕地合約規範至少辦理3場次，截至11月已辦理10場次；關山人工濕地合約規範至少辦理3場次，已辦理3場次，兩處濕地合計辦理13場次，參與人數達397人次。\n(4)\t配合機關各式活動，辦理設攤宣導濕地保育或環境教育至少五場次以上，113年度已辦理5場次，合計參與人數達481人次。\n(5)\t本計畫濕地主軸宣導品設計以國產材桃花心木為載體，使用雷射雕刻繪製濕地常見物種，包含鎖鏈蛇、班龜以及環頸雉，並製成鑰匙圈（含磁鐵），供民眾於相關宣導活動時闖關領取。共計製作1,000份。\n(6)\t本計畫於113年3月辦理上半年度太平溪人工濕地碳匯調查作業，並已完成上半年度濕地碳匯調查成果報告書，下半年度濕地碳匯調查已於7月完成調查作業，並於10月提送太平溪人工濕地年度碳匯調查成果報告書，經初步碳匯調查成果顯示，太平溪人工濕地為一碳匯(吸碳)型濕地，每年可吸收二氧化碳重量約為87.27 ton CO2e yr-1。\n(7)\t支付太平溪人工濕地場域電費，承諾持續繳交113年度電費至113年12月。",
        "eng_title": "113 Taitung County  Taipingxi and Guanshan Constructed Wetland Operation, Maintenance and Management Plan",
        "eng_subject": "The 2014 Taiping River Artificial Wetland and Guanshan Artificial Wetland Operation and Maintenance Management Plan aims to achieve regular habitat and species maintenance at Taiping River Artificial Wetland and Guanshan Artificial Wetland through public-private partnerships; flow records and water quality testing, data analysis and processing, It helps to control the wetland purification efficiency and management planning; continuous ecological surveys, accumulation of wetland ecological data, and can be used as environmental education and understanding of the relationship between water purification and species; regular facility maintenance and sludge removal work to ensure The artificial wetland is operating normally; through press releases such as the training of tour guides and the organization of guided tours, the public can understand the friendly water environment and maintenance work of the artificial wetland.\n1. Implementation progress of this plan from January 3 to November 30, the deadline for the final report work item in 2014\nAs of the end of the term report on November 30, the execution rate of this project reached 100%, which was in line with the contract specifications and progress, and the results were good. According to the work content and location, it was divided into Taiping River Artificial Wetland and Guanshan Artificial Wetland. Wetland specific work content and management results are described as follows:\n(I) Signing date: January 3, 2014\n(II) Contract performance deadline: December 20, 2014 (Contract work must be completed before November 30, 2014)\n(III) Contract Amount: RMB 8,740,000\n(IV) Execution rate of final report: As of November 30, 2014, the execution rate reached 100%, which is in line with the content and progress of the contract specifications (100%).",
        "proj_year": "113",
        "org_name": "臺東縣環境保護局",
        "exe_unit": "禾耕生態環境教育有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130246736",
        "publish_date": "20250106"
    },
    {
        "chi_title": "113年環境教育系列活動規劃及推動計畫",
        "chi_subject": "為鼓勵社會大眾關注環保議題並積極參與行動，環境部於地球日（4月22日）與世界環境日（6月5日）等國際環境節日期間，結合節日主題舉辦一系列宣導活動。今年地球日的主題為「地球與塑膠」，世界環境日則聚焦於「土地恢復、沙漠化與抗旱能力」，整體活動以「減塑有我」為核心，鼓勵民眾從日常生活各面向減少一次性塑膠用品及塑膠袋的使用。\n（一）系列活動概述\n1.社群串聯行銷 -「地球與小編」活動\n為提升大眾環境素養，於3月29日（五）舉辦「地球與小編」活動，邀請中央部會粉絲專頁小編參與。4月22日至6月5日期間，透過社群串聯方式共同推廣淨零排放政策，19個中央部會（25個粉絲專頁）參與，總粉絲追蹤人數達394萬人，發揮社群力量深化環境教育。\n2.地球日主題活動 -「2024地球日減塑有我×蔬食無痕家庭日」\n4月21日（日）於臺北市大安森林公園露天音樂臺舉行，結合地球日主題「地球與塑膠」，吸引超過2,000人參與「減塑有我闖關任務」，透過遊戲學習如何在生活中減少使用一次性用品及塑膠袋，寓教於樂成效顯著。\n3.世界環境日主題活動 -「2024世界環境日減塑呷健康」\n6月1日（六）於雲林縣斗六膨鼠森林公園舉辦，聚焦「土地恢復、沙漠化與抗旱能力」議題，吸引約825人參與「減塑呷在地」市集闖關活動，現場引導民眾從生活七大面向（食、衣、住、行、育、樂、購）實踐綠生活，推動減塑行動與環保意識。\n4.網路互動活動 -「減塑有我」愛分享行動\n以「MBTI 16型人格測驗」為靈感，設計趣味性的「減塑有我」互動活動，吸引5,643人參與「你來自哪個星球？」測驗；另有351人分享減塑行為圖文，302人以影片形式傳遞減塑理念。透過高度互動性與趣味性，成功激發分享熱潮，擴大環保行動影響力。\n（二）環境教育教材規劃\n為配合國際《全球塑膠公約》議題，113年環境教育主題聚焦於「減少使用塑膠」，並開發多元輔助教材以提升教學成效。輔助教材包含：塑膠知識工具書（印製100本及電子版）、10分鐘教學簡報、5分鐘動畫影片、懶人包圖卡等，這些資源將幫助學生與民眾深入了解塑膠相關知識，進而提升環保意識並付諸實踐行動。",
        "eng_title": "The Planning and Promotional Plan for the 2024 Environmental Education Series Activities",
        "eng_subject": "To encourage public awareness of environmental protection issues and to proactively engage the public in related actions, the Ministry of Environment has organized a series of promotional activities for the Earth Day (April 22) and World Environment Day (June 5), aligning with the themes of these events. The theme for this year’s Earth Day is “Planet vs. Plastics”, while the World Environment Day focuses on “Land Restoration, Halting Desertification, and Building Drought Resilience”. The core concept of these activities is “Reducing Plastic: I Am a Part of It”, aiming to encourage citizens to reduce the use of disposable plastic products and plastic bags in their daily lives.\n（一）Overview of the Series of Activities\n1.\tMarketing through Social Media Networking – The “Earth and Fanpage Editors” activity\nTo enhance public environmental literacy, the Ministry organized the “Earth and Fanpage Editors” event, which was held on March 29 (Friday) and all editors from the fan pages of central government agencies were invited to participate. From April 22 to June 5, these editors worked together to promote the net-zero emissions policy through social media networking. A total of 19 central government agencies (with 25 fan pages and a combined following of 3,940,000 fans) participated in the campaign, demonstrating the power of social media in deepening environmental education.\n2.\tEarth Day Themed Activity – “2024 Earth Day – Reducing Plastic: I Am a Part of It x Traceless Family Day」\nThis event took place at the Daan Park Pavilion in Taipei City in April. Incorporating the theme of the 2024 Earth Day, “Planet vs. Plastics”, it attracted over 2,000 participants to take part in the “Reducing Plastic: I Am a Part of It” challenge. Through interactive games, participants learned how to reduce their use of disposable products and plastic bags, demonstrating the effectiveness of combing education with entertainment.\n3.\tWorld Environment Day Themed Activity – “2024 World Environment Day: Reduce Plastics and Be Healthy”\nThis event was held at Douliu Pengshu Forest Park in Yunlin County on 1st of June (Saturday). Centered around the theme “Land Restoration, Halting Desertification, and Building Drought Resilience”, it attracted approximately 825 participants to engage in the “Challenge Activity” at the “Reduce Plastics and Eat Local Ingredients” market. This activity guided the audience in adopting green living practices across seven aspects (food, clothing, housing, transportation, education, entertainment, and shopping), promoting plastic reduction actions and raising environmental protection awareness.\n4.\tOnline Interactive Activity – “Reducing Plastic: I Am a Part of It” Love Sharing Campaign\nInspired by the “MBTI 16 Personality Types Test,” this activity incorporated fun elements to transform “Reducing Plastic: I Am a Part of It” into an interactive experience, attracting 5,643 participants to take part in the “Which Plant Do You Come From?” test. Moreover, 351 people shared plastic reduction images and text, while 302 participants spread the plastic reduction message through videos. With highly interactive and engaging elements, this activity triggered trends in sharing and expanded the influence of environmental protection efforts.\n5.\tEnvironmental Education Material Planning\nIn 2024, to align with the international issue of the “Global Plastic Pollution Treaty”, the environmental education theme focused on “Reducing the Use of Plastics”, while developing multiple teaching aids to enhance teaching effectiveness. The teaching aids include a plastic knowledge handbook (100 copies printed, with an electronic version released), a 10-minute teaching presentation, a 5-minute animation, infographics and so on. These resources are designed to help students and the general public to gain an in-depth understanding of plastic-related knowledge and further promote environmental protection awareness and practical action.",
        "proj_year": "113",
        "org_name": "環境部環境保護司",
        "exe_unit": "社團法人台灣環保生活協會",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130243312",
        "publish_date": "20250110"
    },
    {
        "chi_title": "113年度土壤及地下水污染調查及查證工作計畫-新竹縣",
        "chi_subject": "本計畫經費共計新台幣11,220,000元整，計畫期程自113年1月1日起至113年12月31日止，截至113年12月16日止，本計畫已完成進度100%，實際執行進度為99.12%，計畫部分作業項目因實際規劃執行後無需支用部分作業項目等原因，將於期末以實作數量進行驗收，詳細說明請參第1.4節。\n茲摘錄計畫工作成果簡述如下：\n列管場址管理情況：至12月16日止持續列管中場址共9處，包含3處整治場址（華淵電機公司、關西鎮大旱坑段大東坑小段1-1地號、新豐鄉新豐段797等3筆地號）、5處控制場址（全興避震器公司、旭德公司、三陽新豐廠、南港輪胎新豐廠、中國製釉公司）、1處七條五場址（碩禾公司中華廠）。場址驗證作業，4月、6月完成精鈺金屬公司、台燿公司驗證作業，驗證結果符合改善目標，已完成解除列管。場址地下水監測作業，10月完成旭德公司及台燿公司周邊地下水監測作業，監測結果均無異常。離場土壤抽測，9月至10月針對大旱場址辦理4批次離場土壤抽測，監督污染改善成效，確認離場土壤是否符合處理機構許可收受項目。綠色永續型整治推廣作業，本年度召集列管場址辦理綠色永續整治施政推廣說明會，前往大旱場址辦理綠色永續型整治最佳管理措施檢核審查會，針對列管場址辦理巡查監督，積極輔導場址如期如質完成改善。詳細管理狀況請參第3章。\n工業區申報備查資料：申報備查管理作業，共計有10處工業區，其中1處北埔工業區屬低污染免監測工業區，其餘9處需於每年2、7月辦理申報作業，已協助檢視資料完整性、正確性及有無異常情形，並妥善彙整資料提供即時查詢。本年度針對新竹科學園區地下水監測井J00172辦理地下水監測工作，監測結果無異常。詳細工作內容請參第4章。\n列管事業管理情況︰貯存系統事業，協助申報資料審查工作（90處），並辦理16處地下儲槽系統事業書面資料勾稽與測漏管查核工作、14處地上儲槽系統事業法規符合度追蹤複查及輔導工作。土污法第八、九條列管事業，執行土壤污染評估調查資料申報審查工作，針對申報內容、監測結果等有疑慮者（以光電材料及元件製造業優先），辦理2場環境場址勘查評估作業及查證作業，4月完成碩禾公司中華廠查證作業，土壤鎘超過土壤污染管制標準，已列管；9月完成華信公司湖口廠查證作業，土壤砷超過土壤污染管制標準，建議列管。事業土壤及地下水污染預防管理工作，A群（加強管理群）已辦理1場次現勘與預防管理行前說明會，38場次現勘與預防管理工作，及辦理5場採樣前會勘作業及進場查證作業，土壤污染查證結果：(1)合昌公司及台灣櫻宮公司，檢測結果均低於土壤污染管制標準。(2)貝克休斯公司及復盛公司竹科一廠土壤重金屬超過土壤污染監測標準，建議函文要求事業自主監測土壤重金屬品質。(3)高美可公司土壤重金屬超過土壤污染監測標準、地下水氨氮超過地下水污染監測標準，建議函文要求事業自主監測土壤及地下水品質；B群（自主管理群）已辦理2場次自主預防管理說明會，並依自主預防管理計畫填報情形，抽選13處進場檢視查核自主預防執行成果；C群（檢視管理群）已完成20家事業現場勘查運作情形，詳細工作內容請參第5章。\n應變調查、查證與其他調查工作：應變調查、查證工作，統計至113年12月16日，共計執行5案，實支經費共394,500元。農地同步採樣作業，配合農糧署作物採樣期程辦理，完成第一、二期作農地同步採樣作業，監測結果均無異常。農地污染預防重點作業，已辦理22場次環境勘查評估作業、34組土壤採樣及XRF篩測作業，土壤SA03(新豐鄉新庄子段722地號)經XRF篩測與實驗室全量分析，確認重金屬銅濃度高於食用作物農地管制標準，故接續辦理農作物剷除銷燬及應變改善，已於10月完成污染應變及自主驗證作業，並由環保局於11月25日辦理改善後之驗證作業，驗證結果符合改善目標；辦理23組灌溉水水質基本分析初驗及4組重金屬分析複驗、50組污染防治區之圳路樹脂包調查，調查結果無明顯異常情形；底泥灌溉渠道採樣作業，辦理12點次底泥採樣、4點次水質採樣、24組樹脂包調查，翁厝南幹線（LA0201）之重金屬鋅、樹杞林圳幹線（LA0301）之重金屬銅有超過底泥品質指標上限值，建議通報目的事業主管機關加強監測，詳細工作內容請參第6章。\n其他協助事項︰監測井管理，完成上半年度123口、下半年度120口巡查工作，並執行外觀維護12口、設施修復5口、內部功能檢查18口（增做4口微水試驗）、再次完井10口、異物排除5口、標準監測井廢井5口等作業。行政協助與宣導作業，辦理2場土壤及地下水污染整治法法規說明會（共138人）、1場施政推廣宣導會（共44人）、8節課校園宣導活動（共249人）、2場次民眾宣導活動（共385人）及2場次創新作為-桌遊宣導。每月提供工作月報，維護更新土水系統資料，積極達成環保署績效考評統計業務內容，全力協助環保局取得滿分之佳績。詳細工作內容請參第7章。",
        "eng_title": "Investigation and Verification of Soil and Groundwater Pollution in Hsinchu County in 2024.",
        "eng_subject": "The total cost of this project is NT $ 11,220,000 with the overall project period between 2024\/01\/01 and 2024\/12\/31. Until 2024\/12\/16, the project has been accomplished with 100% of progress, and the actual implementation progress is 99.12%. For the details, please refer to Chapter 1.4 in the report. The following is a summary of the current result status in this project: The management statuses of the classified sites: As of 2024\/12\/16, there were 9 sites still under control or regulatory listing, including 3 remediation sites, 5 control sites and 1“Article 7-V” site. Site Verification Operations: In April and June, verification operations were completed for Jing Yuh Metal Industrial Co., LTD. and Taiwan Union Technology Co., LTD. The results met the improvement targets, and the sites have been officially delisted from regulatory control. Groundwater Off-Site Soil Sampling: From September to October, four batches of off-site soil sampling were conducted at the Dahankeng Section site to monitor pollution remediation effectiveness and confirm whether the off-site soil complied with the permitted acceptance criteria of processing facilities.For detailed management information, please refer to Chapter 3. Industrial park data application: 10 industrial areas are subject to inspection and management for future reference, 1 of them, Beipu Industrial Zone, could be prevented from monitoring, other 9 should conduct data application every February and July. The assistance of review of the completeness, correctness, and abnormality of the documents, and integration of them to provide a reference for the competent authorities when pollution occurs. For the details, please refer to Chapter 4. The management statuses of the classified business: The declaration reports of 90 enterprises with underground storage tank systems are reviewed, and the articulation of documents and leakage checks in 16 businesses with underground storage tanks have been completed, and follow-up review and guidance on compliance with regulations for 14 above-ground storage tank systems. For the classified business under articles 8 and 9 of the soil and groundwater pollution remediation act, regulatory compliance enterprises underwent soil pollution assessment and investigation report reviews. For cases with questionable declarations or monitoring results, a total of 2 environmental surveys and assessment operations. In April, verification at the Giga Solar Materials Co., LTD. (China factory) was completed, revealed cadmium levels in the soil exceeding soil pollution control standards, and has listed site under management. And, in September, verification at the Arima Lasers Co., LTD. (Hukou factory) was completed, revealed arsenic levels in the soil exceeding soil pollution control standards, and suggestion management this site. The following are regarding the enterprise's prevention and management of soil and groundwater pollution. For Group A (Strengthened Management Group), 1 Pre-trip briefing session on on-site survey and preventive management, 38 on-site survey and preventive management field trips, and 5 pre-sampling survey and inspection operations were completed. For group B (Self-management Group), 2 self-prevention management briefing session was held, and based on self-declarations reported under self-prevention management plans, 13 sites were selected to inspect and verify the implementation results of independent prevention. For Group C (inspection management group), the on-site inspection and operation status of 20 enterprises has been completed. For the details, please refer to Chapter 5.\nInvestigation and verification for emergency response: As of 2024\/12\/16, 5 cases have been conducted and the total cost of the above tasks is NT$ 394,500. Regarding agricultural land pollution prevention tasks, 22 environmental surveys and assessment operations, 34 sets of soil samplings and XRF screenings have been completed. The XRF screening and full laboratory analysis results showed the concentration of heavy metal copper of SA03(Land No. 722, Xinzhuangzi Section, Xinfeng Township) is slightly higher than the standard value of Foodcrop Farmland Control Standards, subsequent actions included the removal and destruction of crops, along with response and remediation measures. The pollution response and self-verification processes were completed in October, and the EPB conducted post-remediation verification on 2024\/11\/25. For the details, please refer to Chapter 6. Miscellaneous: soil and groundwater pollution remediation law and regulations briefings, policy promotion and publicity meeting, campus education activities, public communication campaigns were conducted, and innovative action-board game promotion. For the details, please refer to Chapter 7.",
        "proj_year": "113",
        "org_name": "新竹縣政府環境保護局",
        "exe_unit": "業興環境科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130241093",
        "publish_date": "20250131"
    },
    {
        "chi_title": "113年全國環保志（義）工群英會專案工作計畫",
        "chi_subject": "本計畫藉由舉辦「113年全國環保志（義）工群英會」，提升全民環境素養，藉由具環境教育意涵的競賽，展現全國環保志（義）工的活力及向心力，達到全民環保之目的。本次活動於10月26日在花蓮縣立體育館舉辦，全國共計22縣市，共計1,700名志義工參加，加上花蓮縣特色美食攤位工作人員、花蓮縣政府環保局現場支援志（義）工、貴賓、媒體及工作人員等，總參與人數達2,018人。今年度融入環境知識於多項競賽項目中，透過參賽者在競賽過程中，以環境知識問答進行互動，達到寓教於樂的目的！為使活動更加豐富也請四個縣市進行環保啦啦隊表演賽。\n本活動共有4項趣味競賽，包括環保金頭腦、資源分類王、資源灌籃高手、清掃接力賽，相關賽程設計皆以環保為出發點，並落實於競賽項目、競賽道具與參與人員等，所有參加者都需自備環保碗、筷、袋，避免使用免洗餐具製造垃圾，藉此呼應本次的活動精神。\n　　當天由洄瀾擊鼓樂團揭開序幕，行政院長卓榮泰、花蓮縣長徐榛蔚親臨會場，感謝全國環保志（義）工並給予支持鼓勵。經過整天的賽程，共產生56個特優團隊，並於活動最後，在全國環保志（義）工的見證下進行會旗交接，由花蓮縣政府饒忠秘書長代表將大會旗交棒給明年主辦的雲林縣環保局張喬維局長，希望全國環保志（義）工群英會年年延續、細水長流，提供全國環保志（義）工一個每年相聚交流的平台。\n此外，協助編撰及整理「環境保護志工介紹」之網頁內容，供部內後續放置於相關網站。",
        "eng_title": "20224 National Volunteer Campaign for Environmental Protection",
        "eng_subject": "The target of holding the “2024 National Volunteer Campaign for Environmental Protection” is to show the vitality and to encourage the sense of honor of the volunteers; through the event, the government would like to increase the number of environmental protection works and to encourage exercise habits. This event was held on October 29th in Tainan City Chia Nan University of Pharmacy and Science Shao Tsung Gymnasium. During the event, 1,700 environmental protection volunteers from 22 counties were participated; include the Tainan County Traditional Food vendors, staffs and press, the total participants were added up to 2,018. \n　　More environmental knowledge was blended into the interactive sports game in this year; hoping to spread out more education knowledge through interesting games, make the whole event more meaningful. Also, four counties and cities were invited to hold an environmental cheerleading competition.\nFour interactive games were designed for the event, such as: question game, garbage classification game, basketball game and relay game. All games were designed based on the concept of being “green;” therefore, all volunteers brought their own dinning utensils, to reduce the usage of disposable tableware.\n　　The opening performance was performed by Huilan Drumming Ensemble, then, MOENV (Ministry of Environment) minister Cho Jung-tai, Hualien County Magistrate Xu Zhenwei, arrived and thanked all the environmental protection volunteers. At the end of the event, minister Shieu award a medal to 56 premium teams. Finally, Secretary-General Rao Zhong of Hualien County Government hand over the flag of the event to next year’s host, Director Zhang Qiaowei of Yunlin County Environmental Protection Bureau. The “National Environmental Protection Volunteers Sports Games” conformed to be environmental friendly, interesting, educational, and supportive to the local businesses; therefore, we hope by holding this meaningful annual event will bring positive influences to our people, which will bring everyone a better living environment.\nBesides, we also organized Volunteer Campaign for Environmental Protection materials which used to present on website.",
        "proj_year": "113",
        "org_name": "環境部環境保護司",
        "exe_unit": "新視紀整合行銷傳播股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130236314",
        "publish_date": "20250115"
    },
    {
        "chi_title": "113年無機資源循環整合管理計畫",
        "chi_subject": "本報告基於臺灣2050淨零排放路徑及策略，針對無機資源循環的現況與發展進行全面探討。緒論部分指出，臺灣每年產生約1,900萬噸無機資源，包括飛灰底渣、爐碴等，具有再利用潛力，但現行管理措施及市場需求尚未充分發揮其效益。本計畫旨在掌握無機資源的產生與流向，並通過地區性循環系統的建構，提升無機資源於營建工程中的再利用效率，減少資源浪費和碳排放。這不僅有助於無機資源的合理分配和有效循環利用，還能實現無機資源的最佳利用和分流應用。此外，除了盤點無機再生粒料項目、種類與產出量外，本年度其他工作成果摘要如下：\n1.\t在113年1-9月間，我國的八大類59項無機資源產出量呈現下降趨勢。已盤點可回收利用的無機再生粒料，用於營建工程的需求量約2,624萬噸。這些無機資源在工程應用上的使用比例較去年有所增加。\n2.\t為強化無機資源循環管理，本報告引入歐盟、日本等先進國家經驗，提出適合臺灣的管理策略，包括推動高值化應用、建立分流管理機制及優化政策法規等。同時，針對爐碴(石)於CLSM的應用進行深入探討，並評估其在其他工程用途的可行性，以促進無機再生材料的多元應用。\n3.\t對全國22個縣市的112年無機資源產出量和再生粒料需求進行了盤點，並將台灣的區域循環體系劃分為北部、中部、雲嘉南、高屏四大區域，並盤點北區各縣市處理量能及無機資源地區流向。提出以北北基桃為主體之區域循環體系，包含各縣市參加之誘因及可提供合作之項目，並提出以中央及地方政府進行主導之區域循環體系推動態樣。\n4.\t最後，本報告強調行政作業與推動措施的重要性，透過舉辦多場研商會議與整合工作會議，促進跨部門協作與政策執行力的提升。結論部分提出應加強無機資源分類及再利用制度，並加速綠色公共採購推動無機再生材料，進一步構建地區循環管理體系，為資源全循環目標的實現奠定基礎。本計畫的成果不僅有助於提升無機資源的再利用效益，更為臺灣推動循環經濟提供了重要參考依據。",
        "eng_title": "The 2024 Inorganic Resource Recycling and Integration Management Plan",
        "eng_subject": "This report, based on Taiwan's 2050 Net-Zero Emissions Pathway and Strategy, provides a comprehensive exploration of the current status and development of inorganic resource recycling. The introduction highlights that Taiwan generates approximately 19 million tons of inorganic resources annually, including fly ash and slag, which have significant recycling potential. However, existing management measures and market demand have yet to fully realize this potential. The project aims to monitor the generation and flow of inorganic resources and construct regional circular systems to enhance their reuse in construction projects, thereby reducing resource wastage and carbon emissions. This approach not only facilitates the rational allocation and effective recycling of inorganic resources but also ensures their optimal utilization and application. In addition to inventorying recyclable materials and types of inorganic aggregates, this year's key achievements are summarized as follows:\n1.\tBetween January and September 113 (2024), the production of 59 types of inorganic resources in Taiwan's eight major categories has shown a declining trend. An inventory of recyclable inorganic aggregates has been completed, meeting an estimated demand of 26.24 million tons for construction purposes. The proportion of these resources utilized in engineering applications has increased compared to the previous year.\n2.\tTo strengthen the management of inorganic resource recycling, the report incorporates experiences from advanced nations such as the EU and Japan. It proposes strategies tailored to Taiwan, including promoting high-value applications, establishing diversion management mechanisms, and optimizing policies and regulations. It also delves into the application of slag in Controlled Low-Strength Material (CLSM) and evaluates its feasibility for other engineering uses, thereby encouraging diversified applications of recycled materials.\n3.\tThe report inventories the 112-year (2023) output and demand for recycled aggregates in Taiwan's 22 counties and cities, dividing the country into four regional circular systems: Northern, Central, Yunlin-Chiayi-Tainan, and Kaohsiung-Pingtung. It specifically evaluates the processing capacity and regional flows of inorganic resources in the Northern Region. A regional circular system centered on Taipei, New Taipei, Keelung, and Taoyuan is proposed, highlighting incentives for county participation and potential collaborative projects. Frameworks for systems led by central and local governments are also suggested.\n4.\tFinally, the report emphasizes the importance of administrative operations and implementation measures. Through multiple seminars and coordination meetings, it promotes cross-department collaboration and enhances policy execution. The conclusion recommends reinforcing inorganic resource classification and recycling systems, accelerating green public procurement to include recycled materials, and further constructing regional circular management systems. The project's results not only enhance the recycling efficiency of inorganic resources but also provide a vital reference for advancing Taiwan's circular economy.",
        "proj_year": "113",
        "org_name": "循環署循環處理組",
        "exe_unit": "財團法人臺灣營建研究院",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130218555",
        "publish_date": "20250201"
    },
    {
        "chi_title": "113年度環境保護公益信託及專業獎章行政支援專案工作計畫",
        "chi_subject": "本計畫自113年3月6日起執行至113年12月10日止，工作項目包含執行環境保護公益信託相關行政支援作業、協助辦理環保團體溝通相關作業及辦理環境保護專業獎章相關作業，執行情形概述如下：\n一、執行環境保護公益信託相關行政支援作：\n本計畫行政支援主要協助環境部對於環境保護公益信託案件相關之輔導、審查與監督查核截至113年11月30日止完成協助審查紀錄共計1筆。協助蒐集國內與國外環境保護公益信託相關制度與案例，於113年6月24日及113年8月2日完成兩場次專家諮詢會議，最後於113年11月22日邀集產官學界完成公益信託論壇之辦理，提出我國可借鏡之處，做為我國未來政策規劃之參考。\n二、協助辦理環保團體溝通相關作業：\n關於本年度NGOs相關會議，本計畫於113年3月8日協助完成召開「2023全國非政府組織（NGOs）環境會議環保團體代表第2次溝通會議」、113年5月27日完成召開「2024年環保團體建言之各部會分工研商會議」、113年11月11日完成召開「2024全國非政府組織（NGOs）環境會議環保團體代表第1次溝通會議」。\n除會議支援外對2019年至2024年總共六年之建言議題執行狀況進行分析，並蒐集國內外環保團體熱門關注議題，並彙整、分析各部會使用者於環保團體建言分工系統操作時之客服問題，同時蒐集各部會使用者回饋建議。\n三、辦理環境保護專業獎章相關作業：\n本計畫對於114年環境保護專業獎章前置作業進行規劃，包含114年請頒作業期程規劃、提出過往建議與精進作法、宣傳策略研擬，並於113年10月17日、113年10月29日辦理完成辦理114年環境保護專業獎章請頒活動說明會2場次。",
        "eng_title": "2024 Administrative Support Project for Environmental Protection Charitable Trusts and Professional Medal for Environmental Protection",
        "eng_subject": "This project, conducted from March 6, 2024, to December 10, 2024, focused on providing administrative support for Environmental Protection Charitable Trusts, facilitating communication with environmental groups, and managing activities related to the Professional Medal for Environmental Protection. The implementation details are as follows:\n1. Administrative Support for Environmental Protection Charitable Trusts\nThis project provided administrative assistance to the Ministry of Environment in guiding, reviewing, and supervising Environmental Protection Charitable Trust cases. As of November 30, 2024, one review record has been completed. This project also collected and analyzed domestic and international practices and cases related to charitable trusts in environmental protection. Two expert consultation meetings were held on June 24, 2024, and August 2, 2024. This project culminated in a public trust forum on November 22, 2024, which brought together representatives from industry, government, and academia to share insights and propose actionable recommendations for future policy development.\n2. Facilitating Communication with Environmental Groups\nThis project played a key role in fostering communication with NGOs through several major meetings. These included the Second Communication Meeting with Environmental Group Representatives during the 2023 Environmental Conference of Taiwan NGOs on March 8, 2024, the Inter-ministerial Meeting on the Division of Responsibilities for 2024 Environmental Group Proposals on May 27, 2024, and the First Communication Meeting with Environmental Group Representatives for the 2024 Environmental Conference of Taiwan NGOs on November 11, 2024. Beyond supporting these meetings, this project analyzed the implementation of proposals submitted between 2019 and 2024, identified trending topics among domestic and international environmental groups, and compiled user service issues within the Environmental Group Proposal Coordination System. It also provided valuable feedback and suggestions to various government agencies.\n3. Professional Medal for Environmental Protection\nThis project undertook the preparatory work for the 2025 Professional Medal for Environmental Protection, including the scheduling of award-related activities, presenting past recommendations and refining practices, and developing promotional strategies. Two informational sessions on the 2025 medal application and award process were successfully held on October 17 and October 29, 2024.",
        "proj_year": "113",
        "org_name": "環境部環境保護司",
        "exe_unit": "環資國際有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130217606",
        "publish_date": "20250106"
    },
    {
        "chi_title": "113年環境檢驗品質查核與輔導計畫",
        "chi_subject": "113年環境檢驗品質查核與輔導計畫為協助國家環境研究院執行檢驗室查核、現場查核、技術評鑑、盲樣測試、資料審查及檢驗室輔導等方式，針對環境部已許可執行相關固定污染源、周界空氣、土壤、地下水等檢測方法之檢測機構進行查核工作，並評估檢測機構執行檢測工作之系統品質，提供國家環境研究院輔導管理檢測機構之參考。\n本計畫完成檢驗室現場查核作業352場次、職業安全衛生查核32場次、技術評鑑完成152場次固定源與空品車技術評鑑，及水量測定評鑑71項次；辦理共識會議、查核說明會議各1場次、品質輔導會議共3場次及環境檢驗與管理檢討會議1場次；辦理10家地方環保局及6場次檢測機構訓練輔導工作；執行30件土壤採樣品保規劃書審查及執行20個計畫之DQO查核，查核項次計692項次；完成盲樣測試與雙盲樣測試作業各371項次與166項次及兩家機構申請擔任國內指定盲樣測試機構之現場審查評定、5件案例之法律諮詢意見書、4則圖卡製作及查核手冊製作。\n現場查核作業共執行606項次缺失改善，其中35項次涉及裁處，查核缺失以未符合品質系統基本規範之「十五、技術紀錄」、「六、人員」及「八、設備」章節為最多，缺失內容為人員未落實作業及方法規定所致。檢驗室與採樣現場查核缺失以NIEA W510、E230、A706及P201方法被裁處比例最高。113年查核檢測機構之現場缺失涉及裁處比例、技術評鑑不合格率皆較112年下降，顯示藉由本計畫不預警查核，可讓檢測機構管理階層積極採取適當措施，加強儀器維護保養，以監控其運作及管理。",
        "eng_title": "Environmental Testing Quality Scrutiny and Counseling Project in 2024",
        "eng_subject": "The major content of Environmental Analysis Quality Scrutiny and Counseling Project in 2024 is to assist the National Environmental Research Academy in implementing laboratory review, field inspections, technical evaluations, blind sample testing, data review and laboratory counseling, etc. The inspected Environmental Testing Institutions were selected from those, which obtained the analysis license from the Ministry of Environment for conducting environmental quality monitoring of stationary pollution sources, ambient air, soil, groundwater, etc. The inspection task is to evaluate analysis system quality of each inspected Environmental Testing Institutions and to provide guidance or management reference for the National Environmental Research Academy.\nBy October 31, 2024, the implemented project tasks include 352 laboratory reviews and field sampling inspections, 32 occupational safety and health inspections, 152 technical evaluations of stationary source monitoring and mobile air quality monitoring equipment, as well as 71 water quality measurement; 1 consensus meeting , 1 inspection meeting, 3 quality coaching meeting, 1 environmental analysis and management review meeting, 10 coaching of local Environmental Protection Bureaus, 6 coaching of Environmental Analysis Institutions, 30 Soil Sampling Quality Assurance Plan reviews, 20 DQO checking of implemented plans and 692 inspection items in total. Also, 371 blind sample tests, 166 double-blind sample tests, 5 cases of law consultants, 4 compiling query cards and 1 Inspection Manual were accomplished.\nA total of 606 deficiencies were discovered and improved during the implemented project tasks, 35 of which involved penalties. The most deficiencies belong to not meeting basic specifications of quality systems in the Chapter 15-Technical Records, Chapter 6-Personnel and Chapter 8- Equipment. The deficiency content is caused by the personnel’s failure to obey the operation procedure and method guidelines. For deficiencies in laboratory and field sampling inspections, the violation of NIEA W510, E230, A706 and P201 methods resulted in the majority of penalties. Comparing with those in 2023, the penalty ratio and the failure of technical evaluation became less for Environmental Testing Institutions in 2024. The result implicated that Environmental Testing Institutions were forced to actively take appropriate measures for strengthening maintenance of instruments and monitoring their operation and management through this project’s non-warning inspections.",
        "proj_year": "113",
        "org_name": "國環院檢測認證中心",
        "exe_unit": "崑山科技大學",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130216885",
        "publish_date": "20250131"
    },
    {
        "chi_title": "臺中市-113年推動廢棄物源頭減量及強化分類回收補助計畫",
        "chi_subject": "臺中市政府為提昇垃圾減量成效，遂由臺中市政府環境保護局(以下簡稱環保局)積極推動各項源頭減量及資源回收相關工作，透過「113年度臺中市辦理源頭減量與資源循環及網路平台維護綜合管理計畫」(以下簡稱本計畫)委託執行指定業者相關源頭減量、資源回收宣導工作，並持續推動資源循環政策，以強化本市民眾及指定業者配合現行各項法令及政策，進而達到落實源頭減量及資源回收之目的。",
        "eng_title": "Taichung City 113 Annual subsidy program to promote garbage reduction and recycling",
        "eng_subject": "In order to improve the effectiveness of waste reduction, the Taichung City Government's Environmental Protection Bureau (hereinafter referred to as the Environmental Protection Bureau) actively promotes various source reduction and resource recycling related work, through the 113 Taichung City Handling Source Reduction, Recycling and Resource The Integrated Management Plan for Recycling and Web Page Maintenance (hereinafter referred to as the plan) entrusts designated industries to implement related source reduction and resource recycling promotion work, continue to promote resource recycling policies and exchange mechanism to strengthen the cooperation between the city's people and designated industries. Various current laws and policies are implemented to achieve the purpose of source reduction and resource recycling.",
        "proj_year": "113",
        "org_name": "臺中市政府環境保護局",
        "exe_unit": "京丞資源國際有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130203025",
        "publish_date": "20250114"
    },
    {
        "chi_title": "113年化學物質調查與採樣檢測計畫",
        "chi_subject": "計畫工作重點包含化學物質稽查及輔導訪查、推動邊境管理、特定化學物質及市售產品抽測、強化快篩技術應用及落實查核毒性及關注化學物質非法網路交易，工作成果說明如下：\n化學物質稽查及輔導訪查：分為2種對象執行稽查及輔導訪查作業，專案稽查已列管業者為主，主要稽查樣態為勾稽異常上下游輸入流向異常，共執行7家次，其中4家勾稽異常業者皆於改善期限內完成改善；非列管業者以輔導訪查方式執行37家次，總計已於11月10日完成44家次2種對象及7種樣態資料彙整。同時協助跨部會合作化學品聯合稽查作業1,727家查檢成果彙整，追蹤433家缺失改善情形。\n推動邊境管理：進行邊境查驗、特定化學物質稽查及市售商品採樣分析，本年度完成15場次採樣作業，其中7場次為邊境查驗完成4個樣品檢測、8場次為特定化學物質輔訪完成57件樣品檢測、協助地方政府執行列管化學物質查緝笑氣樣品139件（均有檢出笑氣）、壬基酚1件，總計檢驗201件樣品。另為提升相關人員的專業技能，於113年8月21日辦理2場次稽查及採樣檢測教育訓練。\n網路販售列管化學物質及市售產品抽測：查核毒性及關注化學物質非法網路交易共58,981筆風險名單，輔導51件商品下架，彙整地方環保局完成違規裁處5案。市售產品抽測完成30件商品檢驗，包括家用清潔劑、兒童玩具、文具用品、表面處理劑和瑜珈墊，檢驗物質分為壬基酚、壬基酚聚乙氧基醇、氫氟酸等12種毒性及關注化學物質，結果均符合相關規範及低於管制濃度。\n強化快篩技術應用：完成國內外得克隆、甲氧滴滴涕及UV-328共計3種物質檢測方法資料蒐集，建議未來UV-328與得克隆可採用氣相層析質譜儀分析檢測，而甲氧滴滴涕建議未來檢測方法則可以氣相層析質譜儀及電子捕捉偵測器。另針對手持式拉曼光譜儀可識別濃度範圍分別為壬基酚15%、壬基酚聚氧乙基醇10%、甲基異丁酮90%、二甲基甲醯胺60%及二氯甲烷60%，但儀器在高濃度或複雜混合物情境中仍存在限制；於水環境生態毒理完成2個物質測試，五乙烯六胺水環境生態毒理，其活性污泥的呼吸率抑制試驗結果為EC50=428 mg\/L；28天生物降解度試驗結果為7%，而亞磷酸三壬苯酯之活性污泥的呼吸率抑制試驗結果為EC50大於10,000 mg\/L；28 天生物降解度試驗結果為 6%，為物質本身具不易快速生物降解之特性。\n行政管理作業完成協助化學物質查扣運送7趟次，提供150車次車輛租賃，彙整並製作稽查與輔導訪查工作影像紀錄。",
        "eng_title": "The project for investigation, sampling and testing of chemical substances in  2024.",
        "eng_subject": "The project focuses on enhancing safety and compliance through key initiatives, including chemical substance inspections, advisory visits, the promotion of border management, sampling and testing of specific chemical substances and commercial products, strengthening the application of rapid screening technologies, and implementing e-commerce inspections of toxic chemical substances (TCSs) and concerned chemical substances (CCSs). The outcomes of these efforts are detailed as follows:\nThe Chemical Substance Inspection and Guidance Visits have been conducted for two categories of entities, with a primary focus on operators under regulatory supervision. These inspections primarily addressed irregularities, including discrepancies between input and output in both upstream and downstream processes. In the case of regulated operators, seven special inspections were conducted, where four operators recognized inconsistencies and effectively implemented corrective actions within the designated period. For non-regulated operators, 37 guidance visits were carried out. As of November 10, data collection for both groups and seven distinct categories has been finalized, resulting in a total of 44 special inspections. Additionally, we have supported interagency collaboration on joint chemical inspections, compiling results from 1,727 inspections and following up on corrective actions for 433 businesses with identified issues.\nFor promoting border management, we conducted border inspections, specific chemical substance checks, and sampling analysis of commercial products, completing a total of 15 rounds of sampling and testing. We dedicated seven rounds to border inspections, which resulted in four samples being tested; eight rounds were aimed at advisory visits concerning specific chemical substances, resulting in 57 samples tested. We also assisted local governments in implementing regulations on controlled chemicals, which included testing 139 nitrous oxide (N2O) samples (with all returning positive for N2O) and 1 sample of nonylphenol, total of 201 samples. Additionally, to improve the professional skills of relevant personnel, two training sessions focused on inspection, sampling, and testing were held on August 21, 2024.\nIn the e-commerce inspections of toxic chemical substances (TCSs) and concerned chemical substances (CCSs), we reviewed 58,981 high-risk products. This resulted in the removal of 51 products and issuance of 5 determinations by the Environmental Protection Bureau. Furthermore, we conducted testing on 30 products, including household cleaners, children's toys, stationery, surface treatment agents, and yoga mats, with no detection of 12 targeted toxic and concerned chemical substances such as nonylphenol, nonylphenol ethoxylates, and hydrofluoric acid.\nAs for strengthening rapid screening technology applications, we have completed the collection of domestic and international testing methods for dechlorane, methoxychlor DDT, and UV-328. UV-328 and dechlorane are primarily analyzed using gas chromatography-mass spectrometry (GC-MS), while methoxychlor DDT is tested using GC-MS and electron capture detector. Additionally, we conducted handheld Raman spectrometry device detection tests were 15% for nonylphenol, 10% for nonylphenol polyethylene glycol ether, 90% for methyl isobutyl ketone, 60% for N,N-Dimethyl formamide, and 60% for Dichloromethane respectively. However, the instrument still has limitations in high-concentration or complex mixture scenarios. The aquatic ecotoxicology tests for two substances have been completed. An eco-toxicity assessment of pentaethylenehexamine in aquatic environments indicated an EC50 of 428 mg\/L, with a 28-day biodegradability test result of 7%. For tris(nonylphenyl) phosphite, the activated sludge respiration inhibition test showed an EC50 greater than 10,000 mg\/L, with a 28-day biodegradability result of 6%, suggesting a low potential for rapid biodegradation.\nAdministrative tasks included assisting transport of confiscated chemical substances 7 times, arranging 150 vehicle rentals, and creating video records of inspections and advisory visits.",
        "proj_year": "113",
        "org_name": "化學署評估管理組",
        "exe_unit": "環化有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130201954",
        "publish_date": "20251210"
    },
    {
        "chi_title": "新竹縣-113年推動廢棄物源頭減量及強化分類回收補助計畫",
        "chi_subject": "113年度源頭減量及強化分類回收補助計畫(以下簡稱本計畫)，履約期程自113年1月11日至113年11月30日止，截至期末報告統計階段止 (12月02日)，執行進度已達100%完成各工作執行。\n本計畫辦理主軸目標4大項，包含推動一次用產品減量、垃圾強制分類及垃圾減量、推廣資源再使用及延長物品生命週期，以及其他配合事項，共計執行27項工作，透過串聯公私部門、機關、團體、學校、地方產業攜手推動各項環保政策，以活動辦理、稽查輔導並濟，據以達成垃圾源頭減量成效，統計本年度於各項措施推動下，推估垃圾減量約5萬3,261.38公斤，換算其減碳量可達到14萬2,488.51公斤CO2e。",
        "eng_title": "Hsinchu County-113 promotes waste source reduction and strengthens classification and recycling plan",
        "eng_subject": "The 2014 Source Reduction and Enhanced Separation and Recycling Assistance Program has a compliance period from January 11, 2014 to November 30, 2014, ending at the end of the reporting period (December 2). , the execution rate has reached 100% and all tasks have been completed.\nThe project has four main projects, including promoting the reduction of disposable products, waste sorting and waste reduction, promoting resource reuse and extending the life of items, as well as other supporting projects. A total of 27 tasks are implemented through connecting public and private Departments, institutions, groups, schools, and local industries promote various insurance policies, and use activities, inspections, and supervision to achieve the benefits of reducing the amount of garbage at the source. According to statistics, under the implementation of various measures this year, it is estimated that the amount of garbage has been reduced by about 5 13,261.38 kg, which translates to a carbon reduction of 142,488.51 kg CO2e.",
        "proj_year": "113",
        "org_name": "新竹縣政府環境保護局",
        "exe_unit": "京丞資源國際有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130197917",
        "publish_date": "20250117"
    },
    {
        "chi_title": "113年飲用水水質及水質處理藥劑抽驗計畫",
        "chi_subject": "計畫針對全國22個直轄市及縣市行政轄區規劃262處自來水供水系統及38處簡易自來水供水系統之水質抽驗，抽驗項目為飲用水水質標準列管項目等7類49項。列管項目包括13項重金屬(砷、鉛、硒、鉻、鎘、鋇、銻、鎳、汞、銀、鋁、銦及鉬)、2項影響健康物質(氰鹽、氟鹽)、3項消毒副產物(總三鹵甲烷、溴酸鹽、鹵乙酸類)、15項揮發性有機物(三氯乙烯、四氯化碳、1,1,1-三氯乙烷、1,2-二氯乙烷、氯乙烯、苯、對-二氯苯、1,1-二氯乙烯、二氯甲烷、鄰-二氯苯、二甲苯、順1,2-二氯乙烯、反1,2-二氯乙烯、四氯乙烯及甲苯)、13項農藥(安殺番、靈丹、丁基拉草、2,4-地、巴拉刈、納乃得、加保扶、滅必蝨、達馬松、大利松、巴拉松、一品松及亞素靈)、1項持久性有機污染物(戴奧辛)、2項影響適飲性、感觀物質(陰離子界面活性劑、酚類)及未列管之3項全氟化物(全氟辛酸、全氟辛烷磺酸及全氟己烷磺酸)。\n瞭解氣候變遷造成極端氣候影響飲用水水質，於豪雨與乾旱氣候過後抽驗水中重金屬及消毒副產物等項目。項目包括11項重金屬(砷、鉛、硒、鉻、鎘、鋇、銻、鎳、汞、銀、鋁)及3項消毒副產物(總三鹵甲烷、溴酸鹽、鹵乙酸類)。\n抽驗國內以地面水體或地下水體作為水源之包裝水及盛裝水業者10處次，抽驗項目為國內包裝及盛裝飲用水水源水質標準列管項目。項目包括重金屬(鉛、硒、鉻、鎘、鋇、銻、鎳、汞及銀等9項)、揮發性有機物(三氯乙烯、四氯化碳、1,1,1-三氯乙烷、1,2-二氯乙烷、氯乙烯、苯、對-二氯苯及1,1-二氯乙烯等8項)、農藥(安殺番、靈丹、丁基拉草、2,4-地、巴拉刈、納乃得、加保扶、滅必蝨、達馬松、大利松、巴拉松、一品松及亞素靈等13項)、氰鹽、氟鹽、陰離子界面活性劑及酚類。\n抽驗國內自來水淨水場飲用水水質處理藥劑。抽驗數量及項目：配合113年飲用水管理重點稽查管制計畫，抽驗件數至少150件，抽驗項目為本部公告修正「飲用水水質處理藥劑一覽表」規範之品質管制項目。\n本年度完成之自來水系統及簡易自來水系統水質抽驗，以抽驗點而言，自來水系統水質整體合格率為98.85%(259\/262)，簡易自來水系統整體合格率為97.39%(37\/38)，水質處理藥劑抽驗合格率為100%(150\/150)，包裝及盛裝飲用水水源水質抽驗合格率為100%(10\/10)。\n本年度抽驗超過飲用水水質標準之點位共有4處，第一階段超標淨水場之項目分別有金屬鋁、總三鹵甲烷及揮發性有機物(苯)共3處，分別為新北市(老梅)、連江縣(西莒)及高雄市(輔英科技大學)，以上經第二階段複驗後皆低於飲用水水質標準，而另1處為苗栗縣(中興)，於第二階段檢測揮發性有機物時，當中之苯超過飲用水水質標準。\n本年度於7月24~26日經歷凱米颱風登陸侵襲，經中央氣象署網站查詢後，皆於中南部及花東地區發生24小時累積雨量達200毫米以上之降雨之情形。為確保風災後之水質情形，於8月1日，分別選擇影響規模最大之淨水場，為臺中市(豐原第二)、南投縣(水里)、嘉義縣(水上、竹崎)、臺南市(南化)、高雄市(鳳山)、屏東縣(牡丹)、宜蘭縣(深溝)及臺東縣(利嘉)以上共10處淨水場進行抽驗，抽驗結果均低於飲用水水質標準。",
        "eng_title": "(2024) A Survey of Drink Water and disposal of chemicals for Certain Specific Analytes in the Water Quality Standards",
        "eng_subject": "The purpose of this project was to examine the drinking water quality of the prechosen 262 drinking water systems, 38 simple tap-water systems of the 22 municipal counties or cities, 10 packaged drinking water source water quality and 150 water quality treatment chemicals. The regulated analytes included 13 metals (arsenic, lead, selenium, chromium, cadmium, barium, antimony, nickel, mercury, silver , aluminum, indium and molybdenum ), 2 health affecting substance (cyanide and fluoride), 3 disinfection byproducts (total trihalomethanes (TTHMs), bromate and haloacetic acids (HAA5) ), 15 volatile organics (trichoroethylene, carbon tetrachloride, 1,1,1-trichloroethane, 1,2-dichloroethane, vinyl chloride, benzene, 1,4-dichlorobenzene, 1,1-dichloroethene, dichloromethane, 1,2-dichlorobenzene, xylenes, cis- and trans- 1,2-dichloroethene, tetrachloroethene and toluene), 13 pesticides (endosulfan, lindane, butachlor, 2,4-D, paraquat, methomyl, carbofuran, isoprocarb, methamidophos, diazinon, parathion, EPN, and monocrotophos) and 1 persistent volatile organic compound (dioxins), and 2 effect drinkability sensory substances(MBAs and Phenols), 3 PFAS(PFOA, PFOS and PFHxS).\nCompared with drinking water criteria, which drinking water systems and simple tap-water systems has a passing rate of 98.85% and 97.39%, water quality treatment chemicals has a passing rate of 100% and drinking water sources has a passing rate of 100%. \nThe results showed that the content of 1 site metallic aluminum (Al), 1 site total trihalomethanes (TTHM), and 2 site VOCs(Benzene) exceeded the water quality standard for drinking water in drinking water system.",
        "proj_year": "113",
        "org_name": "環境部水質保護司",
        "exe_unit": "上準環境科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130191651",
        "publish_date": "20250201"
    },
    {
        "chi_title": "113年度新北市毒性及關注化學物質源頭管理計畫",
        "chi_subject": "(一)\t前言\n新北市政府環境保護局為了(1)有效防範毒化災事件並強化毒性化物之許可管理、運作紀錄正確性、防護具維護、災害應變、緊急應變通報、稽巡查管制作業等工作方面，並建立事業端危害預防及應變計畫，管理組織聯防體系運作，以提昇管理效益。(2)確保化學物質能夠被使用於正確用途上，避免非法使用於食品\/食品原料上，而影響民眾生命健康造成食安問題，配合毒物及化學物質局針對其所提供具食安風險疑慮化學物質(以下簡稱為具食安風險化學物質)，辦理深度訪查來清查本市化工原料相關業者，藉以加強蒐集相關資料建立各化學物質基線資料，並與業者建立夥伴關係且進行政令宣導，以利未來化學物質的流向管理。(3)妥善管理環境用藥業者及藥品，降低環境用藥對人體及環境之傷害風險。並且提升病媒防治業者專業知識與技能及加強民眾環境用藥相關觀念，確保民眾健康及環境免於受污染。\n(二)\t執行成果\n(1)\t協助辦理13場次辦理毒化物運作廠商相關法令宣導說明會：分別為「災害防救應變訓練」1場次(出席率65%)、「法令宣導及系統操作說明」4場次(出席率80%)、「化工原料業及兼售食品添加物業者教育宣導」2場次(出席率21%)及「地區性聯防組織災害防救訓練暨研討會議」6場次(出席率91%)。\n(2)\t辦理4場次食安五環政策相關宣導會：參與宣導人數為447人，希望能透過教育宣導方式，廣泛宣導正確食品安全知識，提升業者及師生對化學物質基本認知，以及常被濫用之原因和可能遭濫用之食物。\n(3)\t協助修正新北市毒化物災害疏散避難作業原則暨持續修正新北市地區防救災計畫-毒性化學物質災害防救對策篇：依據於113年9月底中央頒佈核定，協助檢視其內容是否與新北市地區災害防救內容是否相符。\n(4)\t輔訪450家化工原料業者：已完成450家訪查，並分為三個部分，第一部分為化工原料相關運作業者輔導訪查作業374家，第二部分為危險化學物質稽查專案48家，第三部分為毒性及關注化學物質稽查28家。化工原料相關運作業者輔導訪查，發現轄區以運作氫氧化鈉家數最多，有250家；其次為過氧化氫，有161家。\n(5)\t勾稽毒化物運送車輛GPS異常作業及運送車輛現場抽驗輔導：完成455筆毒化物運送車輛GPS勾稽。其中包括7筆「1-3類毒化物起迄點不符」、6筆「有聯單無軌跡」及422筆自行勾稽；其中「1-3類毒化物起迄點不符」與「有聯單無軌跡」事件需經查核後在系統中回報。同時也完成4家次的GPS現場抽驗輔導工作。\n(6)\t輔導357家毒化物運作業者：共計訪查357家毒化物運作廠商，共有347家業者符合規定，對10家業者提出相關建議共12項。\n(7)\t6場次組訓及21場次無預警測試：藉由說明會辦理，共抽出21家運作業者辦理，並邀請北區環境事故專業技術小組擔任評分官。今年度測試成績90分以上有5家；80~89分有9家，70~79分有7家。現場測試完畢後，針對缺失項目對測試業者說明，避免未來業者受測重複犯錯。另於下半年度辦理聯防小組組訓6場次，針對毒性及關注化學物質專業應變人員(通識級)數位再訓練課程系統操作說明及聯防組織會員大會。\n(8)\t3場次毒災應變人員應變或防護器材實務訓練：已辦理3場次，分別於7月份辦理毒性及關注化學物質應變人員防災實務訓練、8月份辦理環境事故數位實境模擬推演訓練及11月份辦理一場毒災應變人員移地及跨區域防災訓練及參訪。\n(9)\t查核輔導107具偵測警報設備：辦理10家，累計105點(複測2點)。\n(10)\t擴充毒性化學物質運作危害資訊平台及管理系統：針對運作場所點位及相關資訊進行確認與更新、更新套疊112年度所模擬的潛勢分析圖及建置運作物質之安全資料表資料。\n(11)\t毒化物或關注化學物質採樣及檢驗：將疑似裝有一氧化二氮之鋼瓶，轉送至台灣檢驗科技股份有限公司(SGS)進行檢驗，鋼瓶檢測結果皆含有一氧化二氮。\n(12)\t辦理3場次毒性化學物質災害應變演練：協助辦理3場次，分別為全民防衛動員暨災害防救(民安10號)演習、關鍵基礎設施安全防護檢視及演習(板新廠)及海洋化學複合型災害情境污染緊急應變演練。\n(13)\t4場次電話無預警通聯測試：挑選4家業者辦理，包括運作乙腈(列管編號105-01)2家、1家運作二氯甲烷(079-01)業者及4,4’-二胺基二苯甲烷(118-01)。依業者實際運作毒性化學物質給予假設災害狀況(搬運不慎造成毒化物傾倒，造成洩漏)，業者皆於30分鐘內回傳測試評核回報單。\n(14)\t完成編修新北市21區毒性化學物質運作風險模擬評估應變暨疏散避難計畫書：完成21行政區之市各區毒性化學物質運作風險模擬評估應變暨疏散避難計畫書，其章節包括總則、行政區基本資料、災害後果模擬分析、後果模擬分析結果、疏散避難規劃等章節。\n(15)\t勾稽毒性及關注化學物質運作紀錄：逾時未申報項目，於申報期限以電話或LINE群組提醒232家次業者要申報運作紀錄，僅有1家業者逾期未申報運作紀錄事宜發生。上下游運作流向異常勾稽項目共204件。處理方式為通知本市業者補申報及通知業者轄區環保局，並於申報勾稽系統填報異常情形，後續由權責所屬當地環保局追蹤改善。截至目前為止，本市業者皆已完成補申報。\n(16)\t辦理1場次職業安全衛生管理講習或訓練：於113年4月5日(五)，假園鴻有限公司新北辦公室(新北市板橋區中山路一段1號19樓之20)辦理。主要是針對 113年度工作方針、去年度缺失精進及出勤交通安全進行說明與討論。\n(17)\t119家環境用藥相關業者查核輔導：已完成119家業者(99家病媒防治業及20家販賣業)輔導，業者均符合環境用藥管理法規定。\n(18)\t病媒防治業評鑑作業：病媒防治業評鑑作業部分，已完成30家營業場所及29現場施作評鑑，分數加總後排序擇定特優5家、優等13家及甲等10家，而1家(真神除蟲有限公司)因未達80分應列為輔導對象而不予列等，其餘3家因故未執行施作現場評核而不列入公告名單；惟展新環保工程股份有限公司為環保局協力廠商，但並未配合評鑑，故列為優先汰除對象。\n(19)\t查核1,006件環境用藥標示，共查獲14件過期劣藥：共查核16家商家，分佈於本市9區。\n(20)\t10場次市場偽、禁、劣藥查核：已完成10場傳統市場(8個行政區)查核，發現1處攤販共販售2種日本製的不合格環境用藥，現場除了請業者下架外，也通報轄區承辦。\n(21)\t送驗分析11件市售環境用藥有效成分及含量：已完成11件採樣送至環境部核可的檢測單位(上準環境科技股份有限公司)進行商品中有效成分檢驗。檢測結果發現發現有1件市售藥品(威滅衣物除蟲片-a)之所含有效成分之含量超出環境部所公告「環境用藥有效成分含量容許誤差範圍」，其餘10件所含有效成分之含量均在環境部所公告「環境用藥有效成分含量容許誤差範圍」的範圍內。\n(22)\t辦理6場次環境用藥宣導說明會：已完成6場次，分別針對轄區病媒防治業者辦理1場次「環境用藥法規暨評鑑說明會」、辦理病媒防治業評鑑業者法規說明會1場次、配合化學署辦理1場次製造業及販賣業「環境用藥管理法規及資訊系統操作說明會」、配合化學署辦理病媒防治業辦理1場次「環境用藥管理法規及資訊系統操作說明會」、辦理1場次「病媒防治業者環境用藥安全暨病媒防治相關法規宣導會」及辦理1場次「環境用藥安全暨病媒防治相關法規宣導會」。\n(23)\t訪查10場次營業場所病媒防治施藥情形：包括8家飯店旅館及2家餐飲店。9家業者聘請病媒防治業者進行施藥，而且有6家會自行從市面上購買環境用藥進行施藥。\n(24)\t辦理2則環境用藥安全、具食安風險疑慮化學物質安全或毒化物安全教育推廣：針對毒性及關注化學物質及食安五環辦理宣導文宣。\n(25)\t489件環境用藥廣告輔導查核：電視媒體廣告監看共65件，未發現任何違規情形，均符合環境用藥廣告管理相關規定。另針對網路進行廣告查核，共查核424件，也未發現任何違規情形，均符合環境用藥廣告管理相關規定。\n(26)\t完成一至十月份病媒防治業施作紀錄申報勾稽：1月份至10月份未準時主動申報施作紀錄有22筆(16家業者)，其中亞格環衛有限公司於4月至10月連續7個月未能在申報期限內完成申報且尚未完成補申報作業； 14家業者均已經在事後完成補申報，另有一家尚未完成補申報。",
        "eng_title": "Management of toxic chemical substances and concerned chemical substances",
        "eng_subject": "This project conducted to a series of works to effectively manage toxic chemical substances, concerned chemical substances, and environmental agents. The works were listed as following:\n1.\tTo inspect the management of toxic chemical substances at plants and their emergency response plan.\n2.\tTo verify detection and alarm equipment for toxic chemical substances by the specialists.\n3.\tTo held forums to promote the effective management of toxic chemical substances and concerned chemical substances.\n4.\tTo verify the factory’s response for disaster incident without pre-caution.\n5.\tTo held forums to promote the safety for using environmental agents and the populace.\n6.\tTo train and held the forum for environmental agent suppliers.\n7.\tTo visit the environmental agent suppliers and plants, and pest control operators on sites.\n8.\tTo check and verify the labels and advertisements of environmental agents in the markets, night markets, environmental agent vendors and drugstores.\n9.\t To check and verify the fake and illegal environmental agents.\n10.\t To visit the chemicals vender to investigate the amount of concerned chemical substances in stock and flow of concerned chemical.\nAt present, the progress of this project has achieved 100% and matched criteria of contract. The concise results of this project showed as following:\n1.\tOrganize 13 sessions of legal briefings for operators of toxic chemical substances. \n2.\tOrganize 4 sessions promoting the Five Rings of Food Safety policy.\n3.\tRevise the city’s evacuation and sheltering procedures for toxic chemical disasters and continue updating the New Taipei City Disaster Prevention and Rescue Plan - Toxic Chemical Disaster Prevention Strategies.\n4.\tInspect 450 chemical companies.\n5.\tCross-check 455 GPS transportation records and conduct 4 sessions on-site vehicle GPS inspections.\n6.\tInspect 357 operators for toxic chemical substances.\n7.\tConduct 27 training or unannounced tests.\n8.\tOrganize 3 practical training sessions for disaster response personnel on response and protective equipment.\n9.\tInspect and guide the use of 107 detection and alarm devices.\n10.\tExpand and maintain the hazard information platform and management system for toxic chemical operations.\n11.\tConduct sampling and testing for 17 cases of concerned chemical substances.\n12.\tOrganize 3 emergency response drills for disasters of toxic chemical substances.\n13.\tConduct 4 unannounced communication tests.\n14.\tRevise the risk simulation, response, and evacuation plans for toxic chemical operations in the 21 districts of New Taipei City.\n15.\tCross-check 205 operation records for toxic and concerning chemicals.\n16.\tConduct 1 occupational safety and health management session.\n17.\tInspect and provide guidance to 119 environmental pesticide-related businesses.\n18.\tConduct evaluations for pest control operators.\n19.\tInspect 1,006 labels of environmental pesticides, identifying 14 expired products.\n20.\tConduct 10 market inspections for counterfeit, prohibited, or substandard pesticides.\n21.\tAnalyze 11 samples of commercially available environmental pesticides for active ingredients and concentrations.\n22.\tOrganize 6 informational sessions on using environmental pesticide.\n23.\tInspect pesticide applications at 10 business locations.\n24.\tConduct 2 public education outreach activities on environmental pesticide safety and chemical safety.\n25.\tProvide guidance and inspections for 489 environmental pesticide advertisements.\n26.\tComplete cross-checking of pest control operators’ operation records for the period from January to October.",
        "proj_year": "113",
        "org_name": "新北市政府環境保護局",
        "exe_unit": "園鴻有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130187299",
        "publish_date": "20250131"
    },
    {
        "chi_title": "113年度臺中市表面塗裝相關製程清普查暨環境監測計畫",
        "chi_subject": "本計畫主要工作項目執行表面塗裝相關製程及相似製程之特定行業別清普查作業及有害空氣污染物環境監測。\n計畫執行期間已執行330家工廠查核，其中6家與固定污染源操作許可證核定內容不一致、35家空污費申報有誤、2家排放量申報有誤、92家屬於應新增空污費列管的對象。另查核時，運用火焰離子偵測器(FID)量測揮發性有機物濃度及手持式粉塵計量測粒狀物(TSP、PM10、PM2.5、PM1)濃度，藉由手持式儀器現場量測，直接呈現數據，使業者了解製程設備、防制設備操作情形，進而督促業者妥善操作維護設備。\n計畫於113年7月16日辦理1場次揮發性有機物減量輔導說明會，邀請專家說明空氣污染問題與污染控制技術，輔導業者進行製程改善或加裝防制設備。\n有關PM2.5質量濃度及其中之無機砷與揮發性有機物中之苯採樣及分析作業，計畫依環保局105年至107年調查計畫執行成果篩選致癌風險較高之區域並擬定採樣規劃。計畫執行期間計執行36點次環境監測採樣，經運用監測結果推估致癌健康風險值，本計畫推估所得之致癌健康風險值較105年至107年調查計畫低。",
        "eng_title": "2024 Project of surface coating related processes checking and environmental monitoring in Taichung City.",
        "eng_subject": "The main tasks of this project include conducting specific industry surveys on surface coating processes and similar processes, as well as environmental monitoring of hazardous air pollutants.\nDuring the project execution period, audits have been conducted on 330 factories, among which 6 were found to have discrepancies in their operating permits for fixed pollution sources, 35 had errors in their air pollution fee declarations, 2 had errors in their emission volume declarations, and the inspection results involved the number of whistleblowing and punishment households 92.\nIn addition, the project utilized a Flame Ionization Detector (FID) to measure concentrations of volatile organic compounds (VOCs), and handheld dust monitors to measure concentrations of particulate matter (TSP, PM10, PM2.5, PM1) during inspections. These handheld instruments provided on-site measurements, presenting data directly to enable operators to understand the operation of process and control equipment. This approach helps to supervise and encourage operators to properly operate and maintain their equipment.\nThe project has been to hold one session of Volatile Organic Compound (VOCs) reduction counseling seminar on July 16, 2024. Invite experts to explain air pollution issues and pollution control technologies, guiding operators on process improvements or the installation of pollution control equipment.\nRegarding the sampling and analysis operations for PM2.5 mass concentration, as well as the sampling and analysis of inorganic arsenic and benzene in volatile organic compounds, the project has referenced the execution results of EPA investigations from 2016 to 2018. It has identified regions with higher carcinogenic risks and developed sampling plans accordingly. During the project period, 36 environmental monitoring sampling sessions have been conducted. After using the monitoring results to estimate the cancer health risks, the cancer health risks were lower than the results of EPA investigations from 2016 to 2018.",
        "proj_year": "113",
        "org_name": "臺中市政府環境保護局",
        "exe_unit": "台灣曼寧工程顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130187075",
        "publish_date": "20250114"
    },
    {
        "chi_title": "113年度臺中市毒性及關注化學物質源頭管理計畫",
        "chi_subject": "本團隊承接臺中市政府環境保護局委辦「113年度臺中市毒性及關注化學物質源頭管理計畫」，藉由執行「強化毒性及關注化學物質災害防救」、「推動毒性及關注化學物質管理」、「辦理化工原料或相關業者等行業輔導訪查」及「辦理相關教育宣導行銷活動或訓練」等4項業務主軸，確保毒化物列管業者或化學物質相關運作業者平時能做好自主管理，使業者皆能符合現行法規；在遭遇毒化災事故當下，可藉由日常災防整備及災害防救演習經驗，提升突發狀況時緊急應變搶救能力。統計至期末進度為止，本計畫契約規定各項業務執行成果如下：\n一、辦理毒性及關注化學物質災害防救：（1）已辦理毒性及關注化學物質運作場所現場輔導(含無預警測試)12場次，藉由邀請專家學者臨場輔導，改善業者各式文件管理、作業環境條件，並透過無預警測試檢視業者災害搶救能力。（2）已辦理毒性及關注化學物質運作場廠及相關災防機關通聯測試501件次，通聯對象包括列管業者及臺中市境內32處相關災防機關，業者通聯除了確認緊急聯繫窗口資訊，另著重於政令宣導，避免業者不慎觸法；災防機關通聯主要則是以更新聯繫資訊，並告知可能通報時機，提升災防機關橫向通報時效。（3）已辦理毒性及關注化學物質災害防救(含疏散避難)演練1場次，以化工廠發生複合型毒化災事故為演練主軸，結合消防救災、警政單位及廠商等12個單位共75人次進行操演，強化臺中市列管業者災害搶救能力。\n二、推動毒性及關注化學物質管理：（1）已辦理毒性及關注化學物質運作場所輔導訪查460場次，目前台中市總列管業者共計523家，訪查涵蓋率達86.81%，訪查結果業者查核當下皆符合法規，僅15家業者在安全資料表更新及標示管理不完善，檢查員於訪查當下皆已向業者提出改善建議。（2）已辦理毒性及關注化學物質專案查核或現勘70場次，專案類型包括環境部化學物質管理署(以下簡稱化學署)指定專案及配合市府其他業務主管單位聯合稽查，各項專案查核當下皆符合法規要求。（3）持續辦理毒性化學物質偵測設備即時監控預警機制，本年度依計畫契約新建置1家次業者納入即時監控預警機制，並持續監控既有裝設業者，監控迄今已接獲136件次異常通報，並即時聯繫業者查證皆非屬毒化物洩漏。\n三、辦理化工原料或相關業者等行業輔導訪查：（1）已辦理化工原料或相關業者輔導訪查300件次，訪查對象以臺中市工廠、化工原料行為主，訪查當下業者多數皆符合化學署推行的四要管理原則。（2）已辦理毒性及關注化學物質暨化工原料或相關業者系統建檔865件次，其中包括毒性及關注化學物質工作稽查單建置565件與化工原料相關業者訪查工作單建置300件，累計有8件次違規裁罰情形。\n四、辦理相關教育宣導行銷活動或訓練：（1）已辦理毒性及關注化學物質宣導活動4場次，宣導對象以臺中市毒性及關注化學物質運作業者為主，共計383家業者429人出席。（2）已辦理食安宣導活動2場次，宣導對象為臺中市豐原區田心里居民及臺中市北區中正里居民，共計78人出席，活動邀請臺中食安青年軍-中山醫學團隊擔任講師，向民眾宣導正確化學物質使用觀念，落實食品安全管理。（3）已辦理毒災防救演練電子報宣導1件次、食安宣導電子報宣導1件次、毒性及關注化學物質管理圖卡宣導1件次及節慶食品安全宣導圖卡1件次，後續將配合環保局於新年節慶進行食品安全相關行銷宣導。\n五、其他臨時交辦事項：包括每月提報工作成果報表、召開月工作會議、配合環境部交辦、考核事項辦理，並依機關指示提供簡報資料及相關資料等，包括「臺中市政府因應蘇丹紅辣椒粉事件跨局處食安會議」說明資料收集、「113年頭汴溪死魚事件」資料蒐集、「113年中部科學園區廠家稽查統計表」提報、「113年毒性及關注化學物質廠家稽查統計表」提報、「臺中市毒性及關注化學物質運作場所專業應變人員再訓練資料統計」、「113年度直轄市及縣(市)政府環境保護績效考核計畫」資料蒐集、「113年度災害防救業務訪評」資料蒐集彙整、「臺中市戰綜會報113年第2次定期會議狀況推演想定」資料蒐集彙整、「113年科技動員訪評資料」資料蒐集彙整、提供預警機制規劃與成果說明等。\n截至期末進度為止，本計畫總執行率已達100%，後續期程本團隊將依契約規定執行各項工作，藉由計畫執行落實毒性及關注化學物質運作管理安全、提升應變時之災害防救應變能力；並強化化學物質流向管理效能，適時協助環保局向廠家進行相關政令宣導，避免業者違反法令而觸法。",
        "eng_title": "113 Taichung City Toxic and Chemical Substances of Concern Source Management Plan",
        "eng_subject": "The 113 Taichung City Toxic and Concerned Chemical Substances Source Management Plan counts the results of the implementation of various businesses stipulated in the contract as of the end of the period as follows\n1. Disaster prevention and rescue of toxic and concerned chemical substances: (1) 12 on-site counseling sessions (including non-early warning tests) have been conducted at the operation sites of toxic and concerned chemical substances, and experts and scholars have been invited to provide on-site counseling to improve the management of various documents and operating environment conditions of the industry, and to review the disaster rescue capabilities of the industry through non-early warning tests. (2) 501 tests have been carried out for toxic and concerned chemical substance operation sites and related disaster prevention agencies, including listed companies and 32 relevant disaster prevention agencies in Taichung City. The main purpose of communication is to update the contact information and inform the possible notification time, so as to improve the timeliness of horizontal notification by the disaster prevention agency. (3) One disaster prevention and rescue (including evacuation and evacuation) of toxic and concerned chemical substances has been conducted, with the compound poison disaster accident in the chemical plant as the main axis of the drill, combined with 12 units such as fire and disaster relief, police units and manufacturers, a total of 75 people have conducted the drill, and strengthened the disaster rescue ability of Taichung City's listed management industry.\n2. Promote the management of toxic and concerned chemical substances: (1) 460 counseling visits have been carried out at the operation sites of toxic and concerned chemical substances, and at present, there are a total of 523 companies in Taichung City, with a coverage rate of 86.81%, and the inspection results are all in compliance with laws and regulations, and only 15 companies have imperfect management in the update of safety data sheets and labeling, and the inspectors have put forward suggestions for improvement to the industry at the time of the inspection. (2) 70 inspections or on-site surveys of toxic and concerned chemical substances have been carried out, including projects designated by the Chemical Substances Administration of the Ministry of Environment (hereinafter referred to as the Chemical Administration) and joint inspections by other business supervisory units of the municipal government, and all project audits are in line with the requirements of laws and regulations. (3) Continue to implement the real-time monitoring and early warning mechanism for toxic chemical substance detection equipment, and this year, according to the plan contract, one new sub-operator was included in the real-time monitoring and early warning mechanism, and continued to monitor the existing installation industry, and the monitoring has received 136 abnormal reports so far, and immediately contacted the industry to verify that none of them are toxic leaks. \n3. Counseling visits to chemical raw materials or related industries: (1) 300 counseling visits have been handled for chemical raw materials or related industries, and the inspection objects are mainly factories and chemical raw materials in Taichung City, and most of the current operators are in line with the four management principles implemented by the Chemical Administration. (2) A total of 865 cases of toxic and concerned chemical substances and chemical raw materials or related industries have been systematically filed, including 565 inspection lists for toxic and concerned chemical substances and 300 inspection work sheets for chemical raw materials-related businesses, with a total of 8 violations and penalties.\n4. Handle relevant education, publicity, marketing activities or training: (1) 4 publicity activities on toxic and concerned chemical substances have been handled, and the advocacy targets are mainly operators of toxic and concerned chemical substances in Taichung City, with a total of 429 people from 383 companies attending. (2) 2 food safety advocacy activities have been handled, the advocacy targets are the residents of Tianxin, Fengyuan District, Taichung City and the residents of Zhongzhengli, North District, Taichung City, a total of 78 people attended, and the Taichung Food Safety Youth Army-Zhongshan Medical Team was invited to serve as lecturers to advocate the correct use of chemical substances to the public and implement food safety management. (3) It has handled 1 e-newsletter for drug disaster prevention and rescue drills, 1 e-newsletter for food safety advocacy, 1 advocacy for the management of toxic and concerned chemical substances, and 1 festive food safety promotion card, and will cooperate with the Environmental Protection Bureau to carry out food safety-related marketing promotion in the New Year's Festival.",
        "proj_year": "113",
        "org_name": "臺中市政府環境保護局",
        "exe_unit": "鼎薪防災科技有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130178492",
        "publish_date": "20250131"
    },
    {
        "chi_title": "113年度苗栗縣推動低碳永續家園執行計畫",
        "chi_subject": "苗栗縣政府為推動低碳永續家園之建構，以有效整合能源、交通、環保、建築、生活等相關領域人力及經費，以達成全面性推動及建立各單位間橫向聯繫機制之目的，本年度除賡續維運並強化苗栗縣低碳永續家園運作及成效管考外，冀輔導及鼓勵所轄鄉鎮(市)與村（里）共同參與「低碳永續家園評等與分級認證」。計畫以強化低碳永續家園推動體系，推動及管考本縣「溫室氣體管制執行方案」，具體落實低碳永續行動項目及參與低碳永續評等，並執行溫室氣體減量工作事項、推動氣候變遷及溫室體減量教育宣導工作等，以因應氣候變遷，達成全面性推動低碳永續家園建構工作之目的。",
        "eng_title": "Miaoli County promotes low-carbon sustainable home implementation plan in 2024",
        "eng_subject": "In order to promote the construction of a low-carbon sustainable home, the Miaoli County Government effectively integrates manpower and funds in energy, transportation, environmental protection, construction, life and other related fields to achieve the purpose of comprehensive promotion and the establishment of a horizontal linkage mechanism between various units. This year, in addition to In addition to continuously maintaining and strengthening the operation and performance management of low-carbon sustainable homes in Miaoli County, we hope to guide and encourage the towns (cities) and villages (districts) under our jurisdiction to jointly participate in the Low-Carbon Sustainable Home Rating and Grading Certification. The plan is to strengthen the low-carbon sustainable home promotion system, promote and manage the county's Greenhouse Gas Control Implementation Plan, concretely implement low-carbon sustainability action projects and participate in low-carbon sustainability ratings, and implement greenhouse gas reduction work matters, promote climate change and greenhouse reduction education and publicity work, etc., in order to respond to climate change and achieve the purpose of comprehensively promoting the construction of a low-carbon and sustainable home.",
        "proj_year": "113",
        "org_name": "苗栗縣政府環境保護局",
        "exe_unit": "新紀工程顧問有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130177240",
        "publish_date": "20250109"
    },
    {
        "chi_title": "113年淨零綠生活推廣暨夜光材料應用示範計畫-嘉義縣",
        "chi_subject": "為擴大推廣淨零綠生活之層面，透過辦理夜光材料說明會、結合轄內地方特色活動設攤宣導、辦理淨零綠生活內容相關說明會的方式，傳遞綠生活的意涵，進而提升環保綠生活的觀念。期望藉由各項的活動辦理，藉此擴大更多機關企業及業者加入響應綠色辦公、環保餐廳、環保旅店及民眾優先選擇綠色旅遊的行列，以及未來修繕場所時導入夜光材料的運用，達到安全性的同時兼具環境綠美化的意涵，並透過改變食、住、行、育、樂、購等面向的行為，將淨零綠生活落實於日常生活中，達到減少碳排之目的，本計畫依據工作項目總計辦理了6大項：\n一、辦理夜光材料宣導說明會1場：藉由說明會方式讓環境部現行推動之政策能夠傳達予各單位了解，以達到後續在修繕時導入最新政策。另夜光材料運用於公廁、路面、校園，由於夜光材料的長效發光特性設計搭配適度光照，以達到節能效果，鼓勵民眾一起為地球減碳減塑，實踐淨零綠生活，本次說明會共計40人參與。 \n二、增設綠色旅遊路線3條：運用本縣特色場域、社區並融入綠色餐廳及環保旅店，已規劃3條綠色旅遊自由行行程，分別為一日行程「旨酒嘉餚」、「海悠漫遊探險」二條及二日行程「山林穀倉探幽之旅」一條，並上傳至淨零綠生活平台供民眾自行出遊可以選擇更友善減少對環境衝擊的遊程。\n三、輔導在地機關或企業響應綠色辦公2家及辦理綠色辦公說明會1場：已於7月輔導東方明珠大飯店、三隻小豬觀光農場共2家響應綠色辦公，並辦理1場次說明會特邀請環資國際有限公司李經理宜亭，針對響應綠色辦公的方式說明，本次說明會總計33人次參與;另針對企業加辦一場次說明會，共計25間企業32人參與。\n四、輔導查核環保餐廳2間：本次查核對象以112年新加入環保餐廳對象為優先查核名單，協助業者加入響應的行列優先輔導查核熊廚師、簡。不簡單共2間環保餐廳，查核結果都依照環保餐廳規範執行。\n五、推廣環保標章旅館2間：本次輔導佳仕堡商務飯店及德旺商旅推廣環保標章旅館，至現場訪視、查核是否符合環保旅宿之標準之外，並依據環境部於112年7月公告「一次用旅宿用品限制使用對象及實施方式」，在推廣過程中向業者宣導自114年1月起不得提供容量小於180毫升的液態盥洗及保養用品，需改為提供大瓶裝壁掛式沐浴用品等政策進行宣導。\n六、夜光材料計畫期程及工作進度：本次施工位置為本縣235環境教育綠能生活館廁所門外區域空間及3間廁所地板，並加裝4組UV LED投射燈增加夜間照明和安全，透過夜光材的使用除了響應環境部政策之外，也提升周邊環境之美化，未來也可做為綠能館連結氣候變遷和能源議題宣導教材。\n綜上所述，本計畫團隊已依據招標規範執行完成6大工項，藉由本計畫之執行，使民眾透過夜光材、綠色辦公等說明會的參與，進一步了解和掌握環保資訊和政策面向，並認識綠色旅遊選擇友善方式，感受綠生活核心意涵，和生活中可落實的具體作為方式，也從中提昇對於環境的覺知與敏感度，並學習環境知識，鼓勵民眾實踐友善愛護環境的行為，朝向2050淨零綠生活目標前進。",
        "eng_title": "Chiayi County's Net-zero Green Living Promotion and Luminous Material Application Demonstration Projet in 2024",
        "eng_subject": "In order to expand the promotion of net-zero green life, we will convey the meaning of green life by holding briefings on luminous materials, setting up stalls to promote local special events within the jurisdiction, and holding briefings on net-zero green living content, and then enhance the level of green living. The concept of environmentally friendly green life. It is hoped that through various activities, more institutions, enterprises and industries will join the ranks of green offices, environmentally friendly restaurants, environmentally friendly hotels and the public's priority to choose green tourism, and the use of luminous materials will be introduced in future renovations of places to achieve safety. At the same time, it also has the meaning of greening and beautifying the environment. By changing behaviors in food, housing, transportation, education, entertainment, shopping, etc., net-zero green life can be implemented in daily life to achieve the purpose of reducing carbon emissions. This plan has handled a total of 6 major items based on work items:",
        "proj_year": "113",
        "org_name": "嘉義縣環境保護局",
        "exe_unit": "磐飛科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130173431",
        "publish_date": "20250131"
    },
    {
        "chi_title": "113 年度環境教育認證系統功能優化及整合維護計畫",
        "chi_subject": "自民國99年6月5日我國通過「環境教育法」以來，國家環境研究院（以下簡稱國環院）陸續推動環境教育認證相關業務，以落實法規規範申請、審查及追蹤管理等內容；為此，「環境教育認證系統」之建置目的為以系統化之方式，配合環境教育認證管理相關辦法，目的除強化民眾申請流程機制、減少國環院承辦審查時間外，系統亦配合國環院推動之業務，如：人才庫講師媒合平臺、環境教育人員（學歷、訓練管道）認證申請電子化導入等，以促進環境教育業務推廣。\n本年度更精進國環院端及民眾端功能並進行優化，國環院端包含新增環境教育機構及設施場所每季活動人數成果統計報表，設施場所滿意度問卷功能建置更提供國環院得以即時掌握民眾到訪設施場所之狀況，以利國環院評鑑及施政之參考；民眾端除優化其於申請案件附件檔案抽換便利性、強化環境教育人員展延資訊連結性等外，電子簽名及證書電子化套印功能導入更可達成無紙化環境教育認證申請，以落實環境永續之目標；此外，本年度新增之人才庫講師預約媒合平臺服務，更讓環境教育專業人才、開課單位、國環院三方得以運用淨零綠生活人才資源。",
        "eng_title": "2024 Project on Environmental Education Certification System Optimization and Integration",
        "eng_subject": "Since the enactment of the Environmental Education Act on June 5, 2010, the National Environmental Research Academy (NERA) has steadily promoted activities related to environmental education certification, fulfilling regulatory requirements for application, review, and tracking management. The Environmental Education Certification System (EECS) was established to systematically support these management measures. The system aims to streamline the public application process, reduce NERA’s review time, and assist in various NERA-led initiatives, such as the Talent Pool Instructor Matching Platform and the digitalization of certification applications (academic qualifications and training pathways), to advance environmental education efforts.\nThis year, further functional enhancements and optimizations were introduced for both the NERA and public interfaces. On the NERA side, new features include quarterly statistical reports on participation in activities at certified environmental education institutions and facilities, as well as a facility satisfaction survey tool that allows NERA to monitor visitor engagement in real time, supporting evaluation and policy-making. On the public side, improvements include greater convenience for replacing attachments in application cases, enhanced information linkage for extending environmental education personnel qualifications, and the implementation of electronic signatures and e-stamped certificates to enable paperless certification applications, all in support of environmental sustainability goals. Additionally, a new Talent Pool Instructor Matching Platform was introduced, allowing environmental education professionals, course providers, and NERA to effectively utilize talent resources for a net-zero, green lifestyle.",
        "proj_year": "113",
        "org_name": "國環院環教認證中心",
        "exe_unit": "環資國際有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130172057",
        "publish_date": "20250131"
    },
    {
        "chi_title": "113年度溫室氣體減量管理機制國際交流合作計畫",
        "chi_subject": "碳定價已成為各國政府為達成低碳經濟的重要政策工具之一，可預期碳市場在未來亦將快速發展，運作良好的排放交易機制，可達到環境與經濟雙贏的目的。我國2015年通過《溫室氣體減量及管理法》設定明確的減量目標，並授權環保署推動溫室氣體總量管制、抵換、拍賣、配售、交易制度。溫管法已完成修法，名稱修正為《氣候變遷因應法》，納入我國2050年淨零排放目標，並增加徵收碳費作為溫室氣體管理之政策工具與經濟誘因。\n本計畫的目的為協助氣候署：（一）推動臺德碳市場雙邊合作，促進溫室氣體管理減量技術及制度交流；（二）蒐研國際碳定價機制發展情形，提出政策建議並進行國際交流；（三）研析歐盟減量政策之內涵及進程，並就我國相應政策提出建議；（四）研析歐盟減量政策之內涵及進程，並就我國相應政策提出建議；研析國際碳邊境調整機制、國際航空業碳抵換及減量計畫之內涵及進程並提出政策建議：（五）協助國際溫室氣體管理減量制度交流合作之相關行政配合事項。。\n2018年6月，臺德雙邊正式簽訂「臺德合作協議」，針對排放交易機制展開長期的合作，後續氣候署與德國排放交易管理局持續交流碳市場機制以及相關政策之建議。2024年9月，我方協助氣候署赴德國排放交易管理局(Deutsche Emissionshandelsstelle, DEHSt)拜會並辦理為期兩天的碳市場研習課程，就歐盟最新氣候政策發展、我國碳費及碳定價規劃、非電業自由化的碳市場建構之可行方案、查驗機構的管理與認定、國際航空業碳抵換及減量計畫最新發展，以及德國實施國家排放交易制度的經驗等議題做討論與交流，並規劃後續雙邊合作。\n歐盟五五套案(Fit for 55)核心目標為在2030年，歐盟應達成減少55%的1990年的溫室氣體排放，也為達成2050年歐盟碳中和的中繼目標；五五套案的改革的軸心為EU ETS和能源轉型，藉由更新成員國的減量責任分配目標，給予成員國在減少溫室氣體和能源轉型一定比例的責任；不論是國家層面，抑或是歐盟整體，皆促使歐盟成為領導全球減緩氣候變遷的角色。計畫執行期間持續蒐集國際碳邊境調整機制(CBAM)、國際航空業碳抵換及減量計畫(CORSIA)之內涵及進程並提出政策建議，同時掌握國際間實施溫室氣體總量管制與交易之碳洩漏情形及對國家競爭力造成之影響之評估方式與評估結果相關資料。\n本計畫順利協助政府機關參與如：國際排放交易協會(International Emissions Trading Association, IETA)、國際碳行動夥伴組織(International Carbon Action Partnership, ICAP)等之工作小組會議、亞洲協會政策研究院(Asia Society Policy Institute, ASPI)、聯合國氣候變化綱要公約(UNFCCC)和亞洲氣候峰會相關周邊會議和展覽活動，除了傳達台灣對減緩氣候行動和溫室氣體減量之企圖心，同時促進與國際組織互動、維持國際交流管道、尋求國際合作之機會；亦可借鏡他國在相關政策的治理模式和架構，以提供國內政府相關部會政策建議。",
        "eng_title": "International Exchange and Cooperation on Greenhouse Gas Management and Reduction Schemes",
        "eng_subject": "Carbon pricing has become one of the key policy tools for governments worldwide to achieve a low-carbon economy. It is expected that the carbon market will rapidly develop in the future. A well-functioning emission trading system can achieve a win-win situation for both the environment and the economy. In 2015, Taiwan passed the “Greenhouse Gas Reduction and Management Act”, setting clear reduction goals and authorizing the Environmental Protection Administration to promote total greenhouse gas control, offsetting, auctions, allocation, and trading systems. This Act has been amended to become the “Climate Change Response Act”, incorporating Taiwan's 2050 net-zero emission target, and introducing the collection of carbon fees as a policy tool and economic incentive for managing greenhouse gases.\nThe purpose of this project is to assist the Climate Change Administration (CCA) in (1) promoting Taiwan-Germany bilateral cooperation in the carbon market, facilitating the exchange of technologies and systems for managing greenhouse gas reductions; (2) researching the development of international carbon pricing mechanisms, offering policy suggestions, and engaging in international exchanges; (3) analyzing the content and progress of EU reduction policies and providing suggestions for corresponding policies in Taiwan; (4) analyzing international carbon border adjustment mechanisms, and international aviation carbon offset and reduction plans, and proposing policy recommendations.\nIn June 2018, Taiwan and Germany formally signed the “Taiwan-Germany Cooperation Agreement” to embark on long-term collaboration on emission trading systems. Subsequently, the CCA continued to exchange information on carbon market mechanisms and related policy recommendations with Deutsche Emissionshandelsstelle (DEHSt). In September 2024, this project assisted the CCA in organizing a two-day study course on climate and carbon pricing policies with the German Emissions Trading Authority, held in Berlin, Germany. As global cross-border cooperation becomes increasingly close, it is only through participation in relevant international organizations and strengthening our experience in greenhouse gas control policies to align with international standards, that we can effectively enhance our visibility on the international stage, develop strategic partnerships with international organizations, and promote our participation in global greenhouse gas reduction governance, thus facilitating the low-carbon transition of industries.\nThe main goal of the EU's Fit for 55 is to reduce greenhouse gas emissions by 55% from 1990 levels by 2030, serving as a milestone towards achieving EU carbon neutrality by 2050. Fit for 55 focuses on the EU ETS and energy transition, updating the emission reduction responsibility targets for member states, and assigning them a certain proportion of responsibility for reducing greenhouse gases and transitioning to renewable energy. This initiative propels the EU to lead globally in mitigating climate change. During the project implementation period, we gathered information on the content and progress of international Carbon Border Adjustment Mechanism (CBAM), the Carbon Offsetting and Reduction Scheme for International Aviation (CORSIA) and recommend policies, while also assessing the impact of cap and trade on carbon leakage and national competitiveness.\nThis project effectively assisted the CCA in participating in working group meetings and activities, such as the International Emissions Trading Association (IETA), the International Carbon Action Partnership (ICAP), the Asia Society Policy Institute (ASPI), and side events and exhibitions related to the United Nations Framework Convention on Climate Change (UNFCCC) and the Asia Climate Summit. In addition to conveying Taiwan's commitment to climate action and greenhouse gas reduction, this also promotes interaction with international organizations, maintain international exchange channels, and seek opportunities for international cooperation. Taiwan can also learn from other countries governance models and frameworks in related policies, in order to provide the government with policy recommendations",
        "proj_year": "113",
        "org_name": "氣候署排放管理組",
        "exe_unit": "永智顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130169794",
        "publish_date": "20250124"
    },
    {
        "chi_title": "屏東縣113年健全稽查專精能力及專業跨域支援量能",
        "chi_subject": "屏東縣政府環境保護局為加強稽查力道，以遏止環境污染發生推行「113年屏東縣智慧科技執法稽查管制計畫」，強化科技執法量能，積極偵辦環保犯罪案件，即時且迅速查緝，並從源頭著手管制，遏止環保犯罪，打造乾淨舒適之幸福宜居環境。本計畫期程自113年2月1日起至113年11月30日止，本案各工項執行已完成，執行成果如下：\n空氣污染相關陳情案件，最多為農畜牧相關陳情案件數，其熱區為萬丹鄉(90件)、九如鄉(88件)及內埔鄉(74件)，共通原因除畜牧場較多外，人口密度亦較高，導致民眾生活範圍與農畜牧場相鄰。露天燃燒以屏東市、內埔鄉及萬丹鄉有較多陳情案件數，其原因為人口密度較高，露天燃燒產生之粒狀污染物較易影響民眾生活品質。而其他地區如枋山、枋寮及林邊等，雖有農作產生樹枝葉等農業廢棄物之問題相對較多，亦為容易發生露天燃燒之地區，但因為人口密度較低，導致陳情案件數不高。針對畜牧異味監測之感測器高值位置及時間區間，指標異味污染物氨氣(NH3)及硫化氫(H2S)，顯示畜牧場出現高值時間大多在凌晨4時至8時及中午12時至晚間20時。異味稽查檢測，已完成執行7場次，包含4家管道異味官能採樣檢測及3家周界異味官能能採樣檢測，其中2家管道異味採樣超標，總計裁罰金額為48萬元。\n本計畫篩選易露天燃燒熱區及民眾陳情熱區，派員現場巡查，計畫執行期間總計巡查121點次，巡查路途中經常發現露天燃燒情形，即時前往現場稽查18件，現已開立裁處14件，總計裁處金額為167,160元。大多為農民於農地內露天燃燒廢樹枝葉等農業廢棄物，一案為附近民眾長期堆置廢棄物，習慣性棄置之髒亂點，後續架設遠端監控系統監看棄置行為，另有一案為某公司員工貪圖方便於廠內燃燒廢塑膠等廢棄物之情形。\n計畫備有8台移動式遠端監控系統，架設以查核蒐證空氣污染情形，已完成執行達56件次，針對砂石車路線、營建工地，及民眾陳情或自主巡查之工程進出道路，架設監視器觀察揚塵產生情形，針對行為業者或道路管理機關，進行宣導加強維護管理。架設以查核蒐證易燃場址非法棄置廢棄物或露天燃燒之情形，計畫執行期間已完成架設達189件次，非法棄置廢棄物案件36件，已開立裁處27件共計裁處48,000元；另棄置廢棄物並露天燃燒案件10件，均為棄置農業廢棄物並露天燃燒，因其產生粒狀污染物散布於空氣中，違反空氣污染防制法第32條第1項第1款，已開立裁處7件共計裁處13,320元。\n空氣污染感測器設備即時監測與架設監控，計畫執行期間已完成執行22次，自主巡查屢遭陳情畜牧場，透過架設空氣品質感測器量化現場異味數值(指標污染物氨氣及硫化氫)，分析監測數值並提供夜鷹早鳥計畫安排巡查名單，前往稽查採樣，包含16家畜牧場及5家工廠，其中有8家已透過夜鷹早鳥計畫執行採樣作業，4家由本計畫執行採樣，另有8家安排於夜鷹早鳥計畫執行之巡查名單。\n水質即時監測查緝作業，已完成執行10家次之水質儀器設備即時監測，透過輿情蒐集與公害陳情案件，篩選架設地點架設於放流口下，透過監測濁度變化分析畜牧場排水時間，於可能排放廢水時間前往稽查採樣，或將異常廠家之廢水排放時間提供夜鷹早鳥計畫，安排前往稽查採樣水質不佳之放流水，已採樣8家畜牧場放流水。\n聘請專業\/技術人員或專家學者進行諮詢，輔導協助環境污染案件查辦與評估污染狀況，並提供專業建議等工作，本計畫邀請陳威翔博士前往明O畜牧場，針對水處理設備進行輔導改善建議，邀請謝連德博士前往佳O冷凍食品有限公司，針對空氣污染防制設備進行輔導改善建議。另本計畫與水污科聯合稽查輔導村O畜牧場、陳O忠畜牧場及祐O產業股份有限公司，邀請黃O助博士及陳O翔博士，針對水處理設備進行輔導改善建議；與空污科聯合稽查輔導，邀請國立中山大學周明顯博士，至逐O燒烤餐廳針對空氣污染防制設備加強並調整操作參數。\n建立專業稽查團隊，辦理專業訓練、研習、及執法交流活動等，提升人員相關專業能力，加強稽查量能，於113年11月2日辦理稽查科教育訓練，由環保局技正講授實務，現場稽查技巧及稽查紀錄撰寫之注意事項、水質採樣及空氣採樣之實務操作課程，與畜牧糞尿資源化處理措施及比率計算。\n113年10月24於屏東縣政府環境保護局辦理「屏東縣畜牧場科技執法及加強稽查研習會」，本次研習會由環保局技正主持，與會業者達118家，邀請稽查科科長、空污科科長、水污科科長及廢管科科長，並跨機關邀請農業處一同參與綜合討論環節，全面性的搭建本次會議業者與局處間之交流溝通。本次踴躍討論議題在於廚餘蒸煮區異味防制設施及沼渣沼液再利用，業者提出執行困難處及建議作為，特別是在沼渣沼液再利用推行，農民許多既有觀念，導致畜牧業者無法順利找到願意澆灌之農地。\n搭配現場稽查狀況，出動6點次無人飛行載具污染熱區巡查作業，2點次巡查易露天燃燒場址發現棄置廢棄物並露天燃燒之地點；2點次協助稽查畜牧場內設施配置及排水相對位置等；2點次於不易巡查蒐證區域俯視拍攝污染範圍，並評估判斷可能產生污染排放之上游廠家，增加案件執行效率，並積極實踐跨計畫與科室之合作與交流，其中砂石場於萬丹大排排放泥水，以無許可排放及排放水質超標告發處分，違反水污染防治法第7條及第14條，已開立裁處1,950,000元，另一件非法棄置廢棄物案件巡查使用空拍機，俯瞰廢棄物棄置污染範圍與蒐證，依違反廢棄物清理法第41條第1項行政罰及同法第46條第3款及第4款刑罰規定，移請臺灣屏東地方檢察署續予偵辦。",
        "eng_title": "Pingtung County's 113th Year Strengthening of Inspection Expertise and Professional Cross-Disciplinary Support Capacity",
        "eng_subject": "The Pingtung County Environmental Protection Bureau has initiated the 113 Pingtung County Smart Technology Law Enforcement and Inspection Control Program to strengthen inspections and address environmental pollution. This program uses technology to improve enforcement capabilities, investigate environmental crimes, and control pollution at the source, aiming to create a cleaner, more livable environment. It runs from February 1 to November 30, 2024, with various tasks completed as follows:\n\nThe majority of air pollution complaints were related to agriculture and livestock. The highest number of complaints were in Wan-Dan Township (90 cases), Jiu-Ru Township (88 cases), and Nei-Pu Township (74 cases). These areas have a high concentration of livestock farms and dense populations, leading to residents living near pollution sources. Open burning complaints were also common in Pingtung City, Nei-Pu, and Wan-Dan due to high population density, which made particulate pollution more impactful. Areas like Fang-Shan and Fang-Liao had more agricultural waste, but fewer complaints because of lower population density. Livestock odor monitoring identified ammonia (NH3) and hydrogen sulfide (H2S) peaks between 4:00-8:00 AM and 12:00 PM-8:00 PM. Seven odor inspections were carried out, with two pipeline samples exceeding limits, resulting in NT$480,000 in fines.\n\nThe program focused on areas prone to open burning and frequent complaints, inspecting 121 sites. Inspectors discovered 18 open burning incidents, leading to 14 penalties totaling NT$167,160. Most cases involved farmers burning agricultural waste, while one case involved habitual waste dumping by nearby residents, monitored by remote surveillance. Another case involved plastic waste being burned at a factory.\n\nEight mobile remote monitoring systems were used for air pollution inspections, completing 56 investigations. Surveillance cameras were installed on sand and gravel truck routes, construction sites, and roads with complaints, with businesses and authorities advised to improve maintenance. Remote systems also tracked illegal waste dumping and open burning, resulting in 189 inspections. Thirty-six cases of illegal dumping led to 27 penalties totaling NT$48,000, and 10 open burning cases resulted in 7 penalties totaling NT$13,320, for violating air pollution laws.\n\nReal-time air pollution monitoring and sensor installations were performed 22 times. In livestock farm areas with frequent complaints, air quality sensors measured ammonia and hydrogen sulfide levels. The data was analyzed, and farms were added to the Night Owl Early Bird Program for further inspections. Sixteen livestock farms and five factories were sampled, with eight farms monitored by the program and additional inspections planned.\n\nThe program also completed 10 water quality inspections using real-time monitoring. Monitoring points were chosen based on complaints and media reports, focusing on wastewater discharge areas. Changes in turbidity were analyzed to predict discharge times, and inspections were carried out accordingly. Abnormal discharge times were monitored by the Night Owl Early Bird Program, with water samples collected from eight farms.\n\nProfessional consultations helped with pollution case evaluations. Dr. Wei-Xiang Chen visited MingOO Livestock Farm to advise on water treatment, and Dr. Lian-De Xie visited Jia-Yi Frozen Foods for air pollution control advice. The program also collaborated with the Water Pollution Section and Air Pollution Section for inspections and guidance on water treatment equipment at YiOO Livestock Farm, ChenOO Livestock Farm, and YouOO Industries.\n\nTo improve inspection capacity, the program organized training sessions and seminars. On November 2, 2024, an educational session focused on field inspection techniques, record-keeping, water and air sampling, and livestock manure management.\n\nOn October 24, 2024, the Pingtung County Livestock Farm Technology Law Enforcement and Inspection Enhancement Seminar was held, attended by 118 industry representatives. Discussions focused on odor control for kitchen waste processing and biogas slurry reuse, with challenges related to farmers' traditional views on biogas slurry reuse.\n\nSix drone flights were conducted in response to inspection needs, monitoring pollution hotspots. Two identified illegal waste dumping and open burning sites, two assisted with livestock farm assessments, and two provided aerial photography of pollution areas. These efforts improved case execution efficiency and fostered collaboration between departments. One sand and gravel site in Wan-Dan was fined NT$1,950,000 for unpermitted wastewater discharge, while an illegal waste dumping case was referred to the Pingtung District Prosecutors Office for further investigation under the Waste Disposal Act.",
        "proj_year": "113",
        "org_name": "屏東縣政府環境保護局",
        "exe_unit": "京拓環保科技有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130158483",
        "publish_date": "20250110"
    },
    {
        "chi_title": "113年環保訓練管理系統功能增修及維護計畫",
        "chi_subject": "(1)\t維運環保訓練管理系統及環保專責人員交流園地之各項系統功能，提升效能及品質，強化系統資安管理作業。\n(2)\t強化淨零人才訓練類別，配合環境部繳費政策，提供多元繳費管道，便利民眾使用。\n(3)\t透過教材編修平台，強化現有環境保護專責人員訓練內容，精進環境保護專責人員訓練品質。\n(4)\t為因應淨零政策及配合推動數位國家，新增環保訓練管理系統功能，核發環保專責及技術人員電子化合格證書。",
        "eng_title": "Maintain and expand project of the Environmental Protection Training and Management System in 2024",
        "eng_subject": "(1)\tMaintain and optimize the Environmental Protection Training Management System and the Exchange Platform for Environmental Protection Specialists and Technicians by enhancing system functionalities, improving operational efficiency and quality, and strengthening cybersecurity management practices.\n(2)\tExpand training categories for net-zero talent in alignment with the Ministry of Environment’s payment policies, while offering diverse payment methods to enhance public accessibility.\n(3)\tUtilize the curriculum editing platform to enhance the existing training content for Environmental Protection Specialists and Technicians, and to elevate the overall quality of their training programs.\n(4)\tIn response to the net-zero policy and the Digital Nation initiative, new features have been integrated into the Environmental Protection Training Management System to facilitate the issuance of electronic qualification certificates for Environmental Protection Specialists and Technicians.",
        "proj_year": "113",
        "org_name": "國環院環教認證中心",
        "exe_unit": "奕祥資訊股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130157948",
        "publish_date": "20250101"
    },
    {
        "chi_title": "宜蘭縣-113年度資收關懷計畫",
        "chi_subject": "113年度宜蘭縣共計390位個體業者，其中有275位個體業者參加資收關懷計畫補助，目前累積補助人次達3,031人次，本計畫依各鄉(鎮、市)清潔隊所提請之保險資格調查表進行查核及彙整，經清查後符合資格，並進行投保之個體業者共計145位，資收關懷巡迴團服務對象經查共10人。\n為增加個體戶變賣資收物之便利性，減少環境髒亂問題、提升個體戶形象及減少火災事故發生的可能性，已於113年2月媒合縣內2家回收業者(凱登企業社、清安企業社)以到府服務或巡迴方式收受資收物，以及計畫自行辦理巡迴行動資收站，目前共有5條回收路線，沿線回收資收物。",
        "eng_title": "113th Yilan County Resource Recycling Care Project",
        "eng_subject": "In 113, there were a total of 390 self-employed businesses in Yilan County, of which 275 self-employed businesses participated in the Care Plan. Currently, the cumulative number of people receiving subsidies has reached 3,031. This plan is based on the insurance qualifications submitted by the cleaning teams of each township (town, city). The questionnaires were checked and collated, and after investigation, a total of 145 self-employed individuals were found to be eligible and insured, and a total of 10 people were the recipients of services from the Fund Collection Care Tour Group.\nIn order to increase the convenience of selling recycling items for self-employed individuals, reduce environmental pollution, improve the image of self-employed individuals, and reduce the possibility of fire accidents, we have brought together two recycling companies in the county (Kaideng Enterprise and Qing An Enterprise Society) collects waste through door-to-door services or mobile recycling, and plans to run its own mobile recycling stations. There are currently 5 recycling routes, along which waste is collected.",
        "proj_year": "113",
        "org_name": "宜蘭縣政府環境保護局",
        "exe_unit": "晶淨科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130156573",
        "publish_date": "20250131"
    },
    {
        "chi_title": "建構塑膠化學回收及材料改質技術計畫(第二年)",
        "chi_subject": "根據2022年環境部的數據顯示，國內事業單位每年產生約24萬公噸塑膠廢棄物，其中僅約28%進行資源化處理，超過七成仍採用焚化處理，在塑膠回收上，遇到塑膠材質種類繁多使回收業者不易處理等問題，其中，部分種類的包裝材多為複合材質且常含有背膠，除紙類與部分聚乙烯材料外，大多數材質難以回收。導致包材的回收率難以突破。\n若要提升國內塑膠包材的回收率，增加現階段難以回收材料的回收率，對於種類繁多的塑膠緩衝包材，若能依照其種類的不同搭配上適合的減容方法，讓原本必須被焚燒或掩埋的廢棄物產生出新的再製方案，這將能有效提升國內對廢棄包材的回收率及相關技術能量，並讓以往難以回收的項目可重新進入循環再生產業，達成材料永續使用的目的。\n本計畫以解決塑膠緩衝包材在回收上的問題，有效提升國內對廢棄包材的回收率，讓以往難以回收的項目可重新進入循環再生產業，達成材料永續使用目標為主軸。故113年度將（一）透過產業鏈研析塑膠種類與材質關聯，掌握本土材料特性資料，作為未來化學回收業者尋找料源參考依據；（二）透過物理回收之化學\/物理材料改質技術平台，建立物流業包裝緩衝材技術應用，並對再生塑膠測試循環成效，建立塑膠循環再生新產業鏈。",
        "eng_title": "Technology Development of Chemical Recycling for Plastics and Material Modification Project （Year 2）",
        "eng_subject": "According to 2022 data from the Ministry of Environment, domestic industries generate approximately 240,000 tons of plastic waste annually. Of this amount, only about 28% is recycled, while more than 70% is incinerated. A major challenge in plastic recycling is the wide variety of plastic materials, making it difficult for recyclers to process them efficiently. Many packaging materials are composites, often containing adhesives, which further complicates the recycling process. Aside from paper and certain polyethylene materials, most materials are not easily recyclable, limiting efforts to improve packaging recycling rates.\nTo enhance the domestic recycling rate of plastic packaging materials and improve the recyclability of currently challenging materials, it is imperative to adopt appropriate volume reduction methods tailored to the various types of plastic cushioning materials. By developing novel recycling solutions for waste that would typically be incinerated or sent to landfills, we can significantly boost both the recycling rate and the technological capabilities associated with discarded packaging. This strategy will also facilitate the reintegration of previously difficult-to-recycle items into the circular economy, ultimately achieving the objective of sustainable material utilization.\nThis project aims to address the recycling challenges associated with plastic cushioning materials and significantly increase the domestic recycling rate of discarded packaging. By doing so, previously hard-to-recycle materials will re-enter the circular economy, supporting the broader goal of sustainable material use. The primary objectives for 2024 are as follows: （1） to analyze plastic types and material relationships across the industrial chain, compiling comprehensive data on the properties of local materials. This data will serve as a reference for chemical recyclers in sourcing raw materials in the future; and （2） to establish a platform for the chemical and physical modification of materials through mechanical recycling, focusing specifically on applying these technologies to cushioning materials used in the logistics industry. This will include testing the effectiveness of recycled plastics in circular applications and developing a new industrial framework for plastic recycling and regeneration.",
        "proj_year": "113",
        "org_name": "循環署循環處理組",
        "exe_unit": "財團法人塑膠工業技術發展中心",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130140140",
        "publish_date": "20250114"
    },
    {
        "chi_title": "屏東縣-113年屏東縣高有機污染廢水資源化推動計畫",
        "chi_subject": "根據2024年農業部5月所公布的養豬頭數調查報告統計資料，屏東縣養豬戶數高達1,338戶，飼養豬隻數量108萬7,160頭，數量僅次於雲林縣，為全國第二大養豬重鎮，其中屏東縣境內又以東港溪及武洛溪流域內之畜牧業者最多。因養豬廢水具有高濃度有機物質、高懸浮固體量、高鹽度以及高污染負荷等特性，若廢水無經過妥善的處理，對於自然環境及民生用水將造成嚴重威脅。\n因應國際環保趨勢，並減少畜牧廢水影響河川水體水質，環境部修正畜牧糞尿作為農地肥分使用規定，符合規定條件下，可全量或部份將產生之畜牧糞尿沼液沼渣作為農地肥分使用，透過本計畫之執行持續推動本縣沼液沼渣農地肥分使用，將原本被錯置，視為污染、廢棄物之沼液沼渣資源化，削減畜牧污染，有效提升本縣水質環境，並減少民眾陳情事件發生。\n為有效推廣沼液沼渣農地肥分使用計畫，減少畜牧廢水對於地面水體的污染，本計畫辦理8場宣導說明會，研擬2篇本縣水污染考核特優成果之新聞稿及相關資訊及圖卡，並發布於PChome新聞、中央社及FB「屏東環保go」粉絲專頁；與屏東縣各地區巡守隊接洽及農戶自發性要求進行沼液示範施灌，有意願配合示範施灌之農地共264塊，已完成5,311噸沼液提供農民試用，其中45塊農地已完成媒合加入沼液沼渣施灌行列。\n對於具辦理沼液沼渣肥分利用意願之畜牧場，安排專人執行申請條件檢核暨現地勘查，若不符合申請條件但水質尚可，將輔導業者辦理放流水回收澆灌植物，本計畫已協助提送72場(養豬業55戶、養牛業17戶)沼液沼渣肥分利用計畫。本計畫亦協助提送10家畜牧場提送變更申請、40家畜牧場提送展延申請及提送87場地下水及土壤之監測報告至地方主管機關備查，監測數據皆符合監測標準，後續皆可持續施灌。\n除此之外，本計畫成立追蹤line群組，邀請取得施灌許可之畜牧場加入，追蹤其每月實際施灌紀錄，目前已核准沼液沼渣肥分使用案共545場，每年核准施灌量為161萬2,658噸，113年1月至11月之實際施灌量為105萬5,665噸，施灌比率約為65.5%。\n本計畫執行期間配合派員執行畜牧業專案稽查，包含平假日擴大稽查、夜鷹早鳥稽查等作業，針對本縣畜牧業(養豬\/養牛業)逐一檢視操作狀況，為了增加稽查效益，本計畫執行稽查採樣流程，係為現場勘查目視放流水水質不佳場家，才予採樣送驗，本計畫已完成稽查畜牧業518家次，採集水質樣品2家次，處分2家次。\n依據環境部公告之「113年度水污染防治考核計畫」協助研擬「113年水污染防治考核計畫關鍵測站污染削減計畫」，為取得考核佳績，每月追蹤各項目，定期召開會議進行滾動式檢討，擬定執行方案供各計畫參考及執行，並協助提交上半年成果及113年度水污染防治考核計畫成果報告。",
        "eng_title": "High Organic Pollution Wastewater Recovery Promotional Project in Pingtung County,2024",
        "eng_subject": "Overview of livestock in Taiwan, Pingtung County is second place, and livestock wastewater has high concentration of organic matter, suspended solids, salinity and high pollution load characteristics. If it is not properly treated, it will threat to the natural environment and domestic water.\nIn order to reduce livestock pollution, and effectively improve the Pingtung's water quality and environment, we will keep promote policy about reuse Liquor and fiber digestate in Pingtung.\nIn order to promote policy about reuse Liquor and fiber digestate as Farmland Fertilizers, this project handled 8 publicity sessions. A total of 5,311 tons of Liquor digestate was provided to farmers for trial use, and 45 agricultural lands were successfully matched to join the ranks of biogas slurry irrigation. \nFor livestock farms that want to use Liquor and fiber digestate , we have arranged to perform the application condition check and on-site survey, and 72livestock farms have been assisted plan for Implementing Liquor and Fiber Digestate as Fertilizer for Farmlands. Assisted in submitting 10 livestock farms to submit change applications and 40 livestock farms to submit extend applications. Submitting monitoring reports of the ground water and soil of 87 sites to the local competent authority for reference. The monitoring data all meet the monitoring standards. \nIn addition, this project has established a tracking Line group, inviting livestock farms that have obtained irrigation permits to join and track their monthly irrigation records. Currently, a total of 545 livestock farms of approved use of biogas slurry, with an annual approved irrigation volume of 1,612,658 tons. The actual irrigation volume was 1,055,665 tons, with an irrigation ratio of approximately 65.5% in 2024.\nCooperate with the PTEPB to carry out special inspections on livestock farms, and only poor quality of the discharged water are collected and sent for inspection during the inspection. This plan has completed 518 inspections of livestock and collected 2 water quality samples. \nAccording to the ''2024 Water Pollution Prevention and Control Assessment Plan'' announced by the Ministry of Environment ,assisted in the development of the ''2024 Water Pollution Prevention and Control Assessment Plan Key Station Pollution Reduction Plan''. For achieve good evaluation results, we had followed up each project every month, hold regular meetings to conduct rolling reviews, formulate implementation plans for various plans to execute, and assist submit first half results about Pintung river quality and the 2024 water pollution prevention and control evaluation project results report.",
        "proj_year": "113",
        "org_name": "屏東縣政府環境保護局",
        "exe_unit": "磐誠工程顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130125820",
        "publish_date": "20250106"
    },
    {
        "chi_title": "113年產品數位履歷規劃與模式建立專案工作計畫（第二年）",
        "chi_subject": "歐盟於今年通過永續產品生態設計規範(Ecodesign for sustainanble products regulation, ESPR)，替特定的產品類組建置調和框架用以訂定要求，使之兼具能源及資源效率，使永續的、 循環、安全、無毒的產品和材料成為常態而非特例。其中要求產品具有產品數位履歷(Digital Product Passport, DPP)公開產品從生產到廢棄每一個環節的資訊才可進入歐盟市場，意圖改變生產與消費行為，改善消費者、維修商、翻新商或回收商對產品資訊的接收，促進和簡化歐盟和成員國當局執行監管的監測和執行，降低環境負面衝擊及維護自然資源，此舉勢必影響出口至歐盟的產業，我國為貿易出口導向國家，需密切關注並及早因應對策。我國於2022年3月發布「台灣2050淨零排放路徑及策略」，提出「十二項關鍵戰略」，環保署對此擬訂「戰略8-資源循環零廢棄關鍵戰略行動計畫」，產品數位履歷是推動關鍵項目之一。故由本計畫規劃與建立一套產品數位履歷系統與管理制度，掌握歐盟永續產品生態設計規範(ESPR)、電池法規(Battery Regulation)、歐盟永續與循環紡織品戰略(EU Strategy for Sustainable and Circular Textiles)等產品數位履歷相關推動規劃與時程，同時掌握歐盟針對電子產品提出之循環電子產品倡議 (Circular Electronics Initiative)，將以電子產品做為促進「維修權」的先例，在2022、2023年分別提出之智慧型手機與平板的產品維修度評分系統、智慧型手機及平板的生態化設計要求中訂出維修度相關設計與評分要求，並透過產品數位履歷進行維修度指標評分等資訊揭露。本計畫研析產品資訊揭露要求，並盤點國內各部會既有法規與資源，提出可精進我國相關產品管理辦法及產品數位履歷推動藍圖之建議。前一年度已考量國內外管理需求及法規標準，建立產品數位履歷系統雛型，為各產品建立唯一識別碼編碼規則、數位載體及識別技術，本計畫在前期所建立之基礎上精進系統設計與功能，依最新規範更新架構設計，優化系統操作欄位介面，亦規劃系統未來外部資料串接的設計規畫。以此系統進行筆電與動力電池兩項產品之持續試行，導入業者之產品應登載資訊，並將手機與平板新增至試行品項，以結合維修權之推動。產品數位履歷之規畫與建立將有助於未來推行產品綠色設計、促進消費者永續消費、延長產品使用壽命、減少自然能資源使用、提升資源再利用，對我國循環經濟與資源永續之發展有關鍵重要性。",
        "eng_title": "Planning and Development of the Digital Product Passport Project (2nd Year)",
        "eng_subject": "The EU has recently passed the Ecodesign for Sustainable Products Regulation (ESPR), which establishes a harmonized framework for specific product categories to set requirements that ensure energy and resource efficiency, making sustainable, circular, safe, and non-toxic products and materials the norm rather than the exception. One of the requirements is that products must have a Digital Product Passport (DPP) that publicly discloses information on every stage of the product's lifecycle, from production to disposal, in order to enter the EU market. This aims to change production and consumption behaviors, improve the accessibility of product information by consumers, repairers, refurbishers, or recyclers, facilitate and simplify regulatory monitoring and enforcement by EU and member state authorities, reduce environmental impacts, and conserve natural resources. This move will inevitably affect industries exporting to the EU. As Taiwan is a trade-export-oriented country, it needs to closely monitor and respond promptly to these developments. In March 2022, Taiwan released the Taiwan 2050 Net-Zero Emissions Pathway and Strategy, which proposes Twelve Key Strategies. In response, the Environmental Protection Administration drafted the Strategy 8 - Resource Recycling Zero Waste Key Strategic Action Plan, with the Digital Product Passport being one of the key initiatives. This project aims to develop and establish a Digital Product Passport system and management framework, in tune with the EU's ESPR, Battery Regulation, EU Strategy for Sustainable and Circular Textiles, and related timelines for the promotion of digital product passports. It also monitors the EU's Circular Electronics Initiative for electronic products, which aims to promote the right to repair. In 2022 and 2023, the EU introduced a repairability scoring system for smartphones and tablets and set repairability-related design and scoring requirements to be disclosed in the Digital Product Passport. This project analyzes product information disclosure requirements, combines existing domestic resources across various ministries, and proposes improvements to Taiwan's related product management regulations or the incorporation of the Digital Product Passport system into the law. In the previous year, considering domestic and management needs and international regulatory standards, a conceptual prototype of the Digital Product Passport system was established, including unique identifier coding rules, data carriers, and identification technologies for various products. This project has built on the previously established foundation to refine system design and functionality, update the architectural design according to the latest regulations, and optimize system interface fields. It also plans the design for future external data integration of the system. The system will continue trial implementation for laptops and batteries, incorporating the required product information from businesses, with the addition of mobile phones and tablets to the trial items to align with the promotion of the right to repair. The planning and establishment of the Digital Product Passport will facilitate the promotion of green product design, sustainable consumer behavior, extended product lifespan, reduced natural resource use, and enhanced resource reuse, playing a crucial role in the development of Taiwan's circular economy and resource sustainability.",
        "proj_year": "113",
        "org_name": "循環署永續消費回收組",
        "exe_unit": "財團法人工業技術研究院",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130125715",
        "publish_date": "20250131"
    },
    {
        "chi_title": "113-營造永續綠色城鄉計畫-環境污染稽查量能提升及智慧科技執法管制計畫",
        "chi_subject": "113年度臺東縣環境污染稽查量能提升及智慧科技執法管制計畫（以下簡稱本計畫）主要為環境污染管制作業、環境污染案件宣導及檢測作業三部分，計畫執行期程自113年1月10日起至113年12月31日止，整體進度達成率98.9%，計畫執行成果摘要重點如下：\n一、 執行環境污染管制作業：\n1. 為提升稽查效率並可以迅速掌握各項污染資訊，協助臺東縣環境保護局建置稽查作業電子化(環境管理署稽查工作管理平臺IMP），於1月31完成環境管理署稽查工作管理平臺（IMP）系統下載、連結建置作業後進行稽查作業測試，並於3月11日正式上線。\n2. 養雞場、堆肥場污染防治診斷輔導：\n(1). 主要以近3年陳情屢遭業者為優先輔導對象，於1月31日邀請臺東縣政府農業處（畜產保育科）及業者，辦理污染防治診斷輔導行前說明會，共計7間業者參與異味輔導改善。於3月進行輔導前異味檢測，檢測數值均低於排放標準(30)。\n(2). 於邀請專家學者及農業處組成輔導小組，至業者場址進行輔導並針對場區環境、設備、藥劑等進行提出短中長期的改善建議，經彙整7間業者現場缺失以去除異味藥劑比例錯誤或未確實添加、霧化器馬達馬力不足、圍網效果不佳、污染防治設施未完善等原因，現場說明後業者針對部份短期建議均有意願優先配合進行初步改善。\n (3). 9月15日至9月16日進行7間業者改善後複查，經比對專家學者短期改善建議，其中完成改善業者：永泰牧場第二分場、于豐牧場、加和牧場、億統牧場；未完成改善業者：維閣牧場、進福養雞場、後山牧場，並於10月15日、11月6日進行第2次異味檢測，經檢測數值皆未超標。\n3. 為有效掌握營建（含拆除、裝潢）工程廢棄物流向，避免不肖業者隨意傾倒，造成環境髒亂，針對臺東縣營建工地進行查核，113年共巡查132處次，查有違規並給予業者限期改善案件者共20件，其中違規事項包含告示牌與事業廢棄物清理計畫書資料不符共1件、未提送事業廢棄物清理計畫書共11件、工區廢棄物相關問題（工區出入口堆置營建物料共3件、工區外堆置一般廢棄物共4件、私自載營建廢棄物至其他工區共1件）共8件，經巡查人員輔導業者改善皆已改善完成。\n4. 易遭棄置廢棄物熱點列管進行巡查工作：113年共巡查314處次，查有棄置廢棄物情形共54件，臺東縣環境保護局通知土地權管單位\/土地所有人限期清理改善，並擇日前往複查，截至期末止，限期改善中10件(其中有3件(18筆地號)經限期勸導改善3次仍未清除改善完成；共裁罰總金額共 10,800 元 、 已完成清除改善共44件。\n5. 易遭棄置廢棄物熱點，架設縮時攝影設備：113年共架設202處次，發現違規行為共26件，涉有違規行為人且有明確車牌（得以車追查行為人事證）裁罰共19件、待陳述意見通知共4件、不裁罰3件（違規行為不明確），總計裁罰金額共22,800元。\n6. 街道環境巡查（含雜草、廣告物、髒亂點等）：\n(1). 雜草：113年共巡查382個路段，共發現76件、經通知限期改善後已改善完成共71處、限期改善中共5處(臺東市台東段169-101地號、臺東市台東段169-2地號、太平溪右岸防汛道路路堤-人行道、四維路分隔島、新站路人行道)。\n(2). 廣告物：113年共發現832件廣告物，【有與主管機關申請懸掛共50件、違規廣告共782件】，巡查人員現場拆除共749件、通知業者拆除共33件，累計違規提報共10案，待陳述意見通知中共3案、不裁罰共2案（於期限內改善完成）、依廢棄物清理法裁罰共5案，總計裁罰金額共7,200元，並依電信法第8條規定函文通知電信事業單位，停止提供該廣告物登載電信號碼之電信服務（即停話）共2案。\n(3). 髒亂點：113年於臺東市區街道髒亂點巡查共發現7條道路（13筆地號：豐田段1360-1、1360-3、1361-2地號、建成段188、192、192-1、193、194地號及知本段7648地號、建康段348地號、建康段1074、804地號、台東段169-2地號）有髒亂情形，共完成清除改善12筆地號、未完成清除改善1筆地號(臺東段169-2地號)。\n7. 監視器設備監控系統（CCTV）於2月2日在臺東縣成功鎮三民路口旁（進旺汽車前路燈燈桿）（燈桿編號：0339）架設完成，113年本計畫共監控該處9個月，共發現11件涉違規情節，其中7件為排放粒狀污染物（排氣管排放黑煙）、2件砂石運輸車輛載運易散粉塵性材料（土方）未覆蓋防塵布（網），以上9件將相關事證移交臺東縣環境保護局空氣噪音防制科妥處；1件為車輛輪胎泥沙拖帶(已依法裁罰1200元)；1件為不裁罰，經調查車輛(駕駛)便溺行為辨識不清及車牌辨識不清。\n8. 為有效維護臺東縣環境品質，113年完成2場次無人機稽巡查作業，飛行地點為臺東縣卑南鄉大巴六九（太平溪沿岸及知本國家森林遊樂區至知本溪出海口含鄰近區域(知本濕地、前捷地爾開發地)，共查獲6處廢棄物棄置點，分別為卑南鄉利家段8408、9399地號及利家段8407地號對面邊坡、下賓朗段92地號、荒野段1153地號附近及建康段1037地號，已完成清除改善共5件、限期改善中1件(臺東縣政府10月9日函文通知臺東縣環境保護局，該地段荒野段1153地號附近遭棄置乙案，將列入開口合約辦理)。\n二、 執行環境污染宣導及教育訓練作業：\n1. 113年完成辦理稽查人員教育訓練4場次（9小時），共計94人參與，辦理主題以「環境衛生稽查實務暨公害糾紛宣導」、「偵辦及蒐證注意事項暨公害糾紛處理法宣導」、「水質採樣暨公害糾紛處理法宣導」、「運用科技設備遠端查緝無人機操作實務課程暨公害糾紛處理法宣導」透過專業知識及豐富經驗，為臺東縣內第一線稽查人員及執行業務相關單位對稽查實務經驗分享暨公害糾紛宣導講解，提升本計畫稽查人員環境執法能力。\n2. 113年完成辦理改善農業廢棄物露天燃燒宣導會議2場次，共計82位農民參與，藉由露天燃燒宣導會向農民宣導稻草回收再利用，將稻草保留下來曬乾後成為循環再利用的農業資材，並持續與農民推廣使用破碎、切割、施用腐化菌及翻耕掩埋等替代處理方式，期能將農業廢棄物轉變為農業資材進一步再利用，達到資源永續使用目標。\n3. 113年完成辦理活動設置宣導攤位3場次，共計245人參與活動，以戳戳樂及翻翻樂等遊戲互動方式與現場民眾宣導何為公害糾紛及法規，使民眾可以在答題過程中了解環境公害污染觀念及法規，也透過推廣環境教育、綠色生活將友善環境、資源循環再利用的觀念植入民眾心中，倡導永續環保、珍惜資源的重要性，提升全民環境素養。另外在活動中也加入多元公害陳情管道，加深民眾對於公害陳情污染各項法規教育題材印象，建立正確環保法規觀念及自我權益維護，共同維護市容美觀。\n三、 其他相關事項：\n1. 113年3月29日完成購置宣導品250份，並提送至臺東縣環境保護局於宣導會、設攤宣導及教育訓練辦理時發放。\n2. 11 3 年 5 月 27 日完成執行計畫工作之稽巡查人員及行政人員實\n施身體一般健康檢查，並提送至臺東縣環境保護局。\n3. 截至12月5日止完成每月村里長或陳情人滿意度訪談48件次，47件次皆感到滿意，其中1件訪談結果陳情人（周先生）表示對於人員至現場處理時間、態度及處理結果皆為不滿意，另外臺東市南王里彭里長滿意度調查時回饋意見，其意見如下：\n(1). 假如反映非雜草案件，如藤蔓或是落葉，詢問機關是否可以不要以雜草錄案，而是用別的項目來錄案，譬如環境髒亂之類的， 以上案件如果還是不能錄案，是否可以用行電子文跟機關要地籍及地主資料？\n(2). 是否可以設置臺東縣環境保護局LINE官方窗口，以簡化里長跟機關通報的程序以及回覆情形。\n四、 其他行政配合事項：\n1. 於1月16日提送計畫派駐人員資料，並於當日辦理2小時人員內部教育訓練。\n2. 於1月8日提送租賃稽（巡）查車輛2輛及相關車輛保險資料。\n3. 於1月9日提送計畫所需設備、辦公用具。\n4. 於1月12日、2月6日、3月11日、4月12日、5月9日、6月13日、7月15日、8月14日、9月12日、10月14日、11月12日至臺東縣環境保護局進行工作成果簡報。\n5. 計畫主持人於5月9日、10月14日至臺東縣環境保護與相關人員召開計畫執行成效檢討會議。\n6. 於 7 月 11 日 配合環境部環境管理署南區環境管理中心合作辦理\n架設監視器 ，分別於臺東市德安段 742 地號、 台灣牛 牛肉麵前\n電線桿架設監視器，主要以 髒亂點 AI 智慧圍籬辨識 ，並立即 取\n得即時告警資訊。\n7. 113年完成提供22則新聞、機關臉書(FB)及TTPush推播素材及11則假日機關臉書(FB)素材。\n8. 相關業務管考績效情形：\n(1). 每月提供工作執行數填報臺東縣政府施政平台。\n(2). 每月提供違規廣告物告發或裁處數據填報環境部生活廢棄物質管理資訊系統。\n(3). 協助彙整「113年直轄市及縣(市)政府環境保護績效考核計畫」項次14(強化公害糾紛處理機制)、項次27(公害事件處理之創新措施或精進作為)、項次6(運用環境測\/感測\/遙測資訊改善環境)、項次9(重大專案稽查成果及配合環境督察業務成效)、項次16(由地方參考重大施政及環境改善項目自行研提創新作為項目、執行方式及成果)考核資料。9. 113年，本計畫彙整臺東縣重大污染案件共計12件：\n(1) 臺東縣東河鄉都蘭村那界段510地號棄置廢棄物。\n(2)臺東縣金峰鄉歷坵村歷坵新歷坵段279地號棄置營建廢棄物。\n(3)臺東縣太麻里鄉北太麻里段541-2地號棄置營建廢棄物。\n(4)臺東縣綠島鄉溫泉村掩埋場失火案件。\n(5)臺東市新園段761地號掩埋禽畜糞。\n(6) 臺東市利家段7024、7025地號棄置廢棄物。\n(7)臺東縣卑南鄉石山段3307地號棄置營建廢棄物。\n(8)臺東縣鹿野鄉高台段149地號掩埋廢棄物。\n(9)臺東市公所資源回收場失火案。\n(10) 臺東市知本段8516地號，棄置廢棄物(植物性廢渣) 。\n(11) 臺東市建農段250、260、261地號，棄置廢棄物(禽畜糞、動物屍體)。\n(12)臺東縣長濱鄉烏石鼻段1165-2地號，遭傾倒營建混合廢棄物。\n五、 評選承諾事項：\n1. 於5月22日完成113年評選時承諾辦理綠色採購，額度新臺幣3萬元以上。\n2. 購買TT-Push金幣新臺幣3萬元整：4月30日完成購買3萬元TTPUSH金幣，以利機關後續發放事宜。",
        "eng_title": "113 Niándù tái dōng xiàn huánjìng wūrǎn jīchá liàng néng tíshēng jí zhìhuì kējì zhífǎ guǎnzhì jì huà",
        "eng_subject": "13 Niándù táidōng xiàn huánjìng wūrǎn jiǎnyàn liàng néng tíshēng jí zhìhuì kējì zhífǎ guǎnzhì jì huà (yǐxià jiǎnchēng běn jì huà) zhǔyào wèi huánjìng wūrǎn guǎn zhìzuòyè, huánjìng wūrǎn ànjiàn xuān dǎo jí jiǎncè zuòyè sān bùfèn, jì huà zhíxíng qí zì 113 nián 1 yuè 10 rì qǐ zhì 113 nián 12 yuè 31 rì zhǐ, zhěngtǐ jìndù wánchéng lǜ 98.9%, Jì huà wánchéng chéngguǒ zǒngjié zhòngdiǎn rúxià:\nYī, zhíxíng huánjìng wūrǎn kòngzhì zuò yè:\nÈr, zhíxíng huánjìng wūrǎn xuān dǎo jí jiàoyù xùnliàn zuòyè:\nSān, qítā xiāngguān shìxiàng:\nSì, qítā xíngzhèng pèihé shìxiàng:\nWǔ, píngshěn chéngnuò shìxiàng:",
        "proj_year": "113",
        "org_name": "臺東縣環境保護局",
        "exe_unit": "技佳工程科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130120737",
        "publish_date": "20250120"
    },
    {
        "chi_title": "化學物質替代測試方法多元應用與評估計畫",
        "chi_subject": "參考國際經驗，動物試驗替代方案通常需發展多元技術，並建立技術間互相支持的策略，而最需要發展的技術可分為4大面向：加強應用現有資料、以電腦模擬進行預測、建立非動物的測試方法，及利用多元資料發展風險評估技術。本年度根據上述4大面向開啟工作內容，第1部分結合現有資料與電腦預測，規劃後續填補資料的策略；第2部分為建立國際常用之替代測試技術；第3部分為統整過去執行經驗，研擬未來減少化學物質登錄使用實驗動物之政策推動方向；最後則是研擬如何應用上述資訊於風險評估，逐步推動以動物替代相關資訊進行化學物質評估。分項說明如下。應用資訊學方法部分，利用3個國際資料庫及2種定量結構活性關係(QSAR)模型，蒐集或預測43種單一成分有機物之皮膚毒性資訊，現有資訊可分別辨識約53%和63%物質的皮膚刺激性∕腐蝕性和皮膚過敏性資訊，其餘物質建議可以體外測試或個案探討方式評估危害。此外，文獻回顧結果顯示體外至體內之外推估(IVIVE)技術在毒理學研究頗具潛力，並已應用於健康與生態評估，且有公開工具支持其實施。儘管IVIVE仍面臨一些挑戰，例如體外試驗結果與體內生物反應之間的關聯性尚有不確定性，但透過跨學科合作，IVIVE技術持續進步中，未來可望為毒理學研究提供更可靠的支持。而為了評估奈米物質應用於現有皮膚刺激性∕腐蝕性及皮膚過敏性體外測試的可行性，蒐研彙整奈米物質前處理和測試標準相關之國際期刊文章、經濟合作暨發展組織(OECD)測試指引與國際標準化組織(ISO)文件，撰寫《奈米物質前處理與測試標準作業流程草案》1式。考量奈米物質尚毒性評估相關指導文件，參考OECD測試指引應用於奈米物質之試行結果，撰寫2式奈米物質皮膚刺激性與腐蝕性測試標準作業流程草案，及3式奈米物質皮膚過敏性測試標準作業流程草案。體外試驗試行填補毒理資訊部分，提出5類常見奈米物質之物化特性分析數據、10種物質分別以溶液與粉末2種型態進行的皮膚刺激性∕腐蝕性危害分級判斷及皮膚過敏性數據判定結果，未來應用性仍需針對不同奈米物質驗證，並適時調整流程以完善測試結果。為評估化學物質替代測試方法之法規接受性，參考化學品分類及標示全球調和制度(GHS)第10版最新替代策略，顯示我國動物減量策略已與國際接軌，對於尚未採納的部分，則依照我國化學物質登錄架構分析並提出登錄指引調修建議。此外，借鑑我國與歐盟化粧品管理法規禁用動物試驗之經驗，對於我國化學物質標準登錄特定項目以非動物測試方法繳交資料，經評估具有可行性，但需謹慎設計配套措施與保留例外情境因應。為逐步將替代測試方法導入化學物質評估，評析美國、OECD（加拿大參與）及歐盟等國家或國際組織以替代測試方法導入化學物質評估之架構，並蒐研相關化學物質應用案例，皆優先考量暴露機率，以不同試驗方法驗證毒性假說，並以IVIVE等模型推估化學物質暴露濃度，求得體內暴露限值；彙整不同案例研究結果可知，選擇不同替代測試方法與模型參數皆影響最終評估結果。利用本年度各工作項目執行成果，未來可進一步發展技術間之連結，並加強與替代測試推動政策之部會合作。",
        "eng_title": "Project for Evaluating the Integration of Alternative Testing Methods for Assessments of Chemicals",
        "eng_subject": "Based on international experiences, achieving the goal of replacing experimental animal testing requires the establishment of multiple technologies and strategies to integrate these technologies effectively. Key areas of development include utilizing existing data, hazard prediction through in silico methods, developing alternative testing methods, and conducting risk assessments using New Approach Methodology (NAM). This project was structured around these four focus areas. In the first phase, we utilized 3 international databases and 2 Quantitative Structure–Activity Relationship (QSAR) models to collect or predict skin toxicity information on 43 organic compounds. The current information can identify about 53% and 63% of their skin irritation\/corrosion and skin sensitization in 43 substances respectively. For others, it is recommended that in vitro tests or case studies be used to assess the hazards. In addition, the literature review indicates that in vitro-to-in vivo extrapolation (IVIVE) technology shows significant potential in toxicological research and has already been applied in both health and ecological assessments, with publicly available tools supporting its implementation. Although IVIVE faces challenges, such as uncertainties in the correlation between in vitro test results and in vivo biological responses, ongoing interdisciplinary collaboration is driving continuous advancements. IVIVE is expected to provide more reliable support for toxicological research in the future. To evaluate the feasibility of applying nanomaterials in existing in vitro tests for skin irritation\/corrosion and skin sensitization, journal articles, Organisation for Economic Cooperation and Development (OECD) test guidelines, and International Organization for Standardization (ISO) documents related to nanomaterial pretreatment and testing were collected and reviewed. A draft of the Standard Operating Procedures (SOP) for Nanomaterial Sample Preparation and Testing, was prepared. Considering the relevant guidance documents for toxicity assessment of nanomaterials, as well as trial results of applying OECD test guidelines to nanomaterials, two drafts were written for SOPs for nanomaterial skin irritation and corrosion testing, and three drafts for standard operating procedures for nanomaterial skin sensitization testing. Through in vitro experimental to fill gaps in toxicological information, data were provided on the physicochemical properties of five common nanomaterials, as well as the results for skin irritation\/corrosion and skin sensitization based on tests of 10 substances in both solution and powder forms. For application in the future, further validation of different nanomaterials will be necessary, and the procedures should be adjusted as needed to optimize test results. To assess the regulatory acceptability of alternative testing methods for chemical substances, we referred to the latest alternative strategy of the 10th edition of Globally Harmonized System of Classification and Labelling of Chemicals (GHS) and found that our strategy of experimental animal reduction has been in line with international. For the parts that have not been adopted yet, we analyzed and proposed registration guideline modification suggestions based on our country's chemical substance registration framework. In addition, drawing on the experience of banning animal testing in cosmetics regulations in both our country and the European Union (EU), we evaluated the use of non-animal testing methods for submitting data on specific items in the registration of chemical substances in our country. We found that this approach is feasible, but supporting measures must be carefully designed, and exceptions should be reserved for certain situations. Finally, to promote the application of alternative testing methods in risk assessment, we reviewed chemical evaluation frameworks from the United States, OECD, and the EU, as well as related case studies. These frameworks prioritize exposure probability, validate toxicity hypotheses through targeted testing, and use IVIVE models to simulate exposure concentrations for establishing exposure limits. The literature reveals that the choice of alternative testing methods and the selection of model simulation parameters significantly impact the final assessment outcomes. In conclusion, this project achieved preliminary results in multiple technological areas. Future efforts should focus on integrating these technologies and strengthening collaboration among relevant government agencies in Taiwan.",
        "proj_year": "113",
        "org_name": "化學署評估管理組",
        "exe_unit": "國立成功大學",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130120460",
        "publish_date": "20260416"
    },
    {
        "chi_title": "113年精進環境教育認證評鑑作業專案工作計畫",
        "chi_subject": "本計畫工作目標及內容主要分為三大項目：評鑑作業、認證管理作業及其他行政協助事項。評鑑作業：包含協助編修評鑑指標、編修說明會手冊、辦理評鑑說明會、辦理評鑑作業、彙整評鑑作業滿意度、辦理環境教育評鑑作業結果彙整暨檢討會議及辦理評鑑表揚會等；認證管理作業：包含協助辦理環境教育認證審查會議相關庶務工作、每季彙整分析環境教育設施場所執行成果、協助辦理環教設施場所滿意度調查及各項管考資料彙整等；其他行政協助事項：包含指派之計畫人力持續協助貴院辦理行政、環境教育認證、支援訓練及相關庶務工作，並支付本計畫執行人員之差旅費。\n今年計畫共計評鑑45家設施場所及7家機構。團隊協助完成113年度評鑑制度與評分指標的研擬，辦理了3場受評單位及1場評鑑委員說明會、24家次評鑑輔導、16場次初審會議及27場次實地評鑑，最後透過環境教育評鑑作業結果彙整暨檢討研商會議，選出2家機構及25家設施場所於113年度環境教育認證績優表揚會進行表揚。\n此外，團隊協助國環院辦理環境教育認證審查會議的行政庶務，包括6場次的認證審查會議及管考資料彙整等。",
        "eng_title": "2024 Project for Improving the Certification and Assessment of Environmental Education",
        "eng_subject": "The main objectives and content of this project are divided into three categories: evaluation operations, certification management operations, and other administrative support tasks. Evaluation operations encompass assisting in the revision of evaluation indicators, preparing handbooks for briefing sessions, organizing evaluation briefings, conducting evaluation tasks, gathering satisfaction feedback, and holding meetings to consolidate and review evaluation results, as well as organizing recognition ceremonies. Certification management operations involve supporting administrative tasks for environmental education certification review meetings, compiling and analyzing quarterly results for environmental education facilities, conducting satisfaction surveys for these facilities, and consolidating various management data. Other administrative support tasks include assigning project personnel to assist the institute with administrative functions, environmental education certification, training support, and related work, as well as covering travel expenses for project staff.\nThis year, the project evaluated a total of 45 facilities and 7 institutions. The team assisted in developing the evaluation system and scoring indicators for 2024, organized three briefings for participating units and one for evaluation committee members, conducted 24 evaluation counseling sessions, 16 preliminary review meetings, and 27 on-site evaluations. Through the consolidation and review meeting on environmental education evaluation results, the team selected two institutions and 25 facilities for recognition at the 2024 Environmental Education Certification Excellence Awards. \nAdditionally, the team provided administrative support for the National Institute of Environmental Research’s environmental education certification review meetings, including organizing six review meetings and consolidating management data.",
        "proj_year": "113",
        "org_name": "國環院環教認證中心",
        "exe_unit": "財團法人環境資源研究發展基金會",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130117345",
        "publish_date": "20250110"
    },
    {
        "chi_title": "113年度資源循環法規政策推動研議計畫",
        "chi_subject": "為了積極回應國際間對於淨零碳排、溫室氣體減量及聯合國SDGs永續發展目標的趨勢，政府擬透過修訂資源循環相關法規，包括「廢棄物清理法」及「資源回收再利用法」(後續擬更名為「循環經濟促進法」，以利因應未來國內外環境的變化與潛在的挑戰，並及時做好政策管理與對外溝通行銷的準備。本計畫於113年9月25日至113年11月20日執行期間，以「深入分析及強化資源循環議題上的戰略規劃，以確保政策與國際標準相符並順應時代變遷」及「追蹤並掌握與資源循環相關的外部事件和關係者動態，確保政策的靈活性與效果」等作為主要目標。主要成果包括：（一）以資源循環相關業務主管為訪談對象，就相關議題進行分析、統整、研擬推演相關影響因素，並蒐集未來大環境之可能變化及影響因子。(二)舉辦1場策略規劃工作坊，透過專題討論，進行政策論述修訂及路線圖設計，完成戰略規劃，並就規劃策略進行未來趨勢焦點分析和實戰演練。（三）以「人工智能數據系統平台」掌握與資源循環相關議題的外部事件變化情形，包含「垃圾處理」、「資源循環」、「減塑限塑」、「SRF焚化爐」、「延長使用禁限用」、「綠色設計」、「源頭管理」、「回收基金促進費」等8項議題，藉由每月資訊的追蹤、分析，得以瞭解議題的變化，並就未來發展提供對策及因應建議。（四）因應計畫需求，協助執行相關行政工作，包括資料蒐集、簡報製作與建議等。",
        "eng_title": "Resource Circulation Legislation and Policy Research Project, 2024",
        "eng_subject": "To proactively address international trends in net-zero carbon emissions, greenhouse gas reduction, and the United Nations Sustainable Development Goals (SDGs), the government is preparing to amend the Waste Disposal Act and the Resource Recycling and Reuse Act. These amendments, including a proposed renaming to the Circular Economy Promotion Act, aim to adapt to evolving environmental changes and challenges while ensuring effective policy management and external communication. This project was conducted from September 25 to November 20, 2024, focusing on in-depth analysis of resource circulation strategies and monitoring related external dynamics to enhance policy alignment with international standards and adaptability.\nKey Outcomes:\n1) \tStakeholder Interviews and Analysis\nConducted interviews with resource circulation business leaders to analyze, integrate, and project influencing factors. Collected insights on future environmental changes and their potential impacts to inform policy development.\n2) \tStrategic Planning Workshop\nOrganized one workshop to refine policy narratives, design roadmaps, and finalize strategic plans. The workshop also included trend analysis and practical drills to evaluate and prepare for future challenges.\n3) \tAI Data System Platform\nLeveraged an AI data platform to monitor and analyze monthly changes in eight key issues, including waste treatment, resource circulation, plastic reduction, SRF incinerators, material restrictions, green design, source management, and recycling fund fees. Provided actionable insights and recommendations for future policy strategies.\n4) \tAdministrative Support\nSupported the project with tasks such as data collection, presentation preparation, and proposal development to ensure seamless execution and communication of findings.\nThis project establishes a solid foundation for the formulation and implementation of circular economy policies, enhancing the government’s adaptability and international competitiveness.",
        "proj_year": "113",
        "org_name": "循環署再利用推動組",
        "exe_unit": "鴻廣傳播事業有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130108106",
        "publish_date": "20250108"
    },
    {
        "chi_title": "嘉義縣-113年推動廢棄物源頭減量及強化分類回收補助計畫",
        "chi_subject": "本計畫主要協助配合環境部資源循環署垃圾減量政策，辦理一次用產品源頭減量活動或措施，以達成垃圾減量目標；並推廣資源再使用政策，回收可堪用二手物品，透過交流活動，讓二手物品能在有需要的人重複使用或延續使用，提高物品價值，延長二手物品使用壽命，減少廢棄物產生，有效降低資源浪費；同時檢視及評估縣內垃圾強制分類作業流程與社區、公寓大廈的回收物流向追蹤，以利推動資源回收業務及其他工作事項。",
        "eng_title": "Chiayi County - 2024 Waste Reduction at Source and Strengthening Recycling Classification Subsidy Program",
        "eng_subject": "This program aims to support the Ministry of the Environment's Resource Recycling Agency's waste reduction policies by implementing activities or measures for source reduction of single-use products, in order to achieve waste reduction goals. It also promotes the policy of resource reuse by recycling reusable second-hand items. Through exchange activities, these second-hand items can be reused or continued to be used by those in need, thus increasing their value, extending their lifespan, and reducing waste generation, which effectively lowers resource wastage. At the same time, the program will review and assess the county's mandatory waste sorting processes and the recycling logistics in communities and apartment buildings, to facilitate the promotion of resource recycling efforts and other related tasks.",
        "proj_year": "113",
        "org_name": "嘉義縣環境保護局",
        "exe_unit": "綠信環境科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130101941",
        "publish_date": "20250115"
    },
    {
        "chi_title": "113年度屏東縣推動低碳永續家園執行計畫",
        "chi_subject": "本計畫為持續打造氣候韌性城市及邁向永續低碳城鄉，藉由氣候變遷情境模擬分析，及輔導鄉鎮市區及村里社區參與低碳永續家園認證，並依循本身發展基礎及中央政策，同時強化本縣氣候變遷因應量能，及提升低碳永續認證評等成效；計畫執行期程為2024年2月7日至2024年12月6日，共計10個月，執行內容包含氣候變遷情境模擬分析、氣候變遷調適執行方案編撰、技術諮詢與輔導、擔任縣府各局處分工協調與資訊整合與交流，及評估與推廣綠能屋頂等，並以此為目標完成各項工作辦理，計畫執行成果摘要如下：\n一、協調整合及推動因應氣候變遷事務\n第1場次屏東氣候會於5月15日辦理，討論7個議題包含調適執行方案編撰說明、減量執行方案二期精進策略研商、2024年CDP填報說明、縣市環保永續施政表現評量、COP 30參訪等。第2場次會議於9月12日辦理，共4個議題，包含調適執行方案(草案)說明與確認、減量執行方案二期成果確認、CDP填報資料確認等，並請各局處會後依決議內容，以符合法規或考核規定提送之時程；減量執行方案管考惟部分未達預期目標，並於2024年4月及9月提供彙整資料，商請局處於2024年度兩場次氣候會前提出改善或精進策略，分別於會後請各局處針對落後項目提出成果敘述。後續彙整各局處具實質減量成效，撰擬屏東縣第二期溫室氣體減量執行方案成果報告，於9月27日提送環境部，10月18日公開於環境部「氣候資訊公開平台」，完成指定網站公開事宜。\n \n二、因應氣候變遷調適工作\n屏東縣氣候變遷情境模擬分析，已彙整氣候衝擊事件紀錄，包含淹水21鄉鎮133件、坡地災害5鄉鎮11件、停電33鄉鎮149,175件(戶)、物件掉落(樹木、招牌等)28鄉鎮180件、堤坊破損1鄉鎮1件等紀錄，顯示強降雨及颱風仍對本縣造成影響；另氣候變遷推估分析顯示，基期(1960-2014年)到世紀中(2056-2065年)之變化，高溫38℃以上日數增至1.4日、36℃以上日數增至29日，低溫6℃以下日數降至38日、低溫10℃以下日數降至108日，年雨量變化最大值增加到4,233mm，豪雨發生日數變化增至5.5日，不降雨日數變化降至301日。同時造成潛勢災害包含農作物產量減少、民眾身體健康影響、山區道路受損、坡害情形增加、生態環境破壞及用水情形受限等現象，可能受衝擊之調適領域，如維生基礎設施、水資源、土地利用、農業生產及生物多樣性，及健康等。\n屏東縣氣候變遷調適執行方案(草案)共盤點本縣對應之調適行動計畫項目60項，依氣候法規範，已於8月29日召開公開座談會，並於7日前公開草案於環境部氣候資訊公開平台，後續於9月12日提送本縣氣候推動會審議後，共同設定土地利用、健康及農業生產及生物多樣性為三大優先領域，及10月30日提送至環境部審核。\n輔導村里進行氣候變遷減緩及調適工作，已於6月26日及8月29日完成兩場次教育訓練，召開地點為車城鄉保力村及屏科大。氣候變遷減緩或調適建置，於10月底前完成所有建置，共計7村里17項。\n三、執行低碳永續家園建構推動作業\n2024年2月21日聘任屏東縣技術諮詢與評等審查小組委員共計5位委員；另於10月8日，以模擬銀級認證縣勘作業方式，邀請南區生活圈縣市及技審小組委員至本縣內埔鄉隘寮社區，辦理完成1場次技術諮詢與評等審查小組會議；本年度認證輔導目標，為協助屏東縣再次取得直轄市及縣(市)政府環境保護績效考核特優佳績，著重於輔導村里取得銅級認證，共協助15村里取得銅級認證、1村里取得銀級認證及11村里報名成功註冊，另協助5處歷年已取得低碳永續家園銅級認證之單位完成現地查核作業。\n四、社區低碳永續行動建置及太陽光電推廣\n本年度需辦理現地查核單位共5村里，經初勘確認各項目維持良好，故本次低碳建置標的著重於未取得銅級單位，及具銀級升等潛力單位優先訪視，2024年3月至4月底間，本計畫共訪視16個村里，擇定4處村里6項目進行建置，包含節能設備、社區農場等，並於8月底前全數完成；太陽光電推廣，已於3月至9月間，協助12鄉鎮共計28個公有建築物，進行屋頂太陽光電設置評估，後於10月15日將成果及佐證資料彙整給局端，並由局端於10月23日屏函送至環境部氣候變遷署；另以具備申請銀級潛力之「屏東市崇蘭里」，作為本年度太陽光電實質建置單位，共設置3.48kW，每年可發電4,016度電，採自發自用，推估可少碳排放2公噸CO2e。\n五、推動低碳永續家園之宣導工作\n本計畫於5月12日及8月31日，分別藉家樂福藝術季大型活動，及屏東縣環保志(義)工群英會設攤推廣，共辦理2場屋頂太陽光電及節能減碳推廣活動，推廣內容包含節能減碳、再生能源、調適、低碳永續家園及SDGs；於5月29日及10月23日，共辦理完成2場次績優社區觀摩活動，第1場次地點為台南市鹽水區橋南社區(銀級)及虹泰水凝膠觀光工廠(節能減碳與環保)，第2場次地點為高雄市旗山區糖廠社區(銀級)；計畫執行期間，定期更新維護屏東縣低碳永續行動網頁，並於網站首頁新增台灣氣候變遷調適平台、氣候公民對話平臺、行政院國家永續發展委員會、台灣氣候變遷推估資訊與調適知識平台等平台連結，提供民眾多元化管道，學習如何應對氣候變遷，同時提高網站瀏覽率。統計至11月底已發布130篇低碳永續相關新聞、5場會議資訊及2場活動資訊；因應中央2050淨零排放12項指標中節能-知識傳遞帶起社會節能行動與氣候變遷調適之身體健康影響，本計畫以實用性與健康安全意義之條件篩選，分別為「迷你充電手電筒」及「電擊式滅蚊燈」各100份、「背包防雨罩」及「八骨抗UV遮陽傘」各50份，合計共300份。\n六、\t行政配合事項\n本計畫協助執行113年度直轄市及縣(市)政府環境保護績效考核計畫執行中「推動因應氣候變遷行動考核」工作，包含協助彙整屏東縣太陽能屋頂權責分工資料、公有建築屋頂太陽能系統設置評估與進度追蹤、減量創新作為，及氣候變遷調適工作執行成果，於10月18日提供給局端，由局端於10月23日提送至環境部氣候變遷署。\n另輔導銅\/銀級單位參與環境部「113年低碳永續家園村里多元競賽」，本計畫協助撰擬參賽資料、簡報，由內埔鄉東片社區參與銀級組、內埔鄉隘寮社區參與銅級組，於12月正式公告皆榮獲特優佳績!",
        "eng_title": "2024 Pingtung County Promotes Low-carbon Sustainable Home Implementation Project",
        "eng_subject": "The project aims to bring Pingtung County towards a low-carbon and sustainable county. The implementation outcomes are described as follows.\n1.\tCoordinating and promoting climate change reponse affairs\nThe first and second Pingtung County Low-carbon Sustainable Response and Climate Chagne Adaptation Initiative was hold on May 15th and September 12th. There were 7 issuses, including adaptation executive project, second-phase mitigation executive project, CDP, sustainability indicators, and COP30 participation was discuessed. Our team completed the second-phase mitigation executive project which was submitted to Ministry of Environment and publicized on the “Climatetalks platform” on October 18th.\n2.\tClimate change adaptation response work\nClimate change impact events, including 133 casses of flooding, 11 cases of slope disasters, 149,175 cases of power outage, 180 cases of falling objects(trees and signboard), 1 case of embarkment damage, which indicated that heavy rain and typhoons still infulenced. Climete scenatio simulation analysis indicated that, from baseline (1960-2014) to midcentury (2056-2065), high temperature days over 36℃ will increase to 29 days; low temperature days below 10℃ will reduce to 108 days； maximum annual precipitation will increased to 4,223mm, days with torrential rain will increase to 5.5 days; days without rain will reduce to 301 days. Potential disasters include reduction of agricultural products, people health, damage to montain roads, increasing slope disaster, ecological damage and etc. Pingtung Climate Change Adaptation Executive Project (draft) collected 60 actions of responding adaptation project. The public forum was hold on August 29th. Finally, Land use, health, agriculture production and biodiversity were prioritized fields. The draft was submitted on October 30th.The project assisted villages in mitigation and adaptation in Baoli Village and NPUST on June 26th and August 29th. There were 17 cases of installation of climate response in 7 villages which were all completed before October.\n3.\tPromoting low-carbon and sustainable homes\nWe invited technical and review committee in Ailiao community to simulate the evaluation of silver certificate inspection. Evaluated as permium level in environment protection performance was our year target. Consequently, we assisted 15 villages in acquiring bronze level certificate, 1 village in acquiring silver level, 11 villages in registing.\n4.\tPromoting low-carbon sustainable installation and PV energy\nThere were 5 villages which should complete on sight auditing, and all object were well-conditioned. The project focused on villages without bronze level certificate and visited high-potential villages which may upgare to silver level priorly. We visited 16 villages and 6 installations in 4 villages were selected to complete low-carbon installation, including energ-saving devices, community farms, which have all completed in August. The project promoted PV project and assisted 28 building in 12 townships in assessing PV installation. The outcomes and supporting documents were provided on October 23th. Chonglan Village was select as PV site with 3.48 kW installation, which can generate 4,016 kWh electricity for self-consuption (reduce 2 tCO2e).\n5.\tPromotion activities for low-carbon and sustainable home\nThis project set up boothes in Carefour Arts Festival and Environmental Volunteer Festival on May 12th and August 31th. 2 events were held to pormote green energy, SDGs and so on. Two excellent community observation tour took place on May 29th and October 23rd. The first tour visted Chiaonan community(silver level) and second tour visited Tangchang community in Kaohsiung City. The project also regularly updated the low-carbon website connection to Taiwan Climate Change Projection Information and Adaptation Knowledge Platform, Conversation Platform for climate citizens, National Council for sustainable Development to provide diverse opitions. 130 news, 5 conferences and 2 envents information have been issued. The project purchased 300 promotion materials based on practicality and healthcare, including 100 charing flashlights.\n6.\tAdministrative cooperation \nThis project assisted in responsibility division of green energy roofs, assessing green energy roofs installation on public buildings and progress tracking, and innovative actions of carbon reduction and executive outcomes of climate change adaptation. The data were provided for Environmental Protection Bureau on October 18th and submitted to Ministry of Environment by Environmental Protection Bureau on October 23rd.\nWe assisted units with silver and bronze level certificates in participating “2024 Low-carbon and Sustainable Villages Contest,” including related data and slides preparation. Dongpian community participated in silver level group and Ailiao community participated in bronze level group. Both of them were evaluated as excellent villages.",
        "proj_year": "113",
        "org_name": "屏東縣政府環境保護局",
        "exe_unit": "元律科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130100021",
        "publish_date": "20250201"
    },
    {
        "chi_title": "113年事業廢水檢測申報及許可管理計畫",
        "chi_subject": "本計畫已完成主要工作內容及專案成果，在法制面部分，針對廢水處理能源化、新興關注物質減害化及促進資源循環申報簡化，提出「水污染防治措施及檢測申報管理辦法」修正草案、盤點水污染防治許可文證（文件）申請表單欄位並提出簡化檢討研修規劃，並配合廢水處理資源化政策提出增列相關欄位建議，以及針對新增露營場管理與實務執行檢討裁罰規定，研修違反水污法罰鍰裁罰準則，並依修法推動進度協助辦理法制化作業，推動裁罰準則修正草案之法制化作業並順利完成修正發布。\n除行政管制措施之研析外，在資訊系統與行政配合作業上，完成罰鍰額度線上系統功能優化並上線供主管機關使用；編製112年綠色國民所得帳；提出相關水污染管制統計報表；持續追蹤辧理完成113年度地方執行異常分析診斷查核專案作業及依協助依考核方式辦理進度追蹤與成果統計。同時，計畫執行期間均配合環境部針對計畫各項工作內容進行討論及協助相關行政事宜，包括3期水質保護電子報以及辦理水污法法規實體研習交流會議、定期維護和追蹤水污染防治法規及提供技術諮詢及首長信箱郵件回覆服務。",
        "eng_title": "Industrial Wastewater Monitoring Declaration and Permitting Management Project",
        "eng_subject": "The project has been completed and the results are provided. Regarding energy recovery from wastewater resources, the reduction of emerging contaminants, and the simplification of resource circulation reporting, we proposed an amendment to the Water Pollution Control Measures and Test Reporting Management Regulations. We have inventoried the Pollution Control Measures and permits (documents), and present a simplification review and training plan. In line with the wastewater treatment resource recovery policy, we propose the addition of relevant fields and review and refine the enforcement and penalty regulations for newly added campsite management. Review and revise the fine determination criteria of the Water Pollution Control Act. We have assisted in legal formalization efforts according to the progress of the amendment. We promoted the legal process for the fine determination criteria and successfully completed the amendment and publication.\nIn addition to analyzing administrative control measures, we completed the optimization of the online fine amount system and made it available for use by the competent authority. We compiled the 2023 Green National Income Accounts, prepare related statistical reports on water pollution control; and continue tracking and completing the 2024 local execution anomaly analysis and diagnostic audit project, as well as assist in progress tracking and outcome statistics in accordance with assessment methods. During the project period, we coordinate with the Ministry of Environment (MOENV) to discuss various project and assist with related administrative matters. These include publishing three issues of the Water Quality Protection E-newsletter, organizing the meetings on water pollution control regulations, regularly maintaining and tracking water pollution prevention laws, providing consultation, and responding to emails addressed to the Host Mailbox.",
        "proj_year": "113",
        "org_name": "環境部水質保護司",
        "exe_unit": "環科工程顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130095031",
        "publish_date": "20250201"
    },
    {
        "chi_title": "澎湖縣113年健全稽查專精能力及專業跨域支援量能",
        "chi_subject": "一、執行事業相關之污染源管制、查核作業，並協助辦理水污費徵收之\n導、 查核、催繳及緊急應變等工作\n(一) 事業稽巡查作業，建立的水污染源系統相關稽查作業計160 件，\n包含水污染防治措施文件建檔計 19 件、營建工地逕流廢水削減計\n畫計 22 件，稽查記錄單99 件、水質檢驗報告 20 件次\n(二) 配合辦理法規說明會 2 場次(5 月 30 日、7 月 29 日)。\n(三) 本計畫協助水質水量自動監測設施與錄影連線推動情形管控及監\n控系統操作，相關校正及異常記錄\n(四) 本年度配合局內單位並結合各局處及總隊公害污染緊急應變實兵\n演練，並於 5 月 30 日於合界沙灘完成實兵演練。\n二、推動畜牧糞尿資源化再利用\n(一)本年度輔導家堡畜牧場進行澆灌地媒合，並完成 5 處沼液、沼渣\n澆灌農牧田地土壤採樣，後將接續辦理計畫書補正審查。\n(二)辦理 1 場次畜牧業業者媒合農地政策宣導會。\n三、推動水環境巡守隊運作、輔導、訓練\n(一) 辦理巡守隊專業講習、教育訓練、淨灘或清理水庫周遭環境計\n16 場次、領袖會議 2 場次。\n(二) 巡守隊 Facebook 社群網站暨新聞稿推廣，截至 10 月底\nFacebook 粉絲團人數達 665 次；發布 8 篇新聞稿。\n(三) 完成水環境巡守隊管轄之區域排水地區之垃圾或污染物之打撈清\n除作業總計 1.6 公噸、定期巡檢區排總計 2 公里。\n4-2\n澎湖縣政府環境保護局\n「113 年度澎湖縣水污染防治計畫」期末報告 初稿 摘要\n四、水庫水質改善規劃及策略\n(一) 6 月 19 日完成辦理跨局處協調會議 1 場次。\n(二) 規劃辦理無磷清潔劑宣導及節水減污 8 場次",
        "eng_title": "澎湖縣113年健全稽查專精能力及專業跨域支援量能",
        "eng_subject": "一、執行事業相關之污染源管制、查核作業，並協助辦理水污費徵收之\n導、 查核、催繳及緊急應變等工作\n(一) 事業稽巡查作業，建立的水污染源系統相關稽查作業計160 件，\n包含水污染防治措施文件建檔計 19 件、營建工地逕流廢水削減計\n畫計 22 件，稽查記錄單99 件、水質檢驗報告 20 件次\n(二) 配合辦理法規說明會 2 場次(5 月 30 日、7 月 29 日)。\n(三) 本計畫協助水質水量自動監測設施與錄影連線推動情形管控及監\n控系統操作，相關校正及異常記錄\n(四) 本年度配合局內單位並結合各局處及總隊公害污染緊急應變實兵\n演練，並於 5 月 30 日於合界沙灘完成實兵演練。\n二、推動畜牧糞尿資源化再利用\n(一)本年度輔導家堡畜牧場進行澆灌地媒合，並完成 5 處沼液、沼渣\n澆灌農牧田地土壤採樣，後將接續辦理計畫書補正審查。\n(二)辦理 1 場次畜牧業業者媒合農地政策宣導會。\n三、推動水環境巡守隊運作、輔導、訓練\n(一) 辦理巡守隊專業講習、教育訓練、淨灘或清理水庫周遭環境計\n16 場次、領袖會議 2 場次。\n(二) 巡守隊 Facebook 社群網站暨新聞稿推廣，截至 10 月底\nFacebook 粉絲團人數達 665 次；發布 8 篇新聞稿。\n(三) 完成水環境巡守隊管轄之區域排水地區之垃圾或污染物之打撈清\n除作業總計 1.6 公噸、定期巡檢區排總計 2 公里。\n4-2\n澎湖縣政府環境保護局\n「113 年度澎湖縣水污染防治計畫」期末報告 初稿 摘要\n四、水庫水質改善規劃及策略\n(一) 6 月 19 日完成辦理跨局處協調會議 1 場次。\n(二) 規劃辦理無磷清潔劑宣導及節水減污 8 場次",
        "proj_year": "113",
        "org_name": "澎湖縣政府環境保護局",
        "exe_unit": "亞太環境科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130089093",
        "publish_date": "20250114"
    },
    {
        "chi_title": "資源循環產業永續碳管理輔導計畫",
        "chi_subject": "隨著全球氣候變遷議題日益受到重視，本計畫於執行期間已順利完成各項預定目標。在資源循環產業永續碳管理環境建置方面，成功開發碳管理工具及完成碳排放健檢輔導課程規劃。課程採用理論與實務並重的方式，透過案例分析與實作演練，協助學員掌握碳管理實務技能。本計畫舉辦10梯次「大小偵碳」工具平台登錄培訓，總計320位產業人員參與。在人才培育方面，完成3梯次溫室氣體盤查種子人員培訓課程，北、中、南三區共計43人次參訓，課程中特別強調實務操作與經驗分享，另完成1梯次ESG永續管理專業人員培訓課程，共24人次參與。在產業輔導方面，已完成33家業者的訪視診斷與低碳化\/智慧化輔導潛力調查，透過現場訪視與深度訪談，協助業者發掘減碳機會。同時協助26家業者建立含範疇三之組織型溫室氣體盤點清冊，並提供客製化的減碳建議。在技術推廣方面，完成12項國內永續碳管理及AIC技術相關資源盤點，成功輔導10家次企業導入AIC技術。在推廣交流方面，完成2場專家諮詢會、1場產業減碳推動研商會、2場說明會及1場AIC導入輔導觀摩會，有效促進產官學研各界交流。\n        本計畫執行結果顯示，透過系統性的培訓與輔導，已成功提升產業界的碳管理能力。特別是在人才培育方面，學員回饋顯示課程實用性高，有效協助企業建立自主碳管理能力。而在技術導入方面，AIC技術的應用不僅提升了營運效率，也達到了實質的減碳效果。未來建議持續深化產業輔導，協助更多業者進行碳盤查並導入創新技術，以加速產業綠色轉型。",
        "eng_title": "Sustainable Carbon Management Guidance Plan for the Resource Recycling Industry",
        "eng_subject": "As global climate change concerns continue to gain prominence, our project has successfully achieved all predetermined objectives during its implementation period. In terms of establishing a sustainable carbon management environment for the resource recycling industry, we have successfully developed carbon management tools and completed carbon emissions inspection and guidance course planning. The curriculum adopts a balanced approach between theory and practice, utilizing case analyses and practical exercises to help participants master carbon management skills. The project conducted 10 sessions of Da Xiao Zhe Tan tool platform registration training, with a total of 320 industry personnel participating. In professional human resource development, we completed 3 sessions of greenhouse gas inventory seedpersonnel training courses across northern, central, and southern regions, totaling 43 participants. These courses emphasized practical operations and experience sharing. Additionally, we completed 1 session of ESG sustainability management professional training with 24 participants.\nIn terms of industry guidance, we have completed diagnostic visits and low-carbon\/smart transformation potential surveys for 33 businesses through on-site visits and in-depth interviews, helping operators identify carbon reduction opportunities. We also assisted 26 companies in establishing organizational greenhouse gas inventory lists including Scope 3 emissions, providing customized carbon reduction recommendations. Regarding technology promotion, we completed the inventory of 12 domestic sustainable carbon management and AIC (Automation, Intelligence, and Carbon reduction) technology-related resources, successfully guiding 10 enterprises in implementing AIC technology. For promotion and exchange, we completed 2 expert consultation meetings, 1 industry carbon reduction promotion deliberation meeting, 2 explanatory sessions, and 1 AIC implementation guidance observation meeting, effectively facilitating exchange among industry, government, academia, and research sectors.\nThe project results demonstrate that through systematic training and guidance, we have successfully enhanced the carbon management capabilities of the industry. Particularly in talent development, participant feedback indicates high course practicality, effectively helping enterprises establish independent carbon management capabilities. In terms of technology implementation, the application of AIC technology has not only improved operational efficiency but also achieved substantial carbon reduction effects. Future recommendations include continuing to deepen industry guidance, assisting more operators in conducting carbon inventories and implementing innovative technologies to accelerate industry green transformation.",
        "proj_year": "113",
        "org_name": "循環署循環處理組",
        "exe_unit": "國立中興大學",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130084531",
        "publish_date": "20250120"
    },
    {
        "chi_title": "屏東縣-113年度屏東縣全國水環境清淨河面計畫",
        "chi_subject": "本計畫採開口合約方式勞務雇工(機械配合人工)辦理公開招標發包，施工方式於區域排水下游出口處固定設置攔截網打撈及定期巡檢、機動性清除河面之漂流物、垃圾、死魚、雜草及布袋蓮等廢棄物，使河面清淨，清除排入河川的區域排水、雨水排水及側溝等，使排水及側溝無垃圾排入河川，即時清除已傾倒於河面的廢棄物，防止污染擴大，豪雨過後河面以最快速度恢復乾淨。並於每月結算數量，依實際出勤及清除處理數量結算計價，每月定期提報各河段排水清除處理數量至環境部。",
        "eng_title": "113th Pingtung County National Water Environment Clean River Plan",
        "eng_subject": "This project adopts an open contract method of hiring labor (machines combined with labor) through public bidding and contracting. The construction method is to set up fixed interception nets at the downstream outlet of the regional drainage for salvage and regular inspections, and to maneuver the river to remove drifting objects, garbage, dead fish, Weeds, weeds and other wastes should be removed to make the river surface clean. Regional drainage, rainwater drainage and side ditches that are discharged into the river should be cleared so that no garbage is discharged into the river in the drainage and side ditches. Waste that has been dumped on the river should be removed immediately to prevent The pollution expanded, and the river surface recovered as quickly as possible after the heavy rain. The monthly settlement quantity is based on the actual attendance and removal treatment quantity, and the drainage removal treatment quantity of each river section is regularly reported to the Environmental Protection Department every month.",
        "proj_year": "113",
        "org_name": "屏東縣政府環境保護局",
        "exe_unit": "仲勝營造有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130081457",
        "publish_date": "20250108"
    },
    {
        "chi_title": "113年度臺中市車輛污染改善整合計畫",
        "chi_subject": "本計畫執行期程自113年4月10日至113年12月15日止，截至113年12月15日已完成交通（環境）噪音陳情案件背景音量監測-軌道7點次、交通（環境）噪音陳情案件背景音量監測-快速道路、高速公路、一般道路等8點次、執行公私場所周界噪音查核或量測4點次，機動車輛噪音通知到檢量測完成112輛次，其中合格110輛次，不合格2輛次，不合格率1.8%、機動車輛排氣通知到檢截至113年12月15日累計執行103輛次，包括檢測合格82輛次，不合格21輛次，總不合格率為20.3%，機動車輛原地噪音路邊攔檢完成40場次，共攔車298輛次，包括檢測合格179輛次，不合格119輛次，機動車輛原地排氣路邊攔檢完成40場次，共攔車檢測399輛次，包括檢測合格270輛次，不合格129輛次、清泉崗及新社機場噪音管制中心及監測站查核完成2場次、執行噪音檢舉網查證作業3,028件、執行噪音檢舉網通知到檢作業完成788件、於9月4日辦理1場次臺中市噪音管制圖修正說明研商會議，累計完成1場次、執行公私場所周界噪音量測4點次、陳情管制案件查核完成173件、非游離輻射電磁波監測(校園、基地台或電臺、變電設施)完成50點次，各項執行進度均依工作規範期程進行。",
        "eng_title": "2024 Taichung City Vehicle Pollution Improvement and Integration Plan",
        "eng_subject": "The implementation period of this project is from April 10, 2024 to December 15, 2024. As of October 31, 2024, the background volume monitoring of traffic (environmental) noise complaints cases has been completed - track 7 points, traffic ( Environment) Noise complaint case background volume monitoring - 9 times on expressways, highways, general roads, etc., 4 times of noise inspection or measurement at the perimeter of public and private places, motor vehicle noise notification and measurement completed 112 times, Among them, 110 vehicles were qualified, 2 were unqualified, and the unqualified rate was 1.8%. As of December 15, 2024, a total of 103 vehicles had been inspected, including 82 vehicles that had passed the test and 21 vehicles that had failed. The pass rate was 20.3%.40 in-situ roadside inspections of motor vehicle noise were completed, with a total of 298 vehicles stopped, including 179 vehicles that passed the inspection and 119 vehicles that failed. In-situ roadside inspection of motor vehicle exhaust was completed. In 40 sessions, a total of 399 vehicles were stopped for inspection, including 270 vehicles that passed the test and 129 vehicles that failed. The Qingquangang and Xinshe Airport Noise Control Center and Monitoring Station inspections were completed for 2 sessions, and 3,028 noise reporting network verification operations were performed. 788 inspections were completed according to notifications from the Noise Reporting Network, 1 Taichung City Noise Control Map Amendment Explanation Meeting was held on September 4, and a total of 1 meeting was completed, 4 noise measurements at the perimeter of public and private places were carried out, and complaints were filed 173 control cases have been checked, and 50 points of non-ionizing radiation electromagnetic wave monitoring (campus, base stations or radio stations, and substation facilities) have been completed. All implementation progress is carried out in accordance with the work specifications.",
        "proj_year": "113",
        "org_name": "臺中市政府環境保護局",
        "exe_unit": "瑩諮科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130081410",
        "publish_date": "20250106"
    },
    {
        "chi_title": "113年度淨零人才培育推廣計畫",
        "chi_subject": "為推動2050淨零排放目標，國家環境研究院推行淨零相關人才培育計畫，針對企業、大專院校及國小校園三個層級進行全面性淨零知識與技能的傳授，逐步奠定我國全社會對淨零轉型人才的堅實基礎。\n本計畫辦理淨零人才培訓青年綠領專班，積極向企業與青年推廣招生，開設淨零排放基礎、碳足跡查證、自願減量專案、ESG報告書撰寫以及溫室氣體盤查五類增能班，邀請環境部第一線人員與業界資深專家擔任課程講師，全臺開辦26期課程，培訓超過1,312人，其中18至35歲在學青年約佔4成，以協助未來淨零轉型之人才需求。\n同時，針對大專學生辦理淨零到校推廣課程，內容包括淨零排放基礎概念、碳查及碳減職人指路、未來就業展望等，邀請校內學者與企業專家合作開辦35期課程，培訓超過1,498人次，藉此培養潛在綠領青年人才。\n本計畫為因應未來綠色淨零人才需求，蒐集研析析國內開課課程之內容與差異，蒐集共收錄48個單位，總共開設220門課程，並依據課程成果與彙整國內淨零相關發展趨勢，辦理8場次「淨零人才專家諮詢會議」，邀請產、官、學各界專家學者，探討我國淨零轉型未來推動之方向。\n另外，推動國小校園淨零轉型課程，設計淨零排放主題教案與碳排放計算器，並舉辦半日試教觀課暨專家諮詢會活動，邀請3位專家學者現場指導，共計30位師生參與，以提升學生對淨零生活的意識。",
        "eng_title": "2024 Net-Zero Talent Development Promotion Plan",
        "eng_subject": "To advance the goal of net-zero emissions by 2050, the National Institute of Environmental Research has implemented a talent cultivation program targeting net-zero competencies, focusing on comprehensive knowledge and skills across three levels: businesses, universities, and elementary schools. This initiative aims to lay a solid foundation for net-zero transformation talent in Taiwan.\n\nThe program offers specialized Green Youth Training Courses, actively promoting enrollment among businesses and schools. Five training areas are available, including Net-Zero Emissions Basics, Carbon Footprint Verification, Voluntary Emissions Reduction, ESG Reporting, and Greenhouse Gas Inventory Management. These courses, led by front-line Environmental Protection Agency personnel and experienced industry experts, are conducted across Taiwan in 26 sessions, training over 1,312 participants, 40% of whom are youths aged 18 to 35, to support the net-zero transition needs of enterprises.\n\nAdditionally, outreach programs are provided to university students, covering essential net-zero topics such as foundational concepts, career pathways in carbon reduction, and future employment prospects. Through collaboration with academic and industry experts, 35 sessions have been held, training over 1,498 participants to cultivate emerging green talent.\n\nThis project aims to address the future demand for green net-zero talent by collecting and analyzing the content and differences of domestic courses. A total of 48 organizations were surveyed, with 220 courses recorded. Based on the course outcomes and the consolidation of domestic net-zero development trends, eight Net-Zero Talent Expert Consultation Meetings were held. Experts and scholars from industry, government, and academia were invited to discuss the future direction for promoting net-zero transition in Taiwan.\n\nFinally, at the elementary school level, net-zero curriculum transformation is promoted through specialized lessons on emissions reduction and a carbon footprint calculator. A half-day pilot class and expert consultation session was held, with three experts on-site guiding 30 teachers and students, aiming to enhance students’ awareness of sustainable, net-zero living.",
        "proj_year": "113",
        "org_name": "國環院環教認證中心",
        "exe_unit": "財團法人環境資源研究發展基金會",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130076447",
        "publish_date": "20250106"
    },
    {
        "chi_title": "113年度花蓮縣推動低碳永續家園執行計畫",
        "chi_subject": "制定花蓮縣氣候變遷調適及溫室氣體減量策略，降低與管理溫室氣體排放，協調、整合各單位機關減碳相關事務、推動低碳、氣候變遷及空氣污染防制宣導相關工作。\n呼應國際趨勢並達到永續環境之願景，花蓮縣以花園城市為施政主軸，並透過各項策略複製推廣，逐步延伸至轄內，達到全面落實的目標，本計畫為推動低碳永續重要計畫，持續協助花蓮縣推動邁向淨零碳排城市目標，為地球氣候變遷減緩及永續發展盡一份心力，讓花蓮縣成為淨零碳排之智慧城市、永續花蓮。\n主要工作項目包含氣候變遷因應推動會議及研訂氣候變遷調適執行方案、辦理氣候變遷減緩及調適推廣教育活動、事業進行溫室氣體盤查登錄之查核作業、推動本縣低碳永續家園認證評等推廣、氣候變遷調適活動、低碳生活推廣、推廣民眾參與節能減碳等工作，協助落實環境永續，建立花蓮低碳家園。",
        "eng_title": "Hualien County promotes low-carbon sustainable home implementation plan in 2024",
        "eng_subject": "Formulate climate change adaptation and greenhouse gas carbon reduction policies in Hualien County, reduce and manage greenhouse gas emissions, coordinate and integrate carbon reduction-related affairs of various units and agencies, and promote low-carbon, climate change and air pollution prevention and control related work.\nIn response to international trends and to achieve the vision of a sustainable environment, Hualien County takes the Garden City as the main policy axis and replicates and promotes various strategies, gradually extending to the jurisdiction to achieve the goal of full implementation. This plan is to promote low-carbon sustainability The important plan is to continue to assist Hualien County in promoting the goal of becoming a net-zero carbon emission city, and to contribute to the mitigation of global climate change and sustainable development, so that Hualien County can become a net-zero carbon emission smart city and a sustainable Hualien.\nThe main work items include climate change response promotion meetings and the development of climate change adaptation implementation plans, conducting climate change mitigation and adaptation promotion and education activities, undertaking greenhouse gas inventory and registration verification operations, and promoting the county's low-carbon sustainable home certification and rating. , climate change adaptation activities, promotion of low-carbon life, promotion of public participation in energy conservation and carbon reduction, etc., to help implement environmental sustainability and build a low-carbon home in Hualien.",
        "proj_year": "113",
        "org_name": "花蓮縣環境保護局",
        "exe_unit": "長慧環境科技有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130069388",
        "publish_date": "20250131"
    },
    {
        "chi_title": "屏東縣-113年推動廢棄物源頭減量及強化分類回收補助計畫",
        "chi_subject": "本計畫執行期程自113年2月28日至113年12月28日止，截至11月30日為止，依照工作項目規定辦理各項工作，計畫工作內容執行進度均符合規定。\n稽查輔導作業方面完成執行73件責任業者稽查作業，包含27未登記責任業者稽查、5件未標示回收標誌稽查及41件未按期申報繳費責任業者稽查，今年度屏東縣主動稽查案件計11件；針對應設置資源回收設施之販賣業者執行查核164家次，其中20家次不符合規定均現場完成輔導改善；另輔導35家電子電器販賣業者使用線上取號套表列印聯單，並統計今年度本縣業者使用線上取單列印之業者計有329家，達到考核完成輔導目標。回收處理業方面，共完成查核69家(156家次)已登記回收處理業稽查，及111家(139家次)列冊回收業清查，並完成辦理2場次資源循環場域消防安全講習及消防演練，活動擴大邀集本縣資源循環場域業者參與。針對應設置紙餐具回收設施之販賣業者，執行查核126家查核作業，查核結果新增列管及持續列管對象共97家，非屬列管對象共29家；另執行212家紙餐具使用業者查核作業，212家餐飲業者使用之紙餐具均落實標示本體來源標誌。\n在垃圾分類破袋檢查方面，3-7月為破袋宣導期，破袋合格率47%，自8月起強化破袋檢查作業，藉由提高破袋檢查頻率、輔導民眾自主分類、訂定一定要資源回收項目與廚餘項目、多元宣導管道等作法，促使民眾落實垃圾分類，破袋合格率為74.8%，合格率顯著提升27.8%。一般廢棄物物理組成分析，結果亦顯示第四季一般垃圾佔樣品重量83%、資源回收物佔5%、廚餘佔12%，較1-3計分析結果顯著提升一般垃圾佔比及降低廚餘及資源回收物比例。\n另透過「好好衣福」、「廢棄棧板」等翻新設計不用品再使用之推動作為，串聯企業、社區及學校機關團體，利用翻新設計創新改造物品，以在地永續生活思維，進行宣導及推廣，並結合來來去趣二手物交換站及屏東大學誠實商店利用二手物交易或交換，促進不用品流通機制，延續物品生命價值。為鼓勵本縣機關、學校進行資源循環採購，辦理2場次推廣循環採購以租代買宣導說明會及業者媒合會，並成功輔導2家業者提供行動電話、輪椅及製氧機等醫療輔具用品等以租代買服務。此外，為延續舊物價值，共辦理6場次來來去去二手物市集活動，完成交換\/交易二手物件數計2,283件。",
        "eng_title": "A subsidy plan to promote waste source reduction and strengthen sorting and recycling of Pingtung County in 2024",
        "eng_subject": "The execution period of this plan is from February 28 to December 28, 2024. As of November 30, all work is handled in accordance with the provisions of the contract, and the execution progress of the planned work content is in compliance with the regulations.\nIn terms of inspection and guidance operation, 73 inspections of responsible operators were completed, including 27 inspections of unregistered responsible operators, 5 inspections of unmarked recycling signs, and 41 inspections of responsible operators who failed to declare and pay on time, of which 11 cases were proactive inspections by Pingtung County. Conducted 164 inspections on vendors that should set up resource recycling facilities, of which 20 were found to have failed to meet the regulations and were provided with on-site coaching and completed improvement. In addition, the task team also provided guidance to 35 electronic and electrical appliance vendors to use online number-taking system and printing of serial receipts, and 329 vendors in the county used online number-taking system and printing. The number of vendors coached meets the assessment goals of the MOENV. In terms of the recycling and processing industry, a total of 69 (156 times) registered recycling and treatment industry inspections were completed, and 111 (139 times) listed recycling industry inspections were completed, and 2 resource recycling site fire safety training and fire protection training were completed. The drills and activities were expanded to invite industry operators in the county’s resource recycling field to participate. For vendors who should set up paper tableware recycling facilities, 126 inspections were carried out. As a result of the inspection, a total of 97 vendors were newly listed and continued to be listed, and a total of 29 were not listed. In addition, 212 paper tableware users were inspected. According to the inspection, the paper tableware used by 212 catering operators has implemented the original source mark. \nIn terms of bag-breaking inspection for garbage sorting, March to July is the bag-breaking inspection promotion period, and the bag-breaking pass rate is 47%. Since August, bag-breaking inspection operations have been strengthened. By increasing the frequency of bag-breaking inspection, guiding the public to sort independently, order resource recycling items and food waste item, as well as diversified publicity channels and other measures have been set to encourage people to implement garbage sorting. The pass rate of bag-breaking inspections was 74.8%, and the pass rate increased significantly by 27.8%. Analysis of the physical composition of general waste also showed that in the fourth quarter, general waste accounted for 83% of the sample weight, recyclables accounted for 5%, and food waste accounted for 12%. Compared with the analysis results of the first to third quarter, the proportion of general garbage increased significantly and the kitchen waste as well as recyclables decreased.\nIn addition, through the promotion of reuse of refurbished products such as Good Luck Used Clothes and Abandoned Pallets, the task team connect enterprises, communities, schools, agencies, and groups to use renovation design to innovate and renovate items, and carry out promotion and publicity with local sustainable living thinking. And combine the “Come and Go for Fun Second-hand Exchange Station” and “Pingtung University Honesty Store” to utilize the second-hand transactions or exchanges to promote the circulation mechanism of unnecessary items and extend the life value of items. In order to encourage the county government agencies and schools to carry out resource recycling procurement, the task team held 2 publicity briefings and industry matching meetings to promote circular purchasing and rent instead of buying, and successfully coached 2 operators to provide medical aids such as mobile phones, wheelchairs and oxygen concentrators, to rent instead of purchasing services. Besides, in order to extend the value of old items, a total of 6 “Come and Go Second-hand Market for Fun” activities were held, and a total of 2,283 second-hand items were exchanged or traded.",
        "proj_year": "113",
        "org_name": "屏東縣政府環境保護局",
        "exe_unit": "康廷工程顧問企業有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130065616",
        "publish_date": "20250108"
    },
    {
        "chi_title": "113年基隆市石綿建材廢棄物清除處理計畫",
        "chi_subject": "基隆市環境保護局(以下簡環保局)為防範石綿建材廢棄物未經妥善清除及處理，並落實資源循環署「減量回收及資源循環推動計畫」及「石綿建材廢棄物清除處理補助作業原則」等政策，經公開評選後委託傑美工程顧問股份有限公司執行「113年度基隆市石綿建材廢棄物清除處理工作計畫」(以下簡稱本計畫)，本計畫經費為新臺幣1,480,000元整，計畫期程自113年4月29日至113年11月30日，截至113年11月28日各項工作執行說明如後。\n一、\t戶外石綿建材通知及巡查宣導作業\n本團隊已於4月至10月完成轄區內環境部「戶外含石綿建材空間分布管理系統」之42處戶外石綿建材上、下半年現場巡查，包含現場建材現況調查作業，於巡查時一併進行石綿建材風險性及補助資訊宣導之作業，以信箱投遞及電話連絡等方式向戶外石綿建材所有人提供何為石綿、石綿用途、石綿對人體危害、相關法規及罰則等宣導文宣資料，並說明環境部資源循環署最新補助政策及申請補助流程，巡查結果轄區內列管之戶外石綿建材仍為石綿，其中系統編號C0200001已於113年10月14日完成拆除，並已將拆除之石綿建材送至暫置區存放，其餘41處皆無拆除或減少之情形，本團隊也已將巡查結果定期登入至環境部「戶外含石綿建材空間分布管理系統」，以利後續管理作業。\n二、\t石綿建物對象宣導說明會\n本團隊分別於6月29日、9月28日針對本市信義區、中正區、暖暖區之石綿建材對象、里長等民眾辦理1場次宣導說明會，於基隆市信義區東安里里民活動中心辦理；9月28日針對本市所列管之石綿建材對象、非列管之石綿建材對象以及里長、里民等民眾，於基隆市中正區安平里里民活動中心辦理宣導說明會，統計結果9成參與人員對本次宣導內容及幫助性給予極高評價，在石綿廢棄物相關問答題上也全數答對，體現本次舉辦宣導說明會具極大效益。\n三、\t石綿建材廢棄物清除人員教育訓練\n本計畫已於6月28日、9月27日針對轄內清潔隊隊員辦理共2場次「石綿建材廢棄物清除人員教育訓練」，於基隆市環保局清潔大樓3樓會議室辦理，有近9成人員給予本次教育訓練極高的評價，無論是本次教育訓練價值及提供日後協助石綿建材廢棄物載運作業的幫助，皆得到良好的回饋。\n四、\t石綿建材廢棄物清除處理補助申請意願調查\n為協助轄區內民眾進行補助申請事宜，以利後續資料審查作業，本團隊延續112年環保局調查結果及113年巡查宣導調查結果針對有意願申請石綿建材廢棄物清除處理補助之民眾，經輔導確認後，具拆除意願者共13處，112年民眾改變拆除之意願原因包含：1.拆除及重建費用昂貴無法負擔；2.建物所有人為多人持有需取得多數人同意；3.部分建物為違建怕拆除後無法重建。本團隊已針對上述有意願之民眾進行石綿建材廢棄物清除處理補助申請輔導。\n五、\t石綿建材廢棄物清除處理補助申請輔導審查成果\n113年調查具拆除意願者共13處，本團隊為了減少民眾申請文件因資料不全而遭退回補正之情形、減少公文往來之行政程序，故針對有意願之民眾，協助輔導填寫補助申請表，並設計提交申請表之公文及範本供民眾參閱，民眾提送石綿清除處理補助申請共11件，113年調查具拆除意願之民眾尚未繳交原因為仍在洽詢拆除業者及修改文件中。本團隊針對上述11件申情案件進行資料審查，包含確認是否為「戶外含石綿建材空間分布管理系統」列管名單、建物或土地登記謄本等證據，提送申請文件經現場輔導填寫及範本提供後，無資料不全及填寫有誤等情形。\n六、\t石綿建材廢棄物清除處理補助清運成果\n113年度民眾提送石綿清除處理補助申請共11件，皆已核備，系統編號C0200001、C0300002、C0200001及C0600008已於10月14日、10月20日、11月14日及11月28日完成清運，上述4處之石綿廢棄物經過磅區過磅後總重量為1.43公噸，皆已送至暫置區存放，本團隊也於「戶外含石綿建材空間分布管理系統」系統註記。\n七、\t石綿建材廢棄物暫存區巡查說明\n本團隊於暫存區設置確定後每個月固定巡視1次，截至113年11月28日止，已至暫存區巡視共計9次，巡視結果暫存區結構狀況及石綿廢棄物包裝材料狀況皆無異常之情形，確保石綿建材暫存區安全無疑，不會造成從業人員或周圍民眾暴露於石綿風險之中。本計畫預計於年底前完成清除處理。\n八、\t石綿建材調查及風險性宣導作業\n本團隊截至113年11月28日止，擴大石綿建材調查發現疑似石綿建材之案件共19處，經現場確認後，有18處為石綿建材，1處非為石綿建材。本團隊除現場確認外，也針對上述為石綿建材之家數進行石綿宣導相關資訊，包含石綿建材介紹、對人體危害、法規詮釋、補助申請流程、拆除應注意之事項等內容，使民眾得知相關資訊，了解石綿建材廢棄物清除處理補助流程，本計畫113年度總清運量為1.95公噸。",
        "eng_title": "Asbestos Building Materials Waste Removal and Treatment Plan In  Keelung City (2024)",
        "eng_subject": "Our team has completed on-site inspections of 42 outdoor asbestos-containing building materials in the first and second half of the year from April to October in the Outdoor Asbestos-Containing Building Materials Spatial Distribution Management System of the Ministry of Environment within the jurisdiction, including the investigation of the current condition of on-site building materials. During the inspection At the same time, we will carry out the work of publicizing the risks and subsidy information of asbestos building materials, and provide the owners of outdoor asbestos building materials with what is asbestos, the uses of asbestos, the harm of asbestos to the human body, and relevant laws and regulations through mailbox delivery and telephone contact. and penalties and other publicity materials, and explained the latest subsidy policy and subsidy application process of the Ministry of Environment’s Resource Recycling Administration. The inspection results showed that the outdoor asbestos building materials under management in the jurisdiction were still asbestos, and the system number C0200001 was in October 2024. The demolition was completed on the 14th, and the demolished asbestos building materials have been sent to the temporary storage area for storage. The remaining 41 locations have not been demolished or reduced. Our team has also regularly logged the inspection results into the Ministry of Environment’s Outdoor Asbestos-Containing Building Materials Spaces Distributed management system to facilitate subsequent management operations.Our team held 1 publicity and briefing session on June 29 and September 28 respectively for the asbestos building materials owners, district chiefs and other people in Xinyi District, Zhongzheng District, and Nuannuan District of this city. They were held in Dong'anli, Xinyi District, Keelung City. The Li Min Activity Center will handle the matter; on September 28, for the asbestos building materials objects listed in this city, the non-managed asbestos building materials objects, as well as the residents, residents and other residents, the Li Min Activity Center in Anping, Zhongzheng District, Keelung City A publicity and briefing session was held, and statistics showed that 90% of the participants spoke highly of the content and helpfulness of this publicity, and all the questions related to asbestos waste were answered correctly, which reflects the great significance of this publicity and briefing session. benefit.This project has conducted a total of 2 Asbestos Building Materials Waste Removal Personnel Education and Training sessions on June 28 and September 27 for members of the cleaning team within the jurisdiction. It was held in the conference room on the 3rd floor of the Cleaning Building of the Keelung City Environmental Protection Bureau. Nearly 90% of the staff gave this education and training a very high evaluation. They received good feedback in terms of the value of this education and training and the help it will provide in assisting asbestos building materials waste transportation operations in the future.4. Survey on willingness to apply for subsidy for removal and disposal of asbestos building materials waste:In order to assist people in the area to apply for subsidies and facilitate subsequent data review operations, our team continued the 112-year Environmental Protection Bureau survey results and the 113-year inspection and publicity survey results to target people who are willing to apply for asbestos building materials waste removal and treatment subsidies. After the counseling and confirmation, a total of 13 people were willing to demolish. The reasons why people changed their willingness to demolish in 112 years include: In order to reduce the situation where people's application documents are returned for correction due to incomplete information and reduce the administrative procedures of official document exchange, our team assisted and guided people who were willing to fill out the subsidy application form, and The official document and template of the design submission application form are for public reference. A total of 11 applications for subsidy for asbestos removal treatment were submitted by the public. According to the 113-year survey, people who are willing to dismantle have not yet submitted the application because they are still in the process of contacting the dismantling operators and revising the documents. Our team reviewed the information for the above 11 application cases, including confirmation of whether they were on the Outdoor Asbestos-Containing Building Materials Spatial Distribution Management System management list, building or land registration transcripts and other evidence. Theapplication documents were submitted and completed with on-site guidance. After the template is provided, there is no incomplete information or incorrect filling in.",
        "proj_year": "113",
        "org_name": "基隆市環境保護局",
        "exe_unit": "傑美工程顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130051548",
        "publish_date": "20250121"
    },
    {
        "chi_title": "113年毒性及關注化學物質評估列管及邊境管理工作計畫",
        "chi_subject": "本計畫今年藉由蒐集美國、歐盟、日本等國家及斯德哥爾摩公約等4項國際環境公約對於化學物質管制之最新資訊，及掌握我國產業實際運作化學物質情形等工作，除協助完成新增公告列管全氟己烷磺酸及其鹽類與相關化合物(PFHxS)，亦針對壬基酚（壬酚）、壬基酚聚乙氧基醇、全氟辛烷磺酸及全氟辛酸等物質，研擬「列管毒性化學物質及其運作管理事項」修正草案並進行預告，建議調整壬基酚（壬酚）及壬基酚聚乙氧基醇之毒性分類、增列化學文摘社登記號碼、下修管制濃度，並調整禁止運作事項及得使用用途等相關規定；配合聯合國持久性有機污染物斯德哥爾摩公約管理趨勢，新增列管357種PFAS管制清單，增訂全氟及多氟烷基物質非蓄意添加之微量污染物閾值規定，以落實實務面管理。\n在評估增列關注化學物質方面，業已完成包括環丁烴、伽瑪-丁內酯(GBL) 及甲苯胺紅等多種物質之管制評估作業，並已盤點240種歐盟高關注物質於國內使用於消費性產品情形，提出可加強標示管理之建議。\n在邊境管理方面，本計畫皆依標準審查作業流程協助執行輸入規定801第5項、輸入規定837第6項及含汞產品輸入初審作業，今年已協助執行輸入規定801第5項及837第6項共受理665件申請案，其中經審查通過所核發之證明文件計593件，主要申請化學貨品以貨品分類號列以分類號列3808.92.20.90-4（其他殺菌劑成品）及3808.91.90.00-9（其他殺蟲劑成品）最多共491件，佔整體86.14%；另公告限制含汞／石綿產品輸入申請案件品部分，今年則協助執行1件含汞產品及2件石綿產品申請案件之初審作業。\n同時因應毒性及關注化學物質管理規定部分調修，及環保許可整合政策推動，業已依管理需求或法規時序完成多項毒性及關注化學物質登記申報系統功能增修，包括完成新增關注化學物質運作紀錄離線申報功能並邀請業者實際試用、關注化學物質速報下載功能，及調整績效考評填報計算等工作；另為使管理端功能更符實務需求，亦已依化學署及環保局人員建議及使用率優化專業技術管理人員設置、個人化報表等10餘項管理功能。\n此外，為使運作業者能快速解決系統操作上的問題與相關制度的問題，本計畫提供6線諮詢電話，平均每月輔導約594人次，更藉由辦理3場針對管理端系統功能精進研商會議、6場業者說明會、1場業務檢討會，協助毒化物運作業者及管理單位對於毒化物系統及相關管制規定更加熟稔。此外，為進一步推動我國化學品管理接軌國際規定，今年度更辦理1場「臺灣瑞典化學物質預防控管訓練 - 無毒家園建構及 PFAS 管理課程計畫」，藉由與瑞典化學署專家直接溝通，汲取PFAS管理及無毒家園推動經驗，使我國化學品管理機制更加完善。",
        "eng_title": "The Project of Assessment Management and Border Management for Toxic and Concerned Chemical Substances in 2024",
        "eng_subject": "The project gathered updated chemical regulation data from the U.S., EU, Japan, and four international conventions, including the Stockholm Convention, to support the listing of perfluorohexane sulfonic acid (PFHxS), its salts, and related compounds as regulated substances. It also initiated a public comment period for a draft amendment to the Categories and Management of Handling for Toxic Chemical Substances, proposing stricter control concentration standards, inclusion of CAS registry numbers, reclassification of nonylphenol (NP) and nonylphenol ethoxylates (NPEOs), and updating the limitations on handling circumstances and acceptable use.\nIn line with the regulatory trends under the United Nations Stockholm Convention on Persistent Organic Pollutants, the project has also proposed the inclusion of 357 PFAS chemicals in the control substances list, and establish threshold limits for trace contaminants of per- and polyfluoroalkyl substances (PFAS) that are unintentionally added, to ensure effective management in practice.\nIn evaluating adding Concerned Chemical Substances, the control assessment process has been completed for several substances, including cyclobutane, gamma-butyrolactone (GBL), and toluidine red. Additionally, an inventory of 240 EU substances of very high concern (SVHCs) used in domestic consumer products has been conducted, with recommendations to enhance labeling management.\nThe project has enforced import requirements under Articles 801, Paragraph 5, and 837, Paragraph 6, processing 665 applications and issuing 593 certificates after evaluations. Applications for chemical commodities under Commodity Codes 3808.91.90.00-9 (insecticides) and 3808.92.20.90-4 (fungicides) accounted for 491 submissions, or 86.14% of total applications. Additionally, with new restrictions on mercury- and asbestos-containing products, the project conducted preliminary reviews for one mercury-related and two asbestos-related applications this year.\nIn line with adjustments to the Toxic and Concerned Chemical Substances Control Act and environmental permit integration policies, the Toxic and Concerned Chemical Substances Registration and Declaration System has undergone functional upgrades. These include an offline reporting function for operational records, an expedited reporting feature for concerned chemical substances, and improvements to performance evaluation reporting and calculations. Additionally, over ten management features have been optimized based on recommendations from Chemicals Administration and Ministry of Environment, including the establishment of professional technical management personnel and the customization of personalized reports.\nThe project provides six customer service hotlines, assisting an average of 594 people monthly with system operation issues and regulatory inquiries. To enhance understanding of Toxic and Concerned Chemical Substances Registration and Declaration requirements, it organized three meetings on system improvements, six informational sessions for handlers, and one annual performance review conference. Additionally, to align Taiwan’s chemical management with international standards, the project hosted the 2024 Sweden-Taiwan Training Programme on Preventive Chemicals Control—A Non-Toxic Environment Framework and PFAS Management. Collaboration with experts from the Swedish Chemicals Agency offered valuable insights into PFAS management and a non-toxic environment action plan, further advancing Taiwan’s chemical management mechanisms.",
        "proj_year": "113",
        "org_name": "化學署評估管理組",
        "exe_unit": "環化有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130047774",
        "publish_date": "20250131"
    },
    {
        "chi_title": "金門縣-113年金門縣水污染源稽查管制與水污費徵收查核計畫",
        "chi_subject": "技佳工程科技股份有限公司協助金門縣環境保護局(以下簡稱環保局)執行「113年金門縣水污染源稽查管制與水污費徵收查核計畫」(以下簡稱本計畫)，執行期程自113年01月02日至113年12月31日止(截至期末報告截稿113年12月15日止)，計畫經費為新台幣268.9萬元。金門縣湖庫流域相關環境背景資料及水質監測工作，以期藉由科學性分析環境地理與水理水質數據之相對關係，進而執行轄區湖庫流域污染防治及科學稽查作業，並針對金門縣湖庫流域(水質改善規劃，提出相關策略及建議。各項工作內容及執行成果概要說明如下：\n一、水污染源調查及採樣檢測作業、強化污染源管制與追蹤\n(一)協助事業水污染源許可申請審查作業\n協助完成審查102件次，每件平均8天內提交審查意見。審查種類包含放地面水體許可證4件次、簡易排放許可文件39件次、逕流廢水削減計畫42件次、貯留許可13件次及CWMS4件次，前述案件屬新申請58件次、變更25件次、展延8件次、展延暨變更10件次及重新申請1件次。\n(二)水污染列管事業功能評鑑作業及歷年功能評鑑複查\n依據稽查處分紀錄及申報資料異常等條件，篩選金門酒廠實業股份有限公司金城廠進行功能評鑑，於5月23日完成初評，8月5日邀集國立成功大學 陳威翔 教授辦理複評。另完成110~112年3家功能評鑑對象複查，其中金城都市計畫區污水下水道系統則因為經費問題，部分改善項目納入延壽案工程，皇家酒廠納入廢水處理設施優化評估，建議將2單位納入114年追蹤複查。\n(三)協助定期檢測申報審查作業\n轄內業者定期檢測申報共120件，申報完成率達100 %。已全數協助完成審查。\n(四)事業及畜牧業稽查採樣\n每月應巡查24家次，完成稽查292家次；放流水採樣已完成32件次，達成率為100%，檢驗結果金城都市計畫區污水下水道系統及金門國家公園管理處（珠山污水處理設施）未符合放流水標準，但在「水污染防治法第七條放流水標準執法應注意原則」應注意範圍內，於複測後符合放流水標準。\n(五)環境水體水質監測\n每季14處溪流湖庫水體水質監測，針對本轄水體水質改善策略部分，推動畜牧廢水納管及推動畜牧糞尿資源化，其次提升公共污水下水道系統用戶接管及設置晴天污水截流設施。已流入水庫之污染物透過水庫底泥浚渫方式排除，區域排水設施於汛期前增加水生植物及淤泥移除頻率，向農民宣導多使用有機肥，合理化施肥及補植造林減少污染物降雨沖刷入水庫。",
        "eng_title": "2024 Kinmen County Water Pollution Source Inspection and Control and Water Pollution Fee Collection Audit Plan",
        "eng_subject": "GEGA ENGINEERING TECHNOLOGY CO., LTD. assisted the Kinmen County Environmental Protection Bureau (hereinafter referred to as the Environmental Protection Bureau) in implementing the 2024 Kinmen County Water Pollution Source Inspection and Control and Water Pollution Fee Collection Audit Plan (hereinafter referred to as this project). The implementation period was from January 2, 2024, to December 31, 2024 (as of the end of November 2024 for the final report submission deadline), with a project budget of NT$2.689 million. The work included collecting environmental background information and water quality monitoring data for the lake and reservoir basins in Kinmen County. Through scientific analysis of the relative relationships between environmental geography and hydrological water quality data, pollution prevention, and scientific inspection operations for the lake and reservoir basins in the jurisdiction were executed. Additionally, strategies and recommendations were proposed for the water quality improvement planning of the lake and reservoir basins in Kinmen County. The content and results of the various tasks are summarized as follows:\n1. Investigation and Sampling of Water Pollution Sources, Strengthening Pollution Source Control and Tracking\n(1) Assistance with the Review of Water Pollution Source Permit Applications for Enterprises\nAssisted in completing 102 reviews, with review opinions submitted within an average of 8 days per case. The types of reviews included 4 cases of surface water discharge permits, 39 cases of simplified discharge permit documents, 42 cases of runoff wastewater reduction plans, 13 cases of storage permits, and 4 cases of CWMS. Among these, 58 cases were new applications, 25 cases were modifications, 8 cases were extensions, 10 cases were extensions and modifications, and 1 case was a reapplication.\n(2) Functional Evaluation of Regulated Water Pollution Enterprises and Review of Past Functional Evaluations\nBased on inspection disposition records and abnormal reporting data, the Kinmen Kaoliang Liquor Inc. Jincheng Plant was selected for functional evaluation. The initial evaluation was completed on May 23, and a re-evaluation was conducted on August 5, with the participation of Professor Wei-Hsiang Chen from National Cheng Kung University. Additionally, reviews of three functional evaluation targets from 2021 to 2023 were completed. Due to budget constraints, some improvement projects for the Jincheng Urban Planning Area Sewage System were included in the lifespan extension project. For the Royal Distillery wastewater treatment facility optimization assessments were incorporated. It is recommended that these two units be included in the follow-up review for 2025.\n(3) Assistance with the Review of Periodic Testing Reports\nA total of 120 periodic testing reports were submitted by local enterprises, achieving a 100% submission rate. All reviews have been successfully completed.\n(4) Inspections and Sampling of Enterprises and Livestock Farms\nA total of 24 inspections were scheduled per month, with 292 inspections completed. Discharge water sampling was conducted for 32 cases, achieving a 100% completion rate. The inspection results showed that the Jincheng Urban Planning Area Sewage System and the Kinmen National Park Administration (Zhushan Wastewater Treatment Facility) did not meet discharge water standards. However, they fell within the scope of attention under the Principles to Be Noted for Enforcing Discharge Water Standards under Article 7 of the Water Pollution Control Act. After re-testing, they complied with discharge water standards.\n(5) Environmental Water Body Quality Monitoring\nQuarterly water quality monitoring was conducted at 14 stream and reservoir locations. Regarding strategies for improving water quality in the jurisdiction, efforts were made to promote the inclusion of livestock wastewater into the management system and the resource utilization of livestock manure. Additionally, measures were taken to enhance the connection of users to public sewage systems and to install dry-weather sewage interception facilities. Pollutants that had already entered reservoirs were removed through dredging of reservoir sediments. For regional drainage facilities, the frequency of aquatic plant addition and sediment removal was increased before the flood season. Farmers were encouraged to use more organic fertilizers, optimize fertilization practices, and engage in reforestation to reduce pollutant runoff into reservoirs during rainfall.",
        "proj_year": "113",
        "org_name": "金門縣環境保護局",
        "exe_unit": "技佳工程科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130044710",
        "publish_date": "20250117"
    },
    {
        "chi_title": "宜蘭縣-113年度宜蘭縣推動環保許可整合計畫",
        "chi_subject": "本計畫之執行重點在於協助環保局推動轄區內水污染源稽查管制工作以及水質監測工作，確實掌握宜蘭縣轄區內水污染源之水污染防治現況，透過計畫之稽查管制工作，督促轄內列管之事業單位落實水污染防治設施之操作維護，達成轄內各流域測站水質改善之目標。期末報告統計自113年1月1日至9月30日之階段執行成果摘要如下：\n一、\t水污染防制許可審查、現勘及發證\n計畫期間本計畫執行許可審查件數395件(634件次)，現場廢水處理設施勘查77件，核發67家許可證(文件)，總核發率為51.9%。許可審查平均天數為14天(總審查天數\/審查件數)。協助執行水污染防治相關許可文件資料庫管理、建置、維護、更新作業，水污染源系統相關作業建檔共計673件。\n二、\t事業及污水下水道定期申報審查\n113年1月、4月定檢申報對象共324家，申報率為100%，計畫完成審查率為100%；113年7月定檢申報對象共254家，申報率為100%，計畫完成審查率為29.6%。\n三、\t協助稽查家數(包括工業區清查、採樣及送樣)\n計畫期間共執行水污染源稽查385家次，其中「屬於水污法定義範圍內之列管事業」(包括工業區查核、採樣及送樣)有374家次，工業區清查有152家次，協助水質採樣送驗作業有11家次，目標達成值分別為90.6%及304%。因違反水污法相關規定，告發處共46件，總罰鍰金額為新臺幣17,319,594元整。\n四、\t已完成1家次水污染源廢水處理設備功能評鑑之初評、單元設施採樣、複評、及3家廢水處理設施妥善操作輔導；108~112年功能評鑑應追蹤複查對象共3家，統計至113年9月30日止已完成追蹤複查3家，追蹤複查進度為100%。\n五、\t協助執行水質水量自動監測與攝錄影監視系統操作\n計畫期間10家應執行月有效監測記錄值百分率皆達90%以上(惟興中紙業二廠pH項目113年3月22日因電極故障未達法規規範以上)。季有效監測記錄值百分率比對5家，各季SS及COD項目5家均達80%以上，符合法令規範。相對誤差測試查核(RATA)，5家對象之SS及COD皆符合相對誤差測試查核(RATA)之相對準確度標準。CWMS事業查核10家次。\n六、\t執行環工技師執行水污染簽證業務查核2家次。\n\n七、\t完成河川定期水質監測採樣檢測共計18站32點次。執行龍潭湖、大湖、雙連埤、梅花湖、翠峰湖等五大湖泊水質採樣15點次。\n八、\t關鍵測站23家畜牧業，113年度已查核輔導23家35家次。\n九、\t協助辦理水污染防治費徵收\n1.\t113年第1期(徵收區間為112年7~12月)，應於113年1月31日申報對象共188家，申報期間內完成申報共188家，申報率及催收率為100%。\n2.\t113年第2期(徵收區間為113年1~6月)，應於113年7月31日申報對象共188家，申報期間內完成申報共185家，申報率及催收率為100%。\n3.\t計畫期間並完成水污染防治費徵收對象現場查核比對30家。\n十、\t113年1月22日辦理內部教育訓練會議，使與會人員更加瞭解及熟悉作業流程，與會人數17人。另於113年3月21日辦理許可整合說明會議，協助業者完成空、水、廢、毒化物污染流向圖繪製說說明，與會人數76人。且於113年9月中旬完成精進輔導優先試辦對象輔導修正污染流向圖23家次及擴大輔導污染流向圖22家次，持續維運環保許可整合之單一窗口。",
        "eng_title": "Yilan County - 113th Annual Yilan County Environmental Permit Integration Program",
        "eng_subject": "The focus of this program is to assist the EPA in promoting the inspection and control of water pollution sources and water quality monitoring within the EPA's jurisdiction, in order to accurately grasp the current status of water pollution prevention and control of water pollution sources within Yilan County's jurisdiction, and through the program's inspection and control work, to supervise and monitor the operation and maintenance of water pollution prevention and control facilities within the county's jurisdiction in order to improve the quality of the water in each of the watershed stations within the county's jurisdiction. The results of the final report from January 1 to September 30, 113 are summarized as follows:",
        "proj_year": "113",
        "org_name": "宜蘭縣政府環境保護局",
        "exe_unit": "康廷工程顧問企業有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130040658",
        "publish_date": "20250106"
    },
    {
        "chi_title": "113年度嘉義市氣候變遷減緩及調適工作推動計畫",
        "chi_subject": "「113年嘉義市氣候變遷減緩及調適推動計畫」共有三大工作主軸及任務，包括：(一) 辦理因應氣候變遷相關課程及會議、(二) 減緩及調適工作推動、(三) 辦理氣候變遷減緩及調適推廣及教育活動。\n (一) 辦理因應氣候變遷相關會議與課程工作方面，本計畫製作嘉義市氣候變遷調適執行方案，並為訂修「溫室氣體減量執行方案」及「氣候變遷調適執行方案」，召開多場次專家學者會議及利害關係人研商會議，持續進行滾動調整，研商會議及成果發表方面；113年3月8日辦理氣候變遷調適說明會議，說明政策推動方向和訂定目標，還有辦理2場次氣候變遷因應推動會會議；分別於113年8月6日及12月16日協助彙整環境相關永續發展目標推動成果公開與執行亮點，2場次的氣候變遷因應專家諮詢會議；分別於113年5月27日及10月21日協助滾動更新嘉義市氣候變遷調適計畫各局處所採行之各項具體措施，並依據「國家氣候變遷調適行動方案（112-115年）」研擬嘉義市調適策略及工作項目及2場次調適因應組小組來研商跨局處協調整合會議，跨局處會議分別於113年7月22日邀請林子平教授針對都市高溫調適策略進行研討、113年8月2日辦理嘉義市氣候變遷調適方案座談會。 \n(二) 減緩及調適工作推動，本計畫以彙整嘉義市環境現況，作為研擬調適執行方案與策略之背景資料，並協助界定嘉義市調適關鍵（優先）領域，來分析氣候變遷環境議題所衍生之衝擊影響，進行氣候變遷調適執行方案的撰寫並於113年10月31日前完成遞送氣候署，彙整「嘉義市氣候變遷調適執行方案」，並檢討各局處氣候變遷調適行動執行成果，並滾動式調整與延續原有計畫和建立新興計畫。\n(三)於113年6月7日與6月13日本計畫辦理2日溫室氣體盤查相關增能培訓課程，課程以新永續為主軸，邀請組織碳盤查說明、調適減緩、自然碳匯、產品碳足跡之專家學者針對相關議題進行說明。為協助產業面臨日趨嚴格的減碳挑戰及溫室氣體減量；另外辦理氣候變遷減緩及調適推廣及教育活動，增進能力建構，於113年7月29日溫室氣體自願減量說明會、說明溫室氣體自願減量說明會及管理法修正內容，在推動氣候變遷調適工作方面，本計畫累計辦理6場氣候變遷調適教育訓練，並針對調適領域之衝擊情境進行說明與議題講解，滾動更新嘉義市氣候變遷調適計畫各局處所採行之各項具體措施，延續既有行動方案，並依據「國家氣候變遷調適行動方案（112-115年）」研擬嘉義市調適策略及工作項目，共19項調適策略及35項行動計畫。並協助管考及彙整環境部永續發展考核，成功取得環境部永續發展考核分數，且針對淨零綠生活推廣方面，本計畫協助配合辦理3場次淨零永續宣導活動，已於113年4月27日、9月22日以及11月2日，結合學校與社區活動推廣綠生活。並且在媒體推廣及宣導方面，已經於113年10月底前完成發佈4則新聞稿與臉書，行銷本計畫推廣活動及宣導主題。",
        "eng_title": "113th Chiayi City Climate Change Mitigation and Adaptation Promotion Plan",
        "eng_subject": "The 113th Chiayi City Climate Change Mitigation and Adaptation Promotion Plan consists of three main work focuses and tasks: (1) conducting courses and meetings related to climate change adaptation, (2) promoting mitigation and adaptation efforts, and (3) carrying out promotional and educational activities on climate change mitigation and adaptation.\n\nMeetings and Courses on Climate Change Adaptation: The plan includes the development of the Chiayi City Climate Change Adaptation Implementation Plan and the revision of the Greenhouse Gas Reduction Implementation Plan and Climate Change Adaptation Implementation Plan. Multiple expert meetings and stakeholder consultations were held for continuous adjustments. Key activities included a climate change adaptation briefing on March 8, 2024, and two meetings on climate change response. Additionally, on August 6 and December 16, the plan facilitated the public disclosure of sustainable development goals and achievements, as well as expert consultation meetings on climate change adaptation.\n\nPromotion of Mitigation and Adaptation Work: This plan compiles the current environmental status of Chiayi City as background data for developing adaptation strategies. It helps identify key priority areas for adaptation and analyzes the impacts of climate change issues. The climate change adaptation implementation plan is to be completed and submitted to the Climate Change Administration by October 31, 2024, along with a review of the execution results from various departments.\n\nPromotional and Educational Activities: On June 7 and 13, 2024, the plan conducted two days of training courses on greenhouse gas inventory, focusing on new sustainability concepts. Experts were invited to discuss carbon inventory, adaptation mitigation, natural carbon sinks, and product carbon footprints. Additionally, the plan organized six climate change adaptation training sessions and various educational activities, including a voluntary greenhouse gas reduction briefing on July 29. It developed 19 adaptation strategies and 35 action plans based on the National Climate Change Adaptation Action Plan (112-115). The plan also assisted in environmental sustainability assessments, achieving scores from the Ministry of the Environment, and organized three net-zero sustainability advocacy events on April 27, September 22, and November 2, 2024, promoting green living in schools and communities. Furthermore, four press releases and social media posts were published by the end of October 2024 to market the plan's promotional activities and themes.",
        "proj_year": "113",
        "org_name": "嘉義市政府環境保護局",
        "exe_unit": "長慧環境科技有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130037864",
        "publish_date": "20250107"
    },
    {
        "chi_title": "宜蘭縣-113年度宜蘭縣畜牧糞尿沼渣沼液作為農地肥分使用輔導推動計畫",
        "chi_subject": "本計畫之執行重點在於協助環保局推動轄區內水污染源稽查管制工作以及水質監測工作，確實掌握宜蘭縣轄區內水污染源之水污染防治現況，透過計畫之稽查管制工作，督促轄內列管之事業單位落實水污染防治設施之操作維護，達成轄內各流域測站水質改善之目標。期末報告統計自113年1月1日至9月30日之階段執行成果摘要如下：\n一、\t水污染防制許可審查、現勘及發證\n計畫期間本計畫執行許可審查件數395件(634件次)，現場廢水處理設施勘查77件，核發67家許可證(文件)，總核發率為51.9%。許可審查平均天數為14天(總審查天數\/審查件數)。協助執行水污染防治相關許可文件資料庫管理、建置、維護、更新作業，水污染源系統相關作業建檔共計673件。\n二、\t事業及污水下水道定期申報審查\n113年1月、4月定檢申報對象共324家，申報率為100%，計畫完成審查率為100%；113年7月定檢申報對象共254家，申報率為100%，計畫完成審查率為29.6%。\n三、\t協助稽查家數(包括工業區清查、採樣及送樣)\n計畫期間共執行水污染源稽查385家次，其中「屬於水污法定義範圍內之列管事業」(包括工業區查核、採樣及送樣)有374家次，工業區清查有152家次，協助水質採樣送驗作業有11家次，目標達成值分別為90.6%及304%。因違反水污法相關規定，告發處共46件，總罰鍰金額為新臺幣17,319,594元整。\n四、\t已完成1家次水污染源廢水處理設備功能評鑑之初評、單元設施採樣、複評、及3家廢水處理設施妥善操作輔導；108~112年功能評鑑應追蹤複查對象共3家，統計至113年9月30日止已完成追蹤複查3家，追蹤複查進度為100%。\n五、\t協助執行水質水量自動監測與攝錄影監視系統操作\n計畫期間10家應執行月有效監測記錄值百分率皆達90%以上(惟興中紙業二廠pH項目113年3月22日因電極故障未達法規規範以上)。季有效監測記錄值百分率比對5家，各季SS及COD項目5家均達80%以上，符合法令規範。相對誤差測試查核(RATA)，5家對象之SS及COD皆符合相對誤差測試查核(RATA)之相對準確度標準。CWMS事業查核10家次。\n六、\t執行環工技師執行水污染簽證業務查核2家次。\n\n七、\t完成河川定期水質監測採樣檢測共計18站32點次。執行龍潭湖、大湖、雙連埤、梅花湖、翠峰湖等五大湖泊水質採樣15點次。\n八、\t關鍵測站23家畜牧業，113年度已查核輔導23家35家次。\n九、\t協助辦理水污染防治費徵收\n1.\t113年第1期(徵收區間為112年7~12月)，應於113年1月31日申報對象共188家，申報期間內完成申報共188家，申報率及催收率為100%。\n2.\t113年第2期(徵收區間為113年1~6月)，應於113年7月31日申報對象共188家，申報期間內完成申報共185家，申報率及催收率為100%。\n3.\t計畫期間並完成水污染防治費徵收對象現場查核比對30家。\n十、\t113年1月22日辦理內部教育訓練會議，使與會人員更加瞭解及熟悉作業流程，與會人數17人。另於113年3月21日辦理許可整合說明會議，協助業者完成空、水、廢、毒化物污染流向圖繪製說說明，與會人數76人。且於113年9月中旬完成精進輔導優先試辦對象輔導修正污染流向圖23家次及擴大輔導污染流向圖22家次，持續維運環保許可整合之單一窗口。",
        "eng_title": "Yilan County-Annual 113th Yilan County Animal Husbandry Faeces, Urine, Marsh and Digestate Use as Farmland Fertilizer Counseling and Promotion Plan",
        "eng_subject": "The focus of this program is to assist the EPA in promoting the inspection and control of water pollution sources and water quality monitoring within the EPA's jurisdiction, in order to accurately grasp the current status of water pollution prevention and control of water pollution sources within Yilan County's jurisdiction, and through the program's inspection and control work, to supervise and monitor the operation and maintenance of water pollution prevention and control facilities within the county's jurisdiction in order to improve the quality of the water in each of the watershed stations within the county's jurisdiction. The results of the final report from January 1 to September 30, 113 are summarized as follows",
        "proj_year": "113",
        "org_name": "宜蘭縣政府環境保護局",
        "exe_unit": "康廷工程顧問企業有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130026895",
        "publish_date": "20250106"
    },
    {
        "chi_title": "113年度南投縣非農地環境雜草管理計畫",
        "chi_subject": "本年度南投縣環保局針對毒性及關注化學物質管理與災害防救，執行多項工作，包括完成10個月份的毒化物申報系統勾稽異常查核，申報率100%；針對78家列管廠商進行171次現場稽查，達成100%稽查率；聯合中區技術小組執行9家廠商的分級輔導訪查，並完成4次無預警測試及毒化物運送GPS異常回報作業，查核回報率亦達100%。此外，針對食安風險疑慮業者完成173次輔導訪查，並辦理6場次法規宣導、教育說明會及實兵演練，發布7篇相關新聞稿，透過多元媒介推廣政策。4月18日辦理「民安10號毒災搶救暨空污事件實兵演練」，模擬戰時毒化災害搶救，整合消防、警察、環保等多單位資源，提升應變效能。南投縣環保局以全面性稽查、輔導與宣導教育相結合，強化毒化物管理、聯防組織與災害應變能力，展現高效的執行成果與創新作為。",
        "eng_title": "113th Annual Non-Agricultural Land Environmental Weed Management Plan of Nantou County",
        "eng_subject": "This year, the Nantou County Environmental Protection Bureau implemented multiple initiatives for managing toxic and chemical substances and disaster prevention. These included completing 10 months of anomaly cross-checking for the toxic substance declaration system, achieving a 100% declaration rate. A total of 171 on-site inspections were conducted for 78 regulated factories, reaching a 100% inspection rate. The bureau collaborated with the Central Technical Team to perform tiered guidance visits for 9 factories and completed 4 unannounced tests, along with anomaly response work for toxic substance transport GPS tracking, maintaining a 100% follow-up rate.\nAdditionally, 173 guidance visits were carried out for businesses with food safety concerns. The bureau organized six legal advocacy and education sessions, including practical exercises, and published seven related news articles to promote policies through diverse media platforms. On April 18, the bureau conducted the Min’an No. 10 Toxic Disaster Rescue and Air Pollution Incident Response Exercise, simulating wartime toxic chemical disaster rescue operations. This exercise integrated resources from fire departments, police, environmental agencies, and other units to enhance response efficiency.\nBy combining comprehensive inspections, guidance, and educational advocacy, the Nantou County Environmental Protection Bureau strengthened toxic substance management, inter-agency collaboration, and disaster response capabilities, showcasing high efficiency and innovative practices.",
        "proj_year": "113",
        "org_name": "南投縣政府環境保護局",
        "exe_unit": "亞太環境科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130025397",
        "publish_date": "20250121"
    },
    {
        "chi_title": "嘉義縣-113年嘉義縣水污染源稽查管制暨水污費徵收查核計畫",
        "chi_subject": "嘉義縣內最主要的河川(朴子溪、北港溪及八掌溪)屬於遭受事業、生活污水以及畜牧業污染的混合型污染河川。為推動河川流域之污染防治工作，嘉義縣環境保護局（以下稱環保局）委託技佳工程科技股份有限公司（以下稱技佳公司）執行「113年嘉義縣水污染源稽查管制暨水污費徵收查核計畫」（以下簡稱本計畫），計畫執行期間針對轄境內重要河段及可能污染區域加強監測管理，極力推動污染消除、改善水質污染等工作。本計畫執行全期程為113年01月01日至113年11月30日共計11個月，各項工作執行成果如下，計畫工作項目包含事業廢(污)水污染查核輔導作業、污染源許可管理、水污費徵收查核稽催、嘉義縣水環境巡守隊志工服務計畫、辦理教育宣導及活動成果發，各項工作執行成果如下說明：\n一、事業廢(污)水污染查核輔導作業\n完成事業稽查608件次；污染源採樣289件次，查獲9件違反水污法案件，皆已完成裁處，累計裁處金額為182.085萬元\n執行10家深度查核輔導，目前已完成改善9家，1家涉及許可變更。\n使用水質連續監測儀器執行24小時水質連續監測，於架設地點連續監測7天，共計完成45點次，監測期間發現6點位水質有異常情形，並查獲3家違反水污法之情事。\n廢水處理功能診斷輔導作業，於113年1月26日提送實施計畫書並經環保局核定6家事業單位，分別於3月完成初評作業及4月複評作業，並於8月召開協談會議，該6家中無需改善者1家，承諾改善者為5家，截至11月30日，已完成承諾事項之改善者有5家。\n二、事業污染源許可管理\n已完成577件次許可審查及22件次許可審查之現場查核作業(新申請或涉及功能性變更案件)；事業或污水下水道系統依定期檢測申報期別，已完成申報316件，完成認可316件，整體認可率為100%。\n並於4月29日完成113年上半年度環工技師執行水污染防治措施許可簽證業務查核作業1家，查核結果缺失積點為14點，屬1級缺失，下半年度執行1家環工技師簽證業務查核作業，目前該受查技師陳述意見中。\n另於113年3月29日完成1場許可整合內部教育訓練；後於113年5月6日完成1場許可整合宣導說明會，已輔導完成35家事業繪製污染流向圖並上傳至環境部EMS系統；前置諮詢輔導已完成5家。\n三、沿海地區非列管事業放流水重金屬污染清查作業\n針對縣轄內東石鄉、布袋鎮、義竹鄉等沿海地區之未列管事業，且疑有產生事業廢水者執行清查，已清查14家，結果皆非屬水污染防治法列管事業定義及分類。\n四、飲用水相關管理\n執行910件相關飲用水水源水質稽查採樣，自來水水質採樣計508件，均符合飲用水水質標準，另自來水水源水質採樣計24件，均符合標準。飲用水設備執行稽查247件、採樣95件，亦均符合標準。另完成38筆地號新設案件審查工作，其中有30筆位於飲用水保護區範圍內。\n五、協助辦理嘉義縣水環境巡守隊志工服務計畫\n水環境巡守隊計有24隊，總人數為639人；為求嘉義縣水環境巡守隊工作效益提昇及使隊員更加瞭解環境部政策執行方向，本計畫協助各隊辦理工作檢討會、座談會、教育訓練及宣導活動等，除有效宣導相關考核事項及環境部現行執行策略外，更可加強各隊員對於巡守隊業務的認知及向心力，以彰顯嘉義縣河川巡守隊運作績效，統計各項相關活動共計197場次，計1,625人次。\n統計水環境守護網通報案件共計51件，已全數移請權責單位處理，處理率為100%；協助辦理淨溪、淨川及環境整頓相關活動59場次，參與人數1,610人次，總計清除一般垃圾約18,389公斤及資源回收約1,185.6公斤。\n針對24隊水環境巡守隊進行實地訪查，以瞭解於巡守作業時有無「執行困難、特殊事件或需協助事項」，並檢視相關書面成果及記錄，計已完成竹崎鄉、太保市、東石鄉、大林鎮、六腳鄉及民雄鄉等六鄉鎮市共24隊聯合實地訪查作業。\n六、水污費徵收查核稽催\n112年第2期及113年第1期，完成申報繳費分計為354家及350家，其繳費金額分別為2,246,748元及2,445,001元，本(113)年水污費總徵收金額為4,691,749元。其中以「費額1,000≦繳費金額<10,000」為大宗，兩期各分別為144家及141家，申繳率達100%，故無未繳納水污費進入催辦程序之對象。\n七、其它配合辦理事項\n於3月13日辦理許可審查人員教育訓練；5月22日辦理稽查人員教育訓練；4月25日完成生活污水污染減量宣導影片拍攝，於5月7日提送成果影片並於5月14日核定；辦理生活污水減量宣導7場次及公共場所生活污水減量宣導影片播放11次，宣導人數共計3,474人次；成果發布共計發佈5則新聞稿及50則活動成果於「嘉減碳」臉書；辦理1場辦理委託工業區查證協談會議。",
        "eng_title": "2024 Chiayi County Water Pollution Source Inspection Control and Water Pollution Fee Collection Review Plan",
        "eng_subject": "The most important rivers in Chiayi County (Puzi River, Beigang River, and Bazhang River) are mixed polluted rivers polluted by industrial, domestic sewage, and animal husbandry. In order to promote the pollution prevention and control of river basins, Chiayi County Environmental Protection Bureau entrusted GEGA ENGINEERS ＆ CONSULTANTS CO., LTD. to implement the 2024 Chiayi County Water Pollution Source Inspection Control and Water Pollution Fee Collection Review Plan (hereinafter referred to as the “Plan”). During the implementation of the Plan, the monitoring and management of important river sections and potentially polluted areas within the jurisdiction will be strengthened, and efforts will be made to promote pollution elimination and water quality pollution improvement. The implementation period of this Plan was from January 01, 2024 to November 30, 2024. The implementation results of each task are described as follows:\n1. Industrial waste pollution checking and counseling operations\nThere were 608 industrial inspections and 289 pollution source sampling cases conducted for the inspection of industrial wastewater discharge. 10 cases of violations of the Water and Pollution Law were discovered, all disposals have been completed. Resulting in a sanction amount of NTD 1,820,850.\nWe commissioned experts and scholars to conduct in-depth audits and guidance for 10 companies, nine improvements have been completed and one involves a permit change.\nThe continuous water quality monitoring instrument was used to perform 24-hour continuous water quality monitoring at the erection site for 7 days and a total of 45 points were completed. During the monitoring period, 6 points were found to have abnormal water quality and 3 cases of violation of the Water Pollution Law were detected.\nWastewater treatment function diagnosis and counseling operation, on January 26, 113, the implementation plan was submitted and approved by the EPB six business units, respectively, in March completed the initial assessment operation and april reassessment operation, and held a consultation meeting in August, one of the six do not need to be improved, committed to improve the five, as of November 30, has completed the commitment to improve the five.\n2. Management of industries pollution source permits\nPermit review has been completed in 577 cases and 22 on-site inspections (new applications or cases involving a change in functionality)；The utility or sewer system has completed 316 declarations and 316 approvals in accordance with the periodic inspection declaration period, with an overall approval rate of 100%.\nAnd on April 29, 2024 the first half of the year completed the first environmental technician to perform water pollution control measures to license business checking operations, check the results of the missing points for 14 points, is a level 1 missing, the second half of the year to perform a environmental technician to sign the business checking operations, the current statement of the technician under scrutiny in the comments.\nIn addition, one internal training session on permit integration was completed on March 29, 2024, followed by a briefing session on permit integration on May 6, 2024, and 35 businesses were counseled to draw pollution flow maps and upload them to the Ministry of the Environment's EMS system; five front-end counseling sessions have been completed.\n3. Management related to drinking water.\nOf the 1,113 water quality audits conducted on drinking water sources, 623 tap water samples were taken, all of which met the drinking water quality standards, and 27 tap water samples were taken, all of which met the standards. Drinking water equipment was inspected in 302 cases and 115 samples were taken, all of which were in compliance with the standard. In addition, 89 new lot number cases were completed, of which 50 were within the drinking water protection zone.\n4. Assisted in the Chiayi County water environment patrol volunteer service program\nThe Water Environment Patrol Team consists of 24 teams with a total of 695 members. The program assisted the teams in organizing 362 work review meetings, seminars, education and training, and publicity activities for a total of 4,814 participants.\nAccording to statistics, the Water Environment Protection Network reported a total of 58 cases, all of which have been transferred to the responsible units for processing, resulting in a processing rate of 100%. The program also assisted in managing 74 activities related to clean streams, clean rivers, and environmental rectification, engaging 2,035 participants. Additionally, the initiative led to the removal of approximately 20,194 kg of general garbage and the recovery of approximately 1,286 kg of resources.\nA total of 24 teams from six townships and cities, including Chuksaki Township, Taihao City, Dongshi Township, Dalin Township, Liupu Township, and Minxiong Township, have completed the joint fieldwork.",
        "proj_year": "113",
        "org_name": "嘉義縣環境保護局",
        "exe_unit": "技佳工程科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130022817",
        "publish_date": "20250117"
    },
    {
        "chi_title": "宜蘭縣113年健全稽查專精能力及專業跨域支援量能",
        "chi_subject": "本年度之工作項目包括：(1)辦理環境污染稽查及查核；(2)導入專業人員跨域支援及建立專精能力。本計畫執行其成為113年1月1日至113年11月30日止，各工作項目執行成果說明如後。\n  空氣污染稽查檢測作業包含煙道排氣檢測作業及周界異味污染物檢測作業，煙道排氣檢測作業共計執行12場次稽查檢測作業，執行點數計點共97.8點次。\n  本年度主要運用無人載具、即時影像監控設備及揮發性有機氣體分析儀進行污染源查找及蒐證作業，執行點數計點共計162.4點數，分別執行14場次空中或空間攝影蒐證調查作業-可見光、1場次空中或空間攝影蒐證調查作業-紅外光，45場次即時影像監控蒐證作業及3場次手持式揮發性有機氣體分析儀。\n  本年度協助機關執行專案稽查件數共10 件，依類型分為固定污染源稽查管制及民生議題稽查案件兩大類型。固定污染源稽查管制專案類型主要有4件，民生議題稽查案件共6件。\n  本年度執行重大污染案件2件次，分別為馬賽地區異味污染源輔導及冬山太和段稽查案件。馬賽地區異味污染源輔導，邀請周明顯教授至馬賽地區水產加工業共8家進行現場輔導現勘作業，經現勘輔導後，該地區主要污染源為「裕都實業」及「仙豐製藥」。冬山鄉太和段稽查案件，本計畫於今年度協助冬山鄉太和段地號進行廢棄物堆置區域空拍調查並計算廢棄物體積估算，以了解該區域廢棄物堆置量體，現階段針對前述地號持續監控中。\n  本計畫協助彙整環保局會同農業單位、警察單位及河川地管理單位人員，於高頻率使用肥料種植農作地區進行車輛攔查及地點查核結果是否符合相關環保規定。自113年1月1日至11月30日止，本局會同相關單位執行生雞糞攔查作業共計55次，其中開立處分共3件次。\n  本年度完成4 件環保專業團隊案件，分別為員山鄉再連廢棄物堆置案本計畫協助進行設置監視器進行監控蒐證；頭城鎮新福成段廢棄物非法清除及棄置案，本計畫協助執行監視器監控蒐證及廢棄物堆置現場巡查等；礁溪鄉九龍山產業道路廢棄物棄置案本計畫協助執行監視器監控棄置車輛；米粉工廠逸散粉塵採樣後實驗室分析等。\n  本年度分別於4月，7月及10月完成辦理3場次教育訓練。本年度教育訓練內容主要以實務案例研析法規應用、及常見訴願及撤銷原處分案因應等內容為主，並依據稽查科承辦人提出之稽查案件實務問題進行討論回復。113年7月1日辦理113年宜蘭縣院環檢警打擊環保犯罪交流會議，活動邀請對象包含地方法院、地方檢察署、警察機關及環保機關，透過跨單位資源整合，分享實務經驗並建立資訊交流平台，共同打擊環保犯罪及保護國土安全活動。\n  113年1月1日至113年11月30日止本計畫執行進度為100.0%",
        "eng_title": "Yilan County has established a sound audit capability and professional cross-domain support capacity 2024",
        "eng_subject": "This year's work projects include: (1) conducting special inspections and audits of environmental pollution sites; and (2) introducing professional personnel to provide cross-domain support and build specialized capabilities. The execution of this plan will be from January 1, 2024 to November 30, 2024. The results of each work project are described below.\n  Air pollution Check Detection include flue exhaust inspection and perimeter odor pollutant inspection. The flue exhaust inspection and testing operations were carried out for a total of 12 inspections and testing operations, with a total of 97.8 points.\n  This year, we mainly used unmanned vehicles, real-time video monitoring equipment and volatile organic gas analyzers to search for pollution sources and collect evidence. We performed 162.4 points in total and carried out 14 aerial or space photography investigations - visible light, 1 aerial or space photography evidence search and investigation operation - infrared light, 45 real-time video surveillance evidence search operations and 3 handheld volatile organic gas analyzers.\n  This year, we assisted agencies in executing 10 special audit cases, which were divided into two types: fixed pollution source audit and control and livelihood issue audit cases. There are 4 types of stationary pollution source inspection and control cases, and 6 cases of livelihood issues inspection.\n  Two major pollution cases were handled this year, namely the guidance on odor pollution sources in the Marseille area and the inspection case of the Taihe section of Dongshan. In order to provide guidance on the sources of odor pollution in the Marseille area, Professor Zhou Mingxian was invited to conduct on-site guidance and field survey operations at 8 aquatic product processing companies in the Marseille area. After the field survey guidance, the main pollution sources in the area were Yu Du Industrial and Xian Feng Pharmaceutical. Dongshan Township Taihe Section Inspection Case, this project assisted in the aerial survey of waste dumping areas and calculated the waste volume estimation at Lots  in Dongshan Township Taihe Section this year. In order to understand the amount of waste dumped in the area, the aforementioned land parcels are currently under continuous monitoring.\nThis project helps the Environmental Protection Bureau, together with agricultural units, police units, and river management personnel, to conduct vehicle inspections and site inspections in areas where fertilizers are frequently used for planting crops to determine whether the results comply with relevant environmental protection regulations. From January 1 to November 30, 2024, our bureau, together with relevant units, carried out 55 raw chicken manure inspections, of which three penalties were issued.\n  This year, we completed 4 cases involving environmental professional teams, including the waste dumping case in Zailian, Yuanshan Township, where our project assisted in setting up surveillance cameras for evidence collection; the illegal removal and disposal of waste in Xinfucheng, Toucheng Township, where our project Assisted in the implementation of surveillance camera evidence collection and on-site inspections of waste dumps, etc.; assisted in the implementation of surveillance camera monitoring of abandoned vehicles in the waste disposal project on Jiulongshan Industrial Road in Jiaoxi Township; sampled dust from rice noodle factories and conducted laboratory analysis, etc.\n  Three education and training sessions were completed in April, July and October this year. The content of this year's education and training mainly focuses on practical case analysis, application of laws and regulations, common appeals, and responses to cases of revocation of original sanctions, and discusses and responds to practical issues in audit cases raised by the Audit Section's personnel. On July 1, 2024, the 113th Yilan County Court Environmental Inspection Police Fighting Environmental Crime Exchange Conference was held. The event invited local courts, local prosecutors' offices, police agencies, and environmental protection agencies. Through cross-departmental resource integration, practical experience was shared and established. An information exchange platform to jointly combat environmental crimes and protect national security.\n  The progress of this plan from January 1, 2024 to November 30, 2024 is 100.0%",
        "proj_year": "113",
        "org_name": "宜蘭縣政府環境保護局",
        "exe_unit": "偉創綠技術股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130017911",
        "publish_date": "20250124"
    },
    {
        "chi_title": "113-綠島鄉及蘭嶼鄉環境衛生計畫",
        "chi_subject": "臺東縣兩處離島為縣內熱門觀光景點，因受限於人文及地理環境因\n素，在環境衛生上顯得較為髒亂，為使綠島鄉及蘭嶼鄉在有效之規劃管理\n及整頓下保持觀光環境的整潔，臺東縣環境保護局（以下簡稱環保局）持\n續透過本計畫加強當地民眾之防疫技能，維護民眾健康及觀光品質；「113\n年度綠島鄉及蘭嶼鄉環境衛生計畫」自113 年1 月18 日起截止至11 月\n30日止，計畫目標及完成進度為100%，各項工作如下所述：\n一、綠島鄉及蘭嶼鄉公共環境清潔維護工作：\n聘用12 名兩處離島當地僱工人力(綠島鄉*6 名、蘭嶼鄉*6 名)，\n截至10 月31 日止，公共環境清潔維護人力計2,592 人日、環島公\n里數計2,714.9 公里、公共環境髒亂點清理215 處次及病媒蚊孳生\n源清理22 處次，累計海岸線及道路清理19,470.5 公斤廢棄物：不\n可回收廢棄物10,663 公斤、可回收廢棄物8,807.5 公斤。\n二、辦理環境衛生相關宣導會及宣導品：\n(一) 完成辦理8 場次環境衛生相關宣導會，共計426 人次參與\n(學生287 人次、民眾139 人次)，宣導主題以登革熱防治、\n環境衛生(含公廁環境清潔及衛生紙丟馬桶相關政策)、環境\n衛生(狗便、羊便及菸蒂)及其他與環境相關宣導，提升離島\n環境衛生觀念，永續離島環境生態。\n(二) 於3 月7 日提送宣導品規畫書，本次挑選以綠色標章及環\n境友善為主，於5 月21 日提送500 份雙肩包，藉此推廣\n且加深民眾購買環保產品對於環境友善等觀念。\n三、辦理淨灘活動：\n本計畫於4 月30 日、7 月4 日分別於綠島鄉(柚子湖)及蘭嶼鄉\n(東清灣)各辦理1 場次淨灘活動，今年度首次結合當地人文歷史導\n讀方式結合淨灘，在完成清理海岸廢棄物後，進行在地文化導讀，\n讓參與民眾及遊客對於當地有更深入了解，並提升維護海岸環境維\n護觀念及實際行動，共計157 人次參與，累計清理357.5 公斤海岸\n廢棄物。\n四、推動當地商家認養海灘：\n提升離島地區海岸線環境品質，有效維護海洋生態資源永續，\n推動離島業者及商家認養海灘，於2 月1 日提送認養海灘規劃書至\n機關核備，共計6 間業者參與分別為綠島鄉綠堤休閒事業有限公\n司、朝日溫泉及澎坊股份有限公司，蘭嶼鄉藍海屋、星夜民宿及椰\n油國民小學，認養總長度3.4869 公里、認養總面積63,833.66 平方\n公尺(綠島鄉認養長度2.5569 公里、蘭嶼鄉認養長度0.93 公里)。\n五、環境衛生滿意度問卷調查：\n本計畫與國立臺東大學教育學系李偉俊教授合作，進行兩離島\n問卷內容討論規劃，於2 月16 日提供問卷規劃書，分別區分遊客\n及居民版本，於5 月25 日至5 月26 日至綠島鄉進行問卷預試，6\n月7 日至6 月9 日至蘭嶼鄉進行問卷預試，透過QRCODE 掃描方\n式填寫，截至10 月31 日止共計829 份【綠島居民201 份、遊客\n207 份】【蘭嶼居民203 份、遊客218 份】。\n六、其他行政事項：\n(一) 列管公廁查核作業累計完成298 座次，發現缺失以垃圾桶\n未設置桶蓋較為常見，其餘列管公廁都處於良好的清潔維護狀態。\n(二) 共計提送10 則新聞稿。\n(三) 於3 月27 日協助環保局辦理環境清潔競賽考核第一次\n行前會，會議內容以為徹底清除環境髒亂，改善環境衛生，\n環境整潔工作需要全體縣民共同參與環境整潔工作，提升\n縣民生活品質，於8 月23 日辦理第二次行前會，與參與實\n地考核委員及各鄉鎮公所隊長確認此次考核辦法及實地考\n核期程，並由委員做環境整潔評比，並於10 月24 日辦理\n清潔隊員節頒獎典禮。\n(四) 於01 月18 日提送計畫人員名冊、設備。\n(五) 於2 月5 日、3 月6 日、4 月8 日、5 月6 日、6 月3 日、\n7 月3 日、8 月7 日、9 月6 日及10 月8 日辦理工作進度\n簡報。\n(六) 於5 月22 日完成購置TT Push 金幣3 萬元。\n(七) 製作離島環保減速宣導影片1 部，拍攝內容主要以採遊客\n第一視角進行，從搭乘前往離島交通開始，在離島看到環\n境、景點及參與相關活動，最後對離島環境生態的期許，\n於5 月30 日完成拍攝，並依據今年度7 月至9 月觀光人數\n約14.84 萬人，進行影片受眾數計算約2.4 萬人(約佔整體\n16.7%) ， 並同步分析影片撥放管道， 分別\nFacebook(20%)：0.5 萬人、電視(8.9%)：0.2 萬人、機場、\n搭船處(71.1%)：1.8 萬人，總計為2.4 萬人，整體上，影\n片的宣傳效果顯著，尤其在機場和搭船處的播放達到理想\n的傳播效應。",
        "eng_title": "113-Ludao Township and Lanyu Township Environmental Sanitation Plan",
        "eng_subject": "The two outlying islands in Taitung County are popular tourist attractions in the county. Due to limited human and geographical environment factors,\nIn terms of environmental sanitation, it appears to be relatively messy. In order to ensure effective planning and management of Ludao Township and Lanyu Township,\nand rectification to keep the tourist environment clean and tidy, the Taitung County Environmental Protection Bureau (hereinafter referred to as the Environmental Protection Bureau) continues to\nContinue to use this plan to strengthen the local people’s epidemic prevention skills and maintain public health and tourism quality; 113\nThe annual Ludao Township and Lanyu Township Environmental Sanitation Plan will start from January 18, 2020 and end in November.\nAs of the 30th, the project goals and completion progress are 100%, and the various tasks are as follows:\n1. Cleaning and maintenance of public environment in Ludao Township and Lanyu Township:\nHire 12 local employees from two outlying islands (*6 from Ludao Township and 6 from Lanyu Township),\nAs of October 31, the public environment cleaning and maintenance manpower totaled 2,592 man-days.\nMileage totaled 2,714.9 kilometers, 215 clean-ups of dirty public areas and vector mosquito breeding\nThere were 22 source cleanups, with a total of 19,470.5 kilograms of waste cleaned along coastlines and roads: No\nThere were 10,663 kilograms of recyclable waste and 8,807.5 kilograms of recyclable waste.\n2. Handle environmental sanitation-related publicity meetings and promotional materials:\n(1) Completed 8 environmental sanitation-related publicity meetings, with a total of 426 participants\n(287 students and 139 people), the theme of the promotion is dengue fever prevention and treatment,\nEnvironmental health (including public toilet environmental cleaning and policies related to toilet paper disposal), environment\nHygiene (dog poop, sheep poop and cigarette butts) and other environment-related promotions to improve the quality of outlying islands\nThe concept of environmental sanitation and sustainable outlying island environment and ecology.\n3. Handle beach cleaning activities:\nThis project will be held in Ludao Township (Youzi Lake) and Lanyu Township on April 30 and July 4 respectively.\n(Dongqing Bay) each organizes one beach cleanup activity. This year, for the first time, it combines local cultural and historical guidance.\nThe reading method is combined with beach cleaning. After completing the cleaning of coastal debris, a local cultural guide is conducted.\nLet participating people and tourists have a deeper understanding of the local area and improve the maintenance of coastal environment.\nA total of 157 people participated in the conservation concept and practical actions, and a total of 357.5 kilograms of coastal cleanup was carried out.\nWaste.\n4. Promote local businesses to adopt beaches:\nImprove the environmental quality of coastlines in offshore island areas and effectively maintain the sustainability of marine ecological resources.\nPromote outlying island operators and merchants to adopt beaches, and submit a beach adoption plan to\nAs verified by the agency, a total of 6 operators participated, including Ludao Township Lvdi Leisure Enterprise Co., Ltd.\nCompany, Asahi Hot Spring and Pengfang Co., Ltd., Lanyu Township Blue Ocean House, Starry Night B＆B and Coco\nYou National Primary School, with a total length of 3.4869 kilometers and a total area of 63,833.66 square meters\nmeters (the adopted length of Ludao Township is 2.5569 kilometers, and the adopted length of Lanyu Township is 0.93 kilometers).\n5. Environmental sanitation satisfaction questionnaire survey:\nThis project cooperates with Professor Li Weijun from the Department of Education, National Taitung University, to conduct research on two outlying islands.\nThe content of the questionnaire will be discussed and planned, and a questionnaire plan will be provided on February 16 to differentiate between tourists\nand the resident version, a preliminary test of the questionnaire was carried out in Ludao Township from May 25 to May 26, 6\nFrom June 7th to June 9th, we went to Lanyu Township to conduct a preliminary test of the questionnaire. We scanned the questionnaire through QRCODE.\nFill in the form, as of October 31, a total of 829 copies [201 copies for Green Island residents, 201 copies for tourists\n207 copies] [203 copies for Lanyu residents and 218 copies for tourists].",
        "proj_year": "113",
        "org_name": "臺東縣環境保護局",
        "exe_unit": "技佳工程科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130017200",
        "publish_date": "20250124"
    },
    {
        "chi_title": "113年飲用水管理精進及綠生活安全推廣計畫",
        "chi_subject": "本計畫目標著重於檢討我國因應天災之飲用水管理法規精進、協助訂定飲用水PFAS管制標準法制作業、協助露營場污水宣導調查作業彙整、結合綠生活安全推廣辦理奉茶推廣活動、飲水機美化更新推廣、編撰飲用水安全推廣相關資料、優化及更新維護「飲用水全球資訊網」等。\n本計畫重要執行成果，包括：(一)管理法規精進：(1)研蒐國外天災飲用水水質有關管理法規，如採取變異（調適）、豁免、短期暴露誘發值等措施，供國內參考借鏡；(2)因應國際對全氟與多氟烷基物質（PFAS）管理日趨嚴格，協助研擬「飲用水水質標準第三之一條」PFAS管制草案，並辦理專諮會討論草案預告說明，彙整各界意見供施政參酌，並樹立新興污染物管制標準規範；(二)露營場污水宣導：露營場污水管理執行宣導及稽查成果分析，提供執行改善建議；(三)綠生活推廣：持續增加奉茶站點、蒐研國外飲用水地圖資訊、辦理奉茶推廣活動，藉以提升國人綠生活意識；(四)飲水機美化更新：飲水機外觀美化、計數器聯網更新等，提供優質飲水環境，達到民眾減少瓶裝水使用之目的；(五)編撰飲用水安全推廣資料：5張飲用水小知識圖卡、5篇飲用水安全短影音；(六)優化資訊網：強化網站硬體效能、優化行動設備使用體驗、優化關鍵字搜尋、強化網站資訊安全等，提升資訊網服務品質。",
        "eng_title": "2024 Drinking Water Management Improvement and Green Living Safety Promotion Project",
        "eng_subject": "Strategy of domestic drinking water management improvement for natural disasters, establish legal frameworks for PFAS standards in drinking water, conduct outreach and surveys on wastewater management in campgrounds, promoting “Water Refilling Map” activity to make connection of Green Living, enhancing the appearance of drinking water dispensers, enhancing drinking water safety, optimizing and maintaining the “Global Drinking Water Information Website” from Ministry of Environment are goals of the project.\nThe project implementation results include: (1) improving management regulations. (1.1) Researching foreign laws and regulations related to natural disaster drinking water quality, such as adopting variation (adjustment), exemptions, short-term exposure induced values and other solutions to compare and strengthen the domestic drinking water management. (1.2) In response to international regulations on per- and polyfluoroalkyl substances (PFAS) management restriction, the Ministry of Environment has announced a draft of Article 3-1 of the drinking water quality standards. Through consultations with experts and scholars, the draft announcement will be discussed, and feedback from various sectors will be collected for policy consideration, establishing regulations for the control of emerging pollutants. (2) Wastewater management outreach for campgrounds: Analysis of the outcomes of wastewater management promotion and inspection at campgrounds, with recommendations for implementation improvements. (3) Green Living: Expanding the site for “Water Refilling Map”, researching international drinking water mapping resources, and organizing tea-serving promotional events to raise public awareness of sustainable living. (4) Renewing and enhancing the appearance of drinking water dispensers: Beautify the exterior design and upgrade the IoT-connected counters of the drinking water dispensers, and providing a high-quality drinking water environment that encourages the reduction of bottled water consumption. (5) Enhancing drinking water safety: Creating five informational cards on drinking water knowledge and five short videos on drinking water safety. (6) Maintaining the “Global Drinking Water Information Website” with the latest news, activity result pictures, as well as to conduct periodical information safety management operation, to optimize the website service quality.",
        "proj_year": "113",
        "org_name": "環境部水質保護司",
        "exe_unit": "環科工程顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130014030",
        "publish_date": "20250115"
    },
    {
        "chi_title": "113年度土壤及地下水污染調查及查證工作計畫-臺中市",
        "chi_subject": "本案計畫目標，包括針對臺中市高污染潛勢地區、土壤、地下水與灌溉渠道底泥溯源調查及監測、污染場址改善完成驗證作業、臺中工業區地下水污染範圍調查以及民眾陳情與緊急應變處理等相關工作。提供市民安全舒適的生活環境，達成土地資源永續利用目標。\n整體工作重點，可分類為農地定期監測及同步採樣作業、污染場址驗證、貯存系統申報審查及篩檢輔導、底泥品質管理作業、事業土地污染預防管理、農地定常監測、公告事業用地查證、臺中產業園區地下水污染調查、爭訟案件、宣導作業以及因應民陳與應變事件調查作業等工項，執行摘要如下：\n一、農地土壤定期監測及同步作物採樣作業\n農地土壤定期監測作業，今年度完成2筆坵塊農地土壤定期監測作業，依據「農地定期監測作業原則」，共1筆農地(大里區)建議可停止定期監測，另1筆農地(大甲區)建議監測頻率維持8~10年監測1次。\n農地同步作物採樣作業，今年度農地土壤同步採樣作業共完成97筆坵塊土壤採樣，其中89筆坵塊土壤採樣由合約項目支應(8筆坵塊為環保局自行採樣)，並支應1樣品土壤XRF篩測作業及1樣品8項重金屬全量分析。\n二、農地定常性預防監測作業\n今年度農地土壤XRF篩檢結果共有1筆坵塊重金屬鉻超過管制標準，1筆坵塊重金屬銅超過管制標準、9筆坵塊重金屬鉻超過監測標準，4筆坵塊重金屬鎳超過監測標準；水質單點抽測初驗及複驗均無異常；連續水質監測共監測11組灌溉小組，共20站月，透過掌握異常頻率及時間，以及結合農地土壤受體篩檢異常點位與周邊事業分布情況，佈設縮時膠囊共101組，已成功限縮高污染潛勢範圍與事業源。\n三、列管場址監督查核及驗證作業\n在潭子區工區段25-1、25-6及169地號土壤及地下水驗證作業，潭子區工區段25-1、25-6地號驗證未通過，後續將依土污法公告為控制場址；工區段169地號驗證結果四氯乙烯及三氯乙烯仍超過監測標準，依土污法第6條持續辦理定期監測。\n在台亞關連加油站驗證成果， MW7及B00602監測井之地下水總溶解固體、硫酸鹽及總有機碳皆超過第二類地下水污染監測標準，仍應持續辦理定期監測。\n虹聚工業有限公司於113年12月2日完成土壤驗證採樣作業，6項重金屬皆低於土壤污染監測標準，驗證通過，後續將解除本場址應變必要措施。 \n四、貯存系統申報審查及篩檢查核作業\n在貯存系統申報審查的部分，已協助完成共三季審查作業。在法規符合度確認及輔導作業，共執行完成41處事業單位貯存系統法規符合度確認及輔導作業，統計此次複查輔導結果，尚有12處事業須持續辦理改善。貯存系統事業土壤氣體監測井篩檢作業，共計完成48站貯存系統土壤氣體監測井功能測試及油氣檢測，在書面資料與現場設施查核的部分共24站有缺失項目，統計至12月中旬，尚有10站仍在改善中。在油氣檢測的部分共1站(山隆梧棲加油站)PID、FID及LEL%有超過警戒值的情況。\n五、底泥品質管理作業\n大突寮圳區域可限縮具有高污染潛勢事業分布範圍大致上以大衛路區域為主。在阿罩霧第二圳區域，支線應仍有含鋅及其他複合式污染物之來源持續進入到灌溉渠道中，建議後續可針對此兩區域事業辦理預防管理及現場查察工作。\n六、事業土地污染預防管理作業\n今年度已完成2場次事業說明會議，均有符合績效考評要求人數。於5月17日至6月21日辦理完成，完成A群事業現勘，並篩選3家事業辦理查證，查證結果共2家土壤超過管制標準，1家土壤重金屬均低於監測標準。REC小於8分之事業建議可降至B群，並函文請業者至事業平台填報事業自主污染預防管理計畫。B群事業於9月26日至10月15日完成19家事業現勘，其中1家需申請調降C群，以及1家升級為A群。\n七、公告事業用地查證\n今年度公告事業用地查證名單為協育股份有限公司潭子廠，查證結果各點位8項重金屬均低於土壤污染監測標準，但於S01及S03點位TPH均超過土壤污染管制標準，建議後續依土污法針對協育公司進行相關管制措施，並建議請協育公司應針對其場址內土壤及地下水辦理補充調查及改善作為。\n八、臺中產業園區(原臺中工業區)污染調查\n今年度共完成1口標準井(B00608)及3口簡易井(B00609、B00610、B00611)設置作業，13樣品地下水揮發性有機物分析及4樣品碳同位素分析，依據調查結果，污染團尚侷限在台農公司與協和段200地號區域範圍內。\n九、爭訟案件\n宏恕公司於112年12月20日因不服環保局之處分，故提出訴願書及14次訴願補充理由書，依據113年11月25日訴願決定書駁回訴願。\n十、宣導作業\n今年度推動媒合設置太陽光電設施作業說明會議已於3月29日於文心第二市政大樓行政大樓B1大禮堂完成辦理，實際出席共78家，共86人。已符合績效考評之人數要求。\n十一、緊急應變作業\n今年度完成4件緊急應變作業及3件協助支援案件，應變費用使用率>100%，已支應813,395元。\n十二、其他工作成果\n本計畫除執行各項維護轄區土壤及地下水品質之監測與調查工作，包括協助彙整工業區預警監測管理與檢測資料、土壤污染評估調查及檢測作業審查及現場勘查作業；並持續辦理今年度績效考評進度管控已及配合績效考評要求；土壤及地下水資訊管理系統資料各資料上傳及管理工作，協助各項行政交辦事項、辦理土壤及地下水污染改善推動小組審查會議及加速改善場址推動作業。",
        "eng_title": "Soil and Groundwater Pollution Investigation and Verification Comprehensive Project, 2024",
        "eng_subject": "Regular agricultural land soil monitoring:  According to the Agricultural Land Regular Monitoring Principles, one agricultural land (in Dali District) is recommended to stop regular monitoring, while the other (in Dajia District) suggests maintaining a monitoring frequency of once every 8–10 years.\nConcurrent crop sampling: A total of 97 soil samples were taken from agricultural land this year, with 89 samples funded by the project (8 samples were taken by the Environmental Protection Bureau). This also included one sample for XRF screening and one sample for the full analysis of 8 heavy metals.\nThis year, one plot exceeded the control standard for chromium, one plot exceeded the control standard for copper, nine plots exceeded the monitoring standard for chromium, and four plots exceeded the monitoring standard for nickel. Water quality sampling showed no abnormalities. Continuous water quality monitoring was conducted for 11 irrigation groups at 20 sites over a month. By monitoring abnormal frequencies and times, and combining agricultural land soil screening with nearby industrial distribution, 101 rapid-response capsules were deployed to successfully reduce the scope of high-pollution potential areas and industrial sources.\nIn Tanzi District, soil and groundwater verification for sections 25-1, 25-6, and 169 found that sections 25-1 and 25-6 failed the verification and will be announced as controlled sites under the Soil and Groundwater Pollution Remediation Act. For section 169, tetrachlorethylene and trichloroethylene still exceeded monitoring standards, and regular monitoring will continue as per the Act.\nThe verification of the Taiya-related gas station found that total dissolved solids, sulfate, and total organic carbon in the groundwater at monitoring wells MW7 and B00602 exceeded the second-class groundwater pollution monitoring standards, and regular monitoring will continue.\nThe Hongju Industrial Co. completed soil verification sampling on December 2, 2024, and the six heavy metals were all below the soil pollution monitoring standards, passing the verification. The emergency measures for this site will be lifted.\nIn terms of storage system declaration reviews, three quarterly reviews were completed. A total of 41 business units were assisted in confirming regulatory compliance for their storage systems, and follow-up guidance was provided. Among these, 12 business units still require improvement. A total of 48 storage system soil gas monitoring well tests were conducted, and 24 stations had deficiencies. As of mid-December, 10 stations are still being improved. For oil and gas detection, one station (Shanlong Wuci gas station) exceeded warning values for PID, FID, and LEL%.\nThe high-pollution potential industrial areas in the Datuliao Zhen District mainly fall around the Dawei Road area. In the Azauwu Second Zhen District, zinc and other complex pollutants are still entering the irrigation channels, and future preventive management and site inspections are recommended for the industries in these areas.\nThis year, two industrial briefing sessions were completed, meeting the performance evaluation requirements. Site inspections were conducted for Group A industries, and three businesses were selected for verification. Two businesses had soils exceeding control standards, while one business had soils with heavy metals below the monitoring standards. Industries with a REC score less than 8 were recommended to be moved to Group B, and businesses were requested to report their self-pollution prevention plans. Group B industries had site inspections from September 26 to October 15, where one business needed to apply for a downgrade to Group C, and another upgraded to Group A.\nThis year's public industrial land verification was completed for Xieyu Co., Ltd. in Tanzi, with the result showing that the eight heavy metals at all points were below the soil pollution monitoring standards. However, TPH at points S01 and S03 exceeded the soil pollution control standards, and relevant control measures are recommended. Additionally, Xieyu Co. should conduct supplementary surveys and improvement work on the soil and groundwater at the site.\nThis year, the installation of one standard well (B00608) and three simplified wells (B00609, B00610, B00611) was completed, along with 13 samples of groundwater volatile organic compounds and 4 samples for carbon isotope analysis. According to the investigation results, the pollution plume remains confined to the area of the Taiwan Agricultural Company and the Xiehe section (plot 200).\nHongshu Co. filed an appeal on December 20, 2024, against the Environmental Protection Bureau's decision. The appeal was rejected in the decision made on November 25, 2024.\nA briefing session on the installation of solar photovoltaic systems was held on March 29, 2024, at the Wenxin Second City Hall with 78 businesses and 86 people attending.",
        "proj_year": "113",
        "org_name": "臺中市政府環境保護局",
        "exe_unit": "靖業工程顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130011930",
        "publish_date": "20250113"
    },
    {
        "chi_title": "113年電腦影像輔助辨識都市環境害蟲技術開發計畫",
        "chi_subject": "隨著都市化快速發展，人口大量遷移至都市，充足的食物和適宜的棲息地為昆蟲提供了理想的繁殖和生存環境，近年來氣候變遷也對都市害蟲的種類與分布產生了顯著影響。不同害蟲的防治方法各異，自動化且準確辨識害蟲，成為有效防治都市害蟲的關鍵。透過先進的影像辨識技術，人工智慧（AI）能快速且準確地辨識各種害蟲。本計畫建立針對十四種常見都市害蟲的影像辨識模型，透過影像訓練與測試、並將模型經標籤化處理後，辨識準確度達0.9以上。本計畫同時在台灣西部10個地點，利用捕蟑屋與捕蠅紙進行6個月的每月調查。結果顯示，室內環境中的節肢動物組成主要影響因子為緯度變化和黏紙陷阱誘引方式，而非環境類型的不同。南部的物種數明顯多於北部與中部，昆蟲的種類與數量組成受到緯度相關的氣候條件影響。本計畫亦分析居家昆蟲智慧辨識系統的應用模式，訓練模型在不同設備中的應用具有不同效能與成本表現。在輕量化的邊緣設備上，可以低計算成本達到足夠準確度。未來若將此系統整合至手機APP或網頁端，能為民眾提供實用的害蟲辨識工具。我們規劃建置常見節肢動物辨識、生物學資料與防治建議的居家昆蟲資料庫，期望透過多場景應用優化昆蟲辨識的效能與使用體驗。",
        "eng_title": "Project for Developing Computer Vision-Assisted Technology for Urban Pest Identification in 2024",
        "eng_subject": "With rapid urbanization, large-scale migration to cities has led to a concentration of food sources and suitable habitats, providing ideal conditions for insects to breed and thrive. In recent years, climate change has significantly\nimpacted the types and distribution of urban pests. Effective pest control relies on the ability to accurately and automatically identify pests, as different species require different control methods. Advanced image recognition technology, powered by artificial intelligence (AI), enables the rapid and accurate identification of various pests.This project developed image recognition models for 14 common urban pests. After training and testing with labeled image datasets, the models achieved an identification accuracy of over 0.9. Additionally, a six-month survey was conducted at 10 locations in western Taiwan using sticky traps and flypaper. The results indicated that latitude variation and the type of bait used in sticky traps, rather than environmental type, were the primary factors affecting the composition of arthropods in indoor environments. The species diversity in southern Taiwan was significantly higher than in northern and central regions, influenced by latitude-related climatic conditions. The project also analyzed application models for smart insect identification systems in residential settings. Testing revealed varying performance and cost-effectiveness across different devices. Lightweight edge devices achieved sufficient accuracy at low computational costs. Integrating this system into mobile apps or web platforms could provide practical pest identification tools for the general public. Additionally, plans are underway to create a household insect database, which will include identification features, biological information, and pest control recommendations for common arthropods. Through multi-scenario applications, this initiative aims to enhance the effectiveness and user experience of insect identification systems.",
        "proj_year": "113",
        "org_name": "化學署危害控制組",
        "exe_unit": "國立中興大學",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130000567",
        "publish_date": "20251028"
    },
    {
        "chi_title": "112年新竹市垃圾全分類零廢棄方案第一階段執行計畫",
        "chi_subject": "本計畫分3子計畫辦理\n1.「一般廢棄物(廢玻璃)回收再製玻璃工藝品研究計畫」。\n2.「新竹市購置清除處理運具計畫(小貨車、資源回收車」。\n3.低碳環境教育中心戶外環境第二期優化計畫。",
        "eng_title": "112 The first phase implementation plan of Hsinchu City’s comprehensive garbage classification and zero waste plan",
        "eng_subject": "This project is divided into 3 sub-projects\n1. Research Project on the Recycling of General Waste (Waste Glass) into Glass Crafts.\n2. Hsinchu City's plan to purchase removal and disposal vehicles (small trucks, resource recycling trucks).\n3. The second phase of the outdoor environment optimization plan of the Low Carbon Environmental Education Center.",
        "proj_year": "112",
        "org_name": "新竹市環境保護局",
        "exe_unit": "安鼎行銷藝術有限公司\/有曜興業有限公司\/福昇汽車股份有限公司\/若水生態綠化有限公司\/太柱企業社",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1123973879",
        "publish_date": "20250117"
    },
    {
        "chi_title": "嘉義縣-112年嘉義縣水體整治水質監測管理效益評估計畫",
        "chi_subject": "為有效掌握及改善各流域水體水質狀況，於每月彙整更新環境部及環保局河川水質監測站之水質數據，以了解目前水質現況，更進行61點位之豐、枯水期水質水量調查工作，藉由在污染較為嚴重之河段上、下游進行補充調查，分段檢測以縮小污染範圍，進一步了解各河段之污染來源。 在下水道建設尚未普及前，嘉義縣已陸續完成多項現地水質改善設施，後續維持其水質改善並提升設施之功能效益，及有效的依據規劃作業，推動其他水環境改善之相關計畫，亦是河川污染整治之工作重點。 本計畫不定期至現地處理設施、親水公園或生態園區進行查核，並於每月進行現地處理設施水質檢測、每季進行水量檢測，以得知其各場址處理成效及處理量。 另協助查核轄內應設置水質水量自動監測與攝錄影監視設施業者相關設施及措施之穩定操作等。",
        "eng_title": "Benefit Assessment  plan of Water Quality improvement ,Monitoring and Management for Chiayi County,2023",
        "eng_subject": "The most important rivers in Chiayi County include Puzi Creek, Beigang Creek and Bazhang Creek. that are polluted by wastewater discharged from domestic, factory and livestock. In order to effectively understand and improve the water quality conditions , the Chiayi County Environmental Protection Bureau aims to use active inspection ＆ control, tracking guidance and improvement, domestic wastewater reduction, Pollution Prevention and Control Publicity Work and Guidance and Promotion of the Use of Biogas Residue and Biogas Slurry in Agricultural Land, etc., actively control the water pollution and eliminate illegal wastewater discharges and promote environmental protection laws ＆ policies related to livestock. \n\nIn order to effectively grasp and improve the water quality in various river basins, the water quality data of the MOENV(Ministry of Environment) and the River Water Quality Monitoring Station of the Environmental Protection Bureau are compiled and updated every month to understand the current water quality situation, and the water quality and quantity survey of 61points during the abundant and dry periods is carried out, and supplementary surveys are carried out in the upper and lower reaches of the more polluted river sections, and the pollution scope is narrowed down by section, so as to further understand the pollution sources of each river section. Before the construction of sewers, Chiayi County has successively completed a number of on-site water quality improvement facilities, and the subsequent maintenance of its water quality improvement and enhancement of the functional benefits of the facilities, as well as effective planning operations, to promote other water environment improvement related plans, is also the focus of river pollution remediation. The Scheme conducts inspections at on-site treatment facilities, water parks or eco-parks from time to time, and conducts water quality tests at on-site treatment facilities every month and water quantity tests every quarter to ascertain the treatment effectiveness and treatment capacity of each site. In addition, assist in checking the automatic monitoring of water quality and quantity, as well as video surveillance facilities, and the stable operation of relevant facilities and measures of the operator in the jurisdiction.",
        "proj_year": "112",
        "org_name": "嘉義縣環境保護局",
        "exe_unit": "技佳工程科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1123969800",
        "publish_date": "20250117"
    },
    {
        "chi_title": "112年高污染潛勢熱區水質感測器布建應用計畫",
        "chi_subject": "環境部為有效掌握我國水體環境並落實水質保護，自2017年起展開水質物聯網計畫，自感測元件研發、場域布建、資料分析及加值應用領域全面推動發展；於2019年相關硬體設備開發及作業機制完備之基礎下，環境部於2020年推動「發展及推廣水質感測器執法應用服務試驗計畫」，並於2021年推動「高污染潛勢熱區水質感測器布建應用計畫」，將環境部研發之水質感測器實際應用於各水體環境執法場域，並建立水質感測器執法應用作業指引，此外，環境部亦推動「水質感測器合辦應用計畫」，鼓勵各地方環保局運用水質感測器進行相關監測或執法作業。\n本計畫延續「發展及推廣水質感測器執法應用服務試驗計畫」及「高污染潛勢熱區水質感測器布建應用計畫」，持續與環境部水質保護司、環境部環境管理署北區環境督察大隊、農業部農田水利署，以及各地方環保局合作，運用30臺水質感測器，於河川、工業區、高污染潛勢事業周邊、灌溉渠道及輿情區域水體，總計布建45處點位，布建期間歸納出228件次水質異常事件，並於桃園市觀音工業區協助查獲11件事業非法排放事件，並透過研商會及教育訓練辦理，將本計畫執行經驗及成果推廣至相關單位參考。\n此外，考量水質感測器回傳資料龐大，為提升執行成效，縮短人工作業時間，本計畫提供自動化系統服務，提供水質趨勢分析、熱區分析、地理資訊系統、環域分析、水質異常事件分析，以及水質異常通報等服務，相關單位可透過自動化系統服務快速掌握可疑區域及事業，協助相關稽查作業應用。\n\n為提升水質感測器應用效益，本期計畫透過歷史水質感測器資料，研析歷史感測器資料與環境部水質採樣資料進行分析，以及實地於二仁溪與北港溪進行流速設備進行布設，瞭解水質與水量之間變化關聯，提供水質資料變化精確解析之參考方法。\n綜合上述成果，本計畫透過現地作業，並配合稽查單位及自動化系統服務，將水質感測器實際應用於短期稽查作業使用，並將相關經驗及成果推廣至相關單位，擴大計畫執行成效。建議未來可持續將水質感測器應用於多元場域，期望實現我國全方位的智慧化水質自動監控。",
        "eng_title": "Application Project for the Deployment of Water Quality Sensors in High-Pollution Potential Hotspots, 2023",
        "eng_subject": "To effectively monitor the water environment and protect the water quality, the Ministry of the Environment (MOENV) has launched the Water Quality Internet of Things Program since 2017. The program promoted comprehensive development, covering the R＆D of sensor components, field deployment, data analysis, and value-added applications, and promoted the Application Project for the Deployment of Water Quality Sensors in 2020 and 2021, aiming to apply water quality sensors in the water environment and establish operational guidelines for the use in law enforcement.\nThe project builds on past achievements and continues to cooperate with Department of Water Quality Protection of MOENV, Northern, Central, and Southern Branches of Environment Management Centers of Environmental Management Administration under the MOENV, and Irrigation Agency of Ministry of Agriculture to deploy 30 water quality sensors in rivers, industrial areas, high pollution potential areas, irrigation canals, and areas of public concern. A total of 45 sites were deployed during this phase of the project. 228 abnormal water quality events were detected, and 11 cases of illegal wastewater discharge were identified.\nIn addition, to enhance implementation effectiveness and reduce manual operation time, the project provides automated system services, offering water quality trend analysis, hotspot analysis, geographic information systems, environmental analysis, analysis of abnormal water quality events, and notification of abnormal water quality events. Related units can quickly detect suspicious areas and businesses through the automated system services, assisting in relevant inspection operations. \nIn order to improve the application efficiency of water quality sensors, the project analyzes historical data from water quality sensors alongside MOENV’s water quality sampling data, and deploys flow rate equipment in Erren River and Beigang River to understand the relationship between water quality and quantity, providing a reference method for accurate analysis of changes in water quality data.\nIn summary, the project implements the deployment of water quality sensors, data analysis and other related operations, and provides automated system services. In addition, through conferences and education training, the implementation experiences and results of the project have been shared with relevant units to enhance the project's overall effectiveness. It is recommended that water quality sensors be widely and continuously deployed in the future to achieve comprehensive and intelligent water quality monitoring throughout the country.",
        "proj_year": "112",
        "org_name": "環境部環境資訊科技司",
        "exe_unit": "環輿科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1123578585",
        "publish_date": "20250201"
    },
    {
        "chi_title": "112-綠島鄉及蘭嶼鄉環境衛生計畫",
        "chi_subject": "臺東縣綠島鄉及蘭嶼鄉擁有豐富的海洋生態景觀及特有的人文風情，但因地理環境因素在環境衛生上顯得較為髒亂，臺東縣環境保護局（以下簡稱環保局）加強離島兩鄉環境清潔工作加強執行以及病媒蚊防治…等，為提升離島民眾健康及觀光品質。112年度綠島鄉及蘭嶼鄉環境衛生計畫自112年1月31日至12月15日止，計畫目標及完成進度為100%，各項工作如下所述：\n一、\t僱工執行綠島鄉及蘭嶼鄉公共環境清潔維護工作共計12名人力(綠島鄉*6名、蘭嶼鄉*6名)，截至12月15日止，相關執行成果如下列：\n(一)\t公共環境清潔維護人力達2,518人日：綠島鄉清掃人力為1,266人日及蘭嶼鄉1,252人日。\n(二)\t清掃海岸線及道路公里數2,639.4公里：綠島鄉清掃1,219公里、蘭嶼鄉1,420.4公里。\n(三)\t公共環境髒亂點列管20處(綠島鄉*10處、蘭嶼鄉*10處)：巡檢清理共180處次(綠島鄉*90處次、蘭嶼鄉*90處次)。\n(四)\t清除病媒蚊孳生源20處次：綠島鄉*10處次、蘭嶼鄉*10處次。\n(五)\t累計海岸線及道路清理29,788公斤廢棄物：不可回收廢棄物17,243公斤、可回收廢棄物12,545公斤。\n二、\t完成辦理8場次環境衛生相關宣導會，共402人次參與，其中學童308人次、民眾94人次。\n \n(一)\t於5月17日(蘭嶼)、9月20日(綠島)辦理2場次環境衛生(含公廁環境清潔及衛生紙丟馬桶相關政策)宣導，計85人參與，宣導內容以環境教育宣導，提升個人維護環境衛生意識，教導衛生紙丟馬桶的必要性及5S運動如廁文化，並持續推廣環境衛生(含公廁環境清潔及衛生紙丟馬桶相關政策)，落實環境教育觀念。\n(二)\t於5月9日(蘭嶼)、9月21日(綠島)辦理2場次登革熱防治相關宣導，計129人參與，宣導內容以推廣落實「巡、倒、清、刷」四步驟，提升民眾重視環境衛生，並落實登革熱防治觀念，保障自身居住的安全。\n(三)\t於5月16日(蘭嶼)、9月11日(綠島)辦理2場次綠色旅遊、綠色消費及綠生活宣導說明會，計61人參與，宣導內容以提倡落實生活環保、支持本土產業及發展綠色產業三大面向，推動重點為綠色飲食、綠色居家、綠色辦公、綠色消費及綠色旅遊，也就是全民綠生活的概念，共同響應綠生活作為。\n(四)\t於5月10日(蘭嶼)、9月11日(綠島)辦理2場次其他環境相關宣導說明會，計127人參與，宣導內容由劇場故事表演及資源回收宣導，讓學生了解減少廢棄物的產生，促進物質回收再利用，減輕環境負荷，維護自己家鄉環境，人人都可以盡一份心力。\n三、\t完成2場次淨灘活動，共計144人次參與、 清理112.61公斤廢棄物。\n(一)\t於5月10日於蘭嶼鄉椰油灣辦理淨灘活動，邀請椰油國小師生、蘭嶼鄉公所清潔隊員、在地遊客、業者及海巡人員參與此次淨灘活動，計107人次參與，清理出54.61公斤廢棄物(可回收廢棄物37.41公斤、不可回收廢棄物17.2公斤)。\n(二)\t於9月20日於綠島鄉公館漁港辦理淨灘活動，邀請第55團普悠瑪複式童軍團學生、微笑魚工作室海洋巡守隊、綠島鄉公所及海巡人員參與此次淨灘活動，計37人次參與，清理出58公斤廢棄物(可回收37.44公斤、不可回收20.56公斤)。\n四、\t完成6處當地商家認養海灘(綠島鄉*3處、蘭嶼鄉*3處)，認養長度1698.2公尺、認養面積26,098.02平方公尺。\n五、\t完成848份綠島鄉及蘭嶼鄉環境衛生滿意度問卷調查，其中綠島鄉遊客216份與居民217份、蘭嶼鄉遊客210份、居民205份。\n六、\t於3月14日提送環境衛生宣導品購置規劃書，並於5月25日提送750份宣導品(洗保環保洗衣精*250份、泡舒洗潔精*250份、蒲公英環保洗手露*250份)。\n七、\t本計畫於8月至10月協助機關辦理臺東縣鄉鎮環境衛生考評，並彙整各鄉鎮評比分數，於10月31日協助機關辦理環境清潔競賽頒獎活動。\n八、\t綠島鄉(20間)及蘭嶼鄉(12間)列管公廁查核，完成271間次離島公廁查核作業，發現蘭嶼開元港公廁(如小便斗損壞、馬桶管線不通、天花板油漆剝落等)相關措施尚未改善，目前已暫停使用，於執行期間責請管理單位進行改善並擇期複查，後由環保局函文至管理單位限期改善，提供民眾潔淨的如廁環境。\n九、\t其他行政事項\n1.\t截至12月15日止，提送10則新聞稿。\n2.\t於1月31日提送計畫人員名冊、設備。\n3.\t於2月7日、3月9月、4月7日、5月3日、6月5日、7月 7日、8月4日、9月8日、10月6日及11月3日至機關辦理工作進度簡報。",
        "eng_title": "112 Ludao Township and Lanyu Township Environmental Sanitation Plan",
        "eng_subject": "Green Island Township and Lanyu Township in Taitung County have rich marine ecological landscapes and unique cultural customs. However, due to geographical environmental factors, the environmental sanitation is relatively dirty. The Taitung County Environmental Protection Bureau (hereinafter referred to as the Environmental Protection Bureau) The environmental cleaning work in the two townships has been strengthened, as well as the prevention and control of vector-borne mosquitoes... etc., in order to improve the health of people on the outlying islands and the quality of tourism. The environmental sanitation plan of Ludao Township and Lanyu Township is from January 31 to December 15 in 112 years. The project goal and completion progress are 100%. The various tasks are as follows:\n1. A total of 12 workers were hired to perform public environmental cleaning and maintenance work in Ludao Township and Lanyu Township (*6 in Ludao Township and 6 in Lanyu Township). As of December 15, the relevant implementation results are as follows:\n(1) The manpower for public environment cleaning and maintenance reached 2,518 man-days: the manpower for cleaning in Ludao Township was 1,266 man-days and that of Lanyu Township 1,252 man-days.\n(2) The number of kilometers of coastline and roads cleaned was 2,639.4 kilometers: 1,219 kilometers were cleaned in Ludao Township and 1,420.4 kilometers in Lanyu Township.\n(3) There are 20 dirty and messy public places under management (*10 in Ludao Township and 10 in Lanyu Township): a total of 180 inspections and cleanups (*90 in Ludao Township and 90 in Lanyu Township) Second-rate).\n(4) Eliminate 20 breeding sources of vector mosquitoes: Ludao Township*10 times, Lanyu Township*10 times.\n(5) A total of 29,788 kilograms of waste were cleared from coastlines and roads: 17,243 kilograms of non-recyclable waste and 12,545 kilograms of recyclable waste.\n2. Completed 8 environmental sanitation-related publicity meetings, with a total of 402 participants, including 308 school children and 94 citizens.\n(1) On May 17th (Lanyu) and September 20th (Green Island), 2 environmental sanitation (including public toilet environmental cleaning and policies related to toilet paper disposal) publicity were conducted, with a total of 85 people participating. The content of the publicity was as follows: Environmental education promotion, enhance personal awareness of maintaining environmental sanitation, teach the necessity of throwing toilet paper into the toilet and the 5S toilet culture, and continue to promote environmental sanitation (including public toilet environmental cleaning and toilet paper throwing related policies), and implement the concept of environmental education.\n(2) Two dengue fever prevention and control-related publicity sessions were held on May 9 (Lanyu) and September 21 (Green Island), with a total of 129 people participating. The content of the publicity was to promote the implementation of inspection, dumping, cleaning, and brushing Four steps to raise public awareness of environmental sanitation, implement the concept of dengue fever prevention and control, and ensure the safety of their own homes.\n(3) Two green tourism, green consumption and green life publicity briefings were held on May 16 (Lanyu) and September 11 (Green Island), with a total of 61 people participating. The publicity content was to promote the implementation of environmentally friendly life , support local industries and develop green industries in three major aspects, focusing on promoting green food, green homes, green offices, green consumption and green tourism, which is the concept of green life for all, and jointly respond to green life actions.\n(4) Two other environment-related publicity and briefing sessions were held on May 10 (Lanyu) and September 11 (Green Island), with a total of 127 people participating. The publicity content consisted of theater story performances and resource recycling promotions. Let students understand that everyone can do their part to reduce waste generation, promote material recycling and reuse, reduce environmental load, and maintain the environment of their hometown.\n3. Completed 2 beach cleaning activities, with a total of 144 people participating and cleaning up 112.61 kilograms of waste.",
        "proj_year": "112",
        "org_name": "臺東縣環境保護局",
        "exe_unit": "技佳工程科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1123439420",
        "publish_date": "20250108"
    },
    {
        "chi_title": "新竹縣-112年度新竹縣推動環保許可整合計畫",
        "chi_subject": "近年來因污染源製程日趨複雜，污染流向不易掌握及空、水、廢、毒化物製程相關性密切，而現行空、水、廢、毒化物等管制皆各自訂定可管理辦法，分別申請環保許可，且申請審查程序規定又不一致，以致無法掌握及管理整廠污染流向；另外，又因核發機關審查意見競合或補件次數頻繁，易造成事業單位申請程序及費用之負擔，故環保署再次於109年起精進環保許可整合策略，針對空、水、毒化物許可及廢棄物清理計畫書等四項許可進行整合，朝向一廠一證之最終目標，提升審查效率。\n有關本計畫現階段整體工作執行進度達100 %（統計期程112年01月01日至112年11月30日止），針對各項業務執行方式、內容、進度與成果詳見期中報告各章節所述，以下摘要說明：\n一、\t空、水、廢、毒環保許可整合單一窗口\n(一)\t今年度擴大辦理對象為環保署指定已取得空污許可、水污許可、廢清書以及毒性化學物質文件，其中三類以上且資本額10億元以下之事業單位（30家），另包含110年度40家優先試辦對象以及111年度50家擴大辦理對象，共計120家。\n二、\t輔導事業單位完成空、水、廢、毒污染流向圖\n(一)\t為提升事業單位對於環保許可整合的重視性，以及污染流向圖繪製之正確性，特辦理一場次「許可整合種子教師培訓作業」，藉由種子教師宣達環保署所推行之許可整合政策，目前已有6位人員完成培訓。\n(二)\t精進輔導優先試辦對象污染流向圖審查及修正作業，透過本計畫設計之污染流向圖審查意見表，彙整污染流向圖繪製之缺失並提供給事業單位進行修正。今年度應執行之60家事業單位，於9月底前皆已完成修正，並重新上傳至EMS系統（達成率100 %）。\n三、\t建立環保許可整合業務運作機制及聯合性前查作業\n(一)\t本計畫分別於112年8月11日、112年9月12日以及112年9月22日，共辦理三場次空、水、廢、毒聯合性前查作業，透過現場實地查核確認廠內領有之各類許可內容一致性，並彙整各科室相關查核意見後提供給事業單位進行補正。\n四、\t辦理許可整合相關說明會議及內部教育訓練會議\n本計畫完成1場次內部教育訓練會議及2場次許可整合相關說明會，會議辦理期程：\n(一)\t112年3月10日辦理一場次「環保局內部教育訓練」，出席率達86%，目的為讓局內各科室瞭解許可案件審查時應注意事項、判斷污染流向圖合理性及正確性，及今年度新竹縣環保許可整合及業者諮詢會審原則調整內容等。\n(二)\t112年3月30日及112年4月20日辦理「環保許可整合作業機制宣導說明會」及「環保許可整合污染流向圖實機教學說明會」共計兩場次宣導說明會，出席率分別達87 %及100 %，透過會議宣達環保署政策，藉此政策整合環保局各科室環保許可審查相關作業，並減少業者申請環保許可所需時間以及輔導業者完成流向圖繪製，以達到簡政便民之目的。",
        "eng_title": "2023 Hsinchu County Environmental Permit Integration Plan",
        "eng_subject": "In recent years, due to the increasing complexity of pollution source processes, it is difficult to grasp the pollution flow direction and the close correlation between air, water, waste and toxic substances processes. However, the current control of air, water, waste and toxic substances has their own management methods, and they apply for environmental protection permits respectively, and the application review procedures are inconsistent, so it is impossible to grasp and manage the pollution flow direction of the whole plant. In addition, due to the frequent overlapping or supplement of examination opinions by the issuing authority, it is easy to cause the burden of application procedures and expenses of public institutions. Therefore, since 109, the Environmental Protection Department has once again refined the integration strategy of environmental protection permits, integrating four permits, including air, water, toxic substances permits and waste disposal plans, towards the ultimate goal of one factory and one permit, and improving the efficiency of examination.\nAt this stage, the overall work progress of this project has reached 100% (the statistical period is from January 1, 112 to November 30, 112). The implementation methods, contents, progress and achievements of various businesses are described in various chapters of the interim report, and are summarized as follows:\nOne, air, water, waste, toxic environmental protection license integration single window\n(1) This year, 120 institutions (30) designated by the Environmental Protection Agency to have obtained air pollution permits, water pollution permits, waste clearance books and toxic chemicals documents, including more than three types of institutions with a capital of less than 1 billion yuan, 40 priority pilot projects in 110 years and 50 expanded projects in 111 years.\nTwo, counseling institutions to complete the air, water, waste and toxic pollution flow chart.\n(1) In order to enhance the importance attached by public institutions to the integration of environmental protection permits and the accuracy of drawing pollution flow maps, a training operation for seed teachers with permission to integrate was specially held. By virtue of the permission integration policy implemented by the Environmental Protection Department, six personnel have completed the training.\n(2) Intensive guidance will give priority to the trial operation of reviewing and correcting the pollution flow chart of the target, and the deficiencies in drawing the pollution flow chart will be collected through the pollution flow chart review opinion form designed in this plan and provided to the institutions for correction. The 60 institutions that should be implemented this year have all completed the revision before the end of September and uploaded them to the EMS system again (the achievement rate is 100%).\nThree, the establishment of environmental permit integration business operation mechanism and joint pre-inspection work.\n(1) This project conducted three joint pre-inspection operations of air, water, waste and poison on August 11, 112, September 12, 112 and September 22, 112, respectively, and confirmed the consistency of all kinds of licenses in the factory through on-site on-site inspection, and provided them to institutions for correction after collecting relevant inspection opinions from various departments.\nIv. Handling related explanation meetings and internal education and training meetings on license integration.\nIn this project, one internal education and training conference and two related briefing sessions on license integration have been completed. The duration of the conference is as follows:\n(1) On March 10th, 112, an Internal Education and Training of Environmental Protection Bureau was held, and the attendance rate reached 86%. The purpose was to let all departments in the bureau know the matters needing attention in the examination of licensing cases, judge the rationality and correctness of pollution flow chart, and adjust the contents of environmental protection license integration and consultation principle of operators in Hsinchu County this year.\n(2) On March 30, 112 and April 20, 112, two publicity and briefing sessions were held, namely, the publicity and briefing session on the integrated operation mechanism of environmental protection permit and the teaching briefing session on the integrated pollution flow map of environmental protection permit, with the attendance rates of 87% and 100% respectively. Through the meetings, the policies of the Environmental Protection Agency were announced, so as to integrate the relevant operations of environmental protection permit review in various departments of the Environmental Protection Agency, and reduce the time required for operators to apply for environmental protection permits and help operators complete the flow map drawing.",
        "proj_year": "112",
        "org_name": "新竹縣政府環境保護局",
        "exe_unit": "玖進股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1123193133",
        "publish_date": "20250115"
    },
    {
        "chi_title": "新竹市111年推動執行機關加強辦理資源回收工作績效考核計畫團體獎勵金",
        "chi_subject": "行政院環境保護署辦理「111年度源頭減量及資源回收績效考核計畫」於112年4月26日公布考核結果，本局獲得第2組特優獎及獲頒團體獎勵金新臺幣（下同）150萬元整。本局環境衛生管理科負責資源回收業務規劃與執行，清潔科負責資源回收物品收運業務執行。為執行源頭減量與資源回收工作所需，擬購置下列設備。為推動資源回收工作，辦理國內資源回收觀摩活動，與其他縣市進行經驗交流，藉此學習其他縣市之創新作法及辦理心得，以提高本局承辦同仁辦理資源回收之工作績效。",
        "eng_title": "The Group Incentive Award for the 2022 Hsinchu City Resource Recycling Performance Evaluation Plan Promoted and Implemented by Authorities.",
        "eng_subject": "The Environmental Protection Administration of the Executive Yuan announced the results of the 2022 Source Reduction and Resource Recycling Performance Evaluation Plan on April 26, 2023. Our bureau received the Group 2 Special Excellence Award and was granted a group incentive of NT$1.5 million. The Environmental Sanitation Management Division is responsible for the planning and execution of resource recycling tasks, while the Cleaning Division handles the collection and transportation of recyclable materials.\n\nTo meet the requirements for source reduction and resource recycling efforts, the following equipment is proposed for procurement. Additionally, to promote resource recycling efforts, domestic resource recycling observation activities will be organized to facilitate experience-sharing with other cities and counties. Through this exchange, we aim to learn about innovative practices and insights from other municipalities to enhance the performance of our staff in managing resource recycling tasks.",
        "proj_year": "112",
        "org_name": "新竹市環境保護局",
        "exe_unit": "捷寶旅行社有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1123143303",
        "publish_date": "20250120"
    },
    {
        "chi_title": "112-113年度環保集點制度推動專案工作計畫",
        "chi_subject": "為了鼓勵消費者購買環保產品，進而推動綠色產品的設計及生產，環保署推動「環保集點制度」。民眾可在購買環保產品、搭乘大眾運輸或參與環保活動時獲得綠點獎勵，綠點可用於日後折抵購買環保產品的價金，或抵扣環保旅館、環教場所等旅遊消費。舉例來說，民眾購買環保產品時每100元可獲得100綠點，相當於1元回饋；此外搭乘大眾運輸像是捷運、高鐵、公車時，每100元也可以獲得50綠點回饋。\n本計畫串聯政府機關及民間資源，執行內容包含行政作業、系統整合與維運、宣傳及活動辦理及制度精進等4面向。為擴大環保集點，透過辦理研商會及業者深度拜訪，導入財政部電子發票系統、實體與虛擬通路業者、綠色服務業者、環保產品業者及其他點數供應商；執行大眾運輸集綠點、綠色消費集點及其他環保行動集點活動；成立專案辦公室提供客服專線，處理通路、綠色產品及服務廠商介接與民眾詢答等相關行政事務。",
        "eng_title": "2023-2024 Green point system planning and building project plans",
        "eng_subject": "The Ministry of Environment (MOENV) has launched the “Green Point Program” to encourage consumers to purchase environmentally friendly and sustainable products, the so-called green products, and to inspire manufacturers to design and produce more green products. The public will earn green points when they buy green products, take public transportation, and participate in eco-friendly activities. They can redeem these green points to obtain discounts for buying green products, pay for entrance tickets to national parks, or stay in environmentally friendly hotels. For example, if a consumer purchases an item with NTD 100, he\/she will earn 100 green points, which could be redeemed for NTD 1 for buying green products or services. In addition, when a consumer takes public transportation such as MRT, railway, high-speed rail, bus, or rents a public bicycle at NTD 100, he\/she will earn 50 green points.\n    The project has gained successful collaboration with government agencies and numerous companies and institutions. It contains four major facets: administrative processes and customer service, system integration ＆ operation, promotions and events, and the regulation provisioning. To expand the scope of the pilot run, MOENV formed working groups, held seminars and forums with all parties involved, collaborated with the electronic invoice system of Ministry of Finance, and co-worked with retail channels, companies that provide environmentally friendly services, and suppliers that provide many environmentally friendly merchandise. MOENV also encourages the public to gain green points by taking public transportations, purchasing green products and participating eco-friendly activities. A project office is in place to provide customer services for companies in the green supply chain and consumers as well.",
        "proj_year": "112",
        "org_name": "環境部綜合規劃司",
        "exe_unit": "汎宇電商股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1122764216",
        "publish_date": "20250105"
    },
    {
        "chi_title": "112年新北市環境教育專案計畫",
        "chi_subject": "新北市政府環境保護局每年均辦理環境教育推廣計畫，期望透過各工作項目的推動，提升本市環境教育推動資源之強度與廣度，內化市民環境素養及生活環境品質，以達到環境永續發展。",
        "eng_title": "112 New Taipei City Environmental Education Project",
        "eng_subject": "The Environmental Protection Bureau of the New Taipei City Government conducts an environmental education promotion plan every year. It is expected that through the promotion of various work projects, the strength and breadth of the city's environmental education promotion resources will be enhanced, and the citizens' environmental literacy and living environment quality will be internalized to achieve environmental sustainability. develop.",
        "proj_year": "112",
        "org_name": "新北市政府環境保護局",
        "exe_unit": "大立環保科技有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1122562537",
        "publish_date": "20250103"
    },
    {
        "chi_title": "112年度南投縣露天燃燒及餐飲油煙管制暨環保祭祀宣導計畫",
        "chi_subject": "目前國內各縣市針對露天燃燒及紙錢減量政策都有其不同的管制作法，\n但主要目地不外乎加速改變舊傳統，以符合現代環保的方式取代，因此推動\n政策的主要難度不在於稽查與取締，而在於民眾的習慣與認知。因此，本計\n畫主要重點在於宣導民眾勿露天燃燒與推動紙錢減量。\n在露天燃燒管制方面，由於露天燃燒的性質具有短時間、高污染、高危\n險性及易遭陳情的特性，本計畫為提升轄內環境空氣品質，針對重點區域劃\n分 4 處露天燃燒管制區，除進行巡查外，並配合於轄內第一期稻作收割期間\n加強露天燃燒案件即時查處，及派遣流動廣播車加強宣導稻草資源再利用方\n法。本年度推動工作重點包括辦理有機腐化菌推廣作業、採用煙霧辨識系統\n及無人飛行載具(UAV)輔助露天燃燒巡查、發展稻草、茭白筍葉多元化再利\n用方式、生物炭爐示範推廣作業等，於推動過程中並與專家學者、中區農業\n改良場埔里分場等單位協調合作，共同為本縣環境保護盡一份心力。\n在紙錢減量推動方面，主要工作重點包括持續推動紙錢集中燃燒、環保\n寺廟輔導(含推廣環保禮炮車、紙錢集中清運、紙錢及香枝減量、設置環保金\n爐、改用 LED 燈泡等)、辦理各項宣導活動等多元化減量工作推動方式。於\n推動過程中並與各寺廟代表、外縣市環保局、民間清運業者、環保金爐業者、\n電子看板跑馬燈管理者等單位共同合作，推動紙錢源頭減量。\n餐飲業油煙與廢油水污染為造成環境污染與民眾陳情主要原因之一，依\n據中區國稅局、商業登記、埔里稽徵所資料與歷年巡查結果，篩選建立本縣\n餐飲業基本資料清冊，辦理稽巡查作業對象為遭陳業者、列管業者及新設業\n者，以及召開法規說明會及邀請專家學者進行針對屢陳情業者及自主改善業\n者進行輔導與建議。",
        "eng_title": "112th Annual Nantou County Open Burning and Restaurant Fume Control and Environmental Protection Sacrifice Promotion Plan",
        "eng_subject": "At present, various counties and cities in China have different control methods for open burning and paper money reduction policies.\nBut the main purpose is nothing more than accelerating the change of old traditions and replacing them with environmentally friendly and modern ways to promote\nThe main consumption of the policy is not inspection and ban, but the people's awareness and the result.\nThe main focus of the painting is to educate people not to burn in the open to promote the reduction of paper money.\nIn terms of open burning management, due to the characteristics of open burning properties such as short time, high pollution and high risk,\nRisky and susceptible to complaints, this plan aims to improve the ambient air quality within the jurisdiction and is planned for key areas.\nThere are 4 open burning control areas. In addition to conducting inspections, they will also cooperate with the first rice harvest period within the jurisdiction.\nStrengthen the immediate investigation and handling of open burning cases, and promptly promote the use of straw resources by mobile broadcast vehicles.\nThe focus of this year’s promotion work includes the implementation of organic spoilage bacteria promotion operations, tobacco tobacco system\nAnd unmanned aerial vehicle (UAV)-assisted aerial burning inspection, development of straw, wild rice bamboo shoots and leaves faith to benefit again\nAdoption methods, biochar stove demonstration and promotion operations, etc., and jointly promote the process with experts and scholars, and Central District Agriculture\nUnits such as the Puli Branch of the Improvement Plant coordinate and cooperate to jointly participate in environmental protection in the county and do their part.\nIn terms of promoting the reduction of paper money, the main work focuses include continuing to promote the centralized burning of paper money and environmental protection.\nTemple counseling (including promotion of environmentally friendly salute vehicles, centralized collection and transportation of paper money, reduction of paper money and incense sticks, and setting up environmental protection funds\nStoves, switching to LED light bulbs, etc.), implementing various publicity activities and other ways to firmly promote the reduction work.\nDuring the promotion process, we also worked with representatives of various temples, environmental protection bureaus of other counties and cities, private environmental protection workers, gold furnace operators,\nElectronic billboard ticker managers and other units work together to promote the reduction of paper money at its source.\nFume and waste oil and water pollution from the catering industry are one of the main causes of environmental pollution and public complaints.\nBased on the Central District Taxation Bureau, commercial surveys, Puli audit data and inspection results over the years, the county was selected and established.\nInventory of basic information on the catering industry, and the objects of audit operations are listed businesses, listed businesses and newly established businesses\nregulators, as well as formulating regulatory briefings and inviting experts and scholars to conduct targeted industries that repeatedly lodge complaints and independent improvement industries.\nProvide guidance and advice.",
        "proj_year": "112",
        "org_name": "南投縣政府環境保護局",
        "exe_unit": "華門工程顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1122549040",
        "publish_date": "20250103"
    },
    {
        "chi_title": "112~113年我國無毒家園建構研析計畫",
        "chi_subject": "化學品的製造與使用為人們帶來福祉，然而當人們大量且肆無忌憚的濫用，不僅會對你我賴以生存的環境產生影響，更會直接導致你我受到傷害。暢銷書籍「寂靜的春天」描述的情況，即是人們毫無節制使用各類化學物質的後果。因此，建立一個人們及環境均不受化學品影響的無毒家園尤為重要。\n為實踐先進國家提出的無毒家園目標，本計畫蒐整國內持久性有機污染物斯德哥爾摩公約國家實施計畫、環境荷爾蒙管理計畫、執行聯合國汞水俁公約推動計畫、全氟及多氟烷基物質(PFAS)管理行動計畫(草案)、化學農藥風險十年減半行動方案和石綿資訊專區等6項化學物質管理相關計畫，與聯合國SAICM、聯合國第五屆化學品管理會議(ICCM5)、WHO10大公衛關注化學物質、歐盟無毒環境永續發展策略、瑞典無毒家園、歐洲人類生物監測計畫、美國疾管局全國健康與營養體檢計畫和德國環境調查(GerES)等8項國際化學物質管理推動策略，並參照我國國家化學物質管理政策綱領訂定 5 大目標，整合國內各部會職掌中化學物質掌管法規與政策，透過召開專家諮詢會議、辦理工作坊及跨部會研商會議等，據此完成「我國無毒家園短中長程規劃(草案)」及「推動無毒家園行動方案(草案)」兩份報告，內容包含 24 項推動策略及132條工作項目。\n以我國國家化學物質管理政策綱領之內容為基礎，再參照先進國家或組織之相關管制策略或計畫，據以研擬我國無毒家園推動規劃及行動方案，作為政府後續施政之參考依據，俾利全面推動化學物質安全管理，在保護人體健康與環境不受化學物質使用所產生的風險威脅的同時，也增進我國各產業於國際貿易中的競爭力，實現永續發展之目標與綠色無毒家園的願景。",
        "eng_title": "2023-2024 Research and Analysis Project on Moving Towards a Non-Toxic Environment in Taiwan.",
        "eng_subject": "The manufacturing and use of chemicals bring well-being to people. However, when people abuse chemicals in large quantities and unscrupulously, it will not only affect the earth's environment, but also directly cause harm to you and me. The situation described in the world-famous book Silent Spring is the result of people's uncontrolled use of various chemical substances. Therefore, it is particularly important to create a non-toxic environment where neither people nor the environment are affected by chemicals.\nIn order to implement the non-toxic environment goals proposed by advanced countries, this plan collects 6 chemical substance management-related plans in our country: Implementation of the Stockholm Convention on Persistent Organic Pollutants, Implementation of Endocrine Disrupting Chemicals Management Plan, Implementation of the Minamata Convention on Mercury,  Per- and polyfluoroalkyl substances (PFAS) management action plan (draft), Ten-year Action Plan to Halve Chemical Pesticide Risks and Asbestos information zone. In the International Chemicals Management or Public Health Related Policies section, information was collected on the following 8 management strategies or plans, including The UN Strategic Approach to International Chemicals Management (SAICM), The 5th session of the International Conference on Chemicals Management (ICCM5), WHO 10 chemicals of Major Public Health Concern, The EU Chemicals Strategy for Sustainability – Towards a Toxic-Free Environment, The European Human Biomonitoring Initiative (HBM4EU), Sweden non-toxic everyday life plan, The U.S. National Health and Nutrition Examination Survey (NHANES) and The German Environmental Survey (GerES). Based on the above information and with reference to the National Chemical Substances Management Policy Guidelines of Taiwan, five major goals for the promotion plan for non-toxic environment of Taiwan were formulated to integrate regulations and policies related to chemical management within the responsibilities of various domestic ministries. In addition, this plan also completed the Short, Medium and Long-term Promotion Plan for a Non-Toxic Environment of Taiwan and the Action Plan by convening expert consultation meetings, workshop, and inter-departmental discussions, etc., with a total of 24 promotional strategies and 132 action items.\nThe Promotion Plan for Non-Toxic Environment of Taiwan will provide a reference for the government's subsequent policy implementation and comprehensively promote the safety management of chemicals. While human health and the environment from risks arising from the use of chemicals, it also enhances the competitiveness of various industries in international trade of Taiwan, ultimately achieving the goal of sustainable development and the vision of a green, non-toxic environment of our country.",
        "proj_year": "112",
        "org_name": "化學署綜合規劃組",
        "exe_unit": "財團法人環境資源研究發展基金會",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1122463826",
        "publish_date": "20250103"
    },
    {
        "chi_title": "112年度花蓮縣推動環保許可整合計畫",
        "chi_subject": "(一)精進輔導優先試辦對象及111年擴大對象(成果家數18家)\n檢視環保許可整合優先試辦對象（登記資本額100億元以上業者）及111年擴大對象（登記資本額10億元以上未達100億元業者）已上傳至環保署EMS之空、水、廢、毒（關注）化物污染流向圖內容，確認符合業者原許可(清書)登載事項，並輔導業者修正。\n(二)持續擴大並輔導完成繪製空、水、廢、毒（關注）化物污染流向圖(成果家數31家)\n輔導111年擴大對象以外業者（含自願、新設業者）完成空、水、廢、毒（關注）化物污染流向圖之繪製與上傳至環保署 EMS，並確認符合原許可（清書）之內容。\n(三)辦理諮詢輔導、各單位會審及意見彙整建檔(成果家數5家)\n提供優先試辦對象、111年擴大對象及111年擴大對象以外之對象（含自願、新設業者）許可(清書)申辦之諮詢與輔導，並辦理本局各業務單位間之會審作業，同時協助本局將會審之相關意見彙整建檔於環保署EMS。\n(四)辦理許可整合內部教育訓練(112年2月23日辦理1場次)\n辦理1場次內部教育訓練會議（參與單位包含轄內單一窗口、空、水、廢、毒（關注）化物各業務單位），編制相關訓練教材，並執行污染流向圖繪製、環保許可整合諮詢會審程序實場演練。\n(五)辦理宣導說明會議(112年3月29日及112年7月25日各辦理1場次)\n針對本縣相關業者辦理2場次之說明會議，包含空、水、廢、毒（關注）化物整合申辦程序之說明、污染流向圖之繪製要求與其他相關事項等。\n(六)環保許可整合單一窗口維運\n維運本局環保許可整合單一窗口，負責彙整空、水、廢、毒（關注）化物各項許可（清書）之審查意見，並協助業者與本局空、水、廢、毒（關注）化物各業務單位意見溝通；提供112年許可整合諮詢會審推動成果，包含污染流向圖輔導情形、前置諮詢及諮詢會審辦理結果、內部訓練會議、宣導說明會議等，協助彙整相關成果內容，並依環保署規定方式填報。",
        "eng_title": "112th Year Hualien County Environmental Permit Integration Project",
        "eng_subject": "(1) Improve Guidance for Priority Trial Targets and 111th Year Expansion Targets (Results: 18 businesses)\nReview the Environmental Permit Integration priority trial targets (businesses with registered capital of over 10 billion NTD) and 111th year expansion targets (businesses with registered capital between 1 billion and 10 billion NTD) to ensure the uploaded pollution flow diagrams for air, water, waste, and toxic (concerned) chemicals in the EPA's EMS system align with the details specified in the businesses' original permits (clean copy). Provide guidance to businesses for corrections.\n\n(2) Continue Expansion and Guide Completion of Pollution Flow Diagram Drawings for Air, Water, Waste, and Toxic (Concerned) Chemicals (Results: 31 businesses)\nGuide businesses beyond the 111th year expansion targets (including voluntary and newly established businesses) to complete and upload the pollution flow diagrams for air, water, waste, and toxic (concerned) chemicals to the EPA EMS system, ensuring alignment with the original permits (clean copy).\n\n(3) Provide Consultation and Guidance, Hold Review Meetings, and Compile and File Opinions (Results: 5 businesses)\nProvide consultation and guidance for priority trial targets, 111th year expansion targets, and businesses beyond the 111th year expansion targets (including voluntary and newly established businesses) on permit application processes (clean copy). Organize internal review meetings between the Bureau's business units and assist in compiling and filing related feedback in the EPA EMS system.\n\n(4) Conduct Internal Education and Training (One session held on February 23, 2024)\nHold one internal education and training session (participants include the county's single-window, air, water, waste, and toxic (concerned) chemical business units). Prepare related training materials and conduct practical exercises on drawing pollution flow diagrams and performing environmental permit integration consultation and review procedures.\n\n(5) Hold Advocacy and Briefing Sessions (One session held on March 29, 2024 and another on July 25, 2024)\nHold two briefing sessions for relevant businesses in the county, covering the integrated application procedures for air, water, waste, and toxic (concerned) chemicals, the requirements for drawing pollution flow diagrams, and other related matters.\n\n(6) Maintain the Environmental Permit Integration Single Window\nMaintain the Bureau's Environmental Permit Integration single window, responsible for compiling review feedback on air, water, waste, and toxic (concerned) chemical permits (clean copy), and facilitating communication between businesses and the Bureau's various business units. Provide the results of the 113th year environmental permit integration consultation and review promotion, including guidance on pollution flow diagrams, preliminary consultations, and review meeting outcomes, internal training sessions, and advocacy briefings. Assist in compiling related results and report them in accordance with the EPA's requirements.",
        "proj_year": "112",
        "org_name": "花蓮縣環境保護局",
        "exe_unit": "日揚環境工程有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1122413525",
        "publish_date": "20250117"
    },
    {
        "chi_title": "112-113年環保標章追蹤查核專案工作計畫",
        "chi_subject": "本計畫自112年9月計畫執行日起至113年11月29日止，已依計畫要求完成各工作項目，包括：依各年度核定之追蹤查核規劃書完成共計607件環境保護產品抽樣檢驗，共計3家次6件產品因抽檢不符合規格標準要求或因產品品質控管不佳且與原申請資料不同判定不符合，經環境部依相關規範廢止並註銷廠商之標章使用權。另完成至販售場所（含賣場、銷售點及發貨倉庫）執行產品標示查核共計1,752件，未發現環保標章產品錯誤使用環保標章之情事。並已辦理6案6件產品之違規案查核作業，確認有5案5件產品有錯誤使用環保標章之情況，查核確認廠商皆已於改善期限內完成改善，並已將追蹤查核產品資料登錄追蹤查核系統，另完成蒐集國外標章制度及國內產品追蹤查核機制，及研析國內外環保產品之法源、產品管理及對業者之規範，辦理2場次專家諮詢會議以提出追蹤管理制度精進作法及加強標示之建議，並持續配合其他相關行政工作",
        "eng_title": "2023-2024 Environmental Label Tracking and InspectionProject Plan",
        "eng_subject": "This project, conducted from September 2023 to November 29, 2024, has successfully completed all tasks as outlined in the plan. Key accomplishments include: completing 607 environmental product sampling inspections in accordance with the annual approved tracking and auditing plans. Six products from three companies were found non-compliant with specification standards or deemed inconsistent with their original application data due to poor quality control. The Ministry of Environment, following relevant regulations, revoked and canceled these companies' certification mark usage rights.\nAdditionally, a total of 1,752 product label audits were conducted at sales locations (including stores, points of sale, and distribution warehouses), and no misuse of the environmental label on certified products was identified. Investigations into six cases involving six products found that five products were confirmed to have misused the environmental label. All responsible companies rectified the identified issues within the specified improvement period.\nThe tracking and auditing system was updated with product data from inspections. Furthermore, international certification systems and domestic product tracking mechanisms were studied, alongside an analysis of legal frameworks, product management practices, and regulatory requirements for eco-friendly products domestically and internationally. Two expert consultation meetings were held to propose refined tracking management practices and enhanced labeling recommendations. Administrative support for other related tasks was also consistently provided.",
        "proj_year": "112",
        "org_name": "環境部綜合規劃司",
        "exe_unit": "財團法人環境與發展基金會",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1121855733",
        "publish_date": "20250131"
    },
    {
        "chi_title": "112-113年專業技術輔助環境執法計畫",
        "chi_subject": "本計畫執行期間自112年1月18日起至113年11月30日止，工作成果摘要如下：\n本計畫總計完成9件違反環保法令案件之不法利得計算及報告書撰寫，每案於計算過程中均召開2~3次研析會議並邀請專家學者參與討論，以完備計算成果。為提升督察人員環境執法經驗與能力，辦理3場次環境執法經驗交流會議，累計總參加人數122人。\n為使執法人員瞭解產業特性、創新防制技術及精進查處技術，本計畫辦理6場污染預防管理實廠交流會議，累計參加人數306人，其交流重點包括「還原碴安定化技術及爐碴再利用方式」、「廢液晶面板回收再利用及液晶萃取技術」、「廢水厭氧處理系統與沼氣發電系統及SRF零燃煤汽電共生鍋爐」、「塗裝製程及廢氣收集技術」、「PI薄膜製程之VOCs近全循環回收創新技術及廢水全回收零排放技術」、「高含氮廢水處理技術（含EDR水回收系統）及燃氣汽電共生系統」，以及產業推動自主管理之創新作為。\n配合機關需求辦理6場次精進環境執法策略相關會議，包括辦理4場次查緝環保犯罪案件諮詢會議，就查緝環保犯罪執行策略及環境執法議題進行深度諮詢，以及辦理2場次精進查核策略交流會議，累計參加人數293人。\n為持續精進查緝環保犯罪技術及方法，並表揚及感謝檢警環機關第一線環保犯罪執法人員之貢獻，分別於112年10月31日至11月1日及113年9月19日至9月20日辦理112年、113年全國環境執法業務研討會暨查緝環保犯罪金環獎頒獎典禮，參加人數各為141人及259人。\n為提供督察人員在跨領域專業上的協助，總計邀請30人次的專業技術人士進行諮詢與協助環境執法；另提供輔助環境執法科技工具運用，總計完成28場次遙控無人機空拍蒐證作業，並於113年8月2日至113年8月12日期間針對指定區域不明異味污染源以開徑式傅立葉轉換紅外線光譜儀(OP-FTIR)進行污染監測，以及於113年9月19日至113年9月24日期間針對指定工業區以3D-光學雷達進行污染監測。\n113年10月完成編印170本「廢棄物污染防制督察常用法規彙編手冊」，手冊內容包含60則常用法規，也完成輔助環境執法成果宣導相關紀錄影片之剪輯，影片總累計時數為6.37小時，另協助召開裁罰審核會議之行政作業及辦理臨時交辦相關工作事宜。",
        "eng_title": "2023-2024 Project of Professional Technology-Aided Environmental Enforcement.",
        "eng_subject": "The execution period of this project was from Jan 18, 2023 to Nov. 30, 2024, with outcomes summarized as below:\nCompleted under this project were the calculation of illicit profits and the composition of determination report on 9 cases of violation of environmental protection laws. During the process of determination in each case, 2 to 3 analytic meetings were held, with experts invited to attend to perfect the results of determination. In view of upgrading the experience and ability of inspectors in environmental law enforcement, we held 3 meetings on environmental law enforcement experience exchanges, to which a total of 122 people attended.\nTo allow the law enforcers to understand the industry characteristics and innovative controlling technology and to increase their audit experience at the plants, we held 6 meetings of plant experience exchange in pollution prevention and management, to which a total of 306 people attended. The plant experience exchanges focused on “technology of stabilizing reducing slag and methods of slag reuse”, “technology of recycling ＆ reusing waste LCD and liquid crystal extraction”, “wastewater anaerobic treatment system, biogas electric generation system and SRF zero-coal cogeneration boiler”, “technology of coating process and exhaust collection”, “innovative technology of near-all recycling VOCs inn PI film process and zero-emission technology of wastewater total recycle”, “technology of nitrogen-rich wastewater treatment (including EDR water recycling system) and gas-steam cogeneration system”, as well as the innovative practices industry-driven autonomous management.\nThere were 6 meetings on perfecting the strategies for environmental law enforcement held as needed by government agencies. These include 4 meetings on counseling the investigation in environmental crimes, to conduct in-depth counseling and exchanges regarding the strategies for environmental law enforcement and related issues, and 2 meetings on counseling environmental law enforcement and exchange in how to perfect investigative strategies, with a total of 293 attendants. \nIn order to continually perfect the technology and methods of investigation in enviromental crimes, and celebrate the contributions of the prosecutors and policement as the frontline environmental law enforcers , we held symposia on national enviromental law enforcement, on Oct. 31 to Nov. 1, 2023 and 19 to 20 Sept., 2024, respectively. Held at the same time was the presentation ceremony of Golden Enforcement Awards for environmental crime investigation in 2023 of 141 attendants and in 2024 of 259 attendants, respectively. \nTo provide interdisciplinary aid to the inspectors, we invited a total of 30 professional technicians to offer counsel and assistance in environmental law enforcement. In addition, our team provided auxiliary technological instruments for environmental law enforcement, which served in a total of 28 instances of aerial investigation with drones, performing pollution monitoring on polluting sources of unknown odors in designated areas during the period between Aug. 2 and Aug. 12, 2024 using Open-path Fourier Transform Infrared Spectroscopy, OP-FTIR, and on designated industrial zones during the period between Sept. 19 and Sept. 24, 2024 using Light Detection and Ranging, LiDAR.\nOctober 2024 saw the completion of compilation and printing of 170 copies of the “Handbook of common laws and regulations for inspection on waste pollution control”, which contains 60 common laws and regulations. Also completed was the editing of video recordings in relation to the outcomes of aided environmental law enforcement, totaling 6.37 hours of running. We further assisted in the administration of convening punishment review meetings as well as handled the matters that were assigned without notice.",
        "proj_year": "112",
        "org_name": "環管署環境執法組",
        "exe_unit": "台灣曼寧工程顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1121813424",
        "publish_date": "20250131"
    },
    {
        "chi_title": "112年度花蓮縣毒性及關注化學物質源頭管理計畫",
        "chi_subject": "1.辦理毒化災演練、臨場輔導及無預警測試與毒化物及食安相關宣導活動，讓轄區內相關業者及一般民眾提升防毒化災觀念。\n2.毒物及關注化學物質源頭查核管理及食安風險化學物查核，包含毒性化學物質稽查勾稽並輔導業者落實化工原料四要管理。\n3.辦理食安相關稽查。 \n4.建立健全地方安全管理及疏散避難體系。",
        "eng_title": "112 Hualien County Toxicity and Chemical Substances Source Inspection Management Plan",
        "eng_subject": "1.Organize poisonous disaster drills, on-site counseling, no-warning tests, and publicity activities related to poisoning and food safety, so that relevant businesses and the general public in the jurisdiction can enhance their awareness of poisoning and disaster prevention.\n2.Source inspection and management of toxic substances and chemical substances of concern and food safety risk chemical inspection, including toxic chemical substances inspection and supervision, and guidance for the industry to implement the four-manager management of chemical raw materials.\n3.Conduct food safety inspections.\n4.Establish and improve local safety management and evacuation systems.",
        "proj_year": "112",
        "org_name": "花蓮縣環境保護局",
        "exe_unit": "亞太環境科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1121796731",
        "publish_date": "20250102"
    },
    {
        "chi_title": "屏東縣琉球鄉112年度離島垃圾處理補助計畫-委託垃圾轉運站營運管理",
        "chi_subject": "屏東縣琉球鄉112年度離島垃圾處理補助計畫-委託垃圾轉運站營運管理",
        "eng_title": "",
        "eng_subject": "",
        "proj_year": "112",
        "org_name": "屏東縣政府環境保護局",
        "exe_unit": "聯聖工程顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1121560681",
        "publish_date": "20250103"
    },
    {
        "chi_title": "112年度補助金門縣宣導淨零綠生活暨綠色辦公、環保餐廳及旅遊推廣補助計畫",
        "chi_subject": "綠色消費係指消費者選購產品時，考量到產品對生態環境的衝擊，而選擇對環境傷害較少、甚至是有利的商品，其範圍涵蓋了產品的生產、運輸、行銷、丟棄過程、回收程度，以及產品包裝內含物。金門縣環保局希冀藉由辦理「112年度金門縣綠色生活環境營造計畫」，以「創造綠色商機推動綠色消費」為主軸，實現環境保護與經濟發展相輔相成共存共榮之理想。\n於提升民間企業及團體綠色採購金額中，9家次綠色商店申報販售綠色產品金額達1,626萬1,349元整，並已更新及維護13家非連鎖型綠色商店網站資料；已有31家民間企業、團體及社區加入綠色採購行列，申報金額達454萬4,751元整。\n推廣綠色場域、綠色消費辦理完成71場次活動，其中包含配合政府機關及民間團體活動宣導18場、學校與村里宣導38場、碳足跡標籤推廣1場、非連鎖型綠色場域合作推廣活動12場，共5,216人次參與。\n今年度輔導金湖飯店股份有限公司申請旅館業進行金級環保標章認證，已於112年11月22日通過認證；並新增4家環保旅店，及更新129家環保旅店網站資料。辦理綠色旅遊，結合環境部核定綠色旅遊旅行業者，共計出團3次，出團人數達127人。並已規劃5條轄內綠色旅遊自由行程，上架綠生活平台。\n配合推廣綠色場域、綠色消費活動，並結合綠點作為宣導品，新註冊會員贈1點，112年度新增人數已達277人次，新增會員數達成率142.05%。輔導轄內2間餐廳-金城鎮「麵屋無粹」、金湖鎮「湖光餐廳」響應環保餐廳；綠色辦公響應部分，112年共新增4所學校民間單位12家企業及3個民間團體完成響應，共計達86家次。透過金門日報廣告推廣碳足跡標籤共計4則，並完成10件碳足跡標籤商品查核。\n推廣淨零綠生活，結合局外單位辦理10場次，結合地方特色節慶-石蚵小麥文化季辦理淨零綠生活系列活動，約600人參與；前往10處社區辦理綠生活推廣活動，參與人數314人；配合金湖鎮信義新村社區村里前哨站，辦理「淨零綠生活-綠色飲食活動」，共37人參與；結合金湖鎮下莊社區成為村里前哨站，辦理「綠食無痕．地球永恆」活動，共34人參與。結合金門大學師生，辦理綠色旅遊活動，共33人參與。\n推動淨零綠生活行動計畫中，辦理跨局處淨零綠生活行動計畫相關會議2場次，擬定金門縣淨零綠生活關鍵戰略行動計畫，並彙整111年金門縣環境保護計畫成果。\n推動民間企業與團體實施綠色採購評核分數，本年度評核分數滿分為100分，截至期末報告分數為自評分數為100分。112年度機關熟悉度測驗，須測驗帳號數量為136個，已完成測驗帳號數量136個，測驗參與率100%，平均成績為98.13分。本年度截至期末報告所有項目採購金額為27,198,490元，採購環保產品總金額所有項目採購總金額26,805,234元，指定項目採購比率98.55%，參加綠色辦公響應數分數5分(滿分5分)，原始分數為88.8分，加分11分，總分為99.8分。\n推動淨零綠生活與綠色消費精進作為，結合環保旅店業者辦理綠色辦公工作坊，並輔導民間團體、企業加入綠色辦公13家次；辦理綠色旅人『金門縣綠色旅遊路線票選』抽獎活動，共計636人參與；並輔導轄內20家業者加入環保餐廳、3家業者加入環保旅店；輔導日玥居申請環保標章旅館，已於112年11月22日通過認證。\n結合下莊社區營造村里綠色生活環境，於日常生活中持續實踐綠色居家理念，共計14人參與。結合金門大學師生，辦理全民綠生活暨環境保護計畫共識營，共計39人參與。8月底辦理5場次綠生活社區宣導，提升民眾對綠色生活以及環境保護的自我覺知，共計198人參與。11月配合自掃門前雪計畫，以2場次廣播電台專訪方式，向民眾推廣綠色居家及綠色辦公；配合金門獺金杯借用服務，由金門縣環境保護局局長向民眾推廣「減少使用一次用飲料杯」及「淨零綠生活綠色消費」，減少廢棄物產生量，於11月底於名城電視台上撥出",
        "eng_title": "Green consumption refers",
        "eng_subject": "Green consumption refers to consumers considering the ecological impact of products when making purchasing decisions and choosing items that have less environmental harm or even provide benefits. This includes aspects such as production, transportation, marketing, disposal, recycling, and packaging contents of products. The Kinmen County Environmental Protection Bureau aims to realize the symbiotic relationship between environmental protection and economic development through the 2023 Kinmen County Green Living Environment Creation Project, focusing on creating green business opportunities to promote green consumption.",
        "proj_year": "112",
        "org_name": "金門縣環境保護局",
        "exe_unit": "大立環保科技有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1121294928",
        "publish_date": "20250117"
    },
    {
        "chi_title": "112年度新竹市揮發性有機物減量暨有害空氣污染物稽查管制計畫",
        "chi_subject": "彙整本計畫112年1月1日至12月31日總工作執行率已達100％，各工作分項詳述如下：\n申請、申報資料審查部分，已執行加油站相關空氣污染防制檢測及申請資料審查191件次，其中申請資料審查16件次、定檢資料審查64件次、進發油量季報審查111件次；揮發性有機物相關工廠申報資料，已執行資料審查199件次，其中固定污染源操作許可異動或展延申請95件次、半導體季報申報資料99件次、稽查檢測資料5件次。\n污染源稽巡查部分，轄內公私場所揮發性有機物法規符合度查核已執行91家次，其中非屬園區內之公私場所3家次，屬科學園區內之公私場所88家次（夜間入廠稽查3家次）。對於效能較無調節能力之非反應性防制設備（活性碳或洗滌塔），以及揮發性有機物儲槽、設備元件，亦會使用火焰離子偵測器（FID）進行效率篩測，目前此項作業共執行33家次，可完整量測防制設備前後端濃度用於估算處理效率者共有12家次，其中有3家處理效率篩測結果低於操作許可證核准值，然符合排放標準及本法相關管制規定百分之十之容許差值。後續亦對篩測未達許可證登載效率者，加強管制或安排效能驗證作業，於巡查、篩測有發現缺失者，皆請廠方於24小時內完成緊急處置，1周內提出改善規劃，並於30日內完成改善，目前皆已完成複查。另於防制設備上下游管道已完成非甲烷總碳氫化合物（NMHC）檢測7點次、排放管道揮有害空氣污染物檢測已完成4根次，其中揮發性有機物定性定量檢測發現排放管道中揮發性有機污染物，主要的物種以甲醇、丙酮、乙腈為主；無機酸污染物主要為氫氟酸、硝酸、鹽酸為主，後續將進一步調查鄰近路段異味情形，並請標的廠方提出說明或改善規劃。另對於科學園區空氣中有害空氣污染物已完成3點次，主要的物種以丁酮為主，其有害空氣污染物濃度皆低於允許暴露濃度及相關毒性危害濃度，應無造成鄰近受體健康危害之可能性，另在特殊性工業下風處有害空氣污染物環境濃度監（檢）測作業已完成6點次，檢測結果濃度皆低於周界空氣污染物排放標準及周界有害空氣污染物排放標準，亦遠低於嗅味閾值，常態情形下，應無直接造成鄰近受體異味發生之可能性，除因地形與氣候使污染物蓄積、防制設備或製程操作不當等外。\n加油站油氣回收管制部分，已完成6站次加油站氣油比及3站次氣漏檢測(管線密閉測試)及加油站柴油含硫份檢測及芳香烴抽測3樣次，本年度加油站油氣回收稽查檢測合格率每站均達97%以上，經改善及複測後妥善率達 100％；於氣漏檢測及柴油含硫份檢測及芳香烴檢測結果皆符合法規規範。\n異味陳情處理與科技執法部分，園區、加油站異味陳情案件即時處理11件次(園區異味5件、園區內吹哨者6件)，並於園區及陳情熱區安排每月2次不定點夜間巡查，如遇陳情案件頻繁或同一地點屢遭民眾陳情時，乃增加巡查頻率至每週一次或以上，遏止不當排放情事發生；為減少稽查人員夜間執行人力負荷，乃視季節風向與瞬發性異味追蹤作業需求，於科學園區白煙排放業者廠區或鄰近置高處架設影像監視系統(CCTV)確認業者排放情形。\n宣輔導活動部分，空氣污染現勘輔導已於完成3家次（昇陽國際半導體股份有限公司、世界先進積體電路股份有限公司晶圓五廠、晶元光電股份有限公司N5廠）專家學者輔導，目前業者進行改善之方案建議。；對於具減量空間減量協談部分，目前已完成5場次、加油站減量協談於9月份辦理完成；「油氣回收防制及加油跳停」相關知識宣導會1場次已於3月完成；「綠生活暨環境友善加油站」評鑑於7月至9月執行完成，並排程於12月隨環境保護局大型活動辦理頒獎表揚；「科技產業空氣暨異味污染防制」說明會1場次於9月15日辦理，邀請環境部大氣環境司戴宗良高級環境技術師，對於環境部於110年2月26日發布之「固定污染源有害空氣污染物管制及風險計畫書」相關法規及廠商應提風險管理計畫進行重點說明。\n精進作為─科學園區酸鹼排放管道氮氧化物排放查核，此工作項目對於科學園區異味熱區8家業者進行抽測，其排放管道抽測查核結果大於40ppm之氮氧化物排放業者，已安排對於異味熱區及排放量較大業者進行稽查檢測。\n精進作為─綠生活加油站，企業永續經營，本年度以南寮加油站為對象，目前該站已完成區域綠化、油氣回收設施管線汰換、機車電池交換站等硬體設施，同時亦與本市加油站商業同業公會、台灣中油股份有限公司油品行銷事業部竹苗營業處，就共同推動綠生活觀念達成共識。\n創新作為─高科技產業固定污染源溫室氣體排放潛勢調查，本計畫目前已取得高科技產業S廠依金管會需求進行溫室氣體盤查資料，初步比對固定污染源操作許可證原物料登載項目已有差異性，釐清許可證與溫盤報告書兩者防制設備、排放污染物等項目，請業者依排放污染物納入許可證規範，以利掌握科技業溫室氣體排放潛勢。\n依本年度計畫工作目標可將成效歸納為揮發性有機物排放量削減、有害空氣污染物種管制、異味管制三項指標。於揮發性有機物排放量削減一項，經目前執行稽查管制、輔導、協談等措施後，估算應有165.802公噸之揮發性有機物排放削減量；有害空氣污染物種管制一項，經以環境周界揮發性有機物定性定量檢測發現，環境周界中所測得有害空氣污染物其測值普遍小於10ppb，以有害空氣污染物環境周界標準來看，新竹科學園區空氣中的有害空氣污染物尚未有超出環境部所公告第二階段周界標準之虞；異味管制一項，本年度上半年陳情案件、異味熱區較去年度（111年）明顯減少44%。經由前述三項指標，可預期本年度應有顯著成效，顯示本計畫經歷年以來藉由培訓駐局人員專業知識、加強稽巡查頻率、改變檢測執行方式、入廠輔導等管制措施已漸顯成效。",
        "eng_title": "112 Years Hsinchu City Volatile, Mechanical Decrease, Heat and Air Pollution Pollutants, Mechanical Investigation and Management Plan",
        "eng_subject": "This program is administered the Volatile Organic Compounds(VOCs)andHazardous Air Pollutants(HAPs) emission of stationary emission sources of industrial. In this program include stationary emission sources air pollution control, gas station air pollution control, policy advocacy etc.\n\nThis year has completed works ncluded 191 administrative document review, 199 stationary emission sources inspections, 12stationary emission sources stack detections, 12 air pollution detection of gas stations, 10 air pollutants investigation of ambient, 5 counseling sessions, 2 policy advocacy conferences, 20 times of odor pollution inspection. through those pollution controls, all of 3 stationary emission source emission of exceeded the standard were detected, there are 165.8ton\/year of VOC for temporary reduction. In addition, 2 stationary emission source has emission Hazardous Air Pollutants(HAPs) , odor pollutions has decreased by 44%(Compared for 2022). In the future, excepted continuing the current work and strengthening the investigation of sources of Hazardous Air Pollutants(HAPs), ozone precursors(NOx, VOCs) should also be regulated.",
        "proj_year": "112",
        "org_name": "新竹市環境保護局",
        "exe_unit": "富聯工程顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1121256989",
        "publish_date": "20250117"
    },
    {
        "chi_title": "112年度苗栗縣石綿建材廢棄物清除處理計畫",
        "chi_subject": "石綿(Asbestos)係纖維狀水合矽酸鹽礦之總稱，主要分為蛇紋石(溫石綿，或稱白石綿)及角閃石(褐石綿、青石綿、角閃石、陽起石及透閃石)。石綿具有多種特性，包括：防火性、耐高溫、絕緣、耐磨損、耐酸鹼、耐腐蝕、耐高張力、纖維柔軟、可撓性、可紡性等，故石棉在危害資訊尚未普及的年代，石棉廣泛被應用在各種材料中，像是建材(如：屋瓦、磁磚與石棉水泥等)、摩擦類製品(如：汽車離合器、煞車及傳動套件等)、耐高溫纖維、包裝、墊片及包覆塗料等。\n隨著醫學衛生科技進步，陸續有研究報告指出，石綿纖維可能對人體有害，吸入石綿粉塵不僅會導致肺部纖維化，形成肺塵病，還可能誘發支氣管肺癌、胸腹膜間皮瘤和其他惡性腫瘤，世界衛生組織（WHO）的附屬機構國際癌症研究機構（IARC）於1973年正式指出石綿有罹癌風險，並於1977年確認石綿為一級致癌物，世界各國亦陸續減用甚至禁用石綿。我國環境部也於1989年5月，將石棉公告為第二類毒性化學物質，並於1990年至今多次修正石棉相關運作及許可用途之規定，以降低石棉在我國環境暴露的風險。\n然而，我國在1950~1980年代曾大量使用石綿做為建材，石綿雖已於1989年被環境部公告為列管毒性化學物質，逐年減少使用，但石綿引起肺癌的誘導期大約30~40年，間皮瘤則為40~50年，而一旦石綿瓦、石綿板、含石綿隔熱建材、含石綿管線等進行拆除、翻修，或天災所造成的破壞，則立即可能引發石綿的環境污染問題。\n目前全國列管之石綿瓦屋頂共238,421棟，推估含石綿屋頂建材約541,820噸，其中以臺南市、高雄市、雲林縣、嘉義縣、彰化縣為前五多之縣市。苗栗縣列管棟數為7,384棟，居全國第10位。\n故苗栗縣政府環境保護局（以下簡稱環保局或貴局）辦理本計畫，為掌握含石綿建材建築物現況，並協助家戶建築物拆除後石綿建材廢棄物妥善處理，以降低對人體與環境危害。此外，亦透過廣播及媒體託播方式，促使民眾更加了解含石綿廢棄物之危害特性及正確清理方式。",
        "eng_title": "Miaoli County Asbestos Building Materials Waste Removal and Treatment Plan in 2023",
        "eng_subject": "Asbestos is the general name for fibrous hydrated silicate minerals, mainly divided into serpentine (chrysotile, or white asbestos) and amphibole (brown asbestos, bluestone, amphibole, actinolite and tremolite). Asbestos has a variety of properties, including: fire resistance, high temperature resistance, insulation, wear resistance, acid and alkali resistance, corrosion resistance, high tension resistance, fiber softness, flexibility, spinnability, etc. Therefore, asbestos has not yet been exposed to hazard information. In the era of popularization, asbestos was widely used in various materials, such as building materials (such as roof tiles, tiles and asbestos cement, etc.), friction products (such as automobile clutches, brakes and transmission components, etc.), and high-temperature resistant fibers. , packaging, gaskets and coatings, etc.\nWith the advancement of medical and health science and technology, research reports have successively pointed out that asbestos fibers may be harmful to the human body. Inhalation of asbestos dust will not only cause pulmonary fibrosis and form pneumoconiosis, but may also induce bronchial lung cancer, thoracoperitoneal mesothelioma and For other malignant tumors, the International Agency for Research on Cancer (IARC), an affiliate of the World Health Organization (WHO), officially pointed out that asbestos poses a cancer risk in 1973, and confirmed that asbestos is a first-level carcinogen in 1977. Countries around the world have also successively reduced the risk of cancer. Use or even ban asbestos. The Ministry of Environment of my country also announced asbestos as a Category II toxic chemical substance in May 1989, and has revised the regulations on asbestos-related operations and permitted uses many times since 1990 to reduce the risk of asbestos exposure in my country's environment.\nHowever, China used a large amount of asbestos as building materials from the 1950s to the 1980s. Although asbestos was announced as a scheduled toxic chemical substance by the Ministry of Environment in 1989, its use has been reduced year by year. However, the induction period of lung cancer caused by asbestos is about 30~ 40 years, and 40 to 50 years for mesothelioma. Once asbestos tiles, asbestos boards, asbestos-containing insulation building materials, asbestos-containing pipelines, etc. are demolished or renovated, or are damaged by natural disasters, it may immediately Environmental pollution problems caused by asbestos.\nCurrently, there are 238,421 asbestos tile roofs under management nationwide, and it is estimated that asbestos-containing roof building materials are approximately 541,820 tons. Among them, Tainan City, Kaohsiung City, Yunlin County, Chiayi County, and Changhua County are the top five counties and cities. Miaoli County has 7,384 listed buildings, ranking 10th in the country.\nTherefore, the Environmental Protection Bureau of Miaoli County Government (hereinafter referred to as the Environmental Protection Bureau or your Bureau) is responsible for this project in order to understand the current situation of buildings containing asbestos building materials and assist households in properly disposing of asbestos building material waste after the buildings are demolished, so as to reduce Harmful to human body and environment. In addition, broadcasts and media broadcasts are also used to help the public better understand the hazardous characteristics of asbestos-containing waste and the correct cleaning methods.",
        "proj_year": "112",
        "org_name": "苗栗縣政府環境保護局",
        "exe_unit": "嘉德技術顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1121077633",
        "publish_date": "20250102"
    },
    {
        "chi_title": "112及113年公告指定小量繳費責任業者查定課費之查核輔導專案計畫",
        "chi_subject": "本計畫執行期限自民國１１２年１月１日起至１１３年１１月３０日止，目標係依據環境部資源循環署委辦之廢棄物清理法公告列管平均年繳費在新臺幣5萬元(含)以下之小量繳費責任業者查定課費之查核輔導工作，並分析其查核成果。本計畫目標為完成１,８００家業者之查核，截至本次期末成果報告已完成之現場查核家數為１,８０９家，達成計畫目標１０１%之查核家數。透過現場查核累計查獲應補繳金額為新臺幣４２１萬７,３０１元。\n完成現場查核之１,８０９家業者中，查獲溢報業者有１４５家及短報業者有６３７家，其中短報業者截至１１３年１０月１５日止，已有６２１家受查業者完成補繳申報作業，短漏家數補繳率為９７％；另累計已補繳金額為新臺幣３２３萬２,３７１元，到繳率為７７％。\n經輔導查核符合查定課費資格之業者計１,６２７家次，其中有２６０家次有意願採用查定課費制度，相關名單將提供循環署於後續追蹤。\n本計畫亦蒐集受查業者意見，並加以分類統計分析，以提供未來政策修訂之參考。依據本計畫之執行成果，執行團隊已提供查定課費制度修正建議及擬定未來小量計畫工作執行項目。",
        "eng_title": "Project on providing guidance and auditing of the verified operating volume or import volume of designated responsible enterprises with small fee payments (Year 2023 and 2024)",
        "eng_subject": "The project implementation period is from January 1, 2023, to November 30, 2024. The goal is to provide audit and guidance for small fee-paying responsible enterprises (with an average annual fee payment of NTD 50,000 or less) based on the Waste Disposal Act commissioned by the Resource Circulation Administration (RECA) of the Ministry of Environment, and to analyze the results of these audits. The project aims to complete audits of 1,800 enterprises, and as of this final report, on-site audits of 1,809 enterprises have been completed, achieving 101% of the project target. Through these on-site audits, a total of NTD 4,217,301 in underpaid fees has been identified.\nAmong the 1,809 enterprises audited, 145 were found to have overreported, while 637 underreported. As of October 15, 2024, 621 of the underreporting enterprises have completed the submission of the required payments, achieving a payment submission rate of 97%. The total amount collected so far is NTD 3,232,371, with a collection rate of 77%.\nA total of 1,627 enterprises were found to meet the eligibility criteria for using the fee verification system, and 260 of these expressed willingness to adopt the system. The relevant list will be provided to RECA for further follow-up.\nThe project also collected feedback from the audited enterprises, which was categorized and statistically analyzed to provide a reference for future policy revisions. Based on the project’s results, the implementation team has provided recommendations for revisions to the fee verification system and proposed future tasks for the small fee payment project.",
        "proj_year": "112",
        "org_name": "循環署回收基金管理會",
        "exe_unit": "誠品聯合會計師事務所",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1121011026",
        "publish_date": "20250101"
    },
    {
        "chi_title": "112-113年環保專案成果倉儲系統功能擴充及維運案",
        "chi_subject": "環境部與所屬機關（構）及全國各縣市環保局每年委外辦理數百件以上專案，涵蓋各項環保業務，為使專案執行過程中產生之電子檔案、資料及原始數據，有統一收納、統計及查詢，因此環境部建立了「環保專案成果倉儲系統」及「環保專案成果報告查詢系統」。\n　　本計畫主要執行行項目包含：1.檢討、新增原始數據範本，討論來蒐集不同業務單位對於資料展示、應用需求2.EPR、RDSW兩系統整併為單一系統及SOP流程3.建立廠商原始數據共享機制4.優化結案\/成果報告相似度比對功能5.新增系統管理員檢視系統使用狀況相關報表。\n\t\t環保署於112年08月22日升格為環境部，配合升格作業，系統進行組織架構、使用權限、人員帳號…等功能調整。\n因應整併後系統作業流程調整，113年09月10日環境部發布「環境部委辦專案資料蒐集標準作業流程」，說明本系統作業流程、規範。\n環保專案成果倉儲系逐年優化、蒐集資料品質，以提供更好的資料品質予產、官、學界參考利用，以期達到環保專案資料共有、專用的目標。",
        "eng_title": "The Enhancement and Maintenance of  Environmental Project Achievement Warehouse Management System(2023-2024)",
        "eng_subject": "The Ministry of the Environment, along with its affiliated agencies and environmental protection bureaus across various counties and cities, commissions hundreds of projects annually covering a wide range of environmental services. To ensure that electronic files, data, and original data generated during the execution of these projects are uniformly collected, compiled, and queried, the Ministry has established the “Environmental Protection Project Achievement Warehouse Management System (EPAW) and the  Environmental Project’s Achievement Reports Query System (EPQ).The main activities of this project include:\n1.\tReviewing and adding original data templates.\n2.\tMerging the EPR and RDSW systems into a single system along with standard operating procedures (SOP).\n3.\tEstablishing a mechanism for sharing original data among vendors.\n4.\tOptimizing the similarity comparison function for project closure\/results reports.\n5.\tAdding reports for system administrators to monitor system usage.\nOn August 22, 2023, the Environmental Protection Administration was elevated to the Ministry of the Environment. In line with this elevation, adjustments were made to the system's organizational structure, access permissions, user accounts, and other functionalities.                                    \nFollowing the integration of system operation processes, on September 10, 2024, the Ministry released the Standard Operating Procedures for Data Collection of Projects Commissioned by the Ministry of the Environment, which outlines the operational processes and regulations of this system.\nEPAW is continuously optimized each year to improve data quality, providing better quality data for reference and utilization by industry, government, and academia, aiming to achieve shared and specialized environmental project data objectives.",
        "proj_year": "112",
        "org_name": "環境部環境資訊科技司",
        "exe_unit": "環資國際有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1120971091",
        "publish_date": "20250117"
    },
    {
        "chi_title": "112-113年綠色採購制度精進及推動專案工作計畫",
        "chi_subject": "本計畫主要為推動綠色採購，涵蓋兩大面向，分別為「政府機關」、以及「民間企業及團體」。政府機關綠色採購重要推動包含：(1)綠色採購範疇擴大之評估（新增國外標章或以租代購優先推動項目增減）、(2)檢討並精進機關工程及勞務實施綠色採購，透過分析近年推動成果設定未來推動目標；並製作指引供機關推動參考、(3)對過往推動優良與待改善機關進行訪查與輔導（共訪談輔導27處機關）。綜合以上項目後，透過113、114年度「機關綠採購績效評核方法」之訂定，以利持續管考各機關綠色採購之推動成效，112年機關整體綠色採購金額達126億元，較111年增加約17億元。民間企業及團體綠色採購推動重要部分包含：(1)年度輔導家數、申報金額目標值之精進、(2)修訂表揚原則，亦相同透過113、114年度「推動民間企業及團體實施綠色採購計畫」之訂定，由各地方環保局輔導民間企業及團體實施並申報綠色採購，112年民間企業及團體整體綠色採購金額達657億元，較110年上升約61億元。\n除此之外，本計畫辦理許多培訓或會議，提升機關與民間企業及團體綠色採購知能，如配合辦理30場次機關實務教育訓練（共計2,632人參與）、4場次民間綠色採購說明會（共計532人參與）；於推動過程中亦積極與推動機關或縣市政府討論交流，辦理5場次執行會議。而對於年度績優之綠色採購推動機關與民間企業及團體，本計畫共辦理2場次公開表揚典禮，共計表揚341處機關或企業。其餘例行性作業則包含提供客服諮詢服務、並對機關\/民間申報資料執行線上審查作業等。",
        "eng_title": "2023-2024 Green Procurement and Consumption Promotion Project",
        "eng_subject": "The primary objective of this project is to promote green procurement across two key sectors: government agencies and private enterprises and organizations. Key initiatives for green procurement in government agencies include: (1) assessing the expansion of green procurement scope, such as adding international certification marks or prioritizing lease options over purchases; (2) reviewing and enhancing green procurement practices in public works and services by analyzing recent outcomes, setting future goals, and developing guidelines to assist agencies; and (3) conducting surveys and providing support to agencies with past performance requiring improvement, totaling 27 agencies visited and assisted. To further these efforts, the Government Agency Green Procurement Performance Assessment Method for 2024 and 2025 has been established to facilitate ongoing monitoring and evaluation of green procurement effectiveness. In 2023, government agencies’ total green procurement spending reached NT$12.6 billion, marking an increase of approximately NT$1.7 billion from 2022. For private enterprises and organizations, the main green procurement initiatives of this project include: (1) setting and refining annual targets for the number of companies receiving assistance and the total reported procurement amount; and (2) updating the criteria for commendation. Through the Green Procurement Implementation Plan for Private Enterprises and Organizations, set for 2024 and 2025, local environmental protection bureaus will support private entities in implementing and reporting green procurement. In 2023, private enterprises and organizations reported a total of NT$65.7 billion in green procurement, an increase of approximately NT$6.1 billion from 2022.\nThis project also organized numerous training sessions and meetings to increase green procurement knowledge and awareness among agencies, private enterprises, and organizations. These included 30 practical training sessions for agencies, with a total of 2,632 participants, and four green procurement briefings for the private sector, attended by 532 participants. Throughout the project, the team engaged in active discussions and exchanges with government agencies and local governments, holding five execution meetings. To recognize outstanding green procurement performance, this project organized two public commendation ceremonies, honoring a total of 341 agencies and enterprises. Routine activities also included providing customer support, conducting online reviews of reports submitted by agencies and private entities, and offering other related services.",
        "proj_year": "112",
        "org_name": "環境部綜合規劃司",
        "exe_unit": "環資國際有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1120903625",
        "publish_date": "20250117"
    },
    {
        "chi_title": "新竹市-112 年新竹市水污染源稽查與水污費徵收查核計畫",
        "chi_subject": "為改善新竹市轄內各河川流域水體水質，提高轄內河川流域水質品質，新竹市對於河川主要污染源之污染防治管制工作，透過污染熱區管理方式，推動「112年度新竹市水污染源稽查與水污費徵收查核計畫」，透過新竹市轄內河川流域水體水質之水污染源調查，加強列管事業稽查管制以及暗管或不明管線查處等作業，期望藉由稽查管制措施之落實，促使業者妥善操作其廢（污）水排放處理設施外，並研擬相關管制策略，以減少污染源排放，逐步改善新竹市轄內各河川流域之水體水質。",
        "eng_title": "Hsinchu City-112 Hsinchu City Water Pollution Source Audit and Water and Sewage Fee Collection Review Plan",
        "eng_subject": "To improve the water quality of various river basins within the jurisdiction of Hsinchu City and improve the water quality of river basins within its jurisdiction, Hsinchu City has implemented pollution prevention and control work on major river pollution sources through pollution hot area management methods to promote the 112th Annual Hsinchu City Water Pollution Source Inspection and Water Pollution Fee Collection and Inspection Plan, through the investigation of water pollution sources in the water quality of river basins within the jurisdiction of Hsinchu City, strengthens the inspection and control of listed enterprises and the investigation and treatment of hidden or unknown pipelines, etc. It is hoped that through the implementation of inspection and control measures, the industry will be promoted In addition to properly operating its waste (sewage) water discharge and treatment facilities, it has also developed relevant control strategies to reduce emissions from pollution sources and gradually improve the water quality of various river basins within the jurisdiction of Hsinchu City.\n​",
        "proj_year": "112",
        "org_name": "新竹市環境保護局",
        "exe_unit": "台灣曼寧工程顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1120892804",
        "publish_date": "20250117"
    },
    {
        "chi_title": "112年新竹市環境保護局宣導淨零綠生活暨綠色辦公、環保餐廳及旅遊推廣計畫",
        "chi_subject": "環境部為推動國人從日常生活力行友善環境之淨零綠生活理念，辦理綠生活輔導及宣導計畫，透過本計畫輔導普邑斯商務旅館加入環保旅店並將旅館相關資訊更新於「淨零綠生活資訊平台」；完成31家環保餐廳現場訪視查核，查核結果全數符合環保餐廳條件，無不符合或需下架情形；於淨零綠生活宣導，本計畫與台廣廣播電台合作完成2則專訪與廣播放送，另完成4則新聞稿發布。",
        "eng_title": "The 2023 Hsinchu City Environmental Protection Bureau Advocacy Plan for Promoting Net-Zero Green Living, Green Office Practices, Eco-Friendly Restaurants, and Sustainable Tourism",
        "eng_subject": "The Ministry of Environment, aiming to promote the concept of net-zero green living by encouraging citizens to adopt eco-friendly practices in their daily lives, implemented the Green Living Guidance and Advocacy Program. Through this program, the Puyisy Business Hotel was guided to join the Eco-Friendly Hotels initiative, and the hotel's relevant information was updated on the Net-Zero Green Living Information Platform.\nThe program also conducted on-site inspections and audits of 31 eco-friendly restaurants. All establishments met the requirements for eco-friendly restaurant certification, with no instances of non-compliance or removal from the list.\nFor net-zero green living advocacy, the program collaborated with Tai Guang Radio Station to complete two interviews and radio broadcasts. Additionally, four press releases were published.",
        "proj_year": "112",
        "org_name": "新竹市環境保護局",
        "exe_unit": "富聯工程顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1120833111",
        "publish_date": "20250117"
    },
    {
        "chi_title": "苗栗縣-112年度苗栗縣水污染源稽查與水污費徵收查核計畫",
        "chi_subject": "本計畫之執行重點在於協助環保局推動轄區內水污染源稽查管制工作以及水質監測工作，確實掌握苗栗縣轄區內水污染源之水污染防治現況，透過計畫之稽查管制工作，督促轄內列管之事業單位落實水污染防治設施之操作維護，達成轄內各流域測站水質改善之目標。",
        "eng_title": "2012 Miaoli County Water Pollution Source Audit and Water and Sewage Fee Collection Review and Promotion of Environmental Protection Permit Integration and Permit Review Plan",
        "eng_subject": "The focus of this project is to assist the Department of Environmental Protection in promoting the inspection and control of water pollution sources and the monitoring of water quality in Miaoli County to understand the prevention and control status of water pollution sources in Miaoli County. In addition, through the inspection and control work of this project, this project supervised and urged the entities listed under the monitoring and inspection of Miaoli County to implement the operation and maintenance of water pollution prevention and control facilities. It aims to achieve the goal of improving the water quality of the detection stations in Miaoli County.",
        "proj_year": "112",
        "org_name": "苗栗縣政府環境保護局",
        "exe_unit": "亞太環境科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1120830286",
        "publish_date": "20250101"
    },
    {
        "chi_title": "新竹市-112年推動廢棄物源頭減量及強化分類回收補助計畫",
        "chi_subject": "（一）\t推動一次用產品減量\t\n1.\t擇定特定區域或商圈輔導業者提供循環容器（餐盒、杯）借用、自備優惠、環保外送等相關服務，並建立業者基線資料及對外界宣導。\n2.\t辦理飲料店不得提供塑膠一次用飲料杯實施日期評估作業（飲料店背景調查與辦理研商會議等措施）\n3.\t辦理轄內一次用飲料杯管制對象稽查，稽查家數須達轄內業者30％以上\t\n4.\t輔導或宣導旅宿業者減少提供住宿用品\n（二）\t垃圾強制分類及垃圾減量\t\n1.\t辦理垃圾強制分類與破袋稽查\n（三）\t推廣資源再使用及延長物品生命週期\t\n1.\t每季至少辦理1場定時定點二手物市集。共計4場",
        "eng_title": "Hsinchu City - 112-year subsidy plan to promote waste source reduction and strengthen classification and recycling",
        "eng_subject": "(A) Promoting the Reduction of Single-Use Products\nSelect specific areas or business districts to guide businesses in providing services such as reusable container (lunch box, cup) rental, self-provided discounts, and eco-friendly delivery. Establish baseline data for businesses and conduct public outreach.\nConduct assessments on the implementation date for prohibiting plastic single-use beverage cups in beverage stores, including background investigations and consultation meetings.\nInspect single-use beverage cup regulations within the jurisdiction, ensuring that inspections cover at least 30% of local businesses.\nProvide guidance or advocacy for accommodation businesses to reduce the provision of disposable amenities.\n(B) Enforcing Mandatory Waste Sorting and Waste Reduction\nConduct mandatory waste sorting and spot inspections for non-compliance.\n(C) Promoting Resource Reuse and Extending the Life Cycle of Items\nOrganize at least one scheduled and fixed-location second-hand goods market per quarter, for a total of four events annually.",
        "proj_year": "112",
        "org_name": "新竹市環境保護局",
        "exe_unit": "金石山工程顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1120800762",
        "publish_date": "20250120"
    },
    {
        "chi_title": "112-113年運送及危害預防相關系統建置及提升計畫",
        "chi_subject": "本計畫目的為掌握毒性及關注化學物質運送車輛軌跡資訊，以推動毒性及關注化學物質運送管理作業，並提升毒災應變之效率。此外，配合毒性及關注化學物質管理法相關子法的發布，建置相關子系統功能，因此本計畫工作分為：（一）配合法規修訂及行政簡化更新系統規劃與功能、（二）因應應變體系需求調查與精進車機功能規格、（三）強化車輛狀態掌握性確保運送安全管理、（四）辦理審驗作業並推動業者自主管理、（五）系統效能監控與維運更新作業、(六) 精進偵測設備連線平台數據分析與即時通報功能、(七) 提升精進應變器材及偵測警報設備系統功能、(八) 精進毒性及關注化學物質聯防系統功能、(九) 強化風險等級試算及專業應變人員登載網站功能、(十) 優化毒性及關注化學物質危害預防及應變計畫填報功能、(十一) 加強防災基本資料表查詢功能，優化運送表單填報功能、(十二) 辦理系統事故速(結)報功能及責任保險登載功能之正常運作並提供例行性維運服務，以及(十三) 辦理說明會或教育訓練。\n　　本計畫在提升毒性化學物質運送管理與資訊完整性方面，依使用需求調整精進相關功能，並優化小量運送相關管理功能。在因應毒災應變體系資訊需求方面，則是完成評估介接外部單位緊急應變相關資料。針對GPS系統誤判的勾稽異常案件，已逐步分析出原因並有效地降低查核案件量，進而提升勾稽系統的品質。",
        "eng_title": "The improvement of system related to accident prevention on toxic chemical substances. (2023-2024)",
        "eng_subject": "The purpose of this project is to capture the trajectory information of vehicles transporting toxic and hazardous chemicals to promote the management of such transportation operations and enhance the efficiency of response to chemical disasters. In addition, in accordance with the release of relevant subsidiary laws of the Toxic and Hazardous Substances Management Act, subsystem functions are established. Therefore, the project is divided into the following tasks: (1) System planning and functionality update in response to regulatory revisions and administrative simplifications, (2) Investigation of contingency system needs and refinement of vehicle-machine functional specifications, (3) Enhancement of vehicle status control to ensure safe transportation management, (4) Conducting inspections and promoting voluntary management by operators, (5) System performance monitoring and maintenance update operations, (6) Improvement of data analysis and real-time notification functions for detection equipment connection platforms, (7) Enhancement of contingency equipment and detection alarm equipment system functions, (8) Improvement of the joint defense system for toxic and hazardous substances, (9) Strengthening risk level calculations and functions for professional response personnel registration websites, (10) Optimization of reporting functions for the prevention and response plans of toxic and hazardous substances, (11) Strengthening the query function for basic disaster prevention data and optimizing the transportation form reporting function, (12) Conducting the normal operation of the system accident speed (end) reporting function and responsibility insurance registration function, and providing routine maintenance services, and (13) Conducting explanatory meetings or educational training.\nThis project, in enhancing the management and information integrity of toxic chemical transportation, adjusts and refines relevant functions according to user needs and optimizes the management functions related to small-scale transportation. Regarding the information requirements for responding to chemical disaster contingency systems, the assessment of interfacing with external units for emergency response-related data has been completed. For cases of GPS system misjudgments, the reasons have been gradually analyzed and the number of audit cases effectively reduced, thereby improving the quality of the reconciliation system.",
        "proj_year": "112",
        "org_name": "化學署危害控制組",
        "exe_unit": "振興發科技有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1120745798",
        "publish_date": "20250107"
    },
    {
        "chi_title": "112-113年環境政策規劃之研析與推動相關行政支援專案工作計畫",
        "chi_subject": "本計畫自112年12月18日開始執行，涵蓋國家環境保護計畫、環境白皮書及行政支援三大核心面向。\n首先，在國家環境保護計畫方面，團隊協助彙整了113年行動措施彙整表，並於113年4月23日公告於環境部官方網站。計畫期間深入分析了109年版國家環境保護計畫，通過縱向比較歷年執行情形與橫向比較各地方政府的適用情況，並進行國際指標比較，制定國家環境保護計畫的修訂草案。隨後，復依各界意見進行修訂，重新規劃新版修訂草案架構。\n在環境白皮書部分，團隊順利完成了113年版環境白皮書的設計、資料催報、彙整、編排及校稿等工作。此次白皮書的重點是如實呈現112年度環保工作的執行情形與成效，並促進大眾對環境保護政策的進一步了解。\n最後，行政支援方面，計畫期間籌備並辦理多場與環境政策相關的會議，涵蓋人權保障、消費者保護等議題。團隊負責從會議前期作業到現場支援與後續紀錄，確保行政效率的提升，並支持環保政策的順利推行。\n這三大面向共同推動了計畫的成功執行，並有效促進了國家環保政策的推廣與落實。",
        "eng_title": "The Administrative Support Project for Research, Analysis, and Promotion of Environmental Policy Planning for 2023-2024",
        "eng_subject": "This project commenced on December 18, 2023, encompassing three core aspects: the National Environmental Protection Plan, the Environmental White Paper, and Administrative Support.\nFirst, regarding the National Environmental Protection Plan, the team compiled the 2024 Action Measures Consolidation Table, which was announced on the Ministry of Environment’s official website on April 23, 2024. During the project period, an in-depth analysis of the 2020 version of the National Environmental Protection Plan was conducted. By performing a longitudinal comparison of implementation over the years and a cross-sectional comparison of applicability across local governments, as well as benchmarking against international indicators, the team developed a draft revision of the National Environmental Protection Plan. Subsequently, the draft was revised based on feedback from various stakeholders, leading to the restructuring of the framework for the updated revision.\nFor the Environmental White Paper, the team successfully completed the design, data solicitation, compilation, layout, and proofreading of the 2024 edition. This White Paper focuses on accurately presenting the implementation and outcomes of environmental protection efforts in 2023, aiming to enhance public understanding of environmental protection policies.\nFinally, in terms of administrative support, the team organized and facilitated multiple meetings on topics related to environmental policies, including human rights protection and consumer protection. Responsibilities ranged from preparatory work before the meetings to on-site support and follow-up documentation, ensuring improved administrative efficiency and the smooth promotion of environmental policies.\nThese three core aspects collectively contributed to the successful execution of the project and effectively advanced the promotion and implementation of national environmental policies.",
        "proj_year": "112",
        "org_name": "環境部綜合規劃司",
        "exe_unit": "環資國際有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1120741006",
        "publish_date": "20250120"
    },
    {
        "chi_title": "新竹市-112年度資收關懷計畫",
        "chi_subject": "新竹市-112年度資收關懷計畫",
        "eng_title": "Hsinchu City-112 Annual Income Care Plan",
        "eng_subject": "Hsinchu City-112 Annual Income Care Plan",
        "proj_year": "112",
        "org_name": "新竹市環境保護局",
        "exe_unit": "金石山工程顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1120707616",
        "publish_date": "20250120"
    },
    {
        "chi_title": "化學物質及商品資訊蒐集與傳遞管理計畫",
        "chi_subject": "為持續精進我國化學品管理，確保化學物質使用資訊傳遞和安全，本計畫提供化學物質管理現況、進展及國際趨勢，以因應未來挑戰。「化學物質及商品資訊蒐集與傳遞管理計畫」旨在強化我國對化學物質的管理及其在商品中的資訊傳遞，確保產品使用的安全性與消費者知情權。計畫目標包括：研析化學物質及商品資訊傳遞管理制度、蒐集並分析PFAS的市場供應及其管理方式、提升運作業者與執法人員在標示及資訊傳遞的知能。\n本計畫持續關注聯合國GHS的歷年修訂重點及研析歐盟REACH規章，並蒐集歐盟、美國、韓國及日本的化學物質標示管理制度，針對含有危害物質之學童文具，可設計簡易且易於辨識之相關警告及注意事項標示，提升產品標示危害物質傳遞及透明度，同時可規劃透過跨部會合作，採分級管理方式，以達成風險管理及資訊傳遞之目標。\n另本計畫研析PFAS國內外的使用和管理現況，並辦理368份問卷資料及21家現場訪查，初步掌握國內潛在優先管制對象基線資料，以及含PFAS產品供應鏈及危害資訊傳遞情形。我國目前尚無業者自行製造PFAS，其主要來源為進口含PFAS的貨品及商品。可規劃持續追蹤本計畫盤點發現之PFAS主要用途（如電子業\/半導體業、塗料及塗層等），追溯相關貨品及商品供應商，調查下游使用者之行業別，以掌握國內含PFAS貨品及商品之運作情形。\n為提升業者及執法人員在化學物質標示及資訊傳遞上之能力，針對運作業者辦理北、中、南共3場及對執法人員共1場的教育訓練。在運作業者方面，建議未來訓練內容增加SDS製作課程，強化混合物危害分類判定原則，提升業者專業能力；而在執法人員方面，可持續進行分組活動模式，或在傳統授課上加入互動練習，建立執法人員對於查核重點認知，使查核具合理性及一致性。",
        "eng_title": "Chemical substance and product information collection and delivery management plan",
        "eng_subject": "The Chemical Substances and Product Information Collection and Transmission Management Project aims to strengthen the management of chemical substances and the transmission of relevant information in products, ensuring product safety and consumers' right to know. The project goals include analyzing systems for managing the transmission of chemical substance and product information, collecting and analyzing the market supply and management of PFAS, and enhancing the knowledge and competencies of operators and enforcement personnel regarding labeling and information transmission.\nThe project's objectives include analyzing systems for managing chemical and product information transmission, collecting and analyzing the market supply and management methods of PFAS, and enhancing the labeling and information transmission knowledge of operators and enforcement personnel.\nThe project closely monitors the key updates of the United Nations GHS over the years and studies the EU REACH regulations. It also collects chemical substance labeling management systems from the EU, the United States, South Korea, and Japan. For school supplies containing hazardous substances, the project suggests designing simple and easily recognizable warning labels and precautionary notes to improve the transparency and communication of hazard information on product labels. Additionally, cross-ministry collaboration can be planned to adopt a tiered management approach to achieve risk management and information transmission goals.\nFurthermore, the project analyzes the current domestic and international use and management of PFAS, conducting 368 surveys and 21 on-site inspections. This work has preliminarily established baseline data on potential priority control targets within the country, as well as the supply chain and hazard information transmission for PFAS-containing products. Currently, there are no manufacturers in our country producing PFAS on their own; the main source is imported goods and products containing PFAS. It is possible to plan for continuous tracking of the main uses of PFAS identified in this project (such as in the electronics\/semiconductor industry, coatings, etc.), trace the relevant suppliers of related goods and products, and investigate the industries of downstream users to understand the operation of PFAS-containing goods and products in the country.\nTo enhance the capacity of operators and enforcement personnel in chemical labeling and information transmission, the project organized three training sessions for operators in northern, central, and southern regions, and one session for enforcement personnel. For operators, future training content could include SDS preparation courses and strengthen principles for determining the hazards of mixtures to enhance professional competence. For enforcement personnel, continued use of group activities or incorporating interactive exercises into traditional lectures is recommended to build awareness of key inspection points, ensuring inspections are reasonable and consistent.",
        "proj_year": "112",
        "org_name": "化學署評估管理組",
        "exe_unit": "財團法人台灣產業服務基金會",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1120702013",
        "publish_date": "20250131"
    },
    {
        "chi_title": "苗栗縣-112年度苗栗縣推動環保許可整合計畫",
        "chi_subject": "因應污染源製程日趨複雜及考量空、水、廢、毒化物等製程具有密切關聯性，環境部針對空污、水污、毒化物許可及廢棄物清理計畫書等四項環保許可進行整合政策，透過污染流向圖使整廠的污染流向能夠更為清楚的掌握，提供整廠管理功能及節省申請許可時間；並推動諮詢會審作業、成立單一窗口，以強化事前諮詢及共同會審，並加速審查時間，減少審查意見競合，同時減輕業者退補件次數，使許可審查一致化，並以整合一廠一證為最終目標。",
        "eng_title": "Year 2023 Miaoli County Promoting the integration plan of environmental protection permits",
        "eng_subject": "In response to the increasing complexity of pollutant source processes and the close interrelatedness of air, water, waste and toxic methods, the Ministry of Environment has integrated policies for four environmental permits: air, water, toxic permits and waste clean-up plans. Through the pollution flow diagram, the pollution flow diagram of the whole plant can be more precise, providing the entire plant management function and saving the time of applying for permits. In addition, we promoted the consultation, setting up a single window to strengthen prior consultations and accelerating the reviewing time. This reduces the competition in reviewing opinions, at the same time, reduces the number of returns by the industry so that the license reviewing process is consistent, and the ultimate goal is to integrate one factory and one certificate.",
        "proj_year": "112",
        "org_name": "苗栗縣政府環境保護局",
        "exe_unit": "亞太環境科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1120700847",
        "publish_date": "20250101"
    },
    {
        "chi_title": "112-113年嘉義市空氣品質感測物聯網維運及應用計畫",
        "chi_subject": "112-113年嘉義市空氣品質感測物聯網維運及應用計畫，計畫期程自112年1月1日至113年12月15日，112年3月將轄內空品感測器全面汰舊換新，汰換為符合資安二級認證之空品感測器，並依照111年最適化點位布建200台空品感測器、11組風速風向計及7處任務行點位監測，統計112年1月至113年9月上傳完整率平均為98.06%，為求數據品質，依據環境部「空品感測物聯網物布建及數據應用指引」執行每月衰減分析、雲端巡檢，每季抽樣巡檢比對與每半年目視巡檢，透過上述方法與每日上傳率統計，若發現異常感測器則於48小時內排除，以確保數據正確性，另依「民生公共物聯網資通安全要求（03版）」所公告的各領域資安要求條文進行自評，除了確保空品感測器資訊安全外，亦把關數據收集與分析平台仍具有資安防護。\n依空間特徵及最適化點位將感測器分布細分為12群精準管理，透過大數據分析以110年為基準年，標定出5大空氣污染潛勢熱區，但因今年3月汰換空品感測器，因設備元件不同產生器差，導致112年對比先前年度改善率受器差影響，其前後比較改善率僅供參考，尚難驗證區域濃度變化趨勢、管制作為推動成效，故未免衍生非以同款設備比較基準致使難以判斷改善成果問題，爰提請將策略基準年調整為112年，統計113年1-9月PM2.5平均濃度相較112年同期改善率分別為博愛路一段及友愛路周邊改善35.2%、興業西路及康樂街周邊（含永和市場）18.7%、市中心近文化商圈34.8%、肉品市場周邊熱區3.1%與後湖工業周邊19.6%。\n為加強監測效能，善用科技輔助管制措施，本計畫深化跨域合作，橫向連結各項管制計畫，其中告警稽查計畫為112年單一年度計畫，113年無延續執行，故成果僅統計至112年，其餘計畫皆統計至113年9月，具體合作內容包含（一）告警稽查計畫合作：告警通知現場溯源，統計告警稽查計畫112年1月至10月共查核62件，經查核現場見有明顯污染源46件，污染樣態分為燃燒金紙 24 件、施放鞭炮3件、 餐飲油煙3件、揚塵 5 件、車輛怠速5件、車輛排氣6件、露天燃燒1件，見有疑似污染源4件，未見有顯著污染源11件，告警事件查獲率約82.3%；（二）柴油車管制計畫合作：果菜市場運用感測器，監測柴油車污染物濃度變化關係；（三）逸散洗街管制計畫合作：於營建工地架設TSPAI揚塵自動灑水系統（建國二村重劃工程），統計架設完成日（112年8月）至113年9月共灑水25次，平均改善效益為72.0%，113年9月27日後已移至台18線軍輝橋改建工程；另112年10月至營建工地（C612鐵路高架化工程）架設空品感測器，統計至113年9月共灑水3次，平均改善效益為81.3%；重點洗街道路分析：統計113年5月至9月，世賢路三段平均抑塵效率為6.8%，PM2.5累計削減量0.314公噸；北港路平均抑塵效率為20.2%，PM2.5累計削減量0.848公噸；文化路平均抑塵效率為9.8%，PM2.5累計削減量0.159公噸；（四）三合一管制計畫合作：於轄內3家燒烤業架設空品感測器監測，逐月觀察趨勢變化，檢視防制設備操作情形，另透過PM2.5感測濃度分析高餐飲密集區熱區（興業西路、康樂街周邊）管制成效，統計113年1月至9月PM2.5熱區改善率較112年同期改善14.9%；協助於露天燃燒區域架設AI判煙系統監控，架設期間未有露燃事件；（五）低碳運輸應用成效分析： 113年1月至9月PM2.5火車站周邊熱區空品改善率較110年同期改善36.7%，相較112年同期改善25.2%。",
        "eng_title": "The maintenance project of IoT for air quality monitoring in Chiayi City during 2023-2024",
        "eng_subject": "The maintenance project of IoT for air quality monitoring in Chiayi City during 2023-2024. The project period for this project is from January 1, 2023, to December 15, 2024. In March of 2023, all air quality sensors within the jurisdiction were upgraded to meet level 2 certification for information security. And deploy 200 air quality sensors according to the optimal points in 2022, 11 sets of wind speed and wind direction meters, as well as monitoring stations at 7 key locations, are in operation. The data upload completeness rate from January to September 2023 averaged 98.06%. To ensure data quality, we conduct monthly decay analysis, cloud inspections, quarterly random sampling checks, and comparisons, as well as visual inspections every half year, which follow the Ministry of Environment's Air Quality Sensor IoT Deployment and Data Application Guidelines. Through the above methods and daily upload rate statistics, if abnormal sensors are found, they will be eliminated within 48 hours to ensure data correctness. In addition to ensuring the security of air quality sensor information, the data collection and analysis platforms meet the information security requirements outlined in the Information and Communication Security Requirements for Civil IoT Taiwan (version 03) across various fields.\nTo effectively manage sensors based on spatial features and optimized locations, they are categorized into 12 groups. By using the baseline year of 2021 to identify 5 major air pollution potential hotspots through big data analysis. However, the change in equipment components was due to the sensor replacement in March 2024. As a result, the improvement rate in 2023 compared with the previous year was affected by the difference in equipment. The improvement rate before and after is for reference only. It is difficult to verify the regional concentration change trend and the effectiveness of control as a promotion. To avoid different benchmarks in the same device, the purpose is to adjust the strategy base year to 2023. Statistics and comparison from January to September between 2024 and 2023, the improvement rates of PM2.5 average concentration Sec. 1 of Boai Road and the surrounding areas of Youai Road improved by 35.2%. Around Xingye West Road and Kangle Street (including Yonghe Market) improved by 18.7%. The cultural business area near downtown improved by 34.8%. Hotspot areas around meat markets improved by 3.1% and Houhu Industrial area improved by 19.6%.",
        "proj_year": "112",
        "org_name": "嘉義市政府環境保護局",
        "exe_unit": "思維環境科技有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1120696154",
        "publish_date": "20250121"
    },
    {
        "chi_title": "建立化學物質災防圖資及標籤技術精進管理計畫",
        "chi_subject": "為推動毒性及關注化學物質列管業者推動數位化災防圖資，強化運作人應變預防意識，本計畫持續推動災防圖資系統應用與宣導，優化系統功能，輔導業者導入「化學物質管理及毒化災防圖資系統」建置1個示範區域（屏東科技產業園區），持續與地方環保機關輔導毒性及關注化學物質業者，更新與完備災防圖資1,936家（累計前案成果共3,793家），並優化運作場所配置圖繪製工具，新增危害辨識卡客製化資訊，協助業者同步建置危害辨識卡資訊，提供消防單位備查及災時應用，並配合目的事業主管機關，辦理各項系統操作教育訓練及諮詢服務，收集使用者意見作為系統修正參考。\n\n　　同時，持續推動化學物質標籤技術應用，強化流向追蹤管理，輔導業者應用標籤技術及雲端紀錄管理，簡化申報流程，本計畫與地方環保局合作，輔導兩條供應鏈業者導入標籤技術及雲端運作紀錄表，協助資料檢核與申報，共計14家業者，並彙整產業樣態及管理模式分析，供後續推廣作業業者導入參考，並研析與「毒性及關注化學物質登記申報系統」調和，評估單一登入功能、身分驗證與運作資料介接欄位設定，以擴大資料整合與提供更完整應用服務。",
        "eng_title": "Project for Advanced Management of Chemical Substance Map and Labeling Technology",
        "eng_subject": "To promote the digitalization of disaster prevention mapping for toxic and regulated chemical substances, and to enhance the awareness of operators in emergency response and prevention, this project continues to advance the application and advocacy of disaster prevention mapping systems. It aims to optimize system functionality and assist operators in implementing the Chemical Substance Management and Toxic Disaster Prevention Mapping System. A demonstration area (Pingtung Science and Technology Industrial Park) will be established, and ongoing guidance will be provided to local environmental protection agencies to assist operators handling toxic and regulated chemical substances. This includes updating and improving disaster prevention mapping for 1,936 establishments (cumulatively 3,793 establishments from previous projects) and optimizing tools for generating facility layout diagrams. Additionally, customized hazard identification card information will be added, helping operators to establish hazard identification card details that can be used for fire-fighting units’ reference and during emergencies. The project will also cooperate with relevant regulatory authorities to provide system operation training and consultation services, while collecting user feedback to inform future system improvements.\n\nAt the same time, the application of chemical substance labeling technology will be promoted to strengthen flow tracking and management. Operators will be guided in using labeling technology and cloud-based record management, simplifying the reporting process. In collaboration with local environmental protection bureaus, the project will assist 14 operators from two supply chains in adopting labeling technology and cloud-based operational record systems, supporting data verification and reporting. Industry patterns and management models will be compiled and analyzed for future reference when encouraging other operators to adopt similar systems. Furthermore, the project will analyze integration with the Toxic and Regulated Chemical Substances Registration and Reporting System, evaluating features such as single sign-on, identity verification, and data interface configuration, with the aim of expanding data integration and providing more comprehensive application services.",
        "proj_year": "112",
        "org_name": "化學署評估管理組",
        "exe_unit": "元緒科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1120683951",
        "publish_date": "20250201"
    },
    {
        "chi_title": "環保標章制度管理專案工作計畫",
        "chi_subject": "近年來國際上綠色商品蓬勃發展，全球環保標章因文化差異分為\n東方型與歐美型，導致驗證作業與規格標準複雜，妨礙國際接軌。我\n國驗證作業要求嚴謹，但難以管控過多項目，與綠色採購結合，審查\n流程更為必要。為克服此困難，近十年來執行單位將重點放在雙方代\n行現場查核上，可節省成本、避免規格差異，實現相互承認。這種方\n式有助於提高我國綠色產品業者的競爭力，促進國際接軌，但仍需長\n期探討以解決多重考量帶來的挑戰。\n自110 年起環境部開放在本國生產之環保標章產品可同步換證\nMIT 微笑標章，至113 年11 月，環保標章有效產品數為5,151 件，其\n中國外生產的產品數量為2,258 件，國內為2,893 件。國內產品中，\n以MIT 採認規格標準的產品數量為1,305 件，已完成轉換件數為148\n件，目前環保標章MIT 轉化率約為11.34%。持續與MIT 微笑標章執\n行單位財團法人中衛發展中心合作，推廣廠商通過環保標章可被授權\n使用MIT 微笑標章之制度，提升廠商申請環保標章的意願，增加環保\n標章申請產品數量。\n關於研（修）訂環保標章產品規格標準，本年度預計完成10 項\n標準，在研訂環保標章產品規格標準方面，已完成電冰箱、省水龍頭\n及其器材配件、旅館業、旅行業等4 項修正草案，並完成廢止螢光燈\n管、省電燈泡...等11 項廢止草案。如顯示器、生物可分解塑膠均已收\n集相關資料提送討論，可作為未來續行修正之參考。實驗室檢測項目\n認可方面，本計畫尚無檢測項目登錄提出正式認可申請，於制度說明\n中已引導實驗室向TAF 申請認證，登錄認可的項目數量減少，顯示\n環保標章之實驗室檢測制度日益成熟，無需再向環境部提出檢測項目\n登錄認可申請。於環境效益統計部分，完成統計政府、民間之綠色採\n購及環保標章用量資料量化與分析，並依據相關數據計算整體綠色採\n購創造之環境效益，其中包含節電、省水、廢棄物減量...等等面向之\n效益。\n在參與環保標章國際活動方面，於GEN 年會發表「各國共同性\n核心標準研析報告」，並協助GEN 組織進行GENICES 同行評鑑。因\n我國環保標章作業要點正在更新作業當中，尚不具備提出國際合作之環境，使原定的亞洲地區環保標章組織訪查計畫受阻，故轉往參加\n2024 全球環保標章組織。在2024 全球環保標章組織會議中，發現我\n國現有的相互承認協議多已過時，目前僅與紐西蘭、泰國和日本維持\n功能性協議。建議未來重新檢視並拓展國際合作領域。\n在未來推動民間綠色消費方面，應參考國外成功經驗並透過形象\n獎勵或實質經濟誘因，創造回饋以維持業者合作意願。應持續進行規\n格標準修訂，並廣納意見開發新標準，以避免規格標準不符合市場需\n求。對於推廣申請標章產品方面，可配合各縣市環保局推動之標章廠\n商輔導政策，邀請各環保局及其委託之輔導單位參加輔導業者申請說\n明會，使其了解如何正確輔導廠商申請環保標章，和申請過程中容易\n遇到的問題和相關的操作內容，由中央透過專業輔導機制向地方推展\n標章申請注意事項，並協助其孰悉整體申請流程，鼓勵地方環保局輔\n導當地業者申請環保標章。我國環保標章之認證方式與流程過於嚴\n謹，將不利於與其他國家進行相互承認，未來應針對驗證制度進行一\n定程度調整，避免我國標章制度不斷邊緣化。\n整體計畫依照收集國外資訊、參與國際活動、研修相關標準、獲\n證產品管理、說明推廣活動等面向維持環保標章之公正性與透明度，\n以持續增加機關與民眾對環保標章之信賴。",
        "eng_title": "Environmental Labeling System Management Project",
        "eng_subject": "In recent years, green commodities have flourished internationally.\nGlobal environmental labels are divided into Eastern and Western models\ndue to cultural differences, resulting in complex verification operations and\nstandards that hinder international alignment. Taiwan's verification process\nis rigorous but challenges arise from managing numerous items,\nnecessitating closer integration with green procurement and more\nstreamlined review procedures. To overcome these difficulties, executing\nunits have focused on mutual on-site inspections over the past decade, which\ncan reduce costs, avoid specification discrepancies, and achieve mutual\nrecognition. This approach helps enhance the competitiveness of Taiwan's\ngreen product industries and promotes international integration, though longterm\nexploration is needed to address multifaceted challenges.\nSince 2021, the Environmental Protection Administration has allowed\nenvironmental label products manufactured domestically to simultaneously\nobtain the MIT Smile Mark. As of November 2024, there are 5,151 valid\nenvironmental label products, with 2,258 from foreign production and 2,893\nfrom domestic sources. Among domestic products, 1,305 meet MIT\nrecognition standards, with 148 successfully converted, resulting in a\nconversion rate of approximately 11.34%. Continuous collaboration with the\nMIT Smile Mark executing unit, the Taiwan Productivity Center, aims to\npromote a system where manufacturers can be authorized to use the MIT\nSmile Mark through environmental labels, thereby increasing application\nwillingness and the number of environmental label products.\nRegarding the research and revision of environmental label product\nspecifications, this year planned to complete 10 standards. Modifications\nhave been completed for refrigerators, water-saving faucets and accessories,\nhotel industry, and travel industry. Eleven outdated standards for fluorescent\nlamps and energy-saving light bulbs have been abolished. Relevant data for\ndisplays and biodegradable plastics have been collected for future reference.\nRegarding laboratory testing item certification, no formal certification\napplications were submitted. The system now guides laboratories to apply\ndirectly to TAF, with reduced certification items indicating a maturing\nenvironmental label testing system, eliminating the need for environmental\ndepartment item registration.\nIn environmental benefit statistics, the project completed quantitative\nanalysis of government and private green procurement and environmental\nlabel usage data, calculating benefits across dimensions such as electricity\nsaving, water conservation, and waste reduction.\nDuring international environmental label activities, a report on\nCommon Core Standards Across Countries was presented at the GEN\nannual meeting, and assistance was provided in GENICES peer evaluation.\nDue to ongoing updates in Taiwan's environmental label operational\nguidelines, the planned Asian region organizational visits were impeded,\nleading to participation in the 2024 Global Environmental Label\nOrganization meeting. The meeting revealed that most of Taiwan's mutual\nrecognition agreements are outdated, with functional agreements maintained\nonly with New Zealand, Thailand, and Japan. Future recommendations\ninclude re-examining and expanding international cooperation domains.\nFuture promotion of private green consumption should reference\nsuccessful international experiences, potentially through image rewards or\nsubstantial economic incentives to maintain business cooperation\nwillingness. Continuous specification standard revisions and comprehensive\nfeedback collection are crucial to ensure market relevance. Collaboration\nwith municipal environmental bureaus can facilitate label application\nguidance, with central authorities providing professional support to local\nunits and encouraging local guidance for environmental label applications.\nTaiwan's certification methods and processes are overly stringent,\npotentially disadvantaging mutual recognition efforts. Future adjustments to\nthe verification system are necessary to prevent further marginalization of\nthe national label system.\nThe overall project maintains the environmental label's integrity and\ntransparency through international information collection, international\nactivity participation, standard research and modification, certified product\nmanagement, and promotional activities, continuously enhancing\ninstitutional and public trust in the environmental label.",
        "proj_year": "112",
        "org_name": "環境部綜合規劃司",
        "exe_unit": "財團法人環境與發展基金會",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1120641895",
        "publish_date": "20250123"
    },
    {
        "chi_title": "112-113年天氣型態影響空氣品質智慧評析計畫",
        "chi_subject": "為探討綜觀天氣型態與空氣品質的關聯性，本計畫持續自動更新 113年迄今之資料庫，並持續擴充資料及優化空氣品質查詢功能，包含「各污染物等級之機率統計」、「空品數據統計查詢」、「颱風空品資料庫」、「高低壓查詢」及「空品預報專區」等，提供預報員查詢歷史案例及空品污染程度、統計圖資以及輿情回應等。 \n透過中尺度流場影響臺灣空氣品質的建模分析，提供不同環境風場於西半部發生PM2.5及臭氧八小時(O3, 8hr)於污染情境時需留意的關鍵因子，並透過決策樹空品預報來快速了解未來一周內空氣品質的等級，協助預報員透過建模數據及當前的預報結果，掌握未來空品的動向。此外天氣型態伴隨的流場變動將會引起臺灣西半部臭氧污染的分布，本計畫提供2件春季臭氧好發之綜觀氣象特色及分析典型臭氧事件日始末，說明冷高壓的位移伴隨背風渦流及海陸風環流將會影響臺灣西半部受境外臭氧的影響程度以及臭氧污染傳輸累積的過程。 \n另外輔助辦理未來一周空氣品質展望、協助空氣品質污染事件分析、提供相關空氣品質模式分析空氣污染突發事件。以及製作2則科普圖文，傳達空氣品質之政策與污染成因之正確訊息，以協助民眾理解；另辦理教育訓練，與預報員即時交流最新資訊、提升作業效能。",
        "eng_title": "Intelligent assessment on the impact of weather patterns on air  quality in Taiwan in 2023-2024",
        "eng_subject": "To explore the relationship between weather patterns and air quality, this project has continued to automatically update the air quality database so far. Besides, we continue to expand data and optimize the air quality query tools, including Levels of  various pollutants probability statistics, Air quality statistical database, Typhoon associated air quality database, High and low- pressure inquiry and Air quality forecast , etc. They can provide air quality forecasters with information on historical cases, air pollution statistical information, and public opinion responses. \nThrough modeling and analysis of the impact of mesoscale flow fields on Taiwan's air quality, key factors that need to be paid attention to when PM2.5 and ozone eight hours (O3, 8hr) are generated in the western half of Taiwan by different environmental wind fields are provided. Decision tree forecasting can quickly understand the level of air quality in the next week, helping forecasters understand the future trends of air quality through historical data and current forecast results. In addition, the flow field changes associated with weather patterns will cause the distribution of ozone pollution in the western half of Taiwan. This project has provided two spring ozone-prone events with a comprehensive view of the meteorological characteristics. It analyzes the beginning and end of typical ozone event days, indicating that the displacement of cold and high pressure system is accompanied by leeward winds. Eddy flows and land-sea breeze circulation will affect the extent to which the western half of Taiwan is affected by long-range transport of ozone and the process of ozone pollution transmission and accumulation. \nIn addition, we assist in handling the air quality outlook for the coming week, assist in analyzing air quality pollution incidents, and provide relevant air product models to analyze air pollution emergencies. We also produced 2 science graphics to convey correct information on air pollution policies and pollution causes to help the public understand. And, we also conducted education and training to communicate the \nlatest information with forecasters in real time to improve operational efficiency.",
        "proj_year": "112",
        "org_name": "環境部環境資訊科技司",
        "exe_unit": "長榮大學",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1120587573",
        "publish_date": "20250120"
    },
    {
        "chi_title": "112年彰化縣推動環保許可整合計畫",
        "chi_subject": "本計畫執行期間承蒙環境部、環保局及專家學者給予指導及建議，使各項作業執行內容與進度均能符合原規劃，並順利執行完畢。本計畫各項工作內容及詳細成果，均分述於本報告各章節中，另摘要說明如下：\n（一）精進輔導優先試辦對象\n計畫執行期間共完成輔導90家優先試辦對象，檢視各類環保許可文件，確認污染流向圖符合空污、水污、廢棄物及毒化物許可內容，針對繪製上有缺失或有疑義待釐清之問題，皆已通知事業單位進行確認並輔導修正污染流向圖上傳至環境保護許可管理資訊系統（EMS）。\n（二）輔導擴大對象繪製污染流向圖\n計畫執行期間共輔導36家擴大對象，協助繪製污染流向圖並上傳至環境保護許可管理資訊系統（EMS）。透過空、水、廢、毒污染流向示意圖之繪製，審查單位可快速同時檢視各許可核定內容之一致性，確實有助掌握整廠污染流向之完整性，可提醒業者釐清及盡速辦理相關許可異動，避免因疏忽導致有違法情事產生。\n（三）輔導擴大對象辦理諮詢、會審工作\n計畫執行期間共完成10家次諮詢、會審工作（包含4家次前置諮詢輔導及6家次共同會審作業），協助彙整各單位審查意見，並將諮詢、會審相關資料上傳至環境保護許可管理資訊系統（EMS）。\n（四）宣導及其他作業\n1.為配合環保署推動環保許可整合，協助業者掌握制度規劃及相關作業流程，輔導其依現有環保許可文件完成繪製空、水、廢、毒污染流向示意圖並上傳至許可管理資訊系統(EMS系統)，計畫執行期間共完成2場次「環保許可整合及污染流向圖繪製」宣導說明會辦理。\n2. 為協助環保局各審查單位配合執行相關諮詢會審作業，有效提升許可整合推動成效，本計畫已完成辦理1場環保局內部教育訓練，針對諮詢會審程序、污染流向圖繪製等，向各科室審查單位加以說明",
        "eng_title": "2023 Project of Promoting Integration of Environmental Protection Permits in Changhua County.",
        "eng_subject": "This project has been successfully fulfilled in accordance with the predefined details and schedule thanks to the guidance and advice given by the Ministry of Environment, the EPB and multiple experts during the period of executive thereof. The tasks and results in details of this project are explained in the sections of this report and are summarized as follows:\n(A) Improve counseling priority objects\nThroughout the period of project execution, a total of 90 priority trial targets were counseled, and various environmental protection permit documents were reviewed to confirm that the pollution flow diagram complies with the permit contents of air pollution, water pollution, waste and toxic chemicals, and the deficiencies or doubts in the drawing need to be clarified, all problems have been notified to the business unit for confirmation and guidance to correct the pollution flow diagrams and upload it to the Environmental Protection Permit Management Information System (EMS).\n(B) Counseling to expand objects and draw pollution flow diagrams\nDuring the implementation of the plan, a total of 36 expand targets were assisted, and the pollution flow diagrams were drawn and uploaded to the environmental protection permit management information system (EMS). Through the drawing of air, water, waste, and toxic pollution flow diagrams, the review unit can quickly and simultaneously check the consistency of the approved content of each permit, which really helps to grasp the integrity of the pollution flow of the entire plant, and can remind the industry to clarify and apply for relevant permits as soon as possible changes to avoid illegal situations caused by negligence.\n(C) Assistance in expand objects counseling and Joint Review\nDuring the implementation of the plan, a total of 10 consultations and joint reviews were completed (including 4 pre-consultations and 6 joint reviews), assisting in the collection of review opinions of various units, and uploading consultation and joint review related materials to environmental protection permits Management Information System (EMS).\n(D) Propaganda and other operations\n1.In order to cooperate with the EPA to promote the integration of environmental protection permits, assist the industry to master the system planning and related operating procedures, and guide them to complete the drawing of air, water, waste, and toxic pollution flow diagrams according to the existing environmental protection permit documents and upload them to the permit management information system (EMS system), during the implementation of the plan, we held 2 presentations on the matters regarding promoting Integration of Environmental Protection Permits.\n2.In order to assist the review units of the EPB to cooperate in the implementation of relevant consultation and joint review operations, and effectively improve the effectiveness of permit integration and promotion, this plan has completed an internal education and training session for the EPB. Regarding the consultation review process and the drawing of pollution flow diagrams, etc., to the review units of each department to illustrate.",
        "proj_year": "112",
        "org_name": "彰化縣環境保護局",
        "exe_unit": "台灣曼寧工程顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1120520088",
        "publish_date": "20250107"
    },
    {
        "chi_title": "屏東縣琉球鄉112年度離島垃圾處理補助計畫-一般廢棄物轉運及監督",
        "chi_subject": "屏東縣琉球鄉112年度離島垃圾處理補助計畫-一般廢棄物轉運及監督",
        "eng_title": "Pingtung County Liuqiu Township 112th Annual Outlying Islands Waste Disposal Subsidy Plan-General Waste Transfer and Supervision",
        "eng_subject": "Pingtung County Liuqiu Township 112th Annual Outlying Islands Waste Disposal Subsidy Plan-General Waste Transfer and Supervision",
        "proj_year": "112",
        "org_name": "屏東縣政府環境保護局",
        "exe_unit": "聯聖工程顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1120483977",
        "publish_date": "20250103"
    },
    {
        "chi_title": "中石化(台鹼)安順廠土壤污染整治場址整治成果紀錄片建置計畫",
        "chi_subject": "本計畫執行期程自112 年11 月28 日至113 年11 月30 日，為期12 個月，透過紀錄片形式完整記錄這場污染整治工程的歷程，展現政府單位、專家學者、中石化公司及在地居民如何共同面對歷史遺留問題。計畫旨在反思經濟發展與環境保護的平衡，提醒大眾關注居住環境，為未來世代創造更乾淨健康的生活空間。茲執行期間之工作成果摘要說明如下：\n\n一、紀錄片製作\n人物訪談：完成21位受訪者訪談，包括政府機關首長、中石化公司代表、專家學者及在地居民代表。\n版本製作：完成國語版60分鐘完整版、15分鐘精華版、3分鐘濃縮版及1分鐘宣傳版，並審查與修訂；另製作英語、台語、客語及日語版本等不同語言之60分鐘完整版。\n\n二、影像紀錄書冊\n內容涵蓋污染事件始末、整治歷程與未來展望，提供平裝版與精裝版各80冊，適用於推廣與館藏。\n\n三、電子書\n影像紀錄書冊進行電子化，以支援多樣化閱覽平台使用，更加便於閱讀及推廣。\n\n四、電子有聲書\n模擬真實書本翻頁效果，搭配說書呈現，支援多樣化平台使用，適合孩童、老人及視障人士，提升觸及範圍與族群多樣性。本計畫藉由多元媒體形式保存與傳遞此事件的歷史與啟示，期望成為環境保護的重要借鏡。\n\n五、影展參展\n協助環保局將本案建置影片投稿至國際性影展，為配合本片未來使用規劃及明年度參展規劃，參加本國舉辦之國際性影展-台灣國際台灣國際紀錄片影展(Taiwan International Documentary Festival, TIDF)。",
        "eng_title": "CPDC (TAIC) An-shun site soil pollution remediation site remediation achievement documentary shooting plan",
        "eng_subject": "This project, spanning from November 28, 2023 to November 30, 2024, has\ndocumented the entire process of a pollution remediation project through a\ndocumentary film. The film showcases how government agencies, experts, the China Petrochemical Development Corporation, and local residents collectively addressed this historical environmental issue. The project aims to reflect on the balance between economic development and environmental protection, raise public awareness about living environments, and create a cleaner and healthier living space for future generations. The following is a summary of the project's accomplishments.\n\n1.Documentary Production\nInterviews: Completed interviews with 21 individuals, including government\nagency heads, representatives of CPDC Corporation, experts and scholars, and local resident representatives. Version Production: Completed a 60-minute full version in Mandarin, a 15-minute highlight version, a 3-minute condensed version, and a 1-minute promotional version,along with review and revisions. Additionally, 60-minute full versions were produced in English, Taiwanese, Hakka, and Japanese to reach a wider audience.\n\n2.Visual Record Book\nThe content covers the beginning and end of the pollution incident, the remediation process, and future prospects. A total of 80 copies each of paperback and hardcover editions were provided, suitable for promotion and archival purposes.\n\n3.E-Book\nThe visual record book was digitized to support usage on various reading platforms,making it more convenient for reading and promotion.\n\n4.Electronic Audiobook\nSimulates the effect of flipping through a real book, combined with storytelling,and supports usage on various platforms. It is suitable for children, the elderly, andvisually impaired individuals, enhancing its reach and audience diversity. This project preserves and conveys the history and lessons of this event through diverse media formats, aiming to serve as an important reference for environmental protection.\n\n5.Film Festival Participation\nAssisted the Environmental Protection Administration in submitting the film of this case to international film festivals. To align with the future usage plan of this film and the participation plan for next year, it participated in an international film festival held in Taiwan — the Taiwan International Documentary Festival (TIDF).",
        "proj_year": "112",
        "org_name": "臺南市政府環境保護局",
        "exe_unit": "技佳工程科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1120474175",
        "publish_date": "20250130"
    },
    {
        "chi_title": "112年新冠肺炎防疫廢棄物清除委託服務計畫-金門縣(111年10-12月)",
        "chi_subject": "新冠肺炎、防疫廢棄物",
        "eng_title": "112 COVID-19 Prevention Waste Removal Commission Service Plan",
        "eng_subject": "COVID-19, Epidemic prevention waste",
        "proj_year": "112",
        "org_name": "金門縣環境保護局",
        "exe_unit": "雙和企業社",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1120455770",
        "publish_date": "20250117"
    },
    {
        "chi_title": "112年度向海致敬-海岸清潔維護計畫-經常門-苗栗縣",
        "chi_subject": "本年度計畫執行期程為112年3月14日至112年11月30日，截至112年11月30日止，總執行進度為100%。\n本計畫協助環保局執行向海致敬政策，推動苗栗縣海岸環境普查作業，建立本縣海岸環境背景資料，作為後續推動海岸環境維護策略研擬之參考依據，有關各階段作業執行進度摘要說明如下：\n一、研擬海岸清理策略及規劃\n本年度於9\/21與11\/20針對歷年巡查髒亂點及環境部海廢快篩監測站髒亂點進行通盤檢討，另請第二河川分署及國有財產署於權責會議中分享海岸清理優良管理經驗，提供其他單位日後海岸清理執行內容。\n二、海岸巡檢及調查作業\n自3月至11月期間實地巡查60次，以苗栗縣竹南鎮、後龍鎮、通霄鎮及苑裡鎮海岸線，調查本縣海岸環境背景及污染特性，本年度3月至10月通報次數為26次，檢視以8月至9月期間，向較其他月份通報次數偏多，原因應為颱風影響。\n三、海岸環境淨灘活動及認養維護海岸相關會議\n苗栗縣今年民眾主動淨灘合計4003人次出席淨灘活動，淨灘辦理地點，以竹南及通霄為淨灘熱門區域；本年度海岸線媒合認養完成8家次單位認養，認養14公里，主要認養區域以竹南地區認養為大宗；本年度已於9\/21及11\/20辦理2場次權責海岸相關會議，會議中針對海岸清理現況進行缺失檢討。\n四、整合海岸環境清理作業相關成果\n本計畫除每月上傳至環保署網站登錄，並追蹤各權責單位清理海岸清理廢棄物現況，1月至11月期間海岸線總計各權責單位共計執行1,569點次之巡檢及清理作業，清除垃圾量達892.754公噸，動員人力10,358人。",
        "eng_title": "112th Annual Salute to the Sea - Coastal Cleanup Maintenance Program - Changmen - Miaoli County",
        "eng_subject": "The implementation period of this year's program was from March 14, 2012 to November 30, 2012, and as of November 30, 2012, the total implementation progress was 100%.\nThis program assists the EPA in implementing the policy of paying homage to the sea, promoting the Miaoli County Coastal Environment Survey, and establishing background information on the county's coastal environment to serve as a reference for the subsequent development of strategies for maintaining the coastal environment, and the progress of the implementation of the various phases of the program is summarized as follows:\nI. Development of coastal cleanup strategy and planning\nOn 9\/21 and 11\/20, we conducted an overall review of the dirty spots from previous inspections and the dirty spots at the Ministry of the Environment's Marine Waste Screening Station. We also invited the Second River Subdistrict Office and the Department of State Property to share their experiences of good coastal cleanup management at the Authority and Responsibility Meeting, which will provide content for the future coastal cleanups carried out by other units.\nCoastal Inspection and Investigation\nFrom March to November, 60 field inspections were conducted along the coastlines of Zhunan Township, Houlong Township, Tongxiao Township, and Yuanli Township in Miaoli County to investigate the background of the county's coastal environment and the characteristics of the pollution. 26 notifications were made from March to October, and the number of notifications made from August to September was higher than those made in the other months, which was probably due to the impact of typhoons.\nCoastal Environmental Cleanup Activities and Adoption and Maintenance Meetings\nIn Miaoli County, 4003 people attended beach cleaning activities this year on the public's own initiative, with Jhunan and Tongxiao as the most popular beach cleaning areas; this year, 8 units were adopted for 14 kilometers of the coastline, with Jhunan being the main area to be adopted; this year, 2 meetings related to coastal cleanup were held on 9\/21 and 11\/20, with a lack of review of the current status of coastal cleanups. The meeting focused on the current situation of coastal cleanup and reviewed the deficiencies.\nIntegrate the results of coastal environmental cleanup operations.\nIn addition to uploading the project to the EPD website every month and tracking the current status of coastal cleanup debris by each unit of authority and responsibility, the total number of inspections and cleanup operations carried out by each unit of authority and responsibility along the coastline from January to November totaled 1,569 points, with the amount of garbage cleared reaching 892.754 metric tons, and the number of manpower mobilized was 10,358 people.",
        "proj_year": "112",
        "org_name": "苗栗縣政府環境保護局",
        "exe_unit": "銓璟環保科技有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1120426404",
        "publish_date": "20250107"
    },
    {
        "chi_title": "112年度補助地方政府宣導淨零綠生活暨綠色辦公、環保餐廳及旅遊推廣補助計畫",
        "chi_subject": "全球暖化與氣候變遷已成為國際間關注的重要議題，在各國永續意識抬頭之下，也帶動了節能、低碳、循環綠色經濟面向，淨零碳排已是近年國際共同議題，我國淨零轉型從推動「淨零綠生活」開始，引導民眾行為改變，包括全民食、衣、住、行、育、樂、購中所產生的商業及消費使用行為。\n為推廣更多嘉義縣縣民了解淨零綠生活概念，嘉義縣環保局運用環境部補助經費，特辦理「112年度嘉義縣環境教育管理計畫」(補助地方政府宣導淨零綠生活暨綠色辦公、環保餐廳及旅遊推廣補助計畫)，希望藉由全民綠生活的推動邁向2050淨零碳排，同時結合在地環境教育設施場所或生態遊憩場域、環保餐廳、環保標章旅館、環保旅店及社區運用至活動內，透過體驗學習，將淨零綠生活概念落實於生活中，培養對於環境永續、環境行動力的公民，創造永續的嘉園，本計畫依據工作項目總計辦理了6大項:\n1.辦理推動實踐淨零綠生活相關活動，結合在地正聲與寶島聯播網廣播電台2場次\n2.辦理淨零宣導說明會4場次\n3.規劃綠色旅遊路線5條\n4.輔導在地機關或企業響應綠色辦公10家及辦理綠色辦公說明會1場\n5.輔導查核環保餐廳17間\n6.輔導環保旅店2間",
        "eng_title": "112-year Annual Chiayi County Environmental Education Management Plan Promotion Joint Project",
        "eng_subject": "Global warming and climate change have become important issues of international concern. The rise of sustainability awareness in various countries has also promoted the orientation of energy saving, low-carbon, and circular green economy. Net-zero carbon emissions have become a common international issue in recent years. China’s net Zero transformation starts from promoting net-zero green life and guides people's behavior changes, including the commercial and consumption behaviors generated by the people's food, clothing, housing, transportation, education, entertainment and shopping.\nIn order to promote more residents of Chiayi County to understand the concept of net-zero green living, the Chiayi County Environmental Protection Bureau used subsidies from the Ministry of Environment to specially implement the 112th Annual Chiayi County Environmental Education Management Plan (subsidies local governments to promote net-zero green living and green living). Offices, environmentally friendly restaurants and tourism promotion subsidy programs), hoping to move towards net-zero carbon emissions by 2050 through the promotion of green living for all, while integrating local environmental education facilities or ecological recreation areas, environmentally friendly restaurants, environmentally friendly labeled hotels, Environmentally friendly hotels and communities are used in activities, and through experiential learning, the concept of net-zero green life is implemented in life, cultivating citizens with environmental sustainability and environmental action, and creating a sustainable home. This plan is based on the work items A total of 6 major items were handled.",
        "proj_year": "112",
        "org_name": "嘉義縣環境保護局",
        "exe_unit": "磐飛科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1120420377",
        "publish_date": "20250131"
    },
    {
        "chi_title": "苗栗縣-112年推動廢棄物源頭減量及強化分類回收補助計畫",
        "chi_subject": "為推動循環經濟促進資源循環及達減碳目標，行政院核定行政院環境保護署（環保署，現改制環境部）111年陳報公共建設「減量回收及資源循環推動計畫」，計畫為期五年（112年至116年），期藉由推動「零廢棄」減少碳排放，以朝2050淨零目標邁進。\n本計畫係苗栗縣配合中央施政藍圖，依據環保署「112年度推動廢棄物源頭減量及強化分類回收補助計畫」辦理強化一次用產品減量、限塑、資源循環及相關宣導與稽查工作，從源頭減少塑膠使用、精進資源回收和廢棄物管理，以保護環境並促進永續發展。計畫執行目標可歸納為「一次用產品源頭減量」、「垃圾強制分類及垃圾減量」及「資源再使用及延長物品生命週期」三大方向。\n首要工作為推動免洗餐具及塑膠飲料杯等一次用產品源頭減量，並辦理源頭減量相關宣導活動及媒體宣傳。隨著COVID-19疫情逐漸趨緩，本計畫今年持續推展輔導餐飲業者採用循環容器，提供自備優惠業者計115家（較去年度新增92家）、提供環保外送業者計30家（較去年度新增12家）；去年度主要係針對縣政府商圈鄰近店家推動，而今年度本計畫輔導業者實際提供服務範圍遍及全縣18鄉鎮市。針對一次用飲料杯，去年度環保署升級限禁用政策，本計畫依新公告「一次用飲料杯限制使用對象及實施方式」，完成苗栗縣列管對象確認、飲料店不得提供塑膠一次用飲料杯實施日期評估與提報作業（定自113年7月1日起實施）及政令宣傳工作。又於垃圾減量方面，本計畫針對苗栗縣去年度垃圾清運量前3名之鄉鎮市：頭份市、苗栗市及竹南鎮查核垃圾分類情形，累計執行定點破袋稽查1,000袋，平均合格率為68.5%。檢查結果分類不佳者，除現場宣導外，另檢視垃圾產生源，請該鄉鎮市公所清潔隊加強執行稽查作業，宣導落實垃圾分類及減量，進以維護焚化廠壽命。最後，本計畫於推廣資源再使用及延長物品生命週期方面，針對大專院校、結合縣內機關局處活動及社區集會辦理二手物交換活動計5場次，並持續維運既有5處二手物交換站、鼓勵5處單位使用其資訊平台推送不用品再使用相關訊息，並且首度推動定時定點二手物市集，邀集在地藝術家及創業家賦予市集地方特色，以形象娃娃布偶裝互動拉近機關與民眾之距離，民眾回響熱烈。\n「淨零綠生活」為我國公布之2050淨零排放路徑的關鍵策略之一。綜上，苗栗縣期望透過本計畫輔導縣民轉變日常的消費、使用行為，以符合國家政策進而響應國際「2050淨零排放」宣示與行動，共同實現環境永續。",
        "eng_title": "Miaoli County – 112 Annual Subsidy Program for Promotion of Source Reduction and Recycling",
        "eng_subject": "In 2022, the Executive Yuan approved a five-year plan titled the Reduction Recycling and Resource Circulation Promotion Plan. To align with this national policy, the Environmental Protection Bureau of Miaoli County Government (hereinafter referred to as the Bureau) implemented initiatives targeting three main aspects: Source Reduction of Disposable Products, Waste Separation and Reduction, and Resource Reuse. Through public awareness campaigns, enforcement inspections, and community collaboration, the Bureau seeks to advance sustainable practices and enhance environmental management.\nAs the COVID-19 pandemic gradually subsides, the Bureau has supported 115 caterers in offering discounts to customers who use their own reusable containers. Among these, 30 caterers further adopted reusable container services for food delivery with guidance and support provided by the Bureau.\nIn response to the Ministry of Environment's (MOENV) further restrictions on single-use cups introduced in 2022, the Bureau investigated the usage of cups in local beverage shops. Two consultation meetings were held with shop operators, and an implementation plan was outlined. Following these efforts, the ban on plastic cups is set to take effect in Miaoli County on July 1, 2024.\nTo promote waste separation, the Bureau conducted targeted inspections in three high-waste-volume areas: Toufen City, Miaoli City, and Zhunan Township. A total of 1,000 garbage bags were inspected. Residents received immediate guidance on proper waste sorting, and the Bureau provided detailed feedback to the Cleaning Units under the Township and City Offices. This feedback highlighted problematic areas and identified common recyclable items improperly discarded as waste, helping the Cleaning Units intensify inspections and enforcement in key zones.\nTo advance resource reuse, the Bureau maintained five existing second-hand exchange stations, offering accessible venues for residents to donate and acquire reusable items. Additionally, the Bureau organized five exchange activities at universities and within local communities, and hosted a series of bimonthly secondhand markets. These events featured local artists and entrepreneurs to attract attendees and foster engagement. To increase visibility and attract foot traffic, mascot costumes were used at the markets, enhancing interaction with the public. Additionally, the Bureau collaborated with five organizations to disseminate relevant messages and resources on reusing unwanted items through their communication platforms, expanding outreach to a broader audience.\nIn alignment with the Green Lifestyle strategy outlined in Taiwan's Pathway to Net-Zero Emissions in 2050, the Bureau encourages the public to adopt sustainable lifestyles that support national policies and contribute to the global goal of achieving Net Zero by 2050.",
        "proj_year": "112",
        "org_name": "苗栗縣政府環境保護局",
        "exe_unit": "亞太環境科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1120394413",
        "publish_date": "20250201"
    },
    {
        "chi_title": "112年度新竹市室內空氣品質查核暨輔導管制計畫",
        "chi_subject": "時間處於室內環境是現代人日常生活作息之模式，室內空氣品質直接影響生活品質及工作效率，近年來室內空氣品質對人體健康影響的相關議題逐漸被大眾重視。環保署為有效改善室內空氣品質，於民國100 年11 月23 日公告「室內空氣品質管理法」，101 年11 月23 日施行，成為新竹市推動轄內公私場所室內空氣品質改善的重要架構。為落實室內空氣品質管理法，環保署已採取循序漸進方式，逐批公告列管室內空氣品質管理法規範之場所。\n本計畫自112年01月01日起執行新竹市內室內空氣品質自主管理作業之輔導、調查、改善、稽查檢測及法規宣導等相關工作，各項工作執行成效包括有：\n一、執行本市公私場所及各批次公告名單室內空氣品質檢測及巡檢作業，並依其結果進行分析，瞭解及掌握各類別場所室內空氣品質。\n二、協助本市公私場所維護、改善與自主管理室內空氣品質，輔導各場所規畫執行巡查檢驗及定期檢測作業、專責人員設置作業、及撰寫室內空氣品質維護管理計書，以達各項法規管制要求。\n三、達成各項環保署年度考評要求目標，本計畫已完成。\n四、妥善規劃各項輔導工作，有效改善各類型場所室內空氣品質。\n五、積極辦理各類宣導活動及製作宣導文宣（品），及維護本市室內空氣品質管理網，更新室內空氣品質相關資訊，提升場所及民眾室內空氣品質法規及認知，以達全民環保目標。",
        "eng_title": "Indoor air quality counselling and control plans in Hsinchu City",
        "eng_subject": "Based on the recommendations of the review committee and parties after the completion of the annual work, it will integrate the planning and promotion of indoor air quality management programs, actively expand and promote the indoor air quality survey and counseling and improvement in public and private places, and set sub-item management goals, early warning mechanisms and improvement methods. To implement indoor air quality improvement operations.",
        "proj_year": "112",
        "org_name": "新竹市環境保護局",
        "exe_unit": "南台灣環境科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1120371499",
        "publish_date": "20250120"
    },
    {
        "chi_title": "112年度新竹市智慧環保稽查專精計畫",
        "chi_subject": "本計畫112年度共計已執行17趟次空拍巡檢作業、於空污陳情好發區域執行24小時制高點監控至少10個月、辦理2場次專業人員跨域支援深度查核、3場次精進環境執法策略會議及完成100家次事業廢棄物棄置、污染案(民陳)稽(巡)查、200家次資源回收責任業者、販賣業者稽查及1600家次一次用產品稽查。\n建議未來可持續透過不定期巡檢各區域公私場所設置情形，藉以了解轄內是否有廢棄物堆置或公私場所不當排放等情事，同時加強查察鄰近民眾生活圈之小型工業聚落，期望於民眾陳情前掌握轄內各公私場所污染排放情形，以減少民眾陳情之機率及提升民眾滿意度。",
        "eng_title": "Hsinchu City Smart Environmental Protection Inspection Specialized Plan,2023",
        "eng_subject": "This plan has carried out a total of 17 aerial photography inspections in 112 years, carried out 24-hour commanding height monitoring in areas prone to air pollution for at least 10 months, conducted 2 in-depth inspections with professional cross-domain support, and 3 times to improve the environment. Enforcement strategy meetings were held and 100 waste disposal and pollution case inspections (inspections) were completed, 200 responsible recycling operators and sales operators were inspected, and 1,600 single-use product inspections were completed.\nIt is recommended that in the future, irregular inspections of public and private places in various regions can be carried out to understand whether there is waste accumulation or improper discharge of public and private places within the jurisdiction. At the same time, inspections of small industrial clusters adjacent to people's living areas will be strengthened. It is hoped that in the future, Before the public lodges a complaint, they should know the pollution emission situation of various public and private places within the jurisdiction, so as to reduce the chance of the public filing a complaint and improve public satisfaction.",
        "proj_year": "112",
        "org_name": "新竹市環境保護局",
        "exe_unit": "富聯工程顧問股份有限公司、金石山工程顧問股份有限公司、台灣曼寧工程顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1120370414",
        "publish_date": "20250109"
    },
    {
        "chi_title": "112年度「優質公廁及美質環境推動計畫」經常門計畫(苗栗縣)",
        "chi_subject": "一、協助督導或查核本縣受補助工程補助經費支用情形、工作執行進度、承諾目標達成率及成果資料建檔情形。\n二、協助查核本縣重點公廁，以提升轄內列管公廁之潔淨品質，讓公廁達到「不髒、不濕、不臭」，並提供民眾優質清新的如廁環境。\n三、協助空地空屋抽複查，登革熱及公廁清掃學第一線人員培訓及其他環境衛生相關業務或宣導。\n四、藉由考核評比獎勵方式，全面提升本縣優質公廁環境服務品質，培養民眾對於公廁管理維護單位長期付出辛勞之感恩及惜福的態度。",
        "eng_title": "112th Miaoli County Quality Public Toilet and Beautiful Environment Promotion Plan",
        "eng_subject": "1. Assist in supervising or checking the expenditure of subsidy funds for subsidized projects in the county, the progress of work implementation, the achievement rate of promised goals, and the filing of results data.\n2. Assist in the inspection of key public toilets in the county to improve the cleanliness quality of public toilets under the jurisdiction, so that public toilets are not dirty, not wet, and not smelly and provide the public with a high-quality and fresh toilet environment.\n3. Assist in the re-inspection of vacant land and houses, training of frontline personnel on dengue fever and public toilet cleaning, and other environmental sanitation-related business or promotion.\n4. Comprehensively improve the quality of high-quality public toilet environmental services in the county through assessment and reward methods, and cultivate the public's attitude of gratitude and cherishing blessings for the long-term hard work of public toilet management and maintenance units.",
        "proj_year": "112",
        "org_name": "苗栗縣政府環境保護局",
        "exe_unit": "綠川工程顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1120302603",
        "publish_date": "20250110"
    },
    {
        "chi_title": "臺南市-112年臺南市三爺溪及鹽水溪總量管制推動評估計畫",
        "chi_subject": "環境部為維護全國河川水質，於102年制定「推動水污染總量管制作業規定」，希冀藉由總量管制，提升各地受損河川之水質狀況。三爺溪及鹽水溪屬臺南市轄內重點河川，三爺溪含三處環境部關鍵測站，包含網寮橋、五空橋及永寧橋，鹽水溪豐化橋則同屬環境部關鍵測站。三爺溪及鹽水溪豐化橋過去飽受氨氮污染影響，長期屬於氨氮嚴重污染，三爺溪於過去更因銅污染嚴重，於107年公告第一階段放流水銅加嚴管制。\n臺南市政府環境保護局(以下簡稱機關)為使三爺溪及鹽水溪脫離氨氮嚴重污染，遂辦理「112年臺南市三爺溪及鹽水溪總量管制推動評估計畫」(以下簡稱本計畫)，希冀藉由本計畫評估三爺溪及鹽水溪整體污染現況，評估總量管制推動必要性及可行性，並同時評估對事業之衝擊，藉此兼顧環境及經濟發展。\n一、三爺溪\n根據本計畫評估，三爺溪流域氨氮污染來源主要為民生污染，事業次之，畜牧最後，經評估三爺溪氨氮現況污染排放量已高達897.2 kg\/day，且近年三爺溪氨氮年平均水質介於10~16.2 mg\/L，尤其113年度1月~5月氨氮平均水質濃度為16.2 mg\/L，可見三爺溪氨氮污染嚴重，另三爺溪流域銅污染來源主要為事業，畜牧次之。另三爺溪銅污染排放量為1.05 kg\/day，近年三爺溪銅年平均水質介於0.004~0.054 mg\/L，尤其112年度平均水質為0.0145 mg\/L，113年第一季為0.004 mg\/L，皆低於人體健康標準，顯見三爺溪流域銅放流水濃度皆有大幅度改善。\n為掌握三爺溪流域現況，本計畫利用水質模式對三爺溪河川涵容能力分析，根據分析結果，三爺溪氨氮河川涵容能力為593.5 kg\/day，銅河川涵容能力為14.9 kg\/day，可見氨氮現況污染排放量已高於河川氨氮涵容能力，而銅現況污染排放量低於河川銅涵容能力，故本計畫建議推動三爺溪流域氨氮總量管制作為，另為減少事業之衝擊，本計畫建議分階段推動總量管制，第一階段建議氨氮總量管制作為分述如下：\n(一)推動三爺溪事業氨氮放流水標準加嚴，於第一階段加嚴氨氮放流水標準至75 mg\/L，既有氨氮放流水標準較嚴者，從嚴之，並於公告後2年正式實施，若涉及工程改善者，可於公告後6個月內提送改善計畫書，經核定後可於公告後3年實施。\n(二)推動三爺溪流域事業禁用氯化銨，要求三爺溪流域新設事業禁用氯化銨，既有事業禁止增加氯化銨之使用量，並於公告後3年須完全禁用氯化銨。\n另本計畫為瞭解事業對於第一階段氨氮總量管制之想法與意見，本計畫於113年5月21日及6月3日各別辦理廠商宣導說明會，藉由廠商宣導說明會，提升與廠商間之交流，並瞭解廠商之想法與建議。於宣導說明會結束後，本計畫協助研擬「三爺溪流域廢(污)水氨氮排放總量管制要點(草案)」予機關，以利機關後續與臺南市政府提送相關申請。\n二、鹽水溪\n根據本計畫評估，鹽水溪流域氨氮污染來源主要為民生污染，畜牧次之，事業最後，經評估鹽水溪豐化橋上游集污區氨氮現況污染量已高達864.2 kg\/day，且近年鹽水溪豐化橋氨氮年平均水質介於4.7~11.7 mg\/L，尤其113年度1月~5月氨氮平均水質濃度為11.7 mg\/L，可見鹽水溪豐化橋氨氮污染嚴重。\n為掌握鹽水溪豐化橋現況，本計畫參考鹽水溪豐化橋歷年水質水量數據，並評估Q75時之流量涵容能力，經評估鹽水溪豐化橋氨氮涵容能力為302.6 kg\/day，可見氨氮現況污染排放量已高於河川氨氮涵容能力，故本計畫建議後續應推動鹽水溪豐化橋氨氮總量管制作為。由於鹽水溪豐化橋事業之氨氮污染主要源自於畜牧業，本計畫建議鹽水溪豐化橋應推動畜牧資源化達90%，並針對未訂定氨氮放流水標準之事業訂定氨氮放流水標準，避免部分事業氨氮放流水濃度過高卻無法管制。惟若直接推動畜牧資源化達90%，對畜牧業之衝擊恐過高，故本計畫建議後續鹽水溪豐化橋若推動總量管制，應與三爺溪流域總量管制相同須分階段推動。",
        "eng_title": "Tainan City - 2023 Tainan San-yei River and Yanshuei River Total Volume Control Promotion and Assessment Project",
        "eng_subject": "Efforts to Improve River Water Quality in Tainan: Total Volume Control Plan for San-yei River and Yanshuei River (2023)\n\nThe Ministry of Environment (MOE) introduced the Guidelines for Promoting Water Pollution Total Volume Control in 2013 to enhance the water quality of impaired rivers through Total Volume Control measures. San-yei River and Yanshuei River are key rivers in Tainan City, with critical monitoring stations at Wangliao Bridge, Wukong Bridge, and Yongning Bridge for San-yei River, and Fenghua Bridge for Yanshuei River. Both rivers have suffered severe ammonia nitrogen pollution, with San-yei River also experiencing past copper contamination, prompting stricter discharge regulations in 2018.\n\nTo tackle ammonia nitrogen pollution, the Tainan Environmental Protection Bureau initiated the 2023 Total Volume Control Promotion and Assessment Plan for San-yei River and Yanshuei River. The Plan evaluates the current pollution levels, assesses the feasibility of implementing Total Volume Control, and considers potential impacts on businesses, striving to balance environmental protection and economic development.\n\n1. San-yei River\nPollution Sources:\nAmmonia nitrogen pollution mainly stems from domestic sources, followed by industrial and livestock contributions. Current discharge levels reach 897.2 kg\/day, with annual average concentrations between 10 and 16.2 mg\/L. From January to May 2024, concentrations averaged 16.2 mg\/L, reflecting severe pollution. Copper pollution, primarily from industrial sources, has improved significantly, with discharge at 1.05 kg\/day and average concentrations below health standards in 2023–2024.\n\nCarrying Capacity Analysis:\nUsing water quality models, the river's ammonia nitrogen carrying capacity is 593.5 kg\/day, while copper carrying capacity is 14.9 kg\/day. Current ammonia nitrogen discharge exceeds this capacity, necessitating Total Volume Control measures. Copper discharge remains within acceptable limits.\n\nRecommended Measures (Phase 1):\n1.Stricter Discharge Standards: Tighten the ammonia nitrogen standard to 75 mg\/L. Existing stricter standards will prevail. The new standard will be enforced two years after announcement, with a three-year extension for businesses requiring facility upgrades.\n2.Ban on Ammonium Chloride: Prohibit its use by new businesses and restrict increases by existing ones. A complete ban must be implemented within three years.\nStakeholder Engagement:\nTwo public workshops in May and June 2024 facilitated dialogue with businesses. Following these discussions, the Plan drafted San-yei River Basin Ammonia Nitrogen Discharge Total Volume Control Guidelines (Draft) for the Agency’s review.\n\n2. Yanshuei River\nPollution Sources:\nDomestic pollution is the primary source, followed by livestock and industrial activities. Ammonia nitrogen discharge at Fenghua Bridge upstream is 864.2 kg\/day, with annual concentrations ranging from 4.7 to 11.7 mg\/L. From January to May 2024, the average concentration was 11.7 mg\/L, signaling severe pollution.\n\nCarrying Capacity Analysis:\nBased on Q75 flow data, the ammonia nitrogen carrying capacity of Fenghua Bridge is 302.6 kg\/day, far below current discharge levels.\n\nRecommended Measures:\n\nLivestock Waste Management: Achieve a 90% resource recovery rate for livestock waste.\nDischarge Standards for Non-regulated Businesses: Establish standards to prevent unregulated high concentrations.\nTo minimize economic impact, the Plan suggests phased implementation of these measures, similar to San-yei River’s approach.",
        "proj_year": "112",
        "org_name": "臺南市政府環境保護局",
        "exe_unit": "磐誠工程顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1120262574",
        "publish_date": "20250115"
    },
    {
        "chi_title": "臺東縣-112年度資源循環工作計畫",
        "chi_subject": "環境部自86 年起推動「資源回收四合一計畫」，係結合社區民眾、回收商、地方政府及回收基金等四者，實施資源回收、垃圾減量工作。透過民眾或社區自發成立回收組織，鼓勵全民參與，將資源物質與家戶產生之一般垃圾妥善分類，再經由回收點、地方清潔隊或民間回收商，將資源物質與垃圾分開收集，並利用基金補助地方清潔隊及補貼回收處理商，建置完整之資源回收體系，將資源物質有效回收再利用。\n一、 一般垃圾減量率執行成效\n臺東縣垃圾減量率-1.41%、一般廢棄物回收率62.32%、資源垃圾增量率0.8%\n二、 責任業及販賣業者輔導及查核工作\n環境部及外縣市函請53件、主動稽查10件，責任業者輔導185家次，販賣業者查核共570家，廢四機申報共38家。\n三、辦理回收(處理)業管理及輔導工作\n(一)每月營運申報共120件。\n(二)回收(處理)業者共查核140件(已登61、未登79)。\n(三)辦理回收處理業標竿學習及輔導推廣暨消防安全講習及消防演練。\n參加業者28家，共44人參與。\n(四)會同轄區消防機關人員訪視業者消防安全執行查核。\n處理(回收)業者含未登家數共計28家。\n五、辦理資源回收宣導活動\n(一 )辦理業者法規說明會及講習工作\n責任業者出席83家、電子電器業出席60家、回收業者出席26家。\n(二)執行本縣16 鄉鎮市公所清潔隊教育訓練\n辦理16場次，共424人參與。\n(三)轄內公所清潔隊隊長或資源回收相關業務承辦人員辦理資源回收業務交流\n會議\n辦理兩場次，共34人參與。\n(四)提送宣導品500份\n六、推動資源回收業及形象改造配合工作\n(一)辦理資收關懷齊步走:共辦理9個月，932人參與。\n(二)推動社區、公寓大廈等住戶聚集處之資源回收示範工作\n共辦理20場次。\n(三)輔導商、漁、遊憩港、客運碼頭或河（海）岸遊憩點設置 1 處資源回收站\n共辦理9場次，參與人數222人，回收量計6,322公斤。\n(四)推動智慧化資源回收收集設備\n共設置兩點(三越門市、東捷門市)，參與人數104人，寶特瓶回收量27 公斤、電池回收回收量18 公斤。\n(五)協助追蹤、彙整歷年推動村里資源回收站營運狀況\n共建置46處，目前正常營運計有武陵村資收站等32 處，1-9 月總回收量為427,141 公斤、參與人數6,026 人。\n七、配合環境部重大政策施行\n(一)協助本縣轄內每季垃圾清運量最高及次高之鄉鎮市進行採樣\n共計辦理四季，一般垃圾佔45.66%，資源回收物佔41.36%、廚餘佔12.97%\n(二)協助機關規劃配合環境部提高綠\/雜色廢玻璃容器再利用量工作\n計6公所配合，共完成318.25 公噸。\n(三)辦理指定公告應回收廢棄物項目提升回收工作\n電風扇回收2951台\/年、可攜式電腦1224台\/年、鍵盤1895台\/年、行動通訊產品684台\/年、傳統照明光源3630.7公噸\/年\n(四)環境部公告指定材質行動通訊產品回收競賽專案\n目標回收量2100公斤，執行量共1711.2公斤。\n(五)強化紙餐具清、分、疊宣導工作\n共計完成103家查核，餐盒回收交付對象清潔隊74 家，拾荒者及個體戶5 家，回收業者6 家，每月平均回收量共計237.08 公斤。\n(六)協助推動執行機關廢玻璃容器分色貯存\n褐色玻璃清運109.24公噸、綠色20.13公噸、透明54.4公噸，計183.77公噸。\n(七)協助推動執行機關廢照明光源完整回收:破損率計0.65公斤\n(八)加強輔導資源回收車加掛廢乾電池、廢鋰電池回收桶及高壓氣瓶安全回收\n稽巡查工作\n全縣執行資源回收勤務車輛共計73 輛。\n(九)輔導彙整清潔隊分類破袋稽查執行成效填報工作\n稽查件數13544件，合格件數12740件，勸導件數804件\n(十)協助廢農藥容器回收點按月定期檢視\n完成19 處廢農藥容器回收點，回收點回收量總計回收6,650 公斤。\n(十一)加強推動飲料玻璃瓶及農藥廢容器資源回收工作\n共完成19點位查核，回收計26公斤。",
        "eng_title": "Taitung County-112 Annual Resource Cycle Work Plan",
        "eng_subject": "The Ministry of Environment has promoted the Four-in-One Resource Recycling Plan since 1986, which combines the community, recyclers, local governments and recycling funds to implement resource recycling and waste reduction. Through the voluntary establishment of recycling organizations by the people or communities, encourage the participation of all people, properly classify resource materials and general garbage generated by households, and then collect resource materials and garbage separately through recycling points, local cleaning teams or private recyclers, and use funds Subsidize local cleaning teams and subsidize recycling processors to establish a complete resource recovery system to effectively recycle resource materials.\n1. Implementation results of general waste reduction rate\nTaitung County’s garbage reduction rate is -1.41%, general waste recycling rate is 62.32%, and resource waste increase rate is 0.8%\n2. Guidance and inspection work for responsible industries and vendors\nThere were 53 petitions from the Ministry of Environment and other counties and cities, 10 active inspections, 185 responsible operators provided guidance, a total of 570 sales operators were inspected, and a total of 38 scrapped machines were reported.\n3. Handle recycling (processing) industry management and guidance work\n(1) A total of 120 monthly operational declarations.\n(2) Recycling (processing) operators checked a total of 140 items (61 registered and 79 unregistered).\n(3) Handle benchmark learning and guidance promotion for the recycling industry, as well as fire safety training and fire drills.\nThere were 28 participating businesses and a total of 44 people participated.\n(4) Visit the operator to conduct fire safety inspections together with personnel from the fire department within the jurisdiction.\nThere are a total of 28 processing (recycling) operators including unlisted companies.\n5. Conduct resource recycling publicity activities\n(1) Handling industry regulations briefings and training\n83 companies from the responsible industry attended, 60 companies from the electronic and electrical industry attended, and 26 companies from the recycling industry attended.\n(2) Implement education and training for the county’s 16 township and city office cleaning teams\n16 sessions were held, with a total of 424 people participating.\n(3) The leader of the cleaning team of the office within the jurisdiction or the person responsible for the resource recycling related business handles resource recycling business exchanges\nmeeting\nTwo sessions were held, with a total of 34 people participating.\n(4) Submit 500 copies of promotional materials\n6. Promote resource recycling industry and image transformation cooperation work\n(1) Handling asset and income care together: a total of 9 months of handling, with 932 people participating.\n(2) Promote resource recycling demonstration work in communities, apartment buildings and other residential gathering places\nA total of 20 sessions were held.\n(3) Set up 1 resource recycling station at the counselor's office, fishing and recreation port, passenger terminal or river (sea) shore recreation spot\nA total of 9 sessions were held, with 222 participants and 6,322 kilograms of recycling volume.\n(4) Promote intelligent resource recycling and collection equipment\nA total of two locations were set up (Mitsukoshi store and Tojie store), with 104 participants. The recycling volume of PET bottles was 27 kilograms and the battery recycling volume was 18 kilograms.\n(5) Assist in tracking and compiling the operation status of village resource recycling stations over the years\nA total of 46 sites have been built, and 32 sites are currently in normal operation, including the Wuling Village Material Collection Station. The total recycling volume from January to September was 427,141 kilograms, and the number of participants was 6,026.",
        "proj_year": "112",
        "org_name": "臺東縣環境保護局",
        "exe_unit": "信安工程顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1120221232",
        "publish_date": "20250101"
    },
    {
        "chi_title": "112年度嘉義縣環境保護局AI人工智慧導入固定污染源空氣污染自主管理暨廢棄物髒亂(棄置)點辨識試辦計畫",
        "chi_subject": "本計畫為試辦導入計畫，分為AI人工智慧導入固定污染源空氣污染自主管理系統以及廢棄物棄置點辨識，執行內容分述如下：\n\n(1)\tAI人工智慧導入固定污染源空氣污染自主管理系統：\n本計畫研擬與建置AI人工智慧導入固定污染源空氣污染自主管理系統與流程，透過各平台資料收集、建置空氣品質微型感測器自動告警SOP處理程序、建置視覺化告警與管理平台、利用AI大數據智慧分析提升執法應用，目標透過試辦計畫輔以了解現況困難分析、建置管理流程並提供未來延續計畫之建議。\n嘉義縣環境保護局(下稱嘉義縣環保局)與環境管理署南區環境管理中心(下稱環管署南區中心)以及環管署南區中心於本計畫初始規劃期望與尚未有完善自主監控機制之中小型工廠合作，礙於多數廠家有其自身考量，在法令未修正前，實難有廠家同意納入自主監控。因此經環管署南區中心及嘉義縣環保局協助後，選定由2家公有民營之大型焚化廠，包含：嘉義縣鹿草垃圾焚化廠與臺南市城西垃圾焚化廠作為本計畫對象。期藉由設備完善與自主監控完善之大型工廠，提供相關建置建議，輔助本計畫建置雛型系統與工廠自主管理之流程，並於計畫中協助確認可能之執行困難。\n本計畫率先建置與整合資訊界面（前台及後台），後台串聯各環境感測器、檢測、裁罰等系統、整合廠內PDF日報表操作設備與CEMS小時平均值數據，以及建置視覺化前台供決策主管、督察人員及業者檢視掌握，並透過AI人工智慧導入固定污染源空氣污染自主管理，自動判別工廠外固定式感測器PM2.5濃度異常事件與工廠內部操作參數及CEMS數據異常之情況，發送空污異常告警，做為管理端或技術端之資訊參考。\n\n(2)\t廢棄物棄置點辨識：\n本計畫係以較易召民眾或業者丟棄廢棄物之髒亂點為辨識目標，透過「AI機器學習骨幹分析」、「影像辨識」，分析民眾在特定架設攝影機區域丟棄垃圾的行為，進而建立一套高效的廢棄物棄置點辨識流程與系統。透過AI影像辨識，實現自動監測和即時警報，提高效率、降低風險。精確客觀的判斷，為決策判斷提供可靠數據。同時，節省大量人力時間成本，提高資源效率，促進環境保護。\n\n各項工作執行成果說明，主要如下：\n\n（一）智慧監控掌握環境污染現況\n將AI智慧空污自主管理協作平台所需來源資料集中整合，並透過一個直觀的儀表板，讓稽查人員可以更方便地查閱即時資訊，未來也能促成讓工廠自主管理的目標。\n資料集收集共計5項，包含嘉義縣鹿草焚化廠、臺南市城西焚化廠周邊固定式感測器資料介接、定期巡檢與檢測資料、操作設備數據、CEMS數據、裁罰紀錄。\n並且考量系統未來的擴充性，團隊在數據介接方面採用了不同於傳統資料庫的方法，使用API來實現數據前後端開發15支API，包含CEMS與操作數據、裁罰、檢測、告警事件和煙道影像，提供前端無需透過資料庫，可更安全、更彈性介接相關數據。\n本計畫中以布林情境歸納，建議四步驟SOP自動告警處理程序（4大異常判斷分析方法），第一步驟：限縮廠外固定式感測器是否有污染事件發生，當某一顆感測器偵測到PM2.5異常高值時，將進行時間與空間分析，並與周遭相關異常感測器組成污染事件。\n第二步驟：假設事件發生，透過風向風速回推工廠是否位於異常高值 IoT 的上風處。\n第三、四步驟：若廠內的CEMS數值、工廠操作條件數據亦有異常（超過許可標準值或是定值），則可推斷是否有發生環境異常現象，且與工廠排放有高度關聯性，或是透過第三與第四步驟排除廠內異常，僅是單純廠外異常。\n期望能協助前線環保人員快速掌握跨系統資訊，減輕監控業務負擔，並提升異常事件決策效率。\n\n（二）搭配科技工具執行環境污染熱點巡查及溯源查核\n完成即時監控系統介面設計與開發，依照工廠自主管理與管理單位監控之需求，包含即時儀表板與工廠監測，分別透過管理者視角、廠家視角設計視覺化介面，可輔助監管單位透過平台功能即時儀表板掌握異常事件，並可針對單一工廠進行特別關注，當監測之操作參數或CEMS數據超過許可標準或持續定值之狀況，AI可自動判斷並標示出異常之數據，輔助監管單位快速掌握異常之測項，並可進一步與相關單位討論異常可能原因，即時管理與改善。\n透過布林情境組合判斷異常原因4大指標，完成建立固定污染源自主管理平台1式，開發4頁面功能，包含即時儀表板（提供即時告警事件監控）、工廠監測（查看歷史告警事件、即時廠內數據趨勢、煙道影像、定期巡檢與檢測資料與裁罰紀錄）、長期分析（提供長期告警事件熱區以及廠內數據週間、24hr分析）、智慧助理，輔助應變分析及長期觀察污染樣態。\n\n（三）導入 AI 人工智慧充實稽查量能及提升專精能力\n\n以往因嘉義縣廢棄物棄置點多，攝影機架設多耗費成本高，若人眼盯著影片全部查找棄置行為，一支攝影機一週就10080分鐘，卡米爾AI影像即時辨識後台，利用AI骨幹分析影像辨識技術，分析出人經過辨識區域時是否有「抬手」進行丟棄垃圾之舉動。整合至廢棄物棄置追蹤管理平台，掌握可疑棄置地點與時段，只需查看被篩選出來的時段影像，輔助快速掌握廢棄物棄置點民眾丟棄行為。\n完成規劃影像辨識所需的軟硬體規格。包括處理器(CPU)、圖形處理器(GPU)和記憶體(RAM)等硬體需求，以及相關的軟體工具和開發環境。提供選擇合適的硬體配置和軟體工具的指引，以確保順利實施環境執法應用的影像辨識系統。\n\n本計畫透過嘉義縣環保局提供歷史廢棄物棄置行為之影像，進行歷史模型訓練。並完成建置廢棄物棄置AI辨識模型，於嘉義縣環保局指定之攝影機 「大林交流道下2」，持續進行辨識。\n\n另外，AI智慧空污自主管理協作平台提供AI智慧助理功能，透過AI機器人的學習能力，累積經驗，不斷提高解答的品質與準確性，使得使用者可以更快速得到答案，找出問題及解決方式，並運用管理單位專家的專業知識和經驗，建立問答情境，用以輔助提高AI 問答機器人之準確率。",
        "eng_title": "2023 Chiayi County Environmental Protection Bureau AI Artificial Intelligence Introduction Fixed Pollution Source Air Pollution Autonomous Management and Waste Disorder (Abandonment) Spot Identificati",
        "eng_subject": "This project is a trial implementation plan, divided into the introduction of AI (Artificial Intelligence) for fixed pollution sources and autonomous management of air pollution systems, as well as waste disposal point recognition. The execution details are outlined as follows:\n\n(1) AI Introduction for Fixed Pollution Sources and Autonomous Management of Air Pollution:\nThis project aims to develop and establish an AI system for the introduction of AI in fixed pollution sources and autonomous management of air pollution. It involves data collection through various platforms, setting up an automatic alarm SOP (Standard Operating Procedure) for air quality micro-sensors, creating a visualization alarm and management platform, and utilizing AI big data for intelligent analysis to enhance law enforcement applications. The goal is to understand current difficulties through the pilot program, establish management processes, and provide recommendations for future continuation. The Chiayi County Environmental Protection Bureau (referred to as Chiayi County EPB) collaborates with the Environmental Protection Administration Southern Regional Center (referred to as EPA Southern Regional Center) and small to medium-sized factories without a complete autonomous monitoring mechanism. Due to considerations of many factories and until the laws are amended, it is challenging to get their agreement for autonomous monitoring. Therefore, with the assistance of the EPA Southern Regional Center and Chiayi County EPB, two publicly or privately owned large incineration plants, including Chiayi County Lucao Incineration Plant and Tainan City Chengxi Incineration Plant, have been selected for this project. These factories with improved equipment and autonomous monitoring serve as a basis for providing relevant suggestions and assisting in the establishment of the prototype system and factory autonomous management process in the project. The project also helps identify possible execution difficulties.\n\nThe project first establishes and integrates the information interface (front and back end). The back end connects various environmental sensors, detection, penalty systems, integrates factory PDF daily report operation equipment and CEMS (Continuous Emission Monitoring System) hourly average data. It creates a visual front end for decision-makers, inspectors, and operators to view and grasp information. Through the introduction of AI for fixed pollution sources and autonomous air pollution management, it automatically detects abnormal events in PM2.5 concentrations from external fixed sensors, as well as abnormal factory internal operating parameters and CEMS data, sending air pollution abnormal alarms as information references for management or technical personnel.\n\n(2) Waste Disposal Point Recognition:\nThis project focuses on identifying disorderly points where people or businesses easily discard waste. Using AI machine learning backbone analysis and image recognition, it analyzes people's behavior in specific camera areas where garbage is dumped. This establishes an efficient waste disposal point recognition process and system. Through AI image recognition, automatic monitoring and real-time alerts are achieved, improving efficiency and reducing risks. Accurate and objective judgments provide reliable data for decision-making. At the same time, it saves a significant amount of manpower time costs, improves resource efficiency, and promotes environmental protection.\n\n(1) Environmental Pollution Monitoring and Management\n(2) Environmental Pollution Hotspot Inspection and Tracing\n(3) AI Implementation to Enhance Inspection Capacity",
        "proj_year": "112",
        "org_name": "嘉義縣環境保護局",
        "exe_unit": "卡米爾股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1120197826",
        "publish_date": "20250102"
    },
    {
        "chi_title": "112年空氣品質維護及改善工作績優獎勵補助計畫(屏東縣)",
        "chi_subject": "為配合環境部政策推動並使參與人員從中學習並觀摩本縣空品改善成果、因應氣候變遷結合綠能運用之永續教育及體驗低碳旅遊，以精進本縣執行空氣品質維護改善相關工作之成效，爰安排觀摩計畫，參訪地點選定屏東縣屏南鄉鎮一帶，目的包含參訪林邊鄉屏東縣綠能生態永續教育園區、看海美術館、萬巒鄉可可園區及四重溪溫泉公園卡比園區等，業務觀摩檢討會議已於本年度12月8日、9日辦理完成，參與人員除以環保局人員為主外，並邀請本縣空氣污染防制技術諮詢小組委員等專家學者。",
        "eng_title": "112 Year Air Quality Maintenance and Improvement Performance Award Subsidy Program (Pingtung County)",
        "eng_subject": "To align with the policies promoted by the Ministry of Environment and enable participants to learn from and observe the achievements in air quality improvement within the county, as well as to integrate sustainable education on green energy applications and experience low-carbon tourism in response to climate change, a study tour was arranged. The selected observation sites are located in Pingtung County's Pingnan area. The purpose includes visits to the Linbian Green Energy and Ecological Sustainability Education Park, the Looking Sea Art Museum, the Wanluan Cocoa Park, and the Sichongxi Hot Spring Park's Kabi Park. The business observation and review meetings were successfully conducted on December 8th and 9th of this year. Participants included primarily personnel from the Environmental Protection Bureau, as well as experts and scholars from the county’s Air Pollution Control Technical Advisory Committee.",
        "proj_year": "112",
        "org_name": "屏東縣政府環境保護局",
        "exe_unit": "昱山環境技術服務顧問有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1120167015",
        "publish_date": "20250106"
    },
    {
        "chi_title": "土壤及地下水污染施政策略及績效評核計畫(三)",
        "chi_subject": "為推行土壤及地下水污染之施政策略及執行績效評核相關作業，本計畫執行工作及說明分述如下：\n一、年度績效管考及頒獎典禮\n為具體呈現地方環保機關土壤與地下水業務執行成效，本計畫已協助環境部環境管理署（以下簡稱環管署）研擬113、114年度績效考核計畫，並藉由辦理年度績效考核（草案）研商會議，確保地方環保機關完整瞭解各考核項目執行方向；另透過季報、績效考核系統、指引手冊及客服專線等作業，協助環管署及地方環保機關完整控管112、113年度績效考核之管考進度；依據111年度及112年度地方環保機關績效考核執行成果，於112年及113年分別完成「年度績效考核頒獎典禮」。整體管考作業及相關內容詳如本報告書第三章說明。\n二、土壤及地下水污染整治業務推動績效展現\n為完整展示土壤及地下水業務推動績效，並藉由易理解且親民方式呈現，以提升年報閱覽之友善度，111年度及112年度土壤及地下水污染整治年報（以下簡稱年報）以不同故事性元素連貫章節首頁懶人包、圖表資訊轉譯數據成果、土水資訊小廣告及業務成果聚焦排版等設計，有效凸顯年度成果重點，多元呈現各項業務推動成果；同時更於年報完成編撰後上線年報各版本之電子書於土壤及地下水污染整治網，提供民眾以即時又便利的方式閱覽年報。整體年報編撰作業詳如本報告書第四章說明。\n三、施政作業及相關行政協助\n協助完成113年度及114年度「施政先期作業」及「包裹式預審作業」；依據各業務執行現況及未來規劃，完成施政推動計畫2.0版修訂；以及提供相關技術諮詢及協助。施政先期、包裹式預審作業執行及施政推動計畫相關成果詳見本報告書第五章說明。\n四、土壤及地下水污染整治種子人才培訓活動\n進行112年度人才培訓活動學員現狀追蹤，調查活動課程對現行學業及課業之助益，以及土壤地下水領域之認識及興趣增長等，並將依回饋意見納入113年度活動課程規劃。於土水人才培訓課程，課綱主要安排室內講授、戶外實作及成果發表三大部分，並邀請產學界專家擔任講師進行授課，課程包括法規、調查作業、污染整治及風險評估等課程，配合政府政策納入綠能議題參訪及政風宣導等豐富整體課程。已於113年7月1日至5日完成113年度種子人才培訓活動辦理。種子人才培訓活動相關學員現況追蹤及113年度活動規劃詳見本報告第六章說明。",
        "eng_title": "Project of implementation policy and performance evaluation on Soil and groundwater pollution III",
        "eng_subject": "In order to promote the implementation of soil and groundwater pollution policies and performance evaluation-related tasks, this project includes the following work:\n1.\tPromote governance blueprints and business results\nTo present the implementation results of soil and groundwater tasks by local environmental protection agencies, this project assisted the Environmental Management Administration (hereinafter referred to as the EMA) under the Ministry of Environment in formulating the 2024 and 2025 Annual Performance Assessment Plans. Through organizing consultation meetings for the 2024 Annual Performance Assessment (Draft), this project ensured that local environmental protection agencies fully understood the execution directions for each assessment item. Furthermore, through quarterly reports, a performance assessment system, a guidance manual, and a customer service hotline, the project supported the EMA and local environmental protection agencies in comprehensively managing the progress of the 2023 and 2024 performance assessments. In accordance with the results of the 2022 and 2023 performance assessments, the 2023 Annual Performance Assessment Awards Ceremony was successfully organized. Similarly, the 2024 Annual Performance Assessment Awards Ceremony was also held, reflecting the achievements of local environmental protection agencies for that year. Detailed descriptions of the performance management operations are provided in Chapter 3 of this report.\n2.\tResults and Performances of Soil and Groundwater Pollution Remediation\nTo effectively display the results of soil and groundwater remediation work in an accessible and understandable manner, the 2022 and 2023 Soil and Groundwater Pollution Remediation Annual Reports (hereinafter referred to as the Annual Reports) were structured with storytelling elements, featuring chapter summaries, visual data representations, infographics, and advertisements promoting soil and groundwater remediation initiatives. These reports highlighted key achievements and comprehensively presented the results of various remediation activities. Following the completion of the reports, electronic versions were made available on the Soil and Groundwater Pollution Remediation website, ensuring public accessibility and convenience. Detailed descriptions of the compilation and presentation processes for the Annual Reports are provided in Chapter 4 of this report.\n3.\tProviding related technical resources, consultations, and analysis based on overall business and policy objectives\nThis project facilitated the completion of preliminary policy operations and comprehensive pre-review processes for 2024 and 2025. In line with the current status of various tasks and future planning, the 2.0 version of the policy promotion plan was revised. The project also provided relevant technical consultations and assistance. Detailed descriptions of the results from the preliminary policy operations, comprehensive pre-review processes, and the policy promotion plan revisions are provided in Chapter 5 of this report.\n4.\tSoil ＆ Groundwater Processional Training Camp\nThe project conducted follow-up surveys on participants in the 2023 talent development activities to assess the benefits of the courses on their academic progress and interest in the field of soil and groundwater remediation. Based on the feedback received, adjustments were made for the 2024 training program. The curriculum included three primary components: indoor lectures, outdoor practical exercises, and results presentations. Experts from both academia and industry were invited to serve as instructors, covering topics such as regulations, investigation operations, pollution remediation, risk assessment, and green energy project visits, along with government integrity promotion sessions. The 2024 talent development event was successfully held from July 1 to July 5, 2024. Detailed descriptions of the tracking surveys and 2024 training program are provided in Chapter 6 of this report.",
        "proj_year": "112",
        "org_name": "土污基管會",
        "exe_unit": "美商傑明工程顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1120158637",
        "publish_date": "20250117"
    },
    {
        "chi_title": "臺南市-112年事業增訂氨氮放流水限值稽查管制計畫",
        "chi_subject": "一、協助輔導氨氮加嚴列管事業及污水下水道系統之業者了解水污染防治法相關規定。\n二、分析近年臺南市重點河川水質，深入查核氨氮污染來源或發生原因，提高氨氮加嚴對象水污染源稽查採樣頻率、重點流域事業之深度查核，有效降低本市重點流域污染情形及改善河川水質狀況，減少民眾陳情事件，減輕環境負荷，達成環保署指定重點整治河川中關鍵測站污染改善。\n三、調查重點流域水污染負荷及水質資料，提出後續改善策略。\n四、檢討三爺溪放流水加嚴總量管制推動成效。",
        "eng_title": "Tainan City - 112-year business adds ammonia nitrogen discharge limit value audit control plan",
        "eng_subject": "1. Assist and provide guidance to operators of enterprises subject to stricter ammonia nitrogen management and sewage and sewer system operators to understand the relevant provisions of the Water Pollution Prevention and Control Law.\n2. Analyze the water quality of Tainan City’s key rivers in recent years, conduct in-depth inspections of the sources or causes of ammonia nitrogen pollution, increase the sampling frequency of water pollution source audits targeted by ammonia nitrogen tightening, and conduct in-depth inspections of key river basin projects, so as to effectively reduce the pollution situation in the city’s key river basins and improve river water quality conditions. , reduce public complaints, reduce environmental load, and achieve pollution improvement at key measuring stations in rivers designated by the Environmental Protection Agency.\n3. Investigate water pollution loads and water quality data in key river basins and propose follow-up improvement strategies.\n4. Review the effectiveness of the stricter total volume control of Sanye Creek water release.\n​",
        "proj_year": "112",
        "org_name": "臺南市政府環境保護局",
        "exe_unit": "技佳工程科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1120152055",
        "publish_date": "20250115"
    },
    {
        "chi_title": "苗栗縣-112年度中區水污染事件緊急應變民間機構協力處理計畫",
        "chi_subject": "水污染事件發生常因人為惡意偷倒廢污油、天然災害及人為施工導致油管破裂、油輪擱淺等原因引起，且污染範圍隨水流快速擴大，其緊急處理往往需要動用大量具專業人力、設備，如要每個縣市均設置足夠之人力、設備，將需耗費龐大經費，不僅非各政府機關所能完全負擔，且經濟效益低，因此環保署推動聯防體系，將全國依位置劃分為北、中、南、東四區聯防體系，各分區聯防體系內縣（市）政府環保局每年輪流擔任該分區聯防體系主辦機關，於發生水污染事件時協助環保署進行水污染緊急應變，並於第一時間通知及指揮委辦之民間協力處理機構儘速提供足夠之器材、人力等相關資源投入應變作業。故於112年度實施「中區水污染事件緊急應變民間機構協力處理計畫」。本計畫完成中部地區各縣市緊急設備維護清點，維持正常功能。為強化應變處置能力，進行了水污染應變訓練及演練，讓更加了解職責的分配以及應急設備使用，以便今後能夠立即、正確、有效地演練應急行動，將水體損失降到最低。",
        "eng_title": "Central Region Water Pollution Emergency Response Plan for Private Institutions to Collaborate",
        "eng_subject": "Water contamination accidents happened because of most people’s deeds such as abolishing waste oil spill, oil pipes’ fracture, stranded oil tanker or natural calamity. The range of pollution expands fast with the factor of rapid water speed, and the response needs a large amount of professional manpower, equipments. Whenever each of counties and cities has to set up enough manpower, equipments, it will take more fund and budget. Not all the government units can afford it completely, and the economic benefit seems less. As a result the Environmental Protection Administration promotes the joint defence system; Taiwan is divided by the north, the central, the south, the east-four segment jurisdiction joint defence program. Each Environmental Protection Bureau of the districts should direct the program by turns every year; to assist EPA respond and treat on the water pollution emergency promptly while water contamination accident happens. And the EPB should command the committee and civil force to respond as sooner as possible who has to offer such relevant resources as enough apparatus, manpower, etc. into the emergency response. The program take effect this year (2023). This plan completes the maintenance inventory of emergency equipment in counties and cities in the central region and maintains normal functions. In order to strengthen the emergency response capabilities, water pollution response training and drills were conducted to provide a better understanding of the distribution of responsibilities and the use of emergency equipment, so that emergency operations can be practiced immediately, correctly and effectively in the future to minimize water body losses.",
        "proj_year": "112",
        "org_name": "苗栗縣政府環境保護局",
        "exe_unit": "亞太環境科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1120099799",
        "publish_date": "20250101"
    },
    {
        "chi_title": "新竹縣-112年度資源循環工作計畫",
        "chi_subject": "台灣近年來工商業蓬勃發展加上人民生活水平提升，相對在物質享受及消費行為與日俱增，進而衍生出大量廢棄物，造成環境污染問題。而環境部資源循環署為解決因廢棄物所造成日益嚴重的環境污染問題，早已開始積極規劃並宣導資源垃圾回收的觀念，期能將廢棄物中資源物納入資源回收體系中，加以回收再利用，達到廢棄物減量的目的。新竹縣政府環境保護局(以下簡稱環保局)配合環保署致力推動資源回收宣導及管制工作，為落實及暢通資源回收管道，積極規劃資源回收體系內指定公告之責任業者、販賣業者與回收處理業者依廢棄物清理法、應回收廢棄物責任業者管理辦法等相關法令規定運作之管制計畫，並針對機關團體、社區、學校、清潔隊加強查核輔導。",
        "eng_title": "The 112th Year Resource Recycling Work Plan of Hsinchu County",
        "eng_subject": "In recent years, with the booming industry and commerce in Taiwan and the improvement of people's living standards, relative material enjoyment and consumption behavior have increased day by day, which in turn generated a large amount of waste and caused environmental pollution problems. In order to solve the increasingly serious environmental pollution caused by waste, Resource Circulation Administration ,Ministry of Environment has already begun to actively plan and promote the concept of resource waste recycling, hoping to incorporate resources in waste into resource recovery. In the system, it is recycled and reused to achieve the purpose of waste reduction. The Environmental Protection Bureau of Hsinchu County Government (hereinafter referred to as the Environmental Protection Bureau) cooperates with the Environmental Protection Agency to promote the promotion and control of resource recycling. In order to implement and smooth resource recycling channels, it actively plans the responsible operators, sellers and recycling companies designated in the resource recycling system. Operators operate control plans in accordance with relevant laws and regulations such as the Waste Disposal Law, the Measures for the Management of Responsible Operators of Recyclable Waste, and strengthen inspection and guidance for government agencies, communities, schools, and cleaning teams.",
        "proj_year": "112",
        "org_name": "新竹縣政府環境保護局",
        "exe_unit": "方達科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1120012838",
        "publish_date": "20250117"
    },
    {
        "chi_title": "112-113年建立自然碳匯量化報告及查驗機制專案工作計畫",
        "chi_subject": "本計畫因應自然碳匯的國際趨勢與國內立法需求，提出自然碳匯發展策略及企業參與推動方向，重點在於分析國家清冊碳匯資料現況、建立森林、土壤、水庫湖泊碳匯的量測、報告與查證（MRV）機制，探討碳匯的共效益、碳交易市場機制與企業參與誘因，以完善相關支持體系。為提升自然碳匯專案的數據品質，本計畫提出森林、土壤、水庫湖泊的 MRV 機制，\n包括標準化取樣方法、人員培訓及第三方查證，建議宜逐步引入本土化參數，增強碳匯估算的準確性和可信度。面對自然災害及人為擾動可能引起的碳匯逆轉風險，建議主管機關建立風險評估與管理體系，並採用碳信用緩衝池機制，由專案開發者預留一定比例的碳信用作為儲備，根據風險程度動態調整比例，確保專案的有效性。\n此外，本計畫綜整自然碳匯專案的多重共效益，建議制定評估指標，鼓勵具高品質和多重效益的專案，以提升市場信心，促進碳市場活絡發展。另亦蒐集國外稅收優惠或補貼政策，降低市場波動風險、吸引企業參與等措施，供國內推動碳市場發展相關政策參考。\n本計畫蒐整國際自然碳匯法規、量化及誘因機制，建立森林、土壤、水體MRV 範例，並結合國際趨勢、國內試算及專家意見。建議強化自願減量機制權責分工、建置數位化平台、完善溫室氣體清冊並擴及各生態系，推動資訊共享。亦應加強風險管理、國際對接與共效益評級，使自然碳匯順利轉化為減量額度。此舉有助政策制定、執行效率及永續發展。並建議持續追蹤國際標準動態，擴大試點示範，提升市場信任與國際競爭力，以確保自然碳匯貢獻長期穩定。",
        "eng_title": "Establishing a measurement, reporting, and verification mechanism for natural carbon sequestration",
        "eng_subject": "This project addresses international trends in natural carbon sink and domestic legislative requirements, proposing strategies for natural carbon sink development and promoting corporate participation in carbon removal. The focus is on analyzing the current state of national carbon inventory data and establishing Measurement, Reporting, and Verification (MRV) mechanisms for carbon sinks in forests, soils, lakes, and reservoirs. Additionally, the project explores the co-benefits of carbon sequestration, carbon trading market mechanisms, and incentives for corporate participation to enhance the supporting systems.\nTo improve data quality in natural carbon sequestration projects, the project proposes MRV mechanisms for forests, soils, lakes, and reservoirs, including standardized sampling methods, personnel training, and third-party verification. It also recommends gradually incorporating localized parameters to increase the accuracy and reliability of carbon sink estimations. In response to the risks of carbon sink reversal caused by natural disasters or human disturbances, the project advises authorities to establish a risk assessment and management system. This would include implementing a carbon credit buffer mechanism, whereby project developers reserve a certain percentage of carbon credits as a buffer and adjust the buffer ratio dynamically according to the risk level to ensure project effectiveness.\nFurthermore, the project reviews the multiple co-benefits of natural carbon sink projects and suggests the development of evaluation indicators to encourage high-quality projects with multiple benefits, thereby boosting market confidence and stimulating the carbon market. The project also collects international measures such as tax incentives or subsidies to reduce market volatility and attract corporate participation, providing references for domestic policies aimed at promoting carbon market development.\nThis project consolidates international regulations, quantification methods, and incentive mechanisms for natural carbon sinks, and establishes MRV (Measurement, Reporting, and Verification) examples for forests, soils, and water bodies. It integrates global trends, domestic calculations, and expert opinions. Recommendations include clarifying the division of responsibilities for voluntary reduction mechanisms, developing a digital MRV platform, improving greenhouse gas inventories to encompass various ecosystems, and promoting data sharing. Strengthening risk management, international coordination, and the evaluation of co-benefits will facilitate the smooth conversion of natural carbon sinks into certified reduction credits, thereby supporting policy formulation, enhancing implementation efficiency, and advancing sustainable development. It is also advised to continuously monitor evolving international standards, expand pilot demonstrations, and bolster market confidence and competitiveness. These measures will help ensure the long-term stability and contribution of natural carbon sinks.",
        "proj_year": "112",
        "org_name": "氣候署減量交易組",
        "exe_unit": "國立臺灣大學",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1120010716",
        "publish_date": "20250201"
    },
    {
        "chi_title": "113年度屏東縣推動生物質、固體再生燃料（SRF）、無機再生粒料等物料資源循環計畫",
        "chi_subject": "本計畫主要工作項目可分兩大項為「建構區域型生物質資源循環機制」、「\t執行固體再生燃料（SRF）驗證及品管工作」，另外如考核及教育訓練等「其他配合工作事項」亦配合辦理，今年度計畫與112年相比，主要著重在兩大重點進行提升，於生質能方面，112年由於本計畫的初推動，主要在資料的收集及推廣廠商認識生質能的應用方面，而在今年度，除了自主填報外，為了能更加準確的將資料轉為有效應用的資訊，採實際訪查及彙整，改善去年度資料填報不完整問題，並能更有效了解廠商實際需求進行媒合。\n在SRF執行方面，將於今年度有效管制SRF廠收受來源及去化管道，使SRF料源符合規範，避免假借SRF使用名義亂收事業廢棄物混充原料情形發生，並且針對去化管道進行查核，了解SRF去向，透過今年度加強三階段審查機制及定期查核，輔導SRF填寫品保品管規劃書，提升SRF品質亦避免事業廢棄物違法棄置使用。\n自結標日(113年2月7日)起開始協助執行相關工作。截至113年11月14日止，本計畫執行辦理情形如下所述：\n一、建構區域型生物質資源循環機制\n(一)、\t本計畫協助環保局執行調查分析廢棄生物質產生源，截至113年11月14日，已完成共307件調查問卷，主要調查對象為產銷班，完成率為100%，統計調查產量及去化307家廢棄生物質產量約7,898.36公噸\/年，去化途徑以堆肥及就地翻耕掩埋最多，今年度問卷有效調查率由去年度40%提升至87%。\n(二)、\t生物質循環利用推廣說明會今年度於11月6日共計辦理兩場次，第一場次於九如農會辦理，現場邀請講師針對農業廢棄物的處理推廣進行授課，藉由鳳梨及香蕉產生之廢纖維再利用，提供能有效處理之生質能廠再製成其他用品，並安排產商及產源單位參與推廣說明會辦理媒合事宜。第二場次規劃於九如農會鳳梨葉自動取纖循環場辦理，藉由參訪屏東縣轄內生物質處理場所，提供相關產業良好循環模式示範，使相關產源單位瞭解廢棄物生物質循環利用方式，促進物料媒合循環利用。\n(三)、\t巡查廢棄生物質相關產源及再利用廠(場) ，藉以掌握生物質產生源基線資料、了解資源使用及產出情形，統計至11月14日共計完成查核52家。\n(四)、     生物質廠委員輔導作業安排於11月22日辦理完成，並將輔導意見提供廠商做為改善依據。\n二、執行固體再生燃料（SRF）驗證及品管工作\n(一)、\t辦理2場次固體再生燃料（SRF）推廣說明會，規畫於11月25日辦理，第一場次將邀請轄內5家SRF製造廠，以提升法規符合度及後續配合事項等，第二場次邀請專家學者說明廢塑膠源頭分類及再利用現況，邀請產源事業參與，以利了解各廠廢塑膠材質、樣態、實際產生量…等，便於媒合鏈結供需。\n(二)、\t輔導新增設置1廠(場)SRF製造廠(場)或使用廠(場)，截至11月14日止，共計2間甲遠國際有限公司、有益綠能工業有限公司提出申請SRF製造廠，本計畫於3月1日偕同環保局承辦前往甲遠國際有限公司輔導查核，經現勘結果，目前由於現場設備尚未購置完全，無法檢驗設置狀況，已請廠商待設備全數建置完成後再通知環保局進行複查，後續於4月廠商修正申請資料進行複審，但因執行項目不符廠商預期，廠商已申請退件，待後續再視情況重新提出申請。另一間有益綠能工業有限公司於8月13日前往輔導查核，現場設備尚未購置完全，8月15日提送審查意見後，廠商未繼續SRF廠申請。\n(三)、\t完成固體再生燃料抽樣驗證作業，統計至113年11月14日已完成委託檢測機構至4間SRF製造廠執行採樣作業，抽驗廠商為高嘉、和興環保公司、巨基環保企業股份有限公司及興隴科技股份有限公司4家，檢驗結果有兩家出現超標情形，已請廠商提出說明並持續追蹤後續廠商自行檢測狀況。\n(四)、\t為掌握屏東縣SRF製造廠運作、品管及流向申報之確實性，並調查業者面臨問題並協助改善，故規劃每2個月1次執行SRF製造廠文件檢核及流向申報勾稽作業，共計完成屏東縣5間SRF製造廠各查核5次。\n(五)、\t已輔導轄內5間SRF製造廠完成撰寫品保品管計畫書。\n(六)、\t巡查輔導可作為SRF原料之廢棄物產源、SRF製造廠及使用廠，統計至11月14日已完成50間查核。\n(七)、\t每月協助固體再生燃料(SRF)製造廠之事業廢棄物清理計畫書審查工作。\n(八)、     邀請專家學者進行2廠(場)次品質輔導作業部分於11月15日完成輔導。\n(九)、      2場次SRF推廣說明會於11月25日辦理完成。\n三、其他應配合工作事項\n(一)、\t協助環保局依據規劃及排程內容辦理，至11月14日已達成「113年度直轄市及縣（市）政府資源循環環境保護績效考核計畫」相關指標項目。\n(二)、\t已於3月7日完成1場次教育訓練",
        "eng_title": "This project aims to promote the resource recycling of biomass and solid recovered fuel (SRF) in Pingtung County for the year 2024.",
        "eng_subject": "This project consists of two main tasks: constructing a regional biomass resource cycle mechanism and implementing solid recovered fuel (SRF) verification and quality control. Additionally, it involves supporting activities like evaluation and training. Compared to 2023, this year’s focus is on enhancing two key aspects of bioenergy. Last year, the project concentrated on data collection and promoting bioenergy understanding among manufacturers. This year, however, on-site inspections and data consolidation are used to improve the data reporting process and address manufacturers' actual needs more effectively.\n\nRegarding SRF operations, stricter regulations have been introduced for SRF plants in 2023 to ensure materials meet regulatory standards and to prevent industrial waste from being misclassified as SRF. Audits will track SRF disposal pathways to prevent illegal waste disposal. By enhancing the review process and conducting regular inspections, SRF facilities will be supported in developing quality assurance and quality control plans, improving SRF quality.\n\nStarting on February 7, 2024, with the contract signing, work began. By December 6, 2024, the progress of the project is as follows:\n\nConstructing a Regional Biomass Resource Cycle Mechanism:\n\nThe project assisted the Environmental Protection Bureau with surveys on waste biomass generation. By December 6, 2024, 307 surveys had been completed, with a response rate of 100%. The data shows an annual output of about 7,898.36 metric tons of waste biomass, with composting and in-situ plowing being the most common disposal methods. The effective response rate increased from 20% last year to 87%.\nTwo biomass utilization seminars were held on November 6. The first seminar, held at the Jiouru Township Farmers' Association, featured training on agricultural waste treatment and introduced bioenergy plants capable of processing waste fibers from pineapples and bananas. A matchmaking session for manufacturers and waste generators was included. The second seminar, at the Jiuru Farmers’ Association, involved a visit to a biomass processing facility in Pingtung County, introducing participants to circular economy models.\nExperts guided the establishment and expansion of circular economy facilities. On November 22, visits to KING'S GROUND BIOTECH CO., LTD. and Hengchun Township Farmers’ Association’s biomass fuel recycling plant were arranged.\nTo create a baseline dataset on waste biomass generation sources, 52 facilities were inspected by December 6.\nImplementing SRF Verification and Quality Control:\n\nTwo SRF promotion seminars were held on November 25 to enhance regulatory compliance and facilitate future cooperation. The first seminar included five local SRF manufacturers, while the second featured experts discussing waste plastic classification and recycling. These seminars allowed for better matching of waste plastic types and quantities.\nBy December 6, three companies—Jia Yuan International Ltd., Yeou Yih Green Energy Industry Co., Ltd., and Infinite Resource Technology Co., Ltd.—applied to establish SRF manufacturing facilities. Inspections were conducted at Jia Yuan on March 1 and Yeou Yih on August 13, with follow-up actions scheduled due to incomplete equipment installation and changes in project scope.\nTo improve SRF facility operations, consultations were held on November 15, providing quality improvement recommendations for Hehsin and Hsinglong.\nSampling and testing were completed at four SRF facilities. Two exceeded regulatory limits, and follow-up monitoring is in progress.\nA bi-monthly audit program was implemented for SRF manufacturing facilities, with five audits conducted at each of the five SRF facilities in Pingtung County.\nFive SRF facilities completed their quality control plans with the project's assistance.\nA total of 51 inspections of SRF waste sources, manufacturing facilities, and utilization sites were conducted by December 6.\nMonthly reviews of business waste management plans for SRF manufacturing facilities are ongoing.\nOther Coordinated Work:\nThe project assists the Environmental Protection Bureau with the 2024 Resource Recycling and Environmental Protection Performance Evaluation Plan for Municipal and County Governments, with relevant indicators met by December 6.\nOne educational training session was completed on March 7.",
        "proj_year": "113",
        "org_name": "屏東縣政府環境保護局",
        "exe_unit": "技佳工程科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1135958605",
        "publish_date": "20250108"
    },
    {
        "chi_title": "中部地區水體水質管理及水污染源智能管理計畫",
        "chi_subject": "本計畫執行時間由１１３年１月４日至１１３年１１月３０日止，執行期間皆依期程規範辦理各工項內容，整體進度達成率１００%。計畫主要工作項目包括中部地區重點管理水體污染潛勢區域分析與篩選；污染分析與潛勢對象選定；強化及落實水污染許可制度；提升事業自主管理能力及落實遵法；辦理污染潛勢對象實廠深度查核等。完成１０家實廠深度查核、１５家許可查核作業、８家貯留查核。彙整５０家許可品質檢核及１５許可現場比對缺失、１０廠實廠深度查驗缺失及８家貯留許可查核缺失後，辦理水污染防治實務經驗交流會議，合計辦理３場次，合計２２８人。\n　　計畫執行期間，亦辦理２場區域環境污染案件查處經驗交流會（２場與會人數，分別為６１人與５３人），透過地方檢察署於偵查集團性與跨區域環保犯罪案件經驗交流及科技辦案成果分享，提升查緝環保犯罪成效。",
        "eng_title": "Project of Water Quality Management and Intelligent Management of Water Pollution Sources in Central Region",
        "eng_subject": "The tasks of this project were all carried out as scheduled throughout the project term, from January 4, 2024, to November 30, 2024, achieving 100% of the overall progress. The main tasks included the analysis and screening of key management water pollution potential areas in the central region; contamination analysis and potential object selection; strengthening and implementing the water pollution permit system; improving business management capabilities and ensuring legal compliance; and conducting in-depth factory inspections of potential pollution sources, among other activities. 10 firms undergone such check,  15 firms permit compliance census,  8 firms retention permit compliance census.. With the permit quality review and the deficiencies of permit compliance census on the 50 firms and the deficiencies in in-depth inspections at 10 plants summarized, we held on exchange meetings on water pollution control experience in all 3 events, totally 228 persons.\n   Meantime, we held on Two exchange meetings on regional environmental pollution cases inspection experience (attended by 61 persons and 53 persons), Through the District Procuratorate's experience exchange in investigating group and cross-regional environmental crime cases and the sharing of scientific and technological case handling results, the effectiveness of investigating environmental crimes will be improved.",
        "proj_year": "113",
        "org_name": "中區環境管理中心",
        "exe_unit": "台灣曼寧工程顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1134357486",
        "publish_date": "20250102"
    },
    {
        "chi_title": "113年廢水氨氮資源化技術示範推廣",
        "chi_subject": "面對氨氮廢水排放標準逐步加嚴，多年來持續開發新興廢水處理技術，積極將廢水中氨氮分離以進行資源循環再利用，本年度擬延續多年來發展氨氮廢水處理技術之成果，精進包含「電容式氨氮富集系統」與「節能型氨氮氣提系統」之廢污水氨氮資源化技術，並規劃並於次年度開始逐步進行技術放大、模廠驗證、最後進行技術移轉與示範推廣工作，以達成促使業者善加利用廢水含氮物質等有價資源，產官學共同攜手合作，邁向廢水「淨零碳排，資源循環」目標。 \n今年度計畫擬基於過去計畫執行成果，建置一套半自動化實驗室規模「電容式氨氮富集系統」，針對低濃度不易處理之工業氨氮廢水，透過充電\/放電操作模式之調控，於充電吸附過程分離水中銨離子，進行水再生處理，同時，於放電脫附過程，藉由系統程控之設計，進行系統內循環操作，有效富集銨離子，確保完整放電階段排出之氨氮濃縮液皆達到目標濃縮濃度，並將控制模式由過去3種模式(脫鹽、再生與濃排)切換改成5種模式(脫鹽、再生、提濃、濃排與補水)切換，提升後續資源循環處理程序之效率。透過高效氨氮提濃技術完成氨氮富集濃縮後，進一步提出「節能型氨氮氣提系統」，將熱能自淋洗液(鹽酸或純水)轉移至提濃後之氨氮廢水，透過增溫提升氨氮廢水的氨氮氣提分離效率，並透過降低淋洗液溫度，提升淋洗液中氨濃度，將廢水中氨氮提煉再製為氨水。 \n最終依循生命週期評估方法，計算碳排量化環境效益，提出技術發展建議，最大化氨氮廢水處理減碳效益，以達到資源循環、淨零排放之目標。此外，藉由專家諮商會議，彙整來自產、官、學之各界建議，提出淨零排放-廢水氨氮資源化技術之改善建議，並辦理現地訪談進行氨氮廢水處理技術交流，針對業者所遇到之問題提供改善建議方案，來協助業者提高氨氮廢水處理技術之處理效能。",
        "eng_title": "The 113th Year Demonstration and Promotion of Ammonia Nitrogen Resource Recovery Technology in Wastewater",
        "eng_subject": "Facing the increasingly stringent ammonia nitrogen wastewater discharge standards, there has been a continuous development of emerging wastewater treatment technologies over the years, aiming to separate ammonia nitrogen from wastewater for resource recycling and reuse. This year, building on the results of previous ammonia nitrogen wastewater treatment technologies, the focus will be on refining the ammonia nitrogen resource recovery techniques, including the Capacitive Ammonia Nitrogen Enrichment System and the Energy-Efficient Ammonia Nitrogen Stripping System. Plans are in place to gradually scale up the technology, conduct pilot plant verification, and proceed with technology transfer and demonstration promotion starting next year. The ultimate goal is to encourage the industry to make good use of valuable nitrogen resources in wastewater, fostering collaboration between the industrial, governmental, and academic sectors to move toward the goal of net-zero carbon emissions and resource recycling in wastewater treatment.\nThis year's project plans to build a semi-automated laboratory-scale Capacitive Ammonia Nitrogen Enrichment System based on the outcomes of previous projects. It targets industrial ammonia nitrogen wastewater with low concentrations that are difficult to treat. Through the regulation of the charging\/discharging operation mode, ammonium ions will be separated from the water during the charging adsorption process for water regeneration. At the same time, during the discharging desorption process, system circulation operations will be conducted through system-controlled design, effectively enriching ammonium ions. This ensures that the ammonia nitrogen concentrate discharged during the complete discharging phase reaches the target concentration. The control modes will be upgraded from the previous three modes (desalination, regeneration, and concentration discharge) to five modes (desalination, regeneration, concentration, concentration discharge, and replenishment), enhancing the efficiency of subsequent resource recycling processes.\nAfter ammonia nitrogen enrichment and concentration is completed using high-efficiency ammonia nitrogen concentration technology, the Energy-Efficient Ammonia Nitrogen Stripping System will be introduced. Heat will be transferred from the washing solution (hydrochloric acid or pure water) to the concentrated ammonia nitrogen wastewater, improving the ammonia nitrogen stripping and separation efficiency by raising the temperature of the ammonia nitrogen wastewater. Additionally, by lowering the temperature of the washing solution, the ammonia concentration in the washing solution is increased, allowing the ammonia nitrogen in the wastewater to be refined and reused as ammonia water.\nFinally, following the life cycle assessment method, carbon emissions will be quantified to calculate the environmental benefits, and recommendations for technology development will be proposed to maximize the carbon reduction benefits of ammonia nitrogen wastewater treatment, aiming to achieve the goals of resource recycling and net-zero emissions. Moreover, through expert consultation meetings, suggestions from various sectors, including industry, government, and academia, will be consolidated to propose improvements for net-zero emissions and ammonia nitrogen resource recovery technology. On-site interviews will also be conducted to facilitate ammonia nitrogen wastewater treatment technology exchanges, providing solutions to the issues encountered by industry players and helping them improve the efficiency of their ammonia nitrogen wastewater treatment technologies.",
        "proj_year": "113",
        "org_name": "環境部水質保護司",
        "exe_unit": "國立臺灣大學",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1134338301",
        "publish_date": "20250114"
    },
    {
        "chi_title": "113年度環教設施場所增能暨服務品質提升工作計畫",
        "chi_subject": "為提升環境教育設施場所的知識與能力與服務品質，本計畫涵蓋八大主要工作，包括訪查環境教育設施場所、提供優化輔導、增能訓練、資訊更新推廣、補助及捐助相關庶務工作、認證管理專家諮詢以及樂齡族群體驗活動等。\n訪查方面，已完成34家環境教育設施場所的訪查，深入了解其現況並提出改進建議，確保設施場所符合評鑑要求並提升運營效率。在優化輔導方面，已完成5場次的輔導，並持續追蹤場所的優化進展，確保改進措施得以落實。\n增能訓練方面，已辦理3場次增能培訓營，參與總人數257人，並完成3場次主題性實務議題訓練，參與總人數271人，顯示出環境教育人員對專業提升的強烈需求和積極參與。\n資訊推廣方面，持續更新維護資訊網，並完成18處手冊製作，為設施場所提供更完善的資訊支援。並辦理環境教育設施場所短影音競賽，提高公眾關注和參與度。\n補（捐）助庶務工作方面，已完成113年度核銷說明會及相關作業協助，確保補助資金的合理使用和管理，並完成補（捐）助成果表揚會活動。認證管理方面，已辦理8場次專家諮詢會，為環境教育設施場所的認證提供專業支持。此外，完成辦理樂齡族群環境教育體驗活動，進一步推廣環境教育理念。",
        "eng_title": "2024 Project of Capacity Building and Service Quality Improvement in Environmental Education Centers",
        "eng_subject": "To enhance the knowledge, capabilities, and service quality of Environmental Education Centers, this project encompasses eight main tasks: site visits to Environmental Education Centers, providing optimization guidance, capacity building training, information update and promotion, related administrative work for subsidies and donations, expert consultation on certification management, and experiential activities for the elderly.\n  Regarding site visits, we have completed inspections of 34 Environmental Education Centers, thoroughly understanding their current conditions and providing improvement suggestions to ensure the centers meet evaluation requirements and enhance operational efficiency. For optimization guidance, we have completed 5 sessions and continuously tracked the progress of improvements to ensure the implementation of suggested measures.\n  In terms of capacity building training, we have organized 2 training camps with a total of 257 participants and 3 thematic practical issue training sessions with 271 participants, indicating a strong demand for professional development and active participation among environmental education personnel.\n  For information promotion, we have consistently updated the information network and completed the production of 18 handbooks, providing more comprehensive information support for the centers. Additionally, we organized a short video competition for Environmental Education Centers, increasing public attention and participation.\n  In the administrative work for subsidies and donations, we have completed the subsidy write-off briefing for 2024 and related task planning to ensure the reasonable use and management of subsidy funds. For certification management, we have conducted 8 expert consultation meetings, providing professional support for the certification of Environmental Education Centers. Furthermore, we have completed an experiential activity for the elderly, further promoting environmental education concepts.\n  Through these efforts, this project not only improves the operational quality and service level of Environmental Education Centers but also promotes the sustainable development of environmental education, achieving a win-win situation for all parties involved.",
        "proj_year": "113",
        "org_name": "國環院環教認證中心",
        "exe_unit": "鼎澤科技有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1134303275",
        "publish_date": "20250131"
    },
    {
        "chi_title": "113年空氣污染熱區污染源智慧分析風險評估暨智慧圍籬推動計畫",
        "chi_subject": "近年來隨著科技發展，環境部推行空氣品質物聯網之佈建，本計畫旨在透過空污智慧圍籬系統，整合與分析氣象監測、污染源數據及空氣物聯網資料，即時掌握風險潛勢及污染源資訊，以有效執行區域治理。本計畫的三大核心目標包含：（1）透過AI人工智慧解析環境感測數據系統性分析評估風險潛勢熱區，結合污染源資料庫，提供決策資訊。（2）二階空品感測器應用於熱區佈點進行空氣污染物分布與污染源關聯性分析作業小型試辦作業。（3）依環境管理署整體業務推動及政務執行重點，提供相關專業技術支援及其他配合事項。\n主要執行內容與成果摘要如下：\n(一)\t透過AI人工智慧解析環境感測數據系統性分析評估風險潛勢熱區，結合污染源資料庫，提供決策資訊。完成1. 介接收集桃園、臺中及臺南環境空氣監測資料及氣象署資料。2. 以氣象模式為基礎的演算法，設計發展鄰近群體比較檢核法篩除無效數據、判讀污染事件、逆軌跡溯源、查看個別工廠查排放特性、設置製程別與行業別過濾條件，及建議稽查工廠名單建議等功能。3.定期產出區域治理與風險潛勢分析報告。4. 設計發展分層視覺化決策頁面、視覺化查詢頁面。5. 發展IMP平臺與TrackAIR平臺間API系統。\n(二)\t二階空品感測器應用於熱區佈點進行空氣污染物分布與污染源關聯性分析作業小型試辦作業。完成1.PID感測元件測試及廠牌選擇。2.南崗產業園區及臺南產業園區測點選址規劃報告、安裝、維運、連線、數據分析、數據品質檢核及儀器校正，合計50個PID及10個風速風向計。3. 發展與建置自主管理推播群組，不定期推播重大污染事件以及定期每雙週推播污染潛勢地圖。3.定期產出PID區域治理與自主管理評估報告。4. 產出PID數據品質規劃報告。\n(三)\t依環境管理署整體業務推動及政務執行重點，提供相關專業技術支援及其他配合事項，包括環境執法相關主題影片1部、配合機關業務需求針對環境執法等相關議題所需文件、檔案或簡報資料，以及依據機關需求辦理產業自主宣導說明會1場。",
        "eng_title": "Smart Analysis of Pollution Sources, Risk Assessment, and Smart Fence Promotion Plan for Air Pollution Hotspots",
        "eng_subject": "In recent years, with the advancement of technology, the Ministry of Environment (MOENV) has promoted the deployment of an Air Quality Internet of Things (IoT) network. This project aims to use a Smart Air Pollution Fence System to integrate and analyze meteorological monitoring, pollution source data, and air IoT information to track pollution risks and sources in real-time, enabling effective regional governance. The three core objectives of this project include:\n  1. Utilizing AI to analyze environmental sensor data, systematically assess high-risk areas, integrate pollution source databases, and provide actionable insights for decision-making.\n  2. Applying second-stage air quality sensors in high-risk areas to conduct a pilot analysis on pollutant distribution and pollution source correlation.\n  3. Supporting the EMA’s operational goals and key policy implementations by providing relevant professional technical support and assistance.\nThe primary tasks and key deliverables are summarized as follows:\n  1. Utilizing AI to analyze environmental sensor data to systematically assess high-risk areas, integrating pollution source databases to provide decision-making information:\n      ･Collected air quality monitoring data from Taoyuan City, Taichung City, and Tainan City, as well as meteorological data.\n      ･Developed algorithms based on meteorological models, including a comparative method to screen out invalid data, identify pollution events, conduct back-trajectory analysis, examine emission characteristics of individual factories, set up filters by industry type, and recommend factories for inspection.\n      ･Regularly produced regional governance and risk assessment reports.\n      ･Developed a layered visualization decision-making page and a query interface.\n      ･Built an API system to connect the IMP and TrackAIR platforms.\n  2. Conducted a pilot study using second-stage air quality sensors in high-risk areas to analyze pollutant distribution and correlation with pollution sources:\n      ･Completed testing and selection of PID sensor components and brands.\n      ･Prepared siting reports for measurement points in Nangang Industrial Park and Tainan Industrial Park, installed, maintained, connected,    analyzed data, conducted data quality checks, and calibrated instruments, totaling 50 PIDs and 10 anemometers.\n      ･Established a self-management notification group to push significant pollution event alerts and bi-weekly pollution potential maps.\n      ･Produced regular PID regional governance and self-management assessment reports.\n      ･Created a PID data quality planning report.\n  3. Providing relevant professional technical support and assistance in line with the EMA’s overall operational goals and policy priorities:\n      ･Produced a thematic video on environmental enforcement.\n      ･Prepared documents, files, or presentation materials on environmental enforcement topics as needed by related agencies.\n      ･Organized an industry self-regulation promotional meeting based on agency requirements.",
        "proj_year": "113",
        "org_name": "環管署環境執法組",
        "exe_unit": "銓崴國際有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1134290864",
        "publish_date": "20251205"
    },
    {
        "chi_title": "113年度南投縣推動低碳永續家園執行計畫",
        "chi_subject": "為因應全球氣候暖化及對氣候變遷衝擊提出完整因應措施，本計畫受南投縣政府環境保護局委託辦理「113年度南投縣氣候變遷減緩推動計畫」，主要工作為維運氣候變遷因應推動會、氣候變遷減緩及調適工作、辦理氣候變遷減緩及調適推廣教育活動、推動溫室氣體盤查登錄之查核作業、維運低碳永續家園運作體系、低碳永續家園行動項目輔導與執行、輔導推廣綠能屋頂、輔導轄內村里、社區執行低碳永續行動項目示範工作、其他配合事項，各項工作執行成果說明如下：\n一、維運氣候變遷因應推動會\n協助維運本縣「氣候變遷因應推動會」之幕僚相關作業，協助辦理相關跨局處會議3場次，並執行本縣「溫室氣體減量執行方案」相關管考作業，配合參與環境部氣候變遷署或縣（市）政府相關會議及活動19場次。\n二、氣候變遷減緩及調適工作\n彙整本縣「溫室氣體減量執行方案」112年執行成果，編寫本縣「溫室氣體減量執行方案」112年成果報告，提送至本縣永續低碳及氣候變遷因應推動會審核及修正後，函送112年成果報告至環境部氣候變遷署及上傳至氣候資訊公開平台，完成公開。完成確認112年列管對象（應盤查登錄溫室氣體排放量之排放源）之盤查及查證作業之系統登錄、盤查資料上傳。辦理「氣候變遷調適執行方案」，針對本縣基礎環境資料調查及彙整，並界定調適關鍵（優先）領域，研訂本縣氣候變遷調適執行方案（初稿），辦理氣候變遷調適執行方案座談會1場次蒐集相關意見，並送本縣永續低碳及氣候變遷因應推動會審核，彙整相關意見並修正為「南投縣氣候變遷調適執行方案（草案）」函送環境部氣候變遷署會商中央部會審核。\n三、辦理氣候變遷減緩及調適推廣教育活動\n辦理2場次針對轄內企業之溫室氣體盤查與查證實務解析、碳定價制度實務與企業碳中和相關課程，提升本縣轄內企業因應溫室氣體減量推廣教育之認識與瞭解。\n四、推動溫室氣體盤查登錄之查核作業\n確認本縣112年度第二批列管對象2廠家，並確認2廠家皆已按規定時程完成盤查及查證登錄作業，另依據環境部氣候變遷署查核規定，已完成未列管8廠家現場輔導作業及列管2廠家現場查核作業。針對本縣112年度溫室氣體排放量進行行政轄區盤查作業，112年總排放量為3,063,380.269公噸CO2e、林業碳匯2,182,572.531公噸CO2e。另協助環保局盤查溫室氣體排放量並完成製作溫室氣體排放調查報告書，其溫室氣體排放量分別為：南投縣政府環境保護局辦公室為377.072公噸CO2e、南投縣政府環境保護局第二辦公室為105.342公噸CO2e、南投縣政府柴油車排煙檢測站為11.293公噸CO2e，主要排放源為外購電力之間接排放，可透過相關節能措施達到減量。\n五、維運低碳永續家園運作體系\n持續維運本縣低碳永續家園相關技術諮詢與評等審查小組，並配合環境部氣候變遷署績效評比考核，更新相關管考內容，配合參與環境部氣候變遷署及中部生活圈之低碳永續家園相關會議與觀摩活動共計6場次。\n六、低碳永續家園行動項目輔導與執行\n低碳永續家園行動項目輔導與執行方面，辦理低碳永續家園認證評等申請宣導說明會1場次，鼓勵村里社區參與低碳永續家園。辦理轄內村（里）訪查輔導工作方面，新增輔導6處尚未參與認證評等之村里取得「報名成功」、新增3處村里取得「銅級」認證、新增1村里處取得「銀級」認證。另執行轄內獲得評等之成果維護之成果查核，系統抽樣3處村里並已完成現勘查核作業，查核結果皆為維持銅級認證。\n辦理低碳在地蔬食料理示範教學活動2場次，培養民眾「吃在地、食當季」的低碳飲食觀念，辦理相關培力課程2場次，鼓勵民眾活用日常生活的低碳作為。透過網路媒體刊登低碳在地蔬食料理示範教學活動內容，增進民眾對低碳在地蔬食的認識與瞭解，另製作宣導品共756份，配合相關宣導活動發放，以利推動氣候變遷減緩及調適宣導工作之推展。\n七、輔導推廣綠能屋頂\n為達到2050淨零排放之目標，持續輔導推廣綠能屋頂，本年度結合轄內村里社區辦理推廣綠能屋頂小型宣導說明會10場次，透過講師現場講解而更瞭解綠能屋頂的優點，並盤點轄內獲得評等之村里內社區活動場所、公有屋頂、公營事業屋頂、私有屋頂等處所及跨局處盤點之案場共64處，經過初步篩選並聯繫案場屋主確認意願後，再至現場進行實際評估3處，其中2處經評估後無法施作，1處適合施作並完成案場出租設置評估規劃，待案場屋主與家人討論確認是否簽約設置。為鼓勵設置太陽光電發電系統，本計畫完成4處案場執行113年南投縣太陽光電發電系統設置\/維護補助。\n八、輔導轄內村里、社區執行低碳永續行動項目示範工作\n本年度持續推動「113年南投縣村里、社區低碳永續行動項目示範補助」，共計核定14處，完成14處相關查核驗收，總補助經費80萬元。另已完成查核111年度低碳永續行動項目示範補助14處之相關措施成果維運情形，其查核結果皆為良好。\n九、其他配合事項\n配合轄內機關或團體辦理3場次宣導活動，加強民眾對於氣候變遷減緩及調適的認識與瞭解。",
        "eng_title": "Low Carbon Sustainable Homes",
        "eng_subject": "low carbon",
        "proj_year": "113",
        "org_name": "南投縣政府環境保護局",
        "exe_unit": "上境科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1134066484",
        "publish_date": "20250110"
    },
    {
        "chi_title": "113年金門縣石綿建材廢棄物清除處理計畫",
        "chi_subject": "調查成果報告基本資料表\n委辦單位 \t金門縣環境保護局\n執行單位\t上境科技股份有限公司\n年 度\t113年度\n計畫名稱\t113年度金門縣石綿建材廢棄物清除處理計畫\n專案性質 \t□基礎研究  □應用研究  □技術發展 ■勞務委外 □          \n計畫屬性 \t□科技類    ■非科技類\n全程期間\t民國113年01月15日至民國113年11月30日\n本期期間 \t民國113年01月15日至民國113年11月30日\n計畫經費\t1,562,400元\n摘要關鍵詞：石綿建材廢棄物清除及處理費用補助\n參與計畫人力資料： \n參與計畫\n人員姓名\t工作要項\t現職與簡要學經歷\t參與時間\n郭恭羽\t計畫主持人\t上境科技股份有限公司 協理\/國立交通大學 環境工程研究所 碩士\t113年1月至113年11月\n陳昱全\t計畫經理\t上境科技股份有限公司 主任工程師\/私立淡江大學 水資源暨環境工程研究所 碩士\t113年1月至113年11月\n許聿翎\t派駐人員\t上境科技股份有限公司 工程師\/真理大學運動管理系 學士\t113年2月至113年11月\n\t \n摘要\n一、計畫名稱：113年度金門縣石綿建材廢棄物清除處理計畫\n二、辦理機關：金門縣環境保護局\n三、承辦單位：上境科技股份有限公司\n四、計畫主持人：郭恭羽\n五、計畫期程：民國113年1月15日至113年11月30日止\n六、計畫經費：新台幣壹佰伍拾陸萬貳仟肆佰元整\n七、摘要：\n為推動建築物石綿瓦廢棄物清除處理工作，金門縣環境保護局特辦理113年度金門縣石綿建材廢棄物清除處理計畫(以下簡稱本計畫)。為掌握含石綿建材建築物現況及協助家戶建築物拆除後石綿建材廢棄物妥善處理，以降低對人體與環境危害，針對本轄內含石綿建材建築物之調查管理及家戶產出石綿建材廢棄物清除處理。\n(一)石綿建材建築物調查情形\n截至10月底已全數調查298件建物(原列管292件及新增案件6件)。若以鄉鎮區分，金城鎮91件為最多、其次為金湖鎮67件；或以建物類型區分，為民宅227件、畜牧場35件、工廠14件、未達畜牧場登記規模建物9件、公有建築4件、車庫、車棚4件、停工歇業工廠2件、寺廟、教堂等宗教場所、其他及學校各1件。經人員現勘後，以建築物用途區分，分別為屋頂276件、屋頂與側邊16件、貯存區堆置5件、其他建物部位1件。\n依據現勘調查之結果，提供環保局發文參考，自2月份開始已陸續寄發通知單，扣除無石綿現況地址，截至5月底止已寄發272件通知單完畢。\n現場訪查工作至10月底已訪查累計74件次，分別為民宅48件佔64.86%、畜牧場13件佔17.57%、工廠12件佔16.22%、學校1件占1.35%。\n(二)石綿廢棄物清運情形\n截至11月30日申請案件累計28件次，分別為4月及5月各1件、6月及7月份2件、8月份3件、9月份5件、10月份10件次及11月份4件次；其中25件申請案件已拆除並清除至暫置場，另3件已申請通過等待拆除及清運。另113年核定清運處理量為10公噸，已於113年11月14日清運，後續清運至料羅碼頭鴻順興海運貨物放置處，合計吊掛清運9.46公噸(台灣端過磅數據)計49包太空包。並於113年11月14日由鴻順興海運從金門運至高雄港51號碼頭下貨處，後續由岡聯事業股份有限公司於113年11月16日接收後，運往可寧衛公司進行固化處理，於113年12月4日處理完成。\n(三)未來執行建議\n本計畫於今年始調查本縣現存石綿廢棄物情況，雖已有初步成效，但申請案件之民眾或機關仍較少，故建議明年加強現場訪查件數，透過訪問輔導民眾釐清問題所在，方可對就困難點解決問題。並透過投放宣導品、宣導單或登報等方式加大宣導力度。",
        "eng_title": "2024 Kinmen County Asbestos Building Material Waste Removal and Disposal Plan",
        "eng_subject": "Basic Information Table for Investigation Report\nEntrusting Unit: Kinmen County Environmental Protection Bureau\nExecuting Unit: Shangjing Technology Co., Ltd.\nYear: 2024\nProject Name: 2024 Kinmen County Asbestos Building Materials Waste Removal and Treatment Plan\nProject Nature: □ Basic Research □ Applied Research □ Technology Development ■ Outsourced Services □ Others\nProject Attribute: □ Technological ■ Non-Technological\nOverall Period: January 15, 2024, to November 30, 2024\nCurrent Period: January 15, 2024, to November 30, 2024\nProject Budget: 1,562,400 TWD\nKeywords: Subsidy for asbestos building materials waste removal and treatment\n\nProject Participants:\n\nName\tTask\tCurrent Position ＆ Brief Education\/Experience\tParticipation Period\nKuo Kung-Yu\tProject Leader\tAssociate Manager, Shangjing Technology Co., Ltd. \/ M.S., Environmental Engineering, National Chiao Tung University\tJan 2024 – Nov 2024\nChen Yu-Chuan\tProject Manager\tSenior Engineer, Shangjing Technology Co., Ltd. \/ M.S., Water Resources and Environmental Engineering, Tamkang University\tJan 2024 – Nov 2024\nHsu Yu-Lin\tOn-Site Personnel\tEngineer, Shangjing Technology Co., Ltd. \/ B.S., Sports Management, Aletheia University\tFeb 2024 – Nov 2024\nSummary\n\nProject Name: 2024 Kinmen County Asbestos Building Materials Waste Removal and Treatment Plan\n\nOrganizing Authority: Kinmen County Environmental Protection Bureau\n\nContracting Unit: Shangjing Technology Co., Ltd.\n\nProject Leader: Kuo Kung-Yu\n\nProject Duration: January 15, 2024, to November 30, 2024\n\nProject Budget: TWD 1,562,400\n\nSummary:\n(1) Survey of Asbestos-Containing Building Materials:\n\nBy the end of October, a total of 298 buildings were surveyed.\nDistribution by township: Jincheng Township (91), Jinhu Township (67); by type: residences (227), livestock farms (35), factories (14), etc.\nField inspection results showed 276 roofs, 16 roofs with side structures, among others.\nNotification letters were issued to 272 sites, with 74 site visits completed.\n(2) Waste Transportation Status:\n\n28 applications were received, 25 of which were completed with 9.46 tons transported.\nTransportation route: Kinmen → Liaoluo Port → Kaohsiung Port → Gonglian Company → Covanta for solidification (completed Dec 4).\n(3) Recommendations for Future Implementation:\n\nIncrease on-site visits and guide citizens to resolve issues.\nEnhance outreach efforts through promotional materials, advertisements, and other media.",
        "proj_year": "113",
        "org_name": "金門縣環境保護局",
        "exe_unit": "上境科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1133882090",
        "publish_date": "20250110"
    },
    {
        "chi_title": "第6屆國家企業環保獎專案工作計畫",
        "chi_subject": "企業環保獎自民國81年開辦以來，至今已辦理33年，累計獲獎企業達776家，本屆參選127家企業歷經初選、複選分組審查、實地現勘及決選等階段，遴選出獲獎企業共65家，包括5家金級獎、25家銀級獎、28家銅級獎及7家入圍獎。\n配合國家2050 淨零轉型目標，本屆報名的127家企業，大都已將節能減碳納入行動，並結合聯合國永續發展目標(SDGs)，以及環境、社會及公司治理(ESG)的企業經營面向，有96家發表企業社會責任報告書，在112年執行績效方面，推動節電措施的節電量達18.67億度（約可提供552.5萬戶家庭1 個月的用電量）、節水8,393.8萬度（合計可供應約243.7萬戶家庭1個月用水量）；設置太陽能設施發電量達7,630萬度（約可提供22.5萬戶家庭1個月的用電量）、購買再生能源憑證13萬9,546張，減碳量總計達93萬7,491噸（相當於2,418座大安森林公園1年的碳吸附量）；此外，配合政府環保政策推動及環境參與面向，綠色採購金額達新臺幣98.5億元，97家企業簽署響應綠色辦公、認養公廁43座、認養海岸78公里，辦理239場淨灘活動，總計1萬1,223人次參與。\n為使獲獎企業的環保績優事蹟，能夠持續累積、分享、傳承與推廣，環境部特別編輯「第6屆國家企業環保獎績優企業優良環保事蹟彙編」、並辦理獲獎企業觀摩研討會，分享獲獎企業之績優環保事蹟，提供其他企業學習。",
        "eng_title": "The 6th National Enterprise Environmental Protection Award",
        "eng_subject": "The Enterprise Environmental Protection Award has been rewarded for 33 years to encourage corporate social responsibility through advancing environmental protection. A total of 776 enterprises have received the award since its inception in 1992. This year, after undergoing review stages, on-site surveys and a final selection, a total of 65 award-winning companies were selected, including 5 Gold Awards, 25 Silver Awards, 28 Bronze Awards, and 7 Finalists. \nIn line with Taiwan's 2050 goal of transformation to net-zero , most of the 127 companies registered this year have incorporated energy conservation and carbon reduction into their actions, and integrated the United Nations Sustainable Development Goals (SDGs) and Environmental, Social and Corporate Governance (ESG) as aspects of corporate management, with 96 enterprises publishing corporate social responsibility reports. Enterprises that participated in this year's award competition have excellent environmental protection records, with total conserved electricity of 1.867 billion kWh in 2023 (enough to provide one month of power to 5.525 million households), conserved water of 82.55 million cubic meters, rain water collection of over 1.387 million cubic meters (equivalent to one month of water supply to 2.437 million families), installation of solar power facilities to generate 76.3 million kWh of electricity (enough to provide one month of power to 225,740 households), and a total of 937,491 metric tons of carbon reduction (equivalent to the annual carbon absorption of 2,418 Daan Forest Parks). These enterprises also responded to the government's environmental policies by taking part in: green procurement reaching a total of 9.85 billion TWD; adopting a total of 43 public restrooms and 78 kilometers of shoreline; and leading 239 beach cleanups with a total of 11,223 participants. 97 enterprises have signed up in response to the call for a green working environment.\nIn order for the data on these award-winning enterprises to be gathered, shared, passed on and promoted, the MOENV has published a summary of the 6th NEEPA Winners for Excellent Performance in Environmental Protection, which outlines the experiences of these organizations. In addition, the MOENV will hold demonstration seminars and site visits at some of the award-winners’ facilities, allowing the winners to share their experiences in carrying out environmental work.",
        "proj_year": "113",
        "org_name": "環境部綜合規劃司",
        "exe_unit": "豐鏵環境科技管理股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1133850835",
        "publish_date": "20250127"
    },
    {
        "chi_title": "澎湖縣-澎湖縣113年度水污染管制、高有機污染資源推動及巡守應變計畫",
        "chi_subject": "一、執行事業相關之污染源管制、查核作業，並協助辦理水污費徵收之\n導、 查核、催繳及緊急應變等工作\n(一) 事業稽巡查作業，建立的水污染源系統相關稽查作業計 160 件，\n包含水污染防治措施文件建檔計 19 件、營建工地逕流廢水削減計\n畫計 22 件，稽查記錄單99 件、水質檢驗報告 20 件次\n(二) 配合辦理法規說明會 2 場次(5 月 30 日、7 月 29 日)。\n(三) 本計畫協助水質水量自動監測設施與錄影連線推動情形管控及監\n控系統操作，相關校正及異常記錄\n(四) 本年度配合局內單位並結合各局處及總隊公害污染緊急應變實兵\n演練，並於 5 月 30 日於合界沙灘完成實兵演練。\n二、推動畜牧糞尿資源化再利用\n(一) 本年度輔導家堡畜牧場進行澆灌地媒合，並完成 5 處沼液、沼渣澆灌\n農牧田地土壤採樣，後將接續辦理計畫書補正審查。\n(二) 辦理畜牧糞尿資源化推廣說明會 1 場次(9 月 19 日)\n三、推動水環境巡守隊運作、輔導、訓練\n(一) 辦理巡守隊專業講習、教育訓練、淨灘或清理水庫周遭環境計\n16 場次、領袖會議 2 場次。\n(二) 辦理世界水質監測日活動 1 場次(9 月 18 日)。\n(三) 巡守隊 Facebook 社群網站暨新聞稿推廣，截至 11 月底 Facebook\n粉絲團人數達 665 次；發布 9 篇新聞稿。\n(四) 完成水環境巡守隊管轄隻區域排水地區之垃圾或污染物之打撈清\n除作業總計 1.6 公噸。\n4-2\n澎湖縣政府環境保護局\n「113 年度澎湖縣水污染防治計畫」期末報告 定稿 摘要\n(五) 規劃辦理巡守隊成果發表會年度參訪活動(11 月 20~21 日)。\n四、水庫水質改善規劃及策略\n(一) 6 月 19 日完成辦理跨局處協調會議 1 場次。\n(二) 規劃辦理無磷清潔劑宣導及節水減污 8 場次",
        "eng_title": "澎湖縣-澎湖縣113年度水污染管制、高有機污染資源推動及巡守應變計畫",
        "eng_subject": "一、執行事業相關之污染源管制、查核作業，並協助辦理水污費徵收之\n導、 查核、催繳及緊急應變等工作\n(一) 事業稽巡查作業，建立的水污染源系統相關稽查作業計 160 件，\n包含水污染防治措施文件建檔計 19 件、營建工地逕流廢水削減計\n畫計 22 件，稽查記錄單99 件、水質檢驗報告 20 件次\n(二) 配合辦理法規說明會 2 場次(5 月 30 日、7 月 29 日)。\n(三) 本計畫協助水質水量自動監測設施與錄影連線推動情形管控及監\n控系統操作，相關校正及異常記錄\n(四) 本年度配合局內單位並結合各局處及總隊公害污染緊急應變實兵\n演練，並於 5 月 30 日於合界沙灘完成實兵演練。\n二、推動畜牧糞尿資源化再利用\n(一) 本年度輔導家堡畜牧場進行澆灌地媒合，並完成 5 處沼液、沼渣澆灌\n農牧田地土壤採樣，後將接續辦理計畫書補正審查。\n(二) 辦理畜牧糞尿資源化推廣說明會 1 場次(9 月 19 日)\n三、推動水環境巡守隊運作、輔導、訓練\n(一) 辦理巡守隊專業講習、教育訓練、淨灘或清理水庫周遭環境計\n16 場次、領袖會議 2 場次。\n(二) 辦理世界水質監測日活動 1 場次(9 月 18 日)。\n(三) 巡守隊 Facebook 社群網站暨新聞稿推廣，截至 11 月底 Facebook\n粉絲團人數達 665 次；發布 9 篇新聞稿。\n(四) 完成水環境巡守隊管轄隻區域排水地區之垃圾或污染物之打撈清\n除作業總計 1.6 公噸。\n4-2\n澎湖縣政府環境保護局\n「113 年度澎湖縣水污染防治計畫」期末報告 定稿 摘要\n(五) 規劃辦理巡守隊成果發表會年度參訪活動(11 月 20~21 日)。\n四、水庫水質改善規劃及策略\n(一) 6 月 19 日完成辦理跨局處協調會議 1 場次。\n(二) 規劃辦理無磷清潔劑宣導及節水減污 8 場次",
        "proj_year": "113",
        "org_name": "澎湖縣政府環境保護局",
        "exe_unit": "亞太環境科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1133690142",
        "publish_date": "20250114"
    },
    {
        "chi_title": "113年公害蒐證調查技術諮詢服務專案工作計畫",
        "chi_subject": "本計畫已完成各項工作，包含辦理３場次教育訓練及１場次研討會，並透過問卷前後測分析了解其辦理成效。另持續辦理公害糾紛處理資訊系統內容更新及資訊安全強化，更新確認國家環境研究院各類型採樣方法，並新增設置系統窗口電話、電子郵件等資訊，提供使用者系統功能相關之諮詢服務與意見回饋管道，以及調整公害糾紛處理資訊系統之版面配置與各項功能分類，提升整體使用者感受。本年度持續協助彙整更新公糾業務統計相關簡報資料並配合環境部需求提供公害相關法律意見諮詢與答覆說明１件，議題針對公害糾紛事件紓處暨蒐證作業程序之法制調整研析，共完成５點法律意見及答覆說明。此外，本計畫蒐集１件國內及１件國外公害案例，並將資料更新至公害糾紛處理系統，並製作公害糾紛相關圖文資料2件，第1件為「公害糾紛自保4步驟」圖文資料、第2件為「公害事件通報及證據保存注意事項」民眾宣導摺頁，並提供電子檔供公害糾紛宣導使用。",
        "eng_title": "Public Duisance Dispute System",
        "eng_subject": "This project has successfully completed various tasks, including organizing three educational training sessions and one seminar. The effectiveness of these events was assessed through pre- and post-surveys. Additionally, ongoing efforts have focused on updating the Public Nuisance Dispute Resolution Information System and strengthening information security. The project also updated and confirmed various sampling methods of the National Environmental Research Institute, added new features, including contact details (phone numbers and email addresses), to facilitate system consultations and feedback, and improved the system interface layout and function categorization to enhance overall user experience.\n\nThroughout the year, the project has consistently assisted in compiling and updating statistical presentation materials relevant to public nuisance dispute operations. It has also provided one legal opinion in response to requests from the Ministry of Environment. This includes analyzing legal adjustments to the procedures for resolving public nuisance disputes and evidence collection, culminating in the delivery of five legal opinions and explanatory responses.\n\nFurthermore, the project collected one domestic and one international public nuisance case, incorporating the data into the Public Nuisance Dispute Resolution Information System. Two sets of graphic and textual materials on public nuisance disputes were also created: the first, Four Steps to Self-Protect in Public Nuisance Disputes, and the second, Guidelines for Reporting Public Nuisance Incidents and Preserving Evidence, presented as informational leaflets for public dissemination. Electronic files have been provided for use in public nuisance dispute advocacy.",
        "proj_year": "113",
        "org_name": "環境部綜合規劃司",
        "exe_unit": "國立雲林科技大學",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1133510846",
        "publish_date": "20250113"
    },
    {
        "chi_title": "113年資源循環管理及資訊系統應用維護計畫",
        "chi_subject": "本計畫執行核心為「強化申報作業掌握資源循環流向資料」、「提升環境保護許可管理資訊系統(EMS)、事業廢棄物申報及管理資訊系統(IWR＆MS)及資源再利用管理資訊系統(RMS)服務品質」、「精進清運機具即時追蹤系統(GPS)功能及強化自主管理服務」、「落實資訊安全防護及確保事業廢棄物資訊系統（EMS、IWR＆MS、RMS及GPS）正常運作」及「提供免付費諮詢專線服務及落實資訊揭露與提升行政效率」等五項。\n因應跨部會作業需求精進最終流向申報功能，健全再利用產品申報及歷程查詢，提供國內廢棄物再利用完整資訊；透過響應式網頁電子聯單及隨車文件申報工具，達到廢棄物清運過程即時申報之效益；另提供事業機構掌握委託清運機具之軌跡品質及異常樣態工具，強化由源頭進行自主管理能力，期減低清運業者非法棄置之動機與發生事件。\n於提升系統服務品質方面，藉由傾聽環保機關及業者需求，擴充常用報表功能與調校使用效能，並辦理推廣說明會，藉以讓更多使用者了解系統之操作方式與優點；另配合資源循環推動政策及立法方向，研析申報及管理功能影響範疇與配套轉換方案，以滿足政策推動所需。本計畫亦自主監控系統運作情形，並逐步更新系統編譯程式，藉以提升系統效能。\n為加強清運機具管制目的及符合實際運送情形，本年度依據特定廢棄物及車種建立新停頓點計算方式，以精進勾稽計算基本資料，及依各地方主管機關建議，於管理端開發「週確認與勾稽整合統計報表功能」及「審驗資訊複合式查詢功能」，增強查詢勾稽報表方便性。\n為強化系統資訊安全防護，本計畫訂定各項定期排程及備份作業之流程，定期掃描及修正系統弱點，為系統資訊安全建立完善防護機制，確保系統資料之安全性、可用性及完整性，持續配合相關政策及自主管理弱點掃描作業，以強化系統之安全度。同時協助資源循環署參與行政院之資通安全內外稽作業，協同辦理各項文件之統整與建立。\n本計畫同時提供事業廢棄物免付費諮詢專線服務，平均每月協助4,300件許可申請、申報及系統操作等相關疑問，並持續更新問答集，提供業者更完善事業廢棄物管理知識庫，為持續提供更專業之諮詢服務。資料統計與行政支援部分，完成112年年報編撰及IWR＆MS更新11次事業廢棄物申報數據統計等作業，並協助資源循環署辦理GPS專案勾稽及至少388件以上之統計案及臨時需求，以輔佐資源循環署管理政策之推動作業。",
        "eng_title": "The Industrial Waste Management Information System Maintenance and Application Project of 2024",
        "eng_subject": "According to the work objectives, the implementation core of this project contains the 5 items as follows: to strengthen the declaration operation to grasp the resource circulation flow information, to enhance the Environmental Management System (EMS), the Industrial Waste Report and Management System (IWR＆MS), and the Resource Management System (RMS) service quality, to advance the Global Positioning System (GPS) real-time monitoring function for waste transportation vehicles to strengthen the services self-management, to consolidate the information security protection and to ensure normal operation of the industrial waste information systems (EMS, IWR＆MS, RMS and GPS), as well as to provide free consultation hotline services to facilitate information disclosure and to improve administrative efficiency.\nIn response to the needs for cross-department operations, the project has improved the function for declaration of waste flow to its end, and improved the recycled products declaration and flow monitoring, providing full information on domestic waste recycling; and through the responsive web designed electronic manifests and the tools for transportation vehicle document declaration to achieve the goal of real-time reporting of waste cleanup processes; which also provides industrial operators with tools for checking the quality and abnormality of their contracted cleanup services, that strengthens the capability for self-management from the source, and reduces the motivation and occurrence of illegal waste dumping from a few speculative waste disposal operators.\nIn terms of improving the service quality of the systems, by listening to the needs from environmental protection agencies and industrial operators, the project has expanded the functions of commonly used reporting formats, adjusted the efficiency for use, and held promotional briefings to let more users understand the operation methods and advantages of the systems. Additionally, in coordination with the policy and legislative direction that aims to promote resource recycling, the project has conducted studies and analysis for the scope of impact from the reporting and management functions as well as the proposed plans for the change, to support the needs for the policy promotion. This project also monitored the operation of the system and updated the system compiler step by step to improve the system performance.\nIn order to strengthen the control on waste transportation vehicles to comply with their actual transportation plans, a new stopping point calculation method has been established in this year based on specific waste and vehicle types to improve the basic data needed for precise auditing calculation. In accordance with the recommendations from local competent authorities, a weekly confirmation and auditing combined statistical reporting function and the “assurance information compound query function” were developed to enhance the convenience of querying the auditing reports.\nIn order to strengthen the system information security protection, the project establishes various regular schedules and backup operations processes, by regularly scans and corrects the system vulnerabilities, to establish a complete protection mechanism for the system information security, and to ensure the security, availability and integrity of system data. The project continues cooperation with relevant policies and self-managed vulnerability scanning operations to strengthen the security of the system. Meanwhile, the project also assisted the Resource Circulation Administration’s participation in the Executive Yuan’s internal and external information security auditing, and coordinated the integration and establishment of various documents.\nMeanwhile, the project also provided free consultation hotline services for industrial waste, assisted an average of 4,300 cases per month regarding permit applications, declarations, system operations and other related inquiries. The project continued updating the Q＆A lists to provide operators with better knowledge in the field of industrial waste management and continued the provision of more professional consulting services. In terms of data statistics and administrative supports, the project has completed the compilation for the year 2023 annual report and the statistics updating 11 industrial waste declaration data for IWR＆MS, assisted the Resource Circulation Administration in handling the GPS project auditing and at least 388 statistical cases as well as temporary needs to assist the Resource Circulation Administration’s management policy promotion.",
        "proj_year": "113",
        "org_name": "循環署再利用推動組",
        "exe_unit": "環資國際有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1133363182",
        "publish_date": "20250201"
    },
    {
        "chi_title": "113年度土壤及地下水污染調查及查證工作計畫-花蓮縣",
        "chi_subject": "1. 於縣內進行監測井管理與地下水採樣。\n2. 維持全縣監測井功能與巡查維護。\n3. 列管場址查核及改善進度審查作業。\n4. 貯存設施管理及辦理地下儲槽系統定期追蹤查核作業及自主管理申報異常查核。\n5. 高污染潛勢農地查核。\n6. 土污法第 8、9 條公告事業審查及用地查證工作。\n7. 工業區定期申報審查。\n8. 事業土地污染預防管理作業。\n9. 技師簽證查核。\n10. 農地定常監測。\n11. 灌溉渠道底泥監測之農地污染溯源調查。\n12. 辦理土壤和地下水污染防治系列活動。\n13. 土壤及地下水相關研究報告之編撰。",
        "eng_title": "2024 Soil and Groundwater Pollution Investigation and Verification Work Plan - Hualien County",
        "eng_subject": "1. Conduct monitoring well management and groundwater sampling within the county.\n2. Maintain the functions and inspection maintenance of monitoring wells throughout the county.\n3. Conduct site inspection and review of improvement progress for the train management site.\n4. Management of storage facilities and regular tracking and verification of underground storage tank systems, as well as independent management and declaration of abnormal inspections.\n5. High pollution potential agricultural land inspection.\n6. Announcement of business review and land use verification work.\n7. Regular application review for industrial zones.\n8. Prevention and management of land pollution in public institutions.\n9. Technician endorsement verification.\n10. Regular monitoring of agricultural land.\n11. Traceability investigation of agricultural land pollution for monitoring sediment in irrigation channels.\n12. Carry out a series of activities for soil and groundwater pollution prevention and control.\n13. Compilation of research reports on soil and groundwater.",
        "proj_year": "113",
        "org_name": "花蓮縣環境保護局",
        "exe_unit": "亞太環境科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1133349279",
        "publish_date": "20250106"
    },
    {
        "chi_title": "苗栗縣113年健全稽查專精能力及專業跨域支援量能",
        "chi_subject": "一、本計畫完成購置2組戶外縮時攝影機、2組遠端即時監視設備及7組移動式水質感測器。\n二、水污染熱區地圖(含GIS系統)建置完成。\n三、水污染事業深度稽查作業(含專業人員協助環境執法案件)\n1.本團隊邀請曾任職於新北市環保局、環境部水保司(前環保署水保處)及環管署(前督察總隊、中區督察大隊)之OO環工技師擔任查核委員。\n2.於5月10日完成OOO及OOO兩家事業深度查核作業，其中OOO原廢水COD檢驗結果與水措不符，進行裁處。\n3.於6月12日完成OOO深度查核作業，稽查結果及放流水採樣檢測均屬合格。\n4.於8月22日完成OOO及OOO興兩家事業深度稽查作業，惟OOO廢水採全回收使用故無放流水採樣，兩家事業稽查結果與OOO放流水採樣均屬合格。\n5.已完成五家事業深度查核複查作業。\n四、工業區水污染防治管理稽查作業\n1.針對OOO、OOO、OOO、OOO等四座科技工業區廢（污）水處理廠每月執行稽查及採樣作業各1家次，須完成44家次。\n2.OOO污水處理廠完成日間稽查7次，夜間稽查5次，總計12次稽查作業，其中雨水口採樣6次。\n3.OOO污水處理廠完成日間稽查9次，夜間稽查3次，總計12次稽查作業。\n4.OOO完成日間稽查8次，夜間稽查4次，總計12次稽查作業，其中雨水口採樣6次。\n5.OOO完成日間稽查8次，夜間稽查4次，總計12次稽查作業。\n6.各工業區每月放流水檢測均屬合格。\n五、連續自動監測(視)設施管理\n1.已完成26家自動連續監測設施查核作業。\n2.查核作業常見缺失為監測資料沒有資料辨識碼、事業端使用之傳輸模組版本並非最新版本及校正、維護保養資料無主管簽名。\n3.本團隊已全數完成自動連續監測設施查核複查作業。\n六、轄內屢遭民眾陳情之對象及其他關注對象查核\n1.配合轄區承辦前往OOO查核，查無民眾陳情內容之情事。\n2.環境部113年度事業廢水專案稽查管制計畫完成查核10家，放流水檢測均屬合格。\n3.社區專用污水下水道系統完成查核15家，查核結果均無異常。\n4.水污染列管事業完成查核16家，惟OOO及OOO有異常情事，已將異常狀況回報給委辦機關。\n七、銅鑼工業區完成架設兩台縮時攝影機。\n八、經驗分享或交流會議完成辦理1場次；精進稽查教育訓練完成辦理4場次。\n九、完成辦理4場次工作進度檢討會議。\n十、完成區域環境品質改善辦理-銅鑼工業區下游大排及西湖溪河面大量泡沫現象。",
        "eng_title": "Miaoli County has improved its inspection expertise and professional cross-domain support capabilities for 113 years",
        "eng_subject": "1. This project completed the purchase of 2 sets of outdoor time-lapse cameras, 2 sets of remote real-time monitoring equipment and 7 sets of mobile water quality sensors.\n2. The construction of water pollution hotspot map (including GIS system) is completed.\n3. In-depth inspection of water pollution enterprises (including professionals assisting in environmental law enforcement cases)\n1. This team invites OO environmental engineering technicians who have worked in the New Taipei City Environmental Protection Bureau, the Department of Soil and Water Conservation of the Ministry of Environment (formerly the Soil and Water Conservation Division of the Environmental Protection Agency), and the Environmental Management Department (former Inspection Corps, Central District Inspection Brigade) to serve as review committee members.\n2. An in-depth inspection of OOO and OOO businesses was completed on May 10. Among them, the COD test results of OOO raw wastewater were inconsistent with the water measures, and sanctions were imposed.\n3. The OOO in-depth inspection was completed on June 12, and the inspection results and discharge water sampling tests were all qualified.\n4. An in-depth audit of OOO and OOO Xing was completed on August 22. However, OOO wastewater was fully recycled and used, so there was no discharge water sampling. The audit results of the two enterprises and the OOO discharge water sampling were both qualified.\n5. Completed in-depth review and review of five businesses.\n4. Industrial Zone Water Pollution Prevention and Control Management and Audit Operations\n1. For the four waste (sewage) water treatment plants in OOO, OOO, OOO and OOO, each of the four science and technology industrial zone waste (sewage) treatment plants will be inspected and sampled once a month, and 44 must be completed.\n2. The OOO sewage treatment plant completed 7 daytime inspections and 5 nighttime inspections, for a total of 12 inspections, including 6 rainwater outlet sampling times.\n3. OOO sewage treatment plant completed 9 daytime inspections and 3 nighttime inspections, for a total of 12 inspections.\n4. OOO completed 8 daytime inspections and 4 nighttime inspections, for a total of 12 inspections, including 6 rainwater outlet sampling times.\n5. OOO completed 8 daytime inspections and 4 nighttime inspections, for a total of 12 inspections.\n6. The monthly discharge water tests in all industrial zones are all qualified.\n5. Continuous automatic monitoring (visualization) facility management\n1. The inspection of 26 automatic continuous monitoring facilities has been completed.\n2. Common deficiencies in the verification work include monitoring data without data identification codes, the transmission module version used by the business end is not the latest version and correction, and maintenance data without the signature of the supervisor.\n3. This team has fully completed the inspection and review of automatic continuous monitoring facilities.\n6. Inspection of targets within the jurisdiction who have repeatedly complained to the public and other targets of concern\n1. Cooperate with the jurisdiction to conduct an OOO inspection to check whether there are any complaints from the public.\n2. The Ministry of Environment’s 2013 Industrial Wastewater Special Audit and Control Plan completed the inspection of 10 companies, and all of them passed the discharge water testing.\n3. 15 community-specific sewage and sewer systems have been inspected, and the inspection results were all normal.\n4. The inspection of 16 water pollution management enterprises has been completed, but there were abnormalities in OOO and OOO, and the abnormal conditions have been reported to the commissioning agency.\n7. Two time-lapse cameras have been installed in Tongluo Industrial Zone.\n8. 1 experience sharing or exchange meeting was completed; 4 intensive inspection education and training sessions were completed.\n9. Completed 4 work progress review meetings.\n10. Complete regional environmental quality improvement management - the large discharge downstream of Tongluo Industrial Zone and the large amount of foam on the Xihu River.",
        "proj_year": "113",
        "org_name": "苗栗縣政府環境保護局",
        "exe_unit": "嘉德技術顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1133323650",
        "publish_date": "20250131"
    },
    {
        "chi_title": "113年度新竹縣推動低碳永續家園執行計畫",
        "chi_subject": "113年度新竹縣氣候變遷減緩暨低碳家園計畫截至113年11月30日計畫總體達成率為100%。本計畫目標維持並強化新竹縣氣候變遷減緩等運作體系、推動低碳永續家園認證評等、溫室氣體排放源排放量管制與減量及推廣綠能屋頂等工作，執行成果摘要如下：\n新竹縣氣候變遷因應推動會主責本縣溫室氣體減量及氣候變遷調適之任務，本年度召開2場因應會，確立各機關權責；審查通過「新竹縣第二期溫室氣體減量執行方案112年成果報告」及「新竹縣氣候變遷調適執行方案(113年~115年)草案」；依據太陽光電現場評估結果，完成10個局處室推動公有建物屋頂設置太陽光電分工規劃；本工作團隊彙整本縣第二期溫室氣體減量執行方案113年執行成果，以釐清現階段各項工作的成效與挑戰，為明（114）年度撰寫第三期溫室氣體減量執行方案提供堅實基礎。\n為提升本縣教育體系因應氣候變遷知能，本計畫已辦理4場種子教師研習，邀請績優講師，演練及分享其氣候變遷教案設計邏輯，共206名教育人員參與，滿意度達97%；辦理4場氣候變遷教育宣導活動，涵蓋減塑、節能、濕地與海洋等議題，共173名學童參與，滿意度達96%。同時為促進社區低碳永續發展，辦理1場低碳社區觀摩活動，參訪新北市淡水區鄧公里進行交流，39人參與，滿意度97%；與寶山鄉新城社區合作，辦理低碳永續家園教育宣導，分享新城風糖休閒園區如何透過在地特色結合居民共同發展新城村之低碳永續家園，共52人參與，滿意度98%。 \n本計畫為加強轄內應盤查登錄溫室氣體排放量之排放源申報排放量之正確性，及協助非列管事業瞭解本身的溫室氣體排放狀況，辦理4場溫室氣體盤查說明會及4場減量說明會，涵蓋溫室氣體盤查要點及申報平台操作、自願減量計畫及實務案例等主題，共351人參與，滿意度平均96%。同時，協助確認本縣54家須盤查登錄之事業單位名單並函送環境部氣候變遷署，完成31家現場查核，其中11家須修正報告內容或排放量計算方式，符合考評要求現場查核30家以上，其餘單位以書面查核進行。另，進行112年溫室氣體排放量盤查推估作業，建立本縣溫室氣體盤查排放清單，分析本縣歷年溫室氣體排放量趨勢及變化消長原因並撰寫「112年度新竹縣溫室氣體盤查報告書」。\n關於低碳永續家園體系維運，本工作團隊業已透過資料彙整盤點、溝通聯繫、專家學者實地訪查等方式，完成20處村里\/社區現場訪查輔導作業；以及完成4處銅、銀級村里認證成果維護管理查核，查核結果皆符合認證標準並維持原評等等級；輔導45處村里成功報名參與低碳永續家園運作體系及協助轄內村里獲得1處銀級認證與8處銅級認證；為擴大宣傳並指導轄內民眾低碳永續家園，本團隊亦協助環保局設計及製作低碳永續家園手冊作為工具書使用。\n因應國家淨零策略，新竹縣積極推廣公私有屋頂建置太陽能光電系統。本計畫完成辦理12場次共36處案源太陽光電現場評估輔導，共有25處具建置意願或進行再評估，總裝設容量介於8.9~336.4kWp，平均92.7kWp，估算每年總減碳量可達1,614.4公噸CO2e。同時，為推廣綠能屋頂，辦理1場綠能屋頂教育參訪活動，前往參訪臺北市日新國民小學及東吳大學，46人參與，活動滿意度達98%。\n為促進公民參與低碳行動，本計畫辦理1場次低碳永續家園公民咖啡館，邀請本縣銅級村里\/社區及相關專家參與，42人出席並提出9項低碳改造方案，活動滿意度達95%。本團隊協助環保局遴選出得分最高的4個方案，補助經費共18.8萬元。同時，針對未參與單位，依在地需求輔導學校及社區發展協會提出6項低碳行動計畫，總補助經費46萬元。所有改造項目已於113年8月完成，並於8至9月期間驗收完畢。",
        "eng_title": "2024 Hsinchu County Low-Carbon Sustainable Homeland Implementation Plan",
        "eng_subject": "As of November 30, 2024, the overall achievement rate for the Hsinchu County Climate Change Mitigation and Low-Carbon Sustainable Homeland Plan was 100%.\nThe plan aims to strengthen Hsinchu County's climate change mitigation system, promote low-carbon sustainable homeland certification, regulate and reduce greenhouse gas (GHG) emissions, and advance green energy rooftop initiatives. The implementation outcomes are summarized as follows:\nThe Hsinchu County Climate Change Task Force is responsible for GHG reduction and climate change adaptation efforts. This year, two task force meetings were held to clarify responsibilities among agencies. The Hsinchu County Phase II GHG Reduction Implementation Report (2023) and the Hsinchu County Climate Change Adaptation Implementation Plan (2024–2026) were approved. Following solar photovoltaic site assessments, division of responsibilities was completed for installing solar panels on public buildings across 10 government agencies. The team also summarized the Phase II GHG Reduction Implementation results to assess current progress and challenges, laying a solid foundation for drafting the Phase III GHG Reduction Implementation Plan in 2024.\nTo enhance climate change knowledge within the education system, four seed teacher workshops were held, featuring distinguished lecturers who shared insights on climate change curriculum design. A total of 206 educators participated, with a satisfaction rate of 97%. Additionally, four climate change awareness activities were conducted for students, covering topics such as plastic reduction, energy saving, wetlands, and marine conservation, engaging 173 students with a satisfaction rate of 96%.\nOne low-carbon community observation activity was organized, with 39 participants visiting Dengong Village in Tamsui District, New Taipei City, for experience exchange, achieving a satisfaction rate of 97%. Furthermore, in collaboration with Xincheng Community in Baoshan Township, a low-carbon sustainable homeland education event was conducted, showcasing the integration of local features to build a low-carbon community, with 52 participants and a satisfaction rate of 98%.\nTo ensure accurate reporting of GHG emissions and assist unregulated businesses in understanding their GHG emissions, four GHG inventory briefings and four reduction workshops were held. Topics included inventory essentials, reporting platform operations, voluntary reduction programs, and case studies, with 351 participants and an average satisfaction rate of 96%.\nThe team verified 54 businesses required to report GHG emissions and submitted the list to the Climate Change Administration. On-site inspections were conducted for 31 businesses, with 11 requiring revisions to reports or calculations. The target of inspecting at least 30 businesses was achieved, with the remainder undergoing document reviews. Additionally, a GHG inventory was compiled for 2023 to analyze emission trends and identify contributing factors, culminating in the “2023 Hsinchu County GHG Inventory Report.”\nThe team completed on-site inspections and guidance for 20 villages\/communities through data consolidation, expert consultations, and field visits. Additionally, four bronze- and silver-certified villages underwent certification maintenance checks, all meeting standards and retaining their ratings. The team assisted 45 villages in participating in the low-carbon sustainable homeland program, resulting in one silver certification and eight bronze certifications. To expand awareness, a Low-Carbon Sustainable Homeland Handbook was designed and produced for public distribution.\nGreen Energy Promotion:\nHsinchu County actively promotes the installation of solar photovoltaic systems on public and private rooftops. Twelve evaluations covering 36 sites were conducted, resulting in 25 sites expressing willingness or requiring further assessments. The total installation capacity ranged between 8.9 and 336.4 kWp, averaging 92.7 kWp, with an estimated annual GHG reduction of 1,614.4 metric tons of CO₂e. To further advocate for green energy rooftops, a site visit to Rixin Elementary School and Soochow University in Taipei City was organized, with 46 participants and a satisfaction rate of 98%.\nA “Low-Carbon Sustainable Homeland Citizen Café” was held, with 42 participants, including bronze-certified village representatives and experts, proposing nine low-carbon improvement solutions. The four top-scoring solutions received subsidies totaling NT$188,000. For non-participating units, six low-carbon action plans were developed in collaboration with schools and community associations, with total subsidies amounting to NT$460,000. All projects were completed and accepted by August–September 2024.\nThis comprehensive plan continues to advance Hsinchu County's climate change mitigation and adaptation efforts, strengthening local capacity for building a sustainable, low-carbon future.",
        "proj_year": "113",
        "org_name": "新竹縣政府環境保護局",
        "exe_unit": "富聯工程顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1133227910",
        "publish_date": "20250131"
    },
    {
        "chi_title": "環境檢驗領域設備認證及驗證制度先期研究計畫",
        "chi_subject": "本計畫透過研析ISO\/CNS 14034標準、國際ETV制度推動經驗及國外ETV案例，建構符合國內需求之ETV制度架構，主要分為兩種制度，包括：政府高度主導及低度主導，並初擬我國一般查證指引草案（GVP），以闡述環境技術查證之具體作法；接著，邀請業興環境科技股份有限公司協助填寫欲申請ETV認證之技術相關表單，據以研提國內具申請環境技術查證潛力之技術評估報告，以建立國內環境技術查證水準。\n針對空氣品質監測車（下稱空品車）管理制度之優化，本計畫參考112年各單位對於「環境檢驗空氣品質監測車連續自動監測作業指引」（草案）（NIEA PA 109）之意見，與完成之35車次空品車檢測作業成果，研提修正該指引，建議將PA 109指引定位調整為「環境檢驗測定機構空氣污染物自動檢測系統管理規範」，強化國內空品車檢測作業之穩定性及數據可靠性。\n計畫執行期間亦透過辦理1場次研商會議說明空品車檢測作業注意事項，2場次ETV制度教育訓練、1場次國內外ETV制度研討會議，邀請國內外專家分享ISO 14034相關知識和經驗，並於9月赴波蘭交流，以促進實務應用理解。",
        "eng_title": "The Preliminary Research Project on Equipment Certification and Verification System in Environmental Testing Field",
        "eng_subject": "The study aims to develop an Environmental Technology Verification (ETV) system framework tailored to domestic needs by studying ISO\/CNS 14034 standards, international ETV implementation experiences, and foreign ETV case studies. It primarily divides into two system models: high government leadership and low government leadership. A draft of Taiwan's General Verification Protocol (GVP) is preliminarily outlined to explain specific procedures for environmental technology verification. Sinotech Environmental Technology, Ltd. is also invited to assist with completing the relevant forms for technologies seeking ETV certification. Based on this input, an assessment report is proposed to evaluate domestic technologies with potential for ETV application, aiming to establish a national standard for environmental technology verification.\nAnother subject in the study is optimizing the air quality monitoring vehicle. The project references feedback from various units in 2023 on the Guidelines for Continuous Automatic Monitoring Operations of Air Quality Monitoring Vehicles (Draft) (NIEA PA 109). It analyzes the results of 35 air quality monitoring vehicles inspections conducted. Recommendations for revising the guidelines will be made, proposing to adjust the positioning of the PA 109 guidelines to Protocol for Operation of Air Pollution Related Automatic Monitoring Facilities Used by Environmental Analysis Organization, aiming to enhance the stability of domestic air quality monitoring vehicles inspection operations and data reliability.\nDuring the project, one explanatory and consultative meeting was held to cover critical points for air quality monitoring vehicles. two ETV system training sessions were conducted. And one domestic and international ETV symposium took place, where experts from Taiwan and abroad shared knowledge and experience related to ISO 14034. In September, a visit to Poland facilitated practical understanding and application.",
        "proj_year": "113",
        "org_name": "國環院檢測認證中心",
        "exe_unit": "財團法人中興工程顧問社",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1133172358",
        "publish_date": "20250131"
    },
    {
        "chi_title": "113年度新竹市推動低碳永續家園執行計畫",
        "chi_subject": "為促進市民對於減緩全球氣候變遷之認知，並透過日常生活中身體力行減少溫室氣體排放，新竹市積極推行低碳永續家園，其包含(1)提升社區永續發展能力、(2)提高能源效率與潔淨能源管理、(3)建立生態綠化環境、(4)培養低碳生活習慣、(5)促成社區群眾及社團團體參與、(6)思考面對氣候變遷應變策略等6項內涵，本計畫協助維持強化低碳永續家園運作體系、推動低碳永續家園評等認證及溫室氣體管制(減量)工作。\n今年度透過資料彙整盤點、溝通聯繫以及辦理1場北區生活圈低碳永續家園技術諮詢會議、8處轄內區里現地訪查，輔導16里參與低碳永續家園達報名成功，超出合約5里報名成功之要求，里層級參與率達100 %，另協助5里獲得銅級認證、茄苳里取得銀級認證及2處銅級里成果維護管理查核，相關行動項目執行成果減碳量約為611.2公噸\/年；亦為維護往年補助成果，進行8處單位進行低碳設施相關改造查核，其中有1處不合格情形，最終於3月11日複查完成，減(固)碳量計15公噸\/年以此幫助市民探索在未來極端氣候的風險中，如何在社區生活層面，共同規劃出適合社區的氣候變遷因應及建構低碳永續家園方案。\n透過建築綠化降溫補助，配合本市溫室氣體減量方案，將原補助金額40萬元提升60萬，輔導3處進行綠化設置，新增綠化面積129.02平方公尺，固碳當量為38.73公斤\/年；於光電案源評估，掌握37處案源名單，計現場評估27處，其中有三處因建築結構、效率太低等問題，建議不宜設置。\n另為因應氣候變遷，辦理相關宣導活動，如推廣綠能屋頂、淨零綠生活等議題，截至113年10月31日，已辦理3場次再生能源推廣活動、1場太陽能發電系統推廣參訪活動、3場因應氣候變遷培訓課程及1場跨縣市績優村里觀摩活動，活動參與人數計334人次，以此提升民眾對於氣候變遷嚴重性、低碳永續家園行動及淨零綠生活之了解程度並落實於生活之中。",
        "eng_title": "2024 Hsinchu City Low-Carbon Sustainable Homeland Promotion Implementation Plan",
        "eng_subject": "To enhance citizens' awareness of mitigating global climate change and encourage actions to reduce greenhouse gas emissions in daily life, Hsinchu City is actively promoting a low-carbon sustainable homeland initiative. This initiative encompasses six key components: (1) enhancing the capacity for sustainable community development, (2) improving energy efficiency and clean energy management, (3) creating an ecologically green environment, (4) cultivating low-carbon lifestyle habits, (5) encouraging participation from community groups and organizations, and (6) developing strategies to address climate change adaptation. This plan supports the maintenance and strengthening of the low-carbon sustainable homeland operational system, promotes low-carbon sustainable homeland certification, and implements greenhouse gas control (reduction) measures.\n\nThis year, efforts included data collection and review, communication and coordination, organizing one technical consultation meeting for the low-carbon sustainable homeland in the northern living circle, conducting on-site inspections of eight communities, and assisting 16 communities in successfully registering for the low-carbon sustainable homeland program. This exceeded the contractual requirement of five successful registrations, achieving a 100% participation rate at the community level. Additionally, five communities earned bronze-level certification, Jiadong Community obtained silver-level certification, and two previously certified bronze-level communities underwent maintenance and management audits. The actions implemented resulted in an estimated carbon reduction of approximately 611.2 metric tons per year. Furthermore, to sustain the outcomes of past subsidy projects, eight sites underwent inspections and upgrades for low-carbon facilities. One site was initially non-compliant but successfully passed re-inspection on March 11, contributing an additional 15 metric tons per year of carbon reduction (or sequestration). These measures aim to help citizens explore how to adapt to risks posed by extreme weather in the future, collaboratively plan community-based climate change responses, and develop low-carbon sustainable homeland strategies.\n\nThrough subsidies for green building cooling projects, aligned with the city’s greenhouse gas reduction initiatives, the subsidy amount was increased from NT$400,000 to NT$600,000. This supported three green installations, adding 129.02 square meters of green area with an equivalent carbon sequestration of 38.73 kilograms per year. In terms of photovoltaic project evaluations, 37 potential sites were identified, and 27 underwent on-site assessments. Three sites were deemed unsuitable for installation due to structural issues or low efficiency.\n\nIn response to climate change, various awareness campaigns were conducted, including promoting green energy rooftops and net-zero sustainable living. As of October 31, 2024, the city hosted three renewable energy promotion events, one solar power system promotion visit, three climate change adaptation training sessions, and one inter-county\/city exemplary community exchange activity. A total of 334 participants attended these events, enhancing public understanding of the severity of climate change, actions for low-carbon sustainable living, and net-zero green lifestyles, with an emphasis on integrating these concepts into everyday life.",
        "proj_year": "113",
        "org_name": "新竹市環境保護局",
        "exe_unit": "富聯工程顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1133153086",
        "publish_date": "20250201"
    },
    {
        "chi_title": "113年度臺南市固定源有害污染物管制及智慧環境監控計畫",
        "chi_subject": "本年度計畫作業項目包含：（1）執行關注工業區環境監測作業（2）執行有害空氣污染物列管對象調查及檢測作業（3）潛勢區或陳情事件熱區之科學儀器調查（4）空氣污染緊急應變計劃書審核及查核作業（5）其他配合事項\n\n本計畫合約期程為113年1月30日起至113年11月30日，各章節工作成果統計分析及工作結果說明如下。\n壹、執行關注工業區環境監測作業：依據有害潛勢工業區、各工業區有害排放量、產業趨勢變化及與敏感受體距離等篩選原則，揮發性有機物、酸性氣體及醛酮類化合物選定於鄰近和順工業區之安順國中（順中樓頂）執行監測，重金屬及戴奧辛則於新營工業區內新營工業區服務中心頂樓執行監測。113年度大氣環境中之87項揮發性有機物、10項酸性氣體、16項醛酮類化合物空品監測於安順國中（順中樓頂）測點完成3月份至6月份、9月份至10月份進行採樣。依監測結果顯示，在87項揮發性有機物中，檢出甲苯、丙烷、甲醇、異戊烷、丙酮及乙腈共6項；在10項酸性氣體中，檢出氨氣、醋酸、硝酸、氯氣共4項；在16項醛酮類化合物中僅檢出甲醛。其中甲苯及甲醛屬於有害空氣污染物，監測期間風向多為西風，但當風向轉為東南或西南時，甲苯濃度明顯上升。初步推斷可能由為上風處和順工業區所貢獻，故針對和順工業區內已完成表面塗裝及塗料製造製程執行HAPs管道稽查檢測，檢測結果顯示該區域的廢氣燃燒設備及塗料製造程序後端管道中檢出甲苯及甲醛，但均符合排放標準，此外，甲苯及甲醛也可能來源於汽機車燃燒過程中產生的副產物。113年度大氣環境中之重金屬、戴奧辛空品監測於新營工業區（服務中心頂樓）測點完成3月份至6月份、9月份至10月份進行採樣，其中重金屬-鉛及鎳的濃度明顯高於其他有害重金屬污染物，可能與鋁二級冶煉程序、瀝青混凝土製造程序及熱煤鍋爐程序有關。為了確認排放源，已進行相關製程的管道稽查檢測，結果符合現行有害空氣污染物排放標準。另戴奧辛各項物種皆檢出濃度，透過特徵剖面圖與可能貢獻源定檢資料比對，發現部分對象（鍊鋁業及鋼鐵冶煉業）相似，建議依季節風向針對可能貢獻源執行稽巡查。貳、執行有害空氣污染物列管對象調查及檢測作業：本年度計畫篩選排放量第三大及第四大物種（苯乙烯及二氯甲烷）之行業別，且領有操作許可證之公私場所進行許可查核。計畫執行期間計畫期間查核共35家\/113張製程現場查核。查核不符有19張製程，不符原因主要為現場防制設備監測數值未於許可核定範圍內、新增污染源、新增原物料等，目前尚有2張製程現場改善中，9張製程辦理許可異動\/變更中，後續建議追蹤不符製程之改善狀況。另依據歷年關注熱區環境監測結果及有害空氣污染物列管對象調查結果，針對和順工業區內東陽九廠、東陽八廠、如陽、松瑞製藥廠進行管道HAPs稽查檢測共4根次，檢測結果皆符合排放標準；另針對新營工業區內常琪鋁業進行重金屬管道稽查檢測共1根次，檢測結果符合排放標準。參、潛勢區或陳情事件熱區之科學儀器調查：一、CC-FTIR管道前後端監測作業，本年度已於113年7月1日~113年7月5日於南部科學園區個別執行精金科技股份有限公司、台灣積體電路製造股份有限公司先進封測二廠及台灣積體電路製造股份有限公司先進封測二廠二期管道前後端監測作業，主要為釐清園區北方甲醛來源，監測作業皆已完成，監測結果顯示上述三廠皆未測得甲醛，故由其他計畫於113年10月29日針對南科資源再生中心執行管道HAPs稽查檢測釐清其成分。針對VOC及異味污染物台積電封測二廠與封測二廠二期兩廠去除效率皆優於許可登載處理效率顯示其防制設備處理效果佳；另精金科技於管道出口端有測得醋酸，醋酸為高異味污染物，建議該廠應針對防制設備參數進行優化以減少醋酸的生成。二、智慧監控系統，智慧監控系統設備已於113年2月2日場勘完畢，並於113年4月11日前往虎頭埤目測判煙班進行初步學習。目前智慧監控設備已於113年6月7日完成架設工作，另已於113年7月8日完成Line推撥告警系統。另統計113年6月7日至113年9月25日，已辨識331筆數據中共誤判89筆，辨識正確已達70%，已針對告警號發之工廠增加稽巡查頻率，並橫向聯繫相關計畫執行稽查檢測作業，藉由上述作業發現該廠防制設備濾袋更換頻率不符操作許可證之更換頻率，後續已由環保局進行告發裁處。肆、空氣污染緊急應變計劃書審核及查核作業：113年度共列管98家需提報緊急應變措施計畫書之業者，依空污事故緊急應變作業辦法規定，若有新增列管物種或發生重大空污突發事故須重新提送計畫書，113年度共4家新增列管，5家新增管制物質重新提送，3家為撤銷有害管制物質或廢止空氣污染操作許可證，因基本資料或原物料等變動則有56家申請核備，前述56家已完成56家之審查作業。在演練控管部分，已完成緊急演練為35家，因大部分業者都於年底前才辦理，建議持續追蹤其演練狀況。伍、其他配合事項：一、減量輔導，依歷年HAPs稽查檢測結果，邀請超標工廠冠東實業及華宏新技力行廠進行專家學者減量輔導共2場次，會後依現場狀況專家學者建議業者主要為主要為更新防制設備以提高處理效率及更換低濃度溶劑，以達到整體減量目標，但業者基於成本考量目前僅針對現有防制設備調整參數提高處理效率，建議環保局可邀請建議環保局可邀請業者進行減量協談，提出逐年改善規劃。",
        "eng_title": "The 2024 Tainan City Fixed-Source Hazardous Air Pollutant Control and Smart Environmental Monitoring Plan",
        "eng_subject": "This plan includes work items as follows （1） Implementing environmental monitoring in industrial areas; （2） Conducting investigations and testing of regulated hazardous air pollutants; （3） Surveying potential pollution zones or areas with reported complaints using scientific instruments; （4） Reviewing and auditing air pollution emergency response plans.\nThis project, started from 30th January 2024 to 30th November 2024, The statistical analysis of the work results and explanations for each chapter are as follows:\n1.\tConducting environmental monitoring operations in industrial zones\n2.\tInvestigation and testing of hazardous air pollutants\n3.\tInvestigation of scientific instruments in latent areas or hot spots of definite events\n(1)\t CC-FTIR pipeline front-end and back-end monitoring operations\n(2)\t Intelligent monitoring system\n4.\tAir pollution emergency response plan review and verification operations\n5.\tOther matters to be cooperated\n(1)\tReduction counseling",
        "proj_year": "113",
        "org_name": "臺南市政府環境保護局",
        "exe_unit": "翌暘工程顧問有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1133063079",
        "publish_date": "20250131"
    },
    {
        "chi_title": "新竹市113年健全稽查專精能力及專業跨域支援量能",
        "chi_subject": "為改善本市轄內各河川流域水體水質，提高轄內河川流域水質品質，本市對於河川主要污染源之污染防治管制工作，透過污染熱區管理方式，推動「113年新竹市水污染源稽查與水污費徵收查核計畫」（以下簡稱本計畫），透過本市轄內河川流域水體水質之水污染源調查，加強列管事業稽查管制以及暗管或不明管線查處等作業，期望藉由稽查管制措施之落實，促使業者妥善操作其廢（污）水排放處理設施外，並研擬相關管制策略，以減少污染源排放，逐步改善本市轄內各河川流域之水體水質。",
        "eng_title": "Hsinchu City has improved its inspection expertise and professional cross-domain support capabilities for 113 years",
        "eng_subject": "In order to improve the water quality of various river basins within the city's jurisdiction and improve the water quality of the river basins within its jurisdiction, the city's pollution prevention and control work on major river pollution sources has been promoted through the pollution hot zone management method. Water and Sewage Fee Collection and Inspection Plan (hereinafter referred to as this plan), through the investigation of water pollution sources of water quality in river basins within the city's jurisdiction, strengthening the audit and control of listed enterprises and the investigation and punishment of hidden or unknown pipelines, it is expected that through The implementation of audit control measures will encourage businesses to properly operate their waste (sewage) discharge and treatment facilities and develop relevant control strategies to reduce emissions from pollution sources and gradually improve the water quality of various river basins within the city's jurisdiction.",
        "proj_year": "113",
        "org_name": "新竹市環境保護局",
        "exe_unit": "台灣曼寧工程顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1133037993",
        "publish_date": "20250116"
    },
    {
        "chi_title": "110至113年環境水質（北區）監測計畫",
        "chi_subject": "本計畫主要針對北區１０縣市各類水體進行水質監測，掌握各水體水質時間變化趨勢，並進行各水體污染評估分析，以提供環保單位污染防治決策之參考。\n本計畫河川水質計有３６條河川主支流，１３４個監測站，於每月監測１次，監測結果顯示，淡水河流域在上、下游有水質狀況差異明顯之情形，桃園、新竹地區河川則因多為工業廢水、民生污水之承受水體，水質狀況普遍不佳，雙溪及東部宜蘭、花蓮地區河川則水質狀況普遍較好；整體而言，１１０至１１３年河川水質屬未（稍）受污染等級佔最高比例為５０％，中度污染等級次之佔３６％，水質狀況與往年差異不大。水庫水質計有２５座水庫，３４個監測站，重點水庫於每月監測１次，一般水庫於每季監測１次；監測結果顯示，本島北部地區水庫營養階層在基隆市新山水庫介於貧養至優養，基隆市西勢、桃園市石門及新竹縣寶山、寶二水庫介於普養至優養之間，至於在金門及馬祖外島水庫方面，則水質狀況普遍不佳，多呈優養之情形。地下水水質計有１０縣市，１５０個區域性監測井，地下水水質超過地下水第二類監測標準之項目主要集中於氨氮、硫酸鹽、總有機碳、總酚、鐵及錳；各監測井之水質分類，以Ｓｔｉｆｆ水質形狀圖方式評估，屬Ｃａ２＋及ＨＣＯ３－凸出型佔最高比例約為６７％，Ｐｉｐｅｒ圖解則屬Ｉ區佔最高比例約為６９％，與往年之評析結果大致呈現一致趨勢。",
        "eng_title": "The Enviroment Monitoring of the Water Quality in the Northern Area of Taiwan from 2021 to 2024",
        "eng_subject": "This project carries on water quality monitoring to three kinds of water bodies of ten counties and cities in the northern Taiwan. The changes of water quality to the time and pollution assessment for those water bodies could be provided to the relevant environmental agencies for making a pollution control decision.\nFor river quality, the 134 sampling sites covering 36 rivers (including main streams and tributaries) were monitored monthly. The monitored results in water quality of rivers and creeks from 2021 to 2024 showed that the water quality in Yilan and Hualien cities was good; a critical difference between upstream and downstream water quality was shown in Danshuei-river; the downstream water quality got a high pollution concentration of organic matter; in Taoyuan and Hsinchu cities, Touchien-stream got the best water quality, the water quality in Nankan-stream, Laochieh-stream, Xinfeng-stream and Keya-stream was worse. As a whole, the highest percentage of the water quality was 50%, it belonged to unpolluted rivers. The secondary percentage of the water quality was 36%, it belonged to intermediately polluted rivers. Overall, water quality in 3 years was nondifference between the recent years.\nThe 34 sampling sites covering 25 reservoirs were monitored monthly or quarterly. The reservoir water quality monitoring results showed that Keelung Reservoirs were oligotrophic to eutrophic, Shihmen Reservoir, Baoshan Reservoir and Baoshan Second Reservoir were mesotrophic to eutrophic, and the reservoirs in Kin Men and Matsu were generally eutrophic.\nThe 150 ground water sampling sites for 10 cities and counties were monitored quarterly. Ground water monitoring results showed that as usual, Ammonia-Nitrogen, Manganese and Iron were the major items against the Ground Water Monitoring Standard in second category. To analyze graphically each monitoring item by Stiff-plotting and Piper-plotting showed a trend as same as last sevesal years, there was no significant difference compared to the past. The highest percentage of Stiff-plotting and Piper-plotting was about 67% and 69%, it belonged to HCO3－- Ca2＋ type and area of I.",
        "proj_year": "110",
        "org_name": "環境部環境資訊科技司",
        "exe_unit": "精湛檢驗科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1100570279",
        "publish_date": "20250131"
    },
    {
        "chi_title": "110至113年環境水質（中區）監測計畫",
        "chi_subject": "本計畫為中區各水體水質監測變化，評估水質污染趨勢，作為污染防治決策參考。\n河川水共１９條主、支流，每月監測７２個測站。其中未（稍）受污染等級以大安溪比例最高為６１~９１％，嚴重污染等級以新虎尾溪比例最高為２９~４３％。大安溪、大甲溪、烏溪、濁水溪、新虎尾溪及北港溪流域地理特性易受降雨沖刷造成懸浮固體偏高。天候佳時大甲溪以北河川水質較佳，下游測站及以南河川則受工業及民生污水影響，污染物濃度較高。\n水庫共１０座重點水庫為每月監測，２座一般水庫為每季監測。其中日月潭水庫屬貧養等級比例最高為２１．６％，大埔水庫屬優養等級比例最高為１００％。除霧社水庫卡爾森指數有上升趨勢，其餘水庫與歷年相近。德基水庫與霧社水庫不符甲類陸域水體水質標準較往年高。\n地下水共１０９口監測井，６口、２７口、７６口分別為每季、每半年及每年監測，氨氮、鐵及錳超過地下水第二類監測標準與歷年結果相近。彰化及雲林縣監測井污染物濃度及超過監測標準比例較高。揮發性有機物每年監測１０９口，共７口分別檢出氯仿、甲苯、氯苯及甲基第三丁基醚，均未超過地下水第二類污染監測標準。以Ｓｔｉｆｆ＆Ｐｉｐｅｒ水質形狀及菱形圖評估，各監測井水質變化趨勢相似。",
        "eng_title": "The Environment Monitoring of the Water Quality in the Middle Area of Taiwan from 2021 to 2024",
        "eng_subject": "This project focuses on the water quality monitoring of various water bodies across five central Taiwan counties and cities, tracking temporal changes in water quality and conducting pollution assessments for each water body. The findings aim to provide reference for environmental protection agencies in their pollution control decision-making.\nFor river water quality, monitoring covers 19 major and tributary rivers with 72 monitoring stations, conducted monthly. Results show that rivers in central Taiwan are generally classified as unpolluted or slightly polluted, with the highest proportion in the Daan Creek basin (61% to 91%). Severe pollution is more prominent in the Sinhuwei Creek basin (29% to 43%). Some rivers are prone to higher suspended solids due to rainwater runoff, including the Daan Creek basin, Dajia Creek, Wuxi Creek basin (gravel riverbeds), Zhuoshui Creek basin (regional characteristics), Xintian Creek basin (sandbar riverbeds), and Beigang Creek basin (sandbar riverbeds). During favorable weather conditions, rivers north of the Dajia Creek basin generally show better water quality, with higher pollution levels observed only at downstream stations, indicating possible pollution. Rivers south of the Dajia Creek basin exhibit higher pollution levels, likely due to local industrial and domestic wastewater discharges.\nFor reservoir water quality, monitoring includes 10 key reservoirs (monthly) and 2 general reservoirs (quarterly). Results indicate that Sun Moon Lake Reservoir has the highest proportion of poor nutrient levels at 21.6 %. In contrast, Dapu Reservoir and Mingde Reservoir have the highest proportions of excellent nutrient levels, at 100 % and 94.6 %, respectively. The Carlson Index for Wushe Reservoir shows an increasing trend, while other reservoirs' Carlson Index values are consistent with previous years. The water quality of Degchi Reservoir and Wushe Reservoir does not meet Class A terrestrial water standards and is higher than in previous years, warranting continued monitoring.\nFor groundwater quality, monitoring covers 5 counties and cities with 109 monitoring wells. Of these, 6 wells are monitored quarterly, 27 semi-annually, and 76 annually. Volatile organic compounds (VOCs) in groundwater are monitored annually across all wells. Results show that the groundwater quality parameters exceeding the Class II groundwater monitoring standards are similar to previous years, primarily involving ammonia nitrogen, iron, and manganese. Wells in Changhua County and Yunlin County exhibit significantly higher pollutant concentrations than other counties, with the highest proportion exceeding the monitoring standards. VOC monitoring detected trace amounts of chloroform, toluene, chlorobenzene, and methyl tert-butyl ether in 7 wells, but none exceeded the Class II groundwater pollution monitoring standards. Water quality across monitoring wells, assessed using Stiff and Piper diagrams, generally shows consistent seasonal trends.",
        "proj_year": "110",
        "org_name": "環境部環境資訊科技司",
        "exe_unit": "清華科技檢驗股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1100196831",
        "publish_date": "20250131"
    },
    {
        "chi_title": "113年嘉義市環境教育專案計畫",
        "chi_subject": "《環境教育法》於民國101年正式施行，嘉義市政府環境保護局為配合政府實施環境教育法，自103年起藉由嘉義市環境教育宣導整合相關計畫，以鼓勵嘉義市民參與戶外環境教育宣導活動，更期待透過宣導整合計畫以培養市民對環境的敏感度及素養提升。\n藉由「113年嘉義市環境教育宣導整合計畫」，配合臺灣2050淨零轉型項下「淨零綠生活」等相關議題，透過環境教育多元活動及課程，結合嘉義在地特色元素，鼓勵民眾重視環境問題，並培養環境素養，以提升對環境覺知及敏感度，進而影響態度及行動，讓環境朝向永續發展。\n期末報告期程於113年1月1日至113年11月30日總計11個月，已完成工作項目如下說明：\n（一）\t持續推動環境教育相關活動，深化市民對環境問題的認知、價值觀與行動以期提升公民意識。\n嘉義市積極推動環境教育，於嘉義公園及市立棒球場廣場舉辦「113年地球日–嘉園新永續 淨零走讀趣」，結合公園文化與2050淨零排放政策，並於樹木園進行生態導覽，增進民眾對樹木保護的知識與技術。此外，市府舉辦環境教育繪本徵選及知識競賽，提供市民多元的參與機會，今年度繪本徵選得獎作品於廣播電台與嘉年華展出；環境知識競賽嘉義市初賽共有388人參與，優勝者將代表嘉義市出戰全國賽。市府也鼓勵學校、社區及民間單位參與第9屆國家環境教育獎，並深入社區輔導各單位申請環境教育培力計畫。此外，嘉義市垃圾焚化廠今年辦理12場環境教育活動，吸引599人次參與，積極擴大其教育影響力。\n（二）\t提升環境教育志工專業知能，以凝聚志工向心力及強化歸屬感。\n嘉義市環境教育以課程設計、場域設施、管理及志工培力為核心，目前共有58位環境教育志工與1,885位環保志工。今年辦理多場訓練，包括4場基礎、4場特殊及2場增能課程，104人完成領冊。此外，8月3日舉辦的群英會吸引19小隊、316位志工參與，促進團隊交流、強化歸屬感，並凝聚各類志工共同推動環保及實踐淨零目標的決心。\n（三）\t落實環境教育法，及強化健全環境教育機制。\n為落實環境教育法第19條，嘉義市於113年4月26日及10月4日舉辦法規查核與申報說明會，並於6月6日完成13家單位實地查核，鼓勵各機構積極參與教育活動。今年製作操作短片上傳至本局YouTube頻道，以提升系統操作熟悉度。此外，針對受裁處單位辦理5場次環境講習，舊案完成率達98.3%，新案達70%以上。每年並召開「環境教育審議會」及「基金管理會議」檢視相關活動，持續推動嘉義市環境教育發展。",
        "eng_title": "Environmental Education Project Plan of Chiayi City, Year 113",
        "eng_subject": "The Environmental Education Act was officially implemented in 2012. In line with the government's implementation of the Act, the Environmental Protection Bureau of Chiayi City Government has been promoting environmental education initiatives since 2014. Through the integration of various environmental education advocacy plans, it aims to encourage Chiayi citizens to participate in outdoor environmental education activities, and hopes to cultivate a heightened sensitivity and literacy towards environmental issues among citizens through these advocacy efforts.\nThe 2024 Chiayi City Environmental Education Advocacy Integration Plan aligns with Taiwan’s 2050 Net Zero Emissions, specifically focusing on the topic of Net Zero Green Living. Through diverse activities and courses centered on environmental education, combined with elements unique to Chiayi, the plan encourages the public to pay attention to environmental issues, fostering environmental literacy and awareness. This, in turn, aims to influence citizens' attitudes and actions, contributing to sustainable development.\nThe final report for this project covers the period from January 1 to November 30, 2024, spanning 11 months. The following key tasks have been completed:\n1.\tContinuous Promotion of Environmental Education Activities: \nTo deepen citizens' understanding, values, and actions regarding environmental issues and to enhance civic awareness, the Chiayi Earth Day event Chiayi City Earth Day 2024—Exploring a New Sustainable Future with Net Zero was held at Chiayi Park and in front of the Chiayi City Baseball Stadium. The event featured activities such as ecological tours of the Chiayi Arboretum, focusing on the classification of plants and addressing common questions about plant protection. This was done to promote correct tree conservation concepts and techniques. Additionally, the event featured storytelling and competitions to popularize environmental education, with activities designed for both children and the general public. For example, the environmental education picture book competition Illustrating Green Chiayi attracted 16 submissions, and the award ceremony was held on October 29 with Mayor Huang presenting the awards. Winners were also interviewed on radio to discuss their creative process and thoughts on promoting environmental sustainability.\nThe Chiayi City preliminary round of the Environmental Knowledge Contest was held on September 21, with 388 participants, and the top five contestants will represent Chiayi City at the national competition on November 16.\n2.\tEnhancing the Professional Knowledge of Environmental Education Volunteers: \nThe core of environmental education promotion includes lesson plans, facilities, management, and personnel training. Chiayi City’s environmental education volunteers include environmental protection volunteers, energy-saving volunteers, and environmental education volunteers, totaling 58 individuals. Various training sessions were held this year to improve their knowledge, including four basic training sessions, four specialized training sessions, and two advanced skill courses. A large-scale volunteer assembly was also organized to encourage teamwork and a sense of belonging among volunteers.\n3.\tImplementation of the Environmental Education Act: \nTo comply with Article 19 of the Environmental Education Act, which requires institutions and schools to conduct at least four hours of environmental education annually for all employees and students, two explanatory meetings were held on April 26 and October 4, 2024, with 111 participants. Additionally, 13 units in Chiayi City were inspected, with guidance provided to ensure compliance and active participation in environmental education activities.",
        "proj_year": "113",
        "org_name": "嘉義市政府環境保護局",
        "exe_unit": "大立環保科技有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1134268627",
        "publish_date": "20241219"
    },
    {
        "chi_title": "113年度嘉義市毒性及關注化學物質源頭管理計畫",
        "chi_subject": "113年度「嘉義市毒性及關注化學物質管理計畫」旨在推動毒性及關注化學物質運作廠商的管理、強化食安相關化學物質的源頭訪查，減少環境風險；同時加強業者毒性及關注化學物質災害防救事故應變的能力，確保發生突發狀況時，能迅速啟動應變機制並進行有效處理。此外，為了加強全體業者與公眾的安全意識，計畫還包含了針對毒性及關注化學物質的宣導與教育活動，擴大食品安全風險的預防。",
        "eng_title": "113Annual Chiayi City Control Management of Toxic and Concerned Chemical Substances Source and Incentive Program for Local Governments to Implement and Promote the Five-Point Food Safety Reform.",
        "eng_subject": "The 113 Chiayi City Toxic and Concerned Chemical Substances Management Project focuses on managing toxic and concerned chemical substances operators, strengthening source inspections, and reducing environmental risks. The project also aims to improve the disaster prevention and response capabilities of operators in handling toxic chemical incidents, ensuring swift response in emergencies. Additionally, the project includes education and outreach efforts targeting toxic and concerned chemical substances to raise awareness among the public and businesses.",
        "proj_year": "113",
        "org_name": "嘉義市政府環境保護局",
        "exe_unit": "百部環境科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1132961460",
        "publish_date": "20241212"
    },
    {
        "chi_title": "高雄市-113年度高雄市畜牧廢水氨氮回收推動計畫",
        "chi_subject": "一、更新畜牧業背景資料、沼液沼渣運用調查\n截至113年10月31日，高雄市轄內已有170家畜牧場取得沼液沼渣農地肥分使用核可，其中162家為養豬場、8家為養牛場，總施灌面積為195.351公頃，每年施灌量為261,774.23公噸，施灌作物種類以果樹類（香蕉、番石榴、芒果）為大宗，其次包含水稻、蔬菜類、雜糧類等作物。\n二仁溪流域計有68家畜牧場取得沼液沼渣農地肥分使用核可，關鍵測站－古亭橋上游30家居冠；阿公店溪流域則有63家畜牧場取得沼液沼渣農地肥分使用核可，關鍵測站－前州橋上游52家最多。兩條流域合計131家畜牧場取得沼液沼渣農地肥分使用核可，佔總核可家數的77.1%。\n二、評估畜牧糞尿沼液沼渣作為農地肥分使用對水質改善、氨氮回收及友善農作之效益\n本年度截至113年10月31日前執行已通過畜牧戶農地施灌環境檢測，共完成83家地下水及土壤監測作業，分別完成83家(共78筆)地下水監測井(部分區域無地下水免監測)，本年度地下水氨氮檢測結果，共有2家寶樹牧場（下游井）及陳慶輝畜牧場（上游井）地下水氨氮超過停灌標準，本計畫將彙整名單交給機關辦理，其餘示範戶監測結果皆符合標準。\n另完成83家(共100筆)土壤品質監測作業(部分案場計畫書核定採至少2處監測)，由土壤監測報告之結果顯示，土壤重金屬—銅（Cu）及鋅（Zn）皆符合或低於「土壤污染監測標準（食用作物農地）」。\n專家學者施灌輔導作業，合約目標至少150場，已通過示範戶共計170場及6場新申請案件現勘輔導，合計176家，另配合機關針對二仁溪上游場家輔導廢水處理設施，於113年8月20日函文經環保局同意調整輔導對象(發文字號-元科字第1130000752號)，取得局端同意改以輔導建議變更之對象，截止至10月31日總計完成152家(前述場家為96場已通過示範戶、6場新申請案件及50場二仁溪上游場家)。\n三、撰寫沼液沼渣做為農地肥分使用計畫書\n本計畫經由現場勘查檢視畜牧戶申請條件，藉由評估機制篩選出22場優先推動名單後，統計至10月31日已媒合6場同意申請沼液沼渣資源化措施，協助執行環境背景監測(包含沼液、土壤及地下水採樣作業)及計畫書撰寫，於9月20日提出6場沼液沼渣肥分使用計畫書申請(元科字第1130000840號)。\n四、辧理媒合宣導說明會\n目前本市2,000頭以上養豬戶，均已達資源化5%之法規規範，故會議將優先針對飼養200頭以上養豬場及關鍵測站上游畜牧業資源化比率未達20%及尚未資源化場家進行與會邀請。會議規劃書已提送並取得機關核可(元科字第1130000484號)，已於6月13日、6月20日、7月17日、7月23日及7月31日，各辦理完成一場次說明會。\n五、協助取得廢水管理計畫及放流水再利用\n今年度本計畫主動協助6家畜牧場辦理變更廢水管理計畫，分別為青發畜牧場、陸森松牧場、陳正雄畜牧場、福大畜牧場、清記畜牧場及簡正德畜牧場，前述場家均5月前完成現勘，分別為青發畜牧場、陸森松牧場、陳正雄畜牧場、福大畜牧場、清記畜牧場及簡正德畜牧場，前述場家均5月前完成現勘，6月底協助提出變更申請，並於8月5日及8月7日全數審查通過。\n本計畫經由電訪及實地現勘輔導共15家，目前有12家畜牧場通過申請放流水回收澆灌，分別為來興畜牧場、振宏畜牧場、順福畜牧場、佑誠畜牧場、榮通牧場、大路竹畜牧場、弘耕畜牧場、黃萬來牧場、和旺畜牧場、德北畜牧場、金章牧場及久勝畜牧場，另外3家畜牧場正在審查中，分別為中崙畜牧場、世原畜牧場及偉哲畜牧場。\n由於畜牧業者大多為年長者，對於政策資訊常有不易了解之處，故提供專線電話，藉由辦理宣導說明會提供專線電話、新申請戶現場輔導勘查、示範戶施灌輔導及網路媒合平台等方式，提供業者專線諮詢窗口，由專人協助輔導，使畜牧業者充分瞭解政策資訊及申請流程，另諮詢電話亦同時做為宣導說明會報名之管道，本計畫已於113年2月5日完成設置畜牧業沼液沼渣諮詢專線電話07-9669810、07-9669812(發文文號-元科字第1130128號)。\n六、畜牧業加強稽查\n統計113年本計畫執行畜牧業放流水採樣180家次，放流水水質合格152家次；不合格28家次，合格率84.44%，查不合格28家次之放流水質數據，COD不合格11件、BOD不合格18件、SS不合格12件 (其中11家為複數不合格)，BOD、SS不合格情形較多，研判曝氣量不足為主因之一，前述檢測逾值之報告均已提交機關進行後續處分事宜。\n截至10月31日止，本計畫針對畜牧業廢水處理效能查核作業，於9月6日(元科字第1130000807號)提送規劃書至局，於9月27日取得局端同意備查，本計畫於10月起開始執行，並完成5家畜牧場之效能查核作業。\n七、資源化中心集中處理督導及推動\n環保署已核定補助本市內門區資源化中心，該案場總收集處理頭數11,684頭，收集處理糞尿量達233CMD，每日沼氣產量預估可達1,168m3，每日發電量預估可達1,946度。本計畫持續協助更新資源化中心113年1-10月併網發電量及放流水回收澆灌紀錄表並按月上傳管考系統。\n為掌握內門區二仁溪永續水質示範計畫案完工後實際操作情形，並彙整問題做為後續運作之建議，本計畫依契約規範將辦理1場次資源化中心查核評鑑會議，本評鑑會議內容規劃書已於4月24日發文(發文文號-元科字第1130347號)，相關規劃已取得機關核可，委託工研院團隊已於6月12日至資源化中心辦理現勘及採樣事宜，取得之檢測報告，於會前提供相關資料予評鑑委員參考，並於8月21日辦理完成評鑑會議。",
        "eng_title": "Kaohsiung City-113 Kaohsiung City Livestock Wastewater Ammonia Nitrogen Recovery Promotion Plan",
        "eng_subject": "1. Update of background information on animal husbandry and investigation on the use of biogas slurry and biogas residue\nAs of October 31, 2020, 170 livestock farms within the jurisdiction of Kaohsiung City have obtained approval for the use of biogas slurry and biogas residue agricultural land fertilizers, of which 162 are pig farms and 8 are cattle farms. The total irrigation area is 195.351 hectares, with an annual irrigation volume of 261,774.23 metric tons\n2. Evaluate the benefits of using livestock manure and slurry digestate as agricultural land fertilizer for water quality improvement, ammonia nitrogen recovery and friendly farming\nAs of October 31, 2020, the company has passed the environmental testing of farmland irrigation for livestock farmers, and a total of 83 groundwater and soil monitoring operations have been completed.\n3. Write a plan for using biogas slurry and biogas residue as agricultural land fertilizer\nThis project inspects the application conditions of livestock farmers through on-site inspections, and selects 22 priority promotion lists through the evaluation mechanism. As of October 31, statistics have matched 6 projects that have agreed to apply for biogas slurry and biogas residue recycling measures to assist in the implementation of environmental background Monitoring (including biogas slurry, soil and groundwater sampling operations) and plan writing\n4. Promotional briefing session on management and matchmaking\nCompleted five briefing sessions\n5. Assistance in obtaining wastewater management plans and reuse of discharged water\nA total of 15 livestock farms have been interviewed and provided on-site survey and guidance for this project. Currently, 12 livestock farms have applied for water recycling for irrigation, including Laixing Livestock Farm, Zhenhong Livestock Farm, Shunfu Livestock Farm, Youcheng Livestock Farm, and Rongren Livestock Farm. Tong Ranch, Dalu Zhu Animal Farm, Honggeng Animal Farm, Huang Wanlai Ranch, Hewang Animal Farm, Debei Animal Farm, Jinzhang Animal Farm and Jiusheng Animal Farm. The other three animal farms are under review, namely Zhonglun Animal Farm, Sewon Livestock Farm and Weizhe Livestock Farm.\n6. Strengthening inspections in the animal husbandry industry\nAccording to statistics, in the past 113 years, this plan has implemented 180 livestock farming runoff water sampling operations, and 152 households have passed the quality of discharged water; 28 households have failed to meet the standards.\n7. Centralized processing, supervision and promotion by the Resource Center\nThe entrusted ITRI team went to the Resource Center to handle spot survey and sampling matters on June 12. The obtained test report was provided to the evaluation committee members for reference before the meeting, and the evaluation meeting was completed on August 21.",
        "proj_year": "113",
        "org_name": "高雄市政府環境保護局",
        "exe_unit": "元科科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1132871802",
        "publish_date": "20241210"
    },
    {
        "chi_title": "鉻金屬同位素應用於地下水污染源鑑識之可行性研究(2\/2)",
        "chi_subject": "本研究欲建立國內土壤地下水重金鉻同位素檢測技術，並應用於環境污染來源鑑識之可行性研究，提供多污染來源鑑別之科學證據協助判斷及鑑定污染的責任歸屬，作為環境法律訴訟佐證之一。本次期末報告依計畫目標完成相關工作內容，包含(1)總計20篇國內外文獻蒐集與研讀，並摘要說明相關原理與應用、(2)結合更新後文獻，提出金屬穩定同位素應用於污染場址的技術發展之規劃，並辦理1場專諮會、(3)結合新增文獻、實場樣品分析及112年技術手冊草案，完成技術手冊內容、(4)於2處技術驗證場址及1處技術應用示範場址進行採樣、量測及數據綜合分析、(5)採集不同產源、批次的含鉻原料建立國內鉻穩定同位素特徵，並評析在污染場址之應用、(6)結合應用成果增修「鉻同位素特徵應用於污染場址之判讀指引」，並辦理1場次之技術分享會。",
        "eng_title": "Feasibility Study of Chromium Metal Isotopes for Groundwater Pollution Source Identification(2\/2)",
        "eng_subject": "This study aims to establish a domestic detection technique for chromium isotope in soil and groundwater. It also seeks to explore the feasibility of applying this technique for source identification at comtaminated sites. The objective was to provide scientific evidence to assist in the identification of multiple pollution sources and the attribution of responsibility. This evidence can be utilized as support in environmental legal proceedings. \nThis final report outlines the completion of work according to the project objectives, includes: (1) Compiled 20 literatures on isotope contamination forensic identification and summarized the relevant principles and applications (2) Completed the Chromium Isotope Detection Technology Manual for Soil and Water. by integrating new literature, sample analysis, and the draft of 2023 (3) Proposed a plan for the technological development of metal stable isotopes for contaminated site applications and organized one expert consultation meetin. (4) Conducting sampling, measurement, and comprehensive data analysis at two technical validation sites and one technical application demonstration site. (5) Collecting chromium-containing raw materials from different sources and batches to establish domestic chromium stable isotope characteristics and evaluate their application at contaminated sites. (6) Updating the Chromium Isotope Characteristics for Contaminated Site Assessment Guidelines based on application results, and held technical sharing sessions.",
        "proj_year": "113",
        "org_name": "國環院環境治理研究中心",
        "exe_unit": "財團法人工業技術研究院",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1132455258",
        "publish_date": "20241223"
    },
    {
        "chi_title": "113年度臺中市氣候變遷減緩及調適工作推動計畫",
        "chi_subject": "本計畫主要推動工作內容包含辦理「溫室氣體減量執行方案」及「氣候變遷調適執行方案」相關工作。針對「臺中市溫室氣體減量執行方案(第二期)」之策略及執行計畫成果進行管考，本市112年度溫室氣體減量執行成果經相關會議管考後目前共計118項執行計畫，達成年度績效指標者共107項，整體執行完成度高於90%。另完成「112年臺中市溫室氣體減量執行方案成果報告」，於113年7月15日上揭報告提報氣候變遷推動因應會研討內容並對外公開。另外「氣候變遷調適執行方案」相關工作方面，透過辦理座談會、專家諮詢會議、氣候變遷相關會議及氣候變遷推動因應會，臺中市本期氣候變遷調適關鍵領域界定為維生基礎設施(主責建設局)、水資源(主責水利局)、土地利用(主責建設局)、能源供給與產業(主責經發局)、農業生產及生物多樣性(主責農業局)、海岸及海洋領域(主責農業局)和健康(主責衛生局)領域為關鍵領域，並考量能力建構(主責永續低碳辦公室)，且推動共計55項行動計畫，並編撰「臺中市氣候變遷調適執行方案」期望透過制定有效的氣候變遷調適計畫，確保臺中市在面對氣候變遷挑戰時，具備足夠的韌性和應對能力。",
        "eng_title": "2024 Taichung City Climate Change Mitigation and Adaption Promotion Plan",
        "eng_subject": "The project primarily focuses on promoting the implementation of the Greenhouse Gas Reduction Action Plan and the Climate Change Adaptation Action Plan. Regarding the strategies and implementation outcomes of the Taichung City Greenhouse Gas Reduction Action Plan (Phase II), performance management and evaluation were conducted. As of 2023, the plan includes a total of 118 implementation projects, with 107 projects achieving their annual performance targets, resulting in an overall implementation rate exceeding 90%. Additionally, the 2023 Taichung City Greenhouse Gas Reduction Action Plan Outcome Report has been completed and was submitted for discussion at the Climate Change Promotion and Response Meeting on July 15, 2024, after which it was made publicly available.In terms of the Climate Change Adaptation Action Plan, efforts included organizing workshops, expert consultation meetings, climate change-related conferences, and the Climate Change Promotion and Response Meeting. For this phase, Taichung City identified key adaptation areas, which include: critical infrastructure (led by the Construction Bureau), water resources (led by the Water Resources Bureau), land use (led by the Construction Bureau), energy supply and industries (led by the Economic Development Bureau), agricultural production and biodiversity (led by the Agriculture Bureau), coastal and marine areas (led by the Agriculture Bureau), and public health (led by the Health Bureau). Capacity building was also emphasized (led by the Sustainable and Low-Carbon Office). A total of 55 action plans have been developed, and the Taichung City Climate Change Adaptation Action Plan was compiled. This plan aims to ensure that Taichung City possesses adequate resilience and adaptive capacity to effectively address the challenges of climate change.",
        "proj_year": "113",
        "org_name": "臺中市政府環境保護局",
        "exe_unit": "逢甲大學",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1132309459",
        "publish_date": "20241226"
    },
    {
        "chi_title": "113年度校園淨零綠生活認知養成及行動計畫",
        "chi_subject": "淨零綠生活是一種生活型態的展現，欲透過教育策略達到向下紮根、向上延伸之效果，由教學內容影響學生，從環境教育目標出發，逐步達成覺知、知識建立、態度養成進而建立行動，成為日常習慣。112年已針對學齡前、國小、國中分別採用繪本、Podcast與教案教學，對應開發教案21案、繪本6式、Podcast25支，並辦理以上教案教材使用說明會與試教，針對內容進行符合教師需求的教案教材；加強日常行為的養成，從小建立淨零綠生活的模式。\n今年度(113)計畫進一步透過淨零綠生活教學資源，進行全民淨零綠生活認知養成及提升，以多元活潑的教學素材，提供學生與民眾輕鬆學習管道，建立淨零綠生活思考模式改變日常生活行為，更以教育扎根為長遠目標，推動淨零生活轉型。本計畫完成近零綠生活繪本印製3,600本、繪本巡迴演說活動共12場次、製作6支繪本故事影像、15支淨零綠生活短影音、彙整製作K-9淨零綠生活教案並製作教學資源工具手冊並辦理5場次訪談、5-9教案12式各2班次試教、製作3語言繪本故事有聲版、設計多語言教案各6式並各試教3班次、辦理1場次多語言教學資源應用分享會以及辦理1場次校園推動淨零綠生活成果展。",
        "eng_title": "Action Plan for Cultivating Awareness and Implementing Net-Zero Green Living in Schools for the Year 113",
        "eng_subject": "Net-Zero Green Living is a way of life aimed at fostering grassroots efforts through educational strategies that achieve both depth and breadth. By integrating educational content, the initiative seeks to influence students, starting from the goals of environmental education, and gradually achieving awareness, knowledge-building, attitude formation, and ultimately the establishment of actionable habits that become part of daily life.\nIn 2023, the program targeted preschool, elementary, and junior high school students through the use of picture books, podcasts, and lesson plans. This resulted in the development of 21 lesson plans, 6 picture books, and 25 podcast episodes. Training sessions and trial teaching for these teaching materials were conducted to align the content with teachers' needs, emphasizing the cultivation of daily behaviors and fostering the Net-Zero Green Living model from a young age.\nIn 2024, the program plans to further enhance public awareness and understanding of Net-Zero Green Living using diverse and engaging teaching resources. These materials aim to provide students and the general public with accessible learning channels to establish new thought patterns and behavioral changes for daily life. With education as the long-term foundation, the initiative seeks to promote a sustainable transformation toward Net-Zero Living.\nThe 2024 plans include printing 3,600 copies of the Net-Zero Green Living picture book, conducting 12 picture book roadshow events, producing 6 video adaptations of the picture book stories, creating 15 short videos on Net-Zero Green Living, compiling and producing K-9 Net-Zero Green Living lesson plans, and preparing a teaching resource toolkit. The program will also hold 5 interview sessions, conduct trial teaching for 12 lesson plans targeting grades 5-9 (2 classes per plan), produce audio versions of picture books in 3 languages, design multilingual lesson plans (6 versions), trial teach these multilingual plans (3 classes per version), organize a multilingual teaching resource sharing session, and host a Net-Zero Green Living campus exhibition to showcase achievements.",
        "proj_year": "113",
        "org_name": "環境部綜合規劃司",
        "exe_unit": "深得行銷股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1132209768",
        "publish_date": "20241231"
    },
    {
        "chi_title": "嘉義市113年度「優質公廁及美質環境推動計畫」經常門補助計畫",
        "chi_subject": "公廁列管總數為696 座，已於完成轄內所有建檔列管公廁資料正確性盤點，並於將資料更新於EEMS 網站，公廁巡查及建檔資料。每月建檔管理公廁平均達總座數之5%(含)以上；辦理2 場次公廁清掃學習活動及辦理廣播電台環境衛生及資源回收宣導2 檔次，以確保年度合約及考評成績之目標達成。",
        "eng_title": "Chiayi City’s 2024 “Quality Public Toilet and Beautiful Environment Promotion Plan” regular subsidy program",
        "eng_subject": "The total number of public toilets under management is 696. An inventory of the accuracy of the data on all documented and managed public toilets within the jurisdiction has been completed, and the data has been updated on the EEMS website, public toilet inspection and archiving data. File and manage public toilets with an average of more than 5% (inclusive) of the total number of seats every month; organize 2 public toilet cleaning learning activities and handle 2 levels of environmental sanitation and resource recycling publicity for radio stations to ensure that the annual contract and assessment performance goals are achieved .",
        "proj_year": "113",
        "org_name": "嘉義市政府環境保護局",
        "exe_unit": "技佳工程科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1132149038",
        "publish_date": "20241227"
    },
    {
        "chi_title": "彰化縣113年度「優質公廁及美質環境推動計畫」經常門補助計畫",
        "chi_subject": "為辦理環境部環境管理署113年優質公廁及美質環境推動計畫-經常門經\n費，針對本縣公廁清潔維護及環境衛生整頓巡查，特訂定本計畫執行。本案\n須完成指定辦理事項，包含建檔管理公廁資料盤點、評鑑及巡查；中央各部\n會空地空屋病媒蚊孳生源巡查及相關環境衛生宣導活動或培訓說明會。",
        "eng_title": "Changhua County’s 113th annual “Quality Public Toilet and Beautiful Environment Promotion Plan” regular subsidy program",
        "eng_subject": "In order to implement the 113-year high-quality public toilet and beautiful environment promotion plan of the Environmental Management Department of the Ministry of Environment-Changmenjing\nThis plan is specifically formulated and implemented for the cleaning and maintenance of public toilets and environmental sanitation inspections in the county. This case\nMust complete designated processing tasks, including file management, inventory, evaluation and inspection of public toilet information; central ministries\nWe will conduct inspections on the breeding sources of vector-borne mosquitoes in empty houses and open spaces and conduct relevant environmental hygiene publicity activities or training briefings.",
        "proj_year": "113",
        "org_name": "彰化縣環境保護局",
        "exe_unit": "大立環保科技有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131945612",
        "publish_date": "20241218"
    },
    {
        "chi_title": "桃園市113年度「優質公廁及美質環境推動計畫」經常門補助計畫",
        "chi_subject": "為協助推動環境部「改善公廁暨提升優質公廁推動計畫」相關工作，順利達成本計畫預期目標，本計畫將協助辦理「改善公廁暨提升優質公廁推動計畫」項下補助之工程現勘訪視督導、每月管考各工程推動單位工作進度與彙整統計相關資料，並辦理本市列管公廁巡檢，與辦理環境衛生相關宣導，同時協助相關環境清潔維護考核等資料彙整及簡報製作。期透過各項工作之落實，串聯各面執行績效。",
        "eng_title": "113th Annual Taoyuan City Environmental Cleanliness and Environmental Sanitation Improvement Plan",
        "eng_subject": "In order to assist in promoting the work of the Ministry of the Environment's Public Toilet Improvement and Quality Enhancement Public Toilet Promotion Scheme, and successfully achieve the expected objectives of the cost plan.\nThe project will assist in the management of the project under the subsidy of Public Toilet Improvement and Quality Toilet Promotion Project, visit and supervise, monthly management and examination of the work progress of each project promotion unit and compilation of relevant statistical information,handle the inspection of public toilets in the city, handle environmental sanitation-related publicity, and assist in the compilation and presentation of relevant environmental cleaning and maintenance assessments. Through the implementation of various tasks, we will connect all aspects of implementation performance.",
        "proj_year": "113",
        "org_name": "桃園市政府環境保護局",
        "exe_unit": "永固環境工程顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131932914",
        "publish_date": "20241231"
    },
    {
        "chi_title": "113年度基隆市推動低碳永續家園執行計畫",
        "chi_subject": "113年基隆市推動低碳永續家園及氣候變遷及減緩調適工作計畫，內容包含執行「辦理氣候變遷因應推動會議」、「推動溫室氣體減量執行方案及辦理氣候變遷調適執行方案」、「辦理低碳、氣候變遷減緩及調適推廣教育活動」、「低碳永續家園行動項目輔導與執行」、「推動因地制宜之低碳行動」、「推廣綠能屋頂」及「行政作業」等七大主軸。下列章節將說明執行成果及後續工作推動建議。\n一、辦理氣候變遷因應推動會議\n（一）已於5月31日辦理第1次基隆市氣候變遷因應推動會-小組會議，進行氣候變遷因應推動會前會溝通，協助各局處更充分了解溫室氣體管制執行方案及氣候變遷調適執行方案的方向與重點。\n（二）已於6月28日辦理第1場氣候變遷因應推動會議。完成第一屆氣候變遷因應推動會委員授證。與會委員針對基隆市第二期溫室氣體管制執行方案提出修正建議。\n（三）已於9月27日辦理第2場氣候變遷因應推動會議。除了回覆檢討第1次推動會委員提出的意見之外，同時針對基隆市面臨氣候變遷調適的環境下各單位該如何來降低因氣候變遷帶來的災害，同時也聽取委員的建議並進行改善。\n二、推動溫室氣體減量執行方案及辦理氣候變遷調適執行方案\n（一）已於6月17日函送基隆市第二期溫室氣體減量執行方案112年成果報告（初稿）進局審議。並在6月28日第1場氣候變遷因應推會後提交成果報告，並於10\/11日提送環境部。\n（二）已於8月13、14日完成環境部列管之溫室氣體排放源2處，以及非列管之溫室氣體排放源8處，偕同乙位專家學者進行盤查。\n（三）依據環境部氣變署要求，完成基隆市「氣候變遷調適執行方案(草案)」，完成公開閱覽、辦理座談會蒐集各方意見、提送基隆市氣候變遷因應推動會等氣候變遷因應法規定的程序。並已完成相關環境部提送的行政程序。\n三、辦理低碳、氣候變遷減緩及調適推廣教育活動\n（一）已於5月29日以及7月19日完成辦理2場培力訓練工作坊。\n（二）已於6月20日以及9月5日完成辦理2場政令宣導增能活動。\n (三)  已於8月1-2日完成辦理1場低碳永續交流推廣活動。\n（四）已於9月30日以及10月9日完成辦理2場社區村里調適及能源教育培力課程。\n（五）上述各項課程，參與的多數民眾反應皆為正面。\n四、低碳永續家園行動項目輔導與執行\n（一）已完成辦理中山區新建里等6處村里訪查輔導工作，為提昇村里認證能量，邀請兩位委員針對村里執行方向提出建議。今年度也在委員協助下，提送中山區新建里銀級認證，並通過環境部氣變署的文件審查。待氣變署安排現場勘查作業。\n（二）己於6月完成七堵區永安里等3處村里參與低碳永續家園推動計畫報名成功。\n（三）已於3月完成中山區中山里等5處轄內獲得銅級評等認證以上之區、里層級成果查核作業，查核結果都是維持評等。其中中山區新建里及中山通化里，委員建議需要做些許的補強，計畫也協助這兩個村里完成補強作業。\n（四）已於8月完成輔導中正區建國里等7處村里取得低碳永續家園銅級認證評等。\n（五）已於10月完成追蹤110-111年13處補助行動項目之維運作業，其中信義區孝岡里、禮東里集中山區協和里的補強作業，本計畫也已協助完成。\n五、推動因地制宜之低碳行動\n已於5月底完成第一階段報名資料審查作業，共計6處村里通過報名審查，分別為七堵區自強里、七堵區泰安里、中山區仙洞里、中山區協和里、仁愛區誠仁里、安樂區嘉仁里，並於7月進行第二階段專家學者現場評估及審查作業。已於10月完成所有綠能電器以及區域綠美化之建置項目，達成推動因地制宜之低碳行動，預估每年可減少2,273.854 kg CO2e的排放。\n六、推廣綠能屋頂\n本團隊已於10月14日至10月18日安排4~5天全程由專家協助辦理現場評估，輔導50處地點進行太陽能光電發電系統之設置可行性，並由專家完整評估及提供相關建議，其中地點包含13處區公所與政府機關、8處社區大樓及29處里民活動中心。本次現場評估結果顯示，33處建議設置，3處建議設置但需要確認相關資訊，14處不建議設置(2處遮陰嚴重、9處效益不佳、1處違建不適合施作、2處市定古蹟)，預估最大的建置容量約為2,865 kWp。\n追蹤112年案源設置進度，其中11處不建議設置(包含效益不佳、遮陰嚴重、市定古蹟..等)，除了4處已經媒合建置中(完成90%進度)，其餘20處雖已達到設置條件，但至目前為止尚未決定，已媒合設置之推動成果亦取得台電倂審受理編號，以及本府同意備案編號之證明\n七、行政作業\n（一）預估氣變署考評取得滿分。\n（二）配合環境部及其他推動低碳家園相關執行工作，共配合參加18場次相關會議。\n（三）已完成4篇新聞稿撰寫。\n（四）已完成配合指定工項製作相關政策推廣宣導品共計1,500份",
        "eng_title": "Keelung City promotes low-carbon sustainable home implementation plan in 2024",
        "eng_subject": "The content of this project involves:\n1.Climate change response promotion meeting。\n2.Promote greenhouse gas reduction implementation plans and climate change adaptation implementation plans。\n3.Promote low-carbon, climate change mitigation and adaptation education activities。\n4.Implementation of low-carbon sustainable home project。\n5.Promote low-carbon actions tailored to local conditions。\n6.Promote green roofs and solar photovoltaic systems。",
        "proj_year": "113",
        "org_name": "基隆市環境保護局",
        "exe_unit": "長慧環境科技有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131729929",
        "publish_date": "20241231"
    },
    {
        "chi_title": "113年淨零綠生活推廣暨夜光材料應用示範計畫_苗栗縣",
        "chi_subject": "環境教育是環境保護工作重要的根基，目的在培養人民對環境負責，落實環境教育就是在培養受教者正確的環境態度，且能在日常生活中實踐負責任的環境行為。近年來隨著全球氣候變遷影響及社會與經濟發展，環境面臨許多問題與挑戰，2050淨零排放已成為全球關鍵課題，為落實淨零轉型目標提出「淨零綠生活」關鍵戰略，苗栗縣政府環境保護局藉由辦理「113年度苗栗縣環境教育推動暨淨零綠生活與夜光材料應用行動計畫」，結合苗栗縣境內環境教育亮點產業、觀光旅遊及藝術人文之在地特色，提昇整體環境教育服務品質及學習環境，鼓勵旅客可以優先選擇環保餐廳、自備環保餐具、安排低碳交通工具的綠色旅遊，引導民眾參與優質戶外環境教育活動、接觸多元環境體驗學習，加速環境教育普及化，培育縣民瞭解環境倫理，增進保護環境之知識、技能、態度及價值觀，並採取各項環境保護行動，期望藉由中央地方一致的政策與方向，接軌國際趨勢，持續為建立永續、美麗及健康的台灣而努力。",
        "eng_title": "2024 Green lifestyle and luminous material application demonstration plan_Miaoli",
        "eng_subject": "Environmental education is a crucial foundation for environmental protection work, aimed at cultivating a sense of responsibility toward the environment among the people. Implementing environmental education involves nurturing the correct environmental attitudes in learners and enabling them to practice responsible environmental behaviors in their daily lives. In recent years, with the impact of global climate change and social and economic development, the environment has faced numerous issues and challenges. Achieving net-zero emissions by 2050 has become a key global issue. To implement the net-zero transformation goal, the Net-Zero Green Living key strategy has been proposed.\nThe Environmental Protection Bureau of Miaoli County Government is promoting the 2024 Miaoli County Environmental Education and Net-Zero Green Living and Luminescent Materials Application Action Plan. This initiative integrates the local environmental education highlights, industries, tourism, and cultural arts of Miaoli County, enhancing the overall quality of environmental education services and learning environments. It encourages tourists to prioritize eco-friendly restaurants, bring their own eco-friendly utensils, and use low-carbon transportation for green tourism. The initiative also guides the public to participate in high-quality outdoor environmental education activities, engage in diverse environmental experience learning, and accelerate the popularization of environmental education.\nThrough these efforts, the county aims to cultivate residents’ understanding of environmental ethics, enhance their knowledge, skills, attitudes, and values related to environmental protection, and inspire them to take various environmental protection actions. By aligning policies and directions at the central and local levels, the initiative seeks to connect with international trends and continue striving to establish a sustainable, beautiful, and healthy Taiwan.",
        "proj_year": "113",
        "org_name": "苗栗縣政府環境保護局",
        "exe_unit": "慶磐有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131641859",
        "publish_date": "20241231"
    },
    {
        "chi_title": "113年苗栗縣推動環保許可整合計畫",
        "chi_subject": "因應污染源製程日趨複雜及考量空、水、廢、毒化物等製程具有密切關聯性，環境部推動環保許可整合政策，規劃透過成立單一窗口、執行諮詢會審機制及繪製全廠污染流向圖，使許可審查一致化。本計畫為協助環境部推動各項環保許可整合政策，並蒐集執行經驗和業者意見，反饋於環保署，提供未來許可整合制度之檢討與精進。 自110年度開始試辦，針對國營及大型企業優先實施，以減緩未來政策正式上路所帶來之衝擊影響。本計畫統合苗栗縣政府環境保護局、新竹科學園區之環保許可審核單位，成立苗栗縣環保許可整合單一窗口，掌握苗栗縣轄內環保許可案件，針對優先對象辦理許可申請時執行案件追蹤、稽催、建檔等工作。本計畫於參考環境部許可整合諮詢會審作業原則及苗栗縣審查現況，建立苗栗縣許可整合諮詢會審作業原則，修正會審流程及規範審查時程，於110年開始實施許可整合會審機制，並持續滾動檢討，共分為4大機制運行，(一)辦理會審諮詢會議(二)會審意見無競合，業者無須諮詢，省略開會(三)主審無意見，會審無競合，快速核證(四)免會審案件認定，今年度截至11月15日，已協助完成15案環保許可會審，並已完成5場次會審諮詢會議。於全廠污染流向整合上，本年度檢視過往已完成污染流向圖，要求業者更新符合最新許可並提交予本計畫審查，同時，本計畫亦持續擴大輔導56家業者繪製污染流向圖，截至11月15日前期計畫之精進輔導對象已完成檢視35家，113年擴大對象已完成審查56家。另於計畫執行期間，配合宣導環保許可整合政策，辦理相關會議、訓練課程及推廣活動，已完成1場次宣導說明會議，1場次內部教育訓練。",
        "eng_title": "Environmental Permit Integration",
        "eng_subject": "To address the increasing complexity of pollution sources and the interrelationship between air, water, waste, and toxic chemicals in industrial processes, the Ministry of Environment is promoting an integrated environmental permitting policy. This initiative includes the establishment of a single service window, the implementation of a consultation and review mechanism, and the development of facility-wide pollution flow diagrams to standardize permit reviews. This project aims to support the Ministry of Environment in promoting various aspects of integrated environmental permitting policy, gathering feedback from industry stakeholders to inform and refine future policy enhancements. Since its trial launch in 2021, the project has prioritized implementation for state-owned and large enterprises to mitigate potential impacts when the policy is formally rolled out. The project coordinates with Miaoli County Government Environmental Protection Bureau, the Hsinchu Science Park, environmental permitting units to create a single service window for environmental permits in Miaoli County. This window facilitates tracking, expediting, and filing permit applications, specifically for priority cases. In line with the Ministry of Environment's principles for integrated permitting, the project developed Miaoli’s own consultation and review principles, adjusting review processes and timelines. The integrated review mechanism was implemented on 2021, and operates under four main approaches: (1) conducting consultation meetings for joint reviews; (2) skipping consultation if there are no conflicting opinions; (3) fast-tracking approvals where no issues arise; and (4) categorizing cases that don’t require joint reviews. As of November 15, 2024, completing 15 cases this year, and has held 5 consultation meetings. Regarding facility-wide pollution flow integration, this year the project reviewed previously completed flow diagrams, requiring companies to update them in line with current permits. The project also expanded guidance to help 56 companies develop pollution flow diagrams. By November 15, 35 companies from the prior phase and 56 from this year's expanded focus had completed their reviews. Additionally, the project conducted activities to promote integrated permitting policies, including 1 promotional meetings, 1 internal training.",
        "proj_year": "113",
        "org_name": "苗栗縣政府環境保護局",
        "exe_unit": "廣耀工程顧問有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131621440",
        "publish_date": "20241230"
    },
    {
        "chi_title": "113年校園生活轉型素養調查工作計畫",
        "chi_subject": "「113年校園生活轉型素養調查工作計畫」因應環境部「淨零綠生活」政策，針對我國22縣市之18歲以下學生進行環境素養調查，以評估其「淨零綠生活」政策的理解與實踐。\n本調查採用量化調查，問卷包含四大構面—知識、技能、態度與價值觀及行動，並涵蓋「淨零綠生活」政策之食、衣、住、行、育、樂、購等七大生活指標，量表一共112題，將其拆分為甲、乙兩卷，每卷別各56題。\n本調查將調查對象分為國小、國中及高中職（含五專前三年）三類， 調查期程自113年9月9日至113年11月8日，其中國小甲卷回收之有效樣本為1,604份，乙卷有效樣本為1,533份；國中甲卷回收之有效樣本為1,543份，乙卷有效樣本為1,468份；高中職五專前三年級組回收之有效樣本為1,472份，乙卷有效樣本為1,424份。\n調查結果顯示，知識構面方面，國小組（1-4年級）平均答對率73.9%，國小組（5-6年級）為82.0%，國中組為83.2%，高中職五專前三年級組達84.5%。技能構面方面，國小組（1-4年級）平均分數82.15分，國小組（5-6年級）為77.37分，國中組為74.19分，高中職五專前三年級組為70.89分。態度與價值觀構面方面，國小組（1-4年級）平均分數81.66分，國小組（5-6年級）為78.38分，國中組為76.60分，高中職五專前三年級組為75.08分。行動構面方面，國小組（1-4年級）平均分數82.90分，國小組（5-6年級）為77.41分，國中組為73.70分，高中職五專前三年級組為70.31分。從上述結果得知，知識構面分數會隨著年級的增加而上升，但技能、態度與價值觀、行動構面反而下降。\n從生活指標層面觀察，調查顯示學生在「行指標」及「衣指標」表現較落後，缺乏綠色交通和永續時尚方面的知識與實踐，故建議加強相關之教育，除了加強推廣綠色交通工具和永續時尚的概念外，透過校園活動與課程提高學生的參與和認知。同時，應結合地方議題與多元學習方式，創造更多實踐機會，並推動成人及親子共學，提升全民環境素養，實現綠生活與淨零排放目標。\n此外，本研究亦綜整「112年生活轉型素養調查專業工作計畫」，計算出「全民環境素養分數」，知識構面部分，全民平均答對率為81.2%；技能構面部分，全民平均分數為79.88分；態度與價值觀構面部分，全民平均分數為83.78分；行動構面部分，全民平均得分為80.88分。",
        "eng_title": "2024 Campus Life Transformation Literacy Survey Project",
        "eng_subject": "The “2024 Campus Life Transformation Literacy Survey Project”,conducted in response to the Ministry of Environment's Net-Zero Green Lifestyle policy, targeted students under 18 years old across 22 counties and cities in Taiwan to assess their environmental literacy and evaluate their understanding and practice of the Net-Zero Green Lifestyle policy.\nThe survey adopted a quantitative approach, with a questionnaire covering four main dimensions: knowledge, skills, attitudes and values, and actions. It also included the seven lifestyle indicators of the Net-Zero Green Lifestyle policy: food, clothing, housing, transportation, education, recreation, and consumption. The questionnaire comprised 112 items, divided into two parts, Part A and Part B, each containing 56 questions.\nThe survey participants were divided into three categories: elementary school, junior high school, and senior high\/vocational school (including the first three years of five-year junior colleges). The survey period was from September 9, 2024, to November 8, 2024. For elementary school students in Grades 1 to 4, the valid sample sizes were 1,604 responses for Part A and 1,533 responses for Part B. For elementary school students in Grades 5 and 6, the valid sample sizes were 1,543 for Part A and 1,468 for Part B. For junior high school students, the valid sample sizes were 1,472 for Part A and 1,424 for Part B, and for senior high\/vocational school students, the valid sample sizes were 1,543 for Part A and 1,468 for Part B.\nThe survey results indicated that, in the knowledge dimension, the average correct response rate was 73.9% for elementary students in Grades 1 to 4, 82.0% for elementary students in Grades 5 and 6, 83.2% for junior high school students, and 84.5% for senior high\/vocational school students. In the skills dimension, the average scores were 82.15 for elementary students in Grades 1 to 4, 77.37 for elementary students in Grades 5 and 6, 74.19 for junior high school students, and 70.89 for senior high\/vocational school students. In the attitudes and values dimension, the average scores were 81.66 for elementary students in Grades 1 to 4, 78.38 for elementary students in Grades 5 and 6, 76.60 for junior high school students, and 75.08 for senior high\/vocational school students. In the actions dimension, the average scores were 82.90 for elementary students in Grades 1 to 4, 77.41 for elementary students in Grades 5 and 6, 73.70 for junior high school students, and 70.31 for senior high\/vocational school students. These results suggest that while scores in the knowledge dimension increase with grade level, scores in the skills, attitudes and values, and actions dimensions decrease.\nFrom the perspective of lifestyle indicators, the survey reveals that students perform relatively poorly in the Transportation Indicator and Clothing Indicator, lacking knowledge and practice in green transportation and sustainable fashion. It is recommended to strengthen education in these areas. In addition to promoting the concepts of green transportation and sustainable fashion, schools can enhance students' participation and awareness through campus activities and curriculum integration. Furthermore, local issues and diverse learning methods should be incorporated to create more opportunities for practical application. Promoting adult and parent-child co-learning is also essential to improving environmental literacy nationwide and achieving the goals of green living and net-zero emissions. \nAdditionally, this study also compiled the 2023 Life Transformation Literacy Survey Professional Work Plan to calculate the National Environmental Literacy Score. In the knowledge dimension, the national average correct response rate was 81.2%. In the skills dimension, the national average score was 79.88. In the attitudes and values dimension, the national average score was 83.78. In the action dimension, the national average score was 80.88.",
        "proj_year": "113",
        "org_name": "環境部綜合規劃司",
        "exe_unit": "求真民意調查股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131608077",
        "publish_date": "20241231"
    },
    {
        "chi_title": "113年度彰化縣推動低碳永續家園執行計畫",
        "chi_subject": "計畫執行期程自113年1月1日起至113年11月6日止，整體工作完成度達100%，計畫期間，團隊彙整上、下年度低碳永續家園計畫成果並登載於「低碳永續家園資訊網」；並辦理1場技術諮詢與評等審查會議、2場教育培力活動，總計62個村里社區及128位人員參與及結合公民電廠和能源廠商辦理2場太陽光電系統推廣活動，總計139位人員參與，另也完成2場宣導觀摩活動，總計62個村里社區及118位人員參與；另購置600份宣導品，於相關活動或會議進行發放。在認證評等方面，輔導取得21點村里認證點數(輔導15個村里取得銅級，2個村里銀級及1個鄉鎮市銀級)，在社區低碳輔導方面，協同１位專家學者完成2處村里社區執行「建築綠化降溫」工作，建置可食綠牆2處；並推動10個村里社區「綠能節電」行動項目建置；另外輔導26個單位進行太陽能系統輔導診斷評估作業；完成16處已獲得評等之村（里）成果維護現地查核作業並將資料上傳氣候署網站。",
        "eng_title": "Changhua County low carbon sustainable community Construction Promotion Project in 2024",
        "eng_subject": "The action items of the project include to complete the annual reports of the greenhouse gas control implementation project and to facilitate the low carbon community project. The project timeframe was from Jan 1st 2024 to November 6th 2024, and the execution of the project 100% meets the goals. During the timeframe of the project, after organizing data of the whole year, the team published the Low-Carbon Sustainable project results on the Low-Carbon Sustainable Information System website. The team completed the following actions, setting up one resource cycle operation and information consultation conference, one sessions of education and training activities with a total of 128 citizens across 62 communities, and Organized 2 solar photovoltaic system promotion activities with citizen power plants and energy manufacturers, with a total of 139 people participating, and also holding an advocating and observation meeting with a total of 62 staff of the department and 118 department representatives to participate. Each conference and activity was well documented on the Low-Carbon Sustainable Information System. Also, the team purchased 600 pieces of advocating material for the participants of the activities and conferences.\nRegarding village and community certification and evaluation, receiving 21 scoring points in certification (Bronze certification gained by 15 villages and Silver certification by the other 2 villages,and  Silver certification by 1 town).\nAnd assist a total 2 communities carrying out green roof projects. We tracked the use and maintenance of 10 LED lighting fixtures installed in communities in 2024, most of them still in good shape. The team building for cool down for 2 Village, conducted solar system coaching, diagnosis and assessment work for 26 villages, and concluded 16 on-site examinations and uploaded the data to Low Carbon Sustainable Information System.",
        "proj_year": "113",
        "org_name": "彰化縣環境保護局",
        "exe_unit": "鋒樺環境科技有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131412751",
        "publish_date": "20241223"
    },
    {
        "chi_title": "113年度臺中市推動低碳永續家園執行計畫",
        "chi_subject": "本計畫是為持續增加臺中市低碳永續措施量能，辦理里層級訪查輔導工作、推廣參與低碳永續家園運作機制、追蹤過去取得補助之里執行現況，並持續辦理永續行動項目之建置補助，推動因地制宜的低碳行動，提高行政區、里之認證評等等級。此外，亦將辦理因應氣候變遷之工作坊，提升區里民眾對於氣候行動的認知，搭配本計畫輔導補助量能，加速更多行政區里達成評等認證資格，為臺中市建構完整的低碳永續家園藍圖。計畫執行期程自113年03月15日起至113年11月30日止，本期末報告書內容為執行至113年11月29日之成果。如下所列：(1)完成中部生活圈交流會議1場次；(2)完成行政區或里(社區)申請低碳永續家園銅級以上認證20處；(3)完成本市「行政區」、「里」已獲得「低碳永續家園認證評等」之銅級認證單位現地查核作業10處；(4)完成里輔導、訪查14處；(5)完成111年度受補助單位之成果維護管理及追蹤查核作業4處；(6)完成低碳永續行動項目建置示範計畫4處；(7)完成氣候變遷減緩、調適及能源教育培力工作坊6場次；(8)完成推廣綠能屋頂說明會2場次；(9)完成推廣綠能屋頂輔導作業31處；(10)完成推廣綠能屋頂追蹤及媒合作業7處；(11)完成推廣綠能屋頂執行低碳永續行動項目示範計畫2處；(12)完成技術交流、跨局處協調等相關會議2場次。",
        "eng_title": "Taichung city 2024 project on promote construction of low carbon and sustainable homeland operation system",
        "eng_subject": "This project includes a series of measures to facilitate Taichung City’s low-carbon development, e.g. counseling at the village level, promoting participation in mechanism of low-carbon sustainable homeland, tracking the maintenance situation that have received subsidies in the past, subsidizing construction of low-carbon actions, promoting low-carbon actions according to local conditions, enhancing rating certification level of districts and villages. Furthermore, workshops on addressing climate change will also be held to enhance the awareness of the people.Through guidance and subsidies can enhance more districts and villages to get qualification of rating certification, and construct low-carbon sustainable homeland of Taichung City.The execution period of the project is from March 15, 2024 to November 30, 2024. The major achievements contained in this report were executed from March 15, 2024 to November 29, 2024. The major achievements in this phase are reported as follow:\n(1)Completed 1 workshop for central region exchange meeting.(2)Completed the application for Low Carbon Sustainable Homeland Bronze or higher certification for 20 administrative districts or communities.(3)Completed on-site verification for 10 units that have obtained the Bronze certification for Low Carbon Sustainable Homeland Evaluation.(4)Completed guidance and visits for 14 communities.(5)Completed maintenance management and follow-up verification operations for 4 units subsidized in 2022.(6)Completed the construction of 4 demonstration projects for low-carbon sustainable action items.(7)Held 6 workshops on climate change mitigation, adaptation, and energy education empowerment.(8)Held 2 promotional meeting for green energy roofs.(9)Completed guidance operations for 31 green energy roof promotions.(10)Completed follow-up and coordination operations for 7 green energy roof promotion.(11)Completed the construction of 2 demonstration projects for the execution of low-carbon sustainable action items for green energy roofs.(12)Held 2 meeting for technical exchanges and cross-departmental coordination.",
        "proj_year": "113",
        "org_name": "臺中市政府環境保護局",
        "exe_unit": "鉅舵顧問有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131258993",
        "publish_date": "20241226"
    },
    {
        "chi_title": "112-金門縣廢棄物處理及循環再利用計畫",
        "chi_subject": "1.\t廢棄物轉運處理及監督計畫\n    本縣於99年以前皆採用傳統掩埋法處理垃圾，此一方法除需消耗大量珍貴土地資源並造成垃圾掩埋場迅速飽合問題外，尚需不斷尋覓場址及興建新掩埋場。\n    爰上，為避免垃圾掩埋場不敷使用情形發生及因應本縣中長期垃圾處理規劃，將以本縣一般廢棄物轉運至台灣焚化廠處理為優先選項；此外，興建廢棄物倉儲貯存廠做為垃圾打包暫置、緊急應變廠址使用，未來增設垃圾分選設施(MT\/MBT)，將廢棄物進行燃料化處理，產製SRF可做為工業用鍋爐、燃燒發電設備等之燃料，推動廢棄物能源化，不僅可滅少需焚化處理的垃圾量，亦可達到資源再利用及循環經濟的目標。\n2.\t廢棄物焚化（或再利用）處理計畫\n    本縣未有垃圾焚化處理設備，生活垃圾係委託台灣焚化廠處理，目前有焚化廠縣市要求以量易量方式請委託垃圾處理之縣市回運一定比例焚化底渣，已成為未來趨勢，為避免本縣垃圾無法轉運至台灣焚化廠處理，將焚化底渣處理再利用及監督計畫等納入本計畫工作項目，以期本縣垃圾能持續轉運台灣焚化廠處理。\n3.\t廚餘堆肥操作營運計畫\n    本縣大洋廚餘堆肥廠已導入10噸廚餘快速醱酵系統，並引進廚餘破碎脫水前處理設備，以期有效解決本縣廚餘處理問題，惟每日進場量約16-17公噸，現有處理量能不足，未來將規劃擴充設備增加處理量，並優化部份設備功能。\n    廚餘廠營運需聘僱撿拾及技術人員(如鍋爐操作人員)，另有機械維護保養等問題，將由本縣環保局僱用人力或委託廠商辦理，以達良好營運成效。\n4.\t巨大廢棄物破碎操作及管理計畫\n    本縣業於109年增購大型破碎機乙台，可處理轄內產生之巨大廢棄物(廢彈簧床、木材、風倒木等)，考量本縣環保局人力有限，若有大量廢棄物產生將考量委託代操作營運，並進行定期維護保養及刀具零件維修更換，以達良好營運成效。\n5.\t廢棄物及資源回收物回運計畫\n    本縣廢塑膠、廢保麗龍、滅火器及電子廢棄物等，因轄內無相關廢棄物處理設備及技術工廠，為避免大量廢棄物堆置，造成環境衛生議題，規劃將此類廢棄物委由廠商轉運至台灣本島進行後續處理再利用。",
        "eng_title": "112-Kinmen County Waste Treatment and Recycling Plan",
        "eng_subject": "1. Waste transfer, treatment and supervision plan\n Before 1999, this county used the traditional landfill method to dispose of garbage. In addition to consuming a large amount of precious land resources and causing the problem of rapid saturation of landfills, this method also requires continuous search for sites and the construction of new landfills.\n First, in order to avoid insufficient use of landfills and to adapt to the county’s mid- to long-term garbage treatment plan, the county’s general waste will be transferred to Taiwan’s incineration plant as a priority option; in addition, a waste storage and storage plant will be built as a priority. The garbage packaging is temporarily stored and used as an emergency response plant. In the future, a garbage sorting facility (MT\/MBT) will be added to process the waste into fuel. The SRF produced can be used as fuel for industrial boilers, combustion power generation equipment, etc. to promote waste disposal. Energy conversion can not only reduce the amount of garbage that needs to be incinerated, but also achieve the goals of resource reuse and circular economy.\n2. Waste incineration (or reuse) treatment plan\n There is no garbage incineration treatment equipment in this county. Domestic waste is entrusted to Taiwan incineration plants for processing. Currently, counties and cities with incineration plants require counties and cities that entrust garbage treatment to return a certain proportion of incineration bottom residue by easy measurement. This has become a future trend. In order to avoid the inability of the county's garbage to be transferred to Taiwan's incineration plant for treatment, the incineration bottom residue treatment, reuse and supervision plan will be included in the work items of this plan, with the hope that the county's garbage can continue to be transferred to Taiwan's incineration plant for treatment.\n3. Food waste composting operation plan\n The county's Dayang Food Waste Compost Plant has introduced a 10-ton food waste rapid fermentation system and food waste crushing and dehydration pre-processing equipment in order to effectively solve the county's food waste disposal problem. However, the daily input volume is about 16-17 tons. The existing processing capacity is insufficient. In the future, we will plan to expand equipment to increase processing capacity and optimize some equipment functions.\n The operation of a food waste plant requires the hiring of pickers and technical personnel (such as boiler operators). There are also mechanical maintenance and other issues that will be handled by the county's Environmental Protection Bureau or entrusted to manufacturers to achieve good operational results.\n4. Huge waste shredding operation and management plan\n The county purchased an additional large-scale crusher in 2019, which can handle the huge waste generated within the jurisdiction (waste spring beds, lumber, wind-downed wood, etc.). Considering the limited manpower of the county's Environmental Protection Bureau, if a large amount of waste is generated, it will Consider entrusting an agent to operate and perform regular maintenance and repair and replacement of tool parts to achieve good operating results.\n5. Waste and recycling recycling plan\n Waste plastics, waste styrofoam, fire extinguishers, electronic waste, etc. in this county do not have relevant waste treatment equipment and technical factories. In order to avoid the accumulation of large amounts of waste and cause environmental sanitation issues, we plan to transfer such waste to a trust. It is transferred by the manufacturer to the main island of Taiwan for subsequent processing and reuse.",
        "proj_year": "113",
        "org_name": "金門縣環境保護局",
        "exe_unit": "金門縣環境保護局",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131220595",
        "publish_date": "20241219"
    },
    {
        "chi_title": "資源循環暨事業廢棄物輸出入管理計畫",
        "chi_subject": "本計畫執行重點包含：(1)參酌巴塞爾公約及國際近期廢棄物越境轉移修正重點，研擬國內參採建議；(2)依資源循環角度，檢修事業廢棄物輸出入量能調控及邊境管理機制；(3)協助有害事業廢棄物輸出（入）審查、更新「事業廢棄物輸出入管理」網頁資訊及辦理會議。\n本計畫參酌巴塞爾公約近年關注議題及國際管理重點，檢視國內相關管理規定，並持續觀察事業廢棄物輸出入情形，修正量能調控機制並提出需關注廢棄物輸出入項目建議，並配合廢棄物清理法修正進展，納入資源循環概念，研擬事業廢棄物輸出入許可審查運作模式精進建議，提供國內參考。並依輸出入管理規定，協助審查40件有害事業廢棄物輸出許可申請案件、辦理3場次專家諮詢會議及3場次廢棄物輸出入法規說明會議、協助更新「事業廢棄物輸出入管理」網頁，修正廢棄物輸出入相關判定手冊及Q＆A等工作項目，以完善事業廢棄物輸出入管理。",
        "eng_title": "Resource circulation and industrial materials import and export management plan",
        "eng_subject": "The key focuses of this project include: (1) developing domestic advice based on the Basel Convention and recent international updates on the management of transboundary movements of waste; (2) reviewing the mechanisms for capacity adjustment of the import and export of industrial waste, as well as border management from a resource-circulation perspective; and (3) assisting in reviewing applications for permission to export hazardous industrial waste, updating content on the webpage of “Management of Waste Export and Import”, and organizing relevant meetings.\nTaking into account recent issues concerned by the Basel Convention as well as international management focuses, this project reviewed relevant domestic regulations, kept monitoring the import and export of industrial waste, adjusted capacity control mechanisms, and offered advice on types of industrial wastes that required attention. In line with the progress of amending the Waste Disposal Act and incorporation the concepts of resource circulation, this project also developed advice on strengthening the permit review process. Other important activities that this project also assisted in include: reviewing 40 applications for the export of hazardous industrial waste, organizing three expert consultation sessions and three sessions of regulatory briefings on the import and export of waste, updating the webpage of “Management of Waste Export and Import”, and revising relevant reference manuals and Q＆A document to improve the management of import and export of industrial waste.",
        "proj_year": "113",
        "org_name": "循環署再利用推動組",
        "exe_unit": "環科工程顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131100394",
        "publish_date": "20241231"
    },
    {
        "chi_title": "產業廢棄資源再利用統籌管理暨銜接作業推動計畫",
        "chi_subject": "我國現行再利用運作制度係考量目的事業主管機關相對熟悉所轄事業廢棄物之成份特性，因此「廢棄物清理法」第39條授權由各部會訂定事業廢棄物再利用管理辦法，目前共計有10個部會訂定13個管理辦法，以環境部為例，目前已訂定相關子法，旨在規範以環境部為中央目的事業主管機關之事業，於再利用運作過程應遵循之事項，包括再利用方式、許可申請文件、附表管理方式等。\n為因應循環署組織法通過之附帶決議「資源循環署成立後，事業廢棄物再利用應全部回歸由資源循環署統籌管理，各部會應與資源循環署密切合作完成再利用機構許可及運作管理資料盤點交接。」本計畫已調查全國事業廢棄物再利用運作現況、分析各部會事業廢棄物管理作為與相關法令規定，研擬事業廢棄物統籌管理之潛在方案與再利用管理之配套措施，包括建立附表管理方式檢討程序、精進再利用許可審查流程、規劃再利用機構分級管理作為等，藉此提升再利用運作管理強度。",
        "eng_title": "Enterprise waste reuse management rights and responsibilities transfer bridging work plan",
        "eng_subject": "The current recycling operation system in Taiwan takes into account that the competent authorities of purpose-driven enterprises are relatively familiar with the composition characteristics of the business waste under their jurisdiction. Therefore, Article 39 of the Waste Disposal Act authorizes each ministry to establish regulations on the management of business waste recycling. Currently, a total of 10 ministries have established 13 sets of articles. For example, the Ministry of Environment has already established the Environmental Protection Administration's Regulations on Business Waste Recycling, aimed at regulating businesses under the Ministry of Environment as central competent authorities, specifying requirements they must follow in the recycling operation process, including methods of recycling, application for permits, attachment management methods, etc.\nTo improve the management of recycling operations and promote resource circulation, when passing the Organizational Act of the Resource Circulation Administration (RECA), the Legislative Yuan also resolved that after the establishment of RECA, all business waste recycling should be returned to be centrally managed by RECA. Each ministry should closely cooperate with RECA to complete the transfer of permits for recycling facilities and the inventory and handover of operational management data. Therefore, the core value of this project lies in assisting the RECA to complete the drafting or revision of relevant subsidiary laws (Regulations on the Management of Waste Resource Recycling) and supporting systems before the new law takes effect. This ensures smooth transition of recycling operation management back to RECA and enhances operational efficiency.",
        "proj_year": "113",
        "org_name": "循環署再利用推動組",
        "exe_unit": "環興科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131033229",
        "publish_date": "20241229"
    },
    {
        "chi_title": "113年因應氣候變遷我國一般廢棄物管理調適委託專案計畫",
        "chi_subject": "我國為達2050年淨零排放目標，於2021年成立「淨零排放路徑專案工作組」，規劃2030、2040至2050年短中長程的產業及社會政策路徑藍圖，工作組通盤檢視臺灣可能的節能及創新技術布局，以實現2050淨零排放的長期目標。\n本計畫為規劃廢棄物處理設施減碳路徑，蒐集一般廢棄物溫室氣體排放量計算引用之國際排放係數，依據我國一般廢棄物清運路線、使用垃圾車規格，訂定溫室氣體排放量計算方法，並遴選一般廢棄物處理設施場址進行基線試算，採用相關方法學，作為未來申請取得減量額度之對照基準。以及收集資料建立清運階段之排放基線；以供訂定收集\/清運階段溫室氣體排放減量目標之參據。另外也以 ISO14064-1：2018 為基礎建立焚化廠或相關處理設施溫室氣體組織盤查指引，供作我國一般廢棄物焚化廠之盤查作業參考，並針對指引，以可因應盤查申報及查證作業所需資料內容，提出未來申報系統建置之需求建議；辦理國內焚化廠輔導活動，深入現場瞭解各廠之溫室氣體盤查清冊執行狀況與後續規劃;建立焚化廠溫室氣體排放基線，作為未來申請取得減量額度之對照基準。建置我國本土排放係數，使廢棄物特性與處理過程之碳排符合我國實際情形，提出一般廢棄物清理過程各階段可行之減碳策略。",
        "eng_title": "The project for adjusting domestic general waste management strategies in response to climate change",
        "eng_subject": "In 2021, our country established the Net Zero Emissions Pathway Task Force to achieve the net zero emissions goal by 2050. The task force is tasked with planning short, medium, and long-term industry and social policy blueprints for 2030, 2040, and 2050. It comprehensively reviews Taiwan's potential layout of energy-saving and innovative technologies, aiming to realize the long-term goal of achieving net zero emissions by 2050.\nThis project focuses on planning carbon reduction pathways for waste treatment facilities. The team collected international emission coefficients for greenhouse gases from general waste to calculate emissions. They established emission calculation methods based on Taiwan's general waste collection routes and garbage truck specifications. They selected sites for baseline calculations of general waste treatment facilities, using relevant methodologies as benchmark references for future applications for emission reduction quotas. Data was gathered to establish emission baselines during the collection phase, serving as a basis for setting greenhouse gas emission reduction targets during the collection\/clearance phase.\nAdditionally, they based their guidelines for greenhouse gas organization surveys in incinerators or related treatment facilities on ISO 14064-1:2018, to serve as a reference for Taiwan's general waste incinerators' survey operations. They proposed future application system requirements based on survey, declaration, and verification operations needed data content, establishing incinerator greenhouse gas emission baselines as benchmarks for future applications for emission reduction quotas. And conducting domestic incineration plant guidance activities to gain an in-depth understanding of the implementation status and future plans for the greenhouse gas inventory at each plant. They established Taiwan's indigenous emission coefficients to align carbon emissions with waste characteristics and treatment processes, proposing feasible carbon reduction strategies for various stages of the general waste cleaning process.",
        "proj_year": "113",
        "org_name": "環管署一般廢棄物管理組",
        "exe_unit": "中原大學",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130950977",
        "publish_date": "20241231"
    },
    {
        "chi_title": "113年度臺東縣固定、連續自動監測系統及逸散查核暨民生議題污染源管制計畫",
        "chi_subject": "許可管制、空污費審查、固定污染源查核、餐飲業稽查管制、推動紙錢源頭減量、露天燃燒管制等項目。\n在餐飲業稽查管制方面，加強餐飲業或屢遭陳情業者之污染防制設備查核及輔導，成功推動業者及攤商設置或改善防制設備，在露天燃燒管制方面，彙整臺東歷年農廢露天燃燒好發地點資料，製作好發點地圖，提供各相關單位參考，於一、二期稻作收割期間，以各種宣傳管道向農民宣導不燃燒稻草，結合農政單位辦理農業廢棄物再利用替代措施推廣作業，並出動空拍機進行空拍，輔導及遏止農民不燃燒稻草，透過輔導級跨局處合作等方式，有效減少燃燒稻草所帶來的空污問題。\n今年也持續推動企業贊助以米代金，透過臺東在地企業透過以米代金示範廟宇推廣給民眾。",
        "eng_title": "113 Taitung County fixed, continuous automatic system and emission inspection and livelihood monitoring pollution source control plan",
        "eng_subject": "Licensing control, air pollution fee review, stationary pollution source inspection, catering industry audit control, promotion of paper money source reduction, open burning control and other projects.\nIn terms of inspection and control of the catering industry, we have strengthened the inspection and guidance of pollution prevention equipment for catering industry or those who have been repeatedly sued. We have successfully promoted operators and stalls to install or improve prevention equipment. In terms of open-air burning control, we have compiled a summary of Taitung’s agricultural industry over the years. Information on the locations where waste open burning is common, and a map of common areas where waste burning occurs, is provided to relevant units for reference. During the first and second rice harvest periods, various publicity channels are used to educate farmers about not burning straw, and the agricultural administration units are combined with the handling of agricultural waste. Promote the use of alternative measures to reuse materials, and dispatch aerial photography machines to conduct aerial photography to coach and deter farmers from burning straw. Through cross-bureau cooperation at the counseling level, we can effectively reduce the air pollution problems caused by burning straw.\nThis year, we will continue to promote corporate sponsorships of using rice instead of gold, and promote it to the public through local businesses in Taitung through the rice instead of gold demonstration temple.",
        "proj_year": "113",
        "org_name": "臺東縣環境保護局",
        "exe_unit": "鼎環工程顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130741335",
        "publish_date": "20241231"
    },
    {
        "chi_title": "整合事業廢棄物再利用管理工作計畫",
        "chi_subject": "本計畫針對我國事業廢棄物再利用管理制度進行多方面優化，分為四大核心目標展開。首先，為健全事業廢棄物再利用管理政策及法規，本計畫針對法規及政策有多面向的檢討，共計提出6 個法規之修正或訂定方向建議， 其中以研提「共通性事業廢棄物作為固體再生燃料原料再利用管理辦法」草案之訂定方向為本計畫的重點成果之一，該草案以強化料源管理、製造規範、使用管理及申報監控等四面向，精進固體再生燃料管理，未來期望可透過此法規之訂定，有效提升固體再生燃料之管理成效。\n為強化再利用機構管理制度及許可審查， 本計畫協助以許可申請標準作業程序，辦理許可審查工作，並就通過的許可資料建檔數位化，以提升管理效率。此外，本計畫亦擬訂「環境部資源循環署事業廢棄物再利用許可審查流程說明」草案，作為主管機關審查事業廢棄物再利用許可案之參考。另透過15 場次現場查核與輔導訪視，了解再利用機構的實務運作情況，並適時進行輔導， 以確保其合規運作。\n對於事業廢棄物再利用現況之掌握， 本計畫進行廢棄物流向的全面盤查，建立再利用流向勾稽方式，以落實再利用產品的產量、流向及銷售情況追蹤。另針對資源再利用管理資訊系統， 規劃2 項優化功能， 如增加產品最終流向申報批次上傳功能，使業者能更便捷地完成申報流程，提高系統應用效益。\n最後，針對資源循環促進費之運作模式，提出了徵收及補貼機制的運作架構。促進費針對再利用產品的市場競爭力進行補貼，以提升再利用產品在市場中的接受度。同時一併規劃稽核認證制度，將再利用產品品質及流向納入考量範圍，確保補貼對象的符合性及合法性。此一促進費補貼模式的規劃，將有助於建立市場對再利用產品之信任， 並推動我國事業廢棄物再利用之發展。",
        "eng_title": "Integration of industrial waste recycling management project",
        "eng_subject": "The project aimed to optimize the management system for industrial waste recycling in our nat ion with four core object ives. Firstly, to enhance policies and regulat ions on industrial waste recycl ing, the project conducted a comprehensive review of relevant laws and pol icies, proposing a total of six direct ions for amendments or new regulations. Among these, the development of a draft regulation ti tled the Common Industrial Waste as Solid Recovered Fuel Raw Material Recycl ing Management Regulat ion represents one of the key achievements of this project . The draft regulat ion aims to improve solid recovered fuel (SRF) management by strengthening source management, manufacturing standards, usage controls, as well as reporting and monitoring mechanisms. It is anticipated that the implementation of this regulation wil l effect ively enhance the management outcomes for SRF.\nTo strengthen the management system and permi t review process for recycling insti tutions, the project provided assistance by establ ishing standard operat ing procedures for permit appl ications, digit izing the permit data of approved cases to upgrade the management efficiency. Addit ionally, the project developed the draft document for The Ministry of Environment , Resource Circulation Administration Guidelines for Industrial Waste Recycling Permit Review as a reference for authorit ies in reviewing industrial waste recycling permi ts. The project also conducted 15 on-site inspection and consul tation visi ts to understand the pract ical operations of recycl ing inst itutions and provided timely guidance to ensure compliance.\nIn terms of monitoring the current status of industrial waste recycl ing, the project conducted a comprehensive inventory of waste flows, establ ishing the recycl ing flows audi ting system to consolidate tracking of the product ion, distribut ion, and sales of recycled products. Furthermore, two system enhancements were planned for the Recycle Management System, including a batch upload function for final product flow declarations, enabling businesses to complete report ing more conveniently thus improving the system efficiency.\nLast ly, regarding the operat ion model for Resource Circulat ion Promotion Fee, the project proposed mechanisms for both collect ions and subsidies. Subsidies are designed to improve market compet it iveness of recycled products, enhancing their acceptance in the market . Concurrently, an audi ting and cert ificat ion system was outl ined, incorporating product quali ty and flow control to ensure the eligibi li ty and compliance of subsidy recipients. The promot ion fee subsidy model under planning wi ll help to bui ld market trust in recycled products and to promote the development of industrial waste recycling.",
        "proj_year": "113",
        "org_name": "循環署再利用推動組",
        "exe_unit": "環資國際有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130693706",
        "publish_date": "20241229"
    },
    {
        "chi_title": "113年度臺南市推動固體再生燃料(SRF)、無機再生粒料等物質資源循環計畫",
        "chi_subject": "臺南市政府環境保護局(以下稱貴局、環保局)推動「113年度臺南市推動固體再生燃料（SRF）物料資源循環計畫」（以下稱本計畫），主要工作項目分為：「調查固體再生燃料（SRF）」、「建立固體再生燃料（SRF）驗證及品管制度」、「SRF流向追蹤」、「『塑膠永續循環聯盟媒合平台(含再利用及固體再生燃料)』更新維護」、「辦理『塑膠永續循環聯盟(再利用及固體再生燃料)』推廣會議」、「辦理跨縣市交流推廣說明會」、「辦理與固體再生燃料(SRF)相關輔導作業」及「製作固體再生燃料（SRF）技術指引」等八大工項。\n環境部資源循環署於112年12月29日核定「113年度臺南市推動固體再生燃料（SRF）物料循環計畫」，總計金額為390萬(環境部292.5萬、本市配合款97.5萬)，執行期程113年03月27日至113年10月31日。\n本計畫掌握臺南市轄區內擁有SRF 製程之廠商及其產能、技術、成本及過去產品流向等基線資料，建立相關驗證制度及品質管理流程，同時建立媒合平台，讓使用端或產製端可在該平台掌握基線資料，以增加廢棄物燃料化之能量。截至113年10月31日止，本計畫辦理執行情形如下：\n一、調查固體再生燃料（SRF）\n已於期初提供適燃性廢棄物、SRF產製、SRF使用等相關資料，並製作基線資料調查報告，符合計畫要求。\n二、建立固體再生燃料（SRF）驗證及品管制度\n履約後1個月內提出驗證及品管企劃書初稿，已於113年04月25日提送初稿，並於113年06月05日提修訂稿，113年06月06日貴局同意備查。\n依前述驗證制度，進行專家輔導4場次，全數輔導完畢，委員意見為初步規劃採用SRF、廢木材或初級固體生質燃料等；於燃料選擇上除應考量燃料本身性質外，並應將燃料供應穩定性列於第一優先考量，以避免未來無法連續供應製程所需燃料之窘境；消防意見為確認是否已確實變更使用、應留意廠房面積須符合消防法設置相關設備、建議每年進行消防申報。\n採樣檢測已完成16支次，其分析數據皆符合SRF技術指引；另2家使用廠因於112年勾稽數據未有使用量，故無安排採樣檢測。\n三、SRF流向追蹤\n依工作說明書針對SRF產製者、使用者每廠每1月進行勾稽作業1次，我司於113年04月始勾稽，至10月31日針對4家製造廠、3家使用廠，共勾稽62次。\n製造廠勾稽異常包含：原料使用量、產品產出量及廢棄物產出、貯存量未申報為“0”；收受貯存及收受聯單未確實申報；原料申報數量計算式未達平衡。使用場勾稽異常包含：廢棄物申報數量計算式未達平衡及廢棄物貯存未申報為“0”為主。\n依工作說明書針對SRF產製者每廠每2月進行查核作業1次、SRF使用者每廠每2月進行查核作業1次，其中包含SRF製造廠、SRF使用廠及申請中SRF機構，已達到服務建議書承諾值28次。\n製造廠查核項目包含：廢清書查核、申報資料檢核及現場查核，缺失以廢清書檢核文件尚未齊全、必選設備缺漏、廢棄物收受申報內容未達質量平衡為主。廢清書檢核文件，已於查核時告知廠商進行廢清書變更，部分必選設備，也已進行添購。使用廠查核項目：針對廢棄物收受申報內容未達質量平衡進行文件查核。\n四、「塑膠永續循環聯盟媒合平台(含再利用及固體再生燃料)」更新維護\n於113年04月15日聯繫既有平台廠商、113年04月25日與既有平台廠商簽維護管理合約、113年05月28日依113年05月21日活動之異動，進行資料更新。\n五、辦理「塑膠永續循環聯盟(再利用及固體再生燃料)」推廣會議\n於113年05月09日提送推廣會議企劃書，並於113年05月21日辦理完成，邀請國立大學之相關領域教授擔任講師，且邀約引言人，並請相關公司進行塑膠永續成功案例分享。\n六、辦理跨縣市交流推廣說明會\n於113年06月04日提送推廣說明會企劃書，於113年06月21日辦理，本次跨縣市交流成果應可參考新北市跨單位協調，中央攜手地方合作，輔導營建廢棄物去化，廠內分類可供案廠做參考，如目前環境部將推之管辦，建議SRF製造廠將分區貯存不同品質SRF，分區型式可供參。\n七、辦理與固體再生燃料（SRF）相關輔導作業\n配合機關輔導至少8家次相關廠家，截至113年10月31日共輔導20家次，輔導廠家提供D-0299、D-0399、D-0699共114.85公噸，供貴局相關計畫進行試驗。\n八、製作固體再生燃料（SRF）技術指引\n依固體再生燃料（SRF）燃燒效率及造粒成效分析、農業廢棄物轉型固體再生燃料（SRF）分析、固體再生燃料（SRF）減碳效益分析、廢棄物燃料去化數量及減少燃煤使用量推估四種項目進行撰文。",
        "eng_title": "Tainan City Solid Recovered Fuel (SRF) Material Resource Recycling Project for 2024",
        "eng_subject": "The Environmental Protection Bureau of the Tainan City Government (hereinafter referred to as EPB or the Bureau) is promoting the Tainan City Solid Recovered Fuel (SRF) Material Resource Recycling Project for 2024 (hereinafter referred to as the Project). The primary work items are categorized into eight areas: Survey of Solid Recovered Fuel (SRF), Establishment of Solid Recovered Fuel (SRF) Verification and Quality Control System, SRF Flow Tracking, Updating and Maintaining the 'Plastic Sustainable Recycling Alliance Matching Platform’ (including Recycling and Solid Recovered Fuel)', Organizing the 'Plastic Sustainable Recycling Alliance (Recycling and Solid Recovered Fuel)' Promotion Meeting, Organizing Cross-County and City Exchange and Promotion Briefing, Conducting Guidance Work Related to Solid Recovered Fuel (SRF), and Producing Solid Recovered Fuel (SRF) Technical Guidelines As of October 31, 2024, the status of project implementation is as follows:\n1.\nRelevant data on combustible waste, SRF production, and SRF utilization were provided at the project's outset, and a baseline data survey report was prepared to meet the project requirements.\n2.\nA draft verification and quality control plan was submitted within one month of contract's commencement. The initial draft was submitted on April 25, 2024, and a revised draft was submitted on June 5, 2024. The EPB approved the revised draft for the record on June 6, 2024.\nAccording to the verification system mentioned earlier, four sessions of expert guidance were conducted and completed. The committee's opinion recommended the preliminary adoption of SRF, waste wood, or primary solid biofuels. When selecting fuel, it is essential to consider not only be given to the characteristics of the fuel itself but also to prioritize the stability of the fuel supply stability to prevent future challenges in maintaining a continuous supply necessary for the production process. Fire safety assessments emphasized the importance of verifying that the usage has been appropriately modified, ensuring that the plant's area complies with fire safety regulations concerning equipment installation, and recommending annual fire safety reports.\nSixteen samples have been collected and tested, and the analysis data all comply with the SRF technical guidelines. The other two user factories were not arranged for sampling and testing because the linked data from 2023 indicated no usage.\n3.\nAccording to the work instructions, reconciliation is conducted monthly for each SRF producer and user. The Bureau initiated reconciliation in April 2024, and as of October 31, we have completed 62 reconciliations for four manufacturing plants and three user plants.\nAccording to the work instructions, audits are conducted every two months for each SRF producer and user, including SRF manufacturers, SRF users, and SRF institutions under application. The committed value of 28 audits in the service proposal has been reached.\n4.\nOn April 15, 2024, the existing platform vendor was contacted. On April 25, 2024, a maintenance and management contract was signed with this vendor. Subsequently, on May 28, 2024, the data was updated to reflect the changes resulting from the event occurred on May 21, 2024.\n5.\nA promotion meeting plan was submitted on May 9, 2024, and the meeting was successfully held on May 21, 2024. Professors from relevant fields at national universities were invited as lecturers, along with keynote speakers. Additionally relevant companies were invited to share their successful cases of plastic sustainability.\n6.\nA draft promotion briefing was submitted on June 4, 2024, and the briefing was held on June 21, 2024. The results of this cross-county and city exchange can be used as a reference for coordination among various departments in New Taipei City. The central government can collaborate with local governments to facilitate the disposal of construction waste. On-site classification can be used as a reference for case factories. As the Ministry of Environment promotes management measures, it is recommended that SRF manufacturers store different qualities of SRF in separate areas. The partitioned format can be used as a reference.\n7.\nIn collaboration with the authorities, at least eight relevant manufacturers were to receive guidance. As of October 31, 2024, a total of twenty manufacturers have been guided. These manufacturers provided a total of 114.85 metric tons of D-0299, D-0399, and D-0699 for the Bureau's related projects for testing.\n8.\nArticles were written on the following four topics: 1) Analysis of the combustion efficiency and pelletization effectiveness of solid recovered fuel (SRF), 2) Analysis of the transformation of agricultural waste into solid recovered fuel (SRF); 3)Analysis of the carbon reduction benefits of solid recovered fuel (SRF); and 4) Estimation of the amount of waste fuel removed and the corresponding reduction in coal consumption.",
        "proj_year": "113",
        "org_name": "臺南市政府環境保護局",
        "exe_unit": "技佳工程科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130687484",
        "publish_date": "20241218"
    },
    {
        "chi_title": "113年度土壤及地下水污染調查及查證工作計畫-臺東縣",
        "chi_subject": "本計畫主要執行臺東縣土壤及地下水污染調查監測及查證相關工作，建立臺東縣之土壤及地下水資訊系統，以確實掌握臺東縣之土壤及地下水品質，提出必要之因應措施，杜絕污染惡化，藉以達成土地永續利用及維護人民健康之目標。整體計畫目標如下：\n一、針對具污染之虞區域進行土壤污染調查工作，確實掌握土壤品質，杜絕惡化之可能，以保地力永續利用。\n二、藉由定期水質採樣檢測，掌握地下水水質與長期變化趨勢，建置臺東縣場置性地下水水質資料庫，為防治和管制地下水污染之依據。\n三、評估土壤及地下水質狀況及研判可能污染來源，以發揮監測系統之預警功能，並作為釐訂管制措施以防治地下水污染之參考。\n四、配合環保署加油站網路申報之政策，除藉由網路申報資料審查外，並配合現場巡查作業，掌握現今加油站營運之最新動態。\n五、積極處理民眾陳情案件與污染事件，使環境污染者無所遁形，確保人民生活安全無虞。\n六、藉由辦理法規說明會及教育訓練的方式，宣導有關土壤及地下水相關資訊，提升及加強污染防治觀念。",
        "eng_title": "113 Annual Soil and Groundwater Pollution Investigation and Verification Work Plan-Taitung County",
        "eng_subject": "This project mainly implements soil and groundwater pollution investigation, monitoring and verification work in Taitung County, and establishes a soil and groundwater information system in Taitung County to truly understand the quality of soil and groundwater in Taitung County, and propose necessary countermeasures to prevent pollution. Deterioration, in order to achieve the goals of sustainable land use and safeguarding people's health. The overall plan goals are as follows:\n1. Carry out soil pollution surveys in areas at risk of pollution to ensure the quality of the soil and eliminate the possibility of deterioration to ensure sustainable utilization of soil resources.\n2. Understand the groundwater quality and long-term change trends through regular water quality sampling and testing, and establish an on-site groundwater quality database in Taitung County as a basis for preventing and controlling groundwater pollution.\n3. Assess soil and groundwater quality conditions and determine possible sources of pollution, so as to exert the early warning function of the monitoring system and serve as a reference for determining control measures to prevent and control groundwater pollution.\n4. Cooperate with the Environmental Protection Agency's online reporting policy for gas stations. In addition to reviewing online reporting data, we also cooperate with on-site inspection operations to understand the latest developments in current gas station operations.\n5. Actively handle complaints from the public and pollution incidents, so that environmental polluters cannot hide and ensure the safety of people's lives.\n6. Promote soil and groundwater-related information and enhance and strengthen the concept of pollution prevention and control by holding regulatory briefings and education and training.",
        "proj_year": "113",
        "org_name": "臺東縣環境保護局",
        "exe_unit": "亞太環境科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130611964",
        "publish_date": "20241231"
    },
    {
        "chi_title": "113年臺中市環境教育專案計畫",
        "chi_subject": "我國於2022年3月正式公布「臺灣2050淨零排放路徑藍圖」，提供至2050年淨零之軌跡與行動路徑，並推動四大轉型策略及兩大基礎，其中生活轉型策略及社會轉型策略，與環境部109年起鏈結聯合國全球永續發展目標(SDGs)結合，推動「淨零綠生活」開始，包括食、衣、住、行、育、樂、購等各面向，透過共享商業模式、永續消費模式驅動及全民對話凝聚共識，引導民眾生活行為改變，促使產業供給鏈的改變，營造永續、低碳生活型態，以建構未來綠生活環境。\n有鑑於此，臺中市政府環境保護局為了讓「SDG4優質教育」、「SDG11永續鄉鎮」、「SDG15保育陸域生態」及「SDG17多元夥伴關係」等目標融入生活，特協助不同對象去學習了解環境議題，參與環境的改善，藉由辦理具在地化人文特色、食農及自然環境生態之環境教育，使民眾達到在地環境認同，並重點策劃「配合地球日與世界環境日暨綠色漫遊泰雅文化—小勇士探索體驗營活動」，透過戶外學習、體驗、實作及課程不同辦理方式，帶領民眾深入地方特色場域學習及實地體驗從寓教於樂種學習環教知識，並從小扎根對環境尊重的態度；藉由多元媒體宣導管道與競賽向全民推廣環境教育理念也納入全民綠生活概念，並傳遞環境教育的正確知識與態度。希冀藉各項活動的推展及傳遞淨零綠生活，在環境教育各項政策及措施上更顯相得益彰。",
        "eng_title": "2024 Taichung City Environmental Education Project Plan",
        "eng_subject": "In March 2022, our country officially announced the Taiwan 2050 Net-Zero Emission Pathway Blueprint, which provides the trajectory and action path to net-zero in 2050, and promotes four major transformation strategies and two major foundations, including the life transformation strategy and the social transformation strategy. Integrate with the United Nations Global Sustainable Development Goals (SDGs) launched by the Ministry of Environment in 2019 to promote the start of net-zero green life, including food, clothing, housing, transportation, education, entertainment, shopping and other aspects, through shared business model, sustainable consumption model driving and national dialogue to build consensus, guide changes in people's living behaviors, promote changes in the industrial supply chain, create a sustainable, low-carbon lifestyle, and build a green living environment in the future.\nIn view of this, in order to integrate the goals of SDG4 Quality Education, SDG11 Sustainable Townships, SDG15 Conservation of Terrestrial Ecology and SDG17 Diverse Partnerships into life, the Environmental Protection Bureau of the Taichung City Government has specially assisted different targets to learn Understand environmental issues and participate in the improvement of the environment. Through environmental education with local humanistic characteristics, food, agriculture and natural environment ecology, the public can achieve local environmental identity, and focus on planning in conjunction with Earth Day and World Environment Day and Green Wandering Atayal Culture - Little Warriors Exploration Experience Camp, through outdoor learning, experience, practice and different course management methods, it leads the public to go deep into the local characteristic field learning and on-the-ground experience to learn environmental education knowledge through entertainment and entertainment, and An attitude of respect for the environment has been rooted in since childhood; Promote the concept of environmental education to the whole people through multiple media propaganda channels and competitions, incorporate the concept of green life for all, and convey the correct knowledge and attitudes of environmental education. It is hoped that through the promotion and transmission of net-zero green living through various activities, various policies and measures for environmental education will be more complementary to each other.",
        "proj_year": "113",
        "org_name": "臺中市政府環境保護局",
        "exe_unit": "京丞資源國際有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130604900",
        "publish_date": "20241230"
    },
    {
        "chi_title": "精進資源循環網絡計畫及事業廢棄物清理計畫書審查管理專案工作計畫",
        "chi_subject": "為精進資源循環網絡推動，本計畫透過網絡計畫許可審查與輔導、配合法令調修研析相關管理策略與因應措施、規劃調整管理工具及提升廢清書審查品質四大面向執行，協助機關辦理網絡計畫許可2案審查工作，並精進資源循環申請及審查認定原則，提升資源循環網絡成效及推廣運用；同時配合「資源循環促進法」（草案）轉換之管理策略與措施方面，聚焦於研析廢清書轉變為資源循環計畫書配套措施及相關法規調整規劃及轉換時機作法等規劃因應措施；同時配合網絡計畫、資源循環計畫書規劃調整管理工具，研析既有系統功能項目並規劃資源循環網絡事業自主管理系統、清運機具影像監控系統等認定原則，輔助簡化申報；另辦理訓練或說明會議（總累計達221人次），強化審核機關管制與事業自我管理，逐步提升整體廢清書審查品質。",
        "eng_title": "Project to Upgrade the Resource Circulation Network Plan and the IWDP’s Review Management",
        "eng_subject": "In order to upgrade the promotion of resource circulation network, the Project has been implemented through the four following major aspects: network project permit review ＆ counselling, cooperation with regulations review in analyzing relevant management strategies ＆ response measures, planning ＆ adjustment of management tools, and enhancement of the IWDP’s review quality. This will assist the entities in reviewing network projects permits, upgrading the identification principles for the resource circulation application and its review, and heightening the effectiveness and promotion of resource circulation network. At the same time, to be in line with the converted management strategies and measures due to the “Resource Circulation Promotion Act” (draft), we have focused on studying and analyzing the supporting measures to transform the scrapped IWDP into the resource circulation plan (RCP), the relevant regulatory adjustment planning, and conversion timing practices and other response measures planning. Concurrently, to match with the network plan and the RCP we have planned and adjusted management tools, analyzed the functional items in the existing system, planned the resource circulation network industry for self-management system, and set the identification principles for cleaning equipment image monitoring system. All of these will help to simplify filing declarations. And additional training or explanation meetings (a total of 221 attendees) were held to strengthen the review agency for controls and the businesses for self-management. Gradually, it will improve the overall review quality of the IWDPs.",
        "proj_year": "113",
        "org_name": "循環署再利用推動組",
        "exe_unit": "環科工程顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130594743",
        "publish_date": "20241230"
    },
    {
        "chi_title": "113年度桃園市氣候變遷減緩及調適工作推動計畫",
        "chi_subject": "本計畫透過1990年至2020年的本市各行政區歷史氣候變化情形，了解本市所面臨的氣候變遷災害為高溫、極端降雨（淹水）及連續不降雨日增加（旱災）；溫度方面，相較於1990年，本市的年均溫在2020年約上升0.6°C；降雨方面，集水區降雨量減少，而市區極端降雨次數上升，雖整體降雨量不變，但仍會有缺水及淹水的情形發生。\n本計畫亦分析臺灣氣候變遷風險推估資訊與調適知識平臺提供的氣候變遷關鍵指標，檢視最嚴重的情境下桃園市未來氣候變化情形。溫度方面，透過日最高溫的變化趨勢判斷，在2100年本市的溫度可能會上升到42°C；降雨方面，在2100年的整體降雨量約上升20%，連續不降雨天數約上升28%。綜整推斷，降雨的集中亦支持缺水及淹水皆有可能會發生。\n本團隊於7月2日及8月7日召開氣候變遷調適工作小組會議以及桃園市政府永續發展及氣候變遷因應推動會，收集會中專家學者及桃園市各局處等各方意見並修正於調適執行方案。本團隊在8月22日及9月30日各辦理一場工作坊，針對氣候變遷高溫對健康的影響、國際氣候議題及鄰近縣市的調適作為進行專題演講；另以高溫、降雨、旱災及能源韌性為主題辦理公民咖啡館，邀集各局處業務承辦，希冀提升各局處同仁的氣候變遷調適認知。\n本計畫完成桃園市氣候變遷衝擊影響評估，檢視各氣候變遷調適領域的影響衝擊情形，盤點桃園市執行的氣候變遷調適相關計畫，辦理兩場次培力工作坊，並參與多場次的氣候變遷相關會議。所有成果可做為未來氣候變遷調適執行成果報告的管考依據，在計畫執行、設施維護、生態保育上的參考依據。",
        "eng_title": "Taoyuan City Climate Change Mitigation and Adaptation Work Promotion Program",
        "eng_subject": "This project has used historical climate change conditions in each administrative district of the city from 1990 to 2020 to understand that the climate change disasters faced by the city have been high temperature, flooding, and drought. In terms of temperature, compared with 1990, the city's average annual temperature has increased by approximately 0.6°C by 2020. In terms of rainfall, rainfall in the catchment area has decreased, while the number of extreme rainfalls in the urban area has increased. Although the overall rainfall has remained unchanged, it has still led to potential water shortages and flooding.\nThis project has also analyzed the key indicators of climate change provided by the Taiwan Climate Change Risk Estimation Information and Adaptation Knowledge Platform, and has examined the future climate change situation in Taoyuan City under the most severe scenario. In terms of temperature, judging from the changing trend of the daily maximum temperature, the temperature in this city may rise to 42°C by 2100. In terms of rainfall, the overall rainfall in 2100 will increase by approximately 20%, and the number of consecutive days without rainfall will increase by approximately 28%. Based on comprehensive inference, the concentration of rainfall also supports the likelihood of both water shortages and flooding.\nThe team had held meetings of the Climate Change Adaptation Working Group and the Taoyuan City Government’s Sustainable Development and Climate Change Response Promotion Meeting on July 2 and August 7. The team had collected opinions from experts and scholars and Taoyuan City bureaus and offices and had revised them in the Adapt execution plan. The team had held one workshop each on August 22 and September 30, delivering keynote speeches on the impact of climate change and high temperatures on health, international climate issues, and adaptation measures in neighboring counties and cities. In addition, they had focused on high temperature, rainfall, drought, and energy resilience in a citizen café, inviting business from all bureaus to enhance the awareness of climate change adaptation among colleagues in each bureau.\nThis project has completed the impact assessment of climate change in Taoyuan City, examined the impact of various climate change adaptation areas, taken inventory of climate change adaptation-related plans implemented by Taoyuan City, conducted two empowerment workshops, and participated in multiple climate change-related meetings. All results can be used as a management basis for future climate change adaptation implementation results reports, and as a reference for plan execution, facility maintenance, and ecological conservation.",
        "proj_year": "113",
        "org_name": "桃園市政府環境保護局",
        "exe_unit": "中原大學",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130590373",
        "publish_date": "20241231"
    },
    {
        "chi_title": "113年花縣環境教育專案計畫",
        "chi_subject": "為使花蓮縣享譽國際天然景觀及獨有的多元人文特色，藉由推廣環境教得以持續保有良好環境品質，提升民眾環境教育的概念進而落實響應，一直以來花蓮縣環境保護局積極辦理環境教育推廣活動及相關政令宣導，今年度更是擬定推動本縣環境教育之「花蓮縣環境教育專案計畫」（以下簡稱本計畫），執行各項環境教育推廣工作，為建構花蓮縣永續發展環境，逐步以落實2050年淨零排放為目標，以下為本計畫執行截至113年9月30日各工作項目執行成果摘要：\n（一）\t配合環境節日辦理環境教育活動計畫：透過「世界森林日」、「地球日」、「國際生物多樣性日」以及「世界環境日」等4個國際重要環境節日活動，來提升民眾環境素養。本年度共有321人次參與。\n（二）\t辦理機關人員訓練及輔導訪查：本年度已完成25處輔導訪查。\n（三）\t辦理環境教育志工培訓及運用：環境教育志工及增能培訓課程：3月21日、22日辦理兩天一夜縣外增能培訓，共40人參與增能培訓課程。環境教育志工運用：本年度配合學校、社區申請的課程，目前已安排243人次環教大使到場宣導。\n（四）\t辦理環境知識競賽：地方初賽：已於113年9月21日在慈濟大學介仁校區舉辦。遴選出，國小組、國中組、高中組以及社會組前10名，其中各組前5名將代表花蓮縣出戰全國賽。\n（五）\t辦理環保志（義）工群英會：地方初賽：已於113年7月28日於在花蓮市中華國小舉辦。本次甲組各項競賽第1名隊伍分別為：花蓮市國聯里環保志工隊（環保金頭腦）、花蓮縣環境教育大使服務隊（資源分類王）、舞鶴翱翔隊（資源灌籃高手）、國福環保志工隊（清掃接力賽），將代表花蓮縣參加全國賽事；乙組各項競賽第1名隊伍分別為：國福環保志工隊（永續對對碰）、永興村環保志工隊（環保減塑王）。\n（六）\t辦理環境教育繪本徵選及推廣：本年度共徵得22件作品第1名－《花花綠旅》；第2名－\t《海好友你》；第3名－《塑膠袋的省思》；優選共有4件，分別為：《海灘的秘密》、《一直一直住下去》、《鯨魚小信愛唱歌》、《沙坵》。環境教育繪本工作坊：113年4月27日、4月28日；6月22日、6月23日在社福館辦理完成兩梯次，總計92人次參與。\n（七）\t環境教育審議會暨跨局處會議\/環境教育審議會：花蓮縣環境教育審議會暨跨局處會議：已於113年5月17日在「計量與綠能探索館」舉行。\n（八）\t環境教育設施場所輔導：已完成中華紙漿（2場）、花蓮港公司及原住民野菜學校各1場次環境教育設施場所認證輔導。「中華紙漿環境教育園」已於113年10月1日正式通過為環境教育設施場所。\n（九）\t辦理環境講習：已辦理3場次環境講習，本年度案件清除率為：新案件42.2%、舊案件32%、異地講習100%。\n（十）\t辦理環境教育大使經營管理\n1.\t環境教育志工會議：本年度已辦理2場次聯繫會報及2場次幹部會議。\n2.\t專業培訓：已完成4場次。\n3.\t教學展演考核；本年度已完成1場次教學展演考核，共有3位大使通過考核\n4.\t招募徵選：本年度共招募5位新任環境教育大使。\n（十一）\t開發與推廣花蓮縣環境教育課程\n1.\t採用「永續觀光樂悠遊」為主題，編製1套環境教育教案－《淨零綠生活-花蓮好好玩》。\n2.\t網站維護管理方面：每週皆更新2則環境教育新聞及文章。\n（十二）\t辦理花蓮台美生態學校推廣計畫\n1.\t已有4所學校提出申請書，分別為：慈濟學校財團法人慈濟大學附屬高級中學、花蓮市中華國民小學、吉安鄉光華國民小學、壽豐鄉溪口國民小學。\n（十三）\t辦理環境教育設施場所資源整合計畫\n1.\t以「節能減碳新生活」教案為基礎，改編成「淨零尖兵出任務」。\n（十四）\t辦理環保志工評鑑考核及表揚（對應 SDG 17）\n1.\t本計畫於113年3月18日辦理花蓮縣環保志工大隊評鑑考核。\n2.\t評選出5隊特優環保志工隊與5隊優等環保志工隊；個人部分評選出10位特優環保志工及40位優等環保志工，將於日後辦理表揚績優環保志工頒獎典禮進行表揚。\n（十五）\t本縣潛力社區培力營造方案（對應 SDG 11）\n1.\t環保小學堂預定有萬榮鄉紅葉社區發展協會、富里鄉羅山社區發展協會提出申請。\n2.\t聯合型社區：以吉安鄉干城社區發展協會作為母社區，與鄰近的吉安鄉南華社區發展協會擔任子社區組成聯合型社區。\n3.\t單一型社區：潛力名單共有花蓮市國聯社區發展協會、花蓮市國福社區發展協會、新城鄉七星潭社區發展協會、吉安鄉太昌社區發展協會、瑞穗鄉富源社區發展協會、萬榮鄉萬榮社區發展協會等6處社區。\n（十六）\t辦理環保志工會議（對應 SDG 17）\n1.\t幹部高峰會：已於113年8月5日（星期一）辦理完成。\n2.\t聯繫會報：已於113年9月12日辦理1場次環保志工聯繫會議。\n（十七）\t環保志工訓練與經營管理（對應 SDG 17）\n1.\t特殊訓：已分別在113年7月6日、7月10日以及7月16日，在大漢社區活動中心、大華社區活動中心、三民社區活動中心各辦理1場次特殊訓，受訓總人數為：130人，發予證書總人數為：130人。\n2.\t基礎訓：已分別在113年4月18日、4月20日以及5月18日，在大華社區活動中心、大漢社區活動中心、三民社區活動中心各辦理1場次特殊訓，受訓總人數為：337人，發予證書總人數為：337人。\n3.\t志願服務資訊整合系統操作訓練：已分別在113年7月6日、7月10日以及7月16日，在大漢社區活動中心、大華社區活動中心、三民社區活動中心各辦理1場次訓練。\n（十八）\t大型宣導活動 \n本年度已安排8項大型宣導活動。讓民眾對於淨零排放及淨零綠生活有進一步的了解並落實氣候行動的公民參與為減緩氣候變遷盡一份心力。",
        "eng_title": "113 Hualien County Environmental Education Project Plan",
        "eng_subject": "To preserve Hualien County's internationally renowned natural landscapes and unique cultural diversity, promoting environmental education is crucial for maintaining high-quality environmental standards and increasing public awareness and action. The Hualien County Environmental Protection Bureau (EPB) has been organizing environmental education activities and promoting relevant policies for years. This year, the Bureau launched the Hualien County Environmental Education Project (the Project), aiming to advance environmental education and contribute to the sustainable development of Hualien, with a focus on achieving the 2050 net-zero emissions target.\n1.Environmental Education Activities for Environmental Observances\nThe Bureau organized activities for four key international environmental observances: World Forest Day, Earth Day, International Day for Biological Diversity, and World Environment Day. A total of 321 participants attended.\n2.Agency Training and Guidance Visits：The Bureau completed guidance visits to 25 locations this year.\n3.Environmental Education Volunteer Training and Engagement\nA two-day training session for environmental education volunteers took place on March 21-22, with 40 participants. In addition, 243 volunteer sessions were arranged as part of school and community initiatives.\n4.Environmental Knowledge Competition\nOn September 21, the local preliminary competition was held at Tzu Chi University. The top 10 teams from elementary, middle, high school, and community groups were selected to represent Hualien County in the national competition.\n5.Environmental Volunteer Recognition and Competitions\nThe regional preliminary competition for the National Environmental Volunteer Championship was held on July 28 at Zhonghua Elementary School. Winning teams in Group A:\nGuolian Environmental Volunteer Team、 Hualien County Environmental Education Ambassador Service Team、 Wuhe Soaring Team、Guofu Environmental Volunteer Team\nGroup B winners:Guofu Environmental Volunteer Team、Yongxing Village Environmental Volunteer Team\n6.Environmental Education Storybook Contest and Promotion\n22 storybook entries were submitted.\nFirst Place: Green Travels\nSecond Place: Hello, Ocean!\nThird Place: Reflections on Plastic Bags\nTwo storybook workshops were held with 92 participants.\n8.Environmental Education Review Committee and Cross-Departmental Meetings\nThe Environmental Education Review and Cross-Departmental Meeting was held on May 17 at the Green Energy Exploration Hall.\n9.Environmental Education Facility Certification Support\nGuidance was provided for Chunghwa Pulp, Hualien Port Company, and the Indigenous Wild Vegetable School. \n10.Environmental Seminars\nThree environmental seminars were held this year. The project achieved case resolution rates of 42.2% for new cases, 32% for existing cases, and 100% for off-site seminars.\n11.Environmental Education Ambassador Management\nTwo liaison meetings and two leadership conferences were held this year. Four professional training sessions and one teaching exhibition were conducted, with three ambassadors passing evaluations. Five new ambassadors were recruited.\n12.Development and Promotion of Environmental Education Curricula\nA curriculum titled Sustainable Tourism Fun was created under the theme Net-Zero Green Living - Hualien Adventure. The Bureau also updated the website weekly with two environmental education articles.\n13.Taiwan-US Ecological Schools Promotion\nFour schools have submitted applications: Tzu Chi High School, Zhonghua Elementary School, Guanghua Elementary School, and Xikou Elementary School.\n14.Environmental Education Resource Integration Program\nA lesson plan titled Energy-Saving New Lifestyle was adapted into Net-Zero Warrior Mission.\n15.Environmental Volunteer Evaluations and Recognition\nOn March 18, the Bureau conducted assessments of environmental volunteer teams. Five teams and ten individuals were awarded excellence, and a future ceremony will honor them.\n16.Community Capacity Building\nEnvironmental Education Mini-Classrooms: Applications were submitted by Hongye and Luoshan Community Development Associations.\nJoint Communities: The Gancheng Community Development Association collaborated with Nanhua Community.\nSingle Communities: Six communities.\n17.Environmental Volunteer Meetings\nA leadership summit was held on August 5, and a liaison meeting took place on September 12.\nVolunteer Training and Management\nSpecialized Training: Conducted on July 6, 10, and 16 at three community centers, with 130 participants.\nBasic Training: Held on April 18, 20, and May 18 at three community centers, with 337 participants.\nVolunteer Information System Training was provided alongside specialized training sessions.\n18.Major Advocacy Events\nEight major campaigns were organized this year to enhance public understanding of net-zero emissions and green living, encouraging collective action against climate change.",
        "proj_year": "113",
        "org_name": "花蓮縣環境保護局",
        "exe_unit": "亞太環境科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130588732",
        "publish_date": "20241231"
    },
    {
        "chi_title": "產業廢棄物管理精進策略計畫",
        "chi_subject": "本計畫執行期間協助資源循環署完成彙整各部會113年第1季至第3季「廢棄物管理及資源化」行動方案辦理成果，在可燃廢棄物、無機廢棄物、有機廢棄物以及化學品廢棄物，各部會均按行動方案規劃期程與內容推動相關工作，本計畫並協助資源循環署彙整各部會按季提報成果，定期管考，對於部分進度落後之工作，並請各部會加速辦理。\n本計畫完成彙整近五年國內事業廢棄物種類、產出、清理等相關資訊，並選定5項行業別(18化學材料及肥料製造業、26電子零組件製造業、38處理及資源物回收處理業、41建築工程業、43專門營造業)研析推估未來五年產出量，亦推估總事業廢棄物產出量，並據以評估可燃廢棄物未來處理量能。\n本計畫完成事業廢棄物產生及清理相關資訊，建立資訊彙整之作業流程及管道，另外基於產業永續發展之前提，本計畫彙整目前各部會推動之事業廢棄物精進管理推動措施，並研擬事業廢棄物產源自主管理制度及作法，並規劃研擬將人工智慧與物聯網等創新技術導入事業廢棄物管理作業。\n在其他相關配合事項部分，本計畫完成3場次相關諮詢會議辦理作業，每場次會議並邀請2位學者專家與會，並彙整各次會議委員與出席代表意見，納入未來事業廢棄物精進管理推動參考。",
        "eng_title": "Project of improvement strategy for the industrial waste management",
        "eng_subject": "During the implementation, this project assisted the Resource Circulation Administration, Ministry of Environment in completing the compilation of the Action plan for waste management and recycling” of various departments from the first quarter to the third quarter of 2024. For combustible waste, inorganic waste, organic waste and chemical waste, all ministries and committees promoted relevant work according to the schedule and content of the action plan. This project also assisted the Resource Circulation Administration, Ministry of Environment in compiling the results reported by various departments on a quarterly basis, conducting periodic assessments, and asking each department to speed up the processing of works that were behind schedule.\nThis project had completed the compilation of relevant information such as the types, output, and disposal of domestic industrial waste in the past five years. This project also selected 5 industries (manufacturing from chemical materials and fertilizer (code 18), manufacturing from electronic components (code 26), waste disposal and recycling (code 38), construction engineering (code 41), specialized construction (code 43)) for analysis and estimation the output in the next five years, and assessed the future capacity of clearance and disposal from combustible waste.\nThis project had completed the collection of information related to the generation, clearance and disposal from the industrial waste, and set up operational processes for information collection. In addition, based on the premise of sustainable development of the industry, this project summarized the current measures to promote the advanced management of industrial waste promoted by various ministries, and developed an independent management system for the producers of industrial waste. This project also planned to introduce innovative technologies such as artificial intelligence and the Internet of Things into industrial waste management.\nIn other related cooperation work, this project had completed 3 related consultation meetings. Each meeting invited 2 scholars or experts to attend the meeting. The opinions of the committee members and attending representatives of each meeting were compiled and incorporated into the future reference for the advanced management of industrial waste.",
        "proj_year": "113",
        "org_name": "循環署再利用推動組",
        "exe_unit": "環興科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130564608",
        "publish_date": "20250331"
    },
    {
        "chi_title": "113年淨零綠生活推廣暨夜光材料應用示範計畫_彰化縣",
        "chi_subject": "為呼應全球淨零趨勢，國家發展委員會於111年3月30日公布我國「2050淨零排放路徑」，推動能源轉型、產業轉型、生活轉型及社會轉型等四大策略，並延伸12項關鍵戰略。「淨零綠生活」為第10項關鍵戰略，藉由全民對話及消費者覺醒，各界齊力合作，鼓勵民眾從食、衣、住、行、育、樂、購等面向「宅得夠綠」、「玩得夠綠」、「買得夠綠」、「辦公夠綠」、「吃得夠綠」，建構低碳商業模式及形塑生活態度。\n鑑此，彰化縣環境保護局推動辦理「彰化縣113年度淨零綠生活暨夜光材料推廣計畫」，期望透過推廣淨零綠生活、綠色辦公及環保餐廳輔導，倡導低碳飲食、綠色設計、低碳運輸、使用取代擁有等理念，並聚焦於「用在地」、「惜資源」及「護環境」，引導彰化縣民眾一起從個人居家生活到辦公綠生活，乃至日常生活都能落實節能減碳，建立友善環境的生活態度，促進在地及綠色產業發展，讓環保及經濟雙贏，共同達到淨零排放目標。",
        "eng_title": "romotion of Net-Zero Green Living and Demonstration Project of Luminous Material Applications in 2024 - Changhua County",
        "eng_subject": "To align with the global net-zero trend, the National Development Council announced Taiwan's 2050 Net-Zero Emissions Pathway on March 30, 2022. This initiative promotes four major strategies: energy transition, industrial transformation, lifestyle transition, and social transformation, further extending into 12 key strategies. Net-Zero Green Living is the 10th key strategy, emphasizing nationwide dialogue, consumer awareness, and collaboration across sectors. It encourages the public to adopt green practices in food, clothing, housing, transportation, education, leisure, and shopping, aiming to live green at home, play green, shop green, work green, and eat green. This fosters low-carbon business models and sustainable lifestyle attitudes.\n\nIn response, the Changhua County Environmental Protection Bureau is implementing the 2024 Changhua County Net-Zero Green Living and Luminous Material Promotion Project. The project aims to promote net-zero green living, green office practices, and eco-friendly dining guidance. It advocates low-carbon dining, green design, low-carbon transportation, and practices such as using over owning. The initiative focuses on local use, resource conservation, and environmental protection to guide Changhua residents in adopting energy-saving and carbon-reducing practices from their homes to offices and daily lives. By fostering a sustainable lifestyle and supporting local green industries, this project seeks to achieve a win-win outcome for both environmental protection and economic development, ultimately contributing to the goal of net-zero emissions.",
        "proj_year": "113",
        "org_name": "彰化縣環境保護局",
        "exe_unit": "翌暘工程顧問有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130447605",
        "publish_date": "20241213"
    },
    {
        "chi_title": "環境保護財團法人財務、業務查核及輔導計畫（113-114年）",
        "chi_subject": "政府透過環境保護財團法人之力量，將環保的觀念深入民間，協助環境保護議題之研究與推廣，有助於環境保護作業之落實。依據財團法人法第3條之規定，以環境保護業務為目的之全國性財團法人其設立許可及後續之監督管理其主管機關為環境部，又依據財團法人法第27條第1項規定，主管機關認有必要時，得檢查財團法人之財產狀況及其有無違反許可條件或其他法律之規定。據此環境部招標尋找合適之會計師事務所，透過專業會計師審查57家環境保護財團法人申報財務報表真實性及業務執行之公益績效，即時輔導暨答覆各環境保護財團法人，因應財團法人法施行後所有應配合辦理事項，及法人登記、會務、財務會計等相關諮詢，辦理說明會，透過查核環境保護財團法人的財務狀況與業務運作，督促輔導各環境保護財團法人按期報核財務報表，編列正確之預、決算及主動公開相關資訊。並配合財團法人法之施行，已建置環境保護財團法人資訊管理系統供環境保護財團法人使用。",
        "eng_title": "2024-2025 Agreed-Upon Procedures to Implement the Environment Protection Foundations’ Operational Condition and Financial Statement Audit",
        "eng_subject": "Through the power of the Environmental Protection Foundation, the Government would like to let the concept of environmental protection to go deep into the people in society, helping the research and promotion of the environmental protection issues, contributing to the implementation of the environmental protection operations. According to the Foundation Act Article 3, if the national foundation’s main purpose is for environmental protection business, regarding its establishment approval and follow-up supervision of foundations, its competent authority is Ministry of Environment, and also based on Foundation Act Article 27 item 1, the competent authority, as it deems necessary, may inspect a foundation’s financial status and ascertain whether there is any violation of the conditions on its establishment approval or other legal requirement. According to this, Environmental Protection Administration, Ministry of Environment tenders to look for the suitable accounting firm, through professional accountant reviews 57 units of Environmental protection foundation to declare the authenticity of the financial statements and the public welfare performance of the business execution,  giving instant counseling and replying to environment protection foundation, to cope with the Foundation implementation conduct matters, and also legal person registration, conference, financial accounting related consultation, conduct seminars, through checking the financial status and business operations of the environmental protection foundations, supervising and urging the environmental protection foundations to submit the financial statements on a regular basis, preparing the right budget, closing account and actively publish the related information. To cooperate with the implementation of Foundations Act, Environmental Protection Foundation Information System is being set up for the Environmental Protection Foundation use.",
        "proj_year": "113",
        "org_name": "環境部環境保護司",
        "exe_unit": "誠明聯合會計師事務所",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130411991",
        "publish_date": "20241216"
    },
    {
        "chi_title": "高雄市-113年度高雄市水污染源稽查與水污費徵收查核計畫",
        "chi_subject": "一、生活污水污染削減管理\n(一)公共污水下水道系統管理\n1、公共污水下水道系統放流水(SS、BOD、COD、pH、導電度及水溫)採樣與分析，計52家次\n許可核准排放水量未達5萬CMD者，每季至少不預警稽查並採樣檢測放流水1次；許可核准排放水量5萬CMD以上者，每2個月至少不預警稽查並採樣檢測放流水1次，已執行各下水道系統放流水採樣共45家次，完成率已達86%，本年度公共污水廠共有2次違反水污法相關規定。\n(二)社區專用污水下水道系統管理\n1、掌握社區專用污水下水道系統現況\n已依據生活污水污染削減專案計畫，已完成彙整應查核對象，共計97家次，已查核97家次及27家已完成社區污水處理設施受託操作服務定型化契約之使用情形調查。\n二、工業區專用污水下水道系統管理\n(一)工業區專用污水下水道系統放流水稽查採樣\n依「工業區水污染防治管理計畫」將工業區分級，並針對其計畫規定頻率、次數、水質項目進行放流水採樣作業，計180家次，目前共完成164家次，整體完成率為91%。\n規劃採樣分析水質項目為pH、水溫、導電度、SS、COD及重金屬(銅、鋅、鎳、總鉻)，分配如下：\n1、日間採樣\n依據分級執行工業區日間採樣，共執行114家次，8家次有超過許可登載。\n2、夜間採樣\n依據分級執行，各工業區需佔總採樣數1\/2，本年度規劃加強該時段採樣頻率，已執行50家次，未有超標情形。\n(二)113年放流水加嚴水質項目稽查採樣\n因應「113年工業區水污染防治管理計畫」工作內容，應執行各工業區專用汙水下水道系統113年放流水加嚴或新增水質項目採樣至少1次，其中銅、鋅、鎳、總鉻皆為例行採樣項目之一，故將針對其餘項目(砷、鉛、鎘、六價鉻、真色色度、氨氮)規劃乙次\/年的採樣工作，並列入工作項目「事業或污水下水道系統廢(污)水或放流水採樣檢驗作業」件數計算。\n三、執行事業、污水下水道系統或尚未列管待判定之工廠製程產生廢(污)水或放流水採樣檢驗作業\n(一)\t執行事業或污水下水道系統廢(污)水或放流水採樣檢驗作業COD、SS、BOD總計至少共192件次; NH3-N、重金屬總計至少共286件次;特定管制項目((特定水質(一)、特定水質(二)總計至少共34件次，已全數完成。\n四、協助辦理高雄市水污染防治費徵收之管理事宜\n113年第1期水污費徵收(計費區間為113年1月1日至113年6月30日)，已全數完成申報及繳費，計878家水污費徵收事業(含畜牧業)已繳納，累計2,837萬元。\n五、強化水質水量自動監測及攝錄影設施系統並維護系統穩定操作，亦針對傳輸數據檢核，確保傳輸數據品質\n目前本市已完成設置水質水量自動連線監測系統之事業，共計有54家，包含16家屬情節重大違規對象。前述該等事業核准許可廢(污)水總排放量達25,964,534 m3，佔全市總量98.02%，本計畫也派員記錄每日連線狀況，並定期備份資料。\n六、緊急應變事件\n(一)\t水污染事件緊急應變處置\n截至10月31日止未有符合第一級之災害應變或建立水污染緊急應變通報系統污染事件，目前有8件次為污染通報調查，其中有7次油污應變事件及1件河面上有飄浮物，主要發生河段多為鳳山溪上游4件、愛河願景橋、茄萣區灌溉大排及阿公店溪前洲橋各1件。\n(二)\t每季清點水污染應變器材之數量並維護貯存場所清潔。\n本項工作已完成113年第一、二季(7處)之清點及場所維護工作，並於清點完畢後更新河川水質異常通報及後續處理平台資材數量，將於本計畫末進行最後一次清點並執行相關機具之維護保養及辦理相關教學以利環保局承辦人員了解，並協助機關統整使用及庫存狀況，以利後續購買足量之應變器材用品。\n七、河川採樣\n(一)\t辦理流域河川水質採樣工作\n每月配合機關排定日期執行採樣工作，已完成2~10月份河川湖泊採樣工作。",
        "eng_title": "Kaohsiung City Water Pollution Control Manage And Water Pollution Control Fees Manage Project (2024)",
        "eng_subject": "1. Domestic sewage pollution reduction management\n(1) Public sewage and sewer system management\n1. Sampling and analysis of discharged water (SS, BOD, COD, pH, conductivity and water temperature) from public sewage and sewer systems, 52 households in total\nThose with a permitted water discharge volume of less than 50,000 CMD shall be subject to no warning inspection and sampling and testing of the discharged water at least once every quarter; those with a permitted discharge volume of more than 50,000 CMD shall be subject to no warning inspection and sampling and testing of the discharged water at least once every 2 months. , a total of 45 samples of discharged water from various sewer systems have been carried out, with a completion rate of 86%. This year, public sewage plants violated relevant provisions of the Water and Pollution Law twice.\n(2) Community dedicated sewage sewer system management\n1. Understand the current status of community dedicated sewage and sewer systems\nAccording to the domestic sewage pollution reduction project plan, a total of 97 companies that should be audited have been compiled, 97 companies have been audited, and 27 companies have completed the usage survey of the standardized contract for entrusted operation services of community sewage treatment facilities.\n2. Management of dedicated sewage and sewer systems in industrial areas\n(1) Inspection and sampling of discharged water from dedicated sewage and sewer systems in industrial areas\nThe industrial zones are classified according to the Industrial Zone Water Pollution Prevention and Control Management Plan, and discharged water sampling operations are carried out according to the frequency, frequency, and water quality items specified in the plan. A total of 180 times have been completed. A total of 164 times have been completed so far. The overall completion rate 91%.\nThe planned sampling and analysis water quality items are pH, water temperature, conductivity, SS, COD and heavy metals (copper, zinc, nickel, total chromium), which are distributed as follows:\n1. Daytime sampling\nDaytime sampling in industrial areas was carried out according to the classification, and a total of 114 times were carried out, and 8 times exceeded the permitted number.\n2. Night sampling\nAccording to the hierarchical implementation, each industrial zone needs to account for 1\/2 of the total number of samples. This year, it is planned to increase the frequency of sampling during this period. 50 samples have been implemented, and there are no cases of exceeding the standard.\n3. Sampling and inspection operations for waste (sewage) water or discharged water produced by enterprises, sewage and sewer systems, or factory processes that have not been listed and yet to be determined.\n(1) The total number of COD, SS, and BOD sampling and inspection operations for waste (sewage) water or discharged water from enterprises or sewage sewer systems is at least 192 times; the total number of NH3-N and heavy metals is at least 286 times; specific control items ((specific Water quality (1) and specific water quality (2) total at least 34 times, all of which have been completed.\n4. Assist in the management of water pollution prevention and control fee collection in Kaohsiung City\nThe first phase of water and sewage fee collection in 2013 (the billing period is from January 1, 2020 to June 30, 2020), all declarations and payments have been completed, and a total of 878 water and sewage fee collection enterprises (including animal husbandry) have The total amount paid was RMB 28.37 million.\n5. Strengthen the automatic monitoring of water quality and quantity and the video recording facility system and maintain the stable operation of the system. Also check the transmitted data to ensure the quality of the transmitted data.\nAt present, the city has completed the establishment of an automatic on-line monitoring system for water quality and quantity. There are 54 companies in total, including 16 family members with serious violations. The total approved waste (sewage) discharge volume of the aforementioned enterprises is 25,964,534 m3, accounting for 98.02% of the city's total. This plan also dispatches personnel to record daily connection status and back up data regularly.",
        "proj_year": "113",
        "org_name": "高雄市政府環境保護局",
        "exe_unit": "元科科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130369300",
        "publish_date": "20241211"
    },
    {
        "chi_title": "回收處理業及受補貼機構申請審核管理專案計畫(第一年)",
        "chi_subject": "本計畫核心包括完成自動化與智慧化新穎處理技術研析，提出建構高質化循環體系之誘因策略、精進回收處理業管理制度並強化輔導作業、辦理受補貼機構資格審核作業等，以提升資源循環署在作業及管理層次上的成效。\n今年度新增運用複合式AIoT監測建立火警監測預防系統，已完成辦理5場次AIoT即時偵測廠區火災或溫度異常試辦作業，並推動應用自動化及智慧化工具建構高質循環體系，提出貸款信用保證與利息補貼實施要點與精進補貼推動實施計畫修正建議。\n為達成環境永續零廢棄目標，環境部整併「廢棄物清理法」及「資源回收再利用法」，研擬「資源循環促進法」，將廢棄物優先認定為資源，減少原料資源之使用，並逐步達成零廢棄目標。本計畫亦協助資源循環署進行相關辦法研修作業，提出相關配套子法研修內容；另為精進回收處理業管理，已協助複查登記機關核過文件達159件次，並提出19次系統需求單以精進系統功能。此外，已完成112、113年性別調查作業及個資查核作業3場次，並提出相關分析結果。\n有關強化地方主管機關輔導管理回收處理業模式，地方主管機關對轄內回收處理業者有管理輔導之責，資源循環署為協助地方主管機關提升管理成效，透過本計畫辦理1場次執行機關審查與管理業務輔導會議，共計53人次參與。\n另外，為提升回收處理業知識與技能，已辦理5場次從業人員教育訓練，共計263人次參與，以體驗及互動方式針對參與人員給予適當的訓練及輔導。同時，業者於取得回收處理登記證，要繼續申請受補貼資格時，皆由本計畫協助資源循環署進行資格審查，目前已完成書面審查101件與辦理14場次現場勘查作業。此外，本計畫亦提供電話專線，協助環保局及業者等相關人員有關申請作業、系統 操作等諮詢服務，透過現場、電話及線上輔導了解問題並提供解決方案。",
        "eng_title": "Management of Recycling and Disposal Enterprises and Subsidized Organizations (Year One)",
        "eng_subject": "This project aimed to achieve the following objectives: conducting research and analysis of innovative automated and intelligent processing technologies, proposing incentive strategies for establishing a high-quality circular system, refining the management system for recycling and disposal enterprises, enhancing guidance practices, and conducting qualification reviews for subsidized organizations. These efforts were designed to improve the operational and managerial effectiveness of the Resource Circulation Administration.\nThis year, a composite AIoT monitoring system was introduced to develop a fire detection and prevention mechanism. Five pilot sessions for real-time AIoT-based detection of fires or abnormal temperatures in plant areas were successfully completed. Additionally, this project promoted the use of automated and intelligent tools to build a high-quality circular system. This work included defining key guidelines for implementing loan credit guarantees and interest subsidies, as well as providing recommendations for refining subsidy implementation plans.\nTo achieve the goal of zero waste and environmental sustainability, the Ministry of Environment consolidated the Waste Disposal Act and the Resource Recycling Act and is in the process of drafting the Resource Circulation Promotion Act. This new legislation prioritizes recognizing waste as a resource, reducing the use of raw materials, and gradually achieving a zero-waste target. This project also supported the Resource Circulation Administration in revising relevant regulations, contributing to the development of amendments for supporting sub-laws. Additionally, this project assisted in reviewing 159 documents previously approved by registration authorities and submitted 19 system enhancement requests to improve system functionality. Furthermore, two gender survey sessions for 2023 and 2024, along with personal data audits, were completed, with relevant analysis results presented.\nTo enhance the guidance and management model for local authorities overseeing recycling and disposal enterprises, the Resource Circulation Administration organized a guidance meeting through this project, with a total of 53 participants. Local authorities hold the responsibility for managing and guiding recycling and disposal enterprises within their jurisdictions, and this meeting aimed to support them in enhancing the management effectiveness.\nMoreover, to strengthen the knowledge and skills of personnel in recycling and disposal enterprises, five training sessions were conducted, reaching a total of 263 participants. The sessions utilized experiential and interactive methods to provide tailored training and guidance. When operators apply for renewal of recycling registration certificates and subsidy qualifications, this project supported the Resource Circulation Administration in conducting the qualification review process. To date, 101 document reviews have been completed, alongside 14 on-site inspections. Additionally, this project has established a dedicated hotline to assist Environmental Protection Bureaus, enterprises, and other stakeholders with inquiries related to application procedures and system operations, offering solutions through in-person, phone, and online support.",
        "proj_year": "113",
        "org_name": "循環署回收基金管理會",
        "exe_unit": "環資國際有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130352876",
        "publish_date": "20241226"
    },
    {
        "chi_title": "化學品動物替代試驗方法開發(1\/2)",
        "chi_subject": "隨著動物倫理和保護意識的提高，科學家開始尋求更具人道性且準確的替代方法。由於體外細胞、組織培養技術的不斷進步，體外組織培養被認為可以成為替代傳統動物實驗的一個重要技術，其中體外三維細胞培養技術的發展，相信可以滿足替代傳統動物實驗的需求。三維細胞培養技術模擬了更接近體內的細胞環境，能更精確地反映化學品對人體的影響。因此，它在毒性測試和藥物開發中變得越來越重要，不僅降低了對動物的依賴，還提高了實驗結果的可靠性與重現性。於計畫中，實驗團隊發展了微流體細胞培養元件用以快速且簡單利用人類及小鼠肝臟細胞株形成大量尺寸均一的三維肝臟組織，在實驗中開發了完整的細胞培養及三維肝臟組織形成及培養實驗程序，利用三維組織可以評估化學品的細胞毒性試驗。此外，實驗中亦開發了包括微核試驗及彗星試驗的基因毒性試驗實驗程序，實驗結果證實了所發展方法替代動物的可行性。近一步體外試驗的數據利用分析方法與現有動物實驗數據進行比較，提供替代試驗方法用以評估動物試驗結果的資料轉換，期望於不久的將來能大量減少動物實驗的需求。",
        "eng_title": "Development of Alternative Testing Methods for Chemicals to Replace Animal Testing",
        "eng_subject": "With the increasing awareness of ethical issues and animal protection, scientists have begun seeking more humane and accurate alternative methods. Due to the continuous advancement in in vitro cell and tissue culture technologies, in vitro tissue culture is considered a significant technique that can replace traditional animal testing. Among these, the development of in vitro three-dimensional (3D) cell culture technology is believed to meet the need for alternatives to traditional animal experiments. The 3D cell culture technique simulates a cell environment that is closer to in vivo conditions, allowing for a more accurate reflection of the effects of chemicals on the human body. As a result, it has become increasingly important in toxicity testing and drug development, not only reducing the reliance on animal models but also improving the reliability and reproducibility of experimental results. In this project, the research team developed microfluidic cell culture devices to quickly and easily form large quantities of size-uniform 3D liver tissues using human and mouse liver cell lines. The experiment developed a comprehensive cell culture and 3D liver tissue formation and culture procedure. Using these 3D tissues, chemical cytotoxicity tests can be evaluated. Additionally, the experiment also developed genotoxicity testing protocols, including micronucleus and comet assays. Preliminary results confirmed the feasibility of replacing animal testing with these developed methods. In the experiments, the in vitro test data are compared with existing animal test data using analytical methods to provide alternative testing approaches for translating animal test results. It is hoped that the demand for animal testing will be significantly reduced in the near future.",
        "proj_year": "113",
        "org_name": "國環院檢測技術中心",
        "exe_unit": "中央研究院",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130318384",
        "publish_date": "20260331"
    },
    {
        "chi_title": "113年度新竹市毒性及關注化學物質源頭管理計畫",
        "chi_subject": "為落實毒性及關注化學物質運作管理及化學品登錄制度，且避免不法業者將不當化學物質添加至食品中造成食安問題，積極投入人力及資源，針對本市轄區內化學物質的製造、輸入、販賣及使用等運作之業者，進行輔導訪查及查核，確認業者基本資料，並要求業者確實登錄其運作化學物質，有效掌控所有化學物質流向，同時辦理毒物及化學物質災害防救演練，以落實全面性管理。此外，亦期望透過報案中心掌握本市轄內未適當管理之空地，建立空地雜草管理示範區，以強化本市非農地雜草管理教育宣導。執行團隊以整體性的規劃與執行能力，協助 貴局達成具體的績效展現。",
        "eng_title": "113th Hsinchu City Toxic and Chemical Substances of Concern Source Management Plan",
        "eng_subject": "In order to implement the operation management of toxic and chemical substances of concern and the chemical registration system, and to prevent unscrupulous operators from adding inappropriate chemical substances to food and causing food safety problems, we actively invest manpower and resources to target the manufacturing, import, and import of chemical substances within the jurisdiction of this city. Operators operating in sales, use, etc., conduct counseling visits and checks to confirm the basic information of the operators, and require operators to accurately register the chemical substances they operate, effectively control the flow of all chemical substances, and conduct toxic and chemical substance disaster prevention and rescue drills to implement Comprehensive management. In addition, it is also hoped that through the reporting center, we can understand the unmanaged open spaces within the city's jurisdiction and establish an open space weed management demonstration area to strengthen the city's education and publicity on weed management on non-agricultural land. The execution team uses overall planning and execution capabilities to help your bureau achieve specific performance demonstrations.",
        "proj_year": "113",
        "org_name": "新竹市環境保護局",
        "exe_unit": "翔科事業有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130292654",
        "publish_date": "20241231"
    },
    {
        "chi_title": "113年度彰化縣氣候變遷減緩及調適工作推動計畫",
        "chi_subject": "本計畫自113年1月1日起至113年11月30日止，計畫執行期間，依據契約工作項目，團隊協助彰化縣氣候變遷因應推動會的幕僚作業，完成2場次氣候變遷因應推動會委員大會、1場次彰化縣氣候變遷調適執行方案建置說明會(共13個縣府局處，24人參與)、2場次專家諮詢會(共5位專家出席)及1場次公開座談會(共41人參與)之辦理；協助推動溫室氣體減緩工作，定期追蹤管考溫室氣體減量執行方案執行成果，彙整各局處溫室氣體減碳量數據，完成112年溫室氣體減量執行方案成果報告及113年溫室氣體減量執行方案成果追蹤報告，並提出改善建議事項及未來精進策略；氣候變遷調適工作方面，完成蒐集3處國內外氣候變遷減緩或調適案例，蒐集彰化縣環境背景資料，評估彰化縣氣候變遷風險並界定關鍵調適領域，完成彰化縣政府各局處之調適領域分工，盤點各調適領域執行方案內容並綜整，完成彰化縣氣候變遷調適執行方案(草案)之內容(共95項執行方案)；並完成辦理3場次社區氣候災害風險對話會議(共55人參與)；協助環保局針對各委辦子計畫進行管考追蹤，並輔導各局處使用AI工具推動具地方特色之整合性氣候變遷專案輔導。",
        "eng_title": "The 2024 Changhua County Climate Change Mitigation and Adaptation Implementation Project",
        "eng_subject": "The project runs from January 1, 2024, to November 30, 2024. During this period, the project team supports the Changhua County Climate Change Response Task Force with administrative operations. The team organized two Climate Change Response Committee meetings, one briefing on the establishment of Changhua County’s Climate Adaptation Implementation Plan (involving 24 participants from 13 county government departments), two expert consultation session (attended by five experts), and one public forum with 41 participants.\nThe team assisted in advancing greenhouse gas (GHG) mitigation efforts by regularly tracking and monitoring the outcomes of GHG reduction initiatives, compiling emission reduction data from various departments, and completing the 2023 GHG Reduction Plan Outcome Report and the follow-up report for 2024, along with recommendations for improvement and future strategies.\nFor climate change adaptation, the team collected three case studies on domestic or international mitigation or adaptation strategies, gathered environmental background data for Changhua County, assessed the county's climate risks, and identified key adaptation areas. The team defined responsibilities for adaptation among county government departments, reviewed and consolidated adaptation measures, and drafted the Changhua County Climate Change Adaptation Implementation Plan (preliminary version), encompassing a total of 95 implementation measures.\nAdditionally, the team facilitated three community climate disaster risk dialogue sessions with 55 participants. They also assisted the Environmental Protection Bureau in monitoring and tracking various sub-projects and guided departments in using AI tools to promote integrated climate change projects tailored to the region's unique characteristics.",
        "proj_year": "113",
        "org_name": "彰化縣環境保護局",
        "exe_unit": "業興環境科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130287611",
        "publish_date": "20241223"
    },
    {
        "chi_title": "魚類急毒性替代測試方法與整合型測試評估方法建立(1\/2)",
        "chi_subject": "隨著人口增長，人類的日常活動釋放的污染物對水體環境造成潛在危害，影響生態系統和人類健康。目前環境風險危害評估主要依賴於大量動物試驗的生態毒理學數據，對動物福祉造成負面影響。儘管替代測試方法的使用是一項全球趨勢，但單一替代測試往往無法完全取代動物試驗數據。因此，國際上正在推動整合型測試評估方法（Integrated approaches to testing and assessment, IATA），以整合多種數據協助制訂政策決策，從而保護環境安全。本計畫旨在建立魚鰓細胞株急毒性檢測方法，發展魚類急毒性IATA，並收集新興替代測試方法資訊。本計畫之5次參考毒物試驗顯示的劑量反應符合標準，並且以10項與放流水相關之物質評估魚鰓細胞株試驗之適用性，結果顯示細胞株試驗與魚類試驗兩者間存在顯著高度相關，r值為0.7732（p < 0.05）。雖然大多數物質在細胞株試驗中靈敏度低，但66.7%的物質在細胞株試驗的EC50與魚類急毒性試驗的LC50差異小於10倍，於本年度將研究結果與國際規範彙整後撰寫出魚鰓細胞株試驗標準方法草案一式。另外本計畫以10項物質評估各替代試驗及IATA的相關性與靈敏性。結果證實不論是替代測試或是IATA，都跟魚類急毒性試驗之間具有高度相關，受到閾值濃度影響，IATA預測魚類急毒性結論大多高估物質毒性，能在盡可能減少動物實驗的前提下，幫助篩選可能有毒之物質，與達到保護環境之效能。綜上所述，虹鱒魚鰓細胞株試驗作為替代測試方法，展現出良好的預測潛力。IATA預測結果有助於減少對物質毒性的低估，面對其發展挑戰，建議積極採用新興替代測試方法，以促進環境及人類健康風險的評估與管理。",
        "eng_title": "Alternative Testing Methods for Fish Acute Toxicity and the Development of Integrated Approaches to Testing and Assessment (1\/2)",
        "eng_subject": "With population growth, pollutants released from human daily activities pose potential hazards to the aquatic environment, impacting ecosystems and human health. Currently, environmental risk assessments mainly rely on ecotoxicological data derived from extensive animal testing, which negatively affects animal welfare. Although using alternative testing methods has become a global trend, individual alternative tests often cannot fully replace animal-based data. As a result, international efforts are advancing IATA, which combines multiple data sources to support policy decision-making and ensure environmental safety. This project aims to establish an fish gill cell line acute toxicity test (FCT), develop a fish acute toxicity (AFT) IATA, and gather information on emerging alternative testing methods.The dose-response results from five reference toxicant tests in this project met the standards. Additionally, ten effluent-related substances were assessed to evaluate the applicability of FCT. The findings showed a significant correlation between FCT and AFT, with an r of 0.7732 (p < 0.05). Although sensitivity was lower in the FCT for most substances, 66.7% of the substances had an EC50 within ten times the LC50 of fish acute toxicity tests. The research results from this year will be compiled with international standards to draft a standardized protocol for FCT.Furthermore, the project assessed the correlation and sensitivity of each alternative test and IATA using ten substances. The results confirmed that both alternative tests and IATA are highly correlated with AFT. Due to threshold concentration, IATA predictions of AFT tend to overestimate the toxicity of substances. IATA aids in screening potentially toxic substances while minimizing animal testing, and enhancing environmental protection. In conclusion, the FCT, as an alternative method, shows strong predictive potential. The predictive outcomes of IATA help reduce the underestimation of substance toxicity. Facing developmental challenges, it is recommended to actively adopt emerging alternative testing methods to promote environmental and human health risk assessment and management.",
        "proj_year": "113",
        "org_name": "國環院檢測技術中心",
        "exe_unit": "國立成功大學",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130279856",
        "publish_date": "20251216"
    },
    {
        "chi_title": "113年度嘉義市推動低碳永續家園執行計畫",
        "chi_subject": "因氣候變遷導致極端型天氣發生之頻率及強度增加，加上人類活動加速能、資源之耗竭，已對地球環境及生態資源造成嚴重的衝擊。為呼應國際建構低碳環境之發展趨勢，環境部於98年「全國能源會議」中，提出「低碳社區」、「低碳城市」及「低碳生活圈」之具體目標與時程，並提出建構「低碳家園」期程，規劃具體且可執行之6大行動項目，透過社區（村、里）、城市（鄉、鎮、市、區）及地方政府（直轄市、縣市政府）逐層往上累積之成果，形成由下而上推動、自上往下輔導的推展模式。\n        為持續維運嘉義市低碳永續家園，同時喚起民眾對全球暖化議題的重視，嘉義市政府環境保護局推動「低碳永續家園建構推動計畫」，透過辦理氣候變遷減緩與調適相關工作，推廣並宣導民眾將節能減碳落實於日常生活中，打造本市為低碳、永續家園之願景。\n       「113年嘉義市低碳永續家園執行計畫」主要工作項目分別為「推廣低碳永續家園相關業務」、「推動因地制宜之低碳行動」、「推廣綠能屋頂」、「其他配合事項」等四大工作項目，各工項執行目標及成果說明如下：\n一、推廣低碳永續家園相關業務\n為促使轄內各里參與低碳永續家園推動、推廣並擴大嘉義市低碳行動項目建置效益，本計畫針對里（社區）及民眾，並配合本市銀級認證社區辦理低碳永續家園示範活動。輔導轄內已取得銅級以上認證之村里持續推動低碳永續行動，並維護3個里低碳永續行動項目，及協助1里參與低碳永續家園銀級評等認證、5個里取得低碳永續家園銅級評等認證作業。\n二、推動因地制宜之低碳行動\n為使學校積極響應節能減碳、朝向本市零碳校園之目標，針對轄內國中、小學及幼兒園推動「嘉義市低碳校園標章認證實施計畫」，達成100%參與率，完成輔導北興國中等8所學校升等金級認證，民生國中等8所學校通過展延，轄內國中、小學及幼兒園推動「嘉義市低碳校園標章認證實施計畫」累計26所金級、5所銀級認證；輔導建置2所校園推動水資源回收再利用，達到資源循環再利用之目的。\n三、推廣綠能屋頂\n本計畫以本市里及社區為對象，透過5場次太陽光電發電系統說明會及輔導5處，辦理2場次太陽光電場域現勘作業，邀請專家學者及太陽光電廠商實地執行輔導並提出建議與意見，並將該5處潛力場域名單提供予環境部進行後續審核及篩選，以提升本市太陽光電裝置容量。\n辦理太陽光電系統跨縣市觀摩會1場，至鄰近臺南市沙崙智慧綠能科學城進行觀摩，藉以透過實際參訪外縣市推動成效優良之太陽光電系統場域，將相關經驗應用於本市太陽光電建置相關計畫及策略。為因應氣候變遷及提升民眾能源意識，本團隊將以綠色能源為主題，製作能源教案，結合社區活動、環保局大型活動、嘉義市政府各局處辦理之對外開放活動，本計畫以能源教案向學童及一般民眾進行宣導10場次宣導，透過能源議題，讓民眾了解非再生能源包含石化能源發電及產業汽電共生發電，會造成環境上的問題；而為解決環境問題，陸續發展綠色能源，以降低環境問題並達到永續。\n四、其他配合事項\n透過發佈新聞稿5則及臉書貼文6則，推廣民眾於生活中落實低碳行動，並持續參與國內、外低碳永續相關活動，藉以宣傳本市節能減碳及淨零排放推動成果，提高本市於國際之能見度。",
        "eng_title": "2024 Chiayi City Low-Carbon Sustainable Home Implementation Plan",
        "eng_subject": "Climate change has led to an increased frequency and intensity of extreme weather events, coupled with the accelerated depletion of energy and resources due to human activities, resulting in serious impacts on the Earth's environment and ecological resources. In response to this, the Environmental Protection Administration of the Executive Yuan has proposed specific goals and timelines for the low-carbon community, low-carbon city, and low-carbon living circle. Additionally, they have outlined a plan to construct a low-carbon home with six concrete and executable action items.\n\nThe Environmental Protection Bureau of the Chiayi City Government is driving the Low-Carbon Sustainable Home Construction Promotion Program. Through the implementation of climate change mitigation and adaptation efforts, the bureau aims to promote and advocate for energy-saving and carbon reduction practices in people's daily lives, envisioning the city as a low-carbon and sustainable home. The main objectives and outcomes of the 2024 Chiayi City Low-Carbon Sustainable Home Implementation Plan are detailed as follows:\n1.\tPromoting activities related to low-carbon sustainable homes:\nTo encourage the participation of neighborhoods in low-carbon sustainable community initiatives and to expand the effectiveness of low-carbon actions in Chiayi City, this project will conduct demonstration activities for low-carbon sustainable communities in neighborhoods (communities) and among the general public. It will collaborate with neighborhoods that have achieved silver-level certification, guiding them to organize demonstration activities. The plan will also assist villages with bronze-level or higher certifications in continuing their efforts and support five neighborhoods in implementing new low-carbon sustainable initiatives. Additionally, it will aid four neighborhoods in participating in the certification process for low-carbon sustainable communities.\n2.\tPromoting context-specific low-carbon actions:\nTo encourage schools to actively respond to energy conservation and carbon reduction goals and move towards the city's target of zero-carbon campuses, the project will implement the Chiayi City Low-Carbon Campus Certification Implementation Program. This includes guiding schools in promoting water resource recycling to achieve the goal of resource circulation and reuse.\n3.\tAssisting in the promotion of solar photovoltaic power systems:\nTargeting neighborhoods and communities in Chiayi City, this project will organize seminars on solar photovoltaic power generation systems. It will also conduct cross-county observation events for solar photovoltaic systems, visiting nearby communities and environmental education facilities with notable solar projects. The goal is to actively engage residents and communities in responding to the energy transition policy, thereby increasing the city's share of renewable energy.\n4.\tOther Cooperative Measures:\nThrough press releases and Facebook posts, the project aims to promote the implementation of low-carbon actions in the daily lives of the public. It also encourages continuous participation in domestic activities related to low-carbon sustainability to publicize the city's achievements in energy conservation, carbon reduction, and zero-net emissions.",
        "proj_year": "113",
        "org_name": "嘉義市政府環境保護局",
        "exe_unit": "迎展環境股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130253501",
        "publish_date": "20241213"
    },
    {
        "chi_title": "稽核認證作業管理及監督查核專案工作計畫(第一年)",
        "chi_subject": "本年度工作主要包括四大項目：「辦理稽核認證團體監督、評鑑及各類查核作業」、「辦理稽核認證團體外部稽核作業」、「完善稽核認證團體計畫契約管理規範」，以及「檢討現行稽核認證作業程序，建立系統化智慧管理機制」。\n環境部成立稽核認證團體監督會，其負責執行評鑑、查核作業及受理檢舉案件，以確保稽核認證團體遵守相關規範執行稽核認證工作。本計畫已完成36場次現場查核、9場次管制中心查核及9場次監督會議，並整理分析查核結果供資源循環署參考，以評選適合的稽核認證團體專案計畫。為強化稽核認證團體內部控管，本計畫完成18場次現場外部稽核和9場次管制中心外部稽核，並結合RRMS系統功能，有效追蹤外部稽核意見改善情形，以增進其稽核品質。本計畫另檢討112、113年執行情形，修訂114年及115年應回收廢棄物稽核認證團體專案工作計畫招標文件以提升執行成效，並協助招商事宜。本計畫綜整112年各項查核成果，並對113年評鑑查核進行分析，提出管理建議方案，另規劃導入系統化智慧管理機制，試辦數位化巡檢平台，並依據試辦成果研訂推動方案及配套措施，並研提稽核認證作業手冊共通性建議版條文，以提升稽核認證作業品質。",
        "eng_title": "Project on Management of Audit and Certification and Supervision on Audit Practices (Year One)",
        "eng_subject": "The project tasks this year encompasses the following aspects: conducting supervision, evaluation, and various audits for audit and certification groups; conducting external audits for audit and certification groups; refining contract management regulations for the audit and certification group program; and reviewing existing procedures to establish a systematic intelligent management mechanism. The Environmental Protection Agency established the Audit and Certification Group Supervisory Committee, responsible for executing evaluations, audits, and handling prosecutions to ensure that audit and certification groups comply with relevant regulations. The project has completed 36 on-site audits, 9 control center audits, and 9 supervisory meetings, with findings compiled and analyzed for the Resource Circulation Administration to reference in selecting suitable project plans. To strengthen internal controls of audit and certification groups, this project also conducted 18 on-site external audits and 9 control center external audits. Through the integration of the RRMS system, it effectively tracked and monitored improvements, thereby enhancing audit quality. Additionally, the project reviewed the execution of the 2023 and 2024 plans, revised the tender documents for the audit and certification group program, and assisted with supplier solicitation efforts. It consolidated the results from 2023 and analyzed the 2024 evaluations, proposing management recommendations. The project also planned to introduce a systematic intelligent management mechanism, piloted a digital inspection platform, and based on the pilot results, developed implementation plans and support measures. Finally, it proposed standardized amendments to the audit procedures manual to further improve the quality of audit and certification operations.",
        "proj_year": "113",
        "org_name": "循環署回收基金管理會",
        "exe_unit": "環資國際有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130215823",
        "publish_date": "20241209"
    },
    {
        "chi_title": "113年度土壤及地下水污染調查及查證工作計畫-雲林縣",
        "chi_subject": "一、\t完成本縣87口監測井外觀維護管理巡查，監測井井體外觀維護更新完成12口次、6口井體修復。執行25口次之監測井井況評估作業，分別為區域性監測井4口次及場置性監測井21口次，符合本計畫要求之執行數量，並依井況評估評估完成13口次再次完井及5口次異物排除名單。預期效益：延續縣內監測井使用期限，維持縣內監測井功能正常使用。\n二、\t113年度應辦理之監測井分別為：P00480、P00481、P00482及P00600等4口監測井。另本計畫團隊於評選時承諾補足預警網不足之處，增加P00089、P00601、P00602、P00604、P00476等5口監測井，共計9口周界監測井監測作業，本計畫已於3月18日~3月19日完成9口次地下水監測井採樣作業，分析8口次地下水，其中P00482因地下水位過低無法執行水樣採集做業，本計畫函文環保局替換為P00591，經環保局同意將已於7月22日完成檢測。由檢測結果顯示，重金屬、揮發性有機物、半揮發性有機物、總石油碳氫化合物等項目並未有超過地下水監測標準之情形。預期效益：確認工業區周界地下水環境現況，若有發現污染則辦理向上污染追蹤。\n三、\t農地土壤定監與同步採樣作業：今年度需辦理農地土壤採樣相關作業，包含農地土壤重金屬定期監測及農地土壤重金屬同步作業採樣調查作業，截至期末報告提送共計完成2筆農地定期監測作業、24筆農地土壤重金屬同步作物採樣污染調查作業。並未有異常之情形。預期效益：藉由與農業處配合採集土壤，若作物異常再分析土壤確認是否受土壤影響導致作物異常。\n四、\t農地污染預防與灌溉渠道底泥溯源調查：為配合環管署推動農地污染預防工作，依全國各縣市灌溉小組污染潛勢分區統計資料，辦理本縣農地污染預防定常性工作，目前共完成20場次環境勘查評估、污染預警區44點土壤採樣、灌溉水94點次採樣作業，針對超過灌溉水標準之點位進行水質重金屬複驗及樹脂包擺放，並未有發現異常污染情形。灌溉渠道底泥溯源調查則調查本縣超過上限值水體污染成因，已完成2處渠道環境勘查評估。並已完成水質及樹脂包佈設，由樹脂包結果執行底泥檢測，並未有高於底泥上限值之情形。預期效益：藉由定期抽測縣內農地土壤及灌溉水，若發現異常則辦理污染追查，確保縣內農業環境安全。\n五、\t貯存系統管理作業：本計畫執行環管署建立之污染評價機制高污染潛勢之地下儲槽系統執行測漏管功能測試及油氣檢測，共計完成16站次高污染潛勢加油站檢測作業，其中共計查獲1家加油站油氣異常情形，已請業者執行自主污染調查作業，調查結果並未有異常情形，業者將加強環境管理。另針對110~112年度執行輔導業者有缺失者計16家業者進行複查作業，2家次112年新設立貯存系統法規符合度查核作業。預期效益：藉由抽測縣內高污染潛勢加油站測漏管功能測試及油氣檢測，確保縣內加油站環境情形；持續追查事業改善進度，使事業皆能符合法規規範。\n六、\t事業土壤及地下水污染預防管理作業：已完成1場次A群說明會、1場次B群說明會辦理、23家A群事業現勘及預防管理作業、3家次A群事業查證作業，並未有超過土壤污染管制標準之情形。預期效益：藉由辦理事業分級管理，使業者能自主辦理污染預防管理，避免營運時污染土壤及地下水。\n七、\t緊急突發事件緊急應變作業：已完土壤及地下水民眾陳情與緊急應變案件4件：3月5日 富喬工業股份有限公司(虎尾廠區)鄰近農地土壤緊急應變採樣檢測，目前應變結果均符合相關標準，本計畫團隊均協助現場採樣分析作業，並於期限內繳交調查成果報告書。5月21日虎尾鎮廉使南段1163、1164地號及竹圍子段690、691地號灌溉用水緊急應變調查，應變結果均符合相關標準。6月13日、17日關東鑫林科技股份有限公司雲林廠鄰近林地土壤及地下水緊急應變調查，應變結果均符合相關標準。11月11日明昌畜牧場養鵝場戴奧辛污染調查，應變結果均符合相關標準。12月4日國道一號北上231.4公里處槽車翻覆鄰近農地土壤緊急應變調查，檢測結果均符合土壤污染相關標準值。預期效益：配合突發事件辦理緊急應變作業，確認突發事件是否污染土壤及地下水。\n八、\t行政支援工作：本計畫已完成3場次「學校說故事宣(傳)活動」，活動內容包括土水污染保育宣導短片、土水污染圖書繪本介紹及環保桌遊遊玩體驗。另有關推動設置光電設施事業及農地地主訪查目前已完成16處拜訪，截至報告提送前尚未有事業表示有意願設置光電設施，將持續拜訪事業提升本縣太陽光電設置績效。預期效益：辦理校園宣導活動，將環境保護教育向下扎根；配合中央政策辦理光電設施推廣，增取縣內設置績效。",
        "eng_title": "113 Soil and Groundwater Pollution Investigation and Verification Project - Yunlin County.",
        "eng_subject": "Completed the maintenance and inspection of 87 monitoring wells, with 12 wells' appearance maintenance updates and 6 wells repaired. Conducted condition assessments for 25 wells, meeting project requirements. Extended service life and maintained normal functionality.\n\nHandled 9 perimeter monitoring wells, completed sampling from March 18th to 19th, with 8 groundwater samples analyzed. Replaced P00482 with P00591 due to low groundwater levels. Tests showed no exceedances of groundwater standards for heavy metals, volatile organic compounds, semi-volatile organic compounds, and total petroleum hydrocarbons. Confirmed current groundwater status and traced upward pollution if found.\n\nCompleted 2 regular monitoring tasks and 24 synchronized crop sampling pollution investigations. No abnormalities were found. Collaborated with the Agriculture Department for soil collection and analysis if crop abnormalities detected.\n\nCompleted 20 environmental assessments, 44 soil samples, and 94 irrigation water samples. No abnormalities in retesting irrigation water exceeding standards and resin pack placement. Conducted sediment source tracing with no exceedances of sediment limits. Ensured agricultural environmental safety through regular sampling.\n\nImplemented leak detection and oil vapor testing for 16 high pollution potential gas stations. One gas station found with oil vapor anomalies, conducted self-pollution investigations, showed no abnormalities. Conducted follow-up checks on 16 operators with previous deficiencies and 2 new storage system compliance checks. Ensured environmental conditions of high pollution potential gas stations.\n\nCompleted one Group A briefing, one Group B briefing, 23 Group A business site inspections and prevention management tasks, and three Group A business verifications. No exceedances of soil pollution control standards. Enabled businesses to manage pollution prevention autonomously.\n\nCompleted emergency response and citizen complaints for soil and groundwater in four cases: March 5th at Fuqiao Industrial Co., Ltd. (Huwei Plant), May 21st in Huwei Town, June 13th and 17th at Guandong Xinlin Technology Co., Ltd., and November 11th at Mingchang Livestock Farm. Test results met standards. Ensured emergency responses determined if soil and groundwater are polluted.\n\nCompleted three school storytelling promotion activities and visits to promote photovoltaic facilities with 16 visits. Promoted environmental protection education through school activities and increased photovoltaic installation performance in the county through continuous visits.",
        "proj_year": "113",
        "org_name": "雲林縣環境保護局",
        "exe_unit": "亞太環境科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130201938",
        "publish_date": "20241231"
    },
    {
        "chi_title": "113年度基隆市氣候變遷減緩及調適工作推動計畫",
        "chi_subject": "113年基隆市推動低碳永續家園及氣候變遷及減緩調適工作計畫，內容包含執行「辦理氣候變遷因應推動會議」、「推動溫室氣體減量執行方案及辦理氣候變遷調適執行方案」、「辦理低碳、氣候變遷減緩及調適推廣教育活動」、「低碳永續家園行動項目輔導與執行」、「推動因地制宜之低碳行動」、「推廣綠能屋頂」及「行政作業」等七大主軸。下列章節將說明執行成果及後續工作推動建議。\n一、辦理氣候變遷因應推動會議\n（一）已於5月31日辦理第1次基隆市氣候變遷因應推動會-小組會議，進行氣候變遷因應推動會前會溝通，協助各局處更充分了解溫室氣體管制執行方案及氣候變遷調適執行方案的方向與重點。\n（二）已於6月28日辦理第1場氣候變遷因應推動會議。完成第一屆氣候變遷因應推動會委員授證。與會委員針對基隆市第二期溫室氣體管制執行方案提出修正建議。\n（三）已於9月27日辦理第2場氣候變遷因應推動會議。除了回覆檢討第1次推動會委員提出的意見之外，同時針對基隆市面臨氣候變遷調適的環境下各單位該如何來降低因氣候變遷帶來的災害，同時也聽取委員的建議並進行改善。\n二、推動溫室氣體減量執行方案及辦理氣候變遷調適執行方案\n（一）已於6月17日函送基隆市第二期溫室氣體減量執行方案112年成果報告（初稿）進局審議。並在6月28日第1場氣候變遷因應推會後提交成果報告，並於10\/11日提送環境部。\n（二）已於8月13、14日完成環境部列管之溫室氣體排放源2處，以及非列管之溫室氣體排放源8處，偕同乙位專家學者進行盤查。\n（三）依據環境部氣變署要求，完成基隆市「氣候變遷調適執行方案(草案)」，完成公開閱覽、辦理座談會蒐集各方意見、提送基隆市氣候變遷因應推動會等氣候變遷因應法規定的程序。並已完成相關環境部提送的行政程序。\n三、辦理低碳、氣候變遷減緩及調適推廣教育活動\n（一）已於5月29日以及7月19日完成辦理2場培力訓練工作坊。\n（二）已於6月20日以及9月5日完成辦理2場政令宣導增能活動。\n (三)  已於8月1-2日完成辦理1場低碳永續交流推廣活動。\n（四）已於9月30日以及10月9日完成辦理2場社區村里調適及能源教育培力課程。\n（五）上述各項課程，參與的多數民眾反應皆為正面。\n四、低碳永續家園行動項目輔導與執行\n（一）已完成辦理中山區新建里等6處村里訪查輔導工作，為提昇村里認證能量，邀請兩位委員針對村里執行方向提出建議。今年度也在委員協助下，提送中山區新建里銀級認證，並通過環境部氣變署的文件審查。待氣變署安排現場勘查作業。\n（二）己於6月完成七堵區永安里等3處村里參與低碳永續家園推動計畫報名成功。\n（三）已於3月完成中山區中山里等5處轄內獲得銅級評等認證以上之區、里層級成果查核作業，查核結果都是維持評等。其中中山區新建里及中山通化里，委員建議需要做些許的補強，計畫也協助這兩個村里完成補強作業。\n（四）已於8月完成輔導中正區建國里等7處村里取得低碳永續家園銅級認證評等。\n（五）已於10月完成追蹤110-111年13處補助行動項目之維運作業，其中信義區孝岡里、禮東里集中山區協和里的補強作業，本計畫也已協助完成。\n五、推動因地制宜之低碳行動\n已於5月底完成第一階段報名資料審查作業，共計6處村里通過報名審查，分別為七堵區自強里、七堵區泰安里、中山區仙洞里、中山區協和里、仁愛區誠仁里、安樂區嘉仁里，並於7月進行第二階段專家學者現場評估及審查作業。已於10月完成所有綠能電器以及區域綠美化之建置項目，達成推動因地制宜之低碳行動，預估每年可減少2,273.854 kg CO2e的排放。\n六、推廣綠能屋頂\n本團隊已於10月14日至10月18日安排4~5天全程由專家協助辦理現場評估，輔導50處地點進行太陽能光電發電系統之設置可行性，並由專家完整評估及提供相關建議，其中地點包含13處區公所與政府機關、8處社區大樓及29處里民活動中心。本次現場評估結果顯示，33處建議設置，3處建議設置但需要確認相關資訊，14處不建議設置(2處遮陰嚴重、9處效益不佳、1處違建不適合施作、2處市定古蹟)，預估最大的建置容量約為2,865 kWp。\n追蹤112年案源設置進度，其中11處不建議設置(包含效益不佳、遮陰嚴重、市定古蹟..等)，除了4處已經媒合建置中(完成90%進度)，其餘20處雖已達到設置條件，但至目前為止尚未決定，已媒合設置之推動成果亦取得台電倂審受理編號，以及本府同意備案編號之證明\n七、行政作業\n（一）預估氣變署考評取得滿分。\n（二）配合環境部及其他推動低碳家園相關執行工作，共配合參加18場次相關會議。\n（三）已完成4篇新聞稿撰寫。\n（四）已完成配合指定工項製作相關政策推廣宣導品共計1,500份",
        "eng_title": "2024 Keelung City Climate Change Mitigation and Adaptation Work Promotion Plan",
        "eng_subject": "The content of this project involves:\n1.Climate change response promotion meeting。\n2.Promote greenhouse gas reduction implementation plans and climate change adaptation implementation plans。\n3.Promote low-carbon, climate change mitigation and adaptation education activities。\n4.Implementation of low-carbon sustainable home project。\n5.Promote low-carbon actions tailored to local conditions。\n6.Promote green roofs and solar photovoltaic systems。",
        "proj_year": "113",
        "org_name": "基隆市環境保護局",
        "exe_unit": "長慧環境科技有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130185374",
        "publish_date": "20241231"
    },
    {
        "chi_title": "臺東縣113年度「優質公廁及美質環境推動計畫」經常門補助計畫",
        "chi_subject": "臺東縣以東海岸為最主要之觀光景點，過去因人文、遊客及地理環境因素，在公廁環境衛生維護上顯得較為髒亂，雖然在臺東縣環境保護局（以下簡稱環保局）及各單位歷年努力規劃管理下已有顯著之改善，為使臺東縣轄內公廁在有效之規劃管理及整頓下保持觀光環境的整潔，環保局希望藉由臺東縣113年度優質公廁及美質環境推動計畫之推動，達到環境清潔工作加強執行、公廁管理單位權管落實維護以及遏阻空地空屋未善盡管理…等目的，來加強管理單位、民眾及遊客對於環境衛生之重視，本(113)年度累計執行率100%，執行成果摘要說明如下：\n一、執行轄內所有建檔列管公廁資料正確性盤點及更新、公廁評鑑及巡檢等暨轄內中央部會空屋空地抽複查作業\n(一)\t本(113)年度巡檢人力共720人日、公廁巡檢共完成4,216座次(一般巡檢計2,564座次，重點公廁計1,652座次)，空屋空地巡查126處次。\n(二)\t本計畫於第一季已建檔列管公廁資料正確性盤點應完成758座，截至3月31日止共計巡檢930座。\n(三)\t本計畫建檔列管公廁評鑑及巡檢列管公廁831座，本(113)年度共巡檢4,216座次，與112年同期2,817座次相較增加1,399座次，於巡檢同時進行評鑑，評鑑共計900座次公廁，在九大類中，各級機關學校佔比最高，達23.44%。次之為觀光地區及風景區，佔13.89%。第三高為加油站11.89%。\n(四)\t本(113)年度重點公廁巡檢共1,652座次，相較112年同期531座次增加1,121座次。\n(五)\t本(113)年度歷年補助公廁維護情形及資料盤點共計巡檢86座次，協助環保局112年補助計畫及112-113年補助計畫申請進度控管共計72件。\n(六)\t本(113)年度轄內中央部會空屋空地抽複查共計140件。\n二、辦理環境衛生宣導會活動至少6場次\n共計辦理7場次優質公廁宣導活動，活動辦理包含美化公廁添新意1場次、公廁清掃學習2場次、環境衛生(狗便、菸蒂等)宣導活動1場次、辦理登革熱孳生源清除培訓說明會1場次、登革熱兵推或實地演練1場次及辦理戒檳班1場次，共計281人參與。\n三、公廁分級標籤及公廁QRcode告示牌\n本(113)年度完成公廁分級設置告示牌張貼700座。\n四、辦理臺東縣列管公廁評鑑評比活動\n本計畫於5月2日完成辦理專家學者列管公廁評鑑評比，另設置海報及網站提供民眾知悉問卷填報，共計1,184位參加。7月22日進行線上直播抽獎，抽出150位獲獎民眾。另於10月24日辦理清潔隊員暨績優公廁表揚會並完成辦理。\n五、機關交辦之環境衛生工作\n(一)\t宣導品完成提送共計400份。\n(二)\t本(113)年度已提供優質公廁相關新聞稿11則。\n六、觀摩縣外績優公廁，提升本縣優質公廁文化1場次\n本計畫已於113年5月23日至5月24日辦理「異界合作 樹立公廁典範」縣外兩天一夜公廁業務參訪活動1場次，邀請臺東縣政府行政處、交通及觀光發展處、交通部觀光署東部海岸國家風景區管理處、蘭嶼鄉公所、延平鄉公所、達仁鄉公所、臺灣中油股份有限公司油品行銷事業部東區營運處等單位代表，共計14人參與，活動安排前往參訪112年新北市、臺北市公廁得獎單位及公廁，觀摩其在對公廁維護熟悉度暨強化各單位間應變協調與默契等，並參訪預鑄式公廁及低碳環保公廁車，評估對於臺東縣實用性，皆可以作為提供環保局施政方針的參考依據，以有效吸收相關經驗與心得分享。",
        "eng_title": "Taitung County’s 113th Annual “Quality Public Toilet and Beautiful Environment Promotion Plan” regular subsidy program",
        "eng_subject": "The east coast of Taitung County is the main tourist attraction. In the past, due to cultural, tourist and geographical environmental factors, the sanitation and maintenance of public toilets were relatively messy. Although the Taitung County Environmental Protection Bureau (hereinafter referred to as the Environmental Protection Bureau) and various The unit has made significant improvements through hard planning and management over the years. In order to keep the public toilets in Taitung County clean and tidy under the effective planning, management and rectification, the Environmental Protection Bureau hopes to use Taitung County’s 113th annual high-quality public toilets and beautiful environment. Promote the promotion of the plan to achieve the purpose of strengthening the implementation of environmental cleaning work, the implementation and maintenance of public toilet management units, and curbing the improper management of empty houses... to strengthen the attention of management units, people and tourists to environmental sanitation. This ( 113) The annual cumulative implementation rate is 100%, and the summary of implementation results is as follows:\n1. Carry out the inventory and update of the accuracy of the archived and managed public toilet data within the jurisdiction, public toilet evaluation and inspection, etc., as well as the review of empty houses and spaces by the central department within the jurisdiction.\n(1) This year (113), the inspection manpower totaled 720 man-days, a total of 4,216 public toilet inspections were completed (2,564 general inspections, 1,652 key public toilets), and 126 inspections of empty houses and spaces were completed.\n(2) In the first quarter of this project, 758 public toilets have been inspected for accuracy. As of March 31, a total of 930 public toilets have been inspected.\n(3) This plan has documented 831 public toilets under management, evaluation and inspection, with a total of 4,216 inspections in this (113) year.\n(4) A total of 1,652 key public toilet inspections were conducted this year (113)\n(5) In this (113) year, the maintenance situation and data inventory of subsidized public toilets over the years totaled 86 inspections.\n(6) In this (113) year, a total of 140 cases of vacant houses and vacant lots were inspected by the central government within its jurisdiction.\n2. Conduct at least 6 environmental sanitation promotion meetings\nA total of 7 quality public toilet publicity activities were conducted, including 1 public toilet beautification and new ideas, 2 public toilet cleaning lessons, 1 environmental sanitation (dog poop, cigarette butts, etc.) publicity activities, and 1 dengue fever breeding source removal training briefing. A total of 281 people participated in the event, including 1 dengue fever training or field exercise and 1 cessation class.\n3. Public toilet classification labels and public toilet QR code signs\nThis year (113), 700 graded public toilet notice boards have been posted.\n4. Handle the evaluation and evaluation activities of Taitung County’s listed public toilets\nWe conducted an evaluation and evaluation of public toilets managed by experts and scholars, and set up posters and a website to provide the public with information and questionnaires to fill in. A total of 1,184 people participated. An online live draw will be held on July 22, and 150 winners will be selected. In addition, a commendation meeting for cleaning team members and outstanding public toilets was held and completed on October 24.\n5. Environmental sanitation work assigned by the agency\n(1) A total of 400 copies of promotional materials have been submitted.\n(2) This year (113), 11 press releases related to high-quality public toilets have been provided.\n6. Observe high-quality public toilets outside the county and enhance the quality public toilet culture in the county 1 session\nThis project has conducted 1 two-day and one-night public toilet business visit activity outside the county from May 23rd to May 24th, 2020.",
        "proj_year": "113",
        "org_name": "臺東縣環境保護局",
        "exe_unit": "信安工程顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130160760",
        "publish_date": "20241230"
    },
    {
        "chi_title": "113年度桃園市推動低碳永續家園執行計畫",
        "chi_subject": "配合桃園市之「桃園市發展低碳綠色城市自治條例」，針對永續發展願景與落實因應氣候變遷挑戰，推動「低碳永續家園執行計畫」透過輔導在地鄰里，強化低碳家園建構及氣候變遷調適相關知能，並持續推動低碳永續家園運作及管考，逐步帶領桃園邁向低碳永續綠色城市，達到預期目標。統計至113年10月31日本計畫工作進度說明如下：\n打造桃園成為低碳韌性城市，除凝聚桃園市推動低碳永續家園認證鄰里外，也邀請各區行政單位或民間企業團體加入調適作為。於5月14日辦理1場次「技術諮詢與評等審查小組」會議，透過各縣市推動六大運作機能的實際推動情形進行分享及專家學者建議，提升本市低碳永續家園評等制度推動效率，另外，本年度已完成辦理2場次低碳永續家園教育訓練課程及2場次再生能源推廣課程；為瞭解低碳永續家園成效及各里維運情形，辦理低碳永續家園6場次低碳永續家園認證單位現場查核工作，共計11處，目前已完成協助里層級11處取得低碳永續家園銅級評等認證及1處取得里銀級評等認證，年度預計完成區層級1處及里層級1處取得低碳永續家園銀級評等認證；執行低碳永續行動項目維運或精進輔導作業與改造與建物降溫改造工作2處； 113年8月辦理區域降溫培力工作坊1場次及辦理1場次氣候變遷調適教育宣導活動，並且於9月份辦理低碳永續家園相關觀摩活動1場次。",
        "eng_title": "Taoyuan City Low Carbon Sustainable Homelands Promotion Project in 2024",
        "eng_subject": "In coordination with The Autonomous Regulations of Low-Carbon Green City Development in Taoyuan City, this project intends to promote the “Low Carbon Sustainable Homelands” concepts and practices in response to the city’s sustainable development vision and to the climate change challenges. It has strengthened the Low Carbon Sustainable Homelands mechanism through continuous implementation, supervision and evaluation, and it has also consolidated the knowledge and capabilities regarding climate change adaptation by means of village-level consultations. The work progress of this effectiveness manag ement to achieve the expected (113) year is as follows:\nTo build Taoyuan into a low-carbon and resilient city, in addition to condensing Taoyuan City to promote low-carbon sustainable home certification neighborhoods, administrative units or non-governmental enterprise groups in various districts are also invited to join in the adjustment. \nStrengthen the city's neighbors to jointly promote and concretely implement low-carbon sustainable actions, drive the city's vision of low-carbon, resilient and sustainable home, and become a model for Liudu to promote low-carbon sustainability. Therefore, this year, we will handle 2 times of low-carbon sustainable home education and training courses and 1 times of renewable energy training courses;Assist 1 district level and 11 district level to obtain low-carbon sustainable home copper grade certification, district level 1 and 1 sub-level silver grade certification; Implement 3 low-carbon sustainable action project maintenance or improvement counseling operations and transformations; Handled 1 regional cooling and cultivation workshop; Assisted Taoyuan City Village to promote the cooling of green roofs, green walls, hedges and other buildings in 2 places.\nIn order to understand the effectiveness of low-carbon sustainable homes and enhance the sustainable maintenance capacity of each mile, we assisted in tracking the certification and operation of low-carbon sustainable homes in Taoyuan City this year; Handled 11 inspections of the living circle in the north area of the low-carbon sustainable home; 1 observation activity related to low-carbon sustainable home; Conducted 1 climate change adaptation education publicity activity; And plan to organize one time of low-carbon observation activities.",
        "proj_year": "113",
        "org_name": "桃園市政府環境保護局",
        "exe_unit": "鋒樺環境科技有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130105394",
        "publish_date": "20241215"
    },
    {
        "chi_title": "高雄市-113年度高雄市重點河川關鍵污染物削減暨總量管制計畫",
        "chi_subject": "本計畫彙整高雄市河川流域水質、雨量、人口、事業及畜牧業等流域背景資料，搭配工具地理資訊系統、空拍機及水質模式等，探討流域污染組成、河川水質之時空變化，並掌握關鍵污染源、關鍵水質指標及關鍵河段等重要資訊。高雄市流域污染組成原因，除二仁溪流域因畜牧事業密集，以畜牧污染為主，阿公店溪流域金屬表面處理及電鍍產業發達，以事業污染為主外，其餘流域多數因未完成接管作業以民生污染為主要水質污染項目。以RPI平均及嚴重污染站次比率來看，113年1~9月RPI平均為4.9、嚴重站次比率為13%，相較近5年均呈現改善趨勢。於各流域僅二仁溪、鹽水港溪及高屏溪有兩者惡化情形，主因113年1~9月受多次強降雨影響，部份流域濁度整體偏高，導致污染情形較為惡化，應持續關注水質變化。\n此外，藉由流域污染源資料之分析，掌握重點事業，辦理查核輔導，選定事業辦理污染協談，達成關鍵水質氨氮削減，並於重點河段及民眾關注區域架設6處影像監視設備，掌握河川環境之變化。\n依各流域污染組成分析流域水質整治策略，建議二仁溪以推動資源化措施為主；阿公店溪以下水道建設及推動資源化措施為主，事業方面可評估工業區廢水處理設施功能提升或事業密集工業區推動下水道建設；典寶溪可評估加速推動橋頭區之接管，並於接管前推動現地處理設施作為替代方案；後勁溪以下水道建設及推動資源化措施為主，事業方面可評估於事業密集工業區推動工業區聯合處理；愛河針對民生污染可持續進行用戶接管，並妥善操作既有水質淨化場；鳳山溪除持續推動下水道建設外，建議針對上游污染排水，採截流至既設或新設水淨場進行處理；鹽水港溪除持續推動下水道建設外，亦可新設現地處理設施作為下水道接管前之替代方案；高屏溪針對民生污染可加速上游未接管地區之用戶接管，並建議可評估推動聚落式污水處理設施，於畜牧污染方面可加速資源媒合輔導，減少畜牧污水排放。",
        "eng_title": "Key Pollutant Reduction and Total Quantity Control Plan for Major Rivers in Kaohsiung City, 2024.",
        "eng_subject": "This project consolidates background data on water quality, rainfall, population, industry, and livestock in Kaohsiung’s river basins. Using GIS, drones, and water quality models, it explores pollution composition, tracks water quality changes over time, and identifies key pollutants, indicators, and critical segments in each river basin.\nIn Kaohsiung, pollution sources vary across basins: Erren River faces heavy livestock-related pollution, while Agongdian River is impacted by industrial pollution from metal processing and electroplating. Most other basins primarily suffer from domestic pollution due to incomplete sewage connections. Between January and September 2023, the average River Pollution Index (RPI) was 4.9, with a high pollution rate of 13%, showing improvement over the past five years. However, Erren River, Yanshueigang River, and Gaoping River showed temporary declines due to heavy rainfall, which raised turbidity and increased pollution levels. Continuous monitoring is needed to track water quality changes.\nBy analyzing pollution sources, we identified major industries for targeted inspections and consultations to reduce ammonia nitrogen levels. Six monitoring cameras were installed in key locations to track environmental changes in rivers.\nPollution control strategies for each basin are as follows:\n•\tErren River: Focus on resource recovery measures.\n•\tAgongdian River: Prioritize sewer infrastructure and resource recovery, with potential upgrades to industrial wastewater treatment facilities.\n•\tDianbao River: Accelerate connection projects in Qiaotou District and establish on-site treatment facilities as interim solutions.\n•\tHoujing River: Continue sewer expansion and resource recovery; evaluate joint treatment facilities in industrial areas.\n•\tLove River: Expand household sewer connections and optimize existing purification facilities.\n•\tFongshan River: Divert upstream wastewater to existing or new purification plants.\n•\tYanshueigang River: Add on-site treatment as a short-term measure until full sewer connections are completed.\n•\tGaoping River: Accelerate upstream household connections; consider community-based sewage treatment facilities and enhance livestock wastewater management to reduce agricultural pollution.",
        "proj_year": "113",
        "org_name": "高雄市政府環境保護局",
        "exe_unit": "磐誠工程顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130075497",
        "publish_date": "20241211"
    },
    {
        "chi_title": "113年苗栗縣環境教育專案計畫",
        "chi_subject": "配合環境部施政重點「實踐綠生活行動」之推廣層面，落實國家環境教育持續扎根，透過結合苗栗縣境內的環境教育亮點產業、觀光旅遊及藝術人文之在地特色，提昇整體環境教育服務品質及學習環境，引導民眾參與優質戶外環境教育活動、接觸多元環境體驗學習，加速環境教育普及化；配合環境教育法第20條及志願服務法，協助各地方政府鼓勵國民加入環境教育志工；以競賽方式宣傳環保知識，增進縣民環保使命感、責任感和榮譽感；透過環境教育繪本徵選，鼓勵民眾以苗栗在地環境為故事背景，發揮創意描繪出屬於家園的故事。",
        "eng_title": "2024 Miaoli County Environmental Education and Publicity Integration Program",
        "eng_subject": "To align with the Environmental Protection Administration's key policy of promoting the Green Living Action, efforts are being made to strengthen the foundation of national environmental education. By integrating the unique local features of Miaoli County, such as its environmental education highlights, tourism, and arts and culture, the aim is to enhance the overall quality of environmental education services and learning environments. This initiative encourages the public to participate in high-quality outdoor environmental education activities and engage in diverse experiential learning opportunities, accelerating the popularization of environmental education. In accordance with Article 20 of the Environmental Education Act and the Volunteer Service Act, local governments are supported in encouraging citizens to join environmental education volunteer programs. Environmental awareness is further promoted through competitions that foster a sense of mission, responsibility, and honor among county residents. Additionally, through an environmental education picture book contest, the public is encouraged to creatively depict stories set in Miaoli’s local environment, showcasing their connection to and vision for their homeland.",
        "proj_year": "113",
        "org_name": "苗栗縣政府環境保護局",
        "exe_unit": "慶磐有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130073132",
        "publish_date": "20241230"
    },
    {
        "chi_title": "113年彰化縣推動環保許可整合計畫",
        "chi_subject": "本計畫執行期間承蒙環境部、環保局及專家學者給予指導及建議，使各項作業執行內容與進度均能符合原規劃，並順利執行完畢。本計畫各項工作內容及詳細成果，均分述於本報告各章節中，另摘要說明如下：\n（一）精進輔導優先試辦對象\n計畫執行期間共完成輔導50家優先試辦對象，檢視各類環保許可文件，確認污染流向圖符合空污、水污、廢棄物及毒化物許可內容，針對繪製上有缺失或有疑義待釐清之問題，皆已通知事業單位進行確認並輔導修正污染流向圖上傳至環境保護許可管理資訊系統（EMS）。\n（二）輔導擴大對象繪製污染流向圖\n計畫執行期間共輔導55家擴大對象，協助繪製污染流向圖並上傳至環境保護許可管理資訊系統（EMS）。透過空、水、廢、毒污染流向示意圖之繪製，審查單位可快速同時檢視各許可核定內容之一致性，確實有助掌握整廠污染流向之完整性，可提醒業者釐清及盡速辦理相關許可異動，避免因疏忽導致有違法情事產生。\n（三）輔導擴大對象辦理諮詢、會審工作\n計畫執行期間共完成11家次諮詢、會審工作（包含7家次前置諮詢輔導及4家次共同會審作業），協助彙整各單位審查意見，並將諮詢、會審相關資料上傳至環境保護許可管理資訊系統（EMS）。\n（四）宣導及其他作業\n1.為配合環境部推動環保許可整合，協助業者掌握制度規劃及相關作業流程，輔導其依現有環保許可文件完成繪製空、水、廢、毒污染流向示意圖並上傳至許可管理資訊系統(EMS系統)，計畫執行期間共完成1場次「環保許可整合及污染流向圖繪製」宣導說明會辦理。\n2. 為協助環保局各審查單位配合執行相關諮詢會審作業，有效提升許可整合推動成效，本計畫已完成辦理1場環保局內部教育訓練，針對諮詢會審程序、污染流向圖繪製等，向各科室審查單位加以說明。",
        "eng_title": "2024 Project of Promoting Integration of Environmental Protection Permits in Changhua County.",
        "eng_subject": "This project has been successfully fulfilled in accordance with the predefined details and schedule thanks to the guidance and advice given by the Ministry of Environment, the EPB and multiple experts during the period of executive thereof. The tasks and results in details of this project are explained in the sections of this report and are summarized as follows:\n(A) Improve counseling priority objects\nThroughout the period of project execution, a total of 50 priority trial targets were counseled, and various environmental protection permit documents were reviewed to confirm that the pollution flow diagram complies with the permit contents of air pollution, water pollution, waste and toxic chemicals, and the deficiencies or doubts in the drawing need to be clarified, all problems have been notified to the business unit for confirmation and guidance to correct the pollution flow diagrams and upload it to the Environmental Protection Permit Management Information System (EMS).\n(B) Counseling to expand objects and draw pollution flow diagrams\nDuring the implementation of the plan, a total of 55 expand targets were assisted, and the pollution flow diagrams were drawn and uploaded to the environmental protection permit management information system (EMS). Through the drawing of air, water, waste, and toxic pollution flow diagrams, the review unit can quickly and simultaneously check the consistency of the approved content of each permit, which really helps to grasp the integrity of the pollution flow of the entire plant, and can remind the industry to clarify and apply for relevant permits as soon as possible changes to avoid illegal situations caused by negligence.\n(C) Assistance in expand objects counseling and Joint Review\nDuring the implementation of the plan, a total of 11 consultations and joint reviews were completed (including 7 pre-consultations and 4 joint reviews), assisting in the collection of review opinions of various units, and uploading consultation and joint review related materials to environmental protection permits Management Information System (EMS).\n(D) Propaganda and other operations\n1.In order to cooperate with the Ministry of Environment to promote the integration of environmental protection permits, assist the industry to master the system planning and related operating procedures, and guide them to complete the drawing of air, water, waste, and toxic pollution flow diagrams according to the existing environmental protection permit documents and upload them to the permit management information system (EMS system), during the implementation of the plan, we held 1 presentations on the matters regarding promoting Integration of Environmental Protection Permits.\n2.In order to assist the review units of the EPB to cooperate in the implementation of relevant consultation and joint review operations, and effectively improve the effectiveness of permit integration and promotion, this plan has completed an internal education and training session for the EPB. Regarding the consultation review process and the drawing of pollution flow diagrams, etc., to the review units of each department to illustrate.",
        "proj_year": "113",
        "org_name": "彰化縣環境保護局",
        "exe_unit": "台灣曼寧工程顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130051127",
        "publish_date": "20241219"
    },
    {
        "chi_title": "113年度彰化縣毒性及關注化學物質源頭管理計畫",
        "chi_subject": "本計畫團隊承接彰化縣環境保護局委辦「113年度彰化縣毒性及關注化學物質源頭管理計畫」，為強化毒性及關注化學物質運作管理及督導業者做好災害預防整備；同時避免工業級化學物質流入食品鏈，提高對具食安風險疑慮化學物質之風險管理及危害辨識，確保人民生命、環境及財產之安全。本團隊藉由計畫執行協助彰化縣環境保護局掌握彰化縣境內化學物質流向與加強運作安全，統計至期末進度為止，本計畫總執行進度為100%，契約規範各項業務執行成果如下：\n一、\t毒性及關注化學物質運作管理與災害防救：\n1.\t已辦理毒性及關注化學物質運作場所及彰化縣相關災防機關間通聯測試409家次，除確認聯絡管道暢通，另進行政令宣達包括提醒業者證件期限、應變人員登載情形及聯防組織資料更新等。\n2.\t已辦理毒性及關注化學物質運作場所整體演練輔導8場次，輔導對象以達分級運作量且使用物質危害性較高之業者優先辦理，藉由實兵演習掌握業者災害搶救能力。\n3.\t已辦理毒化災事故現場勘查及應變2場次，事故類型為交通事故事故（非毒災）及化學品爆炸事故(非毒災)。\n4.\t已辦理毒性及關注化學物質廠家法規宣導說明會4場次，邀請彰化縣轄內334家業者，共出席289家次，出席率為87%。\n5.\t已辦理證件審核（許可、登記、核可、專責人員設置、證件註銷）通過件數計93件次，其中申請證件變更佔36%為大宗，較常見缺失改善以「證件申請書」、「運作場所之全廠（場）及內部配置圖」為主。\n6.\t已辦理危害預防及應變計畫、應變器材、偵測及警報設備之設置及操作計畫檢核35件次，以偵測及警報設備之設置計畫送審佔20件最多，常見改善缺失以個人防護設備數量短缺及應變器材項目資料填寫不完整為主。\n7.\t已辦理轄內毒性及關注化學物質運作紀錄及運送聯單流向勾稽1式：\n（1）針對毒性及關注化學物質運作紀錄流向異常申報之運作人或運作場所與其上、下游廠商之運作流向及運作量進行勾稽並輔導業者異常更正106件，其中以輔導下游申報異常佔大宗。\n（2）辦理毒化物運送車輛GPS勾稽作業達43件，以業者起迄點座標與系統登載座標不符造成軌跡異常為大宗。\n8.\t已辦理彰化縣毒性化學物質災害應變防救演練1場次，依局內指示首次辦理複合型污染事故操演，事故想定以地震衍生海污、空污、毒化災進行聯合操演，並邀請鄰近縣市環保局觀摩演練。\n9.\t已辦理增列關注化學物質之相關運作業者法規宣導說明會1場次，邀請對象以彰化縣境內列管關注化學物質業者為主。\n二、\t辦理化工原料或相關業者輔導訪查：\n1.\t已辦理化學物質運作相關業者輔導訪查180場次，輔導對象均為彰化縣轄內化工原料業者，在四要管理要求則以流向紀錄不完善為主要輔導事項。\n2.\t已辦理化學物質相關業者輔導訪查資料系統建檔180件次，依據成員實地訪查結果建置於指定管理系統。\n3.\t已辦理具食安風險疑慮化學物質安全教育宣導活動10場次，共計805人次出席，並依環保局指示製作活動宣導品700份。\n三、\t毒物及化學物質運作管理其他事項：\n1.\t持續辦理偵檢器材設備維護管理1式，除了進行雙週檢點、事故後檢點作業，另於8月下旬送原設備廠進行托管儀器年度校正。\n2.\t已辦理毒性及關注化學物質專案查核或現勘案54場次，專案查核類型包括達分級運作量業者查核、化學署指定專案(如危險化學品現勘案)為主。\n3.\t已辦理毒性及關注化學物質運作場所應變實務訓練4場次，邀請彰化縣轄內聯防組織計4組成員，共出席254家次，出席率為98%。\n4.\t已辦理彰化縣「毒災潛勢預測分析查詢系統」資料更新及系統維護，於計畫執行期間配合環保局資訊室進行系統移機作業與移機後系統功能測試；另藉由辦理通聯測試過程，持續更新本系統登載之毒性及關注化學物質運作廠家聯絡資訊。\n5.\t已辦理工作會議9場次，每月依環保局指定期日辦理計畫執行概況及交辦事項辦理情形回覆相關會議，並提供會議紀錄。\n6.\t協助辦理其他臨時交辦事項，如配合協助彙整及統計相關考核（評）事項填報、113年彰化縣毒性及關注化學物質應重新提送應變器材及偵測警報設備計畫之廠家進行統計、針對防災基本資料表之文件審查、持續協助「毒性及關注化學物質許可登記核可預審作業」、協助追蹤彰化縣列管廠家專業應變人員回訓狀況等。\n四、辦理病媒防治業者例行性稽查：查核病媒防治業者用藥情形44件次，其中部分業者未盡完善，查核當下已輔導業者落實定期健檢與妥善保管相關資料，並於查核後持續追蹤改善。\n截至11月15日為止，本計畫總執行率已達100%，本團隊依契約規定執行各項工作，藉由計畫執行落實毒性及關注化學物質運作管理安全、提升應變時之災害防救應變能力；並透過現場訪查掌握化學物質運作流向、提高轄內病媒防治業者運作管理，適時協助環保局向廠家進行相關政令宣導，避免業者違反法令而觸法。",
        "eng_title": "2014 Changhua County Toxic and Concern Chemical Substances Source Management Plan",
        "eng_subject": "The project team has undertaken the 113 Changhua County Toxic and Concern Chemical Source Management Plan commissioned by the Changhua County Environmental Protection Bureau to strengthen the operation management of toxic and concerned chemicals and supervise businesses to prepare for disaster prevention; at the same time, prevent industrial-grade chemicals from entering the food chain, improve risk management and hazard identification of chemicals with food safety risks, and ensure the safety of people's lives, the environment, and property. Through the implementation of the plan, our team assisted the Environmental Protection Bureau of Changhua County to grasp the flow of chemical substances in Changhua County and strengthen operational safety. As of the end of the period, the overall implementation progress of this plan was 100%. The results of the implementation of various business items specified in the contract are as follows:",
        "proj_year": "113",
        "org_name": "彰化縣環境保護局",
        "exe_unit": "鼎薪防災科技有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130047397",
        "publish_date": "20241219"
    },
    {
        "chi_title": "113年度臺東縣汽機車輛稽查管制暨污染減量計畫",
        "chi_subject": "本計畫自簽約完成日起，本團隊對於執行計畫內相關所需設備及相關人\n員等進行硬體建置及人員招募，皆在時間內順利完成，合約工作項目依規畫\n已完成。 \n(一)統計113年11月30日，機車定檢到檢率依車籍計算為90.53%，已完成\n檢驗數 80,074 輛，機車定檢到檢率依定檢站為 86.06%，已完成檢驗數\n76,115 輛。 \n(二)本計畫每月寄發當月份通知應到檢車之排氣檢驗通知(明信片)前，均會進\n行資料篩選，截至113年11月30日，已寄出74,262封；本計畫寄發二\n次定檢公文函平信通知時，由EPA資料庫篩選未定檢車輛寄16,339封，\n回檢率76.27%，經車牌辨識系統拍攝到使用中未定檢車輛5,434封，回\n檢率82.24%，截至11月30日共寄發21,773封。 \n(三)移動式定檢服務，截至11月30日，共執行了執行109趟次，完成免費\n機車檢測服務1,455輛(扣除未依規定車輛後為1,424輛)，平均每趟檢測數約為13輛，不合格106輛，不合格率7.4%。 \n(四)路邊不定期攔檢執行至11月30日共計攔檢機車1,161輛次(扣除未依規\n定車輛後為1,134輛)。檢測結果方面，不合格車輛81輛，不合格率7.1%。\n於113 年1月至11月環境部機定系統顯示本縣機車調修改善完成2,021\n輛，其中二行程機車53輛，四行程機車1,968輛。複驗合格車輛推估需\n別計算二、四行程之削減量，其中二行程機車CO  0.49公噸\/年、NMHC  \n0.41 公噸\/年，四行程機車CO  196.79公噸\/年、NMHC  25.03 公噸\/年。 \n(五)永久性減量方面，主要為淘汰 1-4 期老舊機車，淘汰老舊機車削減量推\n估需別計算二、四行程之削減量，113年1-11月共計淘汰1-4期二行程\n機車179輛、四行程機車3,031輛，推估削減量為二行程機車TSP  0.11\n公噸\/年，PM10 0.08 公噸\/年，PM2.5 0.07 公噸\/年，NOX 0.03 公噸\/年，\nNMHC  1.18公噸\/年，CO  1.79公噸\/年；四行程機車TSP  0.95公噸\/\n年，PM10  0.56公噸\/年，PM2.5  0.41公噸\/年，NOX  3.31公噸\/年，NMHC  \n11.32 公噸\/年，CO  39.2公噸\/年。 \n(六)本縣目前排氣檢驗站共有61站，截至113年11月30日共計查核定檢站\n360 站次，查核結果共計有240項缺失。 \n(七) 113 年度應針對轄內61間定檢站各完成一次標準氣體單點查核，結至11\n月30日共計查核61站次查核結果，總共查核63次。 \n(八)完成製作機車排氣定期檢驗提醒小標籤50,000份、定檢行程海報20份、\n宣導海報60張、宣導布條60條、宣導立牌2面、移定車使用宣導立牌\n2 組、手拿牌5個、派報DM 80,000份，並採購宣導品「白雪環保洗衣\n精」1,000份。 \n(九)執行停車怠速熄火之宣導本計畫選定主要為民眾常發生怠速情況的地點，\n共計完成巡查宣導作業108輛次。 \n(十)辦理宣導說明會：截至11月30日為止，共辦理5場次宣導活動。宣導\n人數1,035人次。 \n(十一)聲音照相科技執法：截11月30日為止完成70場次。 \n(十二)聲音照相科技執法：截至11 月30日為止高噪音車輛聲音照相系統取\n締已通知146輛次。",
        "eng_title": "113 Taitung County Turbine Vehicle Inspection Control  and Pollution Reduction Plan",
        "eng_subject": "Since the completion of the signing of the plan, the team has carried out \nhardware construction and personnel recruitment for the relevant equipment \nand related personnel required in the implementation plan, which have been \nsuccessfully completed within the time, and the contract work project has been \ncompleted according to the plan. \n(1) Statistics on November 30, 113, the locomotive inspection rate was 90.53% \naccording to the car registration, the number of completed inspections was \n80,074, the locomotive inspection rate was 86.06% according to the fixed \ninspection station, and the number of completed inspections was 76,115. \n(2) The Plan will screen the information before sending the monthly notice to \nthe exhaust inspection notice (postcard) of the vehicle inspection, and as of \nNovember 30, 113, 74,262 messages have been sent; When the program sent \nthe notice of the second regular inspection, 16,339 vehicles that had not been \ninspected were screened by the EPA database, with a return inspection rate of \n76.27%, and 5,434 vehicles that were not regularly inspected were \nphotographed by the license plate recognition system, with a return inspection \nrate of 82.24%, and a total of 21,773 were sent as of November 30. \n(3) As of November 30, a total of 109 inspections were carried out, and 1,455 \nfree locomotive inspection services were completed (1,424 vehicles after \ndeducting vehicles that did not comply with regulations), with an average of \nabout 13 vehicles inspected per trip, and 106 vehicles were unqualified, with a \nfailure rate of 7.4%.\n(4) A total of 1,161 locomotives (1,134 vehicles after deducting non-compliant \nvehicles) were stopped and inspected until November 30. In terms of test \nresults, there were 81 unqualified vehicles, with a failure rate of 7.1%. From \nJanuary to November 113, the machine system of the Ministry of Environment \nshowed that 2,021 locomotives in the county had been repaired and improved, \nincluding 53 two-stroke locomotives and 1,968 four-stroke locomotives. The \nreduction of the second and fourth strokes of the two-stroke locomotive is \nestimated to be calculated separately, including the two-stroke locomotive CO \nof 0.49 metric tons\/year, the NMHC of 0.41 metric tons\/year, the four-stroke \nlocomotive CO of 196.79 metric tons\/year, and the NMHC of 25.03 metric \ntons\/year. \n(5) In terms of permanent reduction, the main reduction is to eliminate the old \nlocomotives of phases 1-4, and the reduction of the elimination of old \nlocomotives is estimated to be calculated separately for the reduction of the \nsecond and fourth strokes, and a total of 179 two-stroke locomotives and 3,031 \nfour-stroke locomotives in the first to fourth phases were eliminated from \nJanuary to November 113, with an estimated reduction of 0.11 metric tons\/year \nof TSP, 0.08 metric tons\/year of PM10, 0.07 metric tons\/year of PM2.5, 0.03 \nmetric tons\/year of NOX, 1.18 metric tons\/year of NMHC, and CO  1.79 \nmetric tons\/year; Four-stroke locomotives TSP 0.95 metric tons\/year, PM10 \n0.56 metric tons\/year, PM2.5 0.41 metric tons\/year, NOX 3.31 metric tons\/year, \nNMHC 11.32 metric tons\/year, CO 39.2 metric tons\/year. \n(6) At present, there are 61 exhaust inspection stations in the county, and as of \nNovember 30, 113, a total of 360 inspection stations have been checked, and a \ntotal of 240 inspection results are missing. \n(7) In 113, a single-point audit of standard gas should be completed for each of \nthe 61 regular inspection stations within the jurisdiction, and a total of 61 \ninspection results should be checked by November 30, with a total of 63 \ninspections. \n(8) Completed the production of 50,000 copies of locomotive exhaust regular \ninspection reminder labels, 20 posters of regular inspection itinerary, 60 \nposters, 60 banners, 2 banners, 2 sets of promotional signs, 5 hand-held cards, \n80,000 copies of DM, and purchased 1,000 copies of the advocacy product \nSnow Environmentally Friendly Laundry Detergent. \n(9) Implement the advocacy of parking and idling offThis plan selects the \nlocation where the public often idle, and completes a total of 108 inspections \nand advocacy operations. \n(10) Handling advocacy briefings: As of November 30, a total of 5 advocacy \nactivities have been handled. The number of advocates was 1,035. \n(11) Law enforcement of sound and photographic technology: 70 sessions have \nbeen completed by November 30. \n(12) Law enforcement of sound camera technology: As of November 30, 146 \nvehicles have been notified of the ban on sound camera systems for high-noise \nvehicles.",
        "proj_year": "113",
        "org_name": "臺東縣環境保護局",
        "exe_unit": "亞太環境科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130039953",
        "publish_date": "20241231"
    },
    {
        "chi_title": "化學物質風險評估技術與資料建置計畫",
        "chi_subject": "本年度工作包括︰協助化學物質登錄風險評估資料審查與輔導、研析危害及暴露評估資料繳交作法、建立化學物質特性資訊公開資料，以及優化既有化學物質後續登錄管理架構。主要成果涵蓋下列5項︰(1)完成13件新化學物質及830件既有化學物質標準登錄案件審查，並提供超過100家次危害及暴露評估輔導諮詢服務，另根據業者反饋意見，協助調修危害及暴露相關登錄系統工具項目欄位及教學影片。(2)為研擬第1期既有化學物質危害及暴露評估資料提交作法，調查共同登錄團體領導登錄人現有規劃及後續輔導需求，研析登錄資料及國際資訊，據以提出優先物質及提交期程建議，並完成2種物質之危害評估輔導教材。(3)對於登錄資料應用，提出階層式資料公開架構，完成30種既有化學物質資料蒐集與專家學者查核資料適用性，以及規劃並完成5種物質危害資訊圖像化呈現方式，內容包含定性危害、定量危害及非動物替代測試應用情形。(4)為持續完善既有化學物質登錄制度，提出後續物質篩選架構及優化方向，包含依物質危害資料完整度規劃不同的資料蒐集方式、參考歐盟和日本作法蒐集物質下游用途資訊、逐步篩選並強化高風險物質評估，以及配合管理需求傳遞物質資訊，此外進一步根據優化之篩選架構，綜整現有申報資料及國際危害資訊，分別提出下一批需評估之物質清單及替代測試評估物質清單各1式。(5)依據登錄輔導、制度研擬及政策宣導等業務需求，完成共15場危害及暴露評估相關會議，持續推動登錄制度及資料應用工作，以達到加速化學物質管理目的。",
        "eng_title": "The Project of Chemical Substances for Risk Assessment and Data Construction",
        "eng_subject": "The project achieved 5 main outcomes, as follows: Firstly, it completed the review of 13 new chemical substances and 830 existing chemical substances for standard registration, provided over 100 consultations on hazard and exposure assessments, and based on the feedback from registrants, assisted in upgrading “Chemist New X 3.0” and educational videos related to hazard and exposure registration. Secondly, to develop the hazard and exposure assessment data submission for the designated list of existing chemical substances, a survey was conducted to understand the current plans and help needs of lead registrants in joint registration groups. Additionally, based on registration data and international information, priority substances and submission schedules were proposed, and training materials for hazard assessment of 2 substances were completed. Thirdly, for the application of registration data, a hierarchical framework for data disclosure was proposed, and data for 30 existing chemical substances were collected and reviewed by experts for applicability. Moreover, hazard information for 5 substances was graphically presented, covering qualitative and quantitative hazards, along with the application of non-animal alternative testing methods etc. Fourth, a framework for substance screening and optimization was proposed to further improve the regulations of existing chemical registration. This included planning different data collection methods based on hazard information, referencing practices from the EU and Japan to gather downstream usage information, prioritizing high-risk substances for evaluation, and communicating substance information to meet management needs. Based on this optimized framework, the annual report data and international hazard information were consolidated to propose two draft lists: one for substances requiring further evaluation and another for alternative testing assessment. Finally, 15 meetings related to hazard and exposure assessment were held based on the needs for registration, registration system planning, and policy promotion. These efforts continue to advance the registration system and data application to accelerate the management of chemical substances.",
        "proj_year": "113",
        "org_name": "化學署評估管理組",
        "exe_unit": "瑞昶科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130024410",
        "publish_date": "20241230"
    },
    {
        "chi_title": "底泥品質快篩檢測技術研究-重金屬",
        "chi_subject": "本研究以創新的“先統計，後設計”分子檢測開發策略，透過第三代微生物總基因體分析技術，首先量化底泥樣品中的微生物重金屬抗性基因分布，透過基因數據與重金屬濃度數據，並考量環境氣候因子進行關聯性統計分析（ＭＷＡＳ），遴選出最佳重金屬代表性基因以開發反應重金屬濃度的引子探針，引子探針設計上考量基因功能序列特性以設計出更精準之重金屬ｑ－ＰＣＲ篩檢引子及探針，最後完成ｑ－ＰＣＲ篩檢引子及探針測試並評估其可行性。\n於彰化縣灌溉渠道番雅溝及新埤舊圳採集底泥樣品完成重金屬檢驗及微生物族群總基因體分析，並納入先前「微生物菌相、訊號基因與訊號因子檢測鑑定分析」案之底泥樣品重金屬檢測及微生物族群總基因體分析資料，完成微生物重金屬抗性基因量化分析。由基因量化分析數據與重金屬濃度數據的關聯性分析結果進一步遴選出3組具專一性之管制重金屬代表性基因：鉻ｃｚｃＣ、鉻ｚｎｅＢ／ｈｍｘＢ及鋅ｃａｄＡ／ｙｖｇＷ，進一步設計共38組引子及探針進行ｑ－ＰＣＲ測試，測試結果從鉻的設計引子中選出Ｃｒ＿ｚｎｅＢｈｍｘＢ＿５以及從鋅的設計引子中選出Ｚｎ－ｃａｄＡｙｖｇＷ＿３１作為適用性最高的引子對。",
        "eng_title": "Development of rapid diagnostics technology for heavy metal contamination in sediment",
        "eng_subject": "The pioneering “Tally and Design”molecular diagnostics development strategy de-ployed in this study involves first quantitating the distribution of microbial heavy metal resistant genes in contaminated sediment samples using Third Generation Metagenome Sequencing technology and customized bioinformatics pipeline. Next, the Meta-genome-associated analysis (MWAS) runs correlation analysis between the heavy metal resistant genes and concentrations of eight heavy metals to screen for most representative target genes. Lastly, homolog-based primer design will generate sequences to be used to synthesize q-PCR probe and test on sediment samples.\nSpecifically, sediments samples were first collected from the irrigation canals of “Fan Ya Kou” and “Hsin Pi Chiu Tsun” in Changhua County, and subjected to metagenomic and heavy metal analysis respectively. The distributions of microbial heavy metal resistant gene in current and earlier studies were next calculated and used in downstream MWAS analysis. Consequently, czcC (Chromium), zneB\/hmxB (Chromium) and cadA\/yvgW (Zinc) genes were selected as the representative resistant genes of Chromiun and Zinc. Finally, a total of 38 sets of primer and probe were synthesized and validated, and Cr_zneBhmxB_5 and Zn_cadAyvgW_31were chosen as the most relevant probe and probe set.",
        "proj_year": "113",
        "org_name": "國環院檢測技術中心",
        "exe_unit": "益農有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130005622",
        "publish_date": "20241226"
    },
    {
        "chi_title": "高雄市-112年推動廢棄物源頭減量及強化分類回收補助計畫",
        "chi_subject": "本計畫執行期程自112年1月1日起至112年12月31日，共計12個月，主要工作項目包括：維護保養已設置之自動資源回收機器、監控中心營運作業及維護工作、新設、推廣及移動工作、協助機關ARM自動資源回收機報廢或移置後之硬體拆除及場地復原作業、機具及行政支援、推動一次用產品源頭減量、垃圾強制分類及垃圾減量、推廣資源再使用及延長物品生命週期及行政配合等10大項工作，本報告統計至12月31日止，整體總執行進度已達100％，各項工作進度及內容如下說明：\n一、\t維護保養已設置之自動資源回收機器\n由工作人員監控每台回收機營運狀態及定期進行維護保養、環境清潔工作等，執行期間共維護保養一級及二級保養共計24次(累積執行480台次)，以保持自動資源回收機服務品質。\n二、\t自動資源回收機監控中心營運作業\n為掌握回收機營運狀態，派駐1名計畫經理及4位計畫工作人員，受理客服專線民眾及區隊來電反映事項共計3,759件通報案件，以卡料案件2,423件最多，其次為系統當機452件，主要以回收機主程式無法開啟等案件居多，平均妥善率為99.49％，在監控中心維護及軟硬體優化部分，為使監控中心運作更順暢，每月進行中央監控系統之設備進行清潔維護工作至少2次，執行期間已完成48次維護保養。\n三、\t自動資源回收機新設及推廣工作\n本計畫將針對設置於戶外之回收機觸控螢幕、超過使用次數壓縮機構、條碼辨識系統及憑證設備做為優先更換，以確保自動資源回收機服務品質。而針對自動資源回收機(ARM)設計外觀貼模2式(可搭配認養企業)及製作高雄市自動資源回收機分布圖及建立Google地圖，並每月更新。另外協助機關媒合2家企業合作認養自動資源回收機(ARM)。\n四、\tARM回收機新設及移動費用\n配合2023高雄市智慧城市展推廣ARM自動資源回收機由民間企業自主設置之整體營運效益，商借統奕包裝公司自行研發之新型回收機作為展示，安排回收機至高雄展覽館進行三天展示，以及展示後場地復原工作。另外本計畫針對原設置地點管理單位提出變更設置地點、場地整修及零組件故障者回收機進行9台次回收機移置作業。\n五、\t協助自動資源回收機報廢或移置後之硬體拆除及場地復原作業\n112年度計畫移置他點替換或暫存倉庫共移置9台，由原開發廠針對左營倉庫存放19台回收機，優先進行其中15台回收機檢修並提出建議處理方式(如現場拆解或運送回廠拆解維修)、維修報價單及盤點堪用零件等，再提送ARM回收機設備點檢報告至環保局備查以便評估後續維修或辦理報廢事宜。\n六、\t執行人力及機具設備\n本計畫於112年1月12日提送計畫人員清冊及機具設備，經環保局112年2月8日高市環局衛字第11230315200號函同意備查後，完成人員派駐及機具設備到位；為因應計畫內各項工作外勤之需，自備RDQ-8323 及BKF-2853稽巡查維修車輛2部，並於執行期間針對57部自動資源回收機器為保險標的辦理電子設備綜合保險。\n七、\t推動一次用產品源頭減量\n經輔導環保局周邊文山特區願意配合推動環保外送服務店家共計有21家業者，遍及4個行政區，各行政區以鳳山區10家最多，三民區9家次之。提供可循環容器盛裝餐點業者(環保外送)：共計列管181業者，遍及38個行政區，各行政區以小港區及大樹區8家最多，其次為左營區及鼓山區7家。\n辦理飲料店不得提供塑膠一次用飲料杯實施日期評估作業：高雄市經與業者研商及評估後提報環保署後，已於112年3月28日核定高雄市 112年 7月 1日起實施飲料店(含連鎖及非連鎖)不得提供塑膠一次用飲料杯，並在112年6月18日於駁二藝術特區辦理1場次高雄市飲料店一次用塑膠飲料杯減塑宣示記者會。同時透過網路媒體發布至少2則新聞。\n八、\t垃圾強制分類破袋稽查\n協同清潔隊稽查人員執行至少100處社區大樓或工業區廠商員工生活垃圾定點垃圾排出分類查核輔導，以歷年尚未查核及111年須複查之對象為優先，查核時須對其資源回收設施、一般垃圾及回收物流向、回收量等進行調查及彙整，同時輔導受查核單位每月提報回收量給所轄清潔隊。\n九、\t推廣資源再使用\n推動輔英科技大學圖書館-二手書交流平台及教育部南區圖書資源共享服務平台2處學校二手物交換網路平台，並維護環保署全國不用品藏寶地圖。辦理5場次玩具檢修及2場次小家電檢修，透過檢修活動辦理教育民眾小家電基礎保養技巧及延長物品使用壽命。另外結合樂淘寶環保市集辦理6場次定時定點二手物市集活動，共募集16,781件二手物品，交換(交易) 6,055件，平均交換率36.08%，二手物交易產值33萬7,685元，平均每件二手物交易產值約56元，吸引約9,300人次參與。\n十、\t行政配合事項\n本計畫依「行政機關、學校減少使用免洗餐具及包裝飲用水作業指引」協助機關輔導市府各單位填報各單位填報生活廢棄物物質管理資訊系統，每月平均填報率均達到8成以上，並協助機關推動推動辦桌不使用免洗餐具及塑膠桌布，最後經輔導並刪除實際非從事辦理圓桌中式外燴集團膳與歇業業者後，正式提送轄內辦桌業者清冊共計76家。經各區清潔隊前往逐一訪查，其中有意願申請補助之外燴團膳業者預計37家，本年度補助預計購置24,050個(菜盤、湯盅、盆、湯勺、杯、碗、碟…等)，可使用148萬次及租賃可重複使用餐具29,600個，共預計可減少使用150.96萬個一次用產品，預計引導37家外燴及團膳業者落實減少使用約1,509,600個一次用產品，相當於減少約9.435公噸之廢棄物產生量。",
        "eng_title": "Kaohsiung City - 112-year subsidy plan to promote waste source reduction and strengthen classification and recycling",
        "eng_subject": "The implementation period of this plan is from January 1st to December 31st, a total of 12 months. The main work items include: maintenance of the installed automatic resource recovery machine, operation and maintenance of the monitoring center, New establishment, promotion and relocation work, assisting institutions in hardware dismantling and site restoration operations after scrapping or relocation of ARM automatic resource recycling machines, machine tools and administrative support, promoting source reduction of disposable products, mandatory garbage classification and garbage reduction, As of December 31, the overall implementation progress of 10 major tasks, including promoting resource reuse, extending the life cycle of items, and administrative coordination, has reached 100%. The progress and content of each task are as follows:\n1. Maintain the installed automatic resource recovery machine\nThe staff monitors the operating status of each recycling machine and performs regular maintenance, environmental cleaning, etc. During the execution period, a total of 24 primary and secondary maintenances were performed (a total of 480 units were performed) to maintain the service of the automatic resource recycling machine. quality.\n2. Automatic resource recovery machine monitoring center operations\nIn order to understand the operating status of the recycling machine, a project manager and 4 project staff were stationed to handle a total of 3,759 reported cases from the customer service hotline and calls from the district team, with 2,423 material jam cases being the most common, followed by system crashes. 452 cases, mainly due to cases such as the recovery of the host program that cannot be opened, etc., with an average success rate of 99.49%. In the monitoring center maintenance and software and hardware optimization part, in order to make the monitoring center operate more smoothly, the equipment of the central monitoring system is inspected every month. Cleaning and maintenance work was performed at least 2 times, and 48 maintenance times were completed during the execution period.\n3. New installation and promotion of automatic resource recovery machines\nThis project will prioritize the replacement of touch screens, compression mechanisms, barcode recognition systems and voucher equipment installed outdoors to ensure the service quality of automatic resource recycling machines. For the automatic resource recovery machine (ARM), we designed the appearance sticker model (can be matched with the adoption company) and produced the automatic resource recovery machine distribution map in Kaohsiung City and created a Google map, which was updated every month. In addition, we assisted the agency in matching two companies to cooperate in adopting automatic resource recycling machines (ARM).\n4. New installation and moving costs of ARM recycling machines\nIn conjunction with the 2023 Kaohsiung Smart City Exhibition to promote the overall operational benefits of ARM automatic resource recycling machines independently installed by private enterprises, the business borrowed the new recycling machine independently developed by Tongyi Packaging Company as a display, and arranged for the recycling machine to be displayed at the Kaohsiung Exhibition Hall for three days. and post-show site restoration work. In addition, this plan proposes to change the installation location, site renovation, and relocation of 9 recycling machines in case of component failure according to the management unit of the original installation location.\n5. Assist in hardware dismantling and site restoration operations after the automatic resource recovery machine is scrapped or relocated\nIn 2012, it is planned to relocate a total of 9 recycling machines to other locations for replacement or temporary storage. The original",
        "proj_year": "112",
        "org_name": "高雄市政府環境保護局",
        "exe_unit": "信安工程顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1123484494",
        "publish_date": "20241223"
    },
    {
        "chi_title": "宜蘭縣-112年推動廢棄物源頭減量及強化分類回收補助計畫",
        "chi_subject": "一、資源循環及垃圾減量目標訂定：\n(一)加強垃圾減量亮點精進措施及辦理工作坊\n1.辦理特色亮點活動，包含：「2手交換讚」結合「減廢二手市集」辦理5場次「減廢達人，勁讚!」集點宣導活動，人數達1,770人，二手物品交換數量累計達2,321件。與宜蘭社區大學良心菜攤合作辦理捧花計畫之『蔬菜捧花』良心菜攤GO活動，使用牛皮紙包裝蔬菜並進行販賣，試辦活動成效良好，並擴大參與對象(宜蘭大學神農市集、羅東民生市場等)。在羅東民生市場辦理【我行，我不塑】採買挑戰活動之「減塑生力軍」，募集二手環保袋；並於10月份起擴大活動範圍至縣內多個社區，與快閃資收站結合募集二手環保袋，共辦理4場次，募集182個二手環保袋，重新進入循環再利用系統約119個。與本縣業者喜互惠協商，修改、調整設置於喜互惠的8處袋來幸福箱回收分類標示，並新增設計二手水果網袋回收標示。\n2.資源回收工作坊完成3場次，於會中討論縣內初核計畫，盼藉由輕鬆交流會談及經驗分享的方式，凝聚各公所向心力及目標，一同致力於本縣最佳績效成果展現。\n(二)依據環境部考核計畫訂定宜蘭縣執行目標，擬定112年度各鄉鎮市目標考核量，供環保局做為縣內初核計畫之參考。\n(三)112年度辦理6場次環保工作聯繫會議。\n(四)協助環保局定期彙整本縣各鄉（鎮、市）資源回收物變賣流向等資料。12鄉鎮市公所資源回收車共計有78條清運路線及52處定時定點收運，每周收運五天，全部清運人力清潔隊人數共計712人(含編制及臨時人員)，而全縣共有175輛資源回收車。本縣貯存場申請優化補助案件共計三星、壯圍、羅東及宜蘭等4件。\n(五)協助環保局針對源頭減量及資源回收之民眾陳情回應，112年民眾陳情、意見反應、建議留言共計18件。\n(六)針對112年垃圾清運量與去年同期清運量進行分析，全縣112年1-10月比111年同期減少6,407.75 公噸(6.4%)。7月份完成辦理本縣各公所收運垃圾之資源回收物排出組成及含量分析工作(即垃圾採樣)12車次。\n(七)宜蘭縣共計348位個體業者，其中有277位個體業者參加資收關懷計畫補助，1-10月累積補助人次達2,889人次，實撥補助款共計13,556,236元整，經費執行率達91.47%。資收關懷微型保險個體業者納保共計138位。列入資收關懷巡迴團服務對象經查共10人，本計畫協助環保局彙整各公所於112年6月15日及112年11月19日前提報資料及執行成果。環境部與本縣環保局合力推動資收關懷計畫，今年9月13日由縣長林姿妙於中秋佳節致贈本縣農產米至370戶列冊資收個體戶。\n(八)本計畫已執行薄塑膠外運作業49趟次，合計58.985公噸，而農藥空瓶部分已清運6車次20.459公噸，已達本計畫目標量，另外剩餘約2公噸預計於113年初進場去化。\n(九)結合考核內容及重點宣導，今年持續辦理廢農藥空瓶回收競賽活動，112年5月12日起至同年9月30日(六)止，各鄉鎮市報名隊伍共計有23隊，競賽累積回收重量計13,098公斤。\n(十)透過環保局廚餘再利用機制所產生之有機培養土，結合縣內各鄉鎮市公所與資收小站合作進行資源回收兌換活動，另於活動外時間在每單數月第一個星期五於宜蘭環保局進行兌換活動，供民眾前來兌換有機培養土。\n二、推動社區、機關、學校、團體辦理資收及責任販賣業者巡查工作：\n(一)本縣集合式住宅設置資源回收站已有39處，今年新增14處，另本計畫完成新規畫設置1處位於員山鄉雲闊一期，並完成辦理社區宣導說明會37場次，其中本計畫完成辦理11場次宣導說明會。\n(二)本計畫共查核88件疑似違反物品、容器之製造及輸入業者(在此稱責任業者)之相關規定，其中主動查獲共19件、接獲47件環境部函請未按期申報之責任業者案件及針對其他外縣市移請本縣未登記及未標示回收標誌共22件。\n(三)針對轄內14大販賣業者，進行應設置資源回收設施之進行現場輔導及查核工作，共計完成233家數。輔導電子電器業者使用線上取號套表共138家數，巡查輔導56家次。源頭減量稽查工作完成640件，本計畫共計完成2,090家數。一次用塑膠吸管稽查工作本縣管制家數為88家，完成稽查84家(95.5%)。辦理轄內一次用飲料杯管制對象稽查，本縣飲料店總計711家(含夜市攤商)，已查核215家次。配合環境部112年8月1日修正「免洗餐具限制使用對象及實施方式」，當日共巡查109家次，違規為13家次，違規店家皆已於輔導並改善。\n(四)本計畫共查核25家使用紙容器之店家，並填寫紙製平板容器及非平板類免洗餐具販賣通路及使用端供貨來源調查表，巡查之店家均已標示QRcode。\n(五)巡查工作之管理及資料建置與更新、擴充及維護各類型需登打於「環境部環保稽查處分管制系統」共建置292筆資料。\n三、辦理已登記回收業巡查與管理輔導完成55家次。另6月份辦理回收處理業示範場標竿學習活動，9月份辦理回收處理業法規說明會；並請本縣消防局於9月份辦理消防巡查與演練工作。辦理列冊回收業者巡查與管理輔導完成27家次。\n四、推動環保商圈形象改造及包裝水、塑膠飲料杯減量\n(一)推動商圈或夜市一次用產品減量及設置設施\n1.補助 10 家業者購置可重複清洗餐具，減少使用免洗餐具112 年以東門夜市(商圈)為主要借用對象(排除歷年已經購置餐具之店家)，輔導10家業者簽署環保餐具使用的合作意願書，由本計畫協助環保局購置業者所需之環保餐具借予業者長期使用，已於8月9日~10日期間完成環保餐具移交，並於8月18日完成合作意願書簽署，並輔導業者啟用環保餐具。\n2.輔導羅東夜市(固定攤商 21 家)、羅東夜市(流動攤商 5 家)、東門夜市(20 家)，共計 46 家業者不主動提供購物用塑膠袋，符合本計畫及環境部資源循環署考核目標。\n3.於羅東夜市商圈範圍內之羅東立體停車場完成 1 處資源回收桶設置，共設置5處垃圾分類措施(一般垃圾、塑膠製品、鋁罐類、鐵罐類，紙容器)，並交由羅東鎮公所負責維護管理，定期派員於每日下午三點至四點定時分類及清理。\n(二)推動行政機關、學校減少使用免洗餐具及包裝飲用水作業指引，辦理完成3場次「減少免洗餐具及包裝飲用水宣導」，參與人數共計110人，另據環境部考核規範，縣內機關、學校每個月20日前，需到系統申報前一個月減量成果，單位112年1至11月系統填報率皆達 80%，已達考核目標。\n(三)減少一次性餐具使用量(私部門、循環餐具、外燴業者)\n1.112 年已媒合薛長興工業股份有限公司及燿華電子股份有限公司，於員工訓練及 422 地球日等企業活動中，宣導響應環保，不使用一次性餐具及水杯。\n2.盤點111年環保外送與自備循環容器可盛裝之店家調查，自備循環容器可盛裝業者剩餘29家，3家退場，112年新增18家，目前合計47家，符合本計畫及環境部考核目標。\n3.於112年3~4月盤點清查舊有名單，現仍提供環保外送的商家有26家業者，之後以電訪或現場訪視等方式，邀約及確認業者服務內容，112年新增環保外送9家業者，目前合計35家。\n(四)辦理飲料店不得提供塑膠一次用飲料杯實施日期評估作業\n本計畫已於 112 年 5 月 4 日提出宜蘭縣轄內飲料店不得提供塑膠一次用飲料杯評估報告書，並於 6 月 20 日依照環保局意見修正完畢。8月1日收到環境部來文通知修正意見，並於同日修正報告書內容提交環保局確認，環境部於112年8月16日公告宜蘭縣飲料店不得提供塑膠一次用飲料杯實施日期， 實施日期為113年1月1日開始，本計畫112年8月18日將製作的宣導單張與限制日期公告公文一同寄給實施對象知悉。\n五、112 年 3-9 月共計垃圾檢查 840 袋垃圾。垃圾檢查結果(袋數)中，「合格-無回收物」 袋數計 213 袋(25%)、「 合格-回收物未達限制數量」袋數計 248 袋(30%)以及「 不合格」 袋數計 379 袋(45%)。 12 鄉鎮市公所垃圾檢查結果(袋數)平均合格率為 55%， 檢查出的回收物種類進行分析， 種類最多為塑膠容器 1,879 件(45.00%)、紙容器 1,562 件(37.40%)、鋁箔包 322 件(7.71%)。\n六、推廣資源再使用及促進減量管理措施\n(一)推廣資源再使用及延長物品生命週期\n1.輔導轄內各級學校、機關、團體等至少2處應用資訊平台辦理不用品再使用的相關訊息推送，並掌握相關交換數據目前由礁溪鄉公所(大忠二手物交換站、巨大垃圾再利用修繕廠)、環保局巨大修繕廠、耕莘護校、宜蘭舊書櫃及聖母醫院愛心小舖、壯圍鄉免費免廢交流棧(實體、線上)等8處應用資訊平台辦理不用品再使用的相關訊息推送。\n2.宜蘭縣於全國不用品寶藏地圖網站登錄之店家，共計 77 家。其中二手袋循環箱有 59 處，民眾可透過「宜蘭縣循環箱回報系統」留言反映站點異動情形，其餘家數則於本計畫巡查作業時，一併進行查訪，並依照實際狀況更新維護網站資料，以確保資訊正確性。\n3.於丟丟噹森林廣場，辦理「減廢達人，勁讚!」定時定點二手物市集，辦理場次共計6場。\n(二)為配合推動環境部各項減量政策，委託系統廠商開發循環杯借用系統及辦理相關輔導及宣導工作，於本縣羅東林業文化園區、夜市、商圈推動「來宜杯」循環杯服務。\n於112年8月起陸續提供「循環杯租借歸還」服務，由環保局無償提供參與園區700ml循環杯(含杯蓋)、收納箱(放置乾淨巡迴杯及回收循環杯)。\n本計畫已於112年9月18日辦理「來宜杯」循環杯服務推廣記者會，促使未來更多民眾及業者加入使用循環杯行列。\n(三)辦理推廣減塑商店認證：對於已認證通過「減塑愛地球‧綠實踐商店」持續辦理推廣，輔導並協助提升店家曝光率，鼓勵民眾支持減塑消費。「減塑愛地球 綠實踐商店」名單：總計設置39處，有效認證計2家(於112年8月到期)，已到期未續約計31家，店家暫停營業或歇業計 6 家。\n(四)設置並維護二手袋回收及取用點\n為響應環境部107年1月1日起擴大限制塑膠袋使用環之政策，培養民眾於賣場購物時主動攜帶環保袋、降低購買購物用塑膠袋之習慣，環保局開始於縣內設置「袋來幸福箱」，本縣已設置57處據點。\n另112年起為加強提升本縣社區大廈環保意識，落實源頭減量之生活習慣，本計畫已完成縣內39處社區大廈輔導與循環箱設置工作。\n七、落實資源回收相關管理及績效考評工作\n本計畫定期於每月10日前函文提交前月份之工作報表並透過月報會議討論各項執行進度外，亦針對112年環境部資源回收績效考核預先準備，今年度實地現勘考核行程於11月開始執行，本計畫依據「112年度直轄市及縣(市)政府環境保護績效考核計畫」(修正版)源頭減量及資源回收績效考核內容，協助彙整相關報表及資料提送事宜，以便掌握各考核項目提報成果進度。\n八、辦理資源回收宣導活動及媒體整合宣導\n(一)本計畫共計辦理資源回收及源頭減量等相關宣傳(導)67 場次；說明會及稽查工作 12 場次。\n(二)透過活動新聞稿發布於網路平面新聞或影音新聞平台，以及臉書宣傳露出等，本計畫已發布 81 則。本計畫採每 2 個月彙整各公所辦理之說明會、宣導等統計資料，統計112年實體活動宣導場次共計辦理1,155場次，媒體宣導發布則數亦有1,811則。",
        "eng_title": "Yilan County - 112-year subsidy plan to promote waste source reduction and strengthen classification and recycling",
        "eng_subject": "1. Setting goals for resource recycling and waste reduction\n(1) Strengthening highlights on waste reduction and refining measures through workshops.\n(2) Assisting in establishing target recycling volumes for each township and city. \n(3) Environmental protection work liaison meeting have 6 times.\n(4) Data on the flow of assets, equipment, and vehicle storage areas, etc.\n(5) Public responses to petitions of 18 responses were received.\n(6) Garbage composition analysis:\n(7) Recycling Workers Care Plan Counseling Work\n(8) Assisting in the removal of thin plastic and empty pesticide bottles within the jurisdiction: There were 49 outbound transportation trips totaling 58.985 metric tons, and 6 trips were conducted to remove empty pesticide bottles, totaling 20.459 metric tons.\n(9) Handling resource recycling competitions or large-scale activities:  A total of 23 teams participated, with a cumulative weight of 13,098 kilograms.\n(10) Handling food waste recycling publicity work and organic culture soil exchange activities: Redemption activities are held on the first Friday of every odd number month (January, March, May, July, September, and November).\n2. Promoting communities, agencies, schools, and groups to engage in recycling activities and conduct inspections of responsible vendors.\n(1) Guidance on setting up recycling stations in communities, apartments, and buildings and adding new demonstration stations: There are currently 39 sites, with 14 new sites added this year. Additionally, 37 community publicity briefings have been completed.\n(2) Handling inspections of responsible operators (including new additions and re-inspections), sanctions, and related work: A total of 88 manufacturers and importers of suspected illegal items and containers were inspected, resulting in the proactive seizure of 19 cases. The county received a total of 47 cases from the Ministry of Environment requesting transfers from other counties and cities, involving a total of 22 cases.\n(3) Reverse recycling inspections of vendors and guidance on the use of online ordering by electrical appliance vendors:\n(4) This project checked a total of 25 stores that have marked the QR code.\n(5) Management of inspection work and data establishment, updating, expansion, and maintenance: A total of 292 entries were created.\n3. A total of 55 tutoring sessions were completed. Study activities were scheduled for June, and regulatory briefings were held in September. In September, the fire department were asked to conduct fire inspections and drills. Additionally, a total of 27 inspections of listed recycling businesses have been completed.\n4. Promote the image transformation of environmentally friendly business districts and reduce the use of packaged water and plastic beverage cups:\n(1) Promote the reduction of single-use products and the installation of facilities in business districts or night markets:\n(2) Conduct 3 explanations or publicity meetings and provide guidance to local government agencies and schools in reporting source reduction results. The system filling rate has reached the assessment target.\n(3) Reduce the use of disposable tableware (private sector, recycling tableware, catering operators):\n(4) Beverage stores shall not provide plastic single-use beverage cups for date evaluation. The implementation date is January 1, 2024.\n5. Inspection of broken garbage bags by the cleaning team: \nA total of 840 bags of garbage were inspected, resulting in the following outcomes:\n- Qualified - no recyclables (25%) - Qualified - recyclables have not reached the limit (30%) - Unqualified (45%)\n6. Promote resource reuse and implement reduction management measures:\n7. Submit work reports before the 10th of each month and conduct meetings to discuss the progress of various implementations and assessment projects.\n8. Conduct resource recycling publicity activities and media integration publicity.",
        "proj_year": "112",
        "org_name": "宜蘭縣政府環境保護局",
        "exe_unit": "晶淨科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1123307876",
        "publish_date": "20241231"
    },
    {
        "chi_title": "112年南投縣低碳永續家園建構推動計畫",
        "chi_subject": "為因應全球氣候變遷及對氣候變遷衝擊提出完整因應措施，本計畫受南投縣政府環境保護局委託辦理「推動低碳永續家園執行計畫」，主要工作為維運低碳永續家園運作體系、輔導推廣建築綠化降溫工作、輔導轄內村里、社區執行低碳永續行動項目示範工作、輔導設置太陽光電發電系統、輔導設置太陽能路燈或設備、推動溫室氣體盤查登錄之查核作業、其他配合事項，各項工作執行成果說明如下：\n一、維運低碳永續家園運作體系\n已辦理2場次「技術諮詢與評等審查小組」相關會議，配合環境部績效評比原則，已完成112年上半年（第1次半年報）及112年下半年（第2次半年報）管考內容並上傳至系統，配合參與環境部及中部生活圈之相關會議與觀摩活動共計33場次。低碳永續家園認證評等方面，已辦理低碳永續家園認證評等申請宣導說明會1場次，且執行轄內獲得評等之成果查核，依據環境部現地查核規定，已完成查核7處村里。\n本年度已輔導6處尚未參與認證評等之村里取得「報名成功」，村里層級參與率達59.7%，新增2處村里取得「銅級」認證，並新增1處村里升等取得「銀級」認證。\n已辦理2場次低碳永續家園行動項目之相關宣導、推廣活動，辦理2場次氣候變遷減緩、調適等相關培力，刊登1則平面新聞廣告增進民眾對氣候變遷的知識素養，製作360份宣導品配合相關宣導活動發放。\n二、輔導推廣建築綠化降溫工作\n本年度將輔導與協助轄區內之建築物（校園、住宅、村（里）社區、公有建築、大型商場、辦公大樓等），規劃施作以推廣建築綠化降溫之工作（屋頂綠化、屋頂農園、牆面植生、綠籬或通風等建築物降溫工作），已完成設置4處，總經費40萬元，固碳當量約15.519公斤CO2e\/年；已完成追蹤查核4處110年度執行建築綠化降溫成果維運情形，其查核結果皆為良好。\n三、輔導轄內村里、社區執行低碳永續行動項目示範工作\n本年度將持續推動「112年南投縣村里、社區低碳永續行動項目示範補助」，已完成15處，總經費42萬元，減碳量約2,165.103  kgCO2e、固碳當量約2.304 kgCO2e\/年；另已完成查核7處110年度受補助申請單位之相關措施成果維運情形，其查核結果皆為良好。\n四、輔導設置太陽光電發電系統\n完成1場公民電廠設置太陽光電發電系統推廣活動；完成3處設置太陽光電發電系統補助，總補助經費22.5萬元，總設置容量為29.94 kWp；媒合南投環保局與新明能源有限公司出租環保局動力計站屋頂設置太陽能光電發電系統，裝置容量45.99 kWp。\n五、輔導設置太陽能路燈或設備\n為持續推廣再生能源，本年度執行「112年南投縣設置太陽能路燈或設備」補助，已設置4處，總經費40萬元。\n六、推動溫室氣體盤查登錄之查核作業\n確認本縣111年度第二批列管應盤查登錄溫室氣體排放量之排放源2廠家，並完成線上登錄審查確認作業，亦確認112年本縣無新增或解除列管之應盤查登錄對象；另依據環境部氣候變遷署查核規定，完成2家列管及8家非列管排放源溫室氣體排放量現場查核作業。\n七、其他配合事項\n配合轄內機關或團體辦理3場次相關宣導活動，以加強低碳生活及氣候變遷之推動。",
        "eng_title": "112 Years Nantou County Low Continuation Family Garden Construction Plan",
        "eng_subject": "Wei-un low, long-lasting family, garden-unsaku body system",
        "proj_year": "112",
        "org_name": "南投縣政府環境保護局",
        "exe_unit": "上境科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1122888557",
        "publish_date": "20241224"
    },
    {
        "chi_title": "彰化縣-112年推動廢棄物源頭減量及強化分類回收補助計畫",
        "chi_subject": "為推動彰化縣逐步達到源頭減量及資源循環再利用的目標，以及指定業者遵循源頭減量、資源回收及廚餘等法令規範，本計畫協助辦理「112年彰化縣一般廢棄物源頭減量暨廚餘管理計畫」，執行成果如下：\n(一)針對源頭減量、過度包裝、自備餐具優惠、紙餐具回收措施辦理20場次宣導活動，透過宣導活動，增加源頭減量觀念，以落實於日常生活中；針對行政機關、學校及回收商業者辦理5場法規說明會，以落實各單位及業者配合法令規範執行。\n(二)於彰化縣設置34處二手袋循環箱，推估再利用使用量約36,135個環保袋；設置5處落葉堆肥設施，預估一年可消化11.6公噸落葉量，減少垃圾量有助於減輕焚化廠負擔。\n(三)針對指定之回收商分別完成205家次已登記回收處理業者及255家次未達一定規模回收業者、源頭減量指定業者進行1,178家次稽查、重大節日過度包裝稽查作業完成734件產品稽查，疑似違規業者及產品由環保局函轉至業者所在地之縣市環保局進行後續稽查作業。\n(四)辦理10條垃圾車隨車破袋稽查作業，常見垃圾中回收物為塑膠容器及紙容器，因此針對回收項目加強民眾宣導工作。\n(五)撰寫各種廚餘成果報告，並協助辦理廚餘相關評鑑考核計畫各項考核項目及彙整廚餘回收相關統計報表。",
        "eng_title": "The Changhua County General Waste Source Reduction and Food Waste Management Project (2023)",
        "eng_subject": "In order to assist Changhua county step by step to attain the goal of source reduction and resource recycling, and to set laws and regulations for designated industries to follow in terms of source reduction, recycling and food waste, the project results for “The Changhua County General Waste Source Reduction and Food Waste Management Project (2023)” are as follows:\n1. Held 20 promotional activities on source reduction, overpackaging, discounts on bringing your own tableware, and paper tableware recycling to enhance public awareness on source reduction, to be adopted in daily life. Held 5 seminars on laws and regulations, intended for administrative agencies, schools and businesses, to ensure relevant units and businesses follow the rules.\n2. Implemented 34 secondhand bag recycling bins, and an estimated amount of 36,135 eco-friendly bags were reused. Implemented 5 leaf compost facilities, an estimated 11.6 tonnes of leaves may be composted. Waste reduction can reduce the incinerator’s burden.\n3. For designated recyclers, 205 inspections were conducted for registered recycling companies and 255 inspections for recycling companies below a certain magnitude, 1,178 inspections for source-reduction designated companies, 734 inspections for overpackaging during major events and holidays, suspected illegal companies and products were transferred by Changhua county EPB to the local EPB where the company is located for further inspection.\n4. 10 inspections for following garbage trucks and their contents were conducted. Common recyclables in garbage are plastic containers and paper containers, therefore, public advocacy work has been strengthened for such recycling items.\n5. Written various food waste reports, and assists in handling food waste-related evaluation and assessment projects, and compiling statistical reports related to food waste recycling.",
        "proj_year": "112",
        "org_name": "彰化縣環境保護局",
        "exe_unit": "京丞資源國際有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1122616257",
        "publish_date": "20241220"
    },
    {
        "chi_title": "112年度「優質公廁及美質環境推動計畫」經常門計畫(臺中市)",
        "chi_subject": "(一)推廣公廁環境整潔系列媒體行銷\n拍攝宣導影片2部，主題分別為「居家環境整理小撇步、一起來當滅孓殺手」及「大慶捷運站及大慶夜市公廁宣導」，統計至12月31日止，觀看數達17,389人次。\n於台中好環保臉書露出行銷圖卡7則，包括環境用藥、空地、煙蒂、優質如廁文化、遛狗不留便、公廁成果等主題，統計至12月31日止，觸及數達16,156人次。\n於中華電視公司主流媒體刊登環境用藥及公廁認養成果電子報2則。\n(二)推動優質公廁及智慧化管理\n完成300座指定場所公廁巡檢作業及15處22座廁所設備提升，並辦理2場次公廁清掃學習活動及環境衛生相關宣導說明會與媒合8家民間單位認養169座公廁。持續維護智慧公廁，設置後未有環保局同仁及洽公民眾反映明顯異味及廁間無衛生紙情形。\n(三)推動天災復原或環境整潔\n髒亂點追蹤，空地列管206處，中央部會主辦工程工地列管16處，空屋列管7處，第三季及第四季追蹤均已完成巡查；辦理登革熱孳生源清除培訓說明會1場次；辦理戒檳班講習6場次，到課率平均為49.8%，相較108年提升5%左右；結合臺中市動物保護防疫處活動，辦理遛狗不留便宣導2場次；辦理跨單位研商會議11場次。\n(四)辦理112年環管署優質公廁推動計畫各執行工項\n本計畫每週一提醒受補助單位填報執行進度表，每週二彙整給環境部，並辦理各項工程現勘督導訪視共計14場次，及辦理補助單位提送經費核銷資料初審作業等事宜。\n(五)辦理112-113年環管署優質公廁推動計畫各執行工項\n本計畫每週一提醒受補助單位填報執行進度表，每週二彙整給環境部，並辦理工程委託設計規劃內容檢視及審查會議共2場次。\n(六)辦理計畫執行說明會\n完成112年度及112-113年度環管署補助計畫執行說明會各1場次，其中112年度8個受補助單位參與，112-113年度3個受補助單位參與，現場針對環管署補助經費及規定、工程執行注意事項、公廁亮點範例及計畫管考等內容進行說明。\n(七)輔導環保局清潔隊或駐外單位廁所改善\n已完成7處清潔隊廁所改善作業，分別座落於北區、西屯區、北屯(東、西)、中西區、東南區、后里區及新社區等；改善內容包含設置免治馬桶座、扶手、友善措施（酒精噴瓶、置物架、警示鈴等）、綠美化及放置清掃紀錄表之壓克力展示板等公廁相關物品。\n(八)設置列管公廁扶手\n設置地點以市場為主，共有95座廁間，蹲式40間，坐式55間，已全數完成安裝，蹲式以倒T型扶手為主，坐式以L型扶手為主，安裝方式視現場情況調整。\n(九)製作公廁分級標籤及QRcode告示牌\n設置2,143間公廁QR code告示牌，內容包含公廁名稱、管理單位、通報電話及列管編號及QR code等整合資訊。",
        "eng_title": "2023 Taichung City Project of Quality Public Toilet ＆ Beautiful Environment Promotion",
        "eng_subject": "(1)\tSeries media marketing for promoting clean environment in public toilet\nTwo propaganda films were produced, which are in the theme of “Tips of clean household environment, we all are larvae terminators” and “Propaganda for public toilets at Daqing MRT Station ＆ Daqing Night Market”, and received 17,389 views as of Dec. 31.\nSeven Facebook (台中好環保) graph cards are posted, including the themes of environmental agents, vacant land, cigarette butts, culture of quality toilet use, walk your dog without leaving poop and public toilet achievements, which received 16,156 accesses as of Dec. 31.\nTwo electronic press releases were advertised on a main media of the Chinese Television System, which are the environmental agents and the achievement in public toilet adoption.\n(2) Promoting quality public toilets and smart management\nInspection tour was taken at 300 public toilets in designated places, along with equipment upgrade completed at 22 toilets in 15 places; learning activity of public toilet cleaning and presentation of propaganda for environmental hygiene were given on two occasions; 8 private organizations were coordinated to adopt 169 public toilets. The maintenance of smart public toilet continues, resulting in zero report, by EPB coworkers or public general who came to the City Hall for official matters, on obvious odor or toilet paper running out.\n (3) Promoting recovery from natural disasters or environmental tidiness\nIn the follow-up on filthy spots, patrol has been done at 206 controlled vacant land, 16 places in the list of control work sites by central agencies, and 7 places with controlled unoccupied houses for the 3rd and the 4th quarters. Presentation of training in elimination of dengue fever mosquito breeding source was given on 1 occasion; betel nut quitting seminar was provided on 6 occasions, receiving an average attendance rate at 49.8%, which was about 5% increase from 2019. Propaganda for walking dogs without leaving poops was given on two occasions in collaboration with Taichung City Animal Protection and Health Inspection Office; 11 cross-unit discussion meetings were held.\n(4)Conducting all tasks in the 2023 Environmental Management Administration High-Quality Public Restroom Implementation Plan\nThis plan reminds subsidized units to complete an implementation progress table every Monday, then archives it for the Ministry of Environment every Tuesday. In addition, a site inspection and supervision visit to all construction sites was conducted, totaling 14 sites. The plan also handled subsidized units’ submission of financing write-off information for preliminary review and other matters.  \n(5) Conducting all tasks in the 2023-2024 Environmental Management Administration High-Quality Public Restroom Implementation Plan\n        This plan reminds subsidized units to complete an implementation progress table every Monday, then archives it for the Ministry of Environment every Tuesday. The plan also handled inspection of the commissioned construction design and planning, and conducted review meetings, totaling two sessions.  \n(6) Conducting Plan Implementation Briefings \nEnvironmental Management Administration Subsidized Plan Implementation Briefings were held for both 2023 and 2023-2024, one session each. At these sessions, eight subsidized units participated in 2023, while three subsidized units participated from 2023 to 2024. The briefings included onsite explanation of Environmental Management Administration subsidization funds and regulations, points of note for construction implementation, highlight public restroom examples, control and review, and other contents.\n(7) Guidance to Environmental Protection Bureau sanitation squads and external units on restroom improvement\nSanitation squad restroom enhancement operations have been completed in seven locations: North District, Xitun District, Beitun (East and West), West Central District, Southeast District, Houli District, and Xinshe District. The upgrade includes the installation of washlets, handrails, user-friendly facilities (alcohol spray bottles, shelves, alarm bells, etc.), greening and beautification, acrylic display boards for cleaning records, and other public restroom-related items.  \n(8) Installing Handrails on Regulated Public Restrooms\n        Installed primarily in markets; installed on 95 stalls, including 40 squat and 55 sitting toilets, all now fully installed. The squat toilets mostly have inverted T handrails; the sitting toilets mostly have L-shaped handrails. The type of installation varied by onsite circumstances. \n(9) Producing Public Restroom Grading Labels and QR code Signboards\nQR code signboards have been installed in 2,143 public restrooms. The signs include the name of the public restroom, the managing organization, a reporting phone number, the regulation listing number, the QR code, and other integrated information.",
        "proj_year": "112",
        "org_name": "臺中市政府環境保護局",
        "exe_unit": "台灣曼寧工程顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1122589995",
        "publish_date": "20241223"
    },
    {
        "chi_title": "雲林縣-112年度資收關懷計畫",
        "chi_subject": "執行資源回收關懷計畫，針對列冊個體業者，媒合清潔隊到府回收資源回收物，並協助個體業者請領補助金；參與資收關懷計畫人數共60位，截至11月底總經費執行率達106.2%、總載運人次達821人次。",
        "eng_title": "112 Annual Resource Recycling Care Plan",
        "eng_subject": "To carry out the “Recycle and Care Program,” the project focused on listed self-employed individuals to match with cleaning squads to come to their homes and collect recycled resources and recyclables and assist self-employed individuals to apply for subsidies. In total, the number of people who take part in the “Recycle and Care Program” came to 60 as a whole. As of the end of November, the implementation rate of total funds reached 106.2%, and the total number of person-time carried came to 821.",
        "proj_year": "112",
        "org_name": "雲林縣環境保護局",
        "exe_unit": "綠信環境科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1122431447",
        "publish_date": "20241223"
    },
    {
        "chi_title": "苗栗縣-112年度資源循環工作計畫",
        "chi_subject": "計畫名稱：112 年度苗栗縣資源回收宣導及相關工作計畫 執行單位：亞太環境科技股份有限公司\n計畫期程：112 年 3 月 16 日至 112 年 11 月 25 日\n\n \n計畫經費：4,766,000 元\n \n\n\n執行成果概述\n \n\n本計畫工作期程自 112 年 3 月 16 日起至 112 年 11 月 25 日，已完成全\n部工作項目，各工作項目執行成果重點摘要如下：研擬 112 年度苗栗縣 18\n鄉鎮市公所源頭減量及資源回收績效考核初核計畫書；設置 8 處公寓大廈\n資源回收設施示範站並巡迴集合式住宅辦理 10 場次宣導作業；辦理 1 場\n次外燴不得使用免洗餐具及一次用塑膠桌布宣導活動；辦理 1 場次不得免 費提供旅宿用品宣導活動；提出購物用塑膠袋減量計畫；結合縣內本縣各 鄉鎮市活動辦理資源回收宣導工作 21 場次；持續維護資源回收相關網站 並製作 14 則新聞稿；持續經營 Facebook 官方粉絲頁、LINE@生活圈資源 回收生活圈；在地性媒體宣導 400 檔次；持續經營形象娃娃麻糬哥及桐花\n妹 Instagram；辦理破袋檢查作業 1,450 次；辦理 2 場次高壓容器宣導回收\n活動；完成 10 處營建工地廢玻璃容器回收桶設置及持續營運 4 處既設廢\n農藥容器回收站；持續營運 5 處既有漁港資收站；；維運 3 處既設舊衣回\n收站並新增 2 處舊衣回收站；辦理 2 場次網際網路購物包裝限制使用對象 及實施方式管制對象宣導活動；輔導建國頭份觀光夜市、後龍鎮觀光夜市 加入自備餐具優惠服務；規劃本縣創新作法(智慧化資源回收機)；提送本 縣推動垃圾隨袋徵收可行性評估報告；盤點全數 38 站營運情形，並研擬\n評估退場機制；辦理本縣 18 鄉鎮市公所資源回收書面及現場考核；協助 辦理環境部源頭減量及資源回收考核事宜。 關鍵字：資源回收設施示範站、舊衣回收、自備餐具優惠、資源回收『讚』\n\n\n摘-1\n \n\n\n\n摘要\n\n計畫名 稱：112 年度苗栗縣應回收廢棄物及相關稽查工作計畫 執行單 位：綠川工程顧問股份有限公司\n計畫主持人：林振宏\n計畫期 程：112 年 3 月 13 日至 112 年 11 月 30 日\n計畫經 費：新台幣 3,565,000 元整\n\n本計畫自簽約日至 112 年 11 月 25 日止，各項工作均依據工作計 畫書及合約書之規劃執行相關作業，執行期間積極辦理資源回收責任 業者、販賣業者及已登記責任業者之稽核工作，並落實應回收廢棄物 回收、處理業申請登記及列冊業者之管理，茲彙整本計畫期末執行成 果摘要如后：\n一、責任業者與販賣業者管理作業 (一)責任業者主動稽查作業\n本計畫已完成責任業者稽查違規責任商品共 44 件，違規 事項均已輔導改善完成或函請所在地環保局進行稽查取締。\n(二)資源循環署與外縣市移轉輔導作業 環境部資源循環署移請案件共計有 66 件次，外縣市環保\n機關移請案件共計有 43 件次，總移請案件合計 109 件次，除\n臺北市政府環境保護局及新北市政府環境保護局各 1 件次已 無製造販售外，餘移請案件均已完成申報營運量及繳費、確 認無須辦理責任業者登記、係以其他商號完成登記或已補完\n成責任業者登記。\n(三)責任業者法令宣導說明會\n\n本計畫已於 112 年 5 月 11 日假苗栗縣政府環境保護局 4 樓禮堂辦理「責任業者法令宣導說明會」1 場次。\n(四)13 大販賣業者稽查取締及宣導\n本計畫已完成 13 大販賣業者稽查取締及宣導作業共計\n153 家次，查核結果中已歇業為 1 家次，未設置回收標誌為 3\n\n\n\n摘要-I\n \n\n\n家次，餘 149 家次均符合規定。\n(五)家電販賣業者逆向回收設施稽查取締作業 本計畫已執行電子電器販賣業稽(巡)查 105 家次，查核\n結果中未設置廢四機回收標示 4 家次，現場環境髒亂 1 家次，\n餘 100 家次之業者均符合規定。\n(六)電子電器販賣業者相關宣導說明會\n\n本計畫已於 112 年 3 月 29 日假苗栗縣政府環境保護局 4 樓禮堂辦理「電子電器販賣業者法令宣導說明會」1 場次。\n(七)計畫精進作為 1.廢四機回收聯單線上取號專人服務平台\n截至 112 年 11 月 25 日止，共有 171 家業者透過「廢 四機回收聯單線上取號專人服務平台」申請電子廢四機回 收聯單，共計申請使用電子聯單 32,742 張，相較 111 年\n度苗栗縣電子廢四機回收聯單申請家數 31 家及使用電子 聯單 675 張，電子廢四機回收聯單領用率大幅提升，推廣 成效顯著。\n2.紙餐具循環友善輔導推廣作業\n本計畫已分別於 3 月 29 日、4 月 14 日及 5 月 11 日\n假苗栗縣政府環境保護局 4 樓禮堂舉辦「紙餐具循環友善 店家宣導說明會」各 1 場次，總計參與人數達 130 人，並\n已發布「紙餐具清、分、疊」運動及「自備餐具好習慣」\n等紙餐具循環友善相關主題之新聞媒體宣傳共 6 則次，有 效推廣紙餐具資源回收規定並使民眾落實回收分類資源\n永續循環再利用之政策。\n\n3.「苗栗縣紙餐具清分疊循環友善回收宣導專區」粉絲專 頁\n\n為提升紙餐具循環友善推廣成效並向民眾推廣相關 政策以提升環保意識並達到紙餐具減量之目的，本計畫團 隊設立『苗栗縣紙餐具清分疊循環友善宣導專區』臉書粉\n絲專頁，透過社群網站發布相關宣導訊息，以增加推廣力\n度。\n \n\n\n二、回收處理業者管理作業\n(一)回收、處理業者稽查輔導作業 1.已登記回收業稽(巡)查作業\n本計畫已完成已登記回收業稽(巡)查作業 57 家次，\n查核結果中，共計有 7 家次未申報統計表，經本計畫現場 輔導均已改善完成，餘各業者均符合相關法規規範。\n2.已登記處理業稽(巡)查作業 本計畫已完成已登記處理業稽(巡)查作業 18 家次，\n查核結果中，共計有 2 家次未申報統計表，經本計畫現場\n輔導均已改善完成，餘各業者均符合相關法規規範。\n3.一定規模以下無須登記回收業稽(巡)查作業\n\n本計畫已完成一定規模以下無須登記回收業稽(巡) 查作業 52 家次，查核結果中，共計有 1 家次場地髒亂， 經本計畫現場輔導均已限期改善完成，餘各業者均符合相 關法規規範。\n\n4.已登記回收處理業及一定規模以下無須登記回收處理業 偕同消防安全訪視作業\n本年度偕同消防安全訪視作業須執行已登記回收處 理業 7 家次及一定規模以下無須登記回收業共 10 家次， 本年度因配合縣長指示及 環保局裁示，須加強管控回收 處理業之消防安全，故已偕同消防局各大隊完成已登記回 收處理業 29 家次及一定規模以下無須登記回收業 51 家\n次，共計執行消防安全訪視作業 80 家次。\n(二)回收、處理業者登記審查作業\n本年度截至 11 月 25 日止，提出變更申請之回收、處理\n業共 9 家次，包括回收業展延申請 5 家次、處理業展延申請 1\n家次、處理業變更申請 1 家次、回收業新登申請 1 家次及處\n理業新登申請 1 家次，其中格林威環保科技股份有限公司為 新登申請回收業、安達再塑股份有限公司苗栗廠為新登申請\n處理業均尚在審查中，餘各回收業及處理業申請案件均已由\n承辦人員審核通過。\n \n\n\n(三)彙整回收、處理業者登記資料與提報營運紀錄\n\n截至 112 年 11 月 25 日止，除金進資源回收行、發彩環 保工程有限公司、得意行、建合商行、淯釧有限公司、潔安 環保工程有限公司及環鈦資源有限公司於 3 月、6 月、7 月及 9 月未如期申報，經現場輔導後已完成申報外，各須申報之回 收業及處理業均已依規定進行營運統計報表申報。\n(四)回收處理業法令宣導與消防安全說明會\n\n本計畫已於 112 年 4 月 14 日假苗栗縣政府環境保護局 4 樓禮堂辦理「回收處理業法令宣導與消防安全說明會」1 場次。\n(五)受補貼之機構巡查輔導與 CCTV 即時遠端查核作業 1.受補貼之機構巡查輔導作業\n本年度截至 112 年 11 月 25 日止，共計已完成 28 家 次之列管業者者稽（巡）查作業，查核結果中除金進資源 回收行 3 月、9 月及得意行 6 月營運統計報表未申報，經 輔導後已完成申報外，餘各業者均符合相關法規規範。\n2.CCTV 即時遠端查核作業\n\n每月均定期執行 CCTV 即時遠端查核作業，各受補貼 機構遠端查核結果均無異常情形發生。\n(六)配合治安稽查工作\n\n目前均未接獲警政單位通報辦理治安稽查工作，後續將 持續依合約規範配合辦理治安稽查工作。\n(七)提高廢可攜式電腦或廢鍵盤回收量作業\n本計畫已於 112 年 8 月 5 日假大潤發頭份店及 112 年 8\n月 12 日假家樂福苗栗店辦理廢資訊物品兌換回收活動各 1 場 次，本年度各回收品項之回收數量均有略微下降情形，研判 主因為本年度無回收廢手機所致，但仍顯示廢資訊物品兌換\n回收活動已展現卓越宣導成效，成功促使民眾分類回收廢棄\n資訊物品，強化資源回收再利用。\n \n\n\n(八)占用道路廢棄車輛移置處置工作及契約廠商督導巡查工作 及統計報表\n1.占用道路廢棄車輛移置處置作業\n本年度統計 1 月至 10 月之廢棄車輛張貼移置情形，\n廢汽車共計張貼 200 輛，廢機車共計張貼 368 輛，工作契\n約廠商移置廢汽車 49 輛及廢機車 267 輛。\n2.契約廠商督導巡查作業\n\n本年度截至 11 月 25 日止，共計完成 9 次契約廠商督 導巡查作業，歷次現場查核結果均符合環保及消防相關規 定。\n三、其他配合事項\n\n本計畫已定期提送工作月報，持續每月更新環保訊息，協 助進行各鄉鎮市公所相關統計表催收及彙整，並與每月與環保 局召開 1 次月工作檢討會議。",
        "eng_title": "Miaoli County-112 Annual Resource Circulation Work Plan",
        "eng_subject": "The Ministry’s work projects, the key summary of the implementation results of each work project are as follows: 112 Miaoli County 18\nPreliminary plan for performance assessment of source reduction and resource recycling in township and municipal offices; establishment of 8 apartment buildings\nPromote the use of disposable tableware and single-use plastic tablecloths in catering establishments; conduct a publicity campaign not to provide free accommodation supplies; propose a plan to reduce the use of plastic bags for shopping; combine the resources of various townships and cities in the county to handle activities 21 recycling publicity events; continued maintenance of resource recycling related websites and produced 14 press releases; continued operation of Facebook official fan page, LINE@life circle resource recycling life circle; local media promotion of 400 levels; continued operation of image doll mochi Brother and Tung Blossom\n Here is a summary of the final implementation results of this plan as follows:\n1. Management of Responsible Business Owners and Sales Operators\n2. Paper tableware recycling friendly guidance and promotion work\n3. Miaoli County Paper Tableware Separation and Recycling Friendly Recycling Promotion Zone fan page\n2. Management operations of recycling and processing operators\n3. There is no need to register for recycling industry inspection (inspection) operations below a certain scale.\n4. Registered recycling and processing industries and recycling and processing industries below a certain scale are not required to register, together with fire safety inspection operations",
        "proj_year": "112",
        "org_name": "苗栗縣政府環境保護局",
        "exe_unit": "亞太環境科技股份有限公司、綠川工程顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1122287606",
        "publish_date": "20241231"
    },
    {
        "chi_title": "112年度臺北市毒性及關注化學物質源頭管理計畫",
        "chi_subject": "112年度臺北市毒性化學物質災害防救及輔導計畫主要工作目標為強化毒性及關注化學物質暨食安相關化學物質源頭管理、增加危害預防應變及事故處理能力、災害潛勢風險評估、業者或管理者宣導教育訓練及其他，依據計畫契約書工作事項及後續待完成如下：\n1.\t執行「毒性及關注化學物質暨食安相關化學物質源頭管理」工作項目方面：辦理既有及新列管毒性及關注化學物質運作場所稽查151件次；查訪化工原料販賣業者輔導訪查254件次，上述查核毒性化學物質、關注化學物質及食品安全相關化學品運作場所，加強高風險運作場所查核頻率，查核總件數達405件次，已達成期末查核400件次之目標。執行轄內毒性及關注化學物質運作及流向勾稽485家；轄內毒性化學物質運送勾稽11件次；辦理選定化學物質之勾稽查核90件；執行辦理許可證、登記文件、核可文件預審作業251家次；毒性化學物質抽樣20件，已達成期末需抽樣20件次之目標；後續持續配合環保局提供之毒性化學物質或有關物品之抽樣名單進行相關工作。\n2.\t執行「危害預防應變及事故處理」工作項目方面：無預警測試及臨場輔導8場次；執行毒化物運作廠家橫向通聯測試累積291家次，以確保發生毒化物災害時，運作場所緊急應變單位之聯繫管道暢通；實地檢查運作廠商應設置之應變器材及偵測警報設備8家次；完成相關實兵演練或沙盤推演合計5場次；持續整備待命以協助臺北市毒災現場之應變及環境監測工作，倘若境內發生毒化災事故時將支援化學防護服及氣體檢測儀等應變器材。\n3.\t執行「規劃本市毒性化學物質災害潛勢風險評估」工作項目方面：完成臺北市轄區內222家毒性及關注化學物質運作場所(含達分級管制量3家、運作關注化學物質廠家27家)之毒災外洩、火災熱輻射及爆炸過壓危害風險分析，並納入，提供避難疏散規畫建議；更新112年度臺北市最新基本資料、人口分布、氣候資訊、敏感單位、緊急應變單位及第三類毒性化學物質運輸行經路線等資料；並統計近10年間臺北市化災事故件數，並進行事故場所及災害類型統計。\n4.\t執行「業者或管理者宣導、訓練及其他」工作項目方面：完成毒化物、食品安全管理宣導會及聯防小組組訓會議合計6場次；已完成化學防護包50份採購及交付作業，並提供環保局使用。\n5.\t本計劃於決標日次日起駐局人員兩名旋即正式進駐機關，協助處理毒性化學物質管理暨防災資料建檔及文書等相關作業，將持續聘僱至112年12月計劃結束，該兩位進駐人力吳湘羚及游雅涵，分別畢業於高雄第一科技大學環安系及東南科技大學環工系，並有毒性化學物質相關工作多年經歷。\n截止至本計畫結案日為止，實際進度已達進度100%，符合計畫要求，未來工作將持續計畫內的工項目並完成合約工作項要求外，並持續進行預防減災工作，評估毒化物可能危害潛勢，提供臺北市政府防救災相關建議，並與各救災單位保持合作與互動關係，以降低毒災事故之發生，並減少因事故而造成人員、財務之損失及環境衝擊。",
        "eng_title": "Project on Rescue, Prevention, and Guidance of Toxic Chemical Hazards for Taipei City, Academic Year 2023",
        "eng_subject": "Project on Rescue, Prevention, and Guidance of Toxic Chemical Hazards for Taipei City, Academic Year 2023-2024 aims to improve source management of toxic and food-related chemical substances. The objectives of the project also include strengthening the ability to respond to and prevent accidents and hazards, assessing potential risks, and training operators or managers. The following are tasks completed according to the project agreement:\n1.\tSource management of toxic and food-related chemical substances: This project has completed investigating 151 operation sites handling existing and newly listed toxic and concerned chemical substances, and has conducted 254 visits to chemical materials venders. The investigations attempted to explore how toxic and concerned chemical substances were processed in operation sites, especially those at high risks. A total of 405 cases were completed, exceeding the goal of 400 cases as planned. 485 operation companies have been examined for their chemical substance operation and distribution. The project completed 11 check-ups of toxic chemical substance distribution and safety checks of 104 selected chemical substances. A total of 251 companies were audited for their operation permits, registration documents, and approval processes. The project sampled 20 toxic chemical substances. The project will examine and analyze the substances on the sample list provided by the Department of Environmental Protection. \n2.\tStrengthening the ability to respond to and prevent accidents and hazards: The project has conducted eight unannounced tests and provided guidance to the sites. Information exchange and communication among 291 companies were tested to ensure effective communication among the emergency response teams. The project conducted field trips to eight companies to examine the emergency response equipment and alarm systems. The project provides Taipei City with toxic substance operation strategies and environmental detection. Should there be toxic hazard accidents, chemical protective clothing, and gas testing machinery will be provided.   \n3.\tAssessing potential risks: The project has completed the risk analysis of 222 operation sites for toxic and concerned chemical substances. After analyzing the risk of toxic spill, thermal radiation, and explosion due to overpressure, the project provided suggestions including evacuation plans. The project updated basic information, population distribution, climate information, sensitive units, emergency response units, and Class 3 toxic chemical substance transportation routes in Taipei City. The project has collected and analyzed the number, places, and types of chemical accidents in Taipei City in the past ten years. \n4.\tTraining operators or managers: The project conducted four seminars promoting source management of toxic chemical substances. The project procured 50 chemical emergency response kits for the Department of Environmental Protection.\n5.\tThis project has employed two staff members to station at the governing agency, dealing with the management of toxic chemical substances and filing of disaster prevention-related documents. The employment of these two members will continue until December 2023. These two members graduated from related departments and have years of working experience. \nBy the time the project ends, the project has been completed 100%, which meets the requirement. In addition to fulfilling all the requirements, the project will continue implementing disaster prevention tasks, assessing possible risks, and providing suggestions regarding rescue and prevention for disasters. The project team will work closely with disaster prevention units to reduce incidents of toxic hazards and minimize the harm to personnel, financial loss, and impact on the environment.",
        "proj_year": "112",
        "org_name": "臺北市政府環境保護局",
        "exe_unit": "中國文化大學",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1122045849",
        "publish_date": "20241217"
    },
    {
        "chi_title": "112年度彰化縣懸浮微粒災害應變演練計畫",
        "chi_subject": "「懸浮微粒物質災害」係指因事故或氣象因素使懸浮微粒物質大量產生或大氣濃度升高，導致空氣品質指標(Air Quality Index，AQI)大於400，或造成人民健康重大危害者。本計畫目的係以健全懸浮微粒物質災害防救體制為基礎，各級主管機關從預防、整備、應變及善後等各階段工作做好平時懸浮微粒物質防制工作，降低環境生態衝擊。當懸浮微粒物質災害發生時，以良好之防救組織，於短時間內削減災情，降低懸浮微粒物質對健康、環境、經濟及社會面造成之負面衝擊，減輕災害損失，以確保人民生命、身體、財產之安全。\n懸浮微粒物質災害防救著重於相關污染源管制，以主動防減災措施，降低大氣中懸浮微粒物質的濃度，並於災害發生時盡速採行就地避難及減少暴露，與其他災害需要大量救災人力與物資動員之緊急應變作業型態不同，且非單一部門所能解決，為加強本次演練與其他單位間之橫向聯繫狀況，並落實執行災害防救法，推動「災害防救演習規劃與評估」機制，強化災害防救整備業務，督導中央災害防救業務主管機關及地方政府合作協調機制，勾稽各中央災害防救業務計畫與地區災害防救計畫，並驗證整體計畫之可操作性，強化災害防救演習與災害應變之能量。依據行政院災害防救辦公室訂定「112年災害防救演習綱要計畫」及環境部「112年懸浮微粒物質災害防救演習實施計畫」辦理本次演練。",
        "eng_title": "Changhua County Project for contingency drill atmospheric particulate matter disaster in 2023",
        "eng_subject": "Suspended particulate matter disaster refers to the large-scale production of suspended particulate matter or the increase in atmospheric concentration due to accidents or meteorological factors, causing the air quality index (Air Quality Index, AQI) to be greater than 400, or causing major harm to people's health. The purpose of this plan is to improve the suspended particulate matter disaster prevention and rescue system as the basis. Competent authorities at all levels will carry out daily prevention and control of suspended particulate matter from various stages of prevention, preparation, response and aftermath, so as to reduce the impact on the environment and ecology. When a suspended particulate matter disaster occurs, a good prevention and rescue organization will be used to reduce the disaster in a short time, reduce the negative impact of suspended particulate matter on health, environment, economy and society, reduce disaster losses, and ensure people's lives and health. , property security.\nSuspended particulate matter disaster prevention and rescue focuses on the control of relevant pollution sources, taking proactive disaster prevention and mitigation measures to reduce the concentration of suspended particulate matter in the atmosphere, and taking shelter in place as soon as possible when a disaster occurs to reduce exposure. Unlike other disasters, which require a large amount of disaster relief manpower It is different from the emergency response operation type of material mobilization, and cannot be solved by a single department. In order to strengthen the horizontal connection between this exercise and other units, and to implement the Disaster Prevention and Protection Law, the Disaster Prevention and Protection Exercise Planning and Evaluation ” mechanism to strengthen the disaster prevention and preparation business, supervise the cooperation and coordination mechanism between the central disaster prevention and rescue business authorities and local governments, coordinate the central disaster prevention and rescue business plans and regional disaster prevention and rescue plans, and verify the operability of the overall plan nature, and strengthen the capacity of disaster prevention and rescue drills and disaster response. This drill was conducted in accordance with the 112-year Disaster Prevention and Rescue Drill Outline Plan formulated by the Office of Disaster Prevention and Protection of the Executive Yuan and the 112-year Suspended Particulate Matter Disaster Prevention and Rescue Drill Implementation Plan of the Ministry of Environment.",
        "proj_year": "112",
        "org_name": "彰化縣環境保護局",
        "exe_unit": "理虹工程顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1121843157",
        "publish_date": "20241224"
    },
    {
        "chi_title": "112-113年綠色化學多元教育推廣與創新應用宣導計畫",
        "chi_subject": "本計畫目標為教育深耕，產業推廣至跨部會合作全面性展開綠色化學推動計畫。推動綠色化學思維係依據「國家化學物質管理政策綱領」，為達到「有效管理化學物質，建構健康永續環境」願景，設定5大目標包含「國家治理」、「降低風險」、「管理量能」、「知識建立」及「跨境管理」。本計畫設計由建立小學綠色化學教具教材、大專校院通識課程教材以及綠色化學整合專區文章優化更新，據以推廣以達到「知識建立」；建構產業、環教人員及專責人員適用之綠色化學教育素材，並透過綠色化學源頭管理及創新應用工作坊之舉辦，以達到「降低風險」及「管理量能」。\n本計畫團隊在綠色化學大專校院教案及教材推廣部分，已完成16式大專校院通識課程教材編修以及4式大專進階課程教材編修。通識教材推廣部分已於6所大學安排6堂課程之開設相關課程，進階教材部分已完成4場次試教。\n而小學教材建置與推廣部分，已完成11場次小學綠色化學教材推廣課程，小學營隊的部分，已於112年及113年各完成1場次實體營隊以及1場次線上營隊之辦理，而實體教具製作部分，已完成2份教具設計，小學教師種子培訓目前已完成辦理4場次之研習課程。\n多元族群綠色化學推廣及整合專區資料更新部分，團隊已於臺北市、桃園市及新竹市辦理3場次綠色化學源頭管理及創新應用工作坊，產業適用教材部分，已完成4式教材的開發及編撰，也針對環境教育人員編撰1式教材，也已完成8篇800字文章撰寫。\n其他部分，團隊已派員協助署內人員參與第9屆歐洲化學年會，也已完成3篇2,000字科學文章的撰寫，也完成專責人員教材之編修，已完成我國綠色化學短中長期推廣規劃以及整合專區英文化作業。",
        "eng_title": "112-113 Green Chemistry Diversified Education Promotion and Innovative Application Publicity Plan",
        "eng_subject": "The goal of this program is to promote green chemistry through education, industrial promotion, and inter-ministerial cooperation. The promotion of green chemistry is based on the “National Policy Framework for Chemical Substance Management”, and in order to achieve the vision of “effective management of chemical substances and the construction of a healthy and sustainable environment”, the program has set up five major goals, including “national governance”, “risk reduction”, “management capacity”, “knowledge building”, and “cross-border management”. The project design consists of establishing green chemistry teaching aids for elementary schools, teaching materials for general education courses in tertiary institutions, and optimizing and updating the articles in the Green Chemistry Integration Zone to promote “knowledge building”, constructing green chemistry education materials for industries, environmental education personnel and specialists, and organizing workshops on source management and innovative applications of green chemistry in order to achieve “risk reduction” and “management capacity”.\nThe project team has completed the development of teaching materials for 16 general education courses and 4 advanced courses for tertiary institutions in the promotion of green chemistry teaching plans and materials. For the promotion of general education materials, 6 courses have been organized in 6 universities, and 4 trial lessons have been completed for the advanced materials.\nIn the elementary school teaching materials development and promotion section, 11 courses have been completed to promote green chemistry teaching materials for elementary schools. In the elementary school camp section, 1 physical camp and 1 online camp were completed in 112 and 113 respectively, while 2 teaching aids designs have been completed in the physical teaching aids production section, and 4 training courses have been completed in the elementary school teacher seed training.\nIn the section on the promotion and integration of green chemistry for multi-ethnic groups, the team has organized three workshops on source management and innovative application of green chemistry in Taipei City, Taoyuan City, and Hsinchu City. In the section on teaching materials for the industry, the team has completed the development and compilation of four types of teaching materials, and one type of teaching materials for environmental educators, and has completed the writing of eight 800-word essays.\nIn other parts, the team has sent staff to assist the staff of the Agency to participate in the 9th EuChemS Chemistry Congress, and has completed the writing of three 2,000-word scientific articles, as well as the revision of the teaching materials for specialists, and has completed the short-, medium-, and long-term promotion planning of green chemistry in China, and has also consolidated the English language work of the special area.",
        "proj_year": "112",
        "org_name": "化學署綜合規劃組",
        "exe_unit": "中原大學",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1121810566",
        "publish_date": "20241231"
    },
    {
        "chi_title": "112-113年綠生活網絡經營管理專案工作計畫",
        "chi_subject": "本計畫配合環境部淨零綠生活政策，建置及維運淨零綠生活資訊平台，辦理行銷宣導，以推動全民參與綠生活。\n系統功能包括淨零綠生活資訊平台，以及環保標章管理、綠色採購申報、縣市評核等系統。平台新建置「淨零綠生活行動指引專頁」和「生活碳足跡計算器」，並依照專頁性質採不同設計，讓民眾了解綠生活資訊、計算生活碳足跡。並依SOP發布80篇中文、20篇英文貼文與6次節慶設計、每月更新23筆開放資料集。進行綠色旅遊檢核機制強化，並通知93家旅行社系統改版優化說明，並提醒將舊制紙本行程轉型電子化。\n \n環保標章方面，系統依法規調整，重構系統流程為兩階段審查，並新增線上繳費功能、優化廠商操作流程、及時通知申請進度，提升申請效率。針對規格標準更新1日完成系統更新、依未來證書電子化需求建置下載歷程記錄功能。獲證後的產品，系統與管理員皆主動提醒廠商填報，並優化追蹤查核單位填寫成果的系統功能。\n綠色採購和縣市考核系統則針對制度變化進行重點剖析，以利系統功能建置，確保環境部與縣市環保局綠生活推行方向一致，2年度共收集65.0萬筆政府機關和7.7萬筆民間單位的綠色採購數據，金額共計989.1億元，另有環保局填報6,410筆評核執行成果。配合未來環境部欲介接政府電子採購網需求，已製作需求文件供參考。原環保產品線上採購網因階段性任務完成已於113年4月下架。\n此外，平台提供多元客服和教育訓練資源，包括接聽諮詢專線12,567通、回覆信件1,138封，並派遣講師授課30場教育訓練、線上教學影片，共授課5,543人次。資安方面，除配合環境部資安規範維運，亦自主額外進行22次系統弱點掃描，確保資訊安全，並於113年為提升綠色採購系統效能，將MySQL資料庫移轉至環境部監資司共用MSSQL資料庫。前台對外網站亦符合環境部網站檢核標準並取得滿分成績。\n本次行銷推廣計畫，規劃不同行銷管道與多元媒體廣告宣傳，以接觸不同溝通受眾，包含響應分享宣傳、辦理綠生活實體活動、搭配重大環境節日辦理抽獎、製作宣導素材、經營淨零綠生活粉絲專頁等，以推廣淨零綠生活行動指引為主軸，包含食、衣、住、行、育樂、購等六大面向。多元媒體廣告宣傳之執行規劃，內容包含綠生活形象影片製作、協助環境部申請公益託播資源進行電視、廣播、LED跑馬燈及LCD電子看板等託播，以及結合淨零綠生活指引辦理抽獎活動，提高民眾的接受度，更在無形中產生影響力，讓民眾逐漸實踐綠生活推廣行為，達成淨零綠生活的目標。本年度整體行銷廣宣曝光數共達1,516萬人次。",
        "eng_title": "Project for the Operation and Management of Green Lifestyle Information Platform (2023–2024)",
        "eng_subject": "This project, in alignment with the Ministry of Environment’s Green Lifestyle Policy, established and maintained the Green Lifestyle Information Platform while implementing marketing initiatives to promote nationwide participation in green lifestyle.\nThe platform’s features include systems for Green Lifestyle Information Platform, Green Mark Management, Green Procurement Reporting, and Municipal Evaluations. Newly developed functions include a dedicated Green Lifestyle Action Guidelines Page and a Life Carbon Footprint Calculator, designed with tailored interfaces to help the public access green lifestyle information and calculate their personal carbon footprints. Following standard operating procedures, the platform published 80 posts in Chinese, 20 posts in English, and 6 holiday-themed designs while updating 23 open data sets monthly. This project also strengthened the certification mechanisms for Green Travel, notifying 93 travel agencies of system upgrades and encouraging the transition from paper-based itineraries to digital formats.\nIn the Green Mark System, processes were restructured into a two-phase review system in accordance with regulations, with additional features such as online payment, optimized vendor workflows, and real-time application progress notifications to enhance efficiency. System updates related to specification changes were completed within one day, and a download history feature was introduced to support future electronic certification needs. For certified products, the system and administrators proactively reminded vendors to complete required reporting and optimized tracking and verification functions to enhance system performance.\nThe Green Procurement and Municipal Evaluation Systems were upgraded to reflect institutional changes, ensuring alignment between the Ministry of Environment and local Environmental Protection Bureaus in promoting Green Lifestyle initiatives. Over two years, this project collected 650,000 green procurement records from the public sector and 77,000 records from the private sector, totaling NT$98.91 billion in expenditures. Additionally, 6,410 evaluation results were reported by local Environmental Protection Bureaus. To support future integration with the Government e-Procurement System, this project developed comprehensive reference documentation. The Green Product Online Purchase Platform was decommissioned in April 2024 following the completion of its objectives.\nThe platform also provided diverse customer service and training resources, including 12,567 hotline consultations, 1,138 email responses, 30 training sessions, and online tutorials, reaching a total of 5,543 participants. In cybersecurity, the platform adhered to the Ministry’s security standards while conducting 22 additional system vulnerability scans. In 2024, the green procurement system database was migrated from MySQL to the Ministry’s shared MSSQL database, enhancing system efficiency. The platform’s external website met all Ministry audit standards, earning a perfect score.\nThe marketing and promotional campaign employed various channels and multimedia advertisements to reach diverse audiences. Activities included social media sharing initiatives, in-person Green Lifestyle events, holiday-themed giveaways, the creation of promotional materials, and managing the Green Lifestyle Facebook page. The campaign highlighted the Green Lifestyle Action Guidelines, focusing on six lifestyle areas: food, clothing, housing, transportation, education, recreation, and shopping. Multimedia strategies included producing Green Lifestyle promotional videos, leveraging public service broadcasting resources to air content on TV, radio, LED tickers, and LCD panels, and hosting giveaways tied to the guidelines. These efforts increased public acceptance, subtly influencing behavior and encouraging gradual adoption of sustainable practices. This comprehensive campaign reached a total exposure of 15.16 million people, advancing the goal of widespread Green Lifestyle adoption and contributing to the realization of net-zero living.",
        "proj_year": "112",
        "org_name": "環境部綜合規劃司",
        "exe_unit": "環資國際有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1121629808",
        "publish_date": "20241230"
    },
    {
        "chi_title": "苗栗縣健全稽查量能及提升專精能力計畫",
        "chi_subject": "為健全專業稽查能力，本計畫推動運用科技工具以提升稽查效能，同時嚇阻非法行徑並落實法律執行。期初於規定時限內提報「工作(執行)規劃書」。已完成7個縮時攝影器點位架設、8次無人機飛行拍攝蒐證，針對非法棄置廢棄物之熱點進行監控。\n為推動廢棄物源頭減量，使資源有效循環並落實廢棄物管理分類，配合事業廢棄物管理、產源責任及流向管制等政策，達成「推動產源自主管理改善，強化產業源頭減量」之目標，本計畫完成稽查取締未依規定登記責任業者計20件，\n稽查14大應設置資源回收設施之販賣業者作業，依行業別區分為連鎖飲料店業\n12家、連鎖便利商店業42家及交通場站便利商店業1家，共計55家，辦理廢棄物法規符合度之稽查取締工作，以確保公告應回收之廢棄物妥善回收處理，減少可再利用之資源浪費。\n因苗栗縣內工業區及工廠林立，本計畫亦針對各納管工業區設置之廢水處理設施及轄內水污染列管事業進行深度查核作業。工業區專用污水下水道系統管理機構水污染查證工作已完成日間稽查26家次、夜間稽查14家次，共計40家次\n查證工作；自動連續監測查核作業已完成17家查核作業；水污染列管事業深度\n稽查作業已完成10家查核作業。以深入且精實之稽查作為，改善傳統稽查缺乏深入作法之問題，並加強掌握工業區及熱區事業廢水處理設施狀況，維持社會公平正義與改善環境。\n此外，為增進稽查人員及執法人員之專業工作執行能力，本計畫於9月8日辦理1場次環保稽查人員訓練，由X博士擔任講師；另9月26日辦理1場次法律專精人員訓練，由X律師擔任講師，提供稽查及執行實務之專業建議，有效精進污染查辦作為，提升環境污染案件蒐證能力，強化查緝效率，落實環境保護政策及目標，以期降低非法案件發生率。",
        "eng_title": "Miaoli County's plan to improve inspection capacity and improve professional capabilities",
        "eng_subject": "In order to improve professional inspection capabilities, this plan promotes the use of technological tools to improve inspection efficiency, while deterring illegal activities and implementing legal enforcement. Submit the Work (Execution) Plan within the specified time limit at the beginning of the period. We have completed the installation of 7 time-lapse cameras and 8 drone flights to capture and collect evidence, and monitor hot spots for illegal waste disposal.\nIn order to promote the reduction of waste at the source, effectively circulate resources and implement waste management classification, we cooperate with policies such as industrial waste management, source responsibility and flow control to achieve the goal of promoting the improvement of independent source management and strengthening industry source reduction Target: This plan has completed the inspection and shut down 20 businesses that failed to register their responsibilities in accordance with the regulations, and inspected the operations of 14 major vendors that should set up resource recycling facilities. According to industry classification, they are divided into 12 chain beverage stores, 42 chain convenience stores, and There is one transportation station convenience store, with a total of 55 stores. It handles inspections and bans on compliance with waste regulations to ensure that wastes that are announced to be recycled are properly recycled and processed, and to reduce the waste of reusable resources.\nSince there are many industrial zones and factories in Miaoli County, this plan also conducts in-depth inspections of the wastewater treatment facilities set up in each managed industrial zone and the water pollution management enterprises within its jurisdiction. The water pollution verification work of the dedicated sewage and sewer system management agency in the industrial zone has completed 26 daytime inspections and 14 nighttime inspections, for a total of 40 verifications; the automatic continuous monitoring and verification work has completed 17 verifications; water pollution is listed under management In-depth business inspections have been completed for 10 companies. Use in-depth and precise inspections to improve the problem of lack of in-depth practices in traditional inspections, and strengthen the understanding of the status of wastewater treatment facilities in industrial areas and hot areas to maintain social fairness and justice and improve the environment.\nIn addition, in order to enhance the professional work execution capabilities of inspectors and law enforcement personnel, this plan will conduct one training session for environmental inspectors on September 8, with Dr. X as the lecturer; and another training session for legal specialists on September 26 , X lawyers serve as lecturers, providing professional advice on inspection and enforcement practices, effectively improving pollution investigation and handling, improving the ability to collect evidence for environmental pollution cases, strengthening investigation efficiency, and implementing environmental protection policies and goals, with a view to reducing the incidence of illegal cases.",
        "proj_year": "112",
        "org_name": "苗栗縣政府環境保護局",
        "exe_unit": "嘉德技術顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1121502633",
        "publish_date": "20241231"
    },
    {
        "chi_title": "第9屆國家環境教育獎獎勵表揚規劃與執行專案工作計畫",
        "chi_subject": "本計畫配合「國家環境教育獎獎勵辦法」實施，辦理第9屆國家環境教育獎遴選表揚，甄選平日熱心推動環境教育，並有顯著績效之學校、機關(構)、民營事業、社區、團體及個人，予以表揚，以達到充分運用民間環保資源，鼓勵全民參與並獎勵績優人士及團體對環境教育推動的貢獻。\n本計畫工作項目包括完成修訂與印製各獎勵項目遴選表揚原則、報名表格及填寫說明等資料、協助各直轄市、縣（市）環境保護局辦理初審期程各項審查諮詢服務管道、收集及更新與轉移國家環境教育獎網頁資料、完成各項評審會議、現場實地查訪及複（決）審會議，並辦理頒獎典禮與拍攝頒獎典禮影片及晉見總統；另外，辦理2場活動會議，以進行成果之宣導；完成繳納2年（112-113年）「國家環境教育獎獎座」專利年費；完成拍攝各類獎勵項目獲獎者影片。",
        "eng_title": "The 9th National Environmental Education Awards Planning and Implementation",
        "eng_subject": "The project has accomplished the works regarding the reviewing of candidates for the 9th National Environmental Education Awards and the presenting of the awards to the selected winners according to the “National Environmental Education Awards Guidelines”. Winners with outstanding performance were selected from schools, government departments (agencies), private enterprises, communities, non- government organizations (NGOs), and individuals to encourage utmost exertion of environmental resources from private sectors as well as to promote citizen participation with the awards that praise participants’ contribution to the promotion of environmental education.\nThe project work included correction and printing of the winner selection guidelines, together with the candidate registration forms and the guidelines to fill out the forms. Assist the municipal and county (city) environmental protection bureaus in handling various review and consulting service systems for the preliminary review period, as well as to collect renovate and move the National Environmental Education Awards website, to carry out all review meetings and on-site visits, and to hold the awards ceremony and Filming the award ceremony video, as well as to planning and arrangements for the award winners to meet the President. The project also made to held two sessions of press conference to promote the activity and its achievements. The project also to complete the payment of patent annuity for the 「National Environmental Education Award Trophy」 for two years 2023-2024) and to made photographed publication of the awarded stories.",
        "proj_year": "112",
        "org_name": "環境部環境保護司",
        "exe_unit": "豐鏵環境科技管理股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1121461418",
        "publish_date": "20241231"
    },
    {
        "chi_title": "112年度高雄市推動固體再生燃料(SRF)物料資源循環計畫",
        "chi_subject": "近年廢棄物能源化政策中的SRF議題，是環境部積極推動之重點議題。高雄市為配合環境部推動廢棄物能源化及淨零排碳等相關政策，於本計畫訂定編撰「高雄市循環經濟策略白皮書 廢塑膠能源回收篇」，藉以推動資源循環，減少空污及碳排放、推動高熱值廢棄物燃料化，建立廢棄物資源化體系，減少生煤使用、推廣高熱值廢棄物燃料化相關政策，建構廢棄物多元化處理等3項主要目標。\n       具體而言，本計畫驗證SRF品質，建立轄內SRF基線資料，並針對SRF製造端及使用端進行查核輔導，期能減少焚化負荷及焚化底渣與飛灰量、推動適燃性廢棄物之能源化再利用、減少煙煤使用量及碳排放量等多重效益。",
        "eng_title": "2023 Kaohsiung city promotes solid recovery fuel (SRF) material resource recycling Plan",
        "eng_subject": "In recent years, Solid Recovery Fuel (SRF) has been a key issue actively promoted by the Ministry of Environment for waste to energy policy. In order to cooperate with the Ministry of Environment's policies on waste to energy and net zero carbon emissions, Kaohsiung City has formulated a Kaohsiung City Circular Economy Strategy White Paper (with the theme of plastic energy recovery) to promote resource recycling, reduce air pollution and carbon emissions, and promote the fuel conversion of high calorific value waste, establish a waste resource utilization system, reduce the use of coal, promote policies related to the fuel utilization of high calorific value waste, and construct diversified waste treatment, to achieve the above three goals.\nSpecifically, this plan includes verifying the quality of SRF, establishing baseline data for SRF, and conducting check and counseling on the manufacturing and usage ends of SRF, with the aim of reducing incineration load and quantity of incineration bottom slag and fly ash, promoting waste to energy reuse of waste suitable for combustion, reducing the use of coal and carbon emissions, and other multiple benefits.",
        "proj_year": "112",
        "org_name": "高雄市政府環境保護局",
        "exe_unit": "環興科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1121384868",
        "publish_date": "20241231"
    },
    {
        "chi_title": "112年度濁水溪上游沿岸揚塵環境清理計畫",
        "chi_subject": "依行政院環境保護署(以下簡稱環境部)定義空氣品質指標為依據監測資料將當日空氣中臭氧(O3)、細懸浮微粒(PM2.5)、懸浮微粒(PM10)、一氧化碳(CO)、二氧化硫(SO2)及二氧化氮(NO2)濃度等數值，再以當日各副指標之最大值為該測站當日之空氣品質指標值(AQI)，而懸浮微粒為造成臺灣地區空氣品質不良的原因之一，懸浮微粒主要來源有車行揚塵、營建施工、機動車輛及露天燃燒等。\n近年公共工程建設大量激增，各項土木營建工程需大量細沙，濁水溪則大量開採所需砂料，運送過程中產生之粉塵逸散，影響居民生活品質，這些藉由乾、溼沈降作用沈降於地面之粒狀污染物，若不適時予以移除，將隨地面活動再度揚起，車行揚塵即為最主要之污染型態，並再度造成空氣品質惡化。藉由街道洗掃作業，減少路面塵土之負載，降低道路揚塵之發生機率，對改善空氣品質有具體成效。",
        "eng_title": "112 Annual Dust Environmental Cleanup Plan for the Upstream Pollutants River",
        "eng_subject": "According to the air quality indicators defined by the Environmental Protection Agency of the Executive Yuan (hereinafter referred to as the Ministry of Environment), the monitoring data includes ozone (O3), fine suspended particulates (PM2.5), suspended particulates (PM10), carbon monoxide (CO), and sulfur dioxide in the air on that day. (SO2) and nitrogen dioxide (NO2) concentration and other values, and then the maximum value of each sub-indicator on that day is the air quality index value (AQI) of the measuring station on that day. Suspended particulates are one of the causes of poor air quality in Taiwan. 1. The main sources of suspended particulates include dust from vehicles, construction, motor vehicles, and open burning.\nIn recent years, the construction of public works has surged. Various civil construction projects require a large amount of fine sand. A large amount of sand is mined in Zhuoshui River. The dust generated during transportation affects the quality of life of residents. These are caused by dry and wet sedimentation. If the granular pollutants settled on the ground are not removed in time, they will be raised again with ground activities. Dust from vehicles is the most important type of pollution, which will again cause the deterioration of air quality. Through street cleaning operations, the load of road dust is reduced, the probability of road dust occurrence is reduced, and it has a specific effect on improving air quality.",
        "proj_year": "112",
        "org_name": "南投縣政府環境保護局",
        "exe_unit": "吉成工程顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1121374801",
        "publish_date": "20241227"
    },
    {
        "chi_title": "112年新冠肺炎防疫廢棄物清除委託服務計畫-宜蘭縣(111年10-12月)",
        "chi_subject": "居家檢疫天數為7天，入境日為第0天，並自第8天起接續自主健康管理7或防疫旅館，由境庭有限公司負責收集防疫垃圾至指定暫存地點。",
        "eng_title": "COVID-19",
        "eng_subject": "home quarantine\nAutonomous health management",
        "proj_year": "112",
        "org_name": "宜蘭縣政府環境保護局",
        "exe_unit": "境庭有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1121148619",
        "publish_date": "20241219"
    },
    {
        "chi_title": "土壤及地下水污染管理策略因應2050淨零排放之影響與衝擊評析計畫",
        "chi_subject": "本計畫盤點受2050淨零排放路徑與關鍵戰略影響之「土壤及地下水污染整治法」列管產業及能源轉型關鍵產業，研析對土壤與地下水污染管理之衝擊與新興污染與管理議題，完成辦理15場次現場訪視（談）作業，並針對淨零轉型政策下土壤及地下水污染預防、整治管理、氣候變遷調適等議題進行研討，完成辦理11場次專家諮詢會議，綜整訪視結果與專家建議，提供環境管理署政策擬定之參考。\n短期土污列管產業應注意設備汰舊換新之污染預防管理，中期能源產業應關注廢棄物汰役處理技術及新材料發展與污染風險相關性，長期應持續掌握整治費徵收規模，結合風險管理與土地再利用以提供污染場址多元解方，並結合綠色金融推動低碳整治技術，促進污染整治業之永續發展。",
        "eng_title": "Analysis and Evaluation of the Impacts and Challenges of Soil and Groundwater Pollution Management Strategies in Response to the 2050 Net Zero Emissions",
        "eng_subject": "This project conducts an inventory of industries regulated under the Soil and Groundwater Pollution Remediation Act, particularly those affected by the 2050 net-zero emissions pathway and key strategic energy transition sectors. The analysis focuses on the impact of these changes on soil and groundwater pollution management, emerging pollution concerns, and associated management issues. A total of 15 site visits and discussions were completed, alongside 11 expert consultation meetings, to explore issues related to soil and groundwater pollution prevention, remediation management, and climate change adaptation under the net-zero transition policies. The results of the visits and expert advice were synthesized to provide recommendations for the Environmental Management Administration Ministry of Environment in policy development.\nIn the short term, industries under soil pollution regulation should pay attention to pollution prevention management during the replacement of outdated equipment. In the medium term, the energy sector should focus on waste decommissioning technologies and the correlation between new material development and pollution risks. In the long term, efforts should continue to monitor the scale of remediation fund collections, integrate risk management and land reuse, and provide diversified solutions for contaminated sites. Additionally, promoting the use of green finance to support low-carbon remediation technologies will facilitate the sustainable development of the pollution remediation industry.",
        "proj_year": "112",
        "org_name": "環管署土壤及地下水污染整治基金管理會",
        "exe_unit": "環興科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1121142560",
        "publish_date": "20241231"
    },
    {
        "chi_title": "112年毒性及關注化學物質管理溝通計畫",
        "chi_subject": "化學物質廣泛應用在工業、高科技產業、石化業、製造業和農業等領域，也對人體和環境有潛在危害，如何對化學物質相關不同利害關係人包括產業界、民眾說明其危害性？政府施政如何宣導正確使用化學物質？行政院環境部化學物質管理署（以下簡稱化學署）委託財團法人環境永續發展基金會（本會）規劃及建置化學科普知識資料庫，並舉辦推廣活動，包括（1）收集、盤點及分析國內外各類科普知識工具、資料庫與運用狀況、（2）盤點化學署重大政策及網站素材等，再依不同級別分類及規劃化學科普知識資料題庫、（3）召開專家諮詢會議諮詢改進意見及辦理試填活動、（4）規劃題庫版面與功能，以及（5）辦理5場次推廣活動。完成之計畫工作項目包含：\n1.完成國內外化學科普知識工具及資料庫分析，包含7個國內政府部門、6個國內產學機構、3個國外政府部門、3個國外產學機構。\n2.完成國小、國中、高中、大專和時事5個級別之化學科普知識資料庫題目（含解答及解答說明）2030題，包含召開1場專家諮詢會議，邀請國小、國中、高中和大學教育領域共6位專家審核題庫正確性，以及完成4場次試填活動辦理，包含斗六綠生活宣導活動、新竹科學園區、東和國中和東和國小，共計174人參加。\n3.完成題庫遊戲版面與功能，包含電腦運作資料庫系統建置。\n4.完成5場推廣活動，包括雲林科技工業園區廠商協進會（9\/9斗六綠生活場次）、台灣科學園區科學工業同業公會-會本部暨新竹區處（9\/26竹科場次）、台灣科學園區科學工業同業公會-南部園區辦事處（10\/11南科場次）、台灣科學園區科學工業同業公會-中部園區辦事處（10\/13中科場次）和豐田工業區廠商聯誼會（10\/14斗南綠生活場次）合作，共324人參加。\n本會已完成計畫各項工作項目，對產業界與民眾宣導化學物質危害與風險溝通，及說明化學署政策及產業界的影響等。\n本會自今年6月29日開始執行，並於今年10月底完成計畫工作項目：\n1.完成國內外國家或政府部門、學術機構、基金會、商業等化學科普知識工具、資料庫與運用狀況與化學科普知識分析，包含7個國內政府部門工具\/資料庫、6個國內學術機構、基金會和商業工具\/資料庫、3個國外政府部門工具\/資料庫、3個國外學術機構、基金會和商業工具\/資料庫。\n2.完成國小、國中、高中、大專和時事5個級別教育程度分類之化學科普知識資料庫題目（含解答及解答說明）2030題。\n3.113年9月6日完成召開1場專家諮詢會議，邀請國小、國中、高中和大學教育領域共6位專家審核題庫，並持續更新與檢查正確性。\n4.完成4場次試填活動辦理，包含9\/9斗六綠生活（國小、國中、高中、大專與時事題、9\/26新竹科學園區（時事題）、東和國中（國中題）和東和國小（國小題），共計174人參加。\n5.完成題庫遊戲版面與功能設計規畫說明，包含設計與電腦運作資料庫系統與手機掃描QR碼查看解答說明之環境需求。\n6.完成5場推廣產業化學物質科普知識認知活動辦理，其與雲林科技工業園區廠商協進會（9\/9斗六綠生活場次）、台灣科學園區科學工業同業公會-會本部暨新竹區處（9\/26竹科場次）、台灣科學園區科學工業同業公會-南部園區辦事處（10\/11南科場次）、台灣科學園區科學工業同業公會-中部園區辦事處（10\/13中科場次）和豐田工業區廠商聯誼會（10\/14斗南綠生活場次）合作，共324人參加。\n7.已完成辦理化學署重要政策推廣及發展運用工具，目前產業界或民眾對化學署政策推廣方式及運用工具的熟悉程度還有很大的提升空間。民眾獲知化學署政策或資訊之管道最多的為推廣活動、接序為新聞媒體和社群網站等。但涉及化學署政策範圍廣泛，建議需持續對推廣方式及運用工具進行調查與分析。\n本會已依規劃時程完成計畫各項工作項目，對化學物質相關產業界與民眾宣導化學物質危害與風險溝通的正確觀念，及瞭解化學署成立和政策對產業界的影響，達成本計畫預期效益。",
        "eng_title": "Toxic and Concerned Chemical Substances Management Communication Plan(112)",
        "eng_subject": "Chemical substances are widely used in industries, high-tech sectors, petrochemical industries, manufacturing, and agriculture etc., and they also pose potential risks to human health and the environment. How can the hazards of chemical substances be effectively communicated to various stakeholders, including industries and the general public? How can the government promote the correct use of chemicals? The Chemical Administration, Ministry of Environment (CHA) commissioned the Taiwan Environmental Sustainable Development Foundation (TESD FUND) to develop and establish a popular science on chemical knowledge database. These activities included（1）collecting, inventorying, and analyzing various domestic and international popular science tools, databases, and their applications, （2）reviewing key policies of the CHA and website materials and to categorize and design the database for different educational levels, （3）conducting expert consultation meetings for improvement suggestions and organizing trial activities, （4）designing the interface and functionalities of the database application., and （5）organizing five promotional activities.\nThe project had achieving the following outcomes：\n1.Completed the analysis of domestic and international chemical popular science tools and databases on chemical knowledge, which included 7 from domestic government, 6 from domestic industry-academia institutions, 3 from international government, and 3 from international industry-academia institutions.\n2.Completed the development of the database with 2,030 questions (including answers and explanations) categorized into five levels: elementary school, junior high school, high school, university, and current events. The project included hosting one expert consultation meeting to invite six experts from elementary, junior high, high school, and university education fields to review the database. Additionally, four trial activities were conducted at Douliu Green Lifestyle event, Hsinchu Science Park, TungHo Junior High School, and TungHo Elementary School, with a total of 174 participants.\n3.Completed the design and development of the application’s database interface and functionalities, including the establishment of a computer-based database system.\n4.Organized five promotional activities, which included Douliu Green Lifestyle event with the Yunlin Technology Industrial Park Association (September 9, 2023), Hsinchu Science Park event with the Allied Association for Science Parks Industries-Hsinchu Science Park Office (September 26, 2023), Southern Science Park event with the Taiwan Science Park Association-Southern Taiwan Science Park Office (October 11, 2023), Central Science Park event with the Taiwan Science Park Association-Central Taiwan Science Park Office (October 13, 2023), and Dounan Green Lifestyle event with the Fongtian Industrial Area Association (October 14, 2023). A total of 324 participants attended and tried the database.\nTESD FUND has successfully completed all project tasks, promoted awareness on chemical hazards and risk communication to industries and the public, as well as to the CHA's policies and their impacts to some industry participants.",
        "proj_year": "112",
        "org_name": "化學局",
        "exe_unit": "環境永續發展基金會",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1121094835",
        "publish_date": "20241216"
    },
    {
        "chi_title": "112年度「優質公廁及美質環境推動計畫」經常門計畫(彰化縣)",
        "chi_subject": "每年投入大量經費清除縣內排水溝及道路上之垃圾然而情形日趨嚴重。不\n僅常見民眾騎車或開車經過時，將垃圾隨意丟棄。儘管在重點區域設置告示牌，\n卻仍無法有效遏止該行為。環境整潔工作須地方首長重視支持並持續進行，藉\n由擬定公廁及孳生源巡檢暨宣導計畫加強巡查作業，發動全民參與清淨家園，\n加強閒置髒亂空地管理、公廁清潔維護管理及登革熱防治，以落實消除髒亂，\n確保環境整潔，提升國民生活環境品質。",
        "eng_title": "112th Annual Quality Public Toilet and Beautiful Environment Promotion Plan Regular Door Project (Changhua County)",
        "eng_subject": "A large amount of money is invested every year to remove garbage from drainage ditches and roads in the county, but the situation is getting worse day by day. No\nIt is common for people to throw away rubbish randomly when passing by on bicycles or cars. Although signboards are placed in key areas,\nHowever, it still cannot effectively curb this behavior. The work of environmental cleanliness requires the attention and support of local leaders and should be carried out continuously.\nBy formulating an inspection and publicity plan for public toilets and breeding sources, we will strengthen inspection operations and mobilize the entire public to participate in cleaning our homes.\nStrengthen the management of idle and dirty open spaces, the cleaning and maintenance management of public toilets and the prevention and control of dengue fever to eliminate clutter.\nEnsure the environment is clean and tidy and improve the quality of the national living environment.",
        "proj_year": "112",
        "org_name": "彰化縣環境保護局",
        "exe_unit": "大立環保科技有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1120914102",
        "publish_date": "20241220"
    },
    {
        "chi_title": "河川揚塵防制策略暨推動都市綠淨化行動計畫",
        "chi_subject": "河川揚塵係由河道內裸露地受強風吹拂所造成，過去長期影響沿岸的空氣品質及民眾日常生活，爰此，環境部自100年起即協調經濟部水利署、農業部、教育部與地方政府共同辦理9條列管河川揚塵防制及改善工作，至112年僅濁水溪及高屏溪仍發生河川揚塵，其餘7條列管河川的揚塵問題已獲解決。\n為解決濁水溪揚塵問題，環境部奉行政院指示107年起規劃、推動3年為1期濁水溪揚塵防制及改善行動方案，以水利、造林及防災應變三大架構來改善濁水溪揚塵，綜合前2期(107年至112年)執行成果，至112年已提早達成PM10年平均濃度50 μg\/m3政策目標，河川揚塵事件亦由106年59次改善至112年5次。另環境部借鏡濁水溪防制經驗，於110年推動高屏溪揚塵防制及改善行動方案，第一期行動方案結束後，揚塵事件減少75% (109年8次減少至112年2次)，已達成河川揚塵事件改善50%之方案目標。本計畫彙整並檢討前揭成果，於113年1月分別完成規劃、推動濁水溪第三期及高屏溪第二期(113年-115年)行動方案，持續改善河川沿岸空氣品質。\n本計畫以FDM揚塵擴散模式模擬濁水溪及高屏溪185個河川揚塵事件，分析不同網格區位河道裸露地對於下風處測站PM10貢獻量及比例，據以標定河道內揚塵熱區，支援揚塵改善評估決策機制，模擬結果顯示濁水溪揚塵改善應以第一區西濱大橋至出海口河段及第三區二崙清潔隊前河段為重點，建議進入非汛期後以第一區及第三區為優先防制設施施作區位。高屏溪以第一區攔河堰管理中心蓄水範圍起點(約溪埔國小附近)至里港大橋河段及第四區萬大橋至雙園大橋河段為重點，建議進入非汛期後防制設施以上述2區為優先施作區位，防災應變資源配置亦同。\n依據河川環境變化研提濁水溪及高屏溪揚塵預警條件調整建議方案，另為優化濁水溪防災應變機制，依風速、相對溼度及未降雨日數等氣象因子，分為初級、中級、緊急等3個預警等級，對應不同應變措施，優化資源運用。同時，於緊急預警時應評估加強應變措施，減抑揚塵影響程度，提升防災應變資源執行效能。\n本計畫評估運用遙測技術優化空品淨化區管理，透過相異年度航照圖之各類型土地使用變化，辨識區內維護管理成效及植樹區域占用為非核定用途情境，以節約例行性巡查人員、加強區內管理及遏止違規行為。評估結果空品淨化區運用遙測技術管理具可行性，其中土地變遷辨識準確度達90.9%，依林地、草生地及居住地等土地類別差異，最小辨識面積介於50-100 m2，符合維運查核需求。運用遙測技術管理空品淨化區，可優先評估與農業部航測及遙測分署辦理定期圖資交換或結合農林業定期航拍需求，節省圖資採購成本或軟體使用費用。作業流程應套用已建置之變遷偵測及IPCC土地覆蓋型分類，時間跨距參照森林資源檢定調查以5年為一輪，並規劃不同土地變遷面積時之相應管理作為。\n為推動空氣品質植生淨化，本計畫完成研擬都市空品植生淨化行動方案(草案)及六都潛在空品淨化區優先推動清冊，透過盤點各單位施政策略及配合空品淨化區考評內容，於112年推動設置約10.5公頃空品淨化區，環保局已具備以此為基礎，持續與府內相關單位協調推動植生淨化施政措施。另於增加空品淨化區認養比例以加強維運管理，本計畫評估以空品淨化區整合再生能源及固碳量等附加經濟效益形式，提升企業認養誘因及參與意願，評估結果建議應搭配企業社會責任（CSR）和ESG等相關議題，推廣以空品植生減污共利節能減碳，增加企業認養空品淨化區之附加社會效益及意願。",
        "eng_title": "River Fugitive Dust Control Strategies and Urban Greening Initiative",
        "eng_subject": "The Ministry of the Environment has carried out dust prevention and improvement measures for nine regulated rivers since 2011 with the Water Resources Agency under the Ministry of Economic Affairs, the Ministry of Education, and local governments. As of 2023, only Zhuoshui and Gaoping Rivers still experience dust incidents. The dust problems in the other seven regulated rivers have been resolved.\nTo resolve dust emission for Zhuoshui River, under the instructions of the Executive Yuan, the Ministry of the Environment designed and promoted a dust prevention and improvement plan for Zhuoshui River in 2018, on a three-year term basis. The plan was structured around three main areas: water management, afforestation, and disaster response, with measures implemented to mitigate Zhuoshui River’s dust emissions. Based on the results of the first two terms (2018-2023), as of 2023, an annual average PM10 concentration of 50 μg\/m³ has been reached ahead of schedule. The number of river dust incidents has also reduced from 59 in 2017 to 5 in 2023. Additionally, learning from Zhuoshui River’s dust control and prevention work, the Ministry of the Environment initiated an action plan for preventing, controlling, and improving dust emissions of Gaoping River in 2021. With the completion of the phase-1 action plan, the number of dust incidents have reduced by 75%, achieving the initial objective of 50% reduction. Based on this plan, the Ministry of the Environment completed the planning and promotion of the phase-3 initiatives for Zhuoshui River and phase-2 for Gaoping River in January 2024. These initiatives are set for implementation from 2024 to 2026 and aim to continually improve riverside air quality.\nThis project evaluates the use of remote sensing technology to optimize the management of air quality purification zones. By analyzing changes in various types of land use through aerial imagery taken over different years, the project aims to assess the effectiveness of maintenance and management in these zones and to identify cases where tree-planting areas have been converted for non-approved uses. This approach seeks to reduce the need for routine manual inspections, enhance in-zone management, and curb regulatory violations. The evaluation results indicate that using remote sensing technology to manage air quality purification zones is feasible, with a land change detection accuracy of 90.9%. The minimum identifiable area ranges from 50 to 100 square meters, depending on their categories such as forest land, grassland, and residential areas, while meeting operational monitoring requirements. Utilizing remote sensing technology to manage air quality purification zones allows for prioritized evaluation of regular data exchange with the Aerial Survey and Remote Sensing Branch, Forestry and Nature Conservation Agency, Ministry of Agriculture or collaboration with the agriculture and forestry sectors in periodic aerial photography, thus saving data procurement costs and software fees. The operational process should apply the current change detection and IPCC land cover classification mechanisms with a five-year cycle based on forest resource verification surveys, while planning corresponding management measures for different land change areas. \nTo promote vegetation greening for air quality improvement, this project has developed a draft action plan for vegetation greening in urban areas and a priority list of potential air quality purification zones in the six largest cities in Taiwan. By reviewing the implementation strategies of various agencies and aligning with the evaluation criteria for air quality purification zones, approximately 10.5 hectares of air quality purification zones were established in 2023. It is estimated that some Environmental Protection Bureaus already have a foundation for coordinating with related units within their governments to promote vegetation greening policies. To encourage the management of air quality purification zones by volunteering companies for better maintenance, we evaluated the integration of renewable energy and carbon sequestration in these zones as additional economic benefits to increase volunteering incentives and participation. It is recommended to emphasize concepts such as Corporate Social Responsibility (CSR) and Environmental, Social, and Governance (ESG) to promote a mutually beneficial approach for pollution reduction, energy conservation, and carbon reduction through vegetation greening. This strategy aims to enhance companies’ willingness to voluntarily look after air quality purification zones by highlighting the added social benefits.",
        "proj_year": "112",
        "org_name": "環境部大氣環境司",
        "exe_unit": "新紀工程顧問有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1120901474",
        "publish_date": "20241210"
    },
    {
        "chi_title": "112年度高雄市推動河川揚塵防制宣導計畫",
        "chi_subject": "本計畫之計畫期程為112年7月8日至112年12月31日，以下就現階段計畫執行至112年12月31日之結案報告修正稿成果簡述說明：\n本計畫於高屏溪沿岸之大樹區里嶺大橋上游至林園區出海口7處進行巡查點位，依計畫契約內容，於每個月執行高屏溪河川揚塵巡查，平均每月至少應達10天次，統計計畫目前執行至112年12月31日共完成60天次巡查，並巡查及記錄高屏溪沿岸砂石堆置場與疏濬工程，巡查至112年12月31日共完成2天次。同時購買衛星圖資1幅與執行航空照片拍攝2次，透過衛星圖資購買掌握高屏溪流域於112年11月5日非汛期裸露地面積共計2,152.8公頃相較前期(112年4月30日)減少132.1公頃，且主要分布於第一區(里港大橋下游與里嶺大橋上游河段)以及第四區(潮寮里河段下游左岸)；並且藉由空拍作業確認第一區裸露地集中於里嶺大橋上游至里港大橋下游處，面積約有167公頃，而第四區裸露地則集中於萬大橋下游河段右岸與潮寮里河段左岸處，並且潮寮里河段左岸裸露地約有86.5公頃，同時根據空拍結果辦理1場次高屏溪裸露地現勘作業與1場次聯繫會議，確實掌握高屏溪沿岸裸露地實地分布情況。另統計112年7月~112年12月31日尚未發生河川揚塵事件。\n第七河川分署與南區水資源分署也依據本計畫所提供裸露地分析資料，每年於高屏溪裸露地上施作揚塵改善工法，減少河床裸露地面積，降低高屏溪河川揚塵現象，於109年度共計施作改善相關工法，共計651.2公頃；110年度統計共施作723.2公頃，包含綠化植生、稻草蓆覆蓋、疏濬工程以及灑草籽等；111年度，施作水覆蓋、割草綠覆蓋、稻草蓆覆蓋、許可種植、短土堤破壞風場與改良土質等，共計完成1,026.75公頃；112年，施作引水渠道、稻草蓆覆蓋、架設水線、撒草籽綠覆蓋、疏濬工程等，共計完成812.408公頃。\n本年度透過衛星圖資、空拍與巡查選定重點揚塵好發區域並與河川管理單位共同針對這些區域執行相對應改善工法，包含:里嶺大橋上游河段執行水覆蓋(引水渠道)、攔河堰上游執行水覆蓋(水塘)與果樹木屑鋪設、萬大橋下游執行水覆蓋(引水渠道)、萬丹堰下游開放許可種植與執行稻草蓆敷蓋工法，對比執行前遇強南風之時段，河川灘地產生揚塵規模與時長皆有顯著下降趨勢，後續將透過行動方案會議研討113年第一季施作重點。另配合沿岸周邊環境清理以防制道路揚塵捲揚以及防範河川揚塵造成的負面效應，本計畫於112年7月~112年12月31日共完成高屏溪沿岸道路環境清理2,975.97公里與高雄市區道路環境清理(含高屏溪沿岸道路) 10,093.08公里，TSP削減量共計達77.45公噸，PM10削減量共計達14.87公噸。\n本計畫於112年度更著重於推動及改善部分，體認應從教育做起，其宣導對象共分為三部份如下所示：\n (1)\t第一部分為宣導對象為高屏溪沿岸國中小學教師及學童，對於高屏溪沿岸受揚塵影響較為嚴重的學校，截至112年12月31日，本計畫選定大樹區溪埔國小，共計辦理1場次宣導，參與人數約230人。\n (2)\t第二部分為高屏溪沿岸之區里，規劃選定高屏溪沿岸發生河川揚塵事件日易受到影響的區里辦理1場次區里揚塵防護宣導說明會，截至112年12月31日共辦理1場次，選定大樹區並聯合5個區里，參與人數約達202人次。\n(3)  第三部份為透過廣播宣導強化高屏溪沿岸民眾與用路人對於河川揚塵資訊接收即時性，截至112年12月31日共計播放100檔次。\n\n本計畫已依規劃期程，執行各項活動之辦理並確實完成宣導與揚塵防制之目標，除提升民眾對於揚塵事件基本防護觀念外，同時降低河川揚塵對於周邊區里之影響。",
        "eng_title": "2023 Kaohsiung advocacy program of riverbed and street fugitive dust prevention and control",
        "eng_subject": "The project schedule spans from July 8th, 112 to December 31st, 112. The following is a brief description of the revised draft of the interim report on the project's progress up to December 31st, 112.\nThis project conducted inspections at 7 locations along the Gaoping River from upstream of the Liling Bridge in Dashu District to the estuary in Linyuan District. According to the project contract, dust inspections of the Gaoping River were conducted monthly, with an average of at least 10 days per month. Up to December 31st, 112, a total of 60 inspection days have been completed. The inspections also covered sand and gravel deposition areas and dredging projects along the Gaoping River, with 2 inspection days completed by December 31st, 112.\nAdditionally, one satellite image was purchased, and aerial photography was conducted twice. Through the acquisition of satellite imagery, the exposed land area in the Gaoping River basin during the non-flood season on November 5th, 112, was determined to be 2,152.8 hectares, a decrease of 132.1 hectares compared to the previous period (April 30th, 112). The reduction was mainly observed in the first zone (downstream of the Ligang Bridge and upstream of the Liling Bridge) and the fourth zone (downstream left bank of the Chaoliao section). Aerial surveys confirmed that exposed land in the first zone was concentrated from upstream of the Liling Bridge to downstream of the Ligang Bridge, covering an area of approximately 167 hectares. In the fourth zone, exposed land was concentrated on the right bank downstream of the Wandan Bridge and the left bank of the Chaoliao section, with approximately 86.5 hectares of exposed land on the left bank of the Chaoliao section. Additionally, one on-site inspection and one coordination meeting were conducted based on the aerial survey results to accurately understand the distribution of exposed land along the Gaoping River. Furthermore, no river dust emission events were recorded from July to December 31st, 112.\nThe Seventh River Management Office and the Southern Region Water Resources Office utilize the exposed land analysis data provided by this project to implement dust mitigation techniques on the exposed land along the Gaoping River each year. These measures aim to reduce the area of exposed riverbed and mitigate dust emission from the Gaoping River. In the fiscal year 109, a total of 651.2 hectares of improvement techniques were implemented. In the fiscal year 110, a total of 723.2 hectares were executed, including greening vegetation, straw mat cover, dredging projects, and seeding. In the fiscal year 111, improvement techniques such as water coverage, grass cutting and green cover, straw mat cover, permitted planting, destruction of short embankments, and soil improvement were carried out, totaling 1,026.75 hectares. In the fiscal year 112, improvement techniques including water channel construction, straw mat cover, water line installation, seeding for green cover, and dredging projects were implemented, totaling 812.408 hectares.\nThis year, key areas prone to dust emission were identified through satellite imagery, aerial surveys, and inspections. Corresponding improvement techniques were implemented in these areas in collaboration with river management authorities. These techniques included water coverage (water channels) upstream of the Liling Bridge, water coverage (ponds) and spreading fruit tree wood chips upstream of sediment retention weirs, water coverage (water channels) downstream of the Wandan Bridge, and permitting planting and implementing straw mat cover downstream of the Wandan Weir. Comparing the periods before and after implementation, there was a significant decrease in both the scale and duration of dust emission from riverbank areas during strong southern winds.\nSubsequently, the focus for the first quarter of 113 will be discussed through action plan meetings. Additionally, in coordination with cleaning the surrounding environment along the riverbanks, measures were taken to prevent road dust resuspension and mitigate the negative effects of riverbank dust emission. From July to December 31st, 112, a total of 2,975.97 kilometers of cleaning was completed along the Gaoping River coastal roads, and 10,093.08 kilometers of cleaning was completed in urban areas of Kaohsiung City (including roads along the Gaoping River). The total reduction in Total Suspended Particles (TSP) amounted to 77.45 metric tons, and the reduction in PM10 totaled 14.87 metric tons.",
        "proj_year": "112",
        "org_name": "高雄市政府環境保護局",
        "exe_unit": "理虹工程顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1120890165",
        "publish_date": "20241216"
    },
    {
        "chi_title": "112年度高雄市石綿建材廢棄物清除處理計畫",
        "chi_subject": "本案使用UAV對美濃區、杉林區、部分路竹區三個示範區域進行現地調查，建立現地調查之整體流程，並彙整調查時遭遇問題和困難的解決方法，本年度總計執行了702件+30件(新增點位)，共732 件(875 棟)的石綿屋頂建物現地調查，其中有136件(155棟)石綿屋頂已經滅失，566件(690棟)現地仍存有石綿屋頂，現地調查也發現30件系統資料庫中尚未列管之含石綿屋頂的建物，新增列管的30件家戶，於調查時也一併發放通知單，由於三個示範區仍有98件無法聯繫到屋主，因此於後續路竹區調查時擴大發放通知單，總計聯繫到屋主共有867件(1,026棟)。 \n     由於113年度高雄市將進行「家戶石綿建材廢棄物清除處理補助」，團隊於今年度一併協助家戶登記「113 年度家戶石綿建材廢棄物清除處理補助」，並提供相關補助問題之申請流程和接受家戶詢問，目前登記件數達112件，推估重量總計最高達104公噸，並協助建立113年度高雄市家戶補助申請清除處理作業流程，期許執行家戶申請案件能更加順利。",
        "eng_title": "112 Years Kaohsiung City Asbestos Building Material Waste Removal and Treatment Plan",
        "eng_subject": "By using unmanned aerial vehicles (UAV), this project conducted on-site investigations at three demonstration areas: Meinong District, Shanlin District, and parts of Luzhu District. In addition to establishing a comprehensive process v for asbestos roof tile investigation, the project also compiled the solutions to issues and challenges that arose during the investigation. This year, a total of 732 cases (875 buildings) of asbestos-containing rooftops were investigated, among which 136 cases (155 buildings) have been destructed, while 566 cases (690 buildings) still contain asbestos rooftops. The on-site investigation also found 30 buildings with asbestos-containing rooftops that were not in the system database. \nThese 30 cases were added to the database, and household notices were also handed out during the investigation. In the three demonstration areas, a total of 98 house owners could not be contacted. As a result, the project expanded the scope of notification during the investigation at Luzhu District, ultimately getting in touch with 867 home owners (1,026 buildings). \n    In preparation for the 2024 “Subsidy for Asbestos Building Materials and Waste Removal” in Kaohsiung City, the project team helped these households register for the 2024 subsidy, and provided briefing on subsidy-related application processes and general troubleshooting information. Currently, the number of registrations has reached 112 cases, with an estimated weight of approximately 104 tonnes. By assisting Kaohsiung City households with the application process for asbestos removal, the project execution is expected to be more successful in 2024.",
        "proj_year": "112",
        "org_name": "高雄市政府環境保護局",
        "exe_unit": "中興測量有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1120879162",
        "publish_date": "20241231"
    },
    {
        "chi_title": "112年新冠肺炎防疫廢棄物清除委託服務計畫-高雄市(111年11月)",
        "chi_subject": "中央流行疫情指揮中心因應新冠肺炎(COVID-19)疫情，於109年3月18日宣布，所有入境人士一律居家檢疫14天，為確保隔離及檢疫者產生之廢棄物妥善清除處理並與一般家戶垃圾分流，降低傳染風險，行政院環境保護署（下稱環保署）爰補助各縣市辦理「新冠肺炎隔離及檢疫者廢棄物清除委託服務計畫」，執行至110年12月31日。\n    因應印度Delta變異株於全球擴散且其傳播力高，中央流行疫情指揮中心110年6月27日宣布，由「重點高風險國家」入境旅客，一律搭乘防疫車輛前往集中檢疫所檢疫。自前述重點高風險國家以外入境之旅客或國籍航空機組員，應自費入住防疫旅宿、集中檢疫所或符合規定之宿舍。因應隔離及檢疫人數增加，並接續執行防疫廢棄物清理工作，環保署爰辦理本補助計畫。\n\t此外，為預先防範病毒在社區傳播並加強社區防疫，高雄市政府嚴重特殊傳染性肺炎流行疫情指揮中心規定自110年5月31日起，本市居家（個別）隔離者仍應入住防疫旅館，實有持續加強清運防疫廢棄物之必要性，故提報本市規劃委託廢棄物清除機構執行防疫廢棄物清除服務所需經費，以協助本市妥適清運處理防疫廢棄物，減少清潔隊員業務負荷，避免影響日常垃圾清運作業。",
        "eng_title": "COVID-19 watse clean",
        "eng_subject": "NONE",
        "proj_year": "112",
        "org_name": "高雄市政府環境保護局",
        "exe_unit": "熒標通運有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1120739976",
        "publish_date": "20241217"
    },
    {
        "chi_title": "112年度高雄市推動低碳永續家園執行計畫",
        "chi_subject": "本計畫的執行目標在於提升全民對淨零綠生活、節能減碳以及氣候變遷認知，動員社區參與低碳永續家園的建設，同時協助本市在因應氣候變遷中推動綠色轉型。透過本市調適政策具體措施的實行，並藉由參與環境部的評比認證制度，展現本市的永續成果。\n計畫之執行期程為112年1月7日至112年11月30日，各個工作項目的執行成果說明如下：\n首先在相關業務的推動方面，完成低碳永續計畫的年度績效評比的上、下半年成果提報；召開「技術諮詢與評等審查小組」和跨局處研商會議，期望成為本市未來相關政策推動的溝通平台。在輔導社區參與認證評等方面，已完成6處「里層級」取得「銅級」認證評等及118處取得「報名成功」認證評等，報名成功率由去年52.9 %上升至66.2 %。完成2場次低碳永續家園認證說明會或氣候變遷調適培訓課程。在維護獲評等單位的行動項目方面，已完成6處，合計11項的行動項目。在推廣建築綠化降溫的成果方面，已完成3個村(里)社區推動牆面植生或綠籬。在輔導社區推動低碳行動方面，已完成8個村(里)社區，10項行動項目。在輔導設置太陽能光電系統方面，已完成2場次宣傳推廣說明會、2場太陽能光電設置建物診斷及評估工作，並輔導3處社區設置太陽能(總建置容量36.86 kWp，年發電量約47,881度)，以及1處機關設置太陽能(總建置容量141.36 kWp，年發電量約183,627度)。在推動低碳示範點的成果方面，已完成3處社區及3處機關學校建置。在媒體宣導的成果方面，已完成宣導品200份、數位媒體宣導1篇及61則貼文分享於粉絲專頁。\n根據今年度的推動成果，預估可增加40 m2綠化面積、12 kgCO2e固碳量、光電系統每年發電量達272,556度、每年可節電50,471度、年減碳量達222,310 kgCO2e。\n在節能減碳和淨零策略的雙重推動過程中，關鍵不僅僅在於政策的制訂和執行，或是低碳技術的研發，更加重要的是每個人能夠自發性參與和實踐，這才是行動能夠廣泛推廣和徹底執行的核心主軸。為了建立高雄低碳永續城市的形象，並且加速全體市民實踐節能減碳的目標，未來將持續鼓勵更多區里（社區）的共同參與。",
        "eng_title": "Kaohsiung city 2023 project on promote construction of low carbon and sustainable home operation system",
        "eng_subject": "The implementation goal of this plan is to enhance the public's awareness of net-zero green living, energy conservation and carbon reduction, and climate change, mobilize the community to participate in the construction of a low-carbon and sustainable home, and assist the city in promoting green transformation in response to climate change. Through the implementation of specific measures of the city’s adjustment policies and participation in the evaluation and certification system of the Ministry of Environment, the city’s sustainable achievements will be demonstrated.\nThe implementation period of the plan is from January 7, 2023 to November 30, 2023. The implementation results of each work project are explained as follows:\nFirst of all, in terms of promoting related businesses, we will complete the submission of results for the first and second half of the annual performance evaluation of the low-carbon sustainability plan; convene a technical consultation and rating review group and a cross-bureau discussion meeting, hoping to become the city's  communication platform for future relevant policy promotion. In terms of coaching community participation certification and rating, 6 community-level(Li) sites have obtained Bronze certification and 118 sites have obtained Successful Registration certification. The registration success rate increased from 52.9% last year to 66.2% this year. Complete 2 low-carbon sustainable home certification briefings or climate change adaptation training courses. In terms of action items for maintaining rated units, 6 action items totaling 11 items have been completed. In terms of promoting the results of building greening and cooling, we have completed the promotion of wall planting or hedges in three villages (districts). In terms of guiding communities to promote low-carbon actions, 10 action projects in 8 villages (districts) have been completed.\nIn terms of providing guidance on the installation of solar photovoltaic systems, we have completed 2 publicity and promotion briefings, 2 solar photovoltaic installation building diagnosis and evaluation tasks, and provided guidance on the installation of solar energy in 3 communities (total built capacity 36.86 kWp, annual power generation of approximately 47,881 kWh) , and one institution is equipped with solar energy (total built capacity 141.36 kWp, annual power generation of approximately 183,627 kWh). In terms of promoting the achievements of low-carbon demonstration sites, the construction of 3 communities and 3 government schools has been completed. In terms of media promotion results, 200 promotional materials, 1 digital media promotion and 61 posts have been shared on fan pages.\nAccording to this year's promotion results, it is estimated that the green area will be increased by 40 m2, the carbon sequestration amount will be 12 kgCO2e, the annual power generation of the photovoltaic system will reach 272,556 kWh, the annual electricity saving will be 50,471 kWh, and the annual carbon reduction will be 222,310 kgCO2e.\nIn the process of dual promotion of energy conservation, carbon reduction and net-zero strategies, the key lies not only in the formulation and implementation of policies, or the research and development of low-carbon technologies. What is more important is that everyone can voluntarily participate and practice.This is the core axis for the action to be widely promoted and thoroughly implemented. In order to establish the image of Kaohsiung as a low-carbon and sustainable city and accelerate the implementation of energy conservation and carbon reduction goals by all citizens, more districts (communities) will continue to be encouraged to participate in the future.",
        "proj_year": "112",
        "org_name": "高雄市政府環境保護局",
        "exe_unit": "祥威環境科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1120736108",
        "publish_date": "20241217"
    },
    {
        "chi_title": "110年度彰化縣柴油車排煙檢測站操作維護計畫-補發",
        "chi_subject": "彰化縣長久以來為工業及農業發展的城市，空氣污染主要來源為各產業型態之工廠及各式機動車輛所排放之廢氣，而隨著都市土地利用型態的改變及民眾環保意識提升，工廠總數逐年減少，但使用中之機動車輛總量卻逐年上升，使得機動車輛所排放之廢氣成為都市空氣污染最主要之來源，因此，如何降低機動車輛之廢氣排放，是本縣當前極重要之環保課題。\n柴油車管制方面，總計達成柴油車排煙檢測6,538輛次，不合格135輛次，不合格率為2.1%。油品篩選送驗12件，已檢驗完成12件。執行目視判煙不合格，進行車籍查詢並篩除煙度不足、報廢、繳銷及停駛等因素，總計已完成1,349件發文通知檢測工作。推動新增10家業者參加柴油車自主管理，參加柴油車自主管理4,802輛，柴油車污染改善2,384輛。本計畫藉由執行各項車輛管制措施及跨局處合作並輔以宣導民眾，進而達到改善彰化縣空氣品質之實際效益及完善績效。",
        "eng_title": "2021 Changhua County Dynamometer Station Maintenance and Management Project.",
        "eng_subject": "Changhua County has been a city of industrial and agricultural development for a long time. The primary source of air pollution in this county is the waste gases emitted from diverse types of factory and variety of motor vehicles; and in the wake of the change from the pattern of urban land utilization along with the promotion of populace’s awareness of environmental protection, the total number of factory has been decreasing year by year; contrarily, the total number of motor vehicle in use has been increasing year after year that makes the emission of exhaust gas from motor vehicles the most critical source of urban air pollution. Therefore, how to reduce the emission of exhaust gas from motor vehicles has become the extremely important issue of environmental protection for Changhua County.\nIn the aspect of controlling the diesel vehicles, 6,538 vehicles inspected ＆ tested thereof smoke emission while 135 vehicles therein failed to pass the inspection at a nonconformity rate of 2.1%. With regard to the oil sampling, 12 diesel oil samples therein were screened and submitted for inspection. Vehicles failed to pass the visual determination and followed an inquiry of registration data, screening and report for scrapping, handing in for cancellation, suspension of driving, etc. factors; totally 1,349 letters of notice for inspection ＆ test works were dispatched. 10 new companies were promoted to participate in the self-management of diesel vehicles, 4,802 diesel vehicles participated in the self-management, and 2,384 diesel vehicles were replaced.This project, by executing variety of vehicular control measures together with cooperation cross the bureaus and divisions plus a propagation to the populace; Changhua County has achieved a practical effect and a complete performance to improve the air quality.",
        "proj_year": "112",
        "org_name": "彰化縣環境保護局",
        "exe_unit": "春迪企業股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1120727538",
        "publish_date": "20241230"
    },
    {
        "chi_title": "112-113年開放政府資訊服務發展與系統維運管理計畫",
        "chi_subject": "本計畫配合臺灣開放政府國家行動方案推動「環境領域的資訊揭露」承諾事項，發展愛環境資訊網做為環境資訊揭露整合平臺，以議題為主軸，整合周遭環境探索功能，結合在地環境資源主題之整合展示，以視覺化互動式地圖提供服務，提供多元的資訊傳遞管道、促進環境資訊公眾參與，協助民眾了解環境資訊內涵，確立社區知情權的落實與公民科學的賦權的架構制度；而列管污染源資料查詢系統可供公眾同時查閱空、水、廢、毒列管污染源的資料。查詢系統提供跨欄位整合搜尋功能，並加入空間資訊與地圖介面，提供民眾多元便捷的查詢方式。本計畫對上述2個環境資訊揭露整合應用系統進行功能擴充及維運管理。\n另外，數位發展部「服務型智慧政府2.0推動計畫（110年-114年）」，推動線上申辦服務、主動推播服務，於應用程式導入多元認證、跨機關資料傳輸專屬通道（T-Road）、個人化資料自主運用（MyData）等服務，於資安無虞的環境下，實現可線上即時取得申辦所需證明資料，打造以民為本的便民服務。本計畫協助研擬智慧政府中長程計畫之發展規劃、先期計畫書，包含計畫目標、整體架構、工作內容、年度執行計畫、年度經費配置、預期效益與績效指標等內容，以及智慧政府推動、履約監控、查核品管及管考作業。",
        "eng_title": "112-113 Open Government Information Service Development and System Maintenance Management Plan",
        "eng_subject": "This plan aligns with Taiwan's Open Government National Action Plan to promote the commitment to disclosure of environmental information. It involves the development of the i-Environment as an integrated platform for environmental information disclosure, focusing on specific issues. The platform integrates surrounding environment exploration functions and showcase local environmental resources through a consolidated display. It offers services via interactive, visualized maps, providing diverse information channels and promoting public participation in environmental information. This helps the public understand environmental information content, establishing a framework and system to enforce the community's right to know and empower citizen science. The Pollutant Release and Transfer Register System allows the public to access data on regulated pollution sources, including air, water, waste, and toxic substances. The query system offers cross-field integrated search functions and incorporates spatial information and map interfaces, providing the public with a variety of convenient search methods. This plan aims to expand the functionality and manage the operations of these two integrated environmental information disclosure systems.\nAdditionally, the Ministry of Digital Affairs' Smart Government 2.0 Promotion Plan （2021-2025） aims to advance online application services and proactive service notifications. It incorporates services such as multi-factor authentication in applications, T-Road, and MyData. These services ensure that required documents for applications can be obtained instantly online, all within a secure environment, creating citizen-centric services for public convenience. This project assists in formulating the mid-to-long-term development plan and preliminary project proposal for smart government, covering project goals, overall framework, work content, annual execution plans, budget allocation, expected benefits, and performance indicators. It also includes promoting the smart government initiative, performance monitoring, compliance control, quality assurance, and management processes.",
        "proj_year": "112",
        "org_name": "環境部環境資訊科技司",
        "exe_unit": "耕雲科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1120702659",
        "publish_date": "20241231"
    },
    {
        "chi_title": "112年度宜蘭縣推動生物質、固體再生燃料（SRF）、無機再生粒料及其他物料資源循環計畫",
        "chi_subject": "為掌握我國生物質量能以及再利用流向，於今年度（112年）進行產業調查問卷。本計畫調查結果除作為未來環境部資源循環署擬定廢生物質管理及再利用相關政策參考依據外，亦運用調查結果協助建立我國生物質產業資料庫及生物質料源地圖，未來將可使用生物質資料庫查詢各種生物質料源資訊，亦可使用生物質資料地圖查詢各種生物質地理資訊及再利用管道，本計畫已累計蒐集回傳問卷526份，包含農、林、漁、牧產銷班、食品及飼品製造業等，透過調查結果瞭解本縣產出之廢棄生物質種類、數量及清理方式，推動本縣生物質廢棄物料源資源循環評估。\n本計畫為推廣「固體再生燃料」（Solid Recovered Fuel，簡稱 SRF）以「轉廢為能」的理念，推動廢棄物燃料化政策，將廢棄物再利用並減少化石原料及燃料開採。環境部制訂「固體再生燃料製造技術指引與品質規範」，並本縣執行固體再生燃料（SRF）驗證及品管工作，已完成辦理SRF製造廠或再利用機構之專家學者現勘會議6廠次，查訪具有成為SRF製造廠潛力之再利用機構，針對廢木材之再利用方式、操作技術或相關環保防制設施，提升產品品質之效益等提出宏觀角度建議，提供業者營運或未來轉型參考。\n實際使用投料為台○水泥蘇澳廠，已完成辦理6廠次SRF使用廠專家學者現勘會議。潤○宜蘭冬山廠現況尚未開始使用木屑及SRF，廠內氣化爐正裝設中，設置完畢後以及固定污染操作許可試車完成通過，才會開始投料SRF，目前現場原料貯存區及氣化爐設備廠區工程執行中，預計年底前完成試車計畫。\n統計112年1-11月台○水泥蘇澳廠，SRF(170044)平均使用733公噸\/月，木屑(140017)平均使用1,804公噸\/月。本計畫推動其他物料資源循環，為解決漁港常有老舊漁船占用泊位，促使漁船汰建申請漁船解體，但漁船結構材質多為安全性較高、較硬的玻璃纖維為主，初步提供建議媒合去化流向或技術可行之再利用方式提升再利用率，使資源永續循環。本計畫已配合環境部執行1場次廢漁船廢玻璃纖維(FRP)、木材混合物細破碎循環利用示範處理，在112年4月25日於幸福水泥東澳廠內進行破碎，其破碎機具為2台，分別為粗、細破碎機，首先將從漁港初步拆解完成之廢漁船FRP木材混合物進行粗細破碎，再由幸福水泥自行破碎至粒徑3公分以下後，投至旋窯再利用。現況廢船舶處理現況問題，包含處理費用較高、廢棄船舶長期滯留\n於港口、無完善之前處理設施、地點及廢棄物資源化管等，為瞭解目前縣內廢棄漁船處理情形，以及常見問題分析瞭解，經調查訪談本縣海洋漁業所及蘇澳漁會，目前縣內完成申請汰建漁船為7艘，另有3艘待申請，據承辦人員表示，現況廢漁船處理問題，除了處理成本過高外，因廢棄漁船拆解後之廢棄物種類不易分類處理，造成清除及處理機構妥善處理之困難，本計畫已彙整提供相關媒合去化流向或再利用方式建議，進而提供解決漁港常有老舊漁船占用泊位之問題參考，俾利資源循環再利用。",
        "eng_title": "2023 Yilan County Plan for Promoting Biomass, Solid Recovered Fuel (SRF), Inorganic Recycled Aggregates, and Other Resource Recycling",
        "eng_subject": "To grasp the biomass energy potential and the reutilization flow in Taiwan, an industry survey was conducted this year (2023). The results of this survey will not only serve as a reference for the Ministry of Environment’s Resource Recycling Department in formulating policies for biomass waste management and reutilization, but will also be used to help establish a national biomass industry database and biomass resource map. In the future, this database will allow for searches of various biomass resource information, and the map will enable searches for biomass geographic information and reutilization channels. To date, 526 questionnaires have been collected, covering industries such as agriculture, forestry, fisheries, livestock, food production, and feed manufacturing. The results of the survey provide insights into the types, quantities, and disposal methods of waste biomass produced in the county, which will aid in evaluating the resource recycling potential of biomass waste in Yilan County.\n\nThis project also aims to promote the concept of “Waste to Energy” by advancing the use of Solid Recovered Fuel (SRF) in the county’s waste-to-energy policies. The Ministry of Environment has developed Technical Guidelines and Quality Standards for SRF Manufacturing, and Yilan County has implemented SRF verification and quality control measures. So far, six expert site inspections have been conducted at SRF manufacturing plants or reutilization facilities with potential to become SRF manufacturers. These inspections have focused on the reutilization methods for waste wood, operational techniques, environmental protection facilities, and suggestions for improving product quality, providing businesses with macro-level recommendations for operations or future transitions.\n\nCurrently, the Taiwan Cement Su’ao Plant is using SRF, having completed six expert site inspections. However, the Run Tai Yilan Dongshan Plant has not yet started using wood chips or SRF. The gasification furnace is still being installed, and SRF feeding will only commence after installation and trial operations for fixed pollution control permits are completed. The raw material storage area and the gasification furnace facility are currently under construction, with trial operations expected to be completed by the end of the year.\n\nFrom January to November 2023, Taiwan Cement Su’ao Plant has used an average of 733 metric tons per month of SRF (170044) and 1,804 metric tons per month of wood chips (140017).\n\nAs part of this project’s efforts to promote the recycling of other materials, it also seeks to address the issue of old fishing boats occupying berths at fishing ports. To encourage the deconstruction of old fishing vessels, applications for fishing vessel deconstruction have been processed. However, many fishing boats are made primarily of fiberglass, which is strong and durable. The project offers preliminary recommendations on potential recycling channels or technically feasible reutilization methods to enhance recycling rates and promote sustainable resource circulation.\n\nIn cooperation with the Ministry of Environment, the project conducted a demonstration of the fine crushing and recycling of waste fiberglass (FRP) and wood mixtures from decommissioned fishing boats on April 25, 2023, at Xingfu Cement’s Dong’ao Plant. The crushing process used two machines (coarse and fine crushers), which first crushed the FRP and wood mixture dismantled from the fishing boats. The materials were then further crushed to particles smaller than 3 cm by Xingfu Cement and fed into the rotary kiln for reutilization.\n\nCurrent challenges related to waste vessel processing include high processing costs, long-term retention of waste vessels in ports, lack of suitable pre-processing facilities, and challenges in recycling these waste materials. To understand the current state of waste vessel processing and common issues, interviews were conducted with the Yilan County Marine Fisheries Institute and the Su’ao Fishermen's Association. Currently, seven decommissioned fishing boats in the county have completed deconstruction applications, with three more pending. According to officials, one of the key challenges in processing waste fishing boats is the high cost of disposal, and the difficulty of sorting and processing the various types of waste materials generated after dismantling. The project has compiled recommendations on potential disposal channels and reutilization methods, offering solutions to the problem of old fishing boats occupying berths, thus facilitating resource recycling and reutilization.",
        "proj_year": "112",
        "org_name": "宜蘭縣政府環境保護局",
        "exe_unit": "康廷工程顧問企業有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1120690732",
        "publish_date": "20241222"
    },
    {
        "chi_title": "112年度彰化縣烏溪及濁水溪河川揚塵防制環境清理計畫",
        "chi_subject": "1.河川揚塵預警通報\n於112年11月及113年7月分別針對烏溪及濁水溪裸露地進行汛期後無人載具拍攝作業，並於112年10月及112年7月購置衛星圖資及進行裸露地圖資判識。同時透過航拍圖資、無人載具空拍作業及巡查作業等資料，進行河川揚塵好發區位判定並劃定河川揚塵之各級影響範圍，以掌握可能揚塵區位，並透過區域聯繫會議及揚塵緊急應變工法規劃，進行後續防制工作。計畫執行期間，共進行烏溪及濁水溪流域沿岸裸露地巡查213點次、配合空氣品質惡化應變巡查2點次、道路普查52條次；並完成濁水溪(西濱大橋下游、大城鄉3號越堤路)及烏溪(中寮里堤防)河川揚塵監視攝影機設置共336天次，可即時掌握現地河川揚塵狀況。\n本計畫於112年11月、113年7月間執行烏溪、濁水溪流域裸露地無人載具空拍作業，結合無人載具拍攝分析成果發現，依據113年7月衛星空拍影像判釋結果，烏溪流域裸露地面積約395.2公頃，較112年同期增加4.7%，主要裸露地區域位於第一區約94.9公頃；依113年7月購置之濁水溪衛星圖資判識分析成果發現，濁水溪流域乾裸露地面積約731.8公頃，較112年同期增加3.1%，主要裸露區域位於第四區約216.2公頃以上資料除本計畫分析揚塵發生可能性以及判斷緊急應變施作可行性外，亦提供經濟部水利署第三河川分署及第四河川分署，作為抑制揚塵之參考。\n2.河川揚塵環境清理洗街作業\n本計畫於計畫執行期間，針對揚塵影響嚴重鄉鎮進行洗街作業，，共完成環境清理洗街6,031公里，依環境部削減係數推估，可減少TSP約83.23公噸、PM10約15.68公噸及PM2.5約3.66公噸。配合執行空品不良應變巡查73天次，並針對對應測站執行應變洗街作業1,718.1公里，推估可削減TSP 23.71公噸、PM10 4.47公噸及PM2.5 1.04公噸。\n此外，為提升作業品質，本計畫每周進行1次洗街現場作業查核，共計已完成查核48次，查核結果均符合相關作業規範。本計畫備置直讀水質檢驗設備，於每次抽水時進行濁度、DO(溶氧量)及pH值檢測，歷次檢測結果皆符合相關用水規範。\n3.揚塵緊急應變防制\n依據行政院濁水溪揚塵防制及改善行動方案分工，本計畫須配合環境部氣象預報，針對本縣濁水溪裸露灘地執行河川揚塵緊急應變防制作業，以有效減緩河川揚塵對濁水溪沿岸民眾之影響，針對自強大橋下游、電塔下游及7號堤防外裸露地，執行三仙膠應變噴灑9次，合計施作面積113.64公頃，可分別減少TSP與PM10排放量40.23公噸與30.17公噸。另外，運用物聯網科技，當微型感測器測得PM10濃度達河126μg\/m3時及配合環境部預警，啟動防制系統自動噴灑水霧，藉由增加空氣之濕度降低空氣中懸浮微粒之濃度，以減緩河川揚塵對沿岸民眾之影響。本計畫於113年5月13日完成水線裝設。\n4.葡萄藤或其他資材等鋪設作業\n本計畫於竹塘鄉高鐵橋下游R7、R9地號及跨河電塔上游裸露地，完成農業資材鋪設工作2.551公頃，合計使用農資505.34公噸，可分別減少TSP與PM10排放量0.9公噸與0.45公噸。\n5.區域聯繫會議\n共辦理二場次河川揚塵防制業務聯繫會議，第一場次於112年12月4日召開，出席人數共21位。第二場次於113年8月26日召開，出席人數共21位。會中除請各出席單位報告各項防制工作執行成果，並藉由會議辦理，協商各單位以最有效之管制工法進行揚塵防制，以利推動相關防制措施。\n6.河川揚塵應變防護及宣導\n(1)為使各單位熟悉河川揚塵應變作業流程，以縮短應變時間，強化各應變單位之處理能力。於112年9月26日於楊賢堤防74號越堤段、竹塘鄉慈航宮活動中心停車場辦理河川揚塵應變防護演練，出席人數共52人次。\n(2)完成宣導品300份以上購置。本團隊為擴大宣導對象，配合員林市「員林獅子盃親子路跑」活動，於112年10月29日在員林公園辦理「河川揚塵防護宣導」，另配合消防局辦理之「彰化縣112年防災教育日系列活動防災小勇士」，於112年11月11日在二水鄉二水國小辦理環保小尖兵河川揚塵防護宣導，總宣導人數共725人。\n(3)為提昇現地居民瞭解河川裸露地改善情況，並使相關單位相互交流裸露地改善工法，於113年5月16-17日邀請濁水溪流域居民及相關單位參與河川裸露地示範觀摩會議，並由經濟部水利署第四河川分署代表擔任講師說明濁水溪現況及揚塵改善工法，另由屏東縣政府環境保護局介紹高屏溪枯木覆蓋工法，參與人數合計65人次。",
        "eng_title": "Environmental Dust Control and Cleanup Plan for Wuxi and Zhuoshuixi Rivers in Changhua County, Year 112",
        "eng_subject": "River Dust Warning and Notification\nIn November 2023 and July 2024, UAV imagery was used to capture exposed land in the Wu River and Zhuoshui River basins. Satellite images purchased in October and July 2023 helped identify exposed areas. Aerial surveys and inspections were carried out to map regions at high risk of river dust and assess its impact. During the project, 213 inspections were conducted along the riverbanks, along with 2 air quality response inspections and 52 road surveys. Monitoring cameras were installed at key locations for real-time dust monitoring (336 days). Satellite analysis from July 2024 showed 395.2 hectares of exposed land in the Wu River basin (4.7% increase) and 731.8 hectares in the Zhuoshui River basin (3.1% increase). These results provided crucial data for dust control measures, supporting the Ministry of Economic Affairs' river divisions.\n\nRiver Dust Environmental Cleaning and Street Washing\nStreet washing operations were conducted in dust-affected areas, covering 6,031 kilometers. Based on EPA reduction factors, this action reduced TSP by 83.23 tons, PM10 by 15.68 tons, and PM2.5 by 3.66 tons. An additional 1,718.1 kilometers were cleaned as part of air quality emergency responses, reducing TSP by 23.71 tons, PM10 by 4.47 tons, and PM2.5 by 1.04 tons. Weekly inspections were done to ensure compliance with standards, with 48 inspections completed. Water quality tests for turbidity, dissolved oxygen (DO), and pH were also conducted, with all results meeting standards.\n\nDust Emergency Response and Prevention\nIn coordination with the Executive Yuan’s dust control plan, emergency measures were taken based on weather forecasts from the Ministry of Environment. Nine applications of Xianxian gel were sprayed on 113.64 hectares in critical areas, reducing TSP by 40.23 tons and PM10 by 30.17 tons. An IoT system was also deployed to automatically spray mist when PM10 levels reached 126 µg\/m³, helping reduce airborne dust. The system was installed on May 13, 2024.\n\nAgricultural Material or Other Covering Work\nAgricultural materials were deployed on 2.551 hectares of exposed land near the high-speed rail bridge and power tower in Zhuo Township. A total of 505.34 tons of materials were used, reducing TSP by 0.9 tons and PM10 by 0.45 tons.\n\nRegional Coordination Meetings\nTwo river dust prevention coordination meetings were held: one on December 4, 2023, and the second on August 26, 2024, each with 21 participants. These meetings facilitated discussions on dust control progress and the sharing of effective prevention methods.\n\nRiver Dust Emergency Response and Public Outreach\n(1) To improve response efficiency, an emergency drill was held on September 26, 2023, at Yangxian Dike and Zhutang Township, attended by 52 participants.\n(2) Over 300 promotional materials were distributed. In collaboration with the Yuanlin Lion Cup Parent-Child Run, an outreach event was held on October 29, 2023, at Yuanlin Park, reaching 725 people. Another outreach was held on November 11, 2023, at Ershui Township's elementary school as part of a disaster prevention event.\n(3) A demonstration meeting on exposed land improvement methods was held from May 16–17, 2024, in the Zhuoshui River basin, with 65 attendees, including local residents and experts, providing an opportunity for sharing practices.",
        "proj_year": "112",
        "org_name": "彰化縣環境保護局",
        "exe_unit": "理虹工程顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1120660409",
        "publish_date": "20241218"
    },
    {
        "chi_title": "112年度臺東縣卑南溪河川揚塵防制及改善推動計畫",
        "chi_subject": "本計畫彙整歷年各類測站（臺東、關山、利吉、仁愛國小、森林公園）資料、河川特性、河川地區土地覆蓋現況（或揚塵好發狀況）等，購買衛星圖資（4幅），判識卑南溪流域河床組成樣態。112年度卑南溪河床裸露地平均約占32%，水體、含水灘地約45%，植被地約23%，經環保局、第八河川分署及本計畫施作水覆蓋後，113年度裸露地平均約占22%，水體、含水灘地約53%，植被地約25%，顯示水覆蓋能有效降低裸露地面積。本團隊並進行PM10濃度模擬增量，執行19次裸露地巡查。結合所有資訊，歸出卑南溪河川揚塵好發區，位於利吉大橋上游至出海口、寶華大橋上下游及電光大橋上下游區段。在東北風、北風及南風吹襲下（3m\/s），上述區位容易發生河川揚塵。為此，工作團隊在臺東大橋至出海口區進行實兵演練，施作水覆蓋工法，執行189工作車次（300型怪手），施作累計面積達532.46公頃，水覆蓋面積達932公頃，TSP削減量共達223.81公噸，PM10削減量達114.94公噸。\n為讓民眾及各緊急應變各單位能提前因應，仍建置河川揚塵預報機制，透過揚塵一把罩APP及9處LED顯示器（電子看板）提供未來24、48小時揚塵預報及空氣品質即時資訊。此外，每季召開揚塵防制區域聯繫會議，邀請懸浮微粒物質災害防救應變單位參加，共計111人次參加，以了解權責分工，整合資源，強化各單位應變機制，暢通討論及溝通管道，並彙整各單位防制揚塵成效。辦理1場內部訓練，21人次參與，藉以提高計畫人員專業知識及觀念。\n此外，辦理6場次河川揚塵防制宣導活動，藉由宣導活動建立社區民眾及學校師生揚塵防制自我保護觀念，推廣中央及地方防制之努力；並透過稻草蓆及種樹苗覆蓋裸露地創意宣導活動，響應國際減災日、世界地球日等特定節日，跨域協力蓆覆蓋防制揚塵，偕同當地社區民眾一同參與，協力至卑南溪河床裸露地進行覆蓋，參與總人數達618人，綜合以上場次宣導活動，回收問卷數量為462份，整體活動規劃滿意度達99%。\n經由上述之工作項目執行，112年度雖遭受3次颱風災害影響，在八河分署與環保局積極投入水覆蓋修復工作，讓河床持續保持濕潤狀態，112年度臺東PM10濃度年平均僅16.6（μg\/m³），相較111年度（16.4μg\/m³）僅增加0.2（μg\/m³），相較110年度（2次颱風影響）18.27（μg\/m³），已降低1.67（μg\/m³），顯示水覆蓋工法能有效降低PM10濃度。此外，截至113年6月底，臺東測站已連續32個月無揚塵事件日發生，計劃期間抑制92日（235小時）可能發生揚塵條件之時段揚塵狀況，河川揚塵防制成效相當顯著。",
        "eng_title": "2012 Taitung County Beinanxi River Dust Control and Improvement Promotion Plan",
        "eng_subject": "This project compiles data from various measuring stations (Taitung, Guanshan, Liji, Renai Elementary School, Forest Park) over the years, river characteristics, current land coverage in river areas (or dust prone conditions), etc., and purchases satellite imagery ( 4 pictures), identify the composition of the riverbed in the Beinan River Basin. In 2012, the bare land on the Beinan River bed accounted for about 32% on average, water bodies and water-bearing shoals were about 45%, and vegetation land was about 23%. After water coverage by the Environmental Protection Bureau, the Eighth River Branch and this project, the average bare land in 113 was about Accounting for 22%, water bodies and water-bearing beaches account for about 53%, and vegetation lands account for about 25%, showing that water coverage can effectively reduce the area of ​​exposed land. The team also conducted simulation increments of PM10 concentration and conducted 19 inspections of exposed areas. Combining all the information, the dust-prone area of ​​the Beinan River River is located between the upstream of Liji Bridge and its outlet, the upstream and downstream sections of Baohua Bridge and the upstream and downstream sections of Dianguang Bridge. Under northeasterly, northerly and southerly winds (3m\/s), river dust is prone to occur in the above locations. To this end, the work team conducted practical drills from the Taitung Bridge to the seaport area, implemented water covering construction methods, and executed 189 work trips (Type 300 strange hand). The cumulative construction area reached 532.46 hectares, and the water coverage area reached 932 hectares. The TSP was reduced The total amount reached 223.81 metric tons, and the PM10 reduction amount reached 114.94 metric tons.\nIn order to allow the public and emergency response units to respond in advance, a river dust forecasting mechanism has been established to provide real-time dust forecasts and air quality information for the next 24 and 48 hours through the Dust Cover APP and 9 LED displays (electronic signboards) . In addition, dust control regional liaison meetings are held every quarter, and suspended particulate matter disaster prevention and response units are invited to participate. A total of 111 people attended to understand the division of powers and responsibilities, integrate resources, strengthen the response mechanism of each unit, and smooth discussion and communication channels, and Summarize the effectiveness of various units in preventing dust. Conducted 1 internal training with 21 participants to improve the professional knowledge and concepts of planning staff.\nIn addition, 6 river dust prevention publicity activities were held to establish self-protection concepts for community residents, school teachers and students, and to promote the central and local prevention efforts; through the publicity activities, straw mats and saplings were used to cover The creative publicity campaign on bare areas was carried out in response to specific holidays such as International Disaster Reduction Day and World Earth Day. Cross-regional joint efforts were made to cover the dust to prevent dust. People from the local community participated together and worked together to cover the exposed areas on the Beinan River bed. The total number of participants reached 618 people, combined with the above publicity activities, the number of questionnaires returned was 462, and the overall activity planning satisfaction reached 99%.\nThrough the implementation of the above-mentioned work projects, despite the impact of three typhoons in 2012, the Bahe Branch and the Environmental Protection Bureau actively invested in water coverage restoration work to keep the river bed moist. The annual average PM10 concentration in Taitung in 2012 was only 16.6 (μg \/m³), which only increased by 0.2 (μg\/m³) compared with the 2011 fiscal year (16.4μg\/m³). Compared with the 18.27 (μg\/m³) in 2010 (2 typhoons), it has decreased by 1.67 (μg\/m³), showing The water covering construction method can effectively reduce PM10 concentration. In addition, as of the end of June 2013, the Taitung measuring station has had no dust event days for 32 consecutive months. During the planned period, the dust situation was suppressed for 92 days (235 hours) when dust conditions may occur. The effectiveness of river dust prevention is quite significant.",
        "proj_year": "112",
        "org_name": "臺東縣環境保護局",
        "exe_unit": "富聯工程顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1120612417",
        "publish_date": "20241219"
    },
    {
        "chi_title": "112-113年生活中化學物質科普知識推動暨風險溝通計畫",
        "chi_subject": "本計畫完成維運及擴充化學知識地圖網站，包含協助網站資料上稿、資料拋轉、新增20個國內外學術與科普知識網站連結、更新全球化學事件回顧貼文、擴充綠色生活專區資料（包括室內區及戶外區），並整合Google analytics進行網站分析，提出網站建議精進方案。\n完成設計文宣並利用多元管道與新興媒體進行化學物質風險溝通。其一，透過生活中的化學物質 Chem Life Facebook粉絲專頁宣導化學物質資訊，包含完成589則貼文，並提交周報及月報；辦理10場粉絲互動活動，且與16個不同知識性平臺相互推廣合作，並於維運期間增加20,841粉絲人數。其二，維運化學署LINE官方帳號，包含完成製作LINE行銷貼文25件及協助發布化學署臨時交辦之推廣貼文。其三，完成化學物質風險相關活動執行成果媒體刊登8則。最後，完成化學物質主題燈箱廣告規劃及製作6則。\n完成轉譯化學資訊並建構文字化、圖像化、影像化的化學知識，包含製作2024及2025年桌曆1式並印製500份、編撰國中小化學科普文章22篇（2篇為加值），經化學署同意後置於化學知識地圖網站、編撰全球化學事件回顧貼文80篇、編撰主題操作文案15篇，經化學署同意後置於化學知識地圖網站專欄、印製國語日報科學版專欄文章書籍2,000本（1,500本為加值），並刊載於化學知識地圖網站。\n協助化學署運用媒體，以不同角度傳遞生活性化學議題，包含辦理多元媒體溝通人才培力營基礎班1場，並產出成果影片5支、成果手冊1式、側拍紀錄片1支；辦理多元媒體溝通人才培力營進階班1場，並產出成果影片3支、成果手冊1式、側拍紀錄片1支。\n協助化學署重要政策宣導及其他行政支援及配合事宜，包含根據不同利害關係人製作4式簡報和辦理重要政策宣導課程5場、召開文案內容專家學者審查會議10場，每場出席專家學者至少3人、配合參與4場會議，並依化學署需求完成10項交辦事項。",
        "eng_title": "Project of Promoting the Chemicals Knowledge in Life and Chemicals Risk Communication",
        "eng_subject": "This project involves maintaining and expanding the Chemical Knowledge Map website of the Chemicals Administration. It includes assisting with content uploads, data transfers, adding 20 new links to domestic and international academic and popular science websites, updating global chemistry event review articles, expand the Green Living section (including indoor and outdoor areas), and integrating Google Analytics for website analysis to propose improvement plans.\nAlso focuses on creating promotional materials and using diverse channels and emerging media to communicate chemical substance risks. First, Chem Life Facebook Fan Page: The page promoted information about chemical substances by publishing 589 posts, submitting weekly and monthly reports, organizing 10 interactive fan activities, collaborating with 16 knowledge platforms, and increasing the number of followers by 20,841 during the operation period. Second, LINE Official Account Management: This involves creating 25 marketing posts for LINE and supporting the publication of promotional posts assigned by the Chemicals Administration. Third, Media Coverage: The project aims to secure 8 media placements reporting on activities related to chemical risk communication. Last, Thematic Lightbox Advertisements: Planning and producing 6 advertisements focused on chemical substance themes.\nTranslate chemical information and develop chemical knowledge in textual, visual, and video formats. It includes producing 2024 and 2025 desk calendars, writing 22 science articles (in which 2 articles were value-added services) targeting junior high school and elementary school students to be posted on the Chemical Knowledge Map website, compiling 80 global chemistry event review articles, preparing 15 thematic action plans for the website's dedicated section, and printing 2,000 copies (in which 1,500 were value-added services) of The Mandarin Daily News science column compilation, which also be published on the website.\nAdditionally, the project assisted the Chemicals Administration in using media to convey chemical topics from different perspectives, inclusive of hold a basic media communication training camp, resulting in 5 outcome videos, one handbook, and a behind-the-scenes documentary. Besides, conducted an advanced media communication training camp, producing 3 outcome videos, one handbook, and a behind-the-scenes documentary.\nFinally, the project supported the Chemicals Administration in promoting key policies and providing administrative assistance. This includes creating 4 presentation materials for different stakeholders, organizing 5 policy promotion courses, holding 10 expert review meetings with at least 3 experts in attendance for each, participating in 4 meetings, and completing 10 tasks as requested by the Chemicals Administration.",
        "proj_year": "112",
        "org_name": "化學署綜合規劃組",
        "exe_unit": "財團法人環境資源研究發展基金會",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1120528272",
        "publish_date": "20241231"
    },
    {
        "chi_title": "基隆市-112年度基隆市推動環保許可整合計畫",
        "chi_subject": "基隆市環保局辦理「112年度基隆市水環境(含飲用水)污染防治暨水污費徵收查核管理計畫」，持續稽查水污染防治事業列管外，積極推動水環境巡守義工訓練及巡守工作，辦理法規宣導說明會、河川水質檢測活動，向大眾傳達環境保育意識；加強水質水量自動監測系統，隨時掌握污染源現況即時處置，強化自來水供水系統及飲用水設備水質狀況，確保民眾飲用水安全。本計畫辦理成果簡述如下：\n一、轄內列管事業、下水道系統查核與管理\n(一)大武崙工業區實施專案管制：已完成查核16件次(含4次夜間採樣)，另已完成聯合污水廠周界逕流廢水查核3件次，查核結果皆符合標準。 \n(二)列管事業查核及管制：廠商各項污染防治設施之處理效率與操作品質，已完成查核採樣110件次，查核結果5家有異常狀況，已安排複查作業。 \n(三)公共污水下水道系統查核與管理：六堵水資源回收中心已完成4次查核、採樣作業，查核結果皆符合標準；和平島水資源回收中心已完成4次查核、採樣作業，查核結果皆符合標準。 \n(四)社區及其他污水下水道系統：已完成查核採樣42件次，少部分社區多次採樣分析超標，建議加強管制作為。 \n二、水質水量自動監測與攝錄影監視設施系統查核與管理 \n辦理本市已完成設置自動監設施之5處事業或污水下水道系統進行現場查核作業；已於大武崙污水處理廠執行水質水量監測設施之化學需氧量及懸浮固體RATA，檢測比對結果皆低於標準。 \n三、水環境守望相助巡守隊經營運作\n維運「雞籠巡守隊官方LINE@」了解各巡守隊所需、辦理專業教育訓練場次(8\/28)、全隊140人意外保險費辦理以及巡守隊器材購置等事項。112\/4\/29聯合淨溪淨灘3場次、10\/14手護海洋秋季淨灘1場次、暖暖隊5\/26小小巡查員淨溪1場次、福基隊3\/25、4\/21、8\/5、8\/11認養淨溪4場次、過港隊8\/12淨灘1場次，並依考核規定填報成果，完成巡守隊通報案件追蹤20件。 \n四、飲用水管理\n針對轄內4座淨水場原水水質採樣已完成16件次、針對水源水質保護區進行9次巡察。執行自來水供水系統水質查核採樣工作，已完成248件；完成16件次淨水場之出水端水質檢測；包裝或盛裝之飲用水業者水源水質查核已完成4季次；以上所有項目查核及檢測結果皆符合標準。 \n水井、山泉水查核採樣，已完成16件，檢測結果皆不符合飲用水標準，已配合環保局核准現場設置不銹鋼看板，提醒民眾不得生飲。執行連續供水固定設備已完成135處查核及135處採樣，查核及檢測結果皆符合飲用水標準；辦理加強夏令衛生飲用水抽驗，已完成75處，檢測結果皆符合飲用水標準。 \n五、其他工作項目及行政支援工作 \n112年度協助處理36件陳情案件皆已處理完畢。",
        "eng_title": "Keelung City promotes environmental permit integration plan in 2012",
        "eng_subject": "The Keelung Municipal Environmental Protection Bureau has implemented the 112 Keelung City Water Environment (Including Drinking Water) Pollution Prevention and Water and Sewage Fee Collection and Inspection Management Plan, continues to inspect water pollution prevention and control undertakings outside the listed management, and actively promotes the training and inspection of water environment patrol volunteers. Compliance work is carried out, and law and regulation publicity briefings and river water quality testing activities are held to convey environmental conservation awareness to the public; the automatic monitoring system of water quality and quantity is strengthened to keep abreast of the current status of pollution sources and handle them immediately, and the water quality status of tap water supply systems and drinking water equipment is strengthened to ensure that the public Drinking water is safe. The results of this project are briefly summarized as follows:",
        "proj_year": "112",
        "org_name": "基隆市環境保護局",
        "exe_unit": "瑩諮科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1120506700",
        "publish_date": "20241210"
    },
    {
        "chi_title": "土壤及地下水業務作業系統化控管預警及數據分析應用計畫(第二期)",
        "chi_subject": "土壤及地下水資訊管理系統（簡稱SGM系統）為全國執行土水業務之重要作業平臺，本計畫除既有系統維護，更以「管理決策面」、「整合應用面」、「資訊展示面」、「資安行政面」四大目標，完成共14項系統開發及支援作業。\n「管理決策面」針對場址管理、績效考核、內部訊息公告等3項業務，依業務作業需求優化系統引導式填報流程，並藉由系統自動警示提醒及控管檢核設計，加強整體業務管理機制降低行政負擔，提升整體業務執行效能。\n「整合應用面」為確保各系統功能及資料品質，皆能因應業務實務執行與系統技術發展的變化持續優化成長，本計畫進行系統全面性盤點評估並結合AI發展規劃系統未來藍圖，同時透過數據分析、資料交換公開，提供各土水業務執行者更完整且豐富的決策參考及應用資訊，期許帶給政府、學界與民眾更多土水數據加值應用的可能。\n「資訊展示面」為具體展示與推廣土壤及地下水歷年業務成果，提供民眾完善且即時的土水資訊，本計畫針對公開網站擬定資訊更新與檢核流程，並優化宣導成果專區與調整外文展示資訊；對業務系統則藉由提升GIS系統操作體驗，結合業務應用成果參與系統對外競賽，以達到土水教育推廣與相關業務績效展示之目的。\n「資安行政面」為確保業務系統及相關業務作業之有效運作，提供包含系統資訊安全維護、教育訓練、諮詢輔導等各項行政控管支援作業。",
        "eng_title": "Project of systematic control, early warning, data analysis and application for soil and groundwater management (Second Phase)",
        "eng_subject": "The Soil and Groundwater Information Management (SGM) System is an essential platform for nationwide soil and groundwater management operations. In addition to maintaining the existing system, this project completed 14 system development and support tasks, guided by four key objectives: management decision-making, integrated applications, information display, and cybersecurity and administrative support.\nFor management decision-making, this project focused on enhancing three three key areas: site management, performance evaluation, and internal announcements. The system’s guided reporting process was optimized to meet operational needs, while automated alerts and control mechanisms were introduced to strengthen overall management, reduce administrative workload, and improve operational efficiency.\nRegarding integrated applications, this project ensured that system functions and data quality kept pace with changes in operational practices and technological advancements. A comprehensive system evaluation was conducted, and incorporated AI-driven formulation of future development plans. Through data analysis and open data exchange, the system now provides more robust decision-making tools and richer information for soil and groundwater professionals, enabling government, academia, and the public to explore additional value-added applications of soil and groundwater data.\nThe information display component focused on showcasing and promoting the results of soil and groundwater management over the years, providing the public with comprehensive and up-to-date information. This project developed processes for updating and verifying content on the public website, improved the advocacy achievement section, and refined foreign language content. Additionally, GIS functionality was enhanced, and operational application outcomes were incorporated into external competitions to further educational promotion and highlight operational performance.\nFor cybersecurity and administrative support, this project ensured the secure and effective operation of the system and related processes by implementing various administrative controls, including system security maintenance, education and training programs, and consulting services.",
        "proj_year": "112",
        "org_name": "環管署土壤及地下水污染整治基金管理會",
        "exe_unit": "環資國際有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1120437964",
        "publish_date": "20241231"
    },
    {
        "chi_title": "新竹市-112年度資源循環工作計畫",
        "chi_subject": "新竹市環境保護局(以下簡稱本局)配合循環署全力推動「垃圾全分類、零廢棄」政策之垃圾減量、資源回收工作，有效建立本市市民正確資源回收觀念、暢通回收清運處理管道、提昇本市資源回收率、改善資源回收站形象、落實責任業者定期申報制度及因應緊急情況下之廢棄物回收及垃圾處理工作，期能有效維護本市環境同時兼具資源永續利用。",
        "eng_title": "Hsinchu City - Resource Circulation Work Plan for the Year 112",
        "eng_subject": "In line with the Circular Economy Administration's vigorous promotion of the Waste Classification, Zero Waste policy, the Hsinchu City Environmental Protection Bureau (hereinafter referred to as the Bureau) actively engages in waste reduction and resource recycling efforts. The objective is to establish correct recycling habits among the city's residents, ensure smooth recycling and transportation channels, enhance the city's recycling rate, improve the image of recycling stations, implement regular reporting systems for responsible entities, and address waste recovery and garbage disposal work in emergency situations. The goal is to effectively maintain the city's environment while simultaneously promoting sustainable resource utilization.",
        "proj_year": "112",
        "org_name": "新竹市環境保護局",
        "exe_unit": "金石山工程顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1120424512",
        "publish_date": "20241217"
    },
    {
        "chi_title": "112年度彰化縣移動污染源稽查管制計畫",
        "chi_subject": "彰化縣空氣污染主要來源為各產業型態之工廠及各式機動車輛所排放之廢氣，而隨著都市土地利用型態的改變及民眾環保意識提升，工廠總數逐年減少，但使用中之機動車輛總量卻逐年上升，使得機動車輛所排放之廢氣成為都市空氣污染最主要之來源，因此，如何降低機動車輛之廢氣排放，是本縣當前極重要之環保課題。\n目前本縣機車設籍數量約83萬輛，其中出廠滿5年每年須參加排氣檢驗的機車約57萬輛，本計畫除針對應定檢機車進行通知及宣導，對未到檢機車進行路邊稽查及寄發公文函通知到檢外，亦不定時不定點執行機車路邊攔檢、受理民眾檢舉烏賊車，及推動機車定檢站假日戶外定檢提供偏遠鄉鎮機車定檢服務等，以有效管控機車排放空氣污染物情形。\n彰化縣機車排放污染情形，為瞭解近3年彰化縣機車定檢後之污染濃度改善情形，本計畫針對110年~112年機車定檢資料進行CO及HC平均濃度分析，其分析結果，CO平均濃度由1.15%（110年）降至1.01%（112年），而HC平均濃度則由358ppm（110年）降至286ppm（112年），顯示近幾年透過機車定檢業務的推廣以及鼓勵淘汰老舊機車，確實可以有效降低本縣機車污染排放。",
        "eng_title": "2023 Mobile Pollution Inspection Control and Management Project of Changhua County.",
        "eng_subject": "The primary contributors to air pollution in Changhua County are emissions from various industrial factories and diverse motor vehicles. Urban land use patterns are evolving, and public environmental awareness is on the rise. Consequently, the overall number of factories has been declining annually. However, the usage of motor vehicles has been steadily increasing, making vehicle emissions the primary urban air pollution source. Hence, mitigating vehicle emissions is a critical environmental concern in the county.\nCurrently, there are approximately 830,000 registered motorcycles in the county, with around 570,000 reaching 5 years old and requiring annual emission inspections. In addition to notifying and educating motorcycles subject to scheduled inspections, this project conducts periodic roadside inspections and sends official letters to motorcycles that have not undergone inspections. Irregular motorcycle roadside inspections, handling reports of non-compliant vehicles, and promoting weekend outdoor inspections at motorcycle inspection stations in remote towns are implemented to effectively control the emission of air pollutants from motorcycles.\nTo comprehend the pollution situation caused by motorcycle emissions in Changhua County over the past three years, this project analyzes the average concentrations of CO and HC based on motorcycle inspection data from 2011 to 112. The analysis reveals a decrease in average CO concentration from 1.15% in 2011 to 1.01% in 112, and a decrease in average HC concentration from 358 ppm in 2011 to 286 ppm in 112. This indicates that the promotion of motorcycle inspection services and encouragement of phasing out old motorcycles in recent years have effectively reduced motorcycle pollution emissions in the county.",
        "proj_year": "112",
        "org_name": "彰化縣環境保護局",
        "exe_unit": "春迪企業股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1120378114",
        "publish_date": "20241216"
    },
    {
        "chi_title": "我國一般廢棄物處理設施因應淨零排放推動策略計畫",
        "chi_subject": "因應「臺灣2050淨零排放路徑及策略總說明」的「資源循環零廢棄」戰略，本計畫旨在推動我國一般固體廢棄物處理設施淨零發展。為此，本計畫已蒐研國內外減碳趨勢，彙整成效並規劃淨零策略，研究英國、荷蘭、德國、日本、韓國、美國、新加坡等7國廢棄物處理的淨零法規、推動案例及技術，分析我國與國際的差異並提出建議。\n本計畫已針對國內廢棄物處理設施，研擬短中長期淨零策略。評析再生能源發展潛力後提出廚餘厭氧發酵發電及太陽能設置策略。分析我國廢棄物處理能源替代化石能源的減碳效益及不同處理方式的之減碳比較。\n本計畫已針對我國焚化廠、掩埋場及其他廢棄物處理設施的溫室氣體盤查與減碳進行現況調查，輔導彰化縣溪州垃圾資源回收(焚化)廠完成112年溫室氣體盤查，輔導嘉義縣鹿草垃圾焚化廠完成「採用高效率燈具」自願減量計畫書，以及輔導外埔綠能生態園區完成112年溫室氣體盤查。\n本計畫已拜會五位專家學者進行訪談並舉辦三場淨零技術參訪，舉辦一場專家諮詢會探討再生能源潛力與AI分選技術，並舉辦兩場技術論壇交流減碳技術與碳權發展趨勢，為政策制定提供建議，推動廢棄物處理設施淨零發展。",
        "eng_title": "The Strategy to Promote Net-Zero Emissions in Taiwan's General Waste Treatment Facilities",
        "eng_subject": "In response to the Resource Recycling ＆ Zero Waste strategy outlined in the Taiwan’s Pathway to Net-Zero Emissions in 2050 and Strategy Overview, the project aims to promote net-zero development of municipal solid waste treatment facilities in Taiwan. The project has collected domestic and international carbon reduction trends, consolidates results, and plans net-zero strategies. The project has examined the net-zero regulations, implementation cases, and technologies in waste management across seven countries—United Kingdom, Netherlands, Germany, Japan, South Korea, United States, and Singapore—analyzing the differences between Taiwan and international practices and providing recommendations.\nThe project has formulated short, medium, and long-term net-zero strategies for domestic waste treatment facilities. The project has proposed strategies for anaerobic digestion of food waste for electricity generation and solar energy installation after assessing the potential for renewable energy development. The project has analyzed the carbon reduction benefits of replacing fossil fuels with energy derived from waste treatment in Taiwan, as well as compared the carbon reduction effectiveness of various treatment methods.\nThe project has conducted a status assessment of greenhouse gas inventories and carbon reduction measures for incineration plants, landfills, and other waste treatment facilities in Taiwan. In addition, the project has assisted the Changhua Xizhou EfW Plant in completing its 2023 greenhouse gas inventory. Furthermore, the project has helped the Chiayi Lucao Refuse Incineration Plant finalize a voluntary emission reduction plan for the implementation of high-efficiency lighting. Additionally, the project has supported the Waipu Green Energy Ecological Park in completing its 2023 greenhouse gas inventory.\nThe project has engaged in interviews with five experts and scholars while organizing three site visits focused on net-zero technologies. Additionally, the project has held a consultation meeting to explore renewable energy potential and AI sorting technologies, along with holding two technical forums to exchange insights on carbon reduction technologies and carbon credit development trends. The purpose of these actions is to provide recommendations for policy formulation and promote the net-zero development of waste treatment facilities.",
        "proj_year": "112",
        "org_name": "環管署一般廢棄物管理組",
        "exe_unit": "毅泰管理顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1120342603",
        "publish_date": "20241231"
    },
    {
        "chi_title": "112年度臺南市連續自動監測暨民生管制計畫",
        "chi_subject": "（一）連續自動監測查核\n目前轄區內連線管道數為9廠19根次功能查核項目皆已完成。本年度查核對象以歷年未查核及評等不佳對象為主。其中RATA共完成5根次，檢測結果皆符合法規，其中森霸(P001)及永康焚化廠(P001)有偏差過大情形需修正BAF；不透光率校正誤差查核(OP)共完成14根次，低、中、高範圍合格率均為100%，評等多落於A~B(優~佳)之間；標準氣體查核(CGA)共完成7根次，評等多落於A~B(優~佳)；二氧化氮轉化率查核方面，共完成3根次，整體平均轉化率為101.3%；零點\/全幅偏移測試查核完成7根次，評等落於A~C，目前以森霸電廠P002 SO2全幅偏移 (3.33%)誤差較大。本年度功能查核結果尚無發現明顯缺失，惟有些評比落於C等之業者已要求重新檢視設備情形，並建議下年度優先安排查核作業；監督查核部分RATA監督共完成8根次、OP監督共完成10根次，達成率100%，目前定期檢測結果皆符合法規之要求；法規符合度查核目前共完成19根次，以南科焚化廠及城西焚化廠有資料與確認報告書不符，後續已要求業者重新提送相關報告書；每季監測有效率本年度第一季、第二季皆在95.0%以上，工作小組將持續督促工廠維持有效率品質。其中針對1~5批連線對象評鑑及光電也輔導共完成4家，追蹤後業者亦有針對委員意見進行修正，建議下年度可優先安排巡查作業。\n現本計畫已委託專業團隊於執行南部科學工業園區公13、公19、公29及南科實中，共計4座測站查核作業，完成率100%。儀器功能評估係依據行政院環境保護署所制定之數據品質目標規定，符合數據品質目標者，則標示「滿意」；不符合者，則標示「不滿意」或「普通」。本次所查核之南部科學工業園區管理局4個測站查核滿意度均為100%，且氣狀物誤差結果顯示查核誤差均在±12%範圍內；另粒狀物監測項目顯示所有測站均表現良好。\n（二）餐飲巡查\n現階段巡查餐飲業者201家當中以中式餐飲居多佔63.0%，整體防制設備安裝率則為79.6%，並同時量測作業區及用餐區室內空氣品質，其中19家PM2.5測值大於50μg\/m3大幅超出室內空氣品質標準(PM2.5<35μg\/m3)。缺失店家以中式餐飲為大宗，主要是因為烹飪方式主要以大火快炒為主，故只要集氣效率不足，或室內空氣不流通就容易超出標準。改善複查結果均符合室內空氣品質標準(PM2.5<35μg\/m3)；計畫於巡查時，一併針對轄區內屢遭陳情輔導作業安排委員輔導改善作業，已完成20家，受輔導業者輔導前後陳情數由121次下降至8次，改善率達92%，且有14家已無再被陳情；另，針對108年至110年受過專家學者輔導業者追蹤完成15家，陳情量由62次下降至4次，改善率為94%。業者目前皆依委員意見操作中，後續並無陳情產生；配合本年度低油煙認證退場機制，現已完成30家歷年已核發認證對象之核(換)發作業，查核結果顯示目前並無業者因有嚴重缺失而須撤證。\n（三）殯葬專區調查\n配合環境部考核內容，調查轄區內南區、新營、柳營、鹽水等四處公營殯葬業者，經調查南區及鹽水壽園共設置11座環保金爐，新營及柳營則皆未裝設環保金爐。輔導南區殯儀館及鹽水壽園改善建議，經輔導後兩處殯葬專區皆有預計增設環保金爐，且一併提出相關建置期程預，工作小組於10月追蹤，兩處業者皆已完成建置並已開始使用。\n（四）創新作為\nCEMS零點全幅校正警示系統現已上線並持續運作中，業者須於隔日下午13:00前上傳前一日日報數據，後續系統會自行判斷執行狀況，若校正未通過或未傳，以e-mail或line自動通知環保局，再由環保局人員通知業者須上傳前一日執行結果；經系統檢視，目前較常發生傳輸資料異常廠家為城西焚化廠、華新麗華等。經查業者漏傳原因為網路異常，並於隔日補傳完成，現已提醒較常發生資料漏傳情形廠家須注意廠區內CEMS主機狀況，避免造成漏傳次數高過法規規定而遭罰。\n餐飲部分，現漢堡王(崇學店)靜電機電流值已持續傳輸至環保局中，傳輸頻率為10~15分鐘一筆，傳輸時間為8:00~22:30(配合店家營業時間)，目前現場僅發生2次設備跳機，分別發生於7月3日及8月4日，店家已於2小時內修正完成，其餘時間皆正常，無異常情形產生。且比對陳情系統，該店於112年7月1日開始架設後，並無陳情產生。",
        "eng_title": "112 Tainan city Continuous Emission Monitoring Systems(CEMS) check  and  livelihood issues plan",
        "eng_subject": "Monitoring Device Function check: \nThe Relative Accuracy Test Audit (RATA) completed 5 flues,and the completion rate was 100% .Checking of the error correction opacity (OP) completed 13 flues, with 100% completion rate; the Cylindrical Gas Audit (CGA) has completed 7 flues with the completion rate 100% , as for the check for dioxide conversion, a total of 5 flues is completed with the completion rate 100%, and the overall average conversion is 101.2%.\nSupervision and verification:\nSupervision and inspection work is carried out by the factory when the inspection is carried out by the factory to confirm whether the factory is actually implemented in accordance with the regulations. The Relative Accuracy Test Audit (RATA) completed 8 flues , and the completion rate was 100%. The error correction opacity (OP) completed 13 flues and the completion rate was 100%. The current regular inspection results All meet the requirements of laws and regulations.\nMonitoring data quality:\nCompared parallelly, within 7 days,5 flues have been completed with the completion rate 100%; in 30 days, 2 flue have been completed with the completion rate 100%.  There is no abnormal situation in the implementation of parallel comparison results; monthly review is carried out regularly, and the daily and monthly report transmission rate and the percentage of effective monitoring hours are counted. Some factories may be lost or miss data due to abnormal data and hardware systems or abnormal power outage.  The current daily and monthly transmission rates can reach 100%.  In terms of monthly statements, most public and private venues can amend themselves according to the monthly review opinions; the efficiency in 2023 reaches more than 85%; and the difference between CEMS emissions and license qualification number are compared; if too large, the factory are asked to provide comparison data for licensing projects.\nRegarding compliance check:\nThe regulatory compliance checks have been completed a total of 13 times with the 100% completion rate, in 2023; In addition, the tracking improvement work was continuously tracked, and the improvement situation of each factory was confirmed. If there were any factory flaws that included data calculation and the frequent personnel movement, the inspection and auxiliary operations were continuously strengthened to improve the compliance rate of each factory.\nIn this project, we aim to reduce the environmental pollution caused by cooking and improper food\/oil waste disposal in catering of Tainan City. Inspection, counseling and policy publicity are the ways of the implementation for the project. The inspection is primarily performed on the caterers who are large-scale, repeatedly reported to the authority and apt to produce pollution. Equipped with the particle mass profiler ＆ counter, we can learn about the caterer’s general information, the status of how air and water pollution and food waste disposal go. We have inspected 201 caterers in this year, of which Chinese restaurants accounted for 63%. Additionally, accounting up for 79.6% of the installation rate. Publicizing the relevant policies is also performed during the inspections.\nAs for counseling, we invited experts to assist the caterers who have seriously produced pollution and were consistently reported for improvement. According to experts’ advices, we set up a reasonable deadline so that the caterers could be well-prepared for the improvement. There were 30 caterers being offered counseling assistance in this year. Carry out 16 times of improvement and follow-up work of the industry after being tutored by experts. It is expected that the shopping area plan may bring about the reduction of 482 kilogram of PM2.5 emission.",
        "proj_year": "112",
        "org_name": "臺南市政府環境保護局",
        "exe_unit": "瑩諮科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1120334959",
        "publish_date": "20241220"
    },
    {
        "chi_title": "112-113年度推動化學物質管理之國際公約暨國際交流計畫",
        "chi_subject": "本計畫主要工作執行成果包括(1)已掌握斯德哥爾摩公約最新管理決議及審議物質資訊，並依循公約管理進程蒐研國外持久性有機污染物管理現況，研提國內管制建議，進行跨部會研商。已完成2022年及2023年持久性有機污染物成果報告及更新國家實施計畫。(2)已掌握汞公約決議擴大管制含汞產品等國際趨勢，並透過跨部會研商因應做法，完成2022年及2023年汞管理成果、推動計畫修正與成效評估。(3)已更新鹿特丹公約最新決議、國際環境荷爾蒙關注清單及研析敏感族群文獻，完成我國環境荷爾蒙管理2022年及2023年成果報告。(4)已透過系統分析展現跨部會成效，包括汞及持久性有機污染物成果之視覺化統計及建置資訊地圖系統。(5)已更新持久性有機污染物、汞及環境荷爾蒙等相關資訊網站內容，辦理成果發表會及科普文章撰寫等工作。",
        "eng_title": "The project of international convention and international exchange for promoting the management of chemical substances in 2023-2024",
        "eng_subject": "The main outcomes of this project include: (1) The latest management resolutions and substance information under the Stockholm Convention were gathered. Following the convention's management process, the project examined the current state of Persistent Organic Pollutants (POPs) management in other countries and developed recommendations for domestic control. These were discussed in inter-ministerial consultations meeting. The project also completed the POPs achievement reports for year 2022 and 2023. The National Implementation Plan was updated. (2) The project monitored international trends regarding the Minamata Convention's expanded control of mercury-containing products and, through inter-ministerial consultations, formulated corresponding strategies. The 2022 and 2023 mercury management achievements, including project revisions and effectiveness evaluations, have been completed. (3) The project updated the latest resolutions of the Rotterdam Convention, the international lists of endocrine-disrupting chemicals of concern, and analyzed literature on sensitive populations. The 2022 and 2023 achievement reports on environmental hormone management in our country have been completed. (4) The project demonstrated the effectiveness of inter-ministerial efforts through systematic intelligent analysis, including the visualized statistics of mercury and POPs outcomes and the establishment of an information mapping system. (5) The relevant information on POPs, mercury, and endocrine disruptors on various websites were updated, the implementation achievement conference were held, and popular science articles were draft.",
        "proj_year": "112",
        "org_name": "化學署綜合規劃組",
        "exe_unit": "環興科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1120292930",
        "publish_date": "20241231"
    },
    {
        "chi_title": "基隆市-112年度基隆市水污染源稽查與水污費徵收查核計畫",
        "chi_subject": "基隆市環保局辦理「112年度基隆市水環境(含飲用水)污染防治暨水污費徵收查核管理計畫」，持續稽查水污染防治事業列管外，積極推動水環境巡守義工訓練及巡守工作，辦理法規宣導說明會、河川水質檢測活動，向大眾傳達環境保育意識；加強水質水量自動監測系統，隨時掌握污染源現況即時處置，強化自來水供水系統及飲用水設備水質狀況，確保民眾飲用水安全。本計畫辦理成果簡述如下：\n一、轄內列管事業、下水道系統查核與管理\n(一)大武崙工業區實施專案管制：已完成查核16件次(含4次夜間採樣)，另已完成聯合污水廠周界逕流廢水查核3件次，查核結果皆符合標準。 \n(二)列管事業查核及管制：廠商各項污染防治設施之處理效率與操作品質，已完成查核採樣110件次，查核結果5家有異常狀況，已安排複查作業。 \n(三)公共污水下水道系統查核與管理：六堵水資源回收中心已完成4次查核、採樣作業，查核結果皆符合標準；和平島水資源回收中心已完成4次查核、採樣作業，查核結果皆符合標準。 \n(四)社區及其他污水下水道系統：已完成查核採樣42件次，少部分社區多次採樣分析超標，建議加強管制作為。 \n二、水質水量自動監測與攝錄影監視設施系統查核與管理 \n辦理本市已完成設置自動監設施之5處事業或污水下水道系統進行現場查核作業；已於大武崙污水處理廠執行水質水量監測設施之化學需氧量及懸浮固體RATA，檢測比對結果皆低於標準。 \n三、水環境守望相助巡守隊經營運作\n維運「雞籠巡守隊官方LINE@」了解各巡守隊所需、辦理專業教育訓練場次(8\/28)、全隊140人意外保險費辦理以及巡守隊器材購置等事項。112\/4\/29聯合淨溪淨灘3場次、10\/14手護海洋秋季淨灘1場次、暖暖隊5\/26小小巡查員淨溪1場次、福基隊3\/25、4\/21、8\/5、8\/11認養淨溪4場次、過港隊8\/12淨灘1場次，並依考核規定填報成果，完成巡守隊通報案件追蹤20件。 \n四、飲用水管理\n針對轄內4座淨水場原水水質採樣已完成16件次、針對水源水質保護區進行9次巡察。執行自來水供水系統水質查核採樣工作，已完成248件；完成16件次淨水場之出水端水質檢測；包裝或盛裝之飲用水業者水源水質查核已完成4季次；以上所有項目查核及檢測結果皆符合標準。 \n水井、山泉水查核採樣，已完成16件，檢測結果皆不符合飲用水標準，已配合環保局核准現場設置不銹鋼看板，提醒民眾不得生飲。執行連續供水固定設備已完成135處查核及135處採樣，查核及檢測結果皆符合飲用水標準；辦理加強夏令衛生飲用水抽驗，已完成75處，檢測結果皆符合飲用水標準。 \n五、其他工作項目及行政支援工作 \n112年度協助處理36件陳情案件皆已處理完畢。",
        "eng_title": "Keelung City’s 112-year Keelung City Water Pollution Source Audit and Water and Wastewater Fee Collection Review Plan",
        "eng_subject": "The Keelung Municipal Environmental Protection Bureau has implemented the 112 Keelung City Water Environment (Including Drinking Water) Pollution Prevention and Water and Sewage Fee Collection and Inspection Management Plan, continues to inspect water pollution prevention and control undertakings outside the listed management, and actively promotes the training and inspection of water environment patrol volunteers. Compliance work is carried out, and law and regulation publicity briefings and river water quality testing activities are held to convey environmental conservation awareness to the public; the automatic monitoring system of water quality and quantity is strengthened to keep abreast of the current status of pollution sources and handle them immediately, and the water quality status of tap water supply systems and drinking water equipment is strengthened to ensure that the public Drinking water is safe. The results of this project are briefly summarized as follows:\n1. Inspection and management of listed undertakings and sewer systems within the jurisdiction\n2. Systematic review and management of water quality and quantity automatic monitoring and video surveillance facilities\n3. Water Environment Watch and Assistance Patrol Team Operations\n4. Drinking Water Management\n5. Other work items and administrative support work\nIn 2012, we assisted in handling 36 petition cases and all have been resolved.",
        "proj_year": "112",
        "org_name": "基隆市環境保護局",
        "exe_unit": "瑩諮科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1120281389",
        "publish_date": "20241210"
    },
    {
        "chi_title": "112-113年度多功能智慧型雨水花園之氣候變遷調適韌性效益提升及推廣計畫",
        "chi_subject": "現今氣候變遷已無可迴避，氣候變遷衝擊下從個人、社區、城市到國家等各層級都需要因應極端氣候，提升耐災韌性能力，如何在溫度持續上升、颱風豪大雨頻率增強等實境，做好防災減災，降低民眾災損風險，氣候變遷調適作為不可或缺。\n本計畫以環境部氣候署過去四年在全台縣市建置之15處多功能智慧型雨水花園為標的（原為16處，但其中北投廣場雨水花園於2024年2月已拆除停止運作），協助各場址維護及運轉並提供管理諮詢。另外運用IoT即時監測系統蒐集現場數據並分析其成效，包含保水、降溫、水質等。為進一步推廣雨水花園，評估結合建築基地或其他工程的可行性，檢視國內相關法規以及召開建築產業產官學專家學者諮詢會議，提供後續擴大雨水花園實施之建議。因本計畫重點在於維護與推廣，透過現勘與訪談觀察提供持續優化建議，結合NbS、社區為本等面向，持續並更新保水降溫監控系統平台、辦理場址教具\/教材競賽、宣傳及推廣等工作。今年完成教具教材競賽，並編撰雨水花園設施設計參考手冊等，本計畫的具體產出文件可提供後續相關場址應用，提高民眾及校園對於雨水花園、氣候變遷調適、環境教育等認知，協助政府推動相關政策，提高我國氣候變遷調適能力。",
        "eng_title": "2023-2024 Promotion and Enhancement Plan for the Multi-Functional Smart Rain Gardens on their Climate Change Adaptation Resilience",
        "eng_subject": "Climate change is now unavoidable, and at various levels from individuals, communities, cities to countries, there is a need to adapt to extreme weather events and enhance disaster resilience. It is essential to be prepared for disasters and reduce risks to minimize the impact on people under the continuous rise in temperatures and increased frequency of severe typhoons and heavy rainfalls. Climate change adaptation is indispensable.\nThe project targets the 15 multifunctional smart rain gardens established by the Environmental Protection Administration's Climate Bureau in various counties and cities across Taiwan over the past four years （originally 16 locations, but the Beitou Square Rain Garden was dismantled and ceased operations in February 2024）. The project aims to assist in the maintenance and operation of the sites, provide management consultations, and utilize IoT real-time monitoring systems to collect on-site data for analysis of its effectiveness in water retention, temperature reduction, water quality, etc.\nTo further promote rain gardens, the project evaluates the feasibility of integrating them with building sites or other engineering projects, reviews relevant domestic regulations, and convenes consultations with experts from the construction industry, government, academia, and research institutions to provide recommendations for expanding the implementation of rain gardens. The focus of the project is on maintenance and promotion, providing continuous optimization recommendations through on-site inspections, interviews, and incorporating aspects such as Nature-based Solutions （NbS） and community engagement.\nContinuing efforts include updating the water retention and temperature reduction monitoring system platform, organizing educational tool\/material competitions for site facilities, as well as conducting publicity and promotional activities. This year, the educational tool\/material competition was completed, and a reference manual for rain garden facility design was compiled. The specific output documents of this project can be used for future applications at relevant sites to enhance public and campus awareness of rain gardens, climate change adaptation, environmental education, and assist the government in promoting related policies to improve our country's climate change adaptation capabilities.",
        "proj_year": "112",
        "org_name": "氣候署調適韌性組",
        "exe_unit": "國立臺北科技大學",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1120236605",
        "publish_date": "20241225"
    },
    {
        "chi_title": "112年度「優質公廁及美質環境推動計畫」經常門計畫(高雄市)",
        "chi_subject": "今年透過市府的政策提倡及宣導努力之下，使每間公廁達到「不濕、不髒、不臭」之標準，讓民眾有感的是公廁使用品質提升、及市容公廁整體環境品質大大提升，為此安排協助環保局抽查轄內建檔列管公廁至少4次，整個計畫完成共1,245座(公廁編號)公廁現場抽查，包括公廁資料正確性盤點1,245座(公廁編號)，列管公廁評鑑至少1,245座(公廁編號)。並針對(108-111)年行政院環境保護署補助公廁之維護情形及資料盤點，現場抽查數量共達314座(公廁編號)。透過本執行團隊協助巡檢抽查，可以更加全面了解公廁的維護優缺點並予以管理單位相關建議。\n另外，為了讓高雄市市容及閒置空屋空地有明確的管理與維護，針對轄內中央部會空屋空地也進行抽複查工作至少4次，現場抽查總數量達218處，稽查工作有助於提升環境維護與管理，使市府單位與業管單位能同心協力維持市容品質。\n同時也辦理了2場公廁清掃學習活動，其中一場偕同公廁特優場所認證舉辦頒獎活動，特邀台灣斯巴克集團-廁管家股份有限公司進行環境清掃經驗分享，將日本權威科學化的清潔技術與經驗分享給公廁業管單位，盼能實踐企業與社會共同創造美好環境的向心力。",
        "eng_title": "Quality Public Restroom and Beautiful Environment Promotion Project Regular Budget Plan for the Year 112 (Kaohsiung city)",
        "eng_subject": "This year, through the city government's policy advocacy and publicity efforts, each public toilet has reached the standard of not wet, not dirty, and not smelly. What the public can appreciate is the improvement in the quality of public toilet use and the overall environmental quality of the city's public toilets. It has been greatly improved. To this end, we have arranged to assist the Environmental Protection Bureau in conducting random inspections of documented public toilets within its jurisdiction at least 4 times. The entire project has completed on-site spot inspections of a total of 1,245 public toilets (public toilet numbers), including an inventory of the accuracy of public toilet information on 1,245 public toilets (public toilet numbers), listed Manage the evaluation of at least 1,245 public toilets (public toilet numbers). In addition, based on the maintenance status and data inventory of public toilets subsidized by the Environmental Protection Agency of the Executive Yuan in (108-111), a total of 314 (public toilet numbers) were randomly inspected on site. Through the implementation team's assistance in spot inspections, we can have a more comprehensive understanding of the advantages and disadvantages of public toilet maintenance and provide relevant suggestions to the management unit.\nIn addition, in order to ensure clear management and maintenance of Kaohsiung City's city appearance and vacant houses and vacant lots, random reviews of vacant houses and vacant lots within the central government's jurisdiction were also carried out at least 4 times. The total number of on-site spot inspections reached 218. The inspection work helped to improve Environmental maintenance and management enable municipal government units and property management units to work together to maintain the quality of city appearance.\nAt the same time, 2 public toilet cleaning learning activities were also held. One of them was an award event held in conjunction with the public toilet premium site certification. Taiwan's Spark Group-Toilet Butler Co., Ltd. was specially invited to share environmental cleaning experience and introduce Japan's authoritative and scientific cleaning technology. Share the experience with the public toilet industry management units, hoping to realize the centripetal force of enterprises and society to jointly create a beautiful environment.",
        "proj_year": "112",
        "org_name": "高雄市政府環境保護局",
        "exe_unit": "崑山科技大學",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1120212298",
        "publish_date": "20241214"
    },
    {
        "chi_title": "淨零綠生活多元溝通推廣專案工作計畫",
        "chi_subject": "本計畫係配合政府2050淨零排放政策，其中戰略十淨零綠生活，從民眾日常生活（食衣住行育樂購）面向，擬定淨零綠生活關鍵戰略推動路徑研析與精進淨零綠生活多元溝通策略，撰寫宣導政策分析報告。\n執行工作項目及成果包括：完成辦理3場次淨零綠生活公正轉型工作坊，並彙整6大面向與31項措施對應相關公正轉型議題及脆弱族群辨識、完成淨零綠生活關鍵戰略行動計畫進度彙整及人權、消費者、性平、兒少等相關報告；完成淨零綠生活產業輔導審查案件共計4,402件、完成辦理三場次宣導活動共計約788人次觸及、完成辦理淨零綠生活轉型創意徵稿活動、完成辦理臺東淨零綠生活常設展共計約2,200人次參觀、完成編修4首淨零綠生活主題曲及拍攝剪輯1支音樂影片等。\n今年度相關多元溝通類型作品產出，建議未來除可加強相關平台資訊露出，亦可作為環境教育設施場所、社區大學體系、各級學校及村里等系統進行淨零綠生活的教育培力訓練教材。最後，本計畫以以不遺落任何人為核心價值，辨識出相關脆弱族群，並提出相關建議，作為環境部未來淨零綠生活戰略主責相關施政參考。",
        "eng_title": "The promotion plan for Diversify communication of National Green Life on the Net Zero",
        "eng_subject": "This project is in line with the government's 2050 Net-Zero policy. The 10th strategic” Net- Zero Lifestyle” is focusing on the daily lives of the public (food, clothing, housing, transportation, education, leisure, and shopping). It proposes on research of key strategies to promote Net-Zero Green Lifestyle diversity communication methods of refined green life.\n  The summary of the results is as follows: Completed to hold of 3 Net-Zero Green Lifestyle Just Transition workshops, consolidated reports on the 6 major aspects and 31 measures corresponding to related issues of Just Transition and Identify vulnerable groups. Summary of progress in completing key strategic action plans for Net-Zero Green Lifestyle and related reports on human rights, consumers, gender equality, children and adolescents, etc. Completed of 4,402 cases of guidance and review for the Net-Zero Green Lifestyle industry. Completed three publicity activities, involving a total of approximately 788 people. Complete the creative solicitation activity of Net-Zero Green Lifestyle transformation. Completed the Net-Zero Green Lifestyle permanent exhibition in Taitung, with a total of 2,200 visitors. Completed the editing of 4 Net-Zero Green Lifestyle theme songs and the shooting and editing of 1 music video.\nSince this year output the media works of Net-Zero Green Lifestyle diversity communication, we also recommend the audio and video about Net Zero Green Lifestyle Diversity communication can be viewed on a public platform. It can also be used as education and training materials for environmental education facilities, community college systems, schools at all levels, and villages.\nWith the core value of leaving no one behind, this project identifies relevant vulnerable groups and give relevant suggestions to the Ministry of Environment as a reference for future policy implementation.",
        "proj_year": "112",
        "org_name": "環境部綜合規劃司",
        "exe_unit": "財團法人環境資源研究發展基金會",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1120094152",
        "publish_date": "20241221"
    },
    {
        "chi_title": "金門縣112年垃圾轉運處理計畫",
        "chi_subject": "金門縣屬離島地區又以發展光觀做為縣政主軸，為讓環境清淨美觀，且提升環境品質，垃圾管理就顯得格外重要，又因地緣關係，各鎮市皆設置有衛生掩埋場，以掩埋民眾所排出之垃圾或廢棄物。惟近年來各垃圾場掩埋情形多趨於飽和狀態，且再設置新衛生掩埋場有客觀性之困難，同時也因離島地區面積有限，且環境資源脆弱，興建垃圾掩埋場或焚化爐不僅成本高，污染防治亦難落實。環境部為推動離島垃圾轉運處理，已宣示離島建設基金自96年起不再補助焚化爐或掩埋場興建，支持資源回收與廢棄物後送處理等經費，以符合世界各國污染減量及離島永續發展之政策目標，且避免垃圾轉運至台灣本島遭受退運之情形發生，針對離島垃圾進場管制亦相當重要。\n衛生掩埋場係提供一般廢棄物之最終處置場所，可避免垃圾因無妥當去處而堆置街頭，造成環境問題。但當掩埋或堆肥場(廠)興設，廢棄物進場作業及操作營運過程中如有不當，都有使得掩埋及堆肥場(廠)處理成效打折扣，並可能引發鄰近地區民眾之疑慮與抗爭。而衛生掩埋場於封閉後，封閉復育之衛生掩埋場，雖不再使用，其滲出水與沼氣仍會持續產生，仍需擬定控管作業計畫，並掌握各掩埋場環境監測及數據變化，以評估各掩埋場設置與營運對於當地周遭環境品質影響。\n因此金門環境保護局(以下簡稱環保局)在現有編制人力不足下，為能有效監督金門垃圾轉運作業，避免垃圾轉運業者於轉運過程發生任意傾倒、污染環境之行為或掉包、夾帶其他事業廢棄物之情形發生，且協助進場垃圾破袋檢查，降低垃圾摻雜資收物及廚餘量，有效管理掩埋場及轉運站操作營運，特辦理「金門縣垃圾轉運監督稽查管制暨各掩埋場輔導管理計畫」，藉由民間機構之人力資源，辦理相關監督稽查及輔導工作，期使有更加完善監督管制機制，以預防污染及垃圾遭受退運發生。",
        "eng_title": "Kinmen County’s 112-year garbage transfer and treatment plan",
        "eng_subject": "The outlying island area of ​​Kinmen County takes the development of tourism as the main axis of county administration. In order to keep the environment clean and beautiful and improve the quality of the environment, garbage management is particularly important. Due to geographical relations, each town and city has set up sanitary landfills to ensure Bury garbage or waste discharged by the public. However, in recent years, the landfill situation in various garbage dumps has tended to be saturated, and it is objectively difficult to set up new sanitary landfills. At the same time, due to the limited area of ​​outlying island areas and fragile environmental resources, building landfills or incinerators is not only costly but also costly. High, pollution prevention and control is also difficult to implement. In order to promote the transfer and treatment of garbage on outlying islands, the Ministry of Environment has announced that the outlying island construction fund will no longer subsidize the construction of incinerators or landfills from 1996, and will support funding for resource recycling and waste transportation and processing, in order to comply with the pollution reduction and pollution reduction policies of various countries around the world. In order to achieve the policy goal of sustainable development of outlying islands and to prevent waste from being transferred to the main island of Taiwan and being returned, it is also very important to control the entry of waste into outlying islands.\nSanitary landfills provide the final disposal site for general waste, which can prevent waste from being piled up on the streets without a proper place to go, causing environmental problems. However, when a landfill or composting site (factory) is established, if there are any improper waste entry operations and operations, the treatment effectiveness of the landfill or composting site (factory) will be compromised, and may cause doubts and protests among people in nearby areas. . After the sanitary landfill is closed, even if the closed and rehabilitated sanitary landfill is no longer in use, the seepage water and biogas will continue to be generated. It is still necessary to formulate a control operation plan and grasp the environmental monitoring and data of each landfill. changes to assess the impact of the establishment and operation of each landfill on the quality of the local surrounding environment.\nTherefore, under the current shortage of manpower, the Kinmen Environmental Protection Bureau (hereinafter referred to as the Environmental Protection Bureau) is able to effectively supervise Kinmen’s garbage transfer operations and prevent garbage transfer operators from causing arbitrary dumping and environmental pollution during the transfer process, or from subcontracting or entraining waste from other businesses. When the situation of garbage occurs, we will assist in the inspection of broken bags of garbage entering the site, reduce the amount of adulterated garbage and food waste, effectively manage the operation of landfills and transfer stations, and specially handle the Kinmen County garbage transfer supervision, audit and control and various landfills Counseling Management Plan uses the human resources of private organizations to carry out relevant supervision, auditing and counseling work, with the aim of improving the supervision and control mechanism to prevent pollution and waste from being returned.",
        "proj_year": "112",
        "org_name": "金門縣環境保護局",
        "exe_unit": "欣欣環保工程股份有限公司、技佳工程科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1120065659",
        "publish_date": "20241219"
    },
    {
        "chi_title": "112年度臺南市石綿建材廢棄物清除處理計畫",
        "chi_subject": "本計畫主要工作項目分為「石綿建材建築補助意願調查」、「石綿建材廢棄物清除處理補助申請案審查」、「石綿建材廢棄物貯存、清除、處理」、「石綿建材廢棄物清除、處理量統計及驗收結案」、「辦理相關說明會及宣傳」及「相關交辦事項」等六大工項。於112年3月23日開始執行，112年9月5日開放申請至9月22日截止，並於112年10月1日開始執行清除除理業務。截至112年12月11日止，本計畫辦理執行情形如下：\n一、補助案意願調查\n本計畫針對含石綿建材建築實地調查確認現況，執行石綿建材建築調查管理及資料造冊，並建立背景資料與列管追蹤機制。於112年5月10日全數完成，依契約內容規定於112年11月30日前須達250件，而本計畫團隊意願調查累計達483件，其中有意願有石綿瓦編號件數169件，有意願無石綿瓦編號件數98件，無意願有石綿瓦編號件數193件，無意願無石綿瓦編號件數23件，為防止調查數量不足規定數量，所以每個區域皆有多調查樣本數，使調查結果數量大於契約規定數量\n二、石綿建築物管理清單建立\n截至112年12月11日止，建立意願調查清單及管理清單已完成483件，因清單分為3大部分，分別為意願調查部分、申請審查及清除處理，此483件皆完成意願調查及申請審查之建立，待後續清除處理須待清運作業全數完成後補齊完整清單。\n三、補助案申請及審查\n於112年9月5日起開放申請，截至112年9月22日，申請總量為237件(其中屬家戶住宅192件、屬農畜牧業及倉庫39件、屬工廠6件)，核定226件；駁回11件(2件工廠、1件畜牧場、8件違建)。\n上述駁回的11件案件中，駁回原因屬工廠的有2件，1件檢附照片明顯可以確認曾做為工廠使用，所以經環保局判定後駁回，另一件則函文臺南市政府經濟發展局確認為工廠，因此駁回案件申請；駁回原因屬畜牧場的有1件，此案件函文臺南市政府畜產科，確認此案規模達畜牧場標準後駁回；剩餘8件皆函文該案所在地之區公所，確認為違建後駁回。\n四、石綿建材廢棄物清除及處理\n於112年10月1日開始執行清運作業，截至112年12月11日止，家戶住宅總計清運了192件267.7噸，其中230噸已清運至最終處理場，三裕公司清運100件102.5噸；日友清運家戶住宅39件約64.3噸、暫置地25.7噸至最終處理廠；可寧衛清運家戶住宅53件100.9噸、暫置地38.7噸至最終處理廠。\n五、辦理相關說明會及宣傳\n於112年9月28日辦理1場專業宣導說明會，參與人數15位，於112年10月18日上午於安南區、下午於永康區各辦理1場一般說明會及10月23日上午於麻豆、下午於佳里各辦理1場一般說明會，共計4場說明會，參與民眾累計156位，加上專業宣導說明會共計171位，符合契約內容中需辦理5場說明會參與人數需滿150位。\n六、結論\n本計畫於112年3月23日契約簽訂完成，於112年4月1日開始執行；截至112年12月11日止已將112年度石綿建材建築調查管理清單建立、訂定補助申請案件相關規則及修改相關內容、石綿建材廢棄物清除處理及協助政策及相關業務推動等執行完成。截至112年12月11日止總清運量為192件267.7噸(一件等於一戶)，平均一戶將產出約1.4噸的石綿建材廢棄物，再根據環境部化學物質管理署所提供之數據臺南擁有54,903棟含石綿建材建築，保守估計臺南市尚有6萬5千多噸石綿建材廢棄物待清除，且臺南市的地形街道特色較多為狹小道路，使一般大型清運車輛較難進入，導致今年度清運需出動小型清運車輛及堆高機協助清運，清運期程需排較長時間。",
        "eng_title": "112th Tainan City Asbestos Building Material Waste Removal and Treatment Plan",
        "eng_subject": "The main work items of this plan are divided into Survey of the Building Materials Building Materials Building Materials Building, Application Subsidant Application Subsidy for Removal Processing Subsidies, Storage, Clearness, and Treatment of Stone Building Materials Six major programs, including the removal, the statistics of the processing and the collection and acceptance of the acceptance , the handling related instructions and publicity and the related handling items . Started on March 23, 112, the application for application on September 5, 112 to the deadline for September 22, and the implementation of the removal business on October 1, 112. As of December 11, 112, the implementation of this plan is as follows:\n1. Investigation of the willingness to subsidize the case\nThis plan confirms the current situation for the survey of the building materials in the building materials of the stone cotton, and implement the construction of the building materials building and the data of the stone cotton building materials, and establish the background data and the management tracking mechanism. It was completed on May 10, 112. According to the contract content, 250 pieces were required before November 30, 112, and the team's willingness to investigate a total of 483 cases, of which 169 were willing to have stone tile numbers. There are 98 pieces without the number of stone cotton tile numbers, 193 pieces of stone cotton tile numbers, and 23 pieces of the number of stone cotton tiles. In order to prevent the number of investigations from the specified quantity, there are many survey samples in each region. Digital, the number of investigations is greater than the number specified in the contract\n2. The establishment of the management list\nAs of December 11, 112, the establishment of a willingness to investigate and the management list has completed 483 pieces. Because the list is divided into 3 parts, it is the willingness to investigate the part, apply for review, and clear the processing. The establishment of the censorship, after the removal of the process, the full list must be completed after the operation is completed.\n3. Application and review of subsidy cases\nApplications will be opened on September 5, 112. As of September 22, 112, the total application was 237 (including 192 household houses, 39 pieces of agriculture, animal husbandry and warehouses, and 6 factories). Silled 226 pieces; 11 pieces (2 factories, 1st livestock pasture, 8 illegal construction).\nAmong the 11 cases rejected above, there are 2 reasons for the rejection of the factory. 1 attachment photo can obviously be confirmed that it was used as a factory, so it was rejected by the Environmental Protection Bureau. The bureau was confirmed as a factory, so the application for the case was rejected; the rejection of the reason is one of the animal ranch. The case of the letter of the Tainan Municipal Government of the Tainan Municipal Government was rejected. The district public office is confirmed to be rejected after the illegal construction.",
        "proj_year": "112",
        "org_name": "臺南市政府環境保護局",
        "exe_unit": "技佳工程科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1120047366",
        "publish_date": "20241220"
    },
    {
        "chi_title": "112年苗栗縣BOT垃圾焚化廠建設攤提費",
        "chi_subject": "112年苗栗縣BOT垃圾焚化廠建設攤提費",
        "eng_title": "112 Miaoli County BOT waste incineration plant construction amortization fee",
        "eng_subject": "112 Miaoli County BOT waste incineration plant construction amortization fee",
        "proj_year": "112",
        "org_name": "苗栗縣政府環境保護局",
        "exe_unit": "裕鼎股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1120045516",
        "publish_date": "20241231"
    },
    {
        "chi_title": "中油高煉廠土壤與地下水污染監督管理與專業技術支援計畫",
        "chi_subject": "在土壤及地下水污染改善完成查證工作方面，計畫執行期間，計已執行679點次土壤與111口次地下水採樣作業(包含5120.7公尺採樣進尺、135點地表鋪面破除、1288點PID\/FID篩測)、71口簡易井與22口標準井設置作業、1358組土壤樣品分析(包含VOCs及TPH)與222組地下水樣品分析(包含VOCs及TPH)及100場次重型機具移動；此外，以緊急應變經費配合機關執行2案污染查證及污染改善完成查證案件，緊急應變實際執行金額總計為109.975萬元；整體而言，至113年10月，1-1區、第三區、第四區及部分2-1區、西區案均已複驗合格並解除列管，而部分2-1區及第三階段整治區範圍仍持續列管並改善中。\n在污染監督管理與專業技術支援工作方面，計畫執行期間，計已執行15場次監督查核會議或配合機關相關會議，並聘請合法登記或立案之法律事務機構專業律師，共協助完成1件訴願及4件法律諮詢服務；另以廠內每月2次、廠外每月1次之頻率進行例行性巡查作業，計執行72次廠內、36次廠外巡查作業，並協助機關分別針對第三區、第四區及第三階段整治區執行加強巡檢工作，計執行281次加強巡檢作業；此外，已協助機關完成300件書面審查及辦理44場次專案分組審議案與7場次土水大會。",
        "eng_title": "Soil and Groundwater Contamination Supervision, Management and Professional technical support Project for Kaohsiung CPC Refinery",
        "eng_subject": "Regarding the verifying completion of soil and groundwater pollution improvement, during the implementation of the plan, a total of 679 soil and 111 groundwater sampling operations have been carried out (including 5120.7 meters of sampling footage, 135 surface pavement removal points, and 1288 PID\/FID screening points). testing), 71 simple wells and 22 standard well setup operations, 1,358 sets of soil sample analysis (including VOCs and TPH) and 222 sets of groundwater sample analysis (including VOCs and TPH), and 100 heavy machinery movements. In addition, emergency response the funds cooperated with the agency to implement 2 cases of pollution verification and pollution improvement completion verification cases. The actual implementation amount of emergency response was 1.09975 million. In summary, as of October 2013, Zone 1-1, Zone 3rd, Zone 4th and part of Zone 2-1, the Project West Region had been re-inspected and released from control, while part of Zone 2-1 and the Third Phase of Remediation Areas are still under control and being improved.\nIn terms of pollution supervision, management and professional technical support work, during the implementation of the plan, a total of 15 supervision and inspection meetings or relevant meetings with the agency have been conducted. And We hired a registered, qualified lawyer with the relevant expertise to provide legal consulting services in 5 cases. In addition, routine inspections are conducted twice a month in the factory and once a month outside the factory, with a total of 72 in-factory and 36 out-of-factory inspections carried out. And the agency is assisted in the Zone 3rd, Zone 4th and the Third Phase of Remediation Areas have implemented strengthened inspections, with a total of 281 strengthened inspections carried out; Additionally, \twe assisted to complete 300 written reviews and handle 44 soil and groundwater contaminated sites improvements initiative committees and 7 work review conferences.",
        "proj_year": "110",
        "org_name": "高雄市政府環境保護局",
        "exe_unit": "環虹錕騰科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1100481797",
        "publish_date": "20241204"
    },
    {
        "chi_title": "屏東縣-110年屏東縣畜牧廢水氨氮回收推動及關鍵測站總量削減計畫",
        "chi_subject": "根據2021年行政院農業委員會5月所公布的養豬頭數調查報告統計資料及第3季畜禽統計調查結果，無論養豬或養牛，屏東縣畜養頭數皆為全國前二，其中屏東縣境內又以東港溪及高屏溪流域內之畜牧業者最多。畜牧廢水具有高濃度之有機物質、懸浮固體、鹽度以及高污染負荷等特性，若廢水無經過妥善的處理，對自然環境及民生用水將造成嚴重威脅。為降低畜牧糞尿廢水之水體污染，使畜牧糞尿成為有用資源，行政院環境保護署修正公畜牧糞尿作為農地肥分使用規定，符合規定條件下，可全量或部份將產生之畜牧糞尿沼液沼渣作為農地肥分使用，透過本計畫之執行持續推動本縣沼液沼渣農地肥分使用，將原本被錯置，視為污染、廢棄物之沼液沼渣資源化，削減畜牧污染，有效提升本縣水質環境，並減少民眾陳情事件發生。\n為有效推廣沼液沼渣農地肥分使用計畫，減少畜牧廢水對於地面水體的污染，本計畫辦理15場宣導說明會，出席人數達1,635人，出席率達9成；研擬3篇畜牧污染防治或本縣水污染整治相關成果新聞稿，並發布於中央通訊社、聯合報、屏東環保局網站及FB「屏東環保go」粉絲專頁；與屏東縣各地區巡守隊接洽及農戶自發性要求進行沼液示範施灌，可配合辦理示範施灌之農戶共197戶，已完成1,512噸沼液提供農民試用，其中35塊農地已完成媒合加入沼液沼渣施灌行列；與屏東市和平國小合作，培訓小小稽查員推廣水污染政策業務工作，課程主題以水污染及環境守護為主；110年小小稽查員正式轉為巡守隊，為屏東縣第22隊環境巡守隊，榮獲屏東環保局評鑑績優。\n為有效提升轄內河川水質，特成立畜牧輔導團，選定50家廢水設施處理成效不彰之畜牧場，進行畜舍調查及廢水處理設施總體檢，並給予客製化輔導改善建議，主要缺失為厭氧池或沉澱池污泥過多(39家、78%)、厭氧發酵停留時間不足(36家、72%)及SV 30過低(32家、64%)。\n對於具辦理沼液沼渣肥分利用意願之畜牧場，安排專人執行申請條件檢核暨現地勘查，若不符合申請條件但水質尚可，將輔導業者辦理放流水回收施灌植物，本計畫已協助提送87場(養豬業71戶、養牛業16戶)沼液沼渣肥分利用計畫，並輔導27場畜牧場辦理放流水回收施灌植物。本計畫亦協助提送14家畜牧場提送變更申請及提送92場地下水及土壤之監測報告至地方主管機關備查，監測數據皆符合監測標準，後續皆可持續施灌。\n由於轄內河川流量資料闕乏，為有效掌握關鍵測站污染現況及分析相關整治計畫之推動成果，本計畫執行關鍵測站水量量測，九如橋平日監測流量為414,720 CMD，假日為374,400 CMD；昌農橋平日監測流量為<75,456 CMD，假日為<71,424 CMD；興社大橋平日監測流量為407,520 CMD，假日為419,040 CMD。\n每月殺蛇溪(長興橋及劉厝橋)水質檢測顯示，為中度至嚴重污染程度，高氨氮及高生化需氧量特性，顯示該流域污染源主要係民生及畜牧廢水。\n為有效整合屏東縣稽查輔導資源，依與貴局、高屏溪及東港溪流域專案稽查計畫及水污費查核計畫執行團隊進行稽查範圍分工，故本計畫無含括關鍵測站上游之畜牧業。為了增加稽查效益，本計畫執行稽查採樣流程，係為現場勘查目視放流水水質不佳場家，才予採樣送驗，本計畫已完成稽查畜牧業849家次，採集水質樣品48家次，不合率(超標)達100%，其中嚴重超標者(超標達5倍以上)39家次(約佔81%)，違規告發畜牧場合計為143家次，處分金額約724萬元。\n依據環保署公告之「110年度水污染防治評核計畫」協助研擬「110年水污染防治考核計畫關鍵測站污染削減計畫」，為取得考核佳績，每月追蹤各項目，定期召開會議進行滾動式檢討，擬定執行方案供各計畫參考及執行，並協助提交Q1~Q3成果及110年度水污染防治評核計畫成果報告。",
        "eng_title": "Livestock Wastewater Ammonia Nitrogen Recovery Promotion and Reducing Total Maximum Daily Load Strategy in Pingtung County,2021",
        "eng_subject": "Overview of livestock in Taiwan, Pingtung County is second place, and livestock wastewater has high concentration of organic matter, suspended solids, salinity and high pollution load characteristics. If it is not properly treated, it will threat to the natural environment and domestic water. In order to reduce livestock pollution, and effectively improve the Pingtung's water quality and environment, we will keep promote policy about reuse Liquor and fiber digestate in Pingtung. \nIn order to promote policy about reuse Liquor and fiber digestate as Farmland Fertilizers, this project handled 15 publicity sessions, with 1,635 attendees. A total of 1,512 tons of Liquor digestate was provided to farmers for trial use, and 35 agricultural lands were successfully matched to join the ranks of biogas slurry irrigation. \nThis project establish livestock counseling team, and provide 50 livestock farms customized counseling and improvement suggestions. The main shortcomings are too much sludge in the anaerobic tank or sedimentation tank (78%), insufficient retention time for anaerobic fermentation (72%), and too low SV 30 (64%).\nFor livestock farms that want to use Liquor and fiber digestate , we have arranged to perform the application condition check and on-site survey, and 87 livestock farms have been assisted plan for Implementing Liquor and Fiber Digestate as Fertilizer for Farmlands. Assisted 27 livestock farms to reuse effluent water. Assisted in submitting 14 livestock farms to submit change applications and submitting monitoring reports of the ground water and soil of 92 sites to the local competent authority for reference. The monitoring data all meet the monitoring standards. \nDue to the lack of data on the flow of rivers. This project implements water measurement at key stations. The daily monitoring flow of Jiuru Bridge is 414,720 CMD and 374,400 CMD on holidays; The daily monitoring flow of Changnong Bridge is <75,456 CMD on weekdays and <71,424 CMD on holidays. The daily monitoring flow of Xingshe Bridge is 407,520 CMD on weekdays and 419,040 CMD on holidays. \nThe water quality of Shashe Creek is at a moderate to severe pollution level. The characteristics of high ammonia nitrogen and high biochemical oxygen demand indicate that the pollution sources in this basin are mainly people’s livelihood and livestock wastewater. \nIn order to effectively integrate Pingtung's inspection and guidance resources, and to divide the scope of inspection with the Environmental Protection Agency and the inspection plan team, and only poor quality of the discharged water are collected and sent for inspection during the inspection. This plan has completed 849 inspections of livestock and collected 48 water quality samples. The non-compliance rate reached 100%, of which 81% were severely exceeding the standard. The total number of violations reported on livestock farms was 143 times, and the fines amounted to approximately NT$7.24 million. \nAccording to the ''2021 Water Pollution Prevention and Control Assessment Plan'' announced by the EPA, assisted in the development of the ''2021 Water Pollution Prevention and Control Assessment Plan Key Station Pollution Reduction Plan''. For achieve good evaluation results, we had followed up each project every month, hold regular meetings to conduct rolling reviews, formulate implementation plans for various plans to execute, and assist submit Q1~Q3 results about Pintung river quality  and the 2021 water pollution prevention and control evaluation project results report.",
        "proj_year": "110",
        "org_name": "屏東縣政府環境保護局",
        "exe_unit": "磐誠工程顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1100200444",
        "publish_date": "20241204"
    },
    {
        "chi_title": "109年度屏東縣毒物及化學物質源頭查核管理計畫",
        "chi_subject": "屏東縣環保局為落實毒性及關注化學物質管理工作並加強運作廠場之管理與應變能力，於工作執行期間進行216場次毒化物勾稽異常查核、流向追蹤現場稽查、具食安風險化工原料輔導訪查、各節慶食品稽查抽驗專案、釋放量查核督導、毒化物運作場所無預警演練及臨場輔導。並辦理聯防組織組訓、法規宣導會、毒化災及化學品基礎認知、食安風險化學品民眾或校園宣導、進行毒物及化學品複合災害防救演練、疏散避難事項、兵棋推演或沙盤模擬演練、盤點屏東縣轄內毒化災風險潛勢區域，並撰擬疏散避難計畫及建立緊急疏散聯絡人清冊及避難所清冊。另今年針對未達分級運作量列管廠商電話及無預警傳真測試，以電話通知受測單位，確認該單位緊急聯絡人、連絡電話等資訊並以傳真方式傳送狀況下達單至受測單位，進行無預警測試，測試完畢後於簽名欄處簽名，回傳至環保局。本計畫藉由上述工作事項，有效提升業者毒化物管理及應變能力，降低事故風險發生機率，達到屏東縣毒化物「零」災害最終目標，以保障屏東縣民與環境安全。",
        "eng_title": "109th Annual Pingtung County Poisons and Chemical Substances Source Assessment and Management Plan",
        "eng_subject": "In order to implement the management of toxic and chemical substances of concern and strengthen the management and response capabilities of operating factories, the Pingtung County Environmental Protection Bureau conducted 216 toxic substance abnormality inspections, flow tracking on-site inspections, and guidance on chemical raw materials with food safety risks during the work execution period. Inspections, random food inspection projects for various festivals, release volume verification and supervision, no-warning drills and on-the-spot guidance at toxic chemical operation sites. It also handles joint prevention organization training, regulatory publicity meetings, basic understanding of toxic and chemical disasters and chemicals, public or campus publicity on food safety risk chemicals, toxic and chemical compound disaster prevention and rescue drills, evacuation and evacuation matters, war games, or Conduct sand table simulation exercises, take stock of areas with potential poisoning and chemical disaster risks within Pingtung County, draft evacuation and evacuation plans, and establish emergency evacuation contact lists and shelter lists. In addition, this year, for the telephone and no-warning fax test of manufacturers that have not reached the graded operation volume, the tested unit will be notified by phone, the emergency contact person, contact phone number and other information of the unit will be confirmed, and the status order will be sent to the tested unit by fax. Conduct a no-warning test. After the test is completed, sign in the signature box and send it back to the Environmental Protection Bureau. Through the above-mentioned work items, this plan will effectively improve the industry's toxic management and response capabilities, reduce the probability of accident risks, and achieve the ultimate goal of zero toxic hazards in Pingtung County to protect the safety of Pingtung County residents and the environment.",
        "proj_year": "109",
        "org_name": "屏東縣政府環境保護局",
        "exe_unit": "國立高雄科技大學",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1091211904",
        "publish_date": "20241210"
    },
    {
        "chi_title": "空氣污染源調查技術精進及支援計畫",
        "chi_subject": "全國導入影像辨識監控固定源空氣污染的縣市以台中、高雄為大宗，經與環保局了解，實務上影像辨識容易受到外在環境干擾形成誤判，而白煙水蒸氣無法透過影像有效區分也成為一個尚待克服的問題，故環境部希望透過本計畫進一步強化監控系統辨識能力，協助精進雲端影像智慧監控系統之功能與應用範疇。其中台中場域的誤判主要以熱氣為主，高雄則以燈光為主，應用本案成果使台中的煙霧辨識正確率由110年的68.31%，提升至112年的91.96%，而高雄則從111年的83.36%提升至112年的89.23%，有效提升煙霧辨識正確性，另外本計畫也針對透過環境與製程資料進行區分白煙與水蒸氣的可行性分析，亦已有初步成果。\n此外本計畫另外一項重要的執行成果為協助環境部推動智慧影像判煙科技執法，本團隊結合工研院研擬的煙霧不透光率辨識方法，開發智慧影像判煙科技執法系統，進一步整合數位簽章技術，確保判煙結果具備執法的嚴謹性，期間配合環境部需求進行3場次室內校正，及進行6場次的戶外驗證作業，得到工研院團隊認可，系統符合科技執法標準，協助環境部完成「排放管道中粒狀污染物不透光率檢測方法－影像判定法(NIEA A221.70B)」制定。於112年以本案智慧成果協助主辦單位參加2024智慧城市創新應用獎，成功獲獎，後續並協助辦理6場次推廣說明會，現場展示設備運作實況與檢測報告產出，並於113年5月23日至6月17日於高雄公園寶座大樓進行示範架設，針對固定源煙囪進行科技執法測試，期間由系統自動產生29張檢測報告，可供環保單位開立告發單的參考。\n基於固定源智慧影像判煙科技執法之成果，本計畫配合主辦單位需求進行計畫展延，進一步協助主辦單位進行利用影像辨識技術發展營建逸散揚塵辨識科技執法的技術研發與驗證草案研擬，於營建逸散影像辨識科技執法中，本團隊採用之影像辨識技術，透過環保局提供的案例實測可達93.3%的辨識正確率，另研擬營建逸散影像辨識驗證草案，草案一樣分為設備校正與系統驗證，其中設備主要要求為可以辨識有無揚塵，而系統驗證標準則為準確率達90%以上，並於新竹科學園區工地進行現地測試，於6月13日至6月21日期間共辨識到439則揚塵事件，提供主辦單位做為未來持續推動營建逸散影像辨識科技執法的基礎。\n本計畫還協助環境部推動固定污染源的揮發性有機物空氣污染監測技術及減量工作，並維持中央對地方的技術支援能力。我們完成了屏東縣三家化製廠的異味污染調查及改善輔導報告、三家車廠車體表面塗裝作業的VOC排放特性調查、新竹科學園區環境中氟氯碳化合物背景及來源調查，編撰「異味污染溯源技術手冊」、完成一則空氣污染(含異味)的圖卡內容製作、彙整分析各國在異味污染的管制內容、調查技術和適用範圍和管制標準、協助分析空氣污染裁罰案件的訴願結果及裁罰不成立的原因，並舉辦了一場不明異味污染來源追蹤調查技術說明會。此外，我們還彙整分析了歷年公害陳情案件及主要異味陳情類別資料，收集並分析了最近三年的公害陳情環保訴願案件，並研究了磚瓦窯業的空氣污染排放及管制標準。",
        "eng_title": "Project for Air Pollution Source Investigation Technology Enhancement and Support",
        "eng_subject": "The primary counties and cities nationwide that have implemented image recognition to monitor stationary air pollution source are Taichung and Kaohsiung. According to the Environmental Protection Bureau (EPB), in practice, image recognition is easily affected by external environmental interferences, leading to misjudgments. Additionally, the inability to effectively distinguish between white smoke and steam through images remains an issue to be addressed. Therefore, the Ministry of Environment aims to enhance the recognition capabilities of the monitoring system through this project, assisting in improving the functionality and application scope of the cloud-based intelligent image monitoring system.\nIn Taichung, misjudgments are primarily caused by hot air, while in Kaohsiung, they are caused by lighting. The application of this project’s results increased the smoke recognition accuracy rate in Taichung from 68.31% in 2021 to 91.96% in 2023, and in Kaohsiung from 83.36% in 2022 to 89.23% in 2023, significantly improving the accuracy of smoke recognition. Furthermore, this project has conducted a feasibility analysis on distinguishing between white smoke and steam through environmental and process data, achieving preliminary results.\nAnother important achievement of this project is assisting the Ministry of Environment in promoting intelligent image smoke recognition technology for law enforcement. Our team, in collaboration with the Industrial Technology Research Institute (ITRI), developed an intelligent image smoke recognition law enforcement system using a smoke opacity recognition method. We further integrated digital signature technology to ensure the rigor of the law enforcement results. During the period, we conducted three indoor calibrations and six outdoor verification operations in accordance with the Ministry of Environment's requirements. The system met the technological law enforcement standards recognized by the ITRI team, assisting the Ministry of Environment in establishing the Method for Testing Opacity of Particulate Matter in Emission Pipes - Image Determination Method (NIEA A221.70B). In 2023, this project’s intelligent outcomes helped the organizing unit win the 2024 Smart City Innovation Application Award. Subsequently, we organized six promotional seminars, demonstrating the equipment operation and detection report generation on-site. From May 23 to June 17, 2023, a demonstration setup was conducted at the Throne Building in Kaohsiung Park, testing technological law enforcement on fixed-source chimneys. During this period, the system automatically generated 29 detection reports, serving as references for environmental protection units to issue citations.",
        "proj_year": "111",
        "org_name": "環境部大氣環境司",
        "exe_unit": "振興發科技有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1111441227",
        "publish_date": "20241206"
    },
    {
        "chi_title": "111~113年度中石化（台鹼）安順廠整治場址監督查核應變計畫",
        "chi_subject": "本計畫執行期程自 111 年 1 月 1 日起至 113 年 8 月 31 日止，共 32 個月。透過監督查核工作，督促中石化公司確依核定整治計畫執行，俾如期如質達整治目標；進行污染整治相關工作之監督驗證，包括整治施工期間之採樣監督驗證及整治後之驗證查核，以驗證整治成效；藉由定期環境監測作業，掌握環境品質避免造成居民生活環境之二次污染。",
        "eng_title": "2022-2024 China Petrochemical Development Corporation (CPDC\/Former Taiwan Alkali Company) Anshun Plant Remediation Site Supervision, Inspection, and Contingency Plan.",
        "eng_subject": "This plan implemented schedule commenced from January 1, 2022, to August 31, 2024, for a total of 32 months. Through supervision and inspection, China Petrochemical Development Corporation (CPDC) to implement the approved remediation plan to achieve the remediation goals on schedule and with quality. Supervision and verification of pollution remediation-related work will be conducted, including sampling supervision and verification during remediation construction and verification and inspection after remediation to verify the effectiveness of the remediation. Regular environmental monitoring operations will be carried out to control environmental quality and prevent secondary pollution of residents' living environment.",
        "proj_year": "111",
        "org_name": "臺南市政府環境保護局",
        "exe_unit": "技佳工程科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1110210376",
        "publish_date": "20241225"
    },
    {
        "chi_title": "111年飲用水新興污染物研究與水質管理計畫",
        "chi_subject": "本計畫辦理飲用水列管物質篩選作業，優先評估6項多溴二苯醚類，於我國6座淨水場進行監測，三次採樣均未檢出，顯示於我國暫無顯著風險。本年度彙整蒐集清單毒理資料及本土淨水場檢測資料，經估後將N-亞硝基吡咯烷及全氟己烷磺酸納入觀察清單。此外原觀察清單中之甲醛及鎵，經評估於我國飲用水中暫無顯著危害，改列蒐集清單以有效運用檢測能量。本計畫抽驗飲用水中26項未列管新興污染物共3340處次，結果顯示除鍺、硼、Geosmin、全氟化物有少數樣品有較高檢出濃度，須持續監測之外，其餘污染物均低於定量極限或偵測極限，或檢出濃度極低。此外亦評估6種國際常用微生物指標於我國20處次配水樣品的檢出情況，僅一配水點可能因於餘氯低，檢出大腸桿菌群，顯示維持自由有效餘氯仍是重要減少配水中微生物的重要措施，此外建議參考國際管制趨勢，以管制大腸桿菌取代現有專一性較差之大腸桿菌群。本計畫亦彙整近十年簡易自來水場飲用水水質，結果顯示不合格或高於國際管制值最小值的項目主要為微生物指標，建議增設消毒處理程序。針對極端氣候因應方式本計畫彙整國際上以飲用水為目的之水回收再利用相關作法與案例，技術及行政管理及公眾溝通在水回收利用上均扮演關鍵角色。",
        "eng_title": "Investigation of Compounds of Emerging Concern in Drinking Water and Management of Water Quality 2022",
        "eng_subject": "This project implemented contaminants screening process of drinking water quality regulation. Six unregulated polybrominated diphenyl ethers (PBDEs) were selected for evaluation. Their concentration was monitored in six representative drinking water treatment plants, and their health risk in drinking water system in Taiwan were evaluated. Results indicated that there is no significant risk of these 6 compounds on drinking water in Taiwan. This project also collected the toxicity information and monitoring histories of unregulated contaminants in Preliminary Contaminant Candidate List (PCCL) to evaluate if the concern level of some chemicals should be increased to Contaminant Candidate List (CCL). After evaluation, concern level of NPYR and PFHxS were increased from PCCL to CCL. In addition, this project inspected 26 unregulated compounds of emerging concern in drinking water and got 3340 data in total. There were 14 compounds with monitoring results all below detection or quantification limitation. The other compounds with detection values were at very low concentration level. There were only few samples with higher concentration on germanium, boron, Geosmin, and per- and polyfluorinated chemicals (PFCs). It is suggested to monitor them continuously. Besides, this project evaluated 6 different microbial indicators at 20 sampling points in water distribution system. Only one sample detected total coliform, which may result from low free residual chlorine. Results indicated that maintain free residual chlorine is important stretagy to reduce microorganism in water distribution system. In addition, it is suggested to regulate E. coli rather than total coliform, which has less specifity. Drinking water quality data of small drinking water system in ten years were collected. High risk was found with microbial incitors. Therefore, disinfection system was suggested to implement. Regarding to the drinking water management regulation and respondences to extreme climate, this project reviewed potable water reuse cases apply in other countries. Public communication is one of key factor of successful implement except for technologies and management aspect.",
        "proj_year": "111",
        "org_name": "水保處",
        "exe_unit": "國立成功大學",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1110175351",
        "publish_date": "20241203"
    },
    {
        "chi_title": "110年屏東縣環境教育專案計畫",
        "chi_subject": "環境教育為屏東縣重點推廣的發展項目，藉由計畫工作之推動執行，延續屏東縣環\n境教育理念的推廣，並加強政府機關、學校師生及社會大眾之環境知識與環境責任感，\n工作項目涵蓋環境教育推廣、增能培訓、輔導協助行政支援等三大面向，執行期程自110年01 月22 日至110 年11 月21 日。\n(一) 環境教育推廣活動\n本計畫今年度配合世界環境日「生態系統恢復」為主軸，辦理世界地球日吾拉魯\n茲部落環境教育體驗活動；校正系統回歸自然－創意繪畫徵選活動；環保我最『型』\n~創意再生公仔設計徵選；2021 Fun 暑假環營來屏東等諸多環境教育推廣活動，共計\n邀集96 人次；徵選125 件作品共同參與推廣活動，加強落實環境教育理念，進一步\n透過網路平台互動進行線上推廣活動，運用更加多元的方式深入探索屏東縣的環境資\n源特色。\n(二) 增能培訓交流活動\n增能培訓為計畫年度重點事項，為增加學習標的，環教志工延續109 年之教學技\n巧精進培訓課程，本年度安排說明最新環境法規內容及相關實務案例分析實務課程，\n共計42 人次參與培訓，透過學習及更新環保相關法規內容與課程內容安排規劃，有\n效提升志工團的環境知識底蘊，增添環境教育推廣專業程度。\n亦配合辦理環保志(義)工群英會網路活動，以及屏東縣110 年度環保志工基礎暨\n特殊訓練。以培訓與競賽的方式邀請共計470 人次志工夥伴共同交流，提升凝聚力與\n創造力，並新增124 名新血，避免環保志工團僵化，激發出新的熱情與創意。\n(三) 輔導協助及行政支援\n社區為環教工作的落實重點，本團隊長期駐點社區，輔導社區單位申請「環保小\n學堂推廣計畫」、「社區環境調查及改造計畫」與「屏東縣安居大社區-好讚認證-社\n區環保」，本年度共計輔導26 個社區單位，協助提供方向與產出成果，推動社區環\n境教育扎根工作。\n辦理環境教育4 小時查核輔導，讓轄內機關學校與企業單位了解相關環境法令規\n章並配合辦理，提升屏東縣環境教育與環保工作績效。協助辦理環保方面的全國賽事包含國家環境教育獎與環境知識競賽等，有效落實\n縣內環境教育的推廣。\n本年度屏東縣環境教育執行成果豐碩，各項活動及競賽皆取得優異成果與成績，\n環保署環境教育考核自評可取得90 分以上，達特優階段。",
        "eng_title": "Environmental education",
        "eng_subject": "Environmental education is a key development project promoted by Pingtung County. Through the promotion and implementation of the planning work, the promotion of Pingtung County's environmental education concept will be continued, and the environmental knowledge and environmental responsibility of government agencies, school teachers and students, and the general public will be strengthened. The project covers three major aspects: environmental\neducation promotion, energy-enhancing training, and counseling and administrative support.\nThe implementation period is from January 22, 2021 to November 21, 2021.\n1. Environmental education promotion activities：\nThis project will cooperate with the World Environment Day Ecosystem Restoration as the main axis this year, and organize the environmental education and experience activities of the Wularuz tribe on Earth Day; the correction system returns to nature-creative painting selection activity; environmental protection is the most type ~ creativity Recycling doll design\nsolicitation; 2021 Fun summer camp will come to Pingtung and many other environmental education promotion activities, a total of 96 people were invited; 125 works were selected to participate in promotion activities, strengthen the implementation of environmental education concepts, further conduct online promotion activities through online platform interaction, and use more diversified methods to explore the environment of Pingtung County Resource\ncharacteristics.\n2. Enhancing training and exchange activities：\nEnergization training is the focus of the project year. In order to increase learning targets, environmental education volunteers continue 109 years of intensive training courses on teaching skills. This year, they have arranged practical courses explaining the latest environmental regulations and relevant practical case analysis. A total of 42 people participated in the training. Through learning and updating environmental protection related The content of laws and regulations and curriculum content are planned to effectively enhance the environmental knowledge of the volunteer group and increase the professional level of\nenvironmental education and promotion. It also cooperates with the network activities of the Environmental Protection (Volunteer)\nGroup of Heroes, and the 110 annual basic and special training for environmental protection volunteers in Pingtung County. A total of 470 volunteer partners were invited to communicate with each other through training and competitions to enhance cohesion and creativity, and 124 new people were added to avoid the rigidity of environmental protection volunteer groups and stimulate new enthusiasm and creativity.\n3. Counseling assistance and administrative support\nThe community is the focus of the implementation of environmental education work. Our team has been stationed in the community for a long time and counseled community units to apply for the Environmental Protection Primary School Promotion Plan, Community Environmental Investigation and Reconstruction Plan and Pingtung County Anju Large Community-Hao Zan Certification -Community environmental protection, this year a total of 26 community units have been coached to help provide direction and output results, and promote community environmental education to take root.\nHandling environmental education 4-hour inspection guidance and environmental education lectures, so that institutions, schools and enterprises within the jurisdiction can understand relevant environmental laws and regulations and cooperate in handling them, and improve the performance of environmental education and environmental protection work in Pingtung\nCounty.\nAssist in handling national competitions in environmental protection, including the National Environmental Education Award and Environmental Knowledge Contest, and effectively implement the promotion of environmental education in the county. This year, Pingtung County has achieved fruitful results in the implementation of environmental education. Various activities and competitions have achieved excellent results and results. The Environmental Protection Agency's environmental education assessment self-assessment can achieve more than 90 points, reaching the excellent stage.",
        "proj_year": "110",
        "org_name": "屏東縣政府環境保護局",
        "exe_unit": "磐飛科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1100474199",
        "publish_date": "20241127"
    },
    {
        "chi_title": "105年屏東縣民間企業與綠色採購計畫",
        "chi_subject": "本 計畫之年度目標，期藉由輔導、活動、表揚典禮等手法，有效推動、宣\n傳並擴大屏東縣推動綠色消費及採購之工作及成效，提升縣民綠色消費的正確\n概念， 進而帶動實質的綠色採購， 創造綠色商機。本年度的計畫目標如下：\n一 、 強化政府機關綠色採購業務推動及綠色採購績效評核作業， 並加強稽核\n以提升我國機關綠色採購申報品質。\n二、鼓勵民間企業及團體實行綠色消費， 並公開表揚綠色採購績優之民間企\n業及團體等， 除提升民眾配合綠色採購之意願， 更期望能將綠色消費觀\n念深植於心。\n三 、 健全環保產品行銷通路， 積極輔導轄內業者加入綠色商店、環保旅店、\n星級環保餐館等綠色通路， 積極擴展綠色產品行銷管道， 建置完善便利\n的綠色產品行銷通路， 提升縣民落實綠色生活作為之方便性。\n四 、結合環保標章、碳標籤、綠色商店、環保旅店、星級環保餐館等辦理綠\n色生活及消費宣傳推廣活動， 提升國人對綠色消費的認識， 並在食衣住\n行的日常生活中落實環保行為。\n五 、 結合學校辦理綠色消費宣傳活動， 積極將綠色消費知識向下札根， 期盼\n幫助學生瞭解綠色生活之實行概念， 提升學生對環境的保護意識\n六、配合環保署考核方式執行各項工作， 協助爭取考核佳績。",
        "eng_title": "105 years of private enterprises and green procurement plan in Pingtung County",
        "eng_subject": "The annual goals of this plan are effectively promoted and publicized through coaching, activities, commendation ceremonies, etc.\nDisseminate and expand Pingtung County’s work and results in promoting green consumption and procurement, and improve county residents’ correct understanding of green consumption.\nconcepts, thereby driving substantial green procurement and creating green business opportunities. The plan goals for this year are as follows:\n1. Strengthen the promotion of green procurement business of government agencies and the performance evaluation of green procurement, and strengthen auditing\nTo improve the quality of green procurement declarations by our country’s agencies.\n2. Encourage private enterprises and groups to implement green consumption, and publicly commend private enterprises with excellent green procurement performance\nindustries and groups, etc., in addition to increasing the public’s willingness to cooperate with green purchasing, they also hope to promote the concept of green consumption.\nThoughts are deeply rooted in the heart.\n3. Improve the marketing channels for environmentally friendly products, and actively guide businesses within the jurisdiction to join green stores, environmentally friendly hotels,\nGreen channels such as star-rated environmentally friendly restaurants, actively expand green product marketing channels, and build complete and convenient facilities\nGreen product marketing channel to improve the convenience of county residents to implement green living behaviors.\n4. Combine environmental protection labels, carbon labels, green shops, environmentally friendly hotels, star-rated environmentally friendly restaurants, etc.\nColorful lifestyle and consumption publicity and promotion activities to enhance Chinese people’s understanding of green consumption and promote\nImplement environmentally friendly behaviors in our daily lives.\n5. Organize green consumption publicity activities in conjunction with schools, and actively disseminate green consumption knowledge downwards, looking forward to\nHelp students understand the concept of green living and enhance students’ awareness of environmental protection\n6. Cooperate with the Environmental Protection Agency’s assessment methods to perform various tasks and assist in achieving good assessment results.",
        "proj_year": "105",
        "org_name": "屏東縣政府環境保護局",
        "exe_unit": "磐飛科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1050654238",
        "publish_date": "20241127"
    },
    {
        "chi_title": "跨部會化學物質彙整系統架構優化計畫",
        "chi_subject": "本文件為「跨部會化學物質彙整系統架構優化計畫」之成果報告。本計畫主要是透過原始碼審查瞭解現有系統設計的方法以及程式語言的運用與設計方式，同時也經由檢視資料庫設計等方法找出「化學雲」效率可以在未來優化改善的瓶頸點。其中程式部份以定時啟動相關運作的排程與資料轉置程式，負責與外部其他系統交換資料或是產出快報應用程式介面 (Application Programming Interface, API) 程式，以及網頁程式裡讀取資料的結構化查詢語言 (Structured Query Language, SQL) 語法做審查。\n這些程式主要的問題在：\n（一）\t選用一些較佔記憶體的方式去設計程式。\n（二）\t大量運用同步的方式進行處理，導致系統同一時間只能執行特定的工作，也就是執行緒堵塞。\n（三）\t大量重複程式碼，導致系統運作資源的浪費。\n資料庫的設計則有以下幾點主要的問題：\n（一）\t許多資料表 (Table) 並沒有建立適當的索引 (Index) 或沒有建立索引。\n（二）\t沒有建立主鍵 (Primary Key, PK)。\n本成果報告針對這些影響系統效能的瓶頸點一一提出個別的優化建議，並規劃出未來執行程式與資料庫優化的時程建議。而除了直接對於瓶頸點提出優化的方式外，也會提出「化學雲」系統在平台技術面、機制面、以及發展面三個面向在未來的優化策略的建議。",
        "eng_title": "Cross-Departmental Chemical Substance Collection Computer System Architecture Optimization Plan",
        "eng_subject": "This document is the results report of the Cross-Departmental Chemical Substance Collection Computer System Architecture Optimization Plan. This project is mainly to understand the system design of the use and design of programming language through source code review and the design of the database to find out the execution efficiency of the Chemical Cloud computer software system and to locate the bottleneck for future optimization and improvement. \nThe program part reviews the data transformation by scheduled operations, the API (Application Programming Interface) program responsible for exchanging data with external systems or generating express reports for external system, and the SQL (Structured Query Language) script syntax for accessing data in web programs. The main problems with these programs are:\n1.\tProgram design by using some methods that usually take up more memory. When system resources are not used effectively, execution efficiency will be affected.\n2.\tSynchronous processing is used in multiple places, causing the system to only perform specific task at one time that would naturally affects the overall execution efficiency.\n3.\tA large number of duplicate codes lead to a waste of system operation resources.\n\nThe design of the database has the following main issues:\n1.\tMany data tables are not properlly indexed or no index at all.\n2.\tFailure to create a PK or too many primary keys would prevent the program from achieving better operating efficiency when it accessing the database.\n\nThis final report will explain how these bottlenecks affect performance, and further provide suggestion for improving and optimizing the execution efficiency of the “Chemical Cloud” system.At the same time this report will propose suggestions for future oprimization strategies in terms of platform technology, mechanism, and development.",
        "proj_year": "113",
        "org_name": "化學署評估管理組",
        "exe_unit": "聯合通商電子商務股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131414653",
        "publish_date": "20241130"
    },
    {
        "chi_title": "高雄市-113年推動環保許可整合執行計畫",
        "chi_subject": "因應污染源製程日趨複雜及考量空、水、廢、毒化物等製程具有密切關聯性，環境部推動環保許可整合政策，規劃透過成立單一窗口、執行諮詢會審機制及繪製全廠污染流向圖，使許可審查一致化。本計畫為協助環境部推動各項環保許可整合政策，並蒐集執行經驗和業者意見，反饋於環境部，提供未來許可整合制度之檢討與精進。\n自110年度開始試辦，針對國營及大型企業優先實施，以減緩未來政策正式上路所帶來之衝擊影響。本計畫統合高雄市政府環境保護局、經濟部科技產業園區及南部科學園區之環保許可審核單位，成立高雄市環保許可整合單一窗口，掌握高雄市轄內環保許可案件，針對優先對象辦理許可申請時執行案件追蹤、稽催、建檔等工作。本計畫於參考環境部許可整合諮詢會審作業原則及高雄市審查現況，建立高雄市許可整合諮詢會審作業原則，修正會審流程及規範審查時程，於110年6月15日開始實施許可整合會審機制，並持續滾動檢討，共分為4大機制運行，(一)辦理會審諮詢會議(二)會審意見無競合，業者無須諮詢，省略開會(三)主審無意見，會審無競合，快速核證(四)免會審案件認定，統計至113年11月30日止，前三年已辦理703案環保許可會審，今年度截至11月30日，已協助完成260案環保許可會審，並已完成30場次會審諮詢會議(含視訊會議)。於全廠污染流向整合上，本年度全面檢視過往已完成污染流向圖，要求業者更新符合最新許可並提交予本計畫審查，同時，本計畫亦持續擴大輔導95家業者繪製污染流向圖，截至11月30日前期計畫之精進輔導對象已完成檢視80家，113年擴大對象已完成審查95家。另於計畫執行期間，配合宣導環保許可整合政策，辦理相關會議、訓練課程及推廣活動，已完成2場次宣導說明會議，1場次內部教育訓練，8場次污染流向圖訓練課程。\n許可整合試辦推行至今，本計畫統整業者及審查單位等多方反饋意見，建議環境部能針對下列幾點進行修正：\n一、盡速修正相關法規及規劃完整配套措施，明確作業執行方式，以利於地方政府推動許可整合作業，業者於申請許可文件時，也能依法配合執行，達成簡政便民之目的。\n二、環境部訂定之諮詢會審作業原則在法規及系統尚未建立完成前難以遵此施行，建議環境部能參考地方執行作法重新研擬；本市即有訂定高雄市環保許可整合諮詢會審程序作業原則，利於各審查單位配合執行相關作業。\n三、本計畫統計高雄市近年會審意見多為各許可文件原物料不一致及操作時間計算方式不相同，而許可共同會審之目的即為強化文件內容一致性，故建議環境部能優先建立原物料、燃料、產品彙整表單，強化各環保許可文件之一致性，便於各審查單位審查核對。\n四、於實務管制上，如有量化數據搭配整廠污染流向，更能有效分析整廠污染資訊，故建議污染流向圖能搭配表格化資訊呈現。",
        "eng_title": "Kaohsiung City - 113th Year Environmental Permit Integration and Implementation Plan",
        "eng_subject": "In response to the increasing complexity of pollution source processes and the close interconnection between air, water, waste, and toxic chemical processes, the Ministry of Environment is promoting an integrated environmental permit policy. This policy aims to standardize the permit review process by establishing a single service window, implementing a consultative joint-review mechanism, and mapping the overall factory pollution flow. The purpose of this project is to assist the Ministry of Environment in implementing various integrated environmental permit policies, collecting execution experiences and feedback from industry stakeholders, and providing recommendations for future improvements to the permitting system.\nStarting as a pilot program in 2021, the project initially prioritized state-owned and large enterprises to mitigate the potential impacts of a formal policy rollout. The project integrates the environmental permit review units of the Kaohsiung City Environmental Protection Bureau, the Ministry of Economic Affairs’ Technology Industrial Parks, and the Southern Taiwan Science Park, establishing a single service window in Kaohsiung City. This allows efficient management of environmental permit cases within Kaohsiung’s jurisdiction, facilitating case tracking, follow-ups, and documentation for prioritized applicants. Based on the Ministry of Environment’s principles for integrated permit consultation and Kaohsiung’s current review processes, the project established Kaohsiung City’s integrated permit consultation principles, refining review procedures and timelines. The integrated permit joint-review mechanism was implemented on June 15, 2021, with ongoing adjustments. It operates through four key mechanisms: (1)Conducting joint-review consultation meetings; (2)If no conflicting review opinions arise, consultation is waived, saving time; (3)If the primary reviewer raises no objections and there are no conflicts, the permit is quickly approved; (4)Determining cases exempt from joint review. As of November 30, 2024, a total of 703 joint environmental permit reviews have been conducted in the first three years. For this year alone, 260 joint reviews have been completed by November 30, alongside 30 consultation meetings (including video conferences). Regarding the integration of overall factory pollution flows, this year the project comprehensively reviewed previously completed pollution flow maps, requiring industries to update and submit maps aligned with the latest permits for review. Simultaneously, the project expanded guidance to 95 industries for creating pollution flow maps. By November 30, 80 previously prioritized companies had completed their reviews, and the 95 expanded targets for 2024 were also reviewed. Additionally, during the execution of the project, various promotional activities, training sessions, and meetings were held to advocate for the integrated permit policy. This included 2 policy briefing sessions, 1 internal training program, and 8 pollution flow map training courses.\nSince the pilot launch of the integrated permit program, the project has gathered feedback from industries and review units, and proposes the following recommendations to the Ministry of Environment:\n1.\tExpedite revisions to relevant regulations and develop comprehensive supporting measures to clarify implementation procedures. This will enable local governments to effectively promote integrated permit processes, while industries can comply with clear requirements, achieving the goals of administrative streamlining and convenience.\n2.\tThe consultation and joint-review principles set by the Ministry of Environment are challenging to implement without complete legal and system frameworks. It is recommended that the Ministry reference local execution practices to refine its guidelines. Kaohsiung City, for example, has already established its own operating principles for integrated permit joint reviews, facilitating coordination among review units.\n3.\tStatistical data indicates that inconsistencies in raw materials across permit documents and variations in operational time calculations are the primary issues during joint reviews. As the purpose of joint reviews is to enhance document consistency, it is recommended that the Ministry prioritize the establishment of consolidated forms for raw materials, fuels, and products to improve document uniformity, thereby streamlining reviews.\n4.\tIn practical regulatory management, quantitative data paired with overall factory pollution flow maps can more effectively analyze pollution information. Therefore, it is suggested that pollution flow maps be accompanied by tabular data for clarity and effectiveness.",
        "proj_year": "113",
        "org_name": "高雄市政府環境保護局",
        "exe_unit": "環興科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131365639",
        "publish_date": "20250204"
    },
    {
        "chi_title": "室內空氣品質維護改善及自主管理標章推廣計畫",
        "chi_subject": "本計畫戮力於推動室內空氣品質維護改善及自主管理標章的推廣。首先，藉由輔導10處非公告場所、3場次優良標章觀摩分享座談會及2場次專家諮詢會議等，以及各縣市推動情形，彙整場所常見之問題製成Q＆A及標章申請指引。其次，持續彙整及比較香港、韓國室內空氣品質標章及法規相關制度，研擬並檢討自主管理標章要點、擴大推動對象及獎勵措施提出具體建議及方案，並檢討室內空氣品質管理法暨相關子法之管制成效，精進行政管理配套措施，協助彙整全國公告場所設置二氧化碳(CO2)自動監測設施情形。同時，配合自主管理標章推動，協助環境部完成研修公告場所室內空氣品質檢驗測定管理辦法、修訂112年與113年績效展現追蹤內容，將標章取證指標持續納入113年績效考評及辦理4場次標章制度及系統說明會議。                                                                                                                                                            此外，因應標章申請及可視化地圖建置系統，並針對公告場所、環保局及環境部建置線上填報及計分功能、新增標章地圖擴充查詢功能(增加綠色消費點位、場所資訊揭露)及分析樣態圖示統計等功能，同時建立新功能操作手冊及影片，以利操作流暢度。最後，為提升計畫執行品質及效率，本計畫持續配合協助環境部室內空氣品質相關工作。",
        "eng_title": "Indoor air quality maintenance improvement and self-management mark  promotion project",
        "eng_subject": "This project strives to promote the maintenance and improvement of indoor air quality and the promotion of self-management labels. First of all, by tutoring 10 non-announced sites, and Education and Protection Center, EPA to obtain mark, and the promotion situation of each county and city, the common problems of the site are compiled into Q＆A and mark application guidelines. Secondly, continue to compile and compare the indoor air quality labels and related regulations of Hong Kong and South Korea, develop and review the main points of the self-management mark, make specific suggestions and plans in order to expand the promotion target and incentive measures, and review the control effectiveness of the Indoor Air Quality Management Act and related sub-laws, refine the supporting measures for administrative management, assist in compiling the installation of carbon dioxide (CO2) automatic monitoring facilities in national announcement sites. At the same time, in cooperation with the promotion of self-management marks, assisted the EPA to complete the discussion and revision of Announcement Site Regulations of Indoor Air Quality Inspection, revised the 2022 and 2023 performance display tracking content, including the indicators for obtaining the marks into the 2023 performance evaluation and handling 8 marks system explanation meetings. In addition, in response to mark application and visualization map construction system, online reporting and scoring functions have been established for announcement sites, the EPB and the EPA, optimize the functions of the dedicated personnel management system and analysis mode, graphic statistics, etc. At the same time, create new function operation manuals and videos in order to facilitate the smooth operation. Finally, in order to improve the quality and efficiency of project implementation, the project will continue to cooperate and assist the EPA in indoor air quality related work.",
        "proj_year": "112",
        "org_name": "環境部大氣環境司",
        "exe_unit": "明志科技大學",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1123755237",
        "publish_date": "20241120"
    },
    {
        "chi_title": "112年嘉義縣環境教育專案計畫",
        "chi_subject": "本計畫執行期程自111年1月1日至111年11月30日，工作內容包括環境教育專案執行：配合辦理環境節日及其他環境教育相關活動，辦理第111年永續發展獎地方初賽、環境知識競賽初賽、環境教育繪本徵選及推廣計畫、寒（暑）假期環境教育營隊計畫、臺美生態學校推廣計畫、執行中央補助款環境教育基金（署BAF系統）登錄及操作、推動永續發展工作及協助宣傳、輔導及推薦轄內公立機關、民間團體參加永續發展獎，並協助擬定嘉義縣永續發展推動方案與蒐整嘉義縣政府各局處永續推動成果、協助辦理全國第33屆環保杯桌球錦標賽、及製作本縣永續宣傳影片製作等。 執行環境教育志工培訓：辦理環境教育志工增能訓練及運用計畫、全國環保志（義）工群英會全國賽參賽工作、嘉義縣環保志工群英會、環保志工督導訓練、環保志工隊幹部聯繫會議暨志工隊評鑑及環保類志工獎勵頒獎、購置環保志工服勤裝備、環保義工日環境教育體驗學習活動、環境教育志工運用、推動環保志工業務及運用、招募環保志工完成訓練、辦理本局辦理衛生福利部志願服務資訊整合系統環保志工相關資料建置、環保志工業務推動及成果彙整、環境教育志工座談會等。 執行綠能館發展規劃與營運維護相關工作：辦理每月主題日活動、週期性館內展品展出與實驗模組租賃或採購、綠能館行銷宣導工作、建築物及展示設備軟硬體更新、維護、展館空間改善、修繕與活化、綠能館解說導覽服務等相關工作、綠能館基地空間檢討改善規劃、與本縣教育處合作規劃環教軸帶等工作。",
        "eng_title": "Implementation Plan of 2023 Chiayi County “235 Environmental Education Program”",
        "eng_subject": "This program will be implemented for a period starting from January 1 till November 30, 2023. Related activities include the implementation of environmental education programs: coordination with activities relating to environmental festivals and other environmental education programs, the local preliminary competition of 2023 Sustainable Development Award, preliminary competition of Environmental Knowledge Competition, the selection of ”Cherish Food” recipes\/teaching plans,  the selection of picture books and promotion program for environmental education,  camping plan of environmental education in winter\/summer holidays,  the 9th Taiwan Environmental Education Award, Taiwan-USA Eco-School Promotion Program, login to and operations on the Environmental Education Fund under Central Government's Subsidy Program (BAF System), and promotion of sustainable development and supporting publicity.  \nTraining on volunteers for environmental Education program: volunteer enhancement training for environmental education and application plan, activities in participation in  the Taiwan-wide contest for the Taiwan Environmental Volunteers Association,  contact meeting with Chiayi County Environmental Volunteers Association, environmental volunteer supervision and training,  contact meeting with officers of environmental volunteer team, evaluation of volunteer team and  awards to environmental volunteers), purchase of environmental volunteers’ service equipment, environmental education experiential learning activities on Environmental Volunteer Day, applications of environmental education volunteers. and promotion of the business and applications of environmental volunteers, recruitment of and training on environmental volunteers, setup of the data on environmental volunteers in the  volunteer service information integration system of the Ministry of Health and Welfare, and promotion of environmental volunteer services  and integration of outcomes. \nImplementation of Green Energy Exhibition Hall development planning and activities related to operation and maintenance: monthly theme day activities, periodic exhibitions in the hall and rental or purchase of experimental modules, marketing promotion for Green Energy Exhibition Hall,  software  and hardware  update and maintenance for building and display equipment, exhibition space improvement, repair and activation, activities related to interpretation and visit guide services in Green Energy Exhibition Hall, review of improvement plan for  base space of Green Energy Exhibition Hall, cooperation with the Education Office of Chiayi County for planning of environmental education axis and other activities. The staff and equipment for the plan have been prepared in place on January 13, 2023 (documented in Consent numbered CY-E-G-1120002034 as filed with  Environmental Protection Bureau of Chiayi County dated January 18, 2023  for consultation). As of November 30, 2023, the plan will be implemented for 11 months in total, in line with the program schedule",
        "proj_year": "112",
        "org_name": "嘉義縣環境保護局",
        "exe_unit": "綠信環境科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1123136377",
        "publish_date": "20241115"
    },
    {
        "chi_title": "112年度金門縣固定污染源許可管制及餐飲業污染輔導改善計畫",
        "chi_subject": "本計畫執行期程係自112年1月16日至112年12月31日止。主要工作項目包括：執行許可制度、資料庫維護更新與管理、辦理空污費催補繳及查核、執行排放量網路申報案件審核、辦理本縣空氣污染防制費徵收、催補繳及查核作業、提昇固定污染源逸散性粒狀污染物空氣污染防制設施管理辦法之法規符合度、餐飲業油煙減量及公私場所異味污染改善及加油站油氣回收管制作業。統計至112年12月31日，整體實際工作項目執行率達96.5%。共進行33件固定污染源操作許可申請審查及29張發證作業，稽查檢測作業共進行6根次之煙道稽查檢測及周界 TSP(總懸浮微粒)檢測 3點次，協助審查111 年度第四季至112年第三季各15家空氣污染物排放量申報案件與51家空氣污染防制費審查。",
        "eng_title": "Plan of Stationary Pollution Source Permit Control and Catering Industry Pollution Guidance Improvement in Kinmen County,2023",
        "eng_subject": "Performance duration of this project is between JAN 16 and DEC 31, 2023. Main work items include performance of permit system, maintenance and update and management of database, reminding and supplementing payment and examination of air pollution control fee, performance of internet declaration and review on emission amount, collection of air pollution control fee in the county, reminding and supplementing payment and examination, compliance degree with Measure for Promoting and Governing Air Pollution Protection Facilities against Dispersing Particle Pollutant Produced by Stationary Sources, Oil fumes Reduction in Food Services and Pollution Improvement of Peculiar Smell in Private and Public Places and Recycle and Control of Fuel Vapor in Gas Station. Up to now, execution rate of overall work items of this stage is 96.5% and total 33 cases of application for operation permit of stationary pollution sources are accomplished, 29 cases of application for establishment permit, 6 cases of fume channel audit and test, assistance in reviewing 15 cases of air pollutant amount and 51 cases of air pollution control fee.",
        "proj_year": "112",
        "org_name": "金門縣環境保護局",
        "exe_unit": "上境科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1122812256",
        "publish_date": "20241122"
    },
    {
        "chi_title": "112年執行柴油引擎汽車新車型排氣審驗、機動車輛噪音審驗及使用中柴油車召回調查測試管制計畫",
        "chi_subject": "本計畫主要為協助環境部依據空污法及噪音管制法，辦理型式審驗及進行車輛管制策略研究。新車型審驗及品質一致性管理部分，共計完成核發1,604件新車型合格證、執行71家車廠新車抽驗，並查核2,906輛次品管資訊，確保新車污染與噪音品質一致性；使用中機動車輛品質一致性管制方面，遴選1個引擎族並執行3車次使用中污染召回調查測試，確認高風險污染車型排放水準；此外，執行206輛次配備DPF柴油車惰轉PN排放調查，產出檢測與排放基準建議作法，提供識別DPF有效運作及竄改管理，另執行3種不同類型污染防制裝置有毒污染物排放研究，單一配備DPF顯示具有減量效果，2車次額外噪音(RD-ASEP)研究。",
        "eng_title": "Project on implementation of emissions certificate of conformity for new diesel engine vehicles, motor vehicle noise compliance certification and  in-service conformity testing and inspections of diesel vehicle of 2023.",
        "eng_subject": "This project is mainly to cooperate with the Ministry of Environment in handling type inspections and conducting research on advanced vehicle pollution control strategies in accordance with the Air Pollution and Noise Control Act. In terms of new car source and quality consistency management, a total of 1,604 new car model certificates were issued, new car inspections were carried out from 71 car manufacturers, and quality control information of 2,906 defective vehicles was checked to ensure the consistency of new car pollution and noise quality; the quality of motor vehicles in use is consistent In terms of sexual control, 1 engine family and 3 vehicles in use were selected to conduct in-use pollution recall surveys to confirm the emission levels of high-risk polluting models; in addition, 206 vehicle-time PN tests were performed, and 3 vehicles were equipped with pollution prevention equipment components for toxic pollutants. Study, 2-train additional noise (RD-ASEP) study.",
        "proj_year": "112",
        "org_name": "環境部大氣環境司",
        "exe_unit": "財團法人車輛研究測試中心",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1122751479",
        "publish_date": "20241104"
    },
    {
        "chi_title": "112年度宜蘭縣移動污染源稽查管制及機車排氣定期檢驗服務管理計畫",
        "chi_subject": "移動污染源係造成空氣品質劣化的主要原因之一，為改善機車排放對於空氣污染所造成的問題，環保局實施多項措施以管制機車排放空氣污染物，包括：執行機車不定期檢驗、機車排氣檢驗站管理、推廣使用電動二輪車及淘汰高污染老舊機車等，以有效改善空氣品質。",
        "eng_title": "2023 Yi-Lan Moving pollution source inspection control project and locomotive exhaust periodic inspection service management project",
        "eng_subject": "Mobile pollution sources is the main cause for the air quality decline, in order to improve the air pollution problem caused by motorcycle exhausted emission, The environmental protection bureau has implemented many measures to control motorcycle exhaust discharge air pollutant, include the roadside blocks examines, the examination service, and motorcycle exhausted emission inspection station management, encourage use of low-emission vehicle, eliminating old and on-road motorcycle, effective improvement air quality.",
        "proj_year": "112",
        "org_name": "宜蘭縣政府環境保護局",
        "exe_unit": "春迪企業股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1121427559",
        "publish_date": "20241121"
    },
    {
        "chi_title": "112年度年度宜蘭縣露天燃燒及餐飲業臭異味暨逸散污染源減量改善管制計畫",
        "chi_subject": "為有效管制空氣品質及維護民眾健康與環境，本計畫透過禁止露天燃燒宣(輔)導、推廣紙錢減量與集中燒、餐飲業油煙及畜牧業異味巡查輔導等，加強民生環境管理，並針對逸散性粒狀污染物如砂石場揚塵、料堆堆置揚塵、裸露地表風蝕、未舖面道路揚塵、重機械活動揚塵、卡車運輸等車行揚塵等加強管制，藉以提升宜蘭縣空氣品質並維護民眾健康。\n本計畫露天燃燒管制結合熱區分析與科技執法(CCTV監控與空拍機輔助)，掌握露天燃燒陳情案件熱區分佈分布與季節變化，藉由AI判煙、空拍稽巡查、登門拜訪宣導等遏止露天燃燒行為發生。今年度新增4支CCTV(AI判煙)、系統判煙辨識露燃共計312筆、完成675件巡查作業、120筆稻草露天燃燒地主輔導，試辦農廢現地破碎7趟次，破碎量達1.2公噸。就餐飲業油煙防制共完成108家餐飲業基本資料調查(含新設、過去未訪視)及111家次既有設備業者例行巡查與陳情案件輔導，辦理6場次餐飲業管理法規宣導會，並輔導73家業者增設空氣污染防制設備。統計宜蘭縣餐飲業基本資料庫，累積已調查1,903家餐飲業者，空污防制設備整體設置率達47.24%。另畜牧業巡查部分共完成146家次輔導，並透過每季滾動式分級管理，針對陳情案件較多業者加強巡查輔導並執行17點次臭異味官能測定。\n宗教寺廟輔導與調查作業，共計完成239家次調查並輔導13家寺廟減少紙錢使用量達10%以上。統計紙錢集中燒達791.965公噸(環保局焚化爐748.43公噸、環保金爐：43.535公噸)，空氣污染物削減量為粒狀物2,742.27公斤、氮氧化物519.91公斤、硫氧化物22.67公斤、一氧化碳24,091.08公斤。另推廣超商以功代金捐款達達28,500元、媒合13家單位推動以米代金。辦理清明、中元期間辦理2場系列宣導活動1場淨爐祈福活動。輔導15間寺廟通過低碳認證，並辦理1場低碳觀摩活動及1場頒獎活動。針對市面一般及環保紙錢排放減量效益分析。\n宜蘭縣目前ㄧ般裸露地共18處總面積為33.82公頃、總改善面積為27.48公頃，廢棄之砂石及預拌混凝土場裸露地2處總面積為6.5公頃、總改善面積為5.2公頃，使用中之砂石及預拌混凝土場裸露地43處總面積為74.4公頃、總改善面積為59.55公頃，河灘裸露地12處總面積為2787.73公頃、總改善面積為1590.74公頃。河川裸露地方面，則會加強與第一河川局聯繫，持續強化裸露地逸散性污染相關防制作為。固定污染源許可與空污費管制本計畫共進行56家次許可及空污費查核， 48家業者(約86%)整場符合在案許可內容，僅8家(約7%)不符在案許可內容，不符合之家數皆於現場告知業者應立即辦理許可異動變更作業或恢復原製程流程。已執行砂石場、土石方資源堆置場、礦場逸散污染源巡查總計90次。計畫執行期間統計砂石場及土石方資源堆置場逸散管辦缺失記點合計為1場次，平均符合度為99.8%；礦場巡查作業為12場次，平均符合度為97.92%。蘇澳港逸散污染源巡查作業共計24次。蘇澳港逸散管辦平均法規符合度96.6%。已完成4點次之船舶燃油稽查採樣作業。運送物料車輛污染進行攝影共計查核2,014車次之運輸車輛，未符合車次為11車次，符合率為99.45%。道路污染通報次數為60次，合計巡查長度約為809.557公里，道路認養部分，本年度已認養家數為22家，其總長度為14.21公里，根據各家業者提供洗掃認養紀錄。 \n112年度本計畫已製作2部宣導短片(寺廟、餐飲)、發佈7則新聞稿並完成辦理20場宣導場次(露燃12場次、餐飲6場次、廟宇2場次)宣導人數共計1,005位。\n本計畫112年累積削減量為TSP：57.794公噸、PM10：26.37公噸、PM2.5：9.539公噸、SOx：5.46公噸、NOx：12.7公噸、CO：24.866公噸、THC：0.681公噸、NMHC：0.651公噸。",
        "eng_title": "The 112-year Yilan County open-air burning and catering industry odor and fugitive pollution source reduction and improvement control plan",
        "eng_subject": "In order to effectively control air quality and protect public health and the environment, this project strengthens the environmental management through the ban on open burning, promotion of joss paper reduction and centralized burning, and inspecting odors in the catering and animal husbandry, etc. It also strongly controls fugitive pollutants such as dust from sand and gravel fields, dust from material piles, wind erosion on exposed surfaces, dust from unpaved roads, dust from heavy machinery activities, dust from truck transportation in purpose of improving the air quality and safeguarding public health in Yilan County.\nIn the year, this project has produced 2 promotional videos (temples, catering), issued 7 news, and completed 20 promotional events (12 sessions for open burning, 6 sessions for catering, 2 sessions for temple), with a total of 1,005 people. The cumulative pollutants reductions in the year are TSP: 57.794 tons, PM10: 26.37 tons, PM2.5: 9.539 tons, SOx: 5.46 tons, NOx: 12.7 tons, CO: 24.866 tons, THC: 0.681 tons, NMHC: 0.651  tons .",
        "proj_year": "112",
        "org_name": "宜蘭縣政府環境保護局",
        "exe_unit": "富翊環境工程技師事務所",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1121175999",
        "publish_date": "20241121"
    },
    {
        "chi_title": "112年度彰化縣揮發性有機物污染減量及潔淨燃料輔導計畫",
        "chi_subject": "本計畫執行期間承蒙環境部、環保局及多位專家學者給予指導、建議與監督考核，使各項作業執行內容與進度均能符合原規劃，並順利執行完畢。本計畫各項工作內容及詳細成果，均分述於本報告各章節中，另摘要說明如下：\n（一）環境部考評及年度達成績效\n1.完成環境部考評各項工作項目，包含固定污染源管理、排放清冊建置等項目。\n2.空氣污染防制計畫書－物料污染改善：推動12製程改用替代物料或降低揮發性有機物含量，並達成VOCs減量31.451公噸\/年。\n（二）管制特定行業污染源\n1.計畫執行期間通知特定行業對象進行定期申報及定期檢測作業，並協助完成183件申報內容審查。\n2.計畫執行期間共執行4根次煙道NMHC檢測（前測與後測視為1根次）以驗證防制設備效率，其中鴻逸公司等3家稽查檢測未合格環保局辦理裁處作業並要求業者完成改善、10根次排放管道排放標準稽查檢測其中元鴻公司稽查檢測未合格環保局辦理裁處作業並業者已完成改善、3,305點FID檢測及5次有害污染物監測作業。\n（三）、落實加油站查核管制\n1.計畫執行期間共完成5站次加油站設置油氣回收設施計畫書審查作業、2站次加油站油槍停用審查作業及12站次加油站申請延長檢測審查作業，並完成161站次加油站法規符合度現場查核。\n2.計畫執行期間共執行4站加油站稽查檢測（油氣回收功能氣漏檢測）、6站加油站加油槍汽油比檢測，上述稽查檢測內容皆符合法規規範。\n（四）、配合空污費徵收進行清查作業\n1.1.112年第1~3季空污費應申報公私場所共計1,437家，並應申繳空污費4,204萬4,823元，前十大公私場所繳納空污費約佔全縣金額37%，其中以普大公司申繳金額最高、其次則為泰元公司及三五橡膠公司，前三大申報應繳總金額分別各佔全縣空污費申報之8%、5%及4%。，另空污費申報系統網路申報率已達100%，而因許可審查、指定對象查核、徵收粒狀物空污費對象等作業新增122家空污費申報對象，另本縣符合公告須進行排放量申報者共計182家。\n2.計畫執行期間共執行264家次現場查核作業，其中包含150家次空污費申繳案件現場查核、汽車保養廠調查作業30家次、未列管表面塗裝相關調查作業12家次、23家次公私場所清查作業及49家次特定行業查核。\n（五）、空氣污染防制宣導及其他作業\n1.計畫執行期間已辦理1場次揮發性有機物管制宣導說明會、1場次空污費及排放量申報宣導說明會及1場次加油站法規宣導說明會。\n2.計畫執行期間已配合空氣品質惡化通報啟動77天次應變作業。\n3.計畫執行期間執行空氣污染突發事故緊急應變措施計畫審查作業並審查確認22家次業者應變演練作業。\n4.計畫執行期間追蹤鍋爐製程改善作業，並完成辛達公司、大成公司及皇益公司等5家。\n5.計畫執行期間透過空污費申報審查作業及空污費現場查核作業，輔導業者製程原料降低揮發性有機物含量或改用替代原物料等方式，其中印昇公司及百佳公司等12家已完成改善。\n6.辦理本縣緊急空氣污染事故應變查詢輔助系統資料庫更新作業，本計畫執行期間已完成該系統更新4次。",
        "eng_title": "2023 Project of VOC ＆ Air Pollution Fee Payment and Control in Changhua County",
        "eng_subject": "The Environmental Protection Administration, the Environmental Protection Bureau, and many experts and scholars provided guidance, advice, supervision, and evaluation during the implementation of this plan and consequently the content and progress thereof were all in line with the original plan; hence the implementation was successfully completed. The work content and detailed results of this plan were described separately in the chapters of this report, which is summarized as follows:\n(1)\tEnvironmental Protection Administration Performance Appraisal and Annual Performance\n1.\tCompleted various work items evaluated by the Environmental Protection Administration, including stationary pollution source management, establishment of emission inventories.\n2.\tAir Pollution Control Plan － Improvement of Pollutants from Raw Materials: Promoted the use of alternative materials or reduced the content of volatile organic compounds in the 12 processes and achieved a VOCs reduction by 31.451metric tons\/year.\n(2)\tControl of Pollution Sources in Specific Industries\n1.\tInformed specific industries to carry out regular report and regular testing and assisted in completing the content review of 183reports during the implementation of this plan.\n2.\tA total of 4 piece\/time flue NMHC testing (pre-test and post-test shall be deemed 1 piece\/time) were carried out during the implementation of this plan to verify the efficiency of control equipment, 10 piece\/time exhaust pipes emission standard audit testing and 3,305-point FID testing.\n(3)\tMaterialized Gas Station Inspection and Control\n1.\tDuring the implementation of this plan, a total of 5 gas station installations of gasoline vapor recovery facilities plans were reviewed, 2 gas station fuel truck nozzles deactivated reviews, and 12 gas station applications for extended inspection reviews, and 161 times of gas stations on-site inspection of regulatory compliance were completed.\n2.\tDuring the implementation of this plan, a total of 4 gas station audit tests (gas leak detection of gasoline vapor recovery function) and 6 gas station fuel truck nozzles gas-oil ratio tests were carried out.\n(4)\tCooperated with Collection of Air Pollution Fees for Check Operations\n1.\tIn the one to third quarter of 2023, a total of 1,473public and private premises should report air pollution fees, which totaled NT$42,044,823. The air pollution fees paid by the top ten public and private premises accounted for about 37% of this County’s total amount. Among them, Pota Company paid the highest amount, followed by E-TOP METAL CO., LTD., and Xizhou Incinerator. The total amount of the top three reported respectively accounted for 8%, 5% and 4% of the County’s air pollution fees reported.The online reporting rate of air pollution fees in the third quarter of 2023 has reached 100%, as a result 122 new air pollution fee reporting objects have been added because of permit review, verification of designated objects, and collection of particulate air pollution fees. A total of 182 companies have been announced that they are required to report their emissions.\n2.\t During the implementation of this plan, a total of 150on-site inspections of air pollution fee reporting cases were carried out, and the control status of 23 public and private premises confirmed to be updated which had not been inspected for a long time was carried out.\n(5)\tPublicity and Other Tasks\n1.\tDuring the implementation of this plan, one volatile organic compound control promotion briefing, one air pollution fee and emission report promotion briefing, and one gas station regulation promotion briefing were held.\n2.\tDuring the implementation of this plan, 77 contingency operations were initiated in conjunction with the Warning Information on Severe Deterioration of Air Quality.\n3.\tDuring the implementation of this plan, 22 times of the review of contingency measures for air pollution emergencies were carried out.\n4.\tDuring the implementation of this plan, we tracked the boiler manufacturing process improvement operations, and completed 5 companies including Long John Tsung Right Industrial Co., Ltd., Yung Hung Dyeing ＆ Finishing Industrial Co., Ltd. and Goodlot Enterprise Co., Ltd.\n5.\tDuring the implementation of this plan, the industries were counseled to reduce the content of volatile organic compounds in the manufacturing process raw materials or to use alternative raw materials through the air pollution fee report and the air pollution fee on-site inspection. Among them, 12 companies including Jinshan Company and Hsinhungchang Company, of which the manufacturing process has switched to the materials with low volatile organic content.\n6.\tConducted the database update of this County’s auxiliary system for emergency air pollution accident response query. Such system was updated 4 times during the implementation of this plan.",
        "proj_year": "112",
        "org_name": "彰化縣環境保護局",
        "exe_unit": "台灣曼寧工程顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1121049728",
        "publish_date": "20241120"
    },
    {
        "chi_title": "二仁溪河道廢棄物清理試驗計畫",
        "chi_subject": "二仁溪下游早期稱為二層行溪或二贊行溪，在民國70年代成為廢五金回收處理提煉工廠的聚集地。廢五金處理最初以臺南市灣裡地區為中心，其後逐漸擴大至原臺南縣仁德鄉及原高雄縣茄萣鄉、湖內鄉等處。所採之處理方法，多屬露天燃燒與土法酸洗方式，此方式雖可自廢五金中取得貴重金屬等，但露天焚燒方式產生空氣污染，所使用的化學藥劑廢水未經處理即直接排入二仁溪中，在河岸邊也棄置不少廢五金回收與提煉後所產生的廢棄物，衍生嚴重的環境污染問題。\n水利署第六河川分署於109年委辦「二仁溪河口至二層行橋段廢棄物評估調查及檢測委託技術服務計畫」辦理二仁溪中、下游污染調查工作，並據以提報「二仁溪河道廢棄物清理實施計畫第二期(草案)」，清除範圍包括：(A)二仁溪右岸二仁溪橋下南山段1012-35及36地號；(B)二仁溪右岸南萣橋上游450公尺；(C)二仁溪左岸6號水門至7號水門(二行娘娘廟對岸)；及(D)二仁溪左岸南萣橋下游170 m等4處棄置廢棄物場址。\n爰此，辦理「二仁溪河道廢棄物場址之環境調查及清理方案評估專案計畫」以調查評估廢棄物移除之必要性及廢棄物去化管道，並參考建議事項，以二仁溪右岸(臺南市端)南萣橋上游450公尺河道場址為標的委辦本計畫進行廢棄物清理試驗，以評估最佳及最經濟之去化技術，作為後續廢棄物清理之參考。",
        "eng_title": "Errenxi River Waste Cleanup Pilot Plan",
        "eng_subject": "The lower reaches of Erren River were called Erdeng Xingxi or Erzan Xingxi in the early days. In the 1970s, it became a gathering place for scrap hardware recycling and refining factories. Scrap hardware processing was initially centered in the Wanli area of Tainan City, and later gradually expanded to the former Rende Township of Tainan County and the former Qieyu Township and Hunei Township of Kaohsiung County. The treatment methods adopted are mostly open-air burning and indigenous pickling. Although this method can obtain precious metals from scrap hardware, open-air burning produces air pollution, and the chemical wastewater used is discharged directly without treatment. Entering the Erren River, a lot of waste generated by the recycling and refining of scrap hardware is also discarded on the river bank, causing serious environmental pollution problems.\nThe Sixth River Branch of the Water Resources Department commissioned the Waste Assessment Survey and Testing Entrusted Technical Service Plan from the Erren River Estuary to the Second-Level Bridge Section in 109 to handle the pollution investigation in the middle and lower reaches of Erren River and report accordingly. Erren River Waste Cleanup Implementation Plan Phase II (Draft), the cleanup scope includes: (A) 1012-35 and 36 of the Nanshan section under the Erren River Bridge on the right bank of Erren River; (B) Erren 450 meters upstream of Nanping Bridge on the right bank of the stream; (C) No. 6 Water Gate to No. 7 Water Gate on the left bank of Erren River (opposite the Erhang Niangniang Temple); and (D) 170 m downstream of Nanping Bridge on the left bank of Erren River, including 4 abandoned sites Waste site.\nTherefore, the Environmental Investigation and Cleanup Plan Assessment Project Plan for the Errenxi River Waste Site was carried out to investigate and evaluate the necessity of waste removal and waste treatment pipelines, and refer to the recommended matters to Errenxi This project was commissioned to conduct a waste cleanup test on the 450-meter river channel site upstream of the Nanchu Bridge on the right bank (at the end of Tainan City) to evaluate the best and most economical removal technology as a reference for subsequent waste cleanup.",
        "proj_year": "112",
        "org_name": "臺南市政府環境保護局",
        "exe_unit": "捷博科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1120957837",
        "publish_date": "20241129"
    },
    {
        "chi_title": "112年度新竹市機車污染管制及綠色運具宣導計畫",
        "chi_subject": "「112年度新竹市機車污染管制及綠色運具宣導計畫」最主要目的為推廣機車排氣定期檢驗、老舊機車汰舊及使用綠色運具，透過車牌辨識作業、各式檢驗通知、相關宣導作業、汰舊換新補助、落實未定檢機車相關裁處及加強檢驗站管理等方式，針對設籍本市未定檢機車進行加強管制，以落實機車排氣定期檢驗制度及老舊機車汰舊換購綠色運具政策，同時推廣車輛定期保養觀念，以降低車輛排氣所造成之污染，改善轄內空氣品質，達到守護新竹市好空氣，實現新竹市成為環保、健康之低碳樂活城市。\n本年度已依合約規定完成整體進度100%以上。本年度持續應用車牌辨識系統進行稽查，扣除重複拍照數後之車牌辨識數(總樣本數)為371,720輛，包含電動機車為20,632輛次、新車(指出廠未滿5年之機車）121,352輛次及應到檢車輛229,736輛次。再由應定檢車輛229,736輛次中，篩選未定檢機車數為28,919輛次，稽查未定檢率為12.6% (未定檢數\/應定檢數*100%)。\n另因應全面開放檢驗站設置申請，為維持檢驗站檢驗品質，將既設檢驗站及新設置檢驗站分別管理，於既設檢驗站除了完成350站次檢驗站品質查核、91站次分析儀單點氣體查核及1站次分析儀單點氣體查核複查，同時舉辦檢驗站檢驗人員教育訓練2場次共8小時，以提升檢驗人員的素質與品質。\n本年度為加強稽查設籍本市未定檢機車、推動機車定檢簡訊通知及加速老舊機車汰舊，以提升稽查量能、提高設籍機車到檢率、改善紙本明信片無法通知到檢問題、減少紙本寄發成本及減少碳排放量等，故本年度移動污染源精進及創新作法分別為「提升設籍之機車到檢率」、「機車定檢簡訊登錄獎勵活動」及「運用固定式機動車輛噪音偵測系統提升稽查量能」。\n透過前述各項作為，依據112年10月環境部機車排氣定期檢驗資訊管理系統公布之到檢率，本市112年10月到檢率依車籍到檢率為83.7%，依本市檢驗站到檢率為109.7%，計算其平均到檢率達96.7%，暫居全國排名第1名，將持續針對使用中機車加強稽查管制及辦理汰舊換新加碼補助活動等作業，以持續提升到檢率、老舊機車淘汰數及綠色運具使用數。\n依據環境部公布之依據空氣污染排放量TEDS11.1線源排放量推估手冊，統計至112年10月污染物減量分別為，CO減量為72.35公噸\/年，NMHC減量為24.18公噸\/年，PM2.5減量為1.03公噸\/年，NOx減量為5.75公噸\/年。",
        "eng_title": "112th Hsinchu City Motorcycle Pollution Control and Green Vehicle Promotion Plan",
        "eng_subject": "The main purpose of the 112th Hsinchu City Motorcycle Pollution Control and Green Vehicle Promotion Plan is to promote regular inspections of motorcycle exhaust, retirement of old motorcycles and the use of green transportation. Through license plate recognition operations, various inspection notices, Relevant publicity operations, subsidies for replacing old ones with new ones, implementation of relevant sanctions for unscheduled locomotives, and strengthening inspection station management will strengthen the control of unscheduled locomotives registered in this city to implement the regular inspection system for locomotive exhaust and the elimination of old locomotives. The policy of exchanging old vehicles for green vehicles and promoting the concept of regular vehicle maintenance are used to reduce the pollution caused by vehicle exhaust, improve the air quality within the jurisdiction, protect the good air of Hsinchu City, and realize Hsinchu City to become an environmentally friendly, healthy, low-carbon and lively city. .\nThis year, more than 100% of the overall progress has been completed in accordance with the contract requirements. This year, the license plate recognition system was continuously used for audits. After deducting the number of repeated photos, the number of license plate recognitions (total sample number) was 371,720, including 20,632 electric motorcycles, 121,352 new vehicles (motorcycles less than 5 years old) and A total of 229,736 vehicles should be inspected. From the 229,736 vehicles that should be regularly inspected, the number of unscheduled inspections was 28,919, and the unscheduled inspection rate was 12.6% (number of unscheduled inspections\/number that should be regularly inspected*100%).\nIn addition, in response to the full opening of the application for the establishment of inspection stations, in order to maintain the inspection quality of the inspection stations, the existing inspection stations and the newly established inspection stations will be managed separately. In addition to completing 350 inspection station quality inspections and 91 station analyzer orders at the existing inspection stations, Point gas check and 1 station single-point gas check and recheck of the analyzer. At the same time, 2 sessions of education and training for inspection station inspectors totaling 8 hours were held to improve the quality and quality of inspection personnel.\nThis year, in order to strengthen the inspection of registered locomotives that have not been regularly inspected in this city, promote the SMS notification of regular locomotive inspections and accelerate the elimination of old locomotives, in order to increase the inspection capacity, increase the inspection rate of registered locomotives, and improve the problem that paper postcards cannot notify the inspection arrival, In order to reduce the cost of sending paper copies and reduce carbon emissions, etc., the advanced and innovative practices for mobile pollution sources this year are increasing the inspection rate of registered motorcycles, regular motorcycle inspection SMS login incentive activities and using stationary motor vehicles Noise detection system improves inspection capacity.\nThrough the above-mentioned actions, according to the inspection rate announced by the Ministry of Environment’s motorcycle exhaust periodic inspection information management system in October 2020, the city’s inspection rate in October 2012 was 83.7% based on vehicle registration. The inspection station attendance rate is 109.7%, and its average inspection rate is calculated as 96.7%, temporarily ranking first in the country. We will continue to strengthen inspection and control of locomotives in use and handle replacement and replacement of old and new ones with additional subsidies and other operations to continue Increase the inspection rate, the number of old locomotives being phased out and the number of green vehicles used.\nAccording to the TEDS11.1 Line Source Emission Estimation Manual for Air Pollution Emissions published by the Ministry of Environment, the pollutant reductions as of October 2020 are as follows: CO reduction is 72.35 metric tons\/year, and NMHC reduction is 24.18 metric tons\/year. , the PM2.5 reduction was 1.03 metric tons\/year, and the NOx reduction was 5.75 metric tons\/year.",
        "proj_year": "112",
        "org_name": "新竹市環境保護局",
        "exe_unit": "瑩諮科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1120954725",
        "publish_date": "20241118"
    },
    {
        "chi_title": "112年度南投縣推動環保許可整合計畫",
        "chi_subject": "協助辦理許可整合，成立環保局單一窗口，掌握10家業者需修正污染流向圖，已輔導業者完成修正並上傳環保署網站。另協助44家業者繪製污染流向圖並首次上傳環保署網站。",
        "eng_title": "Nantou County promotes environmental permit integration plan in 2012",
        "eng_subject": "Assisted in license integration, established a single window of the Environmental Protection Bureau, learned that 10 industries needed to revise their pollution flow maps, and assisted the operators to complete the revision and upload it to the Environmental Protection Agency website. It also assisted 44 operators in drawing pollution flow maps and uploading them to the Environmental Protection Agency website for the first time.",
        "proj_year": "112",
        "org_name": "南投縣政府環境保護局",
        "exe_unit": "台灣曼寧工程顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1120631474",
        "publish_date": "20241118"
    },
    {
        "chi_title": "輕推理論運用於淨零「生活轉型」面向之政策研析",
        "chi_subject": "２０５０年達成淨零排放已成為全球政策趨勢，我國也於民國１１２年１月將淨零轉型目標入法。淨零目標之實踐，不僅需透過能源生產、工業製程、供應鏈之技術提升、設備汰換，促進溫室氣體減排，同時也必須建立適當的政策環境來鼓勵並促進民眾改變認知與行動，採取較為低碳的生活模式。本研究旨在思考如何應用輕推策略鼓勵民眾改變既有的行為模式，輕推之提出基於行為經濟學理論，透過改變「選擇結構」，在不影響民眾選擇自由與福祉的情況下，以較低的成本或是較簡易的方式，引導民眾做出對自身與整體社會有利之決策。首先本研究透過理論文獻爬梳，了解輕推策略之定義，輕推執行之要件，主要運用之輕推策略，以及運用輕推可能遭遇之障礙與應對策略。其次，完成盤點國際組織與各國發展輕推策略之組織架構，以及與淨零綠生活相關之輕推實驗與執行個案，作為後續實務參考。同時，本研究也完成輕推應用於我國淨零綠生活行動戰略推動措施之可行性盤點。第三，本研究研析國際組織或智庫設計輕推策略流程，並參酌深度訪談、專家座談、社區訪查之結果，提出適用於我國情境之輕推設計流程指引。另一方面，本研究也以上述輕推設計流程為基礎，同樣參考深度訪談、專家座談、社區訪查以及設計思考工作坊之意見彙整，針對循環杯利用、資源回收行為以及公共運輸使用三大議題設計輕推實驗。透過理論文獻爬梳、制度與執行個案之回顧，以及相關設計方法之提出，作為後續設計符合台灣政治經濟社會條件脈絡之淨零綠生活輕推策略之參考，促進民眾參與淨零生活轉型，有利於２０５０淨零目標之實踐。",
        "eng_title": "The Study of Applications on Nudge theory toward Net-Zero Life Transition",
        "eng_subject": "Achieving the target of net-zero carbon emissions by 2050 has become a global policy trend. In January 2023, Taiwan formalized the goal of net-zero emissions by 2050 in the Climate Change Response Act. The realization of net-zero carbon emissions targets not only requires equipment upgrades and technical advances in energy production, industrial chains, and supply chain to reduce greenhouse gas emissions but also creates a conducive policy environment to prompt changes in public perception and behavior, fostering a more low-carbon lifestyle.\n\nThis study aims to explore how to apply 'nudge' strategies to encourage people to change their existing cognition bias and behavioral patterns. The idea of nudge, rooted in behavioral economics, is to alter the 'choice architecture' to guide individuals towards decisions that benefit themselves and the society, without impinging on their freedom of choice or welfare, and at a lower cost or in a simpler manner.\n\nFirst, this research reviews theoretical literature to understand the definition of nudge, the prerequisites for nudge implementation, the primary strategies employed, and the potential obstacles and countermeasures. Secondly, it sorts the data of the organizational structures of international organizations and countries that have developed nudging strategies related to a net-zero green life, as well as the cases of experiments and implementation as a reference for subsequent practice. Additionally, the study conducts a feasibility assessment of applying nudges to Taiwan net-zero green lifestyle transitions.\n\nThirdly, this research analyzes the design processes of nudging strategies from international organizations or think tanks worldwide and incorporates the results from in-depth interviews, experts focus group, and field surveys to propose a nudge design process guideline applicable to our country's context. Moreover, building on this design process, the study conducts experimental designs targeting three issues: the utilization of reusable cups, resource recycling behavior, and public transport. By reviewing theoretical literature, examining institutional and implemented cases, and proposing relevant design procedures, this study serves as a guideline for subsequent design processes aligned with the political, economic, and social conditions in Taiwan, promoting public engagement in net zero lifestyle transition, thereby contributing to the achievement of the 2050-net zero target.",
        "proj_year": "112",
        "org_name": "氣候署國際事務小組(停用)",
        "exe_unit": "國立臺灣大學",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1120490160",
        "publish_date": "20241113"
    },
    {
        "chi_title": "112年度宜蘭縣固定污染源許可及稽查管制暨連續自動監測設施功能查核維護計畫",
        "chi_subject": "112年1月1日至12月31日間，設置及操作許可證申請案139件申請案，另111年尚未完成准駁之申請案共計有44件。其中，完成審查核發證書者109件申請案、駁回申請38件申請案、尚於書面審查退補中20件申請案，經審查通過於核准試車階段15件申請案。本計畫許可審查管理部分，以一次性將文件、現場所有缺失一併納入補正意見中，減少申請案件反覆審查、補正的次數，進而降低案件平均審查期程及業者補正日數，平均審查時間為4日。經統計，本年度核發之109張操作許可證中，總計有42張須依規定進行試車檢測作業，從核發同意試車至完成試車檢測並檢附檢測報告至局，平均需花費89日，約佔申請案件總申請日數48 %。截至112年12月31日止，本團隊共執行現場查核固定污染源操作許可證83張，初次查核需輔導改善之許可張數為46張許可證，經過本團隊輔導後，尚處於改善中之許可張數僅2張，輔導改善率為96 %，本團隊將持續追蹤公私場所改善情形。\n本團隊針對轄內固定污染源排放量申報資料進行確認及排放管道排放量估算依據、計算過程等進行查核，112年度應申報家數為98家，扣除礦場及工業區外砂石場24家另由其他計畫執行外，配合環境部(原行政院環境保護署)系統整併，截至112年12月31日，本團隊配合環境部(原行政院環境保護署)系統整併，今年度排放量係與空污費共同執行現場查核73家，其中主要缺失多為工廠異動操作許可證後，許可證號、原(燃)物料、產品量申報項目類別與最新有效操作許可證登載不符及排放量原(燃)物料、產品申報量與空污費申報量不一致等缺失，相關補正說明申報系統自動寄發電子郵件通知業者於補正期限內須進行補正，目前補正狀況多為業者未依補正說明完成修正及未於法規規定60日內完成補正。\n依近年申報排放量內容，台泥蘇澳廠108年進行空氣污染防制設備改造工程，將原本四室EP改為一室EP外加脈動脈袋式集塵器之複合式防制設備後粒狀物排放係數有明顯下降，112年定檢時該廠脈動脈袋式集塵器濾袋破損，導致排放量較前三年略為增加，本團隊後續追蹤廠方已完成破損濾袋更換，信大水泥為改善NOx排放，於108年預熱機改造裝設多段式燃燒裝置，前半年因現場操作人員對新設備尚未熟識，易因燒成不佳造成粒狀污染物排放量略有增加，廠方說明已有規劃將老舊防制設備靜電集塵器汰換為袋式集塵器，近年幸福水泥粒狀污染物排放量逐漸增加，經了解其因靜電集塵器老舊造成粒狀物處理效能不佳，廠方已於111年底完成袋式集塵器結構、附屬設備設置及廢氣管線改管啟用，粒狀污染物大幅下降。另，潤泰宜蘭冬山廠硫氧化物排放量明顯高於其它三間水泥廠，推測主因為該廠預拌乾混水泥砂漿產能增加旋風式乾燥器燃料重油用量上升及該廠石灰石含硫份較其他三廠高出甚多，導致硫氧化物排放量較他廠明顯偏高，經本團隊查核輔導後，此情形於近兩年已有改善。\n統計近年縣內溫室氣體排放量及製程產能，並計算每單位產品溫室氣體排放量，台灣水泥蘇澳廠、信大水泥水泥及潤泰精密材料熟料溫室氣體單位排放強度111年度分別為0.769、0.812及0.883 tonCO2e\/ton，優於「永續經濟活動認定參考指引」中的0.90 tonCO2e\/ton，而及幸福水泥分別為0.923 tonCO2e\/ton仍有改善空間。臺灣化學纖維龍德廠單位發電量排放係數與台電電力排碳係數相比，近年台電平均約每年減量2.42 %，臺化平均每年約減量3.00 %。經濟部產業發展署公告之本土用基礎原物料碳足跡排放係數生石灰為1.25 tonCO2e\/ton，台灣塑膠冬山廠為1.109 tonCO2e\/ton；公告鋼胚排放係數為0.40 tonCO2e\/ton，羅東鋼鐵煉鋼廠為0.404 tonCO2e\/ton。\n截至112年度12月31日列管公私場所為艾利潔股份有限公司、新禾昌水產加工廠、圳埕工業有限公司、東南實業股份有限公司小蘇打廠、千旺海產有限公司礁溪廠宏倉鑄造廠、赫蒂法股份有限公司、西洋水產有限公司、快樂田生技股份有限公司及配合環境部(原行政院環境保護署)考評項目，汽車\/輕型貨車表面塗裝清查作業列管23家，總新增列管家數共32家，近年大部分產業受國內COVID-19疫情衝擊，產能較疫情前下修，總核算金額略為減少。\n本(112)年度轄內應定檢管道根次為188根次，實際以網路傳輸方式通知檢測申報定期檢測數為220根次，完成定期檢測為188根次。公私場所自行取消檢測作業共計27根次，主要原因為天候因素影響(19%)、製程設備故障(34%)及產能不足(25%)。現場監督檢取消共計5件，原因為檢測機構設備故障、公私埸所污染源產能不足及檢測作業執行非公告應定檢項目(16%)。本(112)年度申報定期檢測報告完成審查為共計172根次、經審查應補正共計51根次(30%)，退件共計1根次，為地健企業，檢測報告書因污染源設備未達操作許可證最大產量或燃(物)料使用量80%以上，其檢測結果應不具代表性故予退件。後續於112年8月14日重新檢測。\n截至112年12月31日止，共完成52根次RATA監督檢測、8根次CGA標準氣體監督測試、84根次不透光率測試查核、16根次NO2\/NO轉換器轉換效率測試、48根次標準氣體測試監督及16根祛水效率測試與8根含水率準確度測試，各項監督查核結果皆符合規定。此外，針對本縣CEMS連線之各公私場所，持續協助各公私場所至現場進行討論與協調，以及各項監測設施報告書新版撰寫格式及協助報告書預審，目前皆已正常監測中。\n此外，本團隊定期維護環保局於108至109年安裝於公私場所訊號平行擷取比對設備，依固定污染源空氣污染物連續自動監測設施管理辦法規定，每季以經TAF實驗室驗證合格之標準訊號產生器進行收集訊號驗證及校正，確保平行比對系統收集訊號可信度。\n統計112年度，本計畫進行「固定逸散性污染源管理辦法法規符合度查核」計有121家次，其中缺失記4點有15家次；記8點有6家次；記10點以上缺失有10家次，完成改善共31家次。固定污染源清查本團隊共完成101家。環境部於112年7月6日公告「固定污染源逸散性粒狀污染物空氣污染防制設施管理辦法修正案」，本團隊於正式公告後，以本團隊之LINE官方帳號通知逸散管辦列管對象，並請環保局發文邀請列管對象參加本團隊於8月7日舉辦之法規說明會，共有69家單位參加，總人數為93人。本次修正案對於公告附表一序號一至六之公私場所影響較大，縣內符合條件之本團隊列管對象共58家，於現場查核時，一併輔導逸散管辦修正案相關內容。\n針對縣內公害陳情案，112年度陳情異味與空污共1860件，其中工廠案件共有273件，工廠露天燃燒共18件，冒煙或排煙異常29件，揚塵20件，異味污染201件，車輛怠速運轉5件，陳情案件主要為異味污染、排煙異常及揚塵分別占73.63、10.62%及7.33%。以下為陳情件數超過5件公私場所，聖農生技股份有限公司31件，台灣水泥股份有限公司蘇澳廠7件，幸福水泥股份有限公司東澳廠8件，新元發實業股份有限公司6件，鑫龍瀝青股份有限公司6件，臺灣化學纖維股份有限公司龍德廠6件，惠眾食品工業股份有限公司6件。工廠陳情案件數與去年同期相比陳情件數略微減少，111年度工廠陳情案共293件，112年度共273件，而陳情案件5件以上之廠家減少，去年共有8家，今年度減少至7家，說明本團隊輔導改善具有顯著效果。\n本(112)年度本計畫共協助執行4根次排放管道重金屬稽查檢測、1根次監測設施RATA、5根次監測設施CGA稽查作業、5點次公私場所異味稽查檢測及5站加油站加油槍氣油比稽查檢測，稽查檢測結果皆得符合相關法規規範。另至112年9月30日，本縣轄內共有9家次公私場所違規處分案件與本計畫相關，各處分案件於稽查當時要求立即改善或於期限內改善完成，整體改善率為100 %。\n本年度許可審查人員管理部分，本計畫符合績效考核專長人員為100 %，得符合績效考核滿分要求，本計畫已協助整合人員調查結果回報環境部(原行政院環境保護署)委辦單位。空污費申繳績效考核部分，本計畫空污費審查人員符合績效考核要求專長人員為100 %，全縣空污費審查人員符合績效考核計分證照亦為100 %，得符合績效考核滿分要求。\n空污突發事故緊急應變管理工作內容為提報演練腳本1式及辦理1次事故通報與緊急應變演練，本年度應變演練係配合台9線蘇花改蘇澳至大清水段隧道事故暨整體防救災應變112年5月例行演練，並於5月18日配合完成演練。本計畫透過許可審查、空污費現場查核等工作，已輔導轄內3家公私場所提送揮發性有機物減量計畫及排放減量推估，預計每年可減少揮發性有機物排放量約7.24337公噸。本團隊另完成56家列管、非列管具表面塗裝作業公私場所原物料清查作業，並將清查結果擴充、更新於固定污染源管制系統內。\n隨著近年人工智慧崛起，本計畫配合露燃逸散計畫共同嘗試運用智慧辨識進行影像判讀，若可透過影像判讀污染情事發生，主動通報稽查，除可達到預警作用，更可節省人力監控的成本，避免污染情事擴大。本年度預計於利澤焚化爐排放管道上方(約離地120公尺)安裝一套異常排放AI智慧辨識系統，可實時監控範圍涵蓋龍德及利澤工業區。\n清查各廠111年度原物燃料使用量及產品結果統計，本縣四家水泥廠使用替代原物料總量約35萬噸(+8.1%)，台泥蘇澳廠約為17.4萬噸(49%)、信大水泥約為5萬噸(14%)、潤泰精材約為4.8萬噸(14%)及幸福水泥約為8萬噸(23%)，其中以燃煤飛灰為最大量(27%)，電弧爐煉鋼還原碴(22%)及氟化鈣污泥(9%)依序次之；替代燃料使用量約3萬噸(+38%)，以木屑(+79%)為最大量。使用XRF儀器分析成份組成為定性半定量之方式，該方法雖可快速獲得待測物中元素特性，惟其元素成分定量易有些許偏差，尤其針對相對微量物種(如本案中Pb、Cd、Hg等)須更精準、精確的數據，建議仍需以NIEA公告之方法為分析。\n本計畫另協助其他計畫執行「鼓勵固定污染源於空品不良期間降載或減排」、管考處考核項目「技師簽證查核」作業。",
        "eng_title": "Stationary Pollution Source Permitting and Inspection Control and Continuous Emission Monitoring  System Facility Function Check and Maintenance Plan, Yilan County, 2023",
        "eng_subject": "Between January 1 and December 31, 2023, there were 139 applications for installation and operation permits, and a total of 44 applications for approval that had not been completed in 2022 years. As of December 31, 2023, the team has carried out a total of 83 on-site inspections of stationary pollution source operation permits, and the number of permits requiring counseling and improvement in the initial inspection is 46 permits, and after the team's counseling, only 2 permits are still in the process of improvement, with a counseling improvement rate of 96%, and the team will continue to track the improvement of public and private places.\nThe team confirms the declaration data of stationary pollution sources within the jurisdiction and the estimation basis and calculation process of discharge chimney emissions, and checks the number of companies that should be declared in 2023, deducting 24 sand and gravel yards outside mines and industrial zones and other plans to implement them, and cooperates with the Ministry of Environment  to integrate the system, and this year's emissions are 73 companies that are jointly implemented with air pollution charges. Most of the main deficiencies are that after the factory change operation permit, the license number, raw (fuel) materials, and product quantity declaration project categories are inconsistent with the latest effective operation permit, and the emissions of raw (fuel) materials, product declaration amounts are inconsistent with the declared amount of air pollution charges, etc., and the relevant correction instructions are that the declaration system automatically sends an email to notify the industry that it must be corrected within the correction period, and the current correction status is mostly due to the fact that the industry has not completed the amendment according to the amendment instructions and has not completed the correction within 60 days stipulated by the regulations.\nIn this year (2023), 188 chimneys should be regularly inspected within the jurisdiction, 220 regular inspections were actually notified and declared by network transmission, and 188 regular inspections were completed. A total of 27 inspections were cancelled by public and private places, mainly due to weather factors (19%), process equipment failures (34%) and insufficient production capacity (25%). A total of 5 on-site supervision and inspections were cancelled due to equipment failures in testing institutions, insufficient production capacity of pollution sources in public and private places, and non-announced scheduled inspection items (16%) for testing operations. This (2023) annual declaration of regular test report to complete the review for a total of 172 times, after the review should be corrected a total of 51 times (30%), a total of 1 times of return, for the health enterprise, the test report because the pollution source equipment does not reach the maximum output of the operation license or more than 80% of the use of fuel (material), the test results should not be representative, so the return will be given. It was subsequently retested on August 14, 2023.\nAs of December 31, 2023, a total of 52 RATA surveillance tests, 8 CGA standard gas surveillance tests, 84 opacity tests, 16 NO2\/NO converter conversion efficiency tests, 48 standard gas test supervision, 16 water removal efficiency tests and 8 moisture content accuracy tests have been completed, and the results of all supervision and audits are in compliance with the regulations. In addition, for the public and private places connected to the county's CEMS, we continue to assist the public and private places to discuss and coordinate on the spot, as well as the new format of the report of various monitoring facilities and assist in the pre-examination of the report, which are currently being monitored normally.\nIn this year (2023), the plan assists in the implementation of 4 heavy metal inspections and inspections of discharge chimneys, 1 inspection of RATA monitoring facilities, CGA inspections of 5 monitoring facilities, 5 odor inspections in public and private places, and inspection and testing of gas and oil ratio of gas guns at 5 gas stations, and the inspection and testing results must comply with relevant laws and regulations. In addition, as of September 30, 2023, a total of 9 cases of illegal punishment of public and private places under the jurisdiction of the county were related to this plan, and each punishment case required immediate improvement at the time of inspection or was completed within the time limit, and the overall improvement rate was 100%.",
        "proj_year": "112",
        "org_name": "宜蘭縣政府環境保護局",
        "exe_unit": "澤豐工程科技有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1120460640",
        "publish_date": "20241121"
    },
    {
        "chi_title": "112年度彰化縣柴油車排煙檢測站操作維護計畫",
        "chi_subject": "彰化縣長久以來為工業及農業發展的城市，空氣污染主要來源為各產業型態之工廠及各式機動車輛所排放之廢氣，而隨著都市土地利用型態的改變及民眾環保意識提升，工廠總數逐年減少，但使用中之機動車輛總量卻逐年上升，使得機動車輛所排放之廢氣成為都市空氣污染最主要之來源，因此，如何降低機動車輛之廢氣排放，是本縣當前極重要之環保課題。\n目前本縣柴油車設籍數量約6萬4千輛，其中出廠10年以上柴油車約3萬6千輛，本計畫除針對老舊柴油車進行主動通知及宣導，對於使用中柴油車進行路邊稽查、目視判煙稽查及智慧科技稽查等方式加強柴油車黑煙排放管制。同時加強宣導自主管理及保檢合一服務等，以有效管控機車排放空氣污染物情形。\n彰化縣柴油車排放污染情形，為瞭解近3年彰化縣柴油車檢驗結果變化善情形，本計畫針對110年~112年柴油車檢驗結果進行不透光率平均濃度分析，其分析結果：站內檢驗不透光率平均濃度0.4m-1降至0.3m-1，站外檢驗不透光率平均濃度則由0.4m-1降至0.2m-1，顯示近幾年透過柴油車自主管理制度以及汰舊換新，確實降低本縣柴油車污染排放。",
        "eng_title": "2023 Changhua County Dynamometer Station Maintenance and Management Project.",
        "eng_subject": "For an extended period, Changhua County has been dedicated to industrial and agricultural development. The primary contributor to air pollution is emissions from diverse industrial factories and exhaust fumes from various types of motor vehicles. With shifts in urban land usage and a heightened public awareness of the environment, the number of factories has been decreasing annually. However, the total number of operational motor vehicles has been on the rise, establishing emissions from these vehicles as the primary source of urban air pollution. Consequently, mitigating vehicle emissions has become a critical environmental concern in the county.\nPresently, the county has approximately 64,000 registered diesel vehicles, with around 36,000 exceeding a decade in age. This initiative actively informs and educates owners of aged diesel vehicles, conducting roadside inspections, visual assessments for smoke, and utilizing smart technology inspections to enhance control over black smoke emissions from operational diesel vehicles. Moreover, the promotion of self-management and the integration of inspection and maintenance services are emphasized to efficiently regulate the emission of air pollutants from motorcycles.\nTo comprehend the pollution scenario from diesel vehicles in Changhua County over the past three years, this initiative analyzes the average opacity concentration of diesel vehicle inspection results from 2021 to 2023. The analysis reveals a decrease in the average opacity concentration within inspection stations from 0.4m-1 to 0.3m-1, and outside inspection stations, it has reduced from 0.4m-1 to 0.2m-1. This suggests a decline in diesel vehicle pollution emissions in the county through the implementation of self-management systems and the gradual phase-out of older vehicles.",
        "proj_year": "112",
        "org_name": "彰化縣環境保護局",
        "exe_unit": "春迪企業股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1120455599",
        "publish_date": "20241120"
    },
    {
        "chi_title": "112年度南投縣固定污染源空氣污染物排放調查管制計畫",
        "chi_subject": "本計畫執行期間重點管制措施及具體成效如下：\n一、許可異動案件委託技師審查廢氣收集效率、排放計算、防制設備操作參數合理性等項目，藉由技師的專業，提升許可文件審查品質。\n二、許可申請案件會簽水保科及廢管科，確認原物料、燃料、產品、廢水、廢棄物數量，確保環保局核發之各項環保文件或證書一致性。\n三、持續辦理空污費深度查核，本年度已完成7家次空污費深度查核，可追繳空污費金額為1,164.5萬。\n四、執行轄內固定污染源許可及法規符合度查核有201個缺失，均已要求業者進行改善，另彙整常見查核缺失辦理一場次說明會，提升業者環保法規觀念，依據許可核定項目落實操作。\n五、協助辦理許可整合，成立環保局單一窗口，掌握10家業者需修正污染流向圖，已輔導業者完成修正並上傳環保署網站。另協助44家業者繪製污染流向圖並首次上傳環保署網站。\n六、配合表面塗裝清查推動污染減量，其中環鴻南崗廠及傳順公司提升廢氣收集效率或新設防制設備，VOC可減少78.431噸排放量。另與茂順公司二廠等4家公司完成減量協談，業者承諾將配合進行裝設防制設備或改用低污染性原料，以減少量VOC排放量。\n七、配合法規新定或修正輔導事業單位配合申請或改善，包括定期檢測管理辦法、膠帶業管理辦法及PU合成皮管理辦法等法規進行宣導及輔導改善，確保事業單位後續運作均能符合法規標準。",
        "eng_title": "112th Annual Nantou County Stationary Pollution Source Air Pollutant Emission Survey and Control Plan",
        "eng_subject": "The key control measures and specific results during the implementation of this plan are as follows:\n1. In cases of license changes, technicians are entrusted to review items such as exhaust gas collection efficiency, emission calculations, and the rationality of control equipment operating parameters. The technicians' expertise can be used to improve the quality of license document review.\n2. The permit application case will be countersigned by the Water Conservation Division and the Waste Management Division to confirm the quantity of raw materials, fuels, products, wastewater, and waste, and ensure the consistency of various environmental protection documents or certificates issued by the Environmental Protection Bureau.\n3. Continue to conduct in-depth air pollution fee inspections. This year, 7 in-depth air pollution fee inspections have been completed, and the amount of air pollution fees that can be recovered is 11.645 million.\n4. There are 201 deficiencies in the implementation of fixed pollution source licenses and regulatory compliance assessments within the jurisdiction, and the operators have been required to improve them. In addition, common assessment deficiencies have been compiled and a series of briefing sessions have been held to enhance the industry's awareness of environmental protection laws and regulations, and implement operations based on permit approval projects.\n5. Assist in license integration, establish a single window of the Environmental Protection Bureau, understand that 10 industries need to revise their pollution flow maps, and have guided the operators to complete the revision and upload it to the Environmental Protection Agency website. We also assisted 44 operators in drawing pollution flow maps and uploading them to the Environmental Protection Agency website for the first time.\n6. Cooperate with surface coating inspections to promote pollution reduction. Among them, Huanhong Nangang Factory and Chuanshun Company improved their exhaust gas collection efficiency or installed new prevention equipment, which can reduce VOC emissions by 78.431 tons. In addition, we have completed emission reduction negotiations with four companies, including the second factory of Maoshun Company, and the companies have promised to cooperate in installing prevention equipment or switching to low-pollution raw materials to reduce VOC emissions.\n7. Cooperate with new regulations or amendments and provide guidance to public institutions to apply for or improve regulations, including regular testing management methods, tape industry management methods, PU synthetic leather management methods, etc. to publicize and provide guidance and improvement to ensure that subsequent operations of public institutions can comply with regulations. standard.",
        "proj_year": "112",
        "org_name": "南投縣政府環境保護局",
        "exe_unit": "台灣曼寧工程顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1120411320",
        "publish_date": "20241118"
    },
    {
        "chi_title": "擴大溫室氣體自願減量專案執行成效及推廣作業",
        "chi_subject": "本計畫包含三大工作項，以下分別就各工作項之執行成果，進行簡要綜整說明。\n第一工作項目：提升我國溫室氣體自願減量專案減量成效\n本年工作成果包含以下項目：\n1.整理國際主要機制(如CDM、Art 6.4)及各大獨立機制(VCS等)，以及日本、中國、加拿大、澳洲、加州之自願減量制度、註冊及核發額度現況；對「輔助資源提供」、「機制方法簡化作法」、「減量方法申請之管控機制」提出綜整其他機制作法後之未來精進建議。\n2.建立「AR-TMS0001」專案計畫書範本、「AMS-II.C.」或「AMS-III.H.」之監測計畫書範本。\n3.整理國際對CCS方法之分類，並蒐集已核定或發展CCS方法之機制如澳洲、加拿大、ACR及VCS機制，分析其方法資訊、適用條件及其註冊與核發現況，建立我國「碳捕捉封存(CCS)方法」本土化減量方法草案。\n4.分析微型專案之減量成本，「效能提升」類型案件在考量節電及售電所帶來的現金流進行調整後，多數案件之每噸額度成本將呈現「負值」，顯示這些專案在執行之後，可以帶來淨收益，已具備私部門參與之投資誘因。\n第二工作項目：辦理溫室氣體自願減量專案推廣及輔導作業\n本年工作成果包含以下事項：\n1.完成辦理之4場次說明會議共計878人次與會，分別為北區101人次、中區265人次、南區135人次、以及全區（實體及線上）377人次。\n2.依據各管道蒐集常見問題，並將問題分為五大類，分別為「一般問題」、「申請資格」、「查驗\/輔導機構」、「減量方法」、以及「交易及使用」等問題類別，並詳細回答各項問題，完成自願減量專案問答集。\n第三工作項目：辦理溫室氣體自願減量專案審查作業\n本年工作成果包含以下項目：\n1.已協助審查計68件次（抵換專案註冊申請2件、抵換專案額度申請27件、抵換專案變更申請3件、抵換專案轉為自願減量專案申請1件、自願減量專案註冊申請27件、自願減量專案減量方法申請8件）。\n2.已協助37場次會議，包括小組審查計30場次、2場次小組現場勘察會議、5場次審議會，與會人員合計856人。",
        "eng_title": "Expand the implementation effectiveness and promotion of greenhouse gas voluntary reduction projects",
        "eng_subject": "This project contains a total of 3 work tasks, and the outcome of each task is summarized as follows.\nWork task 1: Enhancing the effectiveness of our national voluntary greenhouse gas reduction projects.\n1.\tOrganize major international mechanisms (such as CDM, Art 6.4) and various independent mechanisms (VCS, etc.), as well as the current status of voluntary reduction systems, registration, and issuance of credits in Japan, China, Canada, Australia, and California. Provide future improvement suggestions by integrating other mechanisms' practices regarding auxiliary resource provision, mechanism simplification methods, and control mechanisms for reduction method applications.\n2.\tEstablish a project plan template for AR-TMS0001 and monitoring plan templates for AMS-II.C. or AMS-III.H.\n3.\tCompile international classifications of CCS methods, and collect information on mechanisms that have approved or developed CCS methods such as those in Australia, Canada, ACR, and VCS. Analyze their methodological information, applicable conditions, and the current status of registration and issuance, and establish a draft for localized Carbon Capture and Storage (CCS) methods in our country.\n4.\tAnalyze the reduction costs of micro-projects. For efficiency improvement type projects, after adjusting for cash flows brought by electricity savings and sales, the cost per ton of credits for most projects will show a negative value, indicating that these projects can bring net benefits after implementation and possess investment incentives for private sector participation.\nWork task 2: Conduct promotion and guidance operations for voluntary greenhouse gas reduction projects.\n1.\tConducted four explanatory sessions with a total attendance of 878 participants, comprising 101 participants in the Northern region, 265 in the Central region, 135 in the Southern region, and 377 participants across all regions (both in-person and online).\n2.\tCollected frequently asked questions from various channels and categorized them into five main categories: General Questions, Eligibility, Verification\/Guidance Institutions, Reduction Methodologies, and Trading and Usage. Detailed answers to each question were provided, and a comprehensive Q＆A for voluntary reduction projects was completed.\nWork task 3: Voluntary Greenhouse Gas Reduction Projects Review Operations\n1.\tAssisted in reviewing a total of 68 cases (2 applications for offset project registration, 27 applications for offset project quotas, 3 applications for offset project modifications, 1 application for converting an offset project to a voluntary reduction project, 27 applications for voluntary reduction project registration, and 8 applications for voluntary reduction project methods).\n2.\tFacilitated 37 meetings, including 30 group review meetings, 2 on-site inspection meetings, and 5 deliberation meetings, with a total of 856 participants.",
        "proj_year": "112",
        "org_name": "氣候署減量交易組",
        "exe_unit": "財團法人中華經濟研究院",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1120318641",
        "publish_date": "20241115"
    },
    {
        "chi_title": "化學物質永續管理策略規劃及綠色轉型示範推動計畫",
        "chi_subject": "呼應聯合國全球化學物質展望與框架（第二版）、歐盟邁向2030年無毒環境之永續化學策略，及先進國家於化學物質管理所揭示之上位政策及法令規範，研擬「化學物質永續管理法（草案）」，條文共分為9章（計47條），包含登錄及申報、風險鑑別、生產管理專章與銷售管理、預防應變管理、教育推廣等專章。除法令規範外，研擬化學物質永續管理與綠色轉型推動策略及路徑，涵蓋五大策略（鞏固法令框架與規範、風險管理與溝通、緊急應變與事故預防、無毒轉型及數位科技運用），共15項關鍵議題，並規劃短期持續推動及長期創新發展工作。\n為協助國內化學相關產業評估綠色及永續轉型成果，建立化學物質運作管理健診表，挑選10家國內運作化學物質廠家進行健診作業，包含化學原材料製造、電腦周邊等，並研提綠色化學系統和執行指引。此外，比對美國毒性物質疾病登記署公布之優先物質清單，探討我國優先替代物質，研提我國列管毒性化學物質替代行動計畫，加速化學產業轉型至無毒生產行為。未來，可搭配綠色化學應用及推廣評估指標，從健康、環境、市場、經濟面，評估我國化學相關產業轉型現況及可持續精進方向。\n順應國際永續發展與公開透明的綠色投資的潮流，化學產業在永續資訊的揭露也備受關注，然獲臺灣永續評鑑評比前25%的化學相關產業的資訊中，在有毒物質管理、化學品安全、化學品標示、研發替代與新科技內容仍較缺乏，故彙整國內外相關產業揭露資訊提供未來撰寫參考。\n行政工作包含4場次專家諮商會議（化學物質永續管理法、推動策略及路徑）、6場次認知推廣說明會議（國內外化學物質永續管理趨勢、綠色金融轉型機制、綠色替代案例）。此外，受邀於臺灣化學產業協會第82號刊發表「政府與產業攜手由綠色化學邁向永續轉型」。",
        "eng_title": "Chemical sustainable management strategy plan and transition demonstration project",
        "eng_subject": "Responding to UN Global chemical outlook II, EU Chemicals Strategy for Sustainability and international related regulations and roadmaps, the project has established Sustainable chemistry management regulation (draft)、Green and sustainable chemistry transition strategy roadmap (draft). The regulation is constructed by 9 chapters and 47 articles, including register, declaration, risk identification, manufacture, marketing, emerging response, education cheaters. The roadmap is composed with 5 strategies, such as consolidation of regulations, risk management and communication, emergency response, non-toxic transition and application of digital technologies, of which are divided into 15 tasks with short- and long-term planning.\nTo conduct industrial green and sustainable chemical transition status evaluation, a framework of chemical management check is built and been implemented with 10 corporations, which contains chemical, computer peripheral manufacturing etc. The check and evaluation experiences are summarized into green and sustainable chemical implementation guidance. Meanwhile, the domestic priority replacement toxic chemicals and Replacement plan are constructed, of which to accelerate the chemical industry transition to non-toxic manufacturing. Moreover, the comprehensive domestic transition status and related policy making can be evaluated by green chemical implementation and promotion indicators, which is composed with health, environment, marketing and economic aspects. \nThe attention on chemical industry sustainable information disclosure is promoted recently just as global green investment trend. However, in the top 25% corporations assessed by Taiwan Sustainable Evaluation, the information about toxic chemicals management, safety, labeling and replacement research are still incomplete. Therefore, the global and domestic chemical industry case studies are summarized for disclosure as references. \nIn the project, 4 experts consulting meeting (Sustainable chemistry management regulation (draft)、Green and sustainable chemistry transition strategy roadmap (draft)), 6 sustainable chemical promotion seminar are hold (sustainable chemistry management trend, green finance, replacement case studies, etc.). Besides, the industrial check experiences are summarized as “Cooperation between government and industry toward sustainable chemistry transition”, which is published in Taiwan Chemical Industry Association Journal No.82.",
        "proj_year": "112",
        "org_name": "化學署評估管理組",
        "exe_unit": "環科工程顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1120262563",
        "publish_date": "20241130"
    },
    {
        "chi_title": "112年度宜蘭縣室內空氣品質輔導管制計畫",
        "chi_subject": "本年度工作內容主要分為6大項目，包括建立及更新室內空氣品質公共場所「基線資料」、「巡查檢驗工作」、「公共場所室內空品檢測作業」、「專案輔導工作」、「滾動式修正室內空品管理目標」及「其他相關配合事項」等。本計畫執行期程為112年1月1日至112年12月31日止，截至期末報告階段(112年10月31日)執行成果摘要如下：\n一、建立及更新至少100個場所資料\n本計畫完成101家場所維護管理計畫書建置及更新作業，含公告列管場所25家，分別為第一批公告列管場所共計8家及第二批列管場所共計17家；非列管場所76家，於巡檢時同步建置或更新場所之維護管理計畫書，以及彙整場所之基本資料包括場所名稱、場所類別、場所地址、聯絡人、聯絡電話、室內管理樓地板面積等資料，以利建立場所資料庫。\n二、公共場所巡查檢驗工作\n本計畫已完成巡檢儀器年度校正及120場次公共場所巡檢調查工作，其中公告場所38家次，非公告場所82家次；公告列管場所有2處場所TVOC即時最大值異常，其餘場所各項污染物皆符合法規標準。另1處運動健身場所HCHO平均濃度異常之場所，本計畫再次以FP-31進行複測，檢測結果顯示室內甲醛濃度<0.01 ppm，故排除該場所甲醛異常之疑慮。\n非列管場所巡檢結果，CO2及TVOC即時最大值各有1處幼兒園檢測異常；有1處托嬰中心CO2及TVOC平均濃度異常；有1處產後護理之家之TVOC平均濃度異常；1處民宅TVOC平均濃度測得異常。前述檢測異常之場所均已提供改善建議並輔導場所改善。\n三、公共場所室內空品檢測作業\n本計畫已完成12場次室內空氣品質標準方法檢測作業，其中包括3場次幼兒園、3場次產後護理之家、1場次公共托嬰中心、1場次親子館、1場次服務區、及3場次運動健身場所稽查，本計畫針對未符合或未能取得優良級標章之場所輔導其改善，並於改善後再次針對室內空氣品質檢測異常項目再次複測，8處取得優良級標章，1處托嬰中心為良好級標章，且已完成輔導場所申請標章作業，並全數取得室內空氣品質自主管理標章。\n四、室內空氣專案輔導工作\n本計畫分析10個場所取得優良級標章之可能性及改善方案，其中包括3處幼兒園、3處產後護理之家、1處服務區、1處親子館及2處公共托嬰中心。經初判分析結果，10處場所均符合優良級標章標準值，計有9處場所具有標章申請意願及1處托嬰中心表示今年尚未準備申請，未來本計畫將持續追蹤該場所標章取得情形。\n另本計畫完成2處場所CO2雲端長期監測作業並進行人流分析，包括1處托嬰中心及1處親子館。由CO2濃度與人流情況之關聯分析結果顯示，1處托嬰中心室內CO2濃度變化與人流變化趨勢相近，另一處壯圍親子館之CO2濃度變化與人流變化相關性不佳。惟因不同季節通風條件差異可能導致估算結果差異，未來可再多蒐集相關資訊，如包含四季之監測數據、室內通風情形、全年逐日及逐時之人流量等，以建立更具代表性之成果。\n五、滾動式修正室內空品管理目標\n本計畫配合環保署政策及考量本縣在地特色場所，研擬本縣室內空品管理目標：\n(一)逐年輔導特定場所類型(由公立至私立、規模由大至小)取得自主管理標章，先行普及良好級標章，促進民眾重視室內空氣品質。\n(二)累積各類別場所之實場改善案例，建立各類別場所之改善範例，以提供不同類別場所改善參考，以提升場所室內空品。\n(三)加強輔導縣內在地特色場所普遍取得自主管理標章。\n(四)推廣室內空氣品質連續監測，維護本縣場所室內空氣品質。\n(五)擴大縣內敏感族群場所標章等級提升，並維持縣內場所標章續證率，以提升及維護縣內場所室內空氣品質\n(六)成立局內室內環境品質推動小組，整合低碳永續、節約能源、室內空氣品質管理等成果，兼具健康、節能、低碳，以提高空品推動效益。\n六、其他配合項目\n宜蘭縣推動室內空氣品質網站之更新，主要配合環境部自主管理標章推動，採不定期方式更新維護法規資訊及縣內室內空品推動情形，截至期末報告階段已更新標章要點、申請之規格標準及相關文件內容為主，並更新完成本縣公告場所標章取證現況。\n環保署考評事項，本計畫已協助完成1~10月份逐月上傳列管公告場所查核追蹤情形，已且輔導公告場所3處取得優良級標章，非公告場所12處取得良好級以上標章(1處良好級及11處優良級)，符合環保署考評目標。\n本計畫已協助審查公告場所申報資料共12件次(10處場所)及審查申請室內空氣品質自主管理標章23件次(19處場所)。\n本計畫依據宜蘭縣政府環境保護局(以下簡稱環保局)訂定之目標及工作內容，執行「112年度宜蘭縣室內空氣品質輔導管制計畫」，相關作業均詳實推動及執行，截至期末報告階段本計畫執行量體及成果列表如表1所示。",
        "eng_title": "112 Yilan County Indoor Air Quality Guidance and Control",
        "eng_subject": "The work of this year is divided into six major aspects, including the establishment and updates of baseline data on indoor air quality in public places, inspections and examinations, testing of indoor air quality in public places, specialized assistance, rolling adjustments to indoor air quality management objectives, and other related cooperative measures, etc.",
        "proj_year": "112",
        "org_name": "宜蘭縣政府環境保護局",
        "exe_unit": "恆康工程顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1120232251",
        "publish_date": "20241121"
    },
    {
        "chi_title": "112年度新竹市科技感測器稽查整合計畫",
        "chi_subject": "年度各項量化目標均已依合約規定整體進度達100%以上。在空氣品質維護區推動及稽查管制部分，本年度規劃結合新竹縣共同劃設新竹科學園區為空氣品質維護區，已於112年4月10日辦理1場次協商會議及112年9月5日辦理1場次研商會議。\n主要分兩階段進行管制，第一階段(113年1月1日起)針對出廠滿3年以上且自稽查日起1年內未經任一縣市環境保護局排煙檢驗合格之柴油大客貨車，及第二階段 (115年1月1日起) 納入出廠滿5年以上未完成年度定期檢驗合格之燃油機車，全時段禁止進入該維護區範圍內。另已於112年9月27日提送「新竹市新竹科學園區空氣品質維護區及實施移動污染源管制措施評估計畫書」至環境部審核，預定自113年1月1日起生效。\n針對新竹科學園區執行移動式車牌辨識稽查作業，本年度共拍攝19,134輛次，車號取唯一共計9,675輛，自稽查日前1年內完成檢驗合格為6,973輛，到檢率為72.1%，針對1年內未完成檢驗車輛分批主動寄發到檢通知，因考量本市柴油車排煙檢測站1月至9月仍在修繕中，檢驗量能不足，故優先針對設籍新竹市車輛寄發共計2,500輛，統計到10月底，回檢率約為41.7%，故整體到檢率提升至82.8%。\n已劃設之新竹轉運站及虎林學區空氣品質維護區執行成果部分，整體到檢率提升14.6%，使用四期以上車輛較去年同期增加2.1%，新竹轉運站鄰近微型感測器PM2.5濃度改善4.8%，虎林學區透過空品監測車監測劃設前後空氣品質情況，在移動污染源PM2.5濃度排放情形部分，平均濃度較111年低約11.7%，顯示透過公告劃設為空維區後，管制進出該區域柴油車輛有所成效。\n在使用中機動車輛噪音稽查管制部分，於停車場(站)、路旁、港區或其他適當地點執行原地噪音檢驗(檢查)或配合警政單位聯合稽查勤務作業共完成82場次，針對陳情熱點執行移動式科技執法共完成稽查109場次。\n本市目前有3處固定式及2套移動式聲音照相科技設備併行執法，整體陳情機動車輛噪音案件較去年同期下降13.6%。另協助規劃架設2套固定式及4套固定移動式機動車輛噪音偵測系統之地點，已於112年2月22日提送設置地點評估書至環保局備查，北區選定西濱路1段、中華路3段及金竹路，東區選定鐵道路1段及南大路，香山區選定元培街等共計6處。\n本年度協助辦理2件民眾陳情交通噪音監測案件，監測地點分別為新竹市中華路1段384巷2弄2號11樓及新竹市武陵路271巷50號，監測日期分別為112年3月6日~7日及112年4月10日~11日，監測結果均符合環境音量標準第三類之標準。\n綜整以上各項管制作為，本年度針對環境部112年度績效考核部分，自評分數已取得滿分7分(含加分項目)。\n因應環保局於112年8月31日擴充契約，納入「強化全國環境檢測智慧轉型計畫-建構全國噪音檢測網」，於同年11月6日針對高噪音陳情熱點，優先選定西濱路1段與港北六街對面環保局立桿，完成架設1處固定式機動車輛噪音偵測系統，及由環保局提供2輛車輛也於同天完成改裝成車載式機動車輛噪音偵測系統。另分別於11月14日及12月29日完成架設6面固定式告示牌、3面執行公務中告示牌及購置1台手持式風杯式風速計。",
        "eng_title": "112th Hsinchu City Technology Sensor Audit Integration Plan",
        "eng_subject": "The overall progress of various quantitative targets for the year has reached more than 100% in accordance with the contract requirements. In terms of the promotion and inspection control of air quality protection zones, this year’s plan, in conjunction with Hsinchu County, jointly designated the Hsinchu Science Park as an air quality protection zone. One consultation meeting was held on April 10, 2020, and one consultation meeting was held on September 5, 2020. Discussion meetings.\nRegarding the mobile license plate inspection operation carried out in the Hsinchu Science Park, a total of 19,134 vehicles were randomly inspected this year, and a total of 9,675 vehicle numbers were taken. As of the end of January, the self-inspection inspection pass rate was 6,973 vehicles, and the inspection rate was 72.1%. For vehicles that have not been inspected within one year, Vehicles that have completed inspections will be proactively sent out inspection notifications in batches. Considering that the city’s diesel vehicle smoke emission testing station has not yet been repaired and dismantled from January to September, and the inspection capacity is insufficient, priority is given to sending a total of 2,500 vehicles registered in Hsinchu City. According to statistics, by the end of October, the return inspection rate was about 41.7%, so the overall inspection rate increased to 82.8%.\nAs part of the implementation results of the designated Hsinchu Transfer Station and the Hulin School District Air Quality Maintenance Zone, the overall inspection rate increased by 14.6%, and the use of vehicles with Phase IV or above increased by 2.1% compared with the same period last year. The PM2.5 micro-sensors near the Hsinchu Transfer Station The concentration improved by 4.8%. Hulin School District used air quality monitoring vehicles to monitor the air quality before and after the planning. In the PM2.5 concentration emission situation of mobile pollution sources, the average concentration was about 11.7% lower than that in 2011. It showed that the planning was planned through the announcement. After the area was cleared, control over diesel vehicles entering and exiting the area has been effective.\nIn the part of motor vehicle noise inspection and control in use, a total of 82 rounds of in-situ noise inspections (inspections) were carried out in parking lots (stations), roadside, port areas or other appropriate locations or joint inspections with police units were completed. A total of 109 inspections were completed using mobile technology law enforcement in hot spots.\nThe city currently has 3 fixed and 2 sets of mobile sound camera technology equipment for concurrent enforcement, and the overall number of motor vehicle noise cases dropped by 13.6% compared with the same period last year. We also assisted in the planning of locations to install 2 sets of fixed and 4 sets of fixed mobile motor vehicle noise detection systems. A site assessment was submitted to the Environmental Protection Bureau for review on February 22, 2012. North District selected 1 Xibin Road Section 3, Zhonghua Road Section 3 and Jinzhu Road, Railway Road Section 1 and Nanda Road were selected in the Eastern District, Yuanpei Street was selected in Xiangshan District, a total of 6 locations.\nThis year, we assisted in handling 2 cases of public complaints about traffic noise monitoring. The monitoring locations were No. 2, Lane 2, Lane 384, Section 1, Zhonghua Road, Hsinchu City, and No. 50, Lane 271, Wuling Road, Hsinchu City. The monitoring dates were March 6, 2012. From Sunday to 7th and April 10th to 11th, 2020, the monitoring results all met the standards of Category 3 of the Environmental Sound Standards.\nIntegrating the above-mentioned control actions, this year’s self-evaluation score for the Ministry of Environment’s 112th Annual Performance Appraisal has achieved a full score of 7 points (including bonus points).\nIn response to the Environmental Protection Bureau's expansion of the contract on August 31, 2012, to include the Strengthening the Smart Transformation Plan for National Environmental Monitoring-Constructing a National Noise Monitoring Network, on November 6 of the same year, Xibin Road was prioritized for high-noise complaint hotspots. In Section 1, a fixed motor vehicle noise detection system was erected opposite the Environmental Protection Bureau on Gangbei 6th Street. Two vehicles provided by the Environmental Protection Bureau were also converted into vehicle-mounted motor vehicle noise detection systems on the same day. In addition, the installation of 6 fixed notice boards, 3 official notice boards and the purchase of 1 handheld cup anemometer were completed on November 14 and December 29 respectively.",
        "proj_year": "112",
        "org_name": "新竹市環境保護局",
        "exe_unit": "瑩諮科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1120113364",
        "publish_date": "20241116"
    },
    {
        "chi_title": "基隆市-111年度基隆市水污染源稽查與水污費徵收查核計畫",
        "chi_subject": "基隆市環保局辦理「111年度基隆市水環境(含飲用水)污染防治暨水污費徵收查核管理計畫」，持續稽查水污染防治事業列管外，積極推動水環境巡守義工訓練及巡守工作，辦理法規宣導說明會、河川水質檢測活動，向大眾傳達環境保育意識；加強水質水量自動監測系統，隨時掌握污染源現況即時處置，強化自來水供水系統及飲用水設備水質狀況，確保民眾飲用水安全。本計畫於本年度辦理工項簡述如下：\n一、 轄內列管事業、下水道系統查核與管理\n(一) 大武崙工業區實施專案管制：已完成查核、採樣13件次(含4次夜間採樣)，另已完成聯合污水廠周界逕流廢水查核5件次、採樣3件次，查核結果皆符合標準。\n(二) 列管事業查核及管制：廠商各項污染防治設施之處理效率與操作品質，已完成查核77件次、採樣54件次，查核結果24家有異常狀況，缺失皆已完成改善。\n(三) 公共污水下水道系統查核與管理：六堵水資源回收中心已完成4季次查核、採樣作業，其中5月份檢驗結果大腸桿菌群超標，現場查核無異狀，推測為加藥機器加藥頻率故障導致，已請該單位多加留意；和平島水資源回收中心已完成6件次查核、採樣作業，查核結果皆符合標準。\n(四) 社區及其他污水下水道系統：已完成查核52件次、採樣43件次，查核結果14家有缺失情形，缺失原因大多為水質異常，已針對缺失社區進行加強輔導作業。\n二、 水質水量自動監測與攝錄影監視設施系統查核與管理\n111年6月辦理本市已完成設置自動監設施之5處事業或污水下水道系統進行現場查核作業1次；111年6月6日於六堵水資源回收中心執行水質水量監測設施之化學需氧量及懸浮固體RATA，查核結果符合相關規範。\n三、 水環境守望相助巡守隊經營運作\n於111年度拜訪各個巡守隊，並於111年6月26日配合淨灘活動辦理授旗活動；購置巡守隊設備，於9月分送完畢；協助巡守隊通報33件；8月完成巡守隊隊員投保作業。\n四、 飲用水管理\n針對轄內4座淨水場原水水質採樣已完成20件次、針對水源水質保護區進行10次巡察。執行自來水供水系統水質採樣工作，已完成270件；完成16件次淨水場之出水端水質檢測；包裝或盛裝之飲用水業者水源水質查核已完成4季次；以上所有項目查核及檢測結果皆符合標準。\n水井、山泉水查核採樣，已完成19件，檢測結果已出爐者，僅有一處符合飲用水標準，其餘15處主要為大腸桿菌群及總菌落數不符合標準。執行連續供水固定設備已完成120處查核及105處採樣，查核及檢測結果僅1處不符合飲用水標準；辦理加強夏令衛生飲用水抽驗，已完成110處，共有8處檢驗結果不符合飲用水標準，後續皆已改善完成。\n五、 環保許可整合計畫\n完成精進輔導查核3家次；輔導污染流向圖繪製12家次；辦理諮詢輔導、各單位會審2家次；辦理許可整合內部教育訓練及宣導說明會議各1場次；執行許可整合單一窗口維運作業。\n六、 水環境巡守隊環境教育計畫\n辦理淨灘及淨溪活動各1場次；辦理外縣市水環境巡守隊交流戶外學習1場次；辦理年終水環境巡守隊成果分享活動1場次。\n七、 其他工作項目及行政支援工作\n辦理2場次水污法相關法規宣導說明會；辦理社區定型化契約範本宣導會1場次；完成功能評鑑作業3場次；完成20家許可異常分析診斷作業；完成73件次水污染疑慮行為巡查作業；已製作完成宣導品1,000份送局核備；111年度協助處理53件陳情案件皆已處理完畢。",
        "eng_title": "2011 Keelung City Water Pollution Source Audit and Water and Wastewater Fee Collection and Inspection Plan",
        "eng_subject": "The Keelung Municipal Environmental Protection Bureau handled the 111 Keelung City Water Environment (Including Drinking Water) Pollution Prevention and Water and Sewage Fee Collection Review and Management Plan, continued to inspect water pollution prevention and control undertakings outside the listed management, and actively promoted the training and inspection of water environment patrol volunteers. Compliance work is carried out, and law and regulation publicity briefings and river water quality testing activities are held to convey environmental conservation awareness to the public; the automatic monitoring system of water quality and quantity is strengthened to keep abreast of the current status of pollution sources and handle them immediately, and the water quality status of tap water supply systems and drinking water equipment is strengthened to ensure that the public Drinking water is safe. A brief summary of the projects handled under this plan this year is as follows:\n1. Inspection and management of listed undertakings and sewer systems within the jurisdiction\n(1) Dawulun Industrial Zone has implemented special project control: 13 inspections and samplings have been completed (including 4 night samplings), and 5 inspections and 3 samplings of wastewater from the perimeter of the joint sewage plant have been completed. The inspection results are all Meet the standards.\n(2) Inspection and control of listed enterprises: 77 inspections and 54 samplings have been completed on the processing efficiency and operational quality of various pollution prevention and control facilities of manufacturers. The inspection results showed that 24 companies had abnormal conditions, and all deficiencies have been corrected.\n(3) Public sewage and sewer system inspection and management: Liudu Water Resources Recycling Center has completed four quarterly inspections and sampling operations. The test result in May was that the coliform group exceeded the standard. There was no abnormality in the on-site inspection. It was speculated that the dosing machine was dosing. Due to frequency failure, the unit has been asked to pay more attention; Heping Island Water Recycling Center has completed 6 inspections and sampling operations, and the inspection results are all in compliance with the standards.\n(4) Community and other sewage and sewer systems: 52 inspections and 43 samplings have been completed. The inspection results showed that 14 systems had deficiencies. Most of the deficiencies were caused by abnormal water quality. Strengthened counseling has been carried out for the missing communities.\n2. Systematic review and management of water quality and quantity automatic monitoring and video surveillance facilities\n3. Water Environment Watch and Assist Patrol Team Operations\n4. Drinking Water Management\n5. Environmental permit integration plan\n6. Water Environment Patrol Team Environmental Education Plan\n7. Other work items and administrative support work",
        "proj_year": "111",
        "org_name": "基隆市環境保護局",
        "exe_unit": "瑩諮科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1112727630",
        "publish_date": "20241127"
    },
    {
        "chi_title": "基隆市-111年度基隆市推動環保許可整合計畫",
        "chi_subject": "基隆市環保局辦理「111年度基隆市水環境(含飲用水)污染防治暨水污費徵收查核管理計畫」，持續稽查水污染防治事業列管外，積極推動水環境巡守義工訓練及巡守工作，辦理法規宣導說明會、河川水質檢測活動，向大眾傳達環境保育意識；加強水質水量自動監測系統，隨時掌握污染源現況即時處置，強化自來水供水系統及飲用水設備水質狀況，確保民眾飲用水安全。本計畫於本年度辦理工項簡述如下：\n一、 轄內列管事業、下水道系統查核與管理\n(一) 大武崙工業區實施專案管制：已完成查核、採樣13件次(含4次夜間採樣)，另已完成聯合污水廠周界逕流廢水查核5件次、採樣3件次，查核結果皆符合標準。\n(二) 列管事業查核及管制：廠商各項污染防治設施之處理效率與操作品質，已完成查核77件次、採樣54件次，查核結果24家有異常狀況，缺失皆已完成改善。\n(三) 公共污水下水道系統查核與管理：六堵水資源回收中心已完成4季次查核、採樣作業，其中5月份檢驗結果大腸桿菌群超標，現場查核無異狀，推測為加藥機器加藥頻率故障導致，已請該單位多加留意；和平島水資源回收中心已完成6件次查核、採樣作業，查核結果皆符合標準。\n(四) 社區及其他污水下水道系統：已完成查核52件次、採樣43件次，查核結果14家有缺失情形，缺失原因大多為水質異常，已針對缺失社區進行加強輔導作業。\n二、 水質水量自動監測與攝錄影監視設施系統查核與管理\n111年6月辦理本市已完成設置自動監設施之5處事業或污水下水道系統進行現場查核作業1次；111年6月6日於六堵水資源回收中心執行水質水量監測設施之化學需氧量及懸浮固體RATA，查核結果符合相關規範。\n三、 水環境守望相助巡守隊經營運作\n於111年度拜訪各個巡守隊，並於111年6月26日配合淨灘活動辦理授旗活動；購置巡守隊設備，於9月分送完畢；協助巡守隊通報33件；8月完成巡守隊隊員投保作業。\n四、 飲用水管理\n針對轄內4座淨水場原水水質採樣已完成20件次、針對水源水質保護區進行10次巡察。執行自來水供水系統水質採樣工作，已完成270件；完成16件次淨水場之出水端水質檢測；包裝或盛裝之飲用水業者水源水質查核已完成4季次；以上所有項目查核及檢測結果皆符合標準。\n水井、山泉水查核採樣，已完成19件，檢測結果已出爐者，僅有一處符合飲用水標準，其餘15處主要為大腸桿菌群及總菌落數不符合標準。執行連續供水固定設備已完成120處查核及105處採樣，查核及檢測結果僅1處不符合飲用水標準；辦理加強夏令衛生飲用水抽驗，已完成110處，共有8處檢驗結果不符合飲用水標準，後續皆已改善完成。\n五、 環保許可整合計畫\n完成精進輔導查核3家次；輔導污染流向圖繪製12家次；辦理諮詢輔導、各單位會審2家次；辦理許可整合內部教育訓練及宣導說明會議各1場次；執行許可整合單一窗口維運作業。\n六、 水環境巡守隊環境教育計畫\n辦理淨灘及淨溪活動各1場次；辦理外縣市水環境巡守隊交流戶外學習1場次；辦理年終水環境巡守隊成果分享活動1場次。\n七、 其他工作項目及行政支援工作\n辦理2場次水污法相關法規宣導說明會；辦理社區定型化契約範本宣導會1場次；完成功能評鑑作業3場次；完成20家許可異常分析診斷作業；完成73件次水污染疑慮行為巡查作業；已製作完成宣導品1,000份送局核備；111年度協助處理53件陳情案件皆已處理完畢。",
        "eng_title": "2011 Keelung City Water Pollution Source Audit and Water and Wastewater Fee Collection and Inspection Plan",
        "eng_subject": "The Keelung Municipal Environmental Protection Bureau handled the 111 Keelung City Water Environment (Including Drinking Water) Pollution Prevention and Water and Sewage Fee Collection Review and Management Plan, continued to inspect water pollution prevention and control undertakings outside the listed management, and actively promoted the training and inspection of water environment patrol volunteers. Compliance work is carried out, and law and regulation publicity briefings and river water quality testing activities are held to convey environmental conservation awareness to the public; the automatic monitoring system of water quality and quantity is strengthened to keep abreast of the current status of pollution sources and handle them immediately, and the water quality status of tap water supply systems and drinking water equipment is strengthened to ensure that the public Drinking water is safe. A brief summary of the projects handled under this plan this year is as follows:\n1. Inspection and management of listed undertakings and sewer systems within the jurisdiction\n(1) Dawulun Industrial Zone has implemented special project control: 13 inspections and samplings have been completed (including 4 night samplings), and 5 inspections and 3 samplings of wastewater from the perimeter of the joint sewage plant have been completed. The inspection results are all Meet the standards.\n(2) Inspection and control of listed enterprises: 77 inspections and 54 samplings have been completed on the processing efficiency and operational quality of various pollution prevention and control facilities of manufacturers. The inspection results showed that 24 companies had abnormal conditions, and all deficiencies have been corrected.\n(3) Public sewage and sewer system inspection and management: Liudu Water Resources Recycling Center has completed four quarterly inspections and sampling operations. The test result in May was that the coliform group exceeded the standard. There was no abnormality in the on-site inspection. It was speculated that the dosing machine was dosing. Due to frequency failure, the unit has been asked to pay more attention; Heping Island Water Recycling Center has completed 6 inspections and sampling operations, and the inspection results are all in compliance with the standards.\n(4) Community and other sewage and sewer systems: 52 inspections and 43 samplings have been completed. The inspection results showed that 14 systems had deficiencies. Most of the deficiencies were caused by abnormal water quality. Strengthened counseling has been carried out for the missing communities.\n2. Systematic review and management of water quality and quantity automatic monitoring and video surveillance facilities\n3. Water Environment Watch and Assist Patrol Team Operations\n4. Drinking Water Management\n5. Environmental permit integration plan\n6. Water Environment Patrol Team Environmental Education Plan\n7. Other work items and administrative support work",
        "proj_year": "111",
        "org_name": "基隆市環境保護局",
        "exe_unit": "瑩諮科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1110562500",
        "publish_date": "20241127"
    },
    {
        "chi_title": "112年辦理臺美環境教育合作與交專案工作計畫（112年-113年）",
        "chi_subject": "本計畫協助環境部辦理臺美生態學校夥伴計畫及全球環境教育夥伴。生態學校方面，計畫團隊協助審理銅、銀牌成果文件，綠旗認證於到校輔導後聘請審查委員到校審查。截至113年6月30日止，已完成71所新學校註冊、36所銅牌認證、27所銀牌認證、12所綠旗認證（含再認證）。為表揚認證學校，亦於桃園名人堂花園大飯店辦理表揚典禮，共146人參加，其精華影片上架於官網及影音平台以增加宣傳效益。推廣上，計畫團隊在淨零城市展、全國環境教育成果觀摩展設置攤位，展示執行成果；也邀請長榮百合國小、芙朝國小、潮厝華德福實驗小學、左營國小協助辦理培力工作坊，四場次共196人次參加，不但啟發師生執行路徑的想法，也吸引未加入的學校參與。今年度拍攝社子國小、左營國小、大安國小、米倉國小的紀錄影片並上架於官網及影音平台，也在網站新設置社會資源專區，擴大宣傳我國生態學校成果及資源。\n全球環境教育夥伴計畫上，計畫團隊已協助辦理6次聯繫會議、1次位於英國北愛爾蘭貝爾法斯特市之實體顧問會議、2次線上顧問會議、3次線上工作坊，並將我國環境教育成果英譯、將GEEP 2023-2028行動策略中譯。另外，計畫團隊也辦理第三屆環保青年領袖甄選活動，共收件112件為歷年最高，其中92件進入初審、19件進入決選，最終於梁國樹國際會議廳頒發獎項予5位獲獎者，也輔導獲獎者報名參加由北美環境教育學會舉辦之 EE 30 under 30活動，並規劃前2名參與11月於美國匹茲堡辦理之北美環境教育學會年會暨全球環境教育夥伴會議。",
        "eng_title": "2023 Taiwan-US Environmental Education Collaboration Project (2023-2024)",
        "eng_subject": "This project assisted MOENV in continuing pushing forward the work on the Taiwan-U.S. Eco-Campus Program and the Global Environmental Education Partnership. Continuous work on Eco-Campus includes providing guidance and assistance for schools, reviewing application materials, and arranging on-site reviews. Up to June 30th, 2024, there were 71 new schools registered to join Eco-Campus program, 36 schools certified at the Bronze level, 27 schools at the Silver level, and 12 schools get certified as Green Flag schools. Also, 146 teachers and students participated in the 2023 Taiwan-US Eco-Campus Partnership Program Award Ceremony in Taoyuan with the highlight videos uploaded to the website and YouTube. 2 promotional booths are set up to showcase the results of green flag schools, and 4 workshops with 196 participants were completed to inspire ideas to implement, and engage schools that are not yet part of the program. Also, 4 Green Flag schools interview videos and articles were posted, and there was a whole new section of “Social Resources” was added to the site.\nRegarding the GEEP, 6 calls with NAAEE, 3 GEEP advisory meetings both in-person and virtual, 3 webinars and workshops were held, as well as the translation of Taiwan's achievement and GEEP document were done. The Third Taiwan Environmental Youth Leader Selection was held to discover and cultivate Taiwan’s youth talents in the environmental education field, with 92 apply, 19 as finalists, 5 awardees this year. The awardees are encouraged to apply for NAAEE's EE 30 under 30 project, as the top 2 winner will attend the NAAEE conference this year in Pittsburgh.",
        "proj_year": "113",
        "org_name": "環境部環境保護司",
        "exe_unit": "中華民國環境教育學會",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130105127",
        "publish_date": "20241020"
    },
    {
        "chi_title": "112年臺南市因應氣候變遷推動淨零排放源減量計畫",
        "chi_subject": "「112年臺南市因應氣候變遷推動淨零排放源減量計畫」共有十大工作主軸及任務，包括：(一)推動溫室氣體減量及淨零相關工作、(二)推動事業淨零輔導工作、(三)推動氣候變遷調適工作、(四)推動永續發展工作、(五)碳足跡標籤推廣、(六)推動淨零綠生活、(七)研商會議以及成果發表、(八)媒體推廣及宣導、(九)更新及維護淨零永續發展專屬網站、(十)國際參與工作。\n(一)\t推動溫室氣體減量及淨零相關工作方面，本計畫製作臺南市溫室氣體排放調查報告書，其中統計111年度溫室氣體排放量約2,312.0881萬公噸CO2e，並研提「臺南市第二期溫室氣體管制執行方案」，彙整及管考「臺南市2050淨零排放路徑」執行情形。\n臺南市淨零永續城市管理自治條例(草案)，召開多場次公聽會及利害關係人研商會議，持續進行滾動調整；另建築能效標示方面，除了協助新建及既有建築導入輔導取得及協助新建與既有建築完成建築能效標示外，亦針對公私部門辦理建築能源揭露培訓會議，並編撰「建築能效標示執行手冊」，提供執行建築能效標示之指引。\n(二)\t推動事業淨零輔導工作之自願減量專案申請方面，本計畫以沼氣發電、LED路燈、電動公車等三案進行自願減量專案申請，自願減量專案皆會召開相關工作協調會議，並與確證總結報告一同提送至環境部進行自願減量專案註冊申請。本計畫會掌握各案申請進度，並協助已完成自願減量專案申請者，進行第二階段專案監測作業。\n於112年召開「臺南市淨零輔導團節能推動討論會議暨節能技術交流」會議，並提供5家次免費現場節能診斷輔導，並提供節能輔導報告書，作為後續進行相關改善之參考依據。本計畫辦理企業相關宣導會議2場次，並於112年5月31日前輔導至少20家「第二批次應盤查登錄溫室氣體排放量之排放源」進行溫室氣體排放盤查登錄作業，於112年11月25日前執行列管溫室氣體排放源排放數據與相關設施資料之現場查核至少30間，且確認113年溫室氣體排放量之排放源名單，並送至環境部「事業溫室氣體排放量資訊平台」完成名單維護及填報。 \n(三)\t因應溫室氣體減量及管理法修正內容，彙整及管考「臺南市氣候變遷調適計畫\/執行方案」，並檢討各局處氣候變遷調適行動執行成果，112年「臺南市氣候變遷調適計畫\/執行方案成果報告」統計84項計畫內容，目標落後項目計2項，無112年成果項目計9項(4項為新增計畫，其餘項目則為無設立112年度目標或無標的可執行)，其餘73項均達標。在推動氣候變遷調適工作方面，本計畫累計辦理3場氣候變遷調適教育訓練，並針對調適領域之衝擊情境進行模擬，滾動更新臺南市氣候變遷調適計畫各局處所採行之各項具體措施，112年延續既有行動方案，並依據「國家氣候變遷調適行動方案（112-115年）」研擬臺南市調適策略及工作項目，共31項調適策略及61項行動計畫。\n(四)\t永續發展目標推動方面，本計畫協助彙整環境相關永續發展目標推動成果公開於官方網站、提出112年度臺南市永續發展執行亮點及112年臺南市永續發展目標自願檢視報告(中\/英文版)、於112年9月20日、9月22日以及10月25日辦理3場次永續發展目標識能提升訓練，其中1場次為「綠屋頂設置補助案件維護輔導作業」於112年7月參與亞太永續博覽會、112年10月參與台灣氣候博覽會，這2場次的永續發展目標宣傳活動皆達成觸及人次要求(1,000人次以上)、協助管考及彙整環境部永續發展考核，成功取得環境部永續發展考核分數。\n(五)\t碳足跡標籤推廣方面，已於112年11月2日前辦理完成4場次產品碳足跡標籤推廣宣導活動或說明會，並於112年11月底前完成執行碳標籤標示情形市場查核共20件，以及112年12月底前碳標籤推廣宣導4則，並輔導一項產品或是服務取得行政院環境部核發之產品碳足跡標籤證書或減碳標籤證書。\n(六)\t淨零綠生活推廣方面，本計畫協助彙整「推動本市政府淨零綠生活關鍵績效指標」，已於112年9月23日、9月24日以及11月10日，結合3村里或社區成為綠生活村里前哨站，同時已於112年10月辦理2場次的綠生活推廣活動與資訊分享培訓課程，並於112年11月底前啟動2場次的轄內分眾對話機制，蒐集地方社會溝通意見。\n(七)\t研商會議及成果發表方面，辦理2場次成果發表會、1場次的論壇及7場次研商或跨局處協調整合會議，跨局處會議分別於112年7月17日辦理自治條例公聽會、10月18日辦理臺南市淨零建築與能效評估推動研商會、12月11日開跨局處調適會議、113年1月3日辦理臺南市淨零永續城市管理自治條例草案-公聽會及後續子法規劃研商會議、1月29日辦理臺南市淨零永續城市管理自治條例草案-公聽會、4月2日臺南市永續發展自願檢視報告(VLR)跨局處協商會議以及5月8日辦理溫室氣體減量淨零路徑研商會議。\n(八)\t媒體推廣及宣導方面，辦理1場次淨零微電影徵選活動，並規劃發布22則文宣或圖卡，且已於112年11月底前完成500份的宣導品製作，同時配合辦理2場次淨零永續宣導活動，已於112年9月16日辦理台日淨零論壇，另於113年2月19日下午、2月29日下午辦理辦理兩場次自治條例公聽會。\n(九)\t更新及維護淨零永續發展專屬網站方面，設置2050臺南市淨零永續網，該網站具備列管事項填報管考功能，包含：「臺南市溫室氣體管制執行方案」、「臺南市氣候變遷調適執行方案」、「臺南市永續發展目標自願檢視報告」、「臺南市低碳城市自治條例」、「2050臺南市淨零路徑」，並設置：臺南市溫室氣體登錄平台(臺南市碳盤查登錄平台)、臺南市碳抵換資訊交換網、臺南市淨零輔導團資訊頁面、臺南市淨零永續企業資訊頁面。\n(十)\t國際參與方面，於112年11月30日至12月7日參加COP 28，並將臺南市永續發展目標自願檢視報告上傳於IGES LAB，並於112年10月底前完成發佈6則新聞稿，行銷本計畫推廣活動及宣導主題。",
        "eng_title": "2023 Tainan City Climate Change Response and Net Zero Emissions Reduction Plan",
        "eng_subject": "The 2023 Tainan City Climate Change Response and Net Zero Emissions Reduction Plan consists of ten main tasks and objectives, including: (1) promoting greenhouse gas reduction and net-zero related work, (2) promoting net-zero business counseling work, (3) promoting climate change adaptation work, (4) promoting sustainable development work, (5) promoting carbon footprint labeling, (6) promoting net-zero green living, (7) holding research meetings and presenting results, (8) media promotion and advocacy, (9) updating and maintaining the dedicated website for net-zero sustainable development, (10) international participation work.\n1.\tRegarding the promotion of greenhouse gas reduction and net-zero related work, the plan produced the Tainan City Greenhouse Gas Emissions Survey Report, which estimated the greenhouse gas emissions for 2022 at approximately 23.120881 million tons of CO2e. The Tainan City Phase II Greenhouse Gas Control Implementation Plan was developed, and the implementation status of the Tainan City 2050 Net Zero Emissions Pathway was compiled and monitored.\nThe Tainan City Net Zero Sustainable City Management Self-Governance Regulations (draft) involved multiple public hearings and stakeholder meetings for continuous adjustments. For building energy efficiency labeling, the plan assisted new and existing buildings in obtaining and completing energy efficiency labels. Training sessions on building energy disclosure were held for both public and private sectors, and a Building Energy Efficiency Label Implementation Manual was compiled to guide the implementation of building energy efficiency labeling.\n2.\tFor promoting net-zero business counseling work and voluntary reduction project applications, the plan applied for voluntary reduction projects for biogas power generation, LED street lights, and electric buses. Coordination meetings were held for each project, and verification summary reports were submitted to the Ministry of Environment for voluntary reduction project registration. The plan monitored the application progress of each project and assisted those who completed the voluntary reduction project application in the second phase project monitoring.\nIn 2023, a Tainan City Net Zero Counseling Group Energy Conservation Promotion Discussion Meeting and Energy Conservation Technology Exchange was held, providing five free on-site energy conservation diagnostic counseling sessions and energy conservation counseling reports as a reference for subsequent improvements. Two promotional meetings for businesses were held, and by May 31, 2023, at least 20 businesses were counseled to complete greenhouse gas emission inventory and registration. By November 25, 2023, on-site verification of emission data and related facility information for at least 30 controlled emission sources was conducted, and the list of emission sources for 2023 was confirmed and submitted to the Ministry of Environment's Business Greenhouse Gas Emission Information Platform. \n3.\tIn response to the amendments to the Greenhouse Gas Reduction and Management Act, we have compiled and managed the Tainan City Climate Change Adaptation Plan\/Implementation Plan, and reviewed the implementation results of climate change adaptation actions by various departments. The 2023 Tainan City Climate Change Adaptation Plan\/Implementation Plan Results Report includes statistics on 84 projects, with 2 projects lagging behind their targets and 9 projects having no results for 2023. (4 of these are new projects, while the remaining projects either had no established target for 2023 or had no executable objectives.) The remaining 73 projects all met their targets. In terms of promoting climate change adaptation work, this plan has cumulatively conducted 3 climate change adaptation education and training sessions and simulated impact scenarios in the adaptation field. We have continuously updated the specific measures adopted by various departments in Tainan City’s climate change adaptation plan. In 2023, existing action plans were continued, and based on the National Climate Change Adaptation Action Plan (2023-2026), we formulated Tainan City's adaptation strategies and work items, totaling 31 adaptation strategies and 61 action plans.\n4.\tFor promoting sustainable development goals, the plan assisted in compiling and publishing the results of environmental-related sustainable development goals on the official website, presenting the 2023 Tainan City Sustainable Development Highlights and the 2023 Tainan City Sustainable Development Goals Voluntary Review Report (in both Chinese and English), and held three sustainable development goal awareness training sessions on September 20, September 22, and October 25, 2023. One session was the Green Roof Installation Subsidy Maintenance Counseling in July 2023. Participation in the Asia-Pacific Sustainability Expo in October 2023 and the Taiwan Climate Expo in October 2023 met the require...",
        "proj_year": "112",
        "org_name": "臺南市政府環境保護局",
        "exe_unit": "財團法人台灣產業服務基金會",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1124993073",
        "publish_date": "20241004"
    },
    {
        "chi_title": "112年度高雄港區空氣污染監控調查計畫",
        "chi_subject": "高雄港區空氣污染主要源自於工業、港口運輸以及交通運輸等因素的綜合影響，主要包括懸浮微粒(PM)、細懸浮微粒(PM2.5)、二氧化硫(SOX)、氮氧化物(NOX)和揮發性有機化合物(VOCs)等空氣污染物；針對近5年監測數據進行比對分析，港區整體鄰近測站各污染物年平均濃度雖有逐年下降趨勢，但仍高於高雄市平均，其中港區周圍以SO2改善最為顯著，港區整體鄰近測站較107年改善率達60.2%，港區南側更達68.5%。\n港區內船舶排放為最大貢獻來源，執行期間針對進出港之船舶，執行書面審查152艘次，均未發現嚴重缺失；完成20艘次油品含硫量分析，全數符合法規標準(0.5% wt%)；完成10艘次船舶油品多環芳香烴(PAHs)分析，可發現有硫含量越高，多環芳香烴含量也越高之趨勢；完成船舶目測判煙稽查共91艘次，共4艘有明顯黑煙排放。除此之外，亦調查高雄港區內高壓、低壓岸電系統建置及使用現況、船舶減速情形，及掌握環境部擬定船舶徵收空污費之方向，並邀集相關主管機關召開1場次高雄港推動綠色港埠污染減量會議，針對港區管制現況及精進作為相互交流意見，提供可行性建議供機關參考，更利於後續船舶減量策略之推行。港區內柴油施工機具與無牌車輛亦為主要污染源之一，為推動港區內施工機具採用電能或低污染能源，全面進行港區內各裝卸業者柴油施工機具之現況調查及造冊管理，完成施工機具排煙檢測105輛，並核發清潔排放自主管理標章82輛，合格率78.1%，更結合辦理1場次電能施工機具推行宣導會，輔導5家裝卸業者使用電動施工機具；另進行港區內各裝卸業者無牌車輛之現況調查及造冊，多數為1~3期別柴油車，執行無牌柴油車輛黑煙檢測71輛，輔導5家業者裝設防制設備或汰換，以輔導結合自主性管理，提升業者自主改善及污染防制能力。\n為調查港區及鄰近地區可能污染源，執行揮發性有機物採樣共18點次，發現船舶行駛對於VOCs貢獻較不顯著，各測點均以醛酮類及芳香烴類為主要族群，且部分VOC物種有明顯日夜間差異，故推測重型車輛及施工機具，為影響港區內VOC濃度較高的主要原因之一；另針對港區稽查管制工作，維護及操作中島商港區2套車牌辨識系統，監控運輸車輛是否有依規定覆蓋防塵網，及2套視覺影像監控網CCTV監控碼頭區作業情形、車輛揚塵，及船舶是否有排放黑煙，另將車辨系統介接至柴油車車辨系統，以利同步查緝運輸車輛是否符合第二期空氣品質維護區之管制規範，並搭配每周執行巡查等管制作為，降低港區逸散性粒狀物污染物之產生。",
        "eng_title": "112th Annual Kaohsiung Port Area Air Pollution Monitoring and Survey Plan",
        "eng_subject": "The main sources of air pollution in the Kaohsiung Port are attributed to the combined impact of industrial activities, port transportation, and traffic. Key pollutants include particulate matter (PM), fine particulate matter (PM2.5), sulfur dioxide (SO2), nitrogen oxides (NOx), and volatile organic compounds (VOCs). Comparing and analyzing monitoring data from the past five years, the annual average concentrations of various pollutants near the port have shown a decreasing trend. However, they still remain higher than the city average in Kaohsiung. Among them, there has been a significant improvement in SO2 levels around the port, with an overall improvement rate of 60.2% compared to 2018. The southern side of the port area has achieved an even higher improvement rate of 68.5% during the same period.\nDuring the implementation period, ship emissions were identified as the main contributor to air pollution in the Kaohsiung Port area. Written reviews for 152 vessels found no serious deficiencies. Fuel analysis for 20 vessels complied with the 0.5% wt% sulfur standard. A trend was observed in 10 vessels, linking higher sulfur content to increased polycyclic aromatic hydrocarbons (PAHs). Visual inspections detected significant black smoke emissions in 4 vessels. Investigations on shore power systems, vessel deceleration, and proposed air pollution fees were conducted. A meeting with authorities discussed current regulations and provided feasible suggestions for reducing ship emissions in the port.\nTo address pollution from diesel-powered construction machines and unlicensed vehicles in the port area, a survey and management program were implemented. Exhaust tests were conducted on 105 construction machines, with 82 receiving Clean Emission Self-Management Label (78.1% pass rate). An advocacy meeting promoting electric construction machines was held, guiding 5 operators to adopt such equipment. Additionally, a survey of unlicensed vehicles identified 71 diesel vehicles, with 5 operators assisted in installing emission control devices or replacing vehicles. This approach combines voluntary measures with regulatory compliance to enhance pollution control capabilities.\nThe project conducted VOC sampling at 18 points and found that ship traffic had a relatively insignificant contribution to VOCs. Aldehydes and aromatic hydrocarbons were identified as the primary groups at all sampling points, with some VOC species showing distinct day-night variations. It is inferred that heavy vehicles and construction machines are among the main contributors to higher VOC concentrations in the port area. Additionally, two license plate recognition systems and two visual imaging CCTV systems at Chung-Tao were maintained and operated to monitor compliance with dust cover regulations for transport vehicles, operations at the docks, dust emissions from vehicles, and ship emissions. Weekly patrols and control measures were implemented to reduce the generation of fugitive particulate matter pollutants in the port area.",
        "proj_year": "112",
        "org_name": "高雄市政府環境保護局",
        "exe_unit": "環興科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1124388624",
        "publish_date": "20241010"
    },
    {
        "chi_title": "水污染防治費徵收審核及督導管理計畫",
        "chi_subject": "水污費112年徵收家數約10,700家，徵收金額約4億3,538萬元，其中事業（不含畜牧業）及工業區污水下水道系統費額約占76%，畜牧業約占23%；其他指定地區或場所污水下水道系統約占1%。各徵收項目費額比例以COD(約占74.4%)及SOx(約占14.8%)最高。104年開徵迄今徵收金額共計35億7,601萬。\n在排放量變化方面，COD及SS排放量均呈略減趨勢，8 項有害健康物質各年度排放量略有差異，惟大致呈減少趨勢，因其排放量主要來自大型事業及工業區下水道系統，易受到排放水量大及單一污水下水道系統檢測申報值變動之影響。\n本計畫完成3,075家申報案件複審作業及150家現場查核作業。辦理水污費徵收帳目核對作業，並委託會計師執行水污費帳目查核及出具專業查核報告。因應環保署升格改制為環境部，調整網站內容並重新取得無障礙標章。擴充申報系統線上申請水污費申報內容修正功能及建置重大違規名單系統管理專區，並符合環境部資通安全作業之要求。\n研議精進水污費收費辦法修正草案，包含增加氨氮、鋅及錫徵收項目、調整徵收項目費率、調整水污費申繳期程等，建議考量產業衝擊、申報系統建置及宣導等相關作業所需時程，辦理後續法制作業。",
        "eng_title": "Review, Supervision, and Management Project for Water Pollution Control Fee Collection",
        "eng_subject": "Water pollution control fees were collected from 10,700 companies during 2023; the total of approximately NT$435.38 million collected, enterprise (not including livestock operations) and industrial area wastewater sewage systems accounted for roughly 76%, and livestock operations accounted for roughly 23%; and other wastewater sewage systems for designated areas or premises accounted for approximately 1%. The collection items accounting for the largest shares of total fees were COD (accounting for roughly 74.4%) and SOx (roughly 14.8%). A total of NT$3.57601 billion has been collected since the start of fee collection in 2015.\nWith regard to changes in emissions volume, COD and SS emissions volumes displayed slight decreasing trends. While there have been minor year-to-year differences in emissions volume for 8 types of substances hazardous to health, they have generally had decreasing trends. Because emissions of these substances are chiefly derived from the sewage systems of large enterprises and industrial areas, their emissions volumes tend to be influenced by variations in the reported inspection values for individual wastewater sewage systems with large effluent discharge volume.\nThis project completed review work for the reports submitted by 3,075 companies and on-site audits at 150 companies. With regard to water pollution control fee collection account checking, a CPA was hired to audit water pollution control fee accounts and issue professional audit reports.In response to the upgrade and restructuring of the Environmental Protection Administration into the Ministry of Environment, the website content has been adjusted and the accessibility certification has been reacquired. The Online Filing and Inquiry System for Water Pollution Control Fees has been expanded to include correction functions, and a special area for the management of major violations has been established. These updates comply with the information security requirements of the Ministry of Environment.\nThe revised draft water pollution control fee collection regulations included such improvements as the addition of an ammonia nitrogen, zinc, and tin fee collection item, adjustment of fee item rate, and adjustment of water pollution control fee reporting and fee payment schedule. It is recommended that future legal revision efforts take the impact on industry and the time needed for reporting system establishment and awareness tasks into consideration.",
        "proj_year": "112",
        "org_name": "環境部水質保護司",
        "exe_unit": "康城工程顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1123007743",
        "publish_date": "20241028"
    },
    {
        "chi_title": "112年度臺南市空氣品質惡化應變管制及防護計畫",
        "chi_subject": "(一)\t空氣品質現況\n1.\t臺南市近五年(108年~112年)空氣品質指標(AQI>100)逐月不良站日數大致呈逐年降低，以108年之AQI>100不良站日數336站日最高，110年之AQI>100不良站日數249站日次高，112年134站日(9.2%)為近年最低，其中細懸浮微粒86站日(5.89%)、臭氧(8hr)為46站日(3.15%)。依據資料顯示，本市近年AQI>100不良天數以1月份~2月份較多，主要為年初因穩定的氣候條件導致污染物擴散不良，加上乾旱導致揚塵增加，境外濃度恢復至疫情前水準，使細懸浮微粒濃度上升。\n2.\t112年臺南市空氣品質PM2.5自動測站年平均值濃度已降至18.2μg\/m3，近五年改善達38%；PM2.5濃度整體不僅逐年改善，本計畫執行期間之高污染季節改善部分，112年10月~113年3月PM2.5平均濃度為23.76μg\/m3，相較前一年度同期(111年10月~112年3月之PM2.5平均濃度24.67μg\/m3)，呈現改善趨勢，改善比率為3.7%，顯示於秋冬空氣品質不佳季節執行污染源應變工作具有一定成效。\n(二)\t空氣品質不良執行污染源應變減量作業\n1.\t強化應變查核效益，於初期建置應變查核對象名單，包括60大核定「各級空氣品質惡化防制計畫」公私場所、微型感測器潛勢熱區名單及「預防空氣品質惡化之空氣污染行為」本市管制對象名單掌握(包括瀝青混凝土13家；港區水泥原料裝卸1處、鍋爐業28家；揮發性有機液體儲槽13家)，並建立污染源完整通報機制，於空品不良期間進行執行通報作業。\n2.\t建立應變查核機制，減緩空氣品質惡化情形，計畫初期規劃依本市工業區IoT系統告警頻率及依據當下天氣型態(風速、風向等)通報應變測站作為中心，擇定應變巡查區域及依照當日指標污染物(懸浮微粒、揮發性有機氣體)來擇定應變巡查名單。\n3.\t計畫執行期間針對空品不良達惡化預警初級等級以上共計83天次，並依據當日不良測站、指標污染物指定應變查核區域，本計畫共巡查264家次公私場所，分別為237家次工廠及27家次營建工地，工廠查核結果有34家查核時發現缺失，查核結果主要以紀錄表未確實填寫或內容缺失佔51.16%、防制設備損壞故障、污損佔18.60%，及防制設備超過許可規定值佔23.26%。營建工地查核結果共4處次查核有缺失，以車行路徑未清洗或厚度不足為主要缺失。現場提請業者限期改善，要求營建工地務必落實各項污染防制措施，並且橫向聯繫相關計畫做後續追蹤。臺南市此段期間共計減量TSP削減686.99公噸、PM10削減134.05公噸、PM2.5削減30.74公噸、氮氧化物削減400.34公斤。\n4.\t本計畫於空氣品質達初級預警時，針對20家公私場所提報之區域空氣品質惡化防制計畫書現場抽查，其多數工廠未執行相關應變計畫之演練作業，部分工廠之計畫書內未檢附製程流程圖或許可證之製程已異動但計畫書尚未辦理變更。\n5.\t配合參與雲嘉南相關會議及環境部空品不良季節空氣污染跨區合作預防應變小組相關會議，共計參與9次應變小組會議及配合6次聯合稽查作業。\n(三)\t於空品不良期間執行重大污染源檢測與污染源追蹤及判定\n1.\t執行紅外線氣體顯像攝影機偵測高污染排放潛勢工廠洩漏13家次，其中2處公私場所有洩漏情形，皆完成改善且複查已無洩漏情事。\n2.\t執行公私場所設備元件揮發性有機氣體稽查檢測，針對近年抽測次數較少業者、難檢元件比率達10%以上之公私場所為檢測對象共計11家公私場所，完成8,000點次設備元件檢測，其中945點次為難以檢測元件(占12.5%)，並搭配紅外線氣體顯像攝影機偵測14天次輔助設備元件稽查檢測；最終共1家公私場所計10點設備元件洩漏，其中1點次達法規標準之洩漏定義依法告發處分。\n3.\t執行異味污染源採樣檢測作業3次，異味檢測值均符合標準值。\n4.\t執行UAV空拍查核作業共10次，其中5次為配合南區及南部六縣市應變聯合稽查、1次為針對陳情熱區執行露天燃燒查核，查獲8處露天燃燒情形現場皆無行為人；另4次分別執行新營工業區及柳科工業區，搭載紅外線熱顯儀及微型感測器進行空拍監測，查獲7家異常污染源。\n(四)\t112年環境部績效展現追蹤\n1.\t協助環保局爭取112年度績效考核項目為「空品不良季節跨區域協力應變（1~3月及10~12月）」皆達滿分。\n2.\t「空品不良季節跨區域協力應變」：雲嘉南與高屏空品區合作管制相當密切，在空品不良季節每月皆會有主題性的聯合稽查，112年跨縣市合作共計20次。\n(五)\t強化各層面之空品惡化期間宣導工作\n1.\t即時監控空氣品質監測資料，並協助機關發布即時性之新聞資訊及啟動應變作為，共協助提交4則新聞稿；於環保局FB粉絲團等社群媒體，發布空污應變成果、空品嚴重惡化提醒等貼文資訊，共計發布96則。\n2.\t移工對於臺灣空品相關規範較不熟悉，可能造成相關空氣污染行為發生，設計印尼版、越南版及英文版三種語言之空品宣導文宣共計500份，內容包含空氣品質標準判斷、本市空品概況資訊如何取得、空品對應活動建議事項以及空氣污染行為罰則等內容。\n3.\t於空品不良季節時，透過臺南市重要路口租用12處大型電子看板託播提醒市民相關防護訊息、空氣品質惡化應變措施及環保局各項空氣污染管理政策宣導等相關訊息宣導，託播達619小時。\n4.\t於民國113年4月18日邀集本市21局處及37區公所召開1場「臺南市空氣品質惡化應變檢討跨局處會議」，針對臺南市空氣品質惡化防制措施計畫內容檢討各局處與區公所應變權責內容，並且說明各局處及區公所執行落實度之抽查結果。\n5.\t於民國113年4月26日與臺南市政府教育局合作辦理1場「空氣品質惡化應變成果宣導會」，針對幼兒園防災業務相關領域教師，於防災教育研習營活動中透過應變成果宣導影片及相關應變措施的說明，推展本市各項應變成果，以提升本市教職人員空品不良之相關防護知識。",
        "eng_title": "2023 Tainan City Air Quality Deterioration Response Control and Protection Project",
        "eng_subject": "(Ⅰ)  Implementation of Pollution Source Control and Reduction during Poor Air Quality\n1.Enhanced Response Effectiveness:\nAt the start of the project, a list of response audit targets was established, including 60 public and private places with approved Air Quality Deterioration Prevention Plans, potential hot spots from micro-sensor data, and controlled targets for Air Pollution Prevention Actions in Tainan City (including 13 asphalt concrete plants, one port area cement handling site, 28 boiler industries, and 13 volatile organic liquid storage tanks).\nA complete reporting mechanism for pollution sources was established, with reporting operations executed during periods of poor air quality.\n2.Response Inspection Mechanism:\nA response inspection mechanism was planned based on the frequency of IoT system alerts in industrial areas and current weather conditions (wind speed, direction), selecting inspection areas and response inspection lists according to the day's indicator pollutants (suspended particles, volatile organic gases).\n3.Response Actions:\nDuring the project period, there were 83 days with air quality warnings at or above the preliminary alert level. Inspections were carried out at 264 public and private locations, including 237 factories and 27 construction sites. Of these, 34 factories were found to have deficiencies, mainly due to incomplete records (51.16%), damaged or malfunctioning control equipment (18.60%), and control equipment exceeding permit values (23.26%). Four construction sites had deficiencies, mainly due to unclean or insufficiently thick travel paths.\nSignificant reductions were achieved: TSP (Total Suspended Particulates) reduced by 686.99 tons, PM10 reduced by 134.05 tons, PM2.5 reduced by 30.74 tons, and NOx reduced by 400.34 kg.\n4.On-Site Inspections:\nDuring air quality preliminary warnings, on-site inspections of 20 public and private places' regional air quality deterioration prevention plans were conducted. Many factories had not practiced related response drills, and some factories' process flow charts or permits had not been updated.\n5.Participation in Related Meetings:\nParticipated in 9 response team meetings and 6 joint inspections with Yunlin-Chiayi-Tainan and the Environmental Protection Administration's cross-regional cooperation response team during the poor air quality season.\n(Ⅲ)Major Pollution Source Detection and Tracking During Poor Air Quality\n1.Infrared Gas Imaging Camera Inspections:\nInspected 13 high-pollution potential factories for leaks, with improvements completed and no leaks found upon re-inspection at two locations.\n2.VOC Inspections:\nConducted VOC inspections at 11 locations, testing 8,000 equipment components, including 945 difficult-to-inspect components (12.5%). Detected leaks at 10 points, with one point meeting regulatory leak definitions, resulting in legal action.\n3.Odor Pollution Source Sampling:\nConducted three odor pollution source sampling operations, with all detection values meeting standard levels.\n4.UAV Aerial Inspections:\nConducted 10 UAV aerial inspections, including joint inspections with the southern six counties and targeted open burning inspections, detecting 8 open burning incidents with no perpetrators found on site. Additionally, inspected industrial areas, detecting 7 abnormal pollution sources.\n(Ⅳ) Environmental Protection Administration Performance Tracking in 2023\n1.Assistance in Performance Assessment:\nAssisted the Environmental Protection Bureau in securing a full score for the performance assessment item Cross-Regional Cooperative Response during Poor Air Quality Season (January-March and October-December).\n2.Cross-Regional Cooperative Response:\nParticipated in 20 joint inspections with Yunlin-Chiayi-Tainan and Kaohsiung-Pingtung air quality areas during the poor air quality season.",
        "proj_year": "112",
        "org_name": "臺南市政府環境保護局",
        "exe_unit": "立境環境科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1122588351",
        "publish_date": "20241011"
    },
    {
        "chi_title": "111-113年環保產品拓展第2年(2年計畫)暨淨零綠生活環保標章30週年推廣專案工作計畫",
        "chi_subject": "本計畫主要目的為拓展環保標章品項與數量，執行重點包含提供業者輔導資源與協助、增進業者自行申請評估能力及辦理宣傳推廣活動。以下摘述本計畫執行重要成果及效益。\n一為調研面，為有效拓展環保標章產品及場所，借鏡國內其他綠色產品推動情形與作法，如政策面、補助面、宣導面等各工作面向，從他人的執行經驗中去學習好的地方，作為環保標章推動的參考，加強推動不足處，持續精進現行良好作法。\n次為輔導面，針對產業端進行輔導接洽，設定不同業別的篩選條件與原則，並透過輔導機制協助11家業者、共13件產品申請環保標章，除提升環保標章產品數量外，也於過程中瞭解實務問題，蒐整並提供解決辦法，以作為標章產品拓展的重要參考。\n最後為推廣面，針對產業端之公協會與業者進行推廣宣導，藉由2場次說明會、1場次研商會及1家公協會合作推廣試辦，宣傳環保標章推動作為，鼓勵相關業者投入申請，同時蒐集相關建議與意見，作為政策研擬的參考。\n整體而言，本計畫各項工作除已達到合約要求並達成計畫目標外，也綜整業者輔導及活動辦理等過程中所得到的寶貴回饋及建議，希冀可供未來政策推動參考。",
        "eng_title": "The 2nd Year Project for Environmental Product Development and Promotion of the 30th Anniversary of the Green Mark and Net Zero Green Life Movement (2022-2024, Two-Year Project)",
        "eng_subject": "The main purpose of this project is to expand the range and quantity of Green Mark. The key focuses of implementation include providing guidance and assistance to businesses, enhancing their self-assessment capabilities for applications, and conducting promotional activities. The following summarizes the important outcomes and benefits of the project:\nFirstly, regarding research, to effectively expand the Green Mark products and locations, the project draws lessons from the promotion of other green products domestically, such as policy, subsidy, and advocacy aspects. By learning from others' experiences, the project aims to use these as references to improve the promotion of Green Mark, address shortcomings, and continuously refine current good practices.\nSecondly, on the guidance front, the project provided counseling to the industry by setting different selection criteria and principles for various sectors. Through the guidance mechanism, assistance was given to 11 businesses applying for Green Mark for a total of 13 products. This not only increased the number of labeled products but also helped identify practical issues during the process, which were compiled and provided with solutions as important references for expanding labeled products.\nLastly, concerning promotion, the project conducted advocacy with industry associations and businesses through two information sessions, one discussion meeting, and a trial promotion in cooperation with one industry association. These efforts were aimed at promoting the Green Mark initiative, encouraging related businesses to apply, and collecting relevant suggestions and opinions for policy development.\nOverall, the project has not only met contractual requirements and achieved its goals but also consolidated valuable feedback and suggestions obtained during business guidance and event management. This is hoped to serve as a reference for future policy promotion.",
        "proj_year": "112",
        "org_name": "環境部綜合規劃司",
        "exe_unit": "環資國際有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1121025612",
        "publish_date": "20241031"
    },
    {
        "chi_title": "112年度嘉義縣健全稽查專精能力及專業跨域支援量能計畫",
        "chi_subject": "本工作團隊所進行之「112年度嘉義縣環境保護局健全稽查專精能力及專業跨域支援量能計畫」，由本團隊規劃執行之公害陳情案件輪班作業、重大環保案件查辦(結合檢警環進行查處)、重大污染案件查核(1.辦理檢警環調聯盟會議 2.應用科學技術查處 3.非法棄置開挖作業及揮發性有機物檢測作業 4.智慧監控系統 5.AI車辦系統 )、優質環境維護工作(1.盤點廢棄物棄置及資收髒亂熱點 2.辦理一次性產品稽查作業及辦理相關宣導會議(1.稽查實務及科技運用教育訓練 2.工作績效檢討會 3.一再陳情及特殊案件檢討會)等項目，期藉由本計畫之執行可提高民眾對陳情案件處理之滿意度，增加民眾對政府執行公權力的信心與防制污染的決心",
        "eng_title": "Environmental Protection Bureau,Chiayi County,improve inspect specialize capabilityand Professionals cross-domain support  quantity plan",
        "eng_subject": "The Chiayi County Environmental Protection Bureau's 112th Annual Improvement of Inspection Specialization Capabilities and Professional Cross-Domain Support Capacity Plan carried out by this working team, the shift operations of pollution cases and the investigation and handling of major environmental protection cases planned and implemented by this team (in conjunction with the prosecutorial police Environmental investigation and handling), major pollution case inspection (1. Handle the Procuratorate, Police and Environmental Investigation Alliance meeting 2. Apply science and technology to investigate and deal with 3. Illegal disposal excavation operations and volatile organic compound detection operations 4. Smart monitoring system 5. AI vehicle office system) , High-quality environmental maintenance work (1. Inventory of waste disposal and dirty collection hotspots 2. Handle disposable product inspections and conduct related publicity meetings (1. Education and training on inspection practices and technology application 2. Work performance review meeting 3. Repeated petitions and special case review meetings) and other projects, it is expected that through the implementation of this plan, the public's satisfaction with the handling of petition cases will be improved, and the public's confidence in the government's execution of public powers and determination to prevent pollution will be increased.",
        "proj_year": "112",
        "org_name": "嘉義縣環境保護局",
        "exe_unit": "慧群環境科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1120886281",
        "publish_date": "20241022"
    },
    {
        "chi_title": "建立廢棄資源可行循環技術實施制度計畫",
        "chi_subject": "因應「資源循環促進法」(下稱促進法)草案立法將「廢棄物清理法」及「資源回收再利用法」兩法合一，將再利用統一事權由環境部管理，為精進再利用效益及促進資源循環，本計畫規劃最適可行循環制度，作為促進法公告事業製程廢棄物應採用最適可行循環技術之制度。本計畫蒐研4類國內外相關環保或廢棄物循環法規或制度、7國相關環境技術查證、台灣三階段土水技術證明核發制度、綠色工廠標章制度、資源再生綠色產品制度等作為最適可行循環制度研擬參考。本計畫辦理專諮會6場次及產業訪視2場次，徵詢專家學者及業界意見，以廢氫氟酸為例，研提最適可行循環制度定義、目的、適用對象、可行技術評比及成果規劃、公告形式、推動方式、配套等，並評析可能挑戰與對策、可行性及效益。另蒐集關鍵物料及其再利用之成熟商業技術，研提可行循環技術推動路徑及藍圖。",
        "eng_title": "Establishment of a Feasible Implementation System for Waste Resources Recirculation Technology",
        "eng_subject": "In response to the proposed legislation of the 'Resource Circulation Promotion Act,' which integrates the 'Waste Disposal Act' and the 'Resource Recycling Act,' the competent authority for waste resource circulation will be unified under the management of the Ministry of Environment. This project aims to establish a feasible recircular system, best available recirculation technology (BART), to enhance waste resource recycling efficiency and to promote resource circulation. Designed enterprises with specific processes and specific waste types will adopt the BART based on this system. The project gathers and summarizes four types of domestic and international environmental protection or waste recycling laws or systems, conducts environmental technology verifications (ETVs) from seven countries, follows Taiwan’s three-phase soil and groundwater technical certification process, examines the green factory label system, and analyzes the green product system. These serve as references for developing the proposed system. To gather insights and feedback, the project conducted six expert consultations and two industry visits. Using hydrofluoric acid waste as an example, the project defines objectives, evaluates applicable subjects, assesses feasible technology, plans outcomes, determines announcement forms, outlines promotion methods, provides support, and analyzes potential challenges, strategies, feasibility, and benefits. Furthermore, the project collects key materials and mature commercial technologies for resource circulation and proposes a strategic roadmap and blueprint for promoting recircular technologies.",
        "proj_year": "112",
        "org_name": "循環署循環處理組",
        "exe_unit": "業興環境科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1120662507",
        "publish_date": "20241026"
    },
    {
        "chi_title": "國際環保合作交流推動計畫",
        "chi_subject": "本計畫目的為協助環境部推動國際環保合作，深化夥伴與我國在環保領域方面之交流。為有助完成計畫工作項目，本團隊將計畫項目分為四大主軸執行，1）國際資訊彙整研析、2）籌辦國際環保合作交流活動、3）國際交流成果宣傳品製作、4）行政事務協助。關於國際資訊彙整研析，本團隊完成蒐集主要國家當今環保相關新聞，彙整美國及日本之特定環保議題發展及研析國際重要組織、公約及協定之環保議題，如世界貿易組織、亞太經濟合作及跨太平洋夥伴全面進步協定、塑膠公約、CBAM等。關於國際交流活動，本團隊於112年6月7日至9日協助辦理及參與太平洋島國廢棄物管理研訓班，蒐集島國廢棄物管理相關資訊。另陪同環境部人員於112年7月29至8月2日赴帛琉參與太平洋島國環境大會，協助發表及處理相關行政庶務。臺美30周年高階活動已於112年8月21日辦理完成、臺日環境會議於113年7月1日至4日辦理完成。\n國際交流成果宣傳品製作方面，已完成5組圖卡製作、1組臺美高階活動圖卡，臺美高階活動影片2支以及環境部簡介簡報英文配音影片1支、摺頁規劃及印製300份，行政事務協助方面，本團隊提供計畫成果報告彙編，協助環境部接待外賓並提供口譯服務、會議茶點與紀念品。",
        "eng_title": "Promoting International Environmental Protection Collaboration",
        "eng_subject": "The goal of the project is to assist Taiwan Ministry of Environment in promoting international collaboration in the area of environmental protection and to strengthen exchanges between partner countries and Taiwan. The tasks of the project have been categorized into 4 main focal points, research and analyze environmental related information in the international community, organize and implement international activities, design and produce media material to share Taiwan’s environmental accomplishment, and provide administrative support. With regards to research and analysis, the project team collected major recent environmental news in key countries, researched US and Japan’s recent environmental progress, and analyzed crucial environmental topics discussed in international organization, conventions, and accords, such as World Trade Organization, Asia-Pacific Economic Cooperation, and Comprehensive and Progressive Agreement for Trans-Pacific Partnership. As for international activity implementation, Regarding the preparation of international exchange activities, our team assisted in organizing and participating in seminars from June 7 to 9, 2023, to collect information related to waste management in island countries. The team also accompanied personnel from the Ministry of Environment to Palau to participate in the Pacific Island Countries Environmental Conference from July 29 to August 2, 2023, to assist in making presentations and handling relevant administrative matters.\nThe high-level event for the 30th anniversary of Taiwan and the United States was completed on August 21, 2023, and the Taiwan-Japan Environmental Conference was completed from July 1 to 4, 2024. \nAs for promoting Ministry of Environment, designed 5+1 different content for facebook exposure, 2 videos for the high-level event for the 30th anniversary of Taiwan and the United States, 1 introduction video of Ministry of Environment in English, and 300 hard copy of introduction. Assisted Taiwan Ministry of Environment host international guests, provide interpretation service, meeting snacks and gifts.",
        "proj_year": "112",
        "org_name": "環境部綜合規劃司",
        "exe_unit": "財團法人中華經濟研究院",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1120369669",
        "publish_date": "20241007"
    },
    {
        "chi_title": "112年度嘉義縣235環境教育執行計畫",
        "chi_subject": "本計畫執行期程自112年1月1日至112年11月30日，工作內容包括環境教育專案執行：配合辦理環境節日及其他環境教育相關活動，辦理第112年永續發展獎地方初賽、環境知識競賽初賽、辦理惜食料理食譜\/惜食教案甄選活動、環境教育繪本徵選及推廣計畫、寒（暑）假期環境教育營隊計畫、辦理第九屆國家環境教育獎、臺美生態學校推廣計畫、執行中央補助款環境教育基金（署BAF系統）登錄及操作、推動永續發展工作及協助宣傳。\n執行環境教育志工培訓：辦理環境教育志工增能訓練及運用計畫、全國環保志（義）工群英會全國賽參賽工作、嘉義縣環保志工群英會、環保志工督導訓練、環保志工隊幹部聯繫會議暨志工隊評鑑及環保類志工獎勵頒獎）、購置環保志工服勤裝備、環保義工日環境教育體驗學習活動、環境教育志工運用、推動環保志工業務及運用、招募環保志工完成訓練、辦理本局辦理衛生福利部志願服務資訊整合系統環保志工相關資料建置、環保志工業務推動及成果彙整等。\n執行綠能館發展規劃與營運維護相關工作：辦理每月主題日活動、週期性館內展品展出與實驗模組租賃或採購、綠能館行銷宣導工作、建築物及展示設備軟硬體更新、維護、展館空間改善、修繕與活化、綠能館解說導覽服務等相關工作、綠能館基地空間檢討改善規劃、與本縣教育處合作規劃環教軸帶等工作本計畫人員設備已於112年1月13日到位（嘉義縣環境保護局112年1月18日嘉環綜字第1120002034號函同意備查），截至112年11月30日為止，共執行11個月，符合工作進度。",
        "eng_title": "Implementation Plan of 2023 Chiayi County “235 Environmental Education Program”",
        "eng_subject": "This program will be implemented for a period starting from January 1 till November 30, 2023. Related activities include the implementation of environmental education programs: coordination with activities relating to environmental festivals and other environmental education programs, the local preliminary competition of 2023 Sustainable Development Award, preliminary competition of Environmental Knowledge Competition, the selection of ”Cherish Food” recipes\/teaching plans,  the selection of picture books and promotion program for environmental education,  camping plan of environmental education in winter\/summer holidays,  the 9th Taiwan Environmental Education Award, Taiwan-USA Eco-School Promotion Program, login to and operations on the Environmental Education Fund under Central Government's Subsidy Program (BAF System), and promotion of sustainable development and supporting publicity.  \nTraining on volunteers for environmental Education program: volunteer enhancement training for environmental education and application plan, activities in participation in  the Taiwan-wide contest for the Taiwan Environmental Volunteers Association,  contact meeting with Chiayi County Environmental Volunteers Association, environmental volunteer supervision and training,  contact meeting with officers of environmental volunteer team, evaluation of volunteer team and  awards to environmental volunteers), purchase of environmental volunteers’ service equipment, environmental education experiential learning activities on Environmental Volunteer Day, applications of environmental education volunteers. and promotion of the business and applications of environmental volunteers, recruitment of and training on environmental volunteers, setup of the data on environmental volunteers in the  volunteer service information integration system of the Ministry of Health and Welfare, and promotion of environmental volunteer services  and integration of outcomes. \nImplementation of Green Energy Exhibition Hall development planning and activities related to operation and maintenance: monthly theme day activities, periodic exhibitions in the hall and rental or purchase of experimental modules, marketing promotion for Green Energy Exhibition Hall,  software  and hardware  update and maintenance for building and display equipment, exhibition space improvement, repair and activation, activities related to interpretation and visit guide services in Green Energy Exhibition Hall, review of improvement plan for  base space of Green Energy Exhibition Hall, cooperation with the Education Office of Chiayi County for planning of environmental education axis and other activities. The staff and equipment for the plan have been prepared in place on January 13, 2023 (documented in Consent numbered CY-E-G-1120002034 as filed with  Environmental Protection Bureau of Chiayi County dated January 18, 2023  for consultation). As of November 30, 2023, the plan will be implemented for 11 months in total, in line with the program schedule.",
        "proj_year": "112",
        "org_name": "嘉義縣環境保護局",
        "exe_unit": "綠信環境科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1120151409",
        "publish_date": "20241022"
    },
    {
        "chi_title": "112-113年度空氣品質預報技術提升及支援計畫",
        "chi_subject": "為探討影響空氣品質變化之氣象特性以及支援每日空品預報，本計畫規劃以下工作方向:(1)支援空氣品質預報所需專業技術及提供客觀預報參考資料;(2)更新空品預報模式以強化空氣品質預報人員之預報能力及支援預報;(3)高污染事件特性分析以提升大氣邊界層以及O3模擬成效，以及高污染事件發生時之氣象與排放量的影響;(4)提升空品預報模型校正成效。\n主要執行成果如下：(1)提供兩組空品預報模式，分別為使用TEDS10與TEDS11排放資料; (2)使用TROPOMI衛星資料，更新東亞地區污染排放;(3)更新國道車流量時間序列分佈以提升國道交通污染排放量;(4)使用CMAQ-PAMS評估主要VOC污染來源以及其對O3生成影響;(5)高污染事件模擬，提升大氣邊界層內污染物水平傳輸與垂直擴散過程的模擬效益，以及其對空品的影響;(6)更新天氣型態分類，以提升空品預報校正模型成效。",
        "eng_title": "Enhancement of the Air Quality Forecasting Skill",
        "eng_subject": "To investigate the variations of the air quality and to support the daily air quality forecast, this project propose the following tasks: (1) support the daily air quality forecasting; (2) upgrade the air quality modeling to enhance the forecasting capability; (3) assessment of air pollution episode to enhance the simulation capability of PBL conditions and O3 simulation, and to assess its impact on the occurrence of the air pollution event; (4) enhance the accuracy of the bias-correction method for air quality prediction.\nThe major tasks conducted include: (1) support the daily air quality forecasting; (2) utilize the TROPOMI satellite products to enhance the estimation of East Asia emission inventory; (3) improve the temporal allocation of highway emissions; (4) utilize CMAQ-PAMS system to assess the major VOCs emission sources and examine its impact on O3 concentration; (5) assessment of air pollution dispersion process in the PBL for a high pollution episode; (6) enhance the weather type classification and assess its impact on the bias correction method.",
        "proj_year": "112",
        "org_name": "環境部環境資訊科技司",
        "exe_unit": "中華民國氣象學會",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1122365079",
        "publish_date": "20240924"
    },
    {
        "chi_title": "112年容器商品循環設計與責任業者精進管理工作計畫",
        "chi_subject": "本計畫主要透過調查容器商品市場、蒐集整合專家學者及業者意見及責任業者稽查管制制度研析檢討，具體檢討及調整公告應回收容器管理法規及措施，並透過彙整國內外容器商品環境化設計案例，擬定我國塑膠容器環境化設計指南供各界參考。\n首先，針對塑膠平板包材已完成回收法規修正草案、徵收及補貼費率草案及營業量申報系統表單並研擬政策說帖，以及持續協助資源循環署辦理相關公聽研商會議，以達提升塑膠平板包材回收再利用成效及符合國家減塑之目標。\n其次，為推動塑膠容器商品朝向環境化設計，本計畫已完成環境化設計之圖文電子書修訂，托盤包裝循環利用聯盟合作意向書亦完成簽署並評估替代材質之可行性及回收處理體系現況。\n而為推動國內紙板源頭課費，訪談紙產業鏈相關業者2梯次並彙整各家意見、進口現況等相關資訊作為擬定紙板課費草案之參考依據，將持續協助資源循環署與業者研商，俾利儘速完成紙板課費新制擬定及相關作業規劃。有關紙餐具本體來源標誌標示查核作業，已完成100家免洗餐具販售業者、50家紙製免洗餐具實廠調查作業，並彙整查核結果供資源循環署參酌。\n為落實公告應回收容器責任業者誠實登記、申報及繳費，本計畫完成提報122家疑似未登記責任業者名單，持續追蹤近兩年輔導登記情形及追查應辦理登記之責任業者有無依法辦理登記，另彙整歷年判釋及回收處理業者意見，提出表二裝填項目調整建議，與相關機關單位及專家學者進行檢討及建議修正方向確保修正法規之周延性，並辦理1場次未登責任業者教育訓練會議，簡報內容已上傳至營業量申報系統供責任業者及查核人員參酌。\n此外，已製作容器責任物認定原則及判釋問答集並協助署辦理資源回收宣導活動、專家諮詢會議、責任業者座談會等行政事項。",
        "eng_title": "Circular Design of Regulated Recyclable Containers and Responsible Enterprise Management Project",
        "eng_subject": "This project is primarily aimed at exploring the container goods market, collating and integrating insights from experts, scholars, and businesses, as well as evaluating and closely examining the inspection and regulatory frameworks of accountable enterprises. It encompasses a detailed review and modification of the announced regulations and strategies for managing recyclable containers. Additionally, by assembling case studies on eco-friendly designs of container goods from both national and international perspectives, we have formulated guidelines for the environmental design of plastic containers to serve as a reference across all sectors.\n\nInitially, we completed amendments to recycling regulations for Plastic Board Packaging, prepared drafts for collection and subsidy rates, and developed the business volume declaration system forms, along with drafting policy advocacy posts. We also continuously support the Resource Recycling Administration in holding related public hearing research meetings to boost the recycling and reuse efficiency of Plastic Board Packaging and achieve the national objectives of reducing plastic use.\n\nMoreover, to advance the eco-friendly design of plastic container products, we have revised the electronic book on Environmental-Friendly Design. A letter of intent for collaboration within the Pallet Packaging Recycling Alliance has been signed, assessing the viability of alternative materials and the current state of the recycling system.\n\nTo advocate for the application of upstream charges on cardboard domestically, we conducted two rounds of interviews with stakeholders in the paper industry chain to gather opinions, import scenarios, and other pertinent information for drafting the cardboard charge proposal. We will continue to assist the Resource Recycling Administration in industry discussions to swiftly develop the new cardboard charge system and related operational plans. Regarding the inspection tasks for the Body Source Emblem (QR code) on disposable paper tableware, we completed surveys of 100 disposable tableware retailers and 50 factories, compiling the findings for the Resource Recycling Administration's review.\n\nTo guarantee accurate registration, reporting, and payment by businesses responsible for recyclable containers, we submitted a list of 122 potentially unregistered entities, persistently monitoring registration guidance over the last two years and verifying compliance with legal registration requirements. Furthermore, we gathered interpretations and feedback from recycling and processing entities over time, suggested modifications to Table 2's entries, and engaged with relevant bodies and scholarly experts to propose amendment directions, ensuring comprehensive regulatory revisions. An educational training session for unregistered responsible businesses was also organized, with the presentation material made available on the business volume declaration system for responsible businesses and inspectors.",
        "proj_year": "112",
        "org_name": "循環署回收基金管理會",
        "exe_unit": "晶淨科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1121744603",
        "publish_date": "20240930"
    },
    {
        "chi_title": "112年度海岸環境清潔維護推廣及成效管理計畫",
        "chi_subject": "為解決海岸、海洋、河川環境整潔問題，109年5月行政院核定「向海致敬-海岸清潔維護計畫」，由環境部(原環保署)統籌9個中央部會、19個臨海縣市政府及民間團體共同合作，實踐「清理」、「減量」、「去化」、「透明」、「教育」五大政策主軸，並建立「定期清、立即清、緊急清」機制，以每吋海岸都有人管、每吋海岸都乾淨為目標，確保臺灣1,990公里海岸線永遠保持乾淨，本計畫為輔助向海致敬政策執行，根據過去執行成果持續維護與精進既有系統與活動，優化海岸清理資訊平台，並協助強化向海致敬管制考核機制及宣導向海致敬政策推動成果，逐步落實共同守護臺灣海岸環境清潔之目標。\n針對海岸廢棄物監測調查，分析108年至112年第1-3季成果顯示，皆以「生活垃圾與遊憩行為」垃圾居多，所佔比例為80.9%，分析歷年前五名排行榜中，連續5年皆以寶特瓶數量位居第一，另外與「國際海岸清理報告」全球前十大排名之廢棄物數量進行比較，顯示臺灣地區之寶特瓶占全球約3.0%為最高，其次為塑膠瓶蓋占全球約2.8%，第三則為吸管占全球約1.9%，且此三項皆高於臺灣所有廢棄物總量所占全球之1.2%，而寶特瓶及塑膠瓶蓋數據資料，與本計畫歷年調查成果相似，皆占有較高的比率，依據此結果，建議未來可持續投入寶特瓶相關產業之源頭減量、減塑及去化政策之擬定。\n配合向海致敬-海岸清潔維護計畫，本計畫以提升各部會線上掌握海岸清理成果效率為目標進行功能建置，包括滾動式更新310餘處權責單位系統圖層資訊，建置髒亂清理範圍圖層及視覺化資料展示工具及巡檢通報等功能，另外為提升網站資安防護與民眾使用友善度亦建立海岸清理資訊平台單一入口作業、淨灘場域環景檢視與淨灘活動版面優化等服務。\n為讓民眾瞭解海岸污染及源頭減量的嚴重性並宣傳向海致敬執行成果，本計畫已發佈環境教育相關議題貼文、辦理淨灘活動及向海致敬成果論壇等方式，提升民眾對於海岸環境保護的意識，吸引不同族群加入海岸髒亂通報行列，以達到全民共同守護海岸之目的。",
        "eng_title": "Promoting and Maintaining Clean Coastal Environment and Performance Management Project in 2023",
        "eng_subject": "To maintain clean coasts, oceans, and rivers, Executive Yuan approved the “Salute to the Ocean: Coastal Cleanup ＆ Maintenance Program” (hereinafter the Program) in May 2020. Led by the Ministry of Environment (formerly the Environmental Protection Administration), the Program is jointly implemented by 9 ministries and 19 coastal county and city governments and private organizations. The Program focuses on 5 main aspects: “cleaning”, “reduction”, “disposal”, “transparency”, and “education”. This program established a mechanism of “regular cleaning, immediate cleaning, and emergency cleaning” to ensure that every inch of the coastline is properly managed and kept clean. The goal is to ensure that Taiwan's 1,990 kilometers of coastline remain permanently clean.\nThe aim of this Project is to support the implementation of the Program through the following measures: 1. continue maintaining and enhancing the existing systems and activities based on the results of previous implementation; 2. optimize the coastal cleanup information platform; 3. assist in strengthening the control and assessment mechanism of the Program, and 4. promote the achievements of the Program. The goal is to gradually achieve the shared commitment to safeguarding the cleanliness of Taiwan’s coastal environment.\nThe coastal waste monitoring survey results showed that from 2019 to 2023, most of the waste is attributed to “domestic waste and recreational behaviors”, accounting for 80.9%. After analyzing the top 10 waste items, the number of PET bottles ranked first for 5 consecutive years.\nIn addition, compared to the amount of waste in Taiwan with the global top five waste in the “International Coastal Cleanup Report”, the number of PET bottle caps ranked first: caps from Taiwan accounted for approximately 3.0% while PET bottles account for around 2.8% globally. Additionally, straws ranked third at approximately 1.9%. Moreover, of all the waste produced globally, the amount of waste attributed to Taiwan is 1.2%, and all three of these categories surpass 1.2%. \nThe data on PET bottles and PET bottle caps aligned with the findings from previous years; these two types of waste comprise a higher percentage of the waste found in Taiwan. Based on these results, this Project recommends continuing to devote to drafting policies on source reduction, plastic reduction, and waste disposal specifically targeting the PET bottle industry.\nTo coordinate with the Program, this Project developed various functionalities to enhance the efficiency of monitoring coastal cleanup results online for each ministry. This includes continuously updating the drawings in the systems for 310 responsible authorities, creating drawings depicting areas requiring cleaning, and creating data visualization tools and reporting tools for inspections.  \nIn addition, to enhance data security and user experience of the website, optimization on features has been provided, including creating a single sign-on of the coastal cleanup platform, panorama views of coastal cleanup areas, and cleanup event webpage layout optimization.\nFor the public to understand the severity of coastal pollution and the importance of source reduction while promoting the achievements of the Program, several measures were implemented. These include publishing articles on topics related to environmental education, hosting coastal cleanups, and the Program achievement forum. These efforts aim to raise public awareness of coastal environment protection, attract different groups of people to report dirty coasts, and ultimately achieve the goal of collective coastal area conservation by everyone. \nThe Salute to the Ocean Project has entered its fourth year since its launch in 2020. Through reporting cleanup results by various ministries and information and surveys collected by private organizations, the amount of coastal waste has been reduced by almost 60% compared to 2020. The efforts of each authority show initial success, and Executive Yuan has approved the second phase of the “Salute to the Ocean” initiative from 2024 to 2027. In the next four years, the focus is not only on maintaining clean beaches, but also on continuously improving the effectiveness of coastal maintenance through the division of responsibilities among authorities, source reduction, disaster cleanup, and other aspects. The goal is to ensure that every inch of the coastline is managed and kept clean.",
        "proj_year": "112",
        "org_name": "氣候署調適韌性組",
        "exe_unit": "環資國際有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1121694685",
        "publish_date": "20240924"
    },
    {
        "chi_title": "112年度臺南市噪音監測及機動車輛排氣管聲音辨識管制計畫",
        "chi_subject": "(一)\t執行一般地區環境音量及道路交通音量監測作業，112年第二~四季138點次至113年第一季48點次和第二季6點次，共完成192點監測作業，並於次月5日前將監測成果上傳至環境部噪音管制資訊系統。\n執行成效 :臺南市109年至113年環境及交通噪音監測結果，分析結果均未超標，亦符合現行噪音相關標準要求。\n(二)\t執行民眾噪音陳情案件或經臺南市環保局指定位置監測作業辦理民眾陳情環境噪音、交通噪音案件監測或臺南市環保局指定地點之監測作業，目前已完成10場次監測作業。\n執行成效 :監測結果僅第二場次北區長榮路五段鐵路運輸噪音超標，其餘監測皆未超標，符合相關規定。超標部分目前已於113年2月16日辦理審查會議，要求台鐵加裝隔音圍籬。\n(三) 執行使用中機動車輛原地噪音量測作業\n1.攔檢66場，攔巡(查)數共3,292輛、攔檢數共367輛、合格273輛次、不合格93輛(不合格率25.3%)。\n2.召回77場，檢測2,552輛、合格1,460輛、原廠管988輛、不合格104輛(不合格率4.1 %)。\n3.112年檢舉查證5,024件，受理2,678件，皆已發文。\n4.113年檢舉查證2,530件，受理901件，790已發文。\n執行成效：分析噪音污染潛勢圖，發現臺南市民眾機動車輛噪音陳情各區域皆有改善，112年車輛噪音陳情數較111年下降約20%。 而永康區、東區改善完成率仍高於3%，113年持續加強取締。\n(四) 執行機動車輛行駛噪音稽查作業 (聲音照相科技執法)\n1.移動式聲音照相執行107場，辨識車牌178,848輛、噪音事件1,714件、告發28件、召回25件，第8條1件。\n2.類固定式聲音照相執行76場，辨識車牌1,459,125輛、噪音事件86,208件、告發57件、召回172件，第8條8件。\n3.固定式聲音照相執行2,829天，辨識車牌30,579,300輛、噪音事件139,413件、告發353件、召回349件、第8條34件。\n執行成效：以陳情數而言，前30大路段科技執法成效在各區皆有降低趨勢，僅東區略為成長。112年相較111年告發從176件增至438件，告發增2.5倍；召回從84件增至546件，召回增6.5倍，與同期陳情相比約降20%。\n(五) 航空站查核作業\n1.歸仁機場報告書審查112年5件，臺南機場112年3件。\n2.112年度完成臺南機場與歸仁基地平行監測，共5點次。\n3.112年度完成臺南機場與歸仁基地之查核作業。\n執行成效：藉由航空噪音監測、審查軍方提送噪音報告以及對噪音監測控制中心和機場監測站進行檢查，並最終達到軍用機場噪音管制，減少臺南市民噪音陳情。\n(六) 協助檢討或修正彙整噪音管制相關法規公告事宜\n1.噪音管制法第七條，依111 年7 月15 日公告檢討噪音管制區參考圖面，皆已完成檢討，並更新噪音管制網。\n2.噪音管制法第八條，已於110年2月8日公告「修正本市各類噪音管制區內，不得從事妨害他人生活環境安寧行為之時間丶地區或場所」。\n3.噪音管制法第九條，已於106年3月14日針對噪音管制法第九條第一項第六款公告 「臺南市各類噪音管制區內，非屬工廠（場）、娛樂場所、營業場所及營建工程等場所或工程範圍內，所使用之下列設施所發出之聲音，不得超過噪音管制標準」。\n4.噪音管制法第二十條第三項，已於113年4月15日公告生效「量測方法內容明定數據擷取方式及時距，品質管制中使用聲音校正器確認量測系統，頻率由三天一校改為七天執行一次」。\n5.環境部機動車輛替換用消音系統認證管理規範，113年替換用排氣管須辦理認證；並配套交通部修訂「道路交通安全規則」第二十三條、第二十四條、第三十九條之一及附件十五規範，落實源頭管理，促進民眾生活安寧。\n執行成效：蒐集環境部或相關部門之噪音管制相關法規修正或公告，依第七、八、九條檢視臺南市相關噪音公告與噪音管制法相符，並依法行政。\n(七) 營建噪音管制\n1.配合營建計畫辦理營建工地噪音法規宣導會2場次。\n2.會同營建計畫稽巡查，共執行63場次。\n3.專案營建輔導並追蹤改善情形14場次。\n4. 機動式噪音監測，針對重點陳情工地進行監控3場次。\n5.辦理假日管制時段巡查作業38處。\n6.辦理微感器噪音示警巡查宣導作業5場次。\n執行成效：藉由施工現場噪音巡查、實測和宣導，112年6至9月陳情數量皆於100件以下，營建監控3場次監控期間也無陳情案件。\n(八) 非游離輻射管制\n        已完成40件(極低頻20件、射頻20件)，結果通過環境部審核。完成檢測設備校正作業，並取得校正報告。\n執行成效：藉由對40處非電離輻射測量，結果均符合監測標準，有效控制對人體的相關影響。\n(九) 光污染管制\n1.完成18點次(民眾陳情15件、歷年追蹤3件)，其6件超標，皆現場勸導改善；此外，無法量測進行宣導10件。\n2.辦理光污染宣導6場次。\n3.完成亮度與照度檢測設備校正作業，並取得校正報告。\n執行成效：藉由光污染量測超標案件進行勸導改善，解決民眾陳情光害對周遭環境及眼睛造成之傷害。\n(十) 行政院環境部環保機關績效考核管理，112年得分7.0分 (總分7分)。\n執行成效：環境部考評噪音項目獲得滿分。\n(十一) 其他配合事項\n1.協助環保局辦理39間宮廟宣導作業。\n2.工作月報及噪音陳情案件統計分析，完成12次提送作業。\n3.噪音陳情案件專案輔導1場次。\n4.辦理噪音協商會(或宣導會或說明會)3場次。\n5.落實機動車輛裁處作業，112年度完成度100%。\n6.噪音防制網站已依規定建置，並持續維護更新。\n7.新聞稿完成10篇，臉書發布35篇相關資訊。協助完成宣導圖卡製作4則、影片2則以及活動規劃等作業。\n8.協助執行中秋、國慶、元旦爆竹煙火管制作業。\n9.依規定已提供稽查用轎車3輛，供本計畫使用。",
        "eng_title": "112 Tainan City Noise Monitoring and Motor Vehicle Exhaust Pipe Sound Identification Control Plan",
        "eng_subject": "Summary of the Evaluation\n(1)Implementation of Monitoring of General Environmental Noise Levels and Road Traffic Noise Levels:\nFrom 138 points in the second to fourth quarter of 2023 to 48 points in the first quarter and 6 points in the second quarter of 2024. A total of 192 monitoring operations were completed.The monitoring results were uploaded to the Environmental Protection Administration's Noise Control Information System before the 5th day of the following month.\nImplementation effectiveness : For environment and traffic noise monitoring results from 2020 to 2024 in Tainan, the analysis result show no exceeded, and also all  meet the current noise related standard requirement.\n(2) Implementation of Monitoring of Noise Complaints from the Public or at Locations Designated by Tainan City Environmental Protection Bureau:\nA total of 10 monitoring operations have been completed for environmental noise and traffic noise complaints from the public or at locations designated by the Tainan City Environmental Protection Bureau.\nImplementation effectiveness：The monitoring results showed that the railway transportation noise in the fifth section of Changrong Road in the North District exceeded the standard in only the second session.\nThe rest of the monitoring did not exceed the standards and complied with relevant regulations. The portion that exceeds the standard is currently undergoing a review meeting on February 16, 2024, requiring Taiwan Railway to install soundproof fences.\n\n(3) Implementation of On-Site Noise Measurement for In-Use Motor Vehicles:\n1. A total of 66 inspections were conducted, involving 3,292 vehicles. A total of 367 vehicles were inspected, out of which 273 were found to be compliant and 93 were found to be non-compliant, resulting in a non-compliance rate of 25.3%.\n2. A total of 77 recalls were conducted, involving the inspection of 2,552 vehicles. Out of these, 1,460 were found to be compliant , 988 vehicles were inspected by the original factory,and 104 were found to be non-compliant, resulting in a non-compliance rate of 4.1%.\n3. In 2023, a total of 5,024 complaints were received and 2,678 were accepted for investigation. All complaints have been addressed through official communication.\n4. In 2024, a total of 2,530 complaints were received and 901 were accepted for investigation. Official communication has been issued for 790 of these complaints.\nImplementation effectiveness：The noise pollution potential map we analysed, and found the noise complaints were improved in all areas for Tainan citizen, The number of vehicle noise complaints in 2023 dropped by about 20% compared with 2022 . However, the improvement completion rate of Yongkang District and Eastern District is still higher than 3%, it should be to strength for inspections and banned in 2024.\n(4) Implementation of Noise Inspections for Motor Vehicles:\n1. A total of 107 mobile sound camera sessions were conducted, resulting in the identification of 178,848 license plates, 1,714 noise events, 28 reported cases, 25 recalls, and 1 change the exhaust pipe again to article 8. \n2. A total of 76 kind fixed sound camera operation were conducted, resulting in the identification of 1,459,125 license plates, 86,208 noise events, 57 reported cases, 172 recalls, and 8 change the exhaust pipe again to article 8..\n3. A total of 2,829 days of fixed sound camera operation were conducted, resulting in the identification of 30,579,300 license plates, 139,413 noise events, 353 reported cases, 349 recalls, and 34 change the exhaust pipe again to article 8.\nImplementation effectiveness：In terms of public complaints, The effectiveness of technological law enforcement on the top 30 road sections shows a downward trend in all districts, Only the Eastern District has grown slightly. Compared with 2022, the number of reports increased from 176 to 438 in 2023, an increase of 2.5 times. Recalls increased from 84 to 546, a 6.5 times in recalls, Compared with the same period, Public complaints  dropped by about 20%.\n(5) Inspection Operations for Airports:\n1. Five report reviews were conducted for the Guiren Airport in 2023, and three report reviews were conducted for the Tainan Airport in 2023.\n2. In 2023, parallel monitoring was conducted at five locations between the Tainan Airport and Guiren base.\n3. Inspection operations were completed for the Tainan Airport and Guiren base in 2023.\nImplementation effectiveness : Through the aviation noise monitoring, review the noise reports submitted by military, and inspections for noise monitoring control center and monitoring stations in airport. And finally to achieve the noise control of military's airport and reduce noise complaints for Tainan's citizen.\n(6) Assist in reviewing or revising announcements related to noise control regulations:\n1. In accordance with the announcement made on July 5, 2022, the reference maps for noise control areas have been reviewed, and the noise control website has been updated....",
        "proj_year": "112",
        "org_name": "臺南市政府環境保護局",
        "exe_unit": "聯韻聲學環保顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1121395972",
        "publish_date": "20240928"
    },
    {
        "chi_title": "112年度前瞻河川水質環境管理計畫（北區）",
        "chi_subject": "本計畫為配合環境部升格，協助研析我國水體品質提升政策方向策略，並須針對氣候變遷及水資源循環利用議題，探討我國水資源利用政策對未來水體水質變化及影響，研析以水資源利用角度調整我國河川水質評估之可行性。本計畫已完成美國、澳洲、日本、韓國等國外水體品質提升政策及水質評估機制等資料蒐集，彙整研析國內目前已推行之相關政策成效，並完成北區2條重要河川及1條南區河川之測站適宜性評估等工作。\n全國50條河川水質RPI由91年3.8下降改善至112年2.6，嚴重污染測站數由91年66站減少改善至112年10站，嚴重污染長度比率由91年14%，降至112年3.3%，長期水質呈現改善趨勢。常呈嚴重污染9處測站，有5處（新海大橋、大埔橋、大檜溪橋、竹圍大橋及五空橋）112年水質RPI已降至中度污染，另4處（蚊港橋、台19甲線急水溪橋、前州橋及九如橋）112年水質RPI仍屬嚴重污染，且部分測站RPI仍有惡化情形。\n本計畫協助機關進行淡水河系整治目標達成分析、彙整各部會整治措施執行成果並召開3場次河川整治研商會議，研析測站未達標原因並滾動檢討水質改善策略。淡水河系107年至112年尚未符合計畫目標，全流域水體水質整體BOD達成率為79%，且全流域仍有4個測站於部分月份達嚴重污染，因此整治措施仍需相關單位協助推動。爰此，賡續辦理「淡水河系污染整治後續實施方案」113年至116年執行計畫實為必要，並延續原計畫目標持續列管。\n南崁溪流域112年僅支流茄苳溪橋受河道施工影響造成RPI跳級至嚴重污染，其餘測站RPI水質均呈中度污染；而113年1-4月大埔橋、大檜溪橋、宏太橋及星見橋RPI平均值屬嚴重污染，主要受枯水期影響，導致水質異常頻率的提升。老街溪流域水質近年明顯改善，112年至113年4月各測站RPI水質均屬中度污染。\n106-112年環境部核定補助地方政府辦理81案資本門計畫（含共同核定），補助縣市包括基隆市、新北市、桃園市、新竹市、苗栗縣、臺中市、南投縣、彰化縣、雲林縣、嘉義縣、嘉義市、臺南市、高雄市、屏東縣、宜蘭縣及連江縣等16縣市，推動污水截流及水質淨化等水環境改善工作，期能改善河川水體水質。截至113年5月工程完工62案。\n經農政機關及環保單位共同合作水質監測及污染源稽查作業，近年來各縣市加強重金屬銅管制已明顯展現成效，已陸續完成全國共5縣市13水體總量管制區、加嚴5縣市7水體放流水標準。於113年1-3月各縣市重金屬銅灌溉水質基準值合格率均達100%，相較於管制前已大幅提升水質。",
        "eng_title": "Forward-Looking Plan for River Water Quality Management in Northern Taiwan, 2023",
        "eng_subject": "To support the elevation of the Ministry of Environment, this project aims to assist in analyzing the strategic directions and policies for improving water quality in Taiwan. Additionally, it addresses the issues of climate change and water resource recycling, exploring the impact of our water resource utilization policies on future water quality changes. The feasibility of adjusting river water quality assessments from a water resource utilization perspective will also be analyzed. This project has completed the collection and analysis of data on water quality improvement policies and assessment mechanisms from countries such as the United States, Australia, Japan, and South Korea. It has also compiled and analyzed the effectiveness of relevant policies currently implemented domestically. Furthermore, the project has conducted suitability assessments of monitoring stations in two major rivers in the northern region and one river in the southern region.\nThe RPI of 50 rivers nationwide has improved, decreasing from 3.8 in 2002 to 2.6 in 2023. The number of monitoring stations indicating severe pollution has reduced from 66 stations in 2002 to 10 stations in 2023. The proportion of severely polluted river lengths has decreased from 14% in 2002 to 3.3% in 2023, showing a long-term trend of water quality improvement. Among the nine monitoring stations that consistently indicated severe pollution, five stations (Xin Hai Bridge, Da Pu Bridge, Da Kuai River Bridge, Zhu Wei Bridge, and Wu Kong Bridge) have improved to moderate pollution levels in 2023. However, the remaining four stations (Wen Gang Bridge, Jishui River Bridge on Provincial Highway 19A, Qianzhou Bridge, and Jiu Ru Bridge) still indicate severe pollution in 2023. Additionally, some monitoring stations have shown signs of RPI deterioration.\nThis project assists the agency in analyzing the achievement of remediation targets for the Tamsui River system, consolidating the implementation results of remediation measures by various ministries, and convening three river remediation coordination meetings. The project examines the reasons why some monitoring stations have not met their targets and continuously reviews water quality improvement strategies. From 2018 to 2023, the Tamsui River system has not yet met the project objectives. The overall BOD achievement rate for the entire basin is 79%, and four monitoring stations in the basin still exhibit severe pollution in certain months. Therefore, the assistance of relevant agencies is still required to promote remediation measures. Consequently, it is necessary to continue the Follow-up Implementation Plan for Tamsui River Pollution Remediation from 2024 to 2027, maintaining the original project objectives under continuous monitoring.\nIn 2023, only the Qiedong River Bridge in the Nankan River Basin showed a significant increase in the River Pollution Index (RPI) to severe pollution due to river channel construction, while the RPI at other monitoring stations indicated moderate pollution. However, from January to April 2024, the average RPI at Dapu Bridge, Dakuai River Bridge, Hongtai Bridge, and Xingjian Bridge indicated severe pollution, primarily due to the impact of the dry season, which increased the frequency of water quality anomalies. In contrast, the water quality in the Laojie River Basin has significantly improved in recent years, with all monitoring stations indicating moderate pollution from 2023 to April 2024.\nFrom 2017 to 2023, the Ministry of Environment approved subsidies for local governments to implement 81 capital projects (including joint approvals). The subsidized municipalities and counties include Keelung City, New Taipei City, Taoyuan City, Hsinchu City, Miaoli County, Taichung City, Nantou County, Changhua County, Yunlin County, Chiayi County, Chiayi City, Tainan City, Kaohsiung City, Pingtung County, Yilan County, and Lienchiang County, totaling 16 regions. These projects focus on wastewater interception and water quality purification to improve the water quality of river bodies. As of May 2024, 62 projects have been completed.\nThrough the collaborative efforts of agricultural authorities and environmental protection agencies in water quality monitoring and pollution source inspection, significant progress has been made in recent years in controlling heavy metal copper across various counties and cities. Nationwide, a total of 13 water bodies in five counties and cities have been designated as Total Quantity Control Zones, and effluent standards have been tightened for seven water bodies in five counties and cities. From January to March 2024, the compliance rate for the irrigation water quality standard for heavy metal copper in all counties and cities reached 100%, showing a significant improvement in water quality compared to the period before the implementation of controls.",
        "proj_year": "112",
        "org_name": "環境部水質保護司",
        "exe_unit": "美商傑明工程顧問(股)台灣分公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1121123750",
        "publish_date": "20240930"
    },
    {
        "chi_title": "112年空氣品質變化成因分析及科教推廣計畫",
        "chi_subject": "在全球環境變遷的挑戰下，臺灣亦同步面臨著氣候挑戰，根據聯合國環境規劃署2022年的報告顯示，氣候變遷正對生物多樣性和環境品質造成嚴重的影響。由於臺灣的特殊地形，平原與盆地狹小且分散，超過70%的人口集中於西部六大都會區中，導致土地使用壓力增加，同時也加劇空氣品質的問題，這些因素交互作用下，使得臺灣在應對全球氣候變遷和本土空氣污染問題時面臨雙重挑戰。\n有鑑於此，雖從空氣污染指標顯示出臺灣的空氣品質有明顯改善，但由於空氣品質會直接影響大眾健康，故仍須藉由教育推廣，強化民眾的認知。",
        "eng_title": "Analysis of Air Quality Deterioration and Promotion of Air Science Education, 2023",
        "eng_subject": "Under the challenges of global environmental change, Taiwan is concurrently confronting climate challenges. According to the 2022 report from the United Nations Environment Programme, climate change is having a serious impact on biodiversity and environmental quality. Due to Taiwan's unique terrain, with small and scattered plains and basins, over 70% of the population is concentrated in the six major metropolitan areas in the western region. This concentration leads to increased land use pressure, exacerbating air quality issues. These interacting factors have placed Taiwan in the position of facing a dual challenge in addressing both global climate change and local air pollution issues.\nRecognizing this, although air pollution indicators show a noticeable improvement in Taiwan's air quality, as air quality directly impacts public health, it is still necessary to strengthen public awareness through educational initiatives.",
        "proj_year": "112",
        "org_name": "環境部大氣環境司",
        "exe_unit": "麗水策略整合行銷有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1120991199",
        "publish_date": "20241002"
    },
    {
        "chi_title": "112年淨零綠生活轉型技術及策略發展專案工作計畫",
        "chi_subject": "為呼應全球淨零趨勢，我國透過推動「能源轉型」、「產業轉型」、「生活轉型」及「社會轉型」四大轉型策略，已達成臺灣2050淨零轉型。並延伸12項關鍵戰略，逐步實現2050淨零排放之永續社會。其中，「淨零綠生活」為第10項關鍵戰略，主要結合其他關鍵戰略之主責業務推動能源轉型、商業模式及產業轉型等基礎建設，由各界齊力合作鼓勵民眾從食、衣、住、行、育、樂等日常生活面向選擇較低碳生活方式，促使民眾行為改變並養成習慣，共同達到淨零排放目標。\n政府在推動淨零綠生活行為改變措施時，面臨民眾行為改變不易、政府跨單位整合、企業商業模式轉型、基礎建設不足與缺乏關鍵技術支援等問題，需要制訂政策與科技執行策略，促使企業開發更多的低(零)碳商品，並提高民眾落實減碳行為動機與能力，使民眾行為產生改變，達成生活轉型目標。\n本計畫為協助環境部進行我國淨零綠生活轉型技術及策略發展規劃。主要的工作內容包括(1)我國推動淨零綠生活科技策略、具體措施及路徑規劃；(2)訂定生活轉型關鍵減碳指標評估機制；(3)提出綠生活轉型商業模式；(4)建構淨零綠生活推動效益評估方式。",
        "eng_title": "Green Lifestyle Transformation Technology and Strategy Development Project.",
        "eng_subject": "In response to the global trend of carbon neutrality, Taiwan has implemented four major transformation strategies, including energy transformation, industrial transformation, lifestyle transformation, and social transformation, to achieve the goal of carbon neutrality by 2050. In addition, 12 key strategies have been extended to gradually achieve a sustainable society with zero emissions by 2050. Low-carbon green living is the 10th key strategy, which mainly combines the main responsibilities of other key strategies such as energy transformation, business model, and industrial transformation, and encourages the public to choose low-carbon lifestyles from daily aspects such as food, clothing, housing, transportation, education, entertainment, and so on. The government also faces challenges such as difficulty in changing public behavior, cross-ministerial integration, enterprise business model transformation, insufficient infrastructure and lack of critical technological support. Therefore, it is necessary to formulate policies and technological implementation strategies to encourage enterprises to develop more low-carbon (zero-carbon) products and improve the public's motivation and ability to reduce carbon emissions, thus changing public behavior and achieving the goal of lifestyle transformation.\nThis project aims to assist the Environmental Protection Administration in planning the development of carbon neutrality and green living transformation technology and strategies in Taiwan. The main contents of the project include (1) planning the carbon neutrality and green living technology strategy, specific measures, and pathways in Taiwan; (2) formulating a mechanism for evaluating key carbon reduction indicators for lifestyle transformation; (3) proposing a green living transformation business model; and (4) constructing an evaluation method for the benefits of promoting carbon neutrality and green living.",
        "proj_year": "112",
        "org_name": "環境部綜合規劃司",
        "exe_unit": "工研院產科國際所",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1120968952",
        "publish_date": "20240920"
    },
    {
        "chi_title": "112-113年環保業務通關簽審單證比對系統功能擴充及維護案",
        "chi_subject": "本計畫辦理「環保業務通關簽審單證比對系統」功能擴充與維護，包含增列單證比對項目、配合法規需要調整比對方式、每月單證比對數據分析及系統持續營運相關維護作業及應用系統資安防護等，內容包括：\n\n(一)\t維運環保業務通關簽審單證比對系統，提供即時諮詢服務及系統異常之排除，以維持系統各項功能使其能持續正常運作。\n(二)\t本次新增功能：\n1\t通關簽審系統介接化學局環境用藥管理資訊系統，在接收到「品類」「劑型」「有效成分」及「環境用藥許可證字號」等資訊後，再與通關簽審系統的資料結合，於通關簽審系統「各業務類別統計」功能進行分析及比對作業。通關簽審系統針對前述資料分析\/比對作業，須提供資料(csv或xml格式)下載功能。\n2\t配合廢棄物清理法修正，針對產業用料輸出\/入管理，新增下列系統功能：\n(1)將目前通關簽審系統所介接關務署簽證核銷資料，涉及廢棄物進出口之BAEP001、BAEP002、BCEP001、BCEP002等，轉入通關簽審系統的資料庫中，後續接收到的簽證核銷資料也比照辦理。\n(2)針對前項資料，提供進出口報關資訊篩選功能，依需求產出報表，並於通關簽審系統「各業務類別統計」功能進行分析及比對作業。\n(3)針對使用免證通關代碼之廢棄物，增加設定及通知警訊功能，可依貨品分類號列(CCC Code)來設定預警功能通知，即時通知環保單位通關情形。\n(4)依廢棄物清理法修正內容，完成產業用料的輸出入單證比對作業。\n(5)於通關簽審系統所查出「事業廢棄物」及「產業用料」之進出口資訊，應介接至事廢系統可直接查詢連接廢清書、許可及聯單等資料。\n3\t配合空污法修正，針對「HFCs對應項稅則號列」及「施工機具相關稅則號列」等通關資料，進行分析\/比對及下載功能作業。\n4\t因應法規變動或實務需求，至少新增或調整3項單證比對項目，以配合貴部需求。",
        "eng_title": "112-113 year Environmental review documents Business clearance check on system function expansion and maintenance",
        "eng_subject": "This plan is for the expansion and maintenance of the Environmental Protection Business Customs Clearance Document Verification System function expansion and maintenance, including the additin of document comparison items, the adjustment of the comparison method to meet the requirements of laws and regulations, the monthly document comparison data analysis and the continuous operation of the system Related maintenance operations and application system information security protection, etc., including:\n(A)\tMaintenance and environmental protection business clearance document comparison system, providing real-time consulting services and troubleshooting of system abnormalities, so as to maintain the various functions of the system and make it continue to operate normally.\n(B)\tNew functions this time\n1.\tThe customs clearance and inspection system interfaces with the Environmental Pesticide Management Information System of the Bureau of Chemicals. After receiving information such as category, formulation, active ingredient, and environmental pesticide permit number, it combines this data with the customs clearance system data to perform analysis and comparison operations in the Business Category Statistics function of the customs clearance system. The customs clearance system must provide a data download function (in CSV or XML format) for the aforementioned analysis\/comparison operations.\n2.\tIn accordance with the amendments to the Waste Disposal Act, the following system functions will be added for the management of industrial materials import\/export:\n(1)Transfer the verification data currently interfaced from the Customs Administration's system, involving the import\/export of waste (BAEP001, BAEP002, BCEP001, BCEP002), into the database of the customs clearance system, and apply the same process to subsequently received verification data.\n(2) Provide a filtering function for import\/export declaration information based on the aforementioned data, generate reports as needed, and perform analysis and comparison operations in the Business Category Statistics function of the customs clearance system.\n(3) For waste using exemption codes for customs clearance, add a setting and notification alert function. The alert can be set based on the Commodity Classification Code (CCC Code) to notify the environmental authorities of the customs clearance status in real-time.\n(4) Complete the document comparison operations for the import\/export of industrial materials according to the amended Waste Disposal Act.\n(5) Interface the import\/export information of industrial waste and industrial materials identified by the customs clearance system to the Industrial Waste System for direct inquiry of related documents such as disposal forms, permits, and manifests.\n3.\tIn accordance with the amendments to the Air Pollution Control Act, perform analysis\/comparison and download functions for customs clearance data related to HFCs corresponding tariff codes and construction machinery related tariff codes.\n\n4.\tIn response to regulatory changes or practical needs, add or adjust at lea st three document comparison items to meet the requirements of your department.",
        "proj_year": "113",
        "org_name": "環境部環境資訊科技司",
        "exe_unit": "康大資訊股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1131022072",
        "publish_date": "20240830"
    },
    {
        "chi_title": "113年淨零綠生活推廣暨夜光材料應用示範計畫-桃園市",
        "chi_subject": "本計畫目標為協助桃園市推動淨零綠生活及夜光材料宣導，工作內容包含綠色旅遊路線規劃、推動企業響應綠色辦公、環保標章旅館推廣、查核環保餐廳及推廣夜光材料應用等。\n針對夜光材料宣導與推動，本計畫完成設計與製作夜光材料相關宣導素材及辦理2場次夜光材料宣導說明會。針對推動桃園市淨零綠生活，本計畫完成規劃10條綠色旅遊行程，及3條綠色旅遊行程實地勘查作業；辦理2場次綠色辦公響應說明會及完成10家企業綠色辦公現場輔導及參與響應；完成輔導5家旅館業者，提高業者對於環保標章認證申請與流程之認知；完成查核10家原有本市環保餐廳，全數符合通過及1則推廣環保餐廳之Facebook粉絲專頁貼文供機關使用。",
        "eng_title": "Taoyuan City Net Zero Green Living Promotion Project (2023)",
        "eng_subject": "The goal of this project is to assist Taoyuan City in promoting a net-zero green lifestyle and raising awareness about self-luminous materials. This project includes planning green travel routes, promoting green office practices among businesses, endorsing Green Mark certified hotels, auditing Green-Dining restaurants, and advocating for the use of self-luminous materials.\nRegarding the promotion and advocacy of self-luminous materials, this project completed the design and production of promotional materials related to self-luminous materials and hold 2 promotional seminars. To promote Net-Zero green lifestyle in Taoyuan City, this project accomplished 10 green travel itineraries, conducted on-site inspections for 3 green travel itineraries, held 2 Green-Office seminars, provide on-site guidance for 10 enterprises in implementing green office practices. It will also provide guidance to 5 hotel operators to enhance their understanding of the application and process for Green Mark Hotel certification, conducted audits for 10 existing Green-Dining restaurants, and posted on Facebook posts promoting eco-friendly restaurants.",
        "proj_year": "113",
        "org_name": "桃園市政府環境保護局",
        "exe_unit": "環資國際有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1130419502",
        "publish_date": "20240815"
    },
    {
        "chi_title": "112年度南投縣室內空氣品質管理計畫",
        "chi_subject": "本計畫乃依據「室內空氣品質管理法」及相關規定，協助南投縣環境保護局執行各項重點場所之調查輔導及改善事項，希冀藉由管理及輔導，協助市民改善公共場所室內空氣品質，維持良好室內空氣品質，進而保護民眾健康。\n本計畫自決標日(112年1月16日)起至112年12月31日止，工作執行率100%，期末報告階段成果摘要如下：\n一、\t室內空氣品質管理巡檢及查核作業\n(一)\t完成轄內公私場所清查作業，共1,027處場所，並已提送備查。\n(二)\t2月24日完成行前教育訓練，以利後續巡檢工作順利。\n(三)\t已於3月10日完成局內3台直讀式檢測計校正。\n(四)\t已執行103處場所之巡查檢作業，其中包含20處公告場所，共檢測847個點401個空間，共有3處二氧化碳濃度超標。\n(五)\t已完成公告場所專案稽查作業規定家數，目前共稽查16處，書面資料皆符合法規規定，其中南投醫院二氧化碳有超標情形，已於8月8日安排專家輔導提供改善意見。\n(六)\t第一批公告場所共7處，今年國立暨南大學及南投縣政府文化局圖書館因自主管理標章期滿，須執行第4次定檢作業，皆已完成並上網申報，而第二批公告場所共13處，其中有3處場所須完成第4次定檢作業，南開科技大學、國立暨南國際大學及文化局圖書館皆已完成定檢並上網申報，好樂迪草屯店及草屯療養院尚未完成，本團隊將持續追蹤督促其盡速辦理完成。\n二、\t室內空氣品質改善技術及現場輔導\n(一)\t專家輔導改善2場次皆已於8月8日執行完畢，並請專家學者提供專業改善建議；本團隊持續追蹤改善情形，其中幼兒園已完成改善；醫療機構場所則依局方指示提出改善計畫，落實自主監控。\n(二)\t室內空氣品質定期檢測已全數完成(共12處)，共有2處幼兒園發生細菌超標，其詳細分析於期末報告章節4-1-4中。\n三、\t轄內公共場所室內空氣品質自主管理\n(一)\t宣導說明會已於4月中旬執行完畢，共58人次參與，會議主題為「室內空氣品質改善技術暨自主管理標章說明會」。\n(二)\t為提升轄內自主管理標章取得率，本團隊於巡查檢時同步發放自主管理標章及場所室內空品簡易改善方法之宣導單張，本年度轄內共有4處公告場所及17處非公告場所取得自主管理標章。\n(三)\t今年度共巡檢103處公私場所，其中有41處場所有意願或考慮申請標章，本團隊將於全數場所巡檢後提供有意願申請自主管理標章場所之名單，以利局方後續推動自主管理標章。\n四、\t室內空氣品質政策之配合事項\n(一)\t校園宣導活動已於6月執行完畢，共480名師生共同參與，其宣導活動成效良好。\n(二)\t已購置宣導品300份(棉麻環保購物袋)。\n(三)\t「室內空氣品質媒體宣傳」已於12月26日辦理完成。\n(四)\t跨局處會議已於9月18日辦理完成。\n(五)\t網頁更新已於7月10日發文更新，請局內同仁協助更新修正。\n(六)\t室內空氣品質相關新聞稿2則已提交，其中2則依合約規定供新聞媒體刊登。",
        "eng_title": "112th Annual Nantou County Indoor Air Quality Management Plan",
        "eng_subject": "In accordance with the Indoor Air Quality Management Law and related regulations, this project assists the Nantou County Environmental Protection Bureau in carrying out investigation, guidance and improvement matters in various key places. It is hoped that through management and guidance, it can help citizens improve the indoor air quality in public places. Maintain good indoor air quality and thereby protect public health.\nThis plan will start from the bid award date (January 16, 2020) to December 31, 2020, and the work implementation rate will be 100%. The results of the final report period are summarized as follows:\n1. Indoor air quality management inspection and verification operations\n(1) The inventory of public and private places within the jurisdiction has been completed. A total of 1,027 places have been submitted for review.\n(2) Complete pre-departure education and training on February 24 to facilitate smooth follow-up inspections.\n(3) The calibration of three direct-reading detectors in the bureau was completed on March 10.\n(4) Inspection operations have been carried out at 103 places, including 20 announced places, with a total of 847 points and 401 spaces tested, and a total of 3 places where the carbon dioxide concentration exceeded the standard.\n(5) The specified number of special inspections of announced sites have been completed. A total of 16 sites have been inspected so far. The written information is all in compliance with laws and regulations. Among them, Nantou Hospital’s carbon dioxide exceeded the standard. Expert guidance has been arranged on August 8 to provide improvement suggestions.\n(6) There are 7 first batch of announced places. This year, the libraries of National Jinan University and Nantou County Government Cultural Affairs Bureau have expired due to the expiration of their independent management labels, and they are required to perform the fourth regular inspection. All have been completed and reported online. There are 13 places in the second batch of announcements, 3 of which are required to complete the fourth regular inspection. Nankai University of Science and Technology, National Jinan International University and the Cultural Affairs Bureau Library have all completed regular inspections and declared online. The nursing home has not yet been completed, and our team will continue to track and urge its completion as soon as possible.\n2. Indoor air quality improvement technology and on-site guidance\n(1) Two sessions of expert guidance and improvement were completed on August 8, and experts and scholars were invited to provide professional improvement suggestions; our team continues to track the improvement situation, among which kindergartens have completed improvements; medical institutions have proposed improvements in accordance with the instructions of the bureau Plan and implement autonomous monitoring.\n(2) All regular inspections of indoor air quality have been completed (12 in total), and bacteria exceeded the standard in 2 kindergartens. The detailed analysis is in Chapter 4-1-4 of the final report.\n3. Independent management of indoor air quality in public places within the jurisdiction\n(1) The publicity briefing was completed in mid-April, with a total of 58 participants. The theme of the meeting was Indoor Air Quality Improvement Technology and Self-Management Label Briefing.\n(2) In order to improve the acquisition rate of self-management labels within the jurisdiction, our team simultaneously distributed self-management labels and leaflets on simple improvement methods for indoor air quality of venues during inspections. This year, there were 4 public places and 17 public places within the jurisdiction. Non-announced places obtain independent management labels.\n(3) This year, a total of 103 public and private places were inspected, and 41 of them were willing or considering applying for the self-management label. After inspecting all places, our team will provide a list of places that are willing to apply for the self-management label for the benefit of the Bureau. The party will continue to promote independent management of labels.\n4. Cooperation matters with indoor air quality policies\n(1) The campus publicity activity was completed in June, with a total of 480 teachers and students participating. The publicity activity has achieved good results.\n(2) 300 copies of promotional materials (cotton and linen environmentally friendly shopping bags) have been purchased.\n(3) The Indoor Air Quality Media Promotion was completed on December 26.\n(4) The inter-bureau meeting was completed on September 18.\n(5) The webpage update has been published on July 10. Colleagues in the bureau are requested to assist in updating and correcting it.\n(6) Two press releases related to indoor air quality have been submitted, two of which are for publication by the news media in accordance with the contract.",
        "proj_year": "112",
        "org_name": "南投縣政府環境保護局",
        "exe_unit": "兆興工程顧問有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1122412331",
        "publish_date": "20240813"
    },
    {
        "chi_title": "112年度雲林縣氣相層析質譜儀(GC\/MS)監測車操作維護及指紋鑑定計畫",
        "chi_subject": "本計畫監測車自109年11月起正式運轉，共涵蓋100個監測項目，包含NIEA A715所適用之87種揮發性有機物、7項一般空品測項、2項異味測項，以及4項氣象資料，計畫目標為維持GC\/MS監測車及監測設備正常運轉，監測期間執行例行品保品管作業，資料可用率均達90%以上；參照環境部空品監測品保作業規範委託第三方查核單位及專家委員執行績效查核，查核結果均符合數據品質目標。\n本計畫期程為112年3月27日至12月31日，期間主要監測對象為六輕離島工業區，並依據氣象條件(上下風)，於麥寮鄉六輕南門海豐宿舍及麥寮鄉第四岸巡四二中隊等地進行定期監測。\n南門海豐宿舍監測結果顯示一般測項O3八小時平均值、PM10二十四小時平均值有發生高於空氣品質標準之情形，分別占總監測筆數的32.73%、0.59%，NH3平均濃度亦有發生高於異味閾值之情形分別占總監測筆數的6.31%；揮發性有機物僅甲苯有發生高於異味閾值之情形，高於異味閾值之筆數，占總監測筆數的0.09%。111及112年同期結果顯示，一般空品測項僅NO2、TRS、NH3平均濃度有下降的趨勢，112年丙烷、丙酮、甲苯平均濃度高於111年，其中以丙烷差異最大，主要來自Flare排放。\n第四岸巡四二中隊監測結果顯示，一般測項僅O3八小時平均值有發生高於空氣品質標準之情形，占總監測筆數的4.41%；NH3平均濃度亦有發生高於異味閾值之情形，占總監測筆數的2.04%；揮發性有機物僅苯乙烯有發生高於異味閾值之情形，占總監測筆數的7.91%。110及112年同期結果顯示，一般空品測項SO2、NO2、TRS、NH3平均濃度有下降的趨勢，112年丙烷、丙酮、甲苯平均濃度亦高於111年，其中以丙烷差異最大，主要亦來自Flare排放。\n已完成離島工業區指紋地圖及斗六工業區周界指紋地圖，並持續累積監測數據，掌握污染物排放特性，並藉以發現並主動進廠巡查發現台化麥寮廠PC廠二氯甲烷濃度異常高值與歲修期間管線更換作業有關，且定期邀請離島VOC計畫召開跨計畫VOC聯繫會議及監測結果說明，以協助持續追蹤改善。",
        "eng_title": "Plan of Operating and Maintaining the Hazardous-Air-Pollutants Monitoring Vehicle and Pollutant Identification in Yunlin County in 2023",
        "eng_subject": "The project's monitoring vehicle has been in operation since November 2020, covering a total of 100 monitoring items, including 87 volatile organic compounds (VOCs) covered by NIEA A715, 7 general air quality measurements, 2 odor measurements, and 4 meteorological data items. The project goals included maintaining the GC\/MS monitoring vehicle and instruments properly, conducting the routine quality assurance and control during the monitoring period, and reaching the data availability rate more than 90%.\nRefer to the regulation of quality assurance by Ministry of the Environment, the performance audit was held by third-party auditors and experts, and the results meet the goals in data quality.\nThe project period is from March 27 to December 31, 2023. The main monitoring target is the Yunlin Offshore Industrial Park, and according to the meteorological conditions such as windward and leeward, we carried out the regular monitoring at Nanmen Haifeng Dormitory and the 4th Coastal Patrol 42nd Squadron in Mailiao.\nThe monitoring results of Nanmen Haifeng Dormitory showed that the eight-hour average of O₃ and the 24-hour average of PM₁₀ were higher than the air quality standards up to 32.73% and 0.59% of the total number of monitoring respectively. The average concentration of NH₃ was above the odor threshold also occurred up to 6.31% of the total number of monitoring. Only toluene, a volatile organic compound, was above the odor threshold up to 0.09% of the total number of monitoring.\nThe results of monitoring from 2022 to 2023 within the same period show that the average concentrations of NO₂, TRS, and NH₃ plummeted slightly, but propane, acetone, and toluene had edged up, especially propane which is mainly from the flare gas.\nThe monitoring results of the 4th Coastal Patrol 42nd Squadron showed that only the eight-hour average of O₃ was higher than the air quality standard up to 4.41% of the total number of monitoring. The average concentration of NH₃ was also higher than the odor threshold up to 2.04% of the total number of monitoring. Only styrene, a VOC, was above the odor threshold up to 7.91% of the total number of monitoring.\nThe results of monitoring from 2021 to 2023 within the same period show that the average concentrations of SO₂, NO₂, TRS, and NH₃ plummeted annually, and solvents such as acetone and methanol as well. But the average concentration of propane, pentane, and isopentane had edged up moderately.\nWe completed the fingerprint maps of the Yunlin Offshore Industrial Park and the Douliu Industrial Park and continued to collect monitoring data to knowing the pollutant characterization. Based on the above, we were proactive in entering the factory and found that the concentration of dichloromethane was higher during pipeline replacement in the annual repair period. \nIn addition, to follow up on improvements, we work with related project (such as the project of VOC inspection and hazardous air pollutants investigation plan in offshore industrial zones) and call the meeting regularly to discuss the results of monitoring.",
        "proj_year": "112",
        "org_name": "雲林縣環境保護局",
        "exe_unit": "昱山環境技術服務顧問有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1121198037",
        "publish_date": "20240805"
    },
    {
        "chi_title": "媒合環評增量抵換來源之溫室氣體減量效益平台專案工作計畫",
        "chi_subject": "為鼓勵民眾淘汰老舊機車並換購電動機車，環境部於111年發布《淘汰老舊機車換購電動機車溫室氣體減量獎勵辦法》及《淘汰老舊機車換購電動機車溫室氣體減量效益媒合服務作業程序》，本計畫據此建置汰購減碳獎勵系統。112年更發布《老舊汽車汰舊換新溫室氣體減量獎勵辦法》及《老舊汽車汰舊換新溫室氣體減量效益媒合服務作業程序》，擴大獎勵車種至小客（貨）車，故本計畫包含3大工作項目：「辦理『汰舊換購電動機車減碳獎勵（媒合）』系統平台之功能擴充、維運及維護」、「辦理車輛減碳效益政策推動宣導活動」、「辦理本部車輛（機車及汽車）汰舊換新減碳效益獎勵（媒合）作業」。因應擴大補助汽車，本計畫已完成擴充7項汰購減碳獎勵系統功能，並協助編撰汰購申請服務使用條款、更新網頁操作手冊與製作懶人包，更導入LINE自動通知訊息，使環境部能準確掌握每日案件申請情形。於政策推動宣導方面，112年已辦理1場次記者會、協辦3場次說明會，更協助設計報紙廣告與文宣，達一定程度宣傳效果。辦理審查作業部分，累計審查共38,664件，其中通過件共38,054件，累計問題件共9,343件，占總申請件24.1%，累積客服案件數共5,050件。本計畫執行造冊共98冊，累計共37,054件造冊，共撥款36,223件。",
        "eng_title": "Matching Platform for Environmental Assessment Incremental Offsetting Sources and Greenhouse Gas Reduction Benefits",
        "eng_subject": "To encourage the public to replace petrol scooters with electric ones, the Ministry of Environment announced in 2022 the Incentive Measures for Replacing Petrol Scooters with Electric Ones to Reduce Greenhouse Gases and the Procedures for Matching Services for Greenhouse Gas Reduction Benefits of Replacing Petrol Scooters with Electric Ones. Based on these, this project established a Carbon Reduction Incentive System for such replacements. In 2023, the Incentive Measures for Greenhouse Gas Reduction by Replacing Old Cars with New Ones and the Procedures for Matching Services for Greenhouse Gas Reduction Benefits of Replacing Old Cars with New Ones were also announced, extending incentives to include small passenger and cargo vehicles. Consequently, this project comprises three tasks: expanding, operating, and maintaining the matching platform for electric scooter replacement and carbon reduction incentives; conducting advocacy activities for vehicle carbon reduction benefits policy; and implementing the Ministry’s incentives for matching old vehicle replacement with carbon reduction benefits. In response to the expanded subsidy for automobiles, this project enhanced seven functions of the Carbon Reduction Incentive System and assisted in drafting service terms for replacement applications, updating web operation manuals, and producing easy-to-understand guides. LINE notifications were introduced, enabling the Ministry of Environment to accurately monitor daily application statuses. For advocacy, one press conference and three explanatory meetings were organized in 2023, along with newspaper advertisements and promotional materials, achieving significant publicity. Regarding the review process, a total of 38,664 cases were reviewed, with 38,054 approved. There were 9,343 problematic cases, accounting for 24.1% of total applications, and 5,050 customer service cases were handled. The project compiled 98 volumes of records, totaling 37,054 registered cases and 36,223 cases disbursed.",
        "proj_year": "112",
        "org_name": "氣候署調適韌性組",
        "exe_unit": "環資國際有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1121060334",
        "publish_date": "20240815"
    },
    {
        "chi_title": "空氣污染防制方案檢討研訂與地方空氣污染防制計畫審核",
        "chi_subject": "採PDCA（Plan-Do-Check-Act的簡稱）循環管理概念，由「109-112年管制成效追蹤與檢討」，進而規劃形塑「下階段空氣污染防制方案」與引導「地方落實推動管理」。未來於113年至116年，空品改善需求除細懸浮微粒(PM2.5)外，更應著重臭氧(O3)八小時值改善工作，且應連結淨零排放共利等國家重大政策等，此外國家產業政策產業轉型升級、台商回流，影響空氣污染源特徵及其分佈，顯見大型環評熱點管制需求提升；另空氣品質管理方式需轉型為以區域聯防、精準治理等方向推動。\n本計畫已據前述管制需求重點，結合我國科學研究基礎導向，完成第二期空氣污染防制方案（113年至116年），規劃8大面向37項管制策略，作為未來空氣污染防制之上位政策；並完成規劃精進大型開發案潛在增量掌握，盤點與規格化計算方式，並銜接後續增量抵換、各項空氣污染防制管理工作，建置管理機制。\n為利地方政府據以導入第二期空氣污染防制計畫書落實執行，多管齊下與地方溝通，包含提供第二期程地方空氣污染防制計畫撰寫指引、空氣污染防制計畫研擬程序及審查作業流程、辦理輔導會議、技術諮詢等，引導地方政府以第二期空氣污染防制方案為基礎主軸展開規劃，因地制宜強化並形成未來四年各地方政府之施政方針及空氣污染防制計畫。",
        "eng_title": "Review National Air Pollution Improvement Plan and County Air Pollution Improvement Plans",
        "eng_subject": "Following PDCA (Plan-Do-Check-Act) cycle management concept, this project reviewed the implementation of the 2020-2023 National Air Pollution Improvement Implementation Plan and developed the next four-year National Air Pollution Improvement Implementation Plan. Then supervise and guide the local authorities to thoroughly implement. The next four-year plan not only focuses on fine particulate matter (PM2.5) but also emphasizes work on improving the 8-hour ozone (O3) and the impact of other national major policies such as achieving net-zero emissions from 2024 to 2027 and national industrial policies, which lead industrial transformation, and affect the characteristics and distribution of air pollution sources. Additionally, there is a need for a transition in management towards regional joint and precise control.\nAccording to the control requirements and combined scientific research results, this project has completed the 2024-2027 Air Pollution Prevention Plan, including eight aspects and 37 control strategies. This project also refined the potential incremental control of large environmental impact assessment cases and established standardized calculation methods. It interfaces with subsequent offsetting of increments and various air pollution prevention management tasks, establishing a management mechanism.\nThis project involved multi-pronged efforts and communication with local governments. It includes providing guidelines for drafting the Local Air Pollution Prevention and Control Program, developing procedures for Local Air Pollution Prevention and Control Program formulation and review, conducting advisory meetings, and offering technical consultations. The goal is to guide local governments in planning based on the second-phase (2020-2023) National Air Pollution Improvement Implementation Plan, enhancing measures tailored to local conditions, and shaping the policy direction and air pollution control plans for the next four years.",
        "proj_year": "112",
        "org_name": "環境部大氣環境司",
        "exe_unit": "環科工程顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1120395859",
        "publish_date": "20240826"
    },
    {
        "chi_title": "112年淨零綠生活轉型模式建構計畫",
        "chi_subject": "本計畫的工作項目為研析國際生活碳足跡計算工具、生活碳足跡實驗室計算工具規劃、生活碳足跡實驗室計算工具結合個人帳戶規劃、減碳技術可行性評估及導入淨零綠生活轉型模式，以提昇計畫執行成效與品質。在執行期間內，本計畫在各面向完成成果如下：\n1.研析國際生活碳足跡計算工具：（1）完成美國、日本、德國的生活碳足跡計算工具研析，找出三案例中可借鏡之處。（2）建立五大生活類型適用於我國在評估個人或家庭碳排放量時所使用的生活排碳基線指標及其基線項。（3）從巨量／中觀／微觀觀點進行關鍵碳排評估的重要指標和相關數據分析方法。\n2.生活碳足跡實驗室計算工具規劃：經由研析美國、日本、德國的生活碳足跡計算工具案例及其運用情形，提出105個生活排碳基線項目，且計算82項碳排量推估，進行其資料串聯運用可行性分析評估，且設計出生活碳足跡計算器excel離線版帶入使用，作為未來工項規劃評估的參考。\n3.生活碳足跡實驗室計算工具結合個人帳戶規劃：建立一個包含7大分析構面及94個分析項目的生活碳足跡計算工具結合個人帳戶評估模式，同時，亦比較生活碳足跡計算工具結合家庭帳戶或個人帳戶之差異性。\n4.減碳科技可行性評估及導入淨零綠生活轉型模式：本計畫透過工研院院內徵案方式，整合院內技術能量，完成深度節能於智慧綠建築應用計畫、衣物產品履歷管理及應用計畫及綠色旅遊智慧服務平台計畫3項減碳技術／應用模式／可行新科技之推廣實施規劃報告。",
        "eng_title": "112 Net Zero Green Living Transformation Model Construction Project",
        "eng_subject": "The work items of this project include analyzing international lifestyle carbon footprint calculation tools, planning lifestyle carbon footprint laboratory calculation tools, integrating lifestyle carbon footprint laboratory calculation tools with personal accounts, assessing the feasibility of carbon reduction technologies and introducing net-zero green lifestyle transformation models, and organizing eight expert consultation meetings to enhance the effectiveness and quality of project execution. During the execution period, the project has achieved the following results in various aspects:\n\n1. Analyze international lifestyle carbon footprint calculation tools**:\n(1) Completed the analysis of lifestyle carbon footprint calculation tools from the United States, Japan, and Germany, identifying aspects that can be referenced from these three cases.\n(2) Established five major lifestyle types applicable in our country for assessing individual or household carbon emissions, along with their baseline indicators and items.\n(3) Proposed 9\/4\/4 important indicators and relevant data analysis methods for critical carbon emission assessment from macro, meso, and micro perspectives.\n\n2. Plan lifestyle carbon footprint laboratory calculation tools**:\nThrough analyzing the cases and applications of lifestyle carbon footprint calculation tools from the United States, Japan, and Germany, proposed 105 lifestyle carbon emission baseline items and estimated 82 carbon emission quantities. Conducted feasibility analysis and evaluation of data linkage applications, and designed an offline Excel version of the lifestyle carbon footprint calculator for use as a reference in future work planning assessments.\n\n3. Integrate lifestyle carbon footprint laboratory calculation tools with personal accounts**: Established an evaluation model integrating lifestyle carbon footprint calculation tools with personal accounts, including seven major analysis dimensions and 94 analysis items. Additionally, compared the differences between integrating lifestyle carbon footprint calculation tools with household accounts versus personal accounts.\n\n4. Assess the feasibility of carbon reduction technologies and introduce net-zero green lifestyle transformation models**: Through an internal project solicitation method by the Industrial Technology Research Institute (ITRI), integrated internal technical capabilities to complete promotional and implementation planning reports for three carbon reduction technologies\/application models\/feasible new technologies: deep energy saving in smart green buildings, garment product lifecycle management and application, and the green tourism smart service platform.",
        "proj_year": "112",
        "org_name": "環境部綜合規劃司",
        "exe_unit": "工業技術研究院服科中心",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1120348918",
        "publish_date": "20240818"
    },
    {
        "chi_title": "112年度雲林縣濁水溪河川揚塵宣導、應變防制及環境清理計畫",
        "chi_subject": "行政院於107年核定3年11億餘元的「濁水溪揚塵防制及改善行動方案」，區分「水利」、「造林」及「防災應變」三大主軸，主要由水利署等負責「水利」治本工作，農委員等負責「造林」治本工作，環境部與地方政府負責預警監測及「防災應變」等治標工作，治理原則為：分段整治、河道整理、減少裸露地及降低揚塵等四項為主，鑒於推動揚塵防制工作對於當地環境品質改善確有明顯助益，爰第一期濁水溪揚塵防制及改善行動方案執行完成後，續辦理第二期行動方案(110年-112年)，提升濁水溪兩岸居民生活環境品質。\n第二期行動方案各單位本權責分工，因地、因時制宜進行濁水溪揚塵改善措施，以「擴大管制面向，全面施作，提前應變，源頭管制」四大面向。本計畫依據109年8月行政院核定「濁水溪揚塵防制及改善第二期行動方案（110年-112年）」，雲林縣環境保護局主要職責為空品監測預警通報、應變、宣導、環境清理等工作項目，而為能有效並完成權責分工項目，努力防制河川揚塵與降低空氣品質不良時之環境負荷，特執行本計畫藉以達成改善行動方案目標。依據「濁水溪揚塵防制及改善行動方案」，108年河川揚塵事件日目標為41天，在中央與地方共同治理下，109年揚塵事件日發生9天，110年揚塵事件日發生6天，111年揚塵事件日發生2天，112年揚塵事件日為5天，相關量化結果均顯示濁水溪河川揚塵已獲得改善。",
        "eng_title": "Yunlin County Zhuoshui River Dust Entranment Publicity, Response Control and Environmental Cleanup Plan in 2023",
        "eng_subject": "In 2018, the Executive Yuan approved the three-year, 1.1 billion yuan Action Plan for Dust Control and Improvement in Zhuoshui Stream, which is divided into three main axes: water conservancy, greening, and disaster prevention and reduction. The water conservancy department and others are mainly responsible for the root of this water conservancy, and the Committee of Agriculture and others are responsible for the root of this greening. The Ministry of Environment and local governments are responsible for early warning monitoring and disaster prevention and response and other symptomatic work. The governance principles are: four main projects: segmented governance, river channel arrangement, reduction of exposed land, and reduction of dust. In view that the progress of dust prevention and control work has indeed contributed to the improvement of local environmental quality, after the completion of the first phase of the Zhuoshui River dust control improvement action plan, the second phase of the action plan will continue (110-112 years) to improve the quality of residents on both sides of the Zhuoshui River. Quality of living environment.\nIn the second phase of the action plan, each unit assumes its own responsibilities, adapts measures to local conditions, and implements dust control measures in the Zhuoshui River in a timely manner, mainly from expanding the scope of governance, comprehensive implementation, response and advancement, and controlling the source. This plan is based on the Executive Yuan 2020 It is based on the Second Phase Action Plan for Improving Dust Control in Zhuoshui Stream (2021-2023) approved in August 2020. Response, publicity, environmental cleanup and other work projects, in order to effectively complete the division of responsibilities project, strive to prevent and control river dust when the air quality is poor, and reduce the environmental load, this plan is specially formulated to achieve the goals of the improvement action plan. According to the Zhuoshui River Sand and Dust Prevention and Improvement Action Plan, the target number of river sand and dust events in 2019 is 41 days. Under the joint management of the central and local governments, there will be 9 sand and dust weather days in 2020, 6 sand and dust weather days in 2021, 2 sand and dust weather days in 2022, and 5 sand and dust weather days in 2023. The results show that dust in the Zhuoshui River has been improved.",
        "proj_year": "112",
        "org_name": "雲林縣環境保護局",
        "exe_unit": "理虹工程顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1120060892",
        "publish_date": "20240830"
    },
    {
        "chi_title": "111-113年毒性及化學物質事故預防整備推動計畫",
        "chi_subject": "本計畫協助化學署辦理專業應變人員訓練機關（構）績效評量與查核作業，完成督導查核15場次，年度查核包含績效評量審查10場次。未發現重大疏失，少數督導建議，相關建議訓練機構皆已完成改善。績效查核評分項目均有落實執行，委員建議均已參採，並納入113年專業應變人員訓練機構查核計畫。\n協助化學署完成1家諮詢機關（構）、1家應變機關（構）認證申請及變更，辦理書面（含現勘）10場次，實測審查10場次，並協助實測所需模擬情境及所需場佈器材、人力分配。以無預警方式辦理2場次之應變機關實作查核，確認專業應變機關（構）之應變能力。為配合認證申請及變更作業，協助新增與擴充專業應變諮詢機關（構）申請及管理系統，於112年6月20日上線。\n協助化學署進行毒性化學物災害防救業務計畫修正第6次及第7次修正，並送行政院中央災害防救會報核定。協助化學署完成毒性化學物質運送車輛即時追蹤系統模組，每日即時掌握全臺毒性化學物質 核可運送車輛約 1,400輛；協助化學署彙整114年至118年中長程計畫，整理相關單位提案內容，並協助製作相關會議文件及簡報等資料。協助彙整自111年第2季至113年第2季之執行成果（共計9季），及111年度及112年度計畫評核報告。\n協助化學署編寫毒性化學物質專業技術管理人員課程教材三份；協助化學署辦理4場宣導活動，包括全民綠生活防災教育巡迴宣導及智慧城市展_2050淨零城市；協助化學署辦理毒化災訓練模組應用發表記者會，邀請專家進行實際止漏操作及AR\/VR講解；配合教育部112年全國大專校院環境安全衛生主管聯席會議，辦理2天1夜毒化災防制共識營；協助辦理15場會議，參加人數516人，共56位專家出席；協助彙整職業安全衛生業務執行績效報告書、職場安全健康週系列活動暨執行成果。",
        "eng_title": "The Project of Accident Prevention for Toxic and Chemical Substances, 2022~2024",
        "eng_subject": "This project assists the Chemicals Administration of the Ministry of Environment in conducting performance evaluations and inspections for emergency responder training organizations. A total of fifteen supervisory inspections and ten performance evaluations were carried out, revealing no significant deficiencies. Some recommendations were provided and subsequently addressed by the relevant training organizations. All performance evaluation criteria were properly implemented, and the committee’s suggestions have been integrated into the 2024 training organization evaluation plan.\nAssisting the Chemicals Administration in reviewing accreditation applications for one emergency consulting organization and one emergency response organization, involving ten document reviews (including on-site inspections) and ten practical testing reviews. Preparation tasks included creating simulation scenarios and deploying the essential equipment and manpower. Two rounds of unannounced practical tests were conducted to verify the capabilities of the response organizations. Additionally, a system for managing accreditation applications for emergency consulting and response organizations was developed and launched on June 20, 2023.\nAssisting the Chemicals Administration in preparing the sixth and seventh revisions of the operation plan for preventing and protecting against toxic chemical disasters, which should be approved by the Executive Yuan's Central Disaster Prevention and Response Council. A real-time tracking system module for toxic chemical transportation vehicles was developed, allowing daily monitoring of approximately 1,400 vehicles across Taiwan. Support was also provided in compiling the medium- and long-term plans proposed by relevant authorities for the years 2025 to 2029, including the preparation of related documents and presentations. Meanwhile, the execution results of relevant authorities from the second quarter of 2022 to the second quarter of 2024 (a total of nine quarters) were summarized, and the annual evaluation reports for 2022 and 2023 were submitted.\nAssisting the Chemicals Administration in compiling three sets of course materials for toxic chemical substances management specialists. Four promotional events were organized, including the Green Life Disaster Prevention Education Tour and the Smart City – 2050 Net Zero City Expo. A press conference was held to release the application of the toxic chemical substances disaster training module, with experts demonstrating leak prevention operations and providing AR\/VR explanations. Coordinated with the Ministry of Education's 2023 National College and University Environmental Safety and Health Supervisors Joint Conference to organize a two-day, one-night team-building camp, aimed at building consensus on toxic chemical substances disaster prevention and protection. Fifteen meetings were organized, attended by 516 participants, including 56 experts. Assisted in compiling reports on the execution performance of occupational safety and health affairs, as well as the implementation results of the Workplace Safety and Health Week series of activities.",
        "proj_year": "111",
        "org_name": "化學署危害控制組",
        "exe_unit": "環科工程顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1111875795",
        "publish_date": "20240819"
    },
    {
        "chi_title": "111-113年度環境資料整合平臺功能擴增及維運案",
        "chi_subject": "本計畫透過環境專業、資訊系統及資料分析技術，為環境資料整合平臺的發展奠定穩固基礎，提供民眾及業務單位高品質、有效率、有感的資訊服務。\n本計畫系統涵蓋：環境資源資料交換平臺、環境資源資料交換重構平臺、環境部環境資料開放平臺、資料服務管理，整體成效如以下所述： \n1.整體營運與進度檢核：共辦理1場次領域標準-大氣、水質之說明會，辦理2場次環境資源資料交換重構平臺（New CDX平臺）操作說明會，辦理2場次開放資料說明會及辦理23場次工作會議。交付8次臉書圖卡宣傳資料，2篇環境或資訊領域女性楷模訪談。於111年度7月進行系統規劃，111年度9月進行系統設計，111年11月進行開發，112年度2月進行系統測試，112年7月進行平臺上線，113年5月10日繳交結案報告。\n2.建置新環境資源資料交換平臺：環境資源資料交換重構平臺（New CDX平臺）。\n3.系統效能提升：提升環境資源資料交換平臺、環境資源資料開放平臺的資料轉置與平臺服務效能。\n4.環境資料標準訂定：依據環境部環境資料開放平臺資料基礎，訂定環境資料標準草案，並於政府資料標準平臺上架環境領域資料標準。",
        "eng_title": "Operation and Maintenance Services for Environmental and Natural Resources Data integrated platform (111-113 Year)",
        "eng_subject": "This project establishes a reliable foundation for the development of an environmental open-data integrated platform through expertise in environment, information systems, and data analysis technology.Provides to the public and business units high-quality, efficient, and effective information services.\nThis project system includes Central Data Exchange platform(hereinafter referred to as CDX), New Central Data Exchange platform(hereinafter referred to as New CDX), Ministry of Environment Environmental Information Open Platform(hereinafter referred to as Data), Data as a Service platform (hereinafter referred to as DaaS). The integrated effects result as follows:\n1.Overall operation and progression checkpoint: Established 1 conference of open-data quality and standard enhancement related to atmosphere and water quality. 2 operation briefings on the New CDX Platform. 2 seminars of open-data introduction, and 23 working meetings. Delivered Facebook picture card promotional materials 8 times and 2 interviews with female role models in the environment and information fields. Started system planning in July 2022, system designing in September 2022, project development began in November 2022, testing in February 2023, the platform was launched in July 2023, and submitted the final report on May 10, 2024.\n2.Established a New CDX platform: New Central Data Exchange platform.\n3.System improvement: Improved the data transposition efficiency between the CDX and the Data platform, and the service efficiency on both systems.\n4.Established environmental data standard: Based on the Data platform, Developed draft environmental information standards, and listed the data standards on the government data standards platform.",
        "proj_year": "111",
        "org_name": "環境部環境資訊科技司",
        "exe_unit": "藍星球資訊股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1110924906",
        "publish_date": "20240831"
    },
    {
        "chi_title": "112年焚化再生粒料監督管理計畫",
        "chi_subject": "本計畫目的主要針對回運之焚化再生粒料進行品質檢測，控管流向、查核監督及環境監測，確保焚化再生粒料再利用之使用於環境無虞。期末工作報告完成工作包括：\n一、\t回運之焚化再生粒料進行採樣檢測作業，執行12點次，利用再生粒料環境用途溶出程序(NIEA R222.11C)進行檢測分析，檢測結果10點次符合法規第一、二級標準規定，其中汞、鎘、砷均未檢出；鎳、銅、鉻、鋅及戴奧辛有微量檢出，另有2點次鉛超標，已告知廠商禁止使用並將該批焚化再生粒料回運至倉庫暫置，待延長熟化期再次進行複測，經113年1月份複測後已經合格法規標準；土壤及地下水各檢測5點次，共計10點次，土壤5點次皆符合法規標準，地下水採樣檢測5點次。採樣檢測結果可得知，鉻、鎘及鉛於各點次均無檢出；銅、鋅、鎳、汞微量檢出，未超過第二類監測標準。氨氮1點次、鐵1點次、錳4點次超出第二類監測標準。\n二、焚化再生粒料再利用處理廠、使用及暫置地點查核，共計巡查187件次，其再利用處理廠因水洗設備因素導致廠內有泥濘之情形；暫置地點、加工再製地點需注意污染防治設備操作及維護，避免造成二次污染，另工程使用地點無發現異常狀況均符合規定，無違規情事發生，藉由巡查作業可有效監督底渣處理及焚化再生粒料使用的正確使用；計畫開始截至113年02月29日申請焚化再生粒料使用共計49件。\n三、完成辦理焚化再生粒料業務相關觀摩活動，參與人員達51位已符合規範人數；粒料推廣、資源循環與環保設施等相關業務觀摩活動，參與人員達15位已符合規範人數。\n四、完成辦理無人機專業操作證學科測驗8人次並完成術科訓練8人次，已排定113年3月18日進行術科考試。\n五、輔導縣內華威德實業股份有限公司進行立方磚環保標章申請程序，書審已通過。\n六、於112年8月28日辦理焚化再生粒料監督暨推廣小組會議，由環保局張局長喬維主持，於會議中請雲林縣政府工務處、水利處及各鄉鎮市公所盤點113年度需使用第一、二級標準用料各別需求量，供環保局提前規劃分配載運；於112年9月25日辦理焚化再生粒料說明會，會中邀請工務處交通建設科長解說縣內焚化再生粒料應用和雲林縣政府與新加坡再利用處理廠交流分享雙方經驗等。",
        "eng_title": "112 Incineration recycled pellets supervision and Management plan",
        "eng_subject": "The purpose of this project is mainly to conduct quality inspection, flow direction control, inspection supervision and environmental monitoring of the incinerating recycled aggregate to ensure that the incinerating recycled aggregate can be reused without any risk to the environment. The final report of work completion includes:\n1.\tThe returned incinerating recycled aggregate were sampled and tested 12 points, and the Environmental Use Leaching Procedure for Recycled Aggregates (NIEA R222.11C) was used for testing and analysis. The test results at 10 points met the first and second level standards of the regulations；Among them, mercury, cadmium, and arsenic were not detected, and nickel, copper, chromium, zinc, and dioxin were detected in trace amounts. The test results showed that lead exceeded the standard at 2 points. The manufacturer has been notified to prohibit use of the batch of incinerating recycled aggregate and the batch will be transported back to the warehouse for temporary storage until the extended aging period for re-testing. After re-testing in January 2024, it has passed the regulatory standards. Soil and groundwater were tested for 5 points each, for a total of 10 points. The 5-point soil test was in compliance with regulatory standards, while the groundwater was sampled and tested for 5 points. The sampling test results showed that chromium, cadmium and lead were not detected at all points; copper, zinc, nickel and mercury were detected in trace amounts, which did not exceed the Type II monitoring standards. Ammoniacal nitrogen was detected at 1 point, iron was detected at 1 point and manganese was detected at 4 points exceeded the Type II monitoring standards.\n2.\tInspection of the incinerating recycled aggregate reuse treatment plant, including its usage and temporary storage location, with a total of 187 inspections, its reuse treatment plant was muddy due to the washing equipment; temporary storage locations and processing and remanufacturing locations must pay attention to the operation and maintenance of pollution prevention and control equipment to avoid secondary pollution; no abnormal conditions were found in the project usage site, which complied with the regulations, and no violations occurred. Through inspection operations, the proper use of bottom ash treatment and incinerating recycled aggregate can be effectively monitored. From the start of the project to February 29, 2024, a total of 49 applications have been applied for the use of incinerating recycled aggregate.\n3.\tCompletion of the incinerating recycled aggregate business-related observation activities, with 51 participants which meets the standard number of participants; incinerating recycled aggregate promotion, resource recycling and environmental protection facilities and other related business observation activities, the number of participants reached 15 persons has been in line with the number of norms.\n4.\tCompleted the Drone Professional Operator's Certificate (POC) subject test for 8 persons and completed surgical training for 8 persons. The technical test has been scheduled for March 18, 2024.\n5.\tAssisted RETRIEVE ENTERPRISE CO., LTD. in the county to apply for the green mark of cubic bricks, and the document review has been approved.\n6.\tOn August 28, 2023, a meeting of the incinerating recycled aggregate supervision and promotion group was held, which chaired by Environmental Protection Bureau Secretary Chang Qiao Wei, in which the Public Works Department of the Yunlin County Government, the Water Conservancy Department, and the municipal offices of various townships were requested to take stock of their respective demand for the first- and second-level standard materials in 2024, so that the Environmental Protection Bureau can plan and distribute transportation in advance; an incinerating recycled aggregate presentation was held on September 25, 2023, in which the Chief of the Transportation and Construction Section of the Public Works Department was invited to explain the application of recycled aggregate in the county, and sharing their experiences of the exchanges between the Yunlin County Government and recycling plant in Singapore.",
        "proj_year": "112",
        "org_name": "雲林縣環境保護局",
        "exe_unit": "尚竑工程顧問有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1123130805",
        "publish_date": "20240723"
    },
    {
        "chi_title": "即時性空氣污染應變成效分析計畫",
        "chi_subject": "本計畫為延續前期計畫之成果，今年度新增各天氣型態之歷史事件日以評估前三十大型固定污染源及逸散污染源應變措施之污染減量效益，希冀其減量效益的結果可供環境部制定相關應變管制措施之參考。根據減量效益之結果發現，針對前三十大型固定污染源即使採取重度嚴重惡化減量25%，在各個天氣型態下，PM2.5日平均濃度差異落在0~1.46μg\/m3。至於臭氧小時平均濃度差異則為-1.14~0.15ppb，顯示前三十大型固定污染源之減量效益較小，須與其他行業別（如：紡織業）或源別（如：電廠、移動源及逸散源）共同實施減量降載以改善空氣品質。\n在逸散污染源的部分，根據應用今年度蒐整之國內外四種應變措施（車行揚塵、營建工地、住宅\/商業燃燒及農業燃燒）減量百分比之減量效益結果發現，若實施應變措施於事件日易發生PM2.5橘提以上等級之雲嘉南及高屏地區，在各個天氣型態下，PM2.5日平均濃度差異落在0.21~4.79μg\/m3。至於臭氧小時平均濃度差異則為0.03~1ppb，此表示逸散污染源之減量對於PM2.5具有較顯著的改善效益。",
        "eng_title": "Analysis of the effectiveness of immediate air pollution response measures for air quality",
        "eng_subject": "This project builds upon the achievements of previous initiatives. This year, historical event days for various weather patterns have been added to assess the pollution reduction benefits of contingency measures for the top thirty major stationary pollution sources and fugitive pollution sources. The aim is for the results of these reduction benefits to serve as a reference for the Ministry of Environment in formulating relevant contingency control measures. According to the results of the reduction benefits, even with a severe reduction of 25% in emissions from the top thirty major stationary pollution sources, the differences in daily average PM2.5 concentrations range from 0 to 0.41 μg\/m3 across all weather patterns. As for differences in hourly average ozone concentrations, they range from -1.14 to 0.15 ppb, indicating relatively small reduction benefits from the top thirty major fixed pollution sources.  Collaborative reduction measures with other industries (such as the textile industry) or source categories (such as power plants, mobile sources, and fugitive sources) are necessary to improve air quality.\nIn terms of fugitive pollution sources, based on the application of this year's compilation of four types of domestic and foreign contingency measures (vehicle dust, construction sites, residential\/commercial burning, and agricultural burning), percentage reductions in emissions were calculated. The results show that if contingency measures are implemented on days prone to PM2.5 exceeding the orange alert level in the Yunlin-Chiayi-Tainan and Kaohsiung-Pingtung regions, the differences in daily average PM2.5 concentrations range from 0.12 to 4.79 μg\/m3 across all weather patterns. As for differences in hourly average ozone concentrations, they range from 0.03 to 1 ppb. This indicates that the reduction of fugitive pollution sources has a significant improvement effect on PM2.5.",
        "proj_year": "112",
        "org_name": "環境部大氣環境司",
        "exe_unit": "長榮大學",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1121434190",
        "publish_date": "20240727"
    },
    {
        "chi_title": "112年度宜蘭縣空氣品質改善維護暨有害及異味污染物監測調查計畫",
        "chi_subject": "本縣107~112年空氣品質指標（AQI）年平均值由45.4下降至38.2，整體空氣品質呈現改善。統計分析近年指標污染物以O3-8hr和PM2.5為主，112年PM2.5年平均值為8.6 μg\/m3，較111年平均值7.5 μg\/m3提升約15%，主因為4-5月多日境外沙塵影響，使全臺PM10及PM2.5濃度均有一致提升情形，O3-8hr的部分則為53.2 ppb，較111年同期54.4 ppb下降2.2%。\n依環境部辦理之「112年度執行空氣品質維護及改善工作績效展現評比」協助環保局依照各項資料繳交時間完成指定資料提報。\n追蹤宜蘭縣空氣污染防制計畫(109年至112年)各項管制執行成果，統計109-112年各項空氣污染防制工作污染物削減量和空氣品質現況皆達成執行目標。\n依空氣污染防制法第7條規定，環境部已提出「空氣污染防制方案(113年至116年)」，由本計畫初步彙整各污染源空氣污染管制策略，並整合其他跨局處相關執行工作，協助環保局提出「宜蘭縣空氣污染防制計畫(113年至116年)（草案）」。\n配合環境部，本計畫已協助環保局由本縣列管之固定污染源篩選33家公私場所提報及審核空氣品質惡化防制計畫，協談各廠優於法規提前於AQI>100時，即執行相關應變工作，並集邀本縣各局處單位共同研擬制訂應變措施，納入「宜蘭縣區域空氣品質惡化防制措施」，由宜蘭縣政府於112年3月2日公告施行。\n在水泥廠汞污染管制上，本計畫於112年完成轄內4家水泥廠汞流布調查，本年度流布調查執行之4根煙道多可符合環境部初步規劃之未來汞管制標準50 μg\/Nm³；此外，水泥製程中水泥磨運作過程會導致汞在製程累積，參考文獻指出累積汞會在生料磨停磨後數小時內大量排放，據此已協談水泥廠配合完成停磨之管道汞檢測調查。總整本年度調查結果，於12月辦理污染物減量協談會，請業者針對高汞物料進行源頭管理，並自行評估訂定汞允收標準，同時針對物料及管道定期執行檢測，以掌握整體流布變化。\n針對龍德工業區異味污染問題，於龍德工業區PM2.5感測器分析熱點執行OP-FTIR監測，比對風向後以CC-FTIR分別於111年、112年針對特定業者執行排放管道調查，並針對調查結果召開空污改善協談會，協談管道排放較需改善之業者進行相關製程調整，並提送自主管理計畫至環保局備查。\n此外，本計畫於105年協助環保局針對冬山鄉民眾陳情異味執行溯源調查，輔導業者於107年增設蓄熱式焚化爐（RTO），於本年度以CC-FTIR同步採氣使用GC-MS分析污染指紋，掌握排放現況，協助業者發現設備異常問題並完成檢修。\n依環境部考核規範，於工業區完成大氣有害空氣污染物監測作業，並協助環境部建置全國有害空氣污染物排放背景資料。",
        "eng_title": "Air Quality Improvement, Maintenance, and Monitoring Survey for Harmful and Odorous Pollutants in Yilan County for the Year 112 (2023)",
        "eng_subject": "The county's annual average Air Quality Index (AQI) decreased from 45.4 to 38.2 between 107 (2018) and 112 (2023), showing an overall improvement in air quality. Statistical analysis indicated that the major pollutants in recent years were O3-8hr and PM2.5. In 112, the annual average PM2.5 was 8.6 μg\/m3, about 15% higher than the 7.5 μg\/m3 average in 111 (2022), mainly due to the impact of transboundary dust storms on multiple days in April and May, causing consistent increases in PM10 and PM2.5 levels across Taiwan. As for O3-8hr, it was 53.2 ppb, a 2.2% decrease from 54.4 ppb in the same period of 111.\nAssistance was provided to the Environmental Protection Bureau to achieve good performance in the 112 Annual Air Quality Maintenance and Improvement Work Performance Evaluation conducted by the Environmental Protection Administration, and to complete the submission of all designated data required by the EPA according to the schedule.\nAssistance was provided to track the implementation results of various control measures under Yilan County's Air Pollution Control Plan (109-112). The amount of pollutant reduction achieved and the current air quality status from 109 to 112 all met the targets set by the Control Plan.\nAs required by Article 7 of the Air Pollution Control Act, the EPA has proposed the Air Pollution Control Program (113-116). This project preliminarily consolidated the air pollution control strategies proposed by various plans and integrated the implementation of relevant inter-bureau efforts to assist the Environmental Protection Bureau in formulating the Yilan County Air Pollution Control Plan (113-116) (Draft).\nIn coordination with the EPA, this project assisted the Environmental Protection Bureau in selecting 33 public and private premises from the county's controlled stationary pollution sources to report and review their air quality deterioration prevention plans. Negotiations were held with each facility to implement contingency measures earlier than required by law when the AQI reaches 100. Additionally, relevant departments were consulted to formulate various contingency control measures, which were incorporated into the Yilan County Regional Air Quality Deterioration Prevention Measures. After confirmation by the Environmental Protection Bureau, these measures were announced and implemented by the Yilan County Government on March 2, 112.\nRegarding mercury pollution control in cement plants, this project completed a mercury distribution survey at 4 cement plants under its jurisdiction in 112. The survey results from 4 stacks this year mostly met the EPA's preliminary planned future mercury control standard of 50 μg\/Nm³. Furthermore, the cement grinding process leads to mercury accumulation in the process. According to literature, accumulated mercury is released in large amounts within a few hours after the raw mill stops grinding. Based on this, cement plants were consulted to cooperate in conducting mercury testing in the ducts after mill stoppages. Summarizing this year's survey results, a pollution reduction consultation meeting was held in December, requesting operators to implement source management for high-mercury materials, self-evaluate and set mercury acceptance standards, and regularly test materials and ducts to monitor overall distribution changes.\nFor the odor pollution issue in the Longde Industrial Park, OP-FTIR monitoring was performed at PM2.5 sensor hotspots in the park. After correlating with wind directions, CC-FTIR was used in 111 and 112 to survey the emission ducts of specific operators. Based on the survey results, an air pollution improvement consultation meeting was convened to discuss with operators whose duct emissions required improvement to adjust their processes accordingly and submit self-management plans to the Environmental Protection Bureau for reference.\nMoreover, in 105, this project assisted the Environmental Protection Bureau in conducting source investigations in response to odor complaints from residents of Dongshan Township. The operator was guided to install a regenerative thermal oxidizer (RTO) in 107. This year, CC-FTIR simultaneous sampling and GC-MS were used to analyze the pollution fingerprint and understand the current emission status.\nIn accordance with the EPA's evaluation guidelines, this project commissioned an EPA-accredited testing company to complete monitoring of hazardous air pollutants in industrial areas and assisted the EPA in establishing a national background database for hazardous air pollutant emissions.",
        "proj_year": "112",
        "org_name": "宜蘭縣政府環境保護局",
        "exe_unit": "昱山環境技術服務顧問有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1120990624",
        "publish_date": "20240731"
    },
    {
        "chi_title": "112年度屏東縣河川揚塵防制推動與改善計畫",
        "chi_subject": "本計畫執行期自112年5月18日起至113年5月17日止，各項工作皆已完成(詳表1)，並依規定於113年4月27日前提交期末報告初稿送審，於113年5月29日收到審查意見後，於6月3日將委員意見回覆同意修正提送貴局審核。以下即為各項工作執行成果摘要：\n本年度計畫執行期間透過執行92天次現地調查、2幅衛星影像圖分析及55點次UAV空拍作業，分析比對高屏溪河床揚塵潛勢區位，積極推動河川管理單位完成河床裸露地改善作業，統計112年全年共改善793.35公頃裸露地，推估可削減28.9公噸PM10(或PM2.5削減量為2.45公噸)；113年截至5月底共改善654.72公頃，推估可削減6.16公噸之PM10(或PM2.5削減量為0.5公噸)。本年度計畫執行期間共發生2次河川揚塵事件(112年6月1日及113年2月21日)，本計畫依據環境部提供之揚塵預警資訊，提前掌握112年6月29日、11月16日及113年2月4日、2月18日、2月20日、3月22日、3月23日、3月24日、4月2日等可能發生揚塵事件之高度影響區，透過各應變單位實施預防性揚塵抑制作業後，有效減緩河川揚塵情事，統計各單位揚塵應變執行灑水長度約為1,360公里，推估PM10削減量2.03公噸(或PM2.5削減量0.49公噸)。\n在環境清理方面，本計畫共執行2,821.5公里河川揚塵環境清理作業，推估PM10削減量為4.2公噸(或PM2.5削減量為1.0公噸)，減少沿岸街道發生塵土捲揚情況。另彙整各單位(河川管理單位、屏東縣營建計畫、砂石場計畫及揚塵計畫)高屏溪沿岸道路之環境清理成效，統計112年1~113年5月17日止共執行68,965.3公里道路洗掃作業，推估PM10削減量為102.8公噸(或PM2.5削減量為24.9公噸)，顯示各環境清理單位積極改善高屏溪沿岸揚塵逸散污染之努力。\n在揚塵宣導及教育訓練方面，112年10月4及12月8日分別於九如鄉東寧社區發展協會及屏東市崇蘭服務協會各辦理1場河川揚塵教育訓練活動；112年9月19日及27日分別於萬丹鄉社皮國小及九如鄉九如國小各辦理1場次高屏溪沿岸鄉鎮國中小學河川揚塵教育宣導活動，上述活動總計參加人數達165人。另透過河川揚塵防護宣導問卷調查分析得知(有效問卷數為268份)，91%之受訪民眾對於環保局推動河川揚塵相關業務給予正面的肯定；83%之受訪民眾對於宣導內容之實用性給予肯定的評價。此外，本計畫於112年11月22日辦理1場次高屏溪河川揚塵預通報及自我防護演練及113年4月10日辦理1場次高屏溪河川揚塵防制聯繫會議，有助於提升揚塵應變單位對通報流程的熟悉度及河川揚塵防制成效。\n在媒體宣導方面，完成廣播宣導及有線電視頻道插播跑馬燈各8天；另環保局委外之問卷調查結果，112年河川揚塵改善感受狀況綜合改善度為80.2%，較111年80%提昇0.2%，顯示民眾對於施政有感；而針對環境部112年河川揚塵改善考評項目，在總配分1.2分中，共取得考評1分之成績。\n在本年度創新作法方面，於112年6月29日推動南區水資源分署以農業廢棄物破碎再利用之碎木做為揚塵改善資材舖設於高屏溪攔河堰河段河床裸露地試辦作業，共完成3公頃面積，並舖設5、10及15公分厚度進行成果比對。現場量測土壤含水率多介於8~12%之間，顯示舖設碎木除能抑制裸露地揚塵外，也具土壤保水功能。由土壤性質分析結果得知，果樹碎木舖設後有效磷濃度提升約5.5倍，有機質濃度則提升23.4倍。觀察112年8~10月份風災降雨後場址變化，舖設碎木區域較不易覆蓋淤泥且碎木至少保留90%覆蓋面積，對比鄰近之稻草蓆工法則明顯遭覆蓋泥層並部分沖毀，草蓆覆蓋面積僅存50%以下，顯示果樹碎木在汛期抗洪能力優於稻草蓆工法。農業碎木抑制揚塵之工法，業經南區水資源分署提報參賽「112年公私協力優良案例評選」，該工法深獲委員一致好評榮獲特別獎之殊榮，可作為推動揚塵抑制工法之選擇。\n在其他配合事項部分，於112年5月23日結合屏東守望襄助環境巡守隊假屏東市和平國小進行訓練研習及並進行揚塵宣導作業，藉以提升小小稽查員空氣污染及河川揚塵防護相關知識；配合環保局執行3次「夜鷹早鳥專案計畫」，主動突擊稽查屏東縣內畜牧業，督促業者做好各項異味、廢水等污染防制措施，持續提升屏東縣空品與水體水質，總計配合稽查22場次(協助採樣3場次)。\n本計畫執行成果包含：1.推動河川管理單位改善高屏溪河川裸露地面積達1,439.57公頃；2.本畫執行高屏溪環境清理作業達2,821.5公里；3.依據環境部提供11次揚塵預警資訊，提前通知應變單位進行預防性揚塵抑制灑水作業，有9次揚塵預警日僅發生河道揚塵情事，並無擴大成揚塵事件，累積揚塵應變執行灑水量達1,360公里。在對屏東縣揚塵改善成效之減量貢獻合計為PM10削減量37.2公噸(或PM2.5削減量4.1公噸)。",
        "eng_title": "2023th Pingtung County River Dust Control Promotion and Improvement Plan",
        "eng_subject": "The implementation period of this project is from May 18, 2023 to May 17, 2024. All work items have been accomplished (as shown in Table 1) and the first draft of term report was submitted by April 27, 2024 pursuant to the project contract requirements. After receiving reviewers’ opinions and suggestions on May 29, 2029, this project revised the term report and replied to the reviewers’ opinions and suggestions, and submitted their consent replies to the bureau for review on June 3. Extracts of the enforcement results of all work items are shown as follows:\nDuring the implementation of this year's project, 92 days of on-site surveys, two-time satellite image NDVI analyses and 55 points of UAV aerial photography operations were carried out to analyze and compare the dust potential area of the Gaoping River riverbed, and actively promote the river management offices to complete the improvement of the exposed riverbed. A total of 793.35 hectares of exposed riverbed had been improved in the period from January to December 2023, and correspond to 28.9 tons of PM10 or 2.45 tons of PM2.5 emission reduction based on their actual control periods; similarly, a total of 654.72 hectares of exposed riverbed had been improved in the period from January to May 2024, and is about equivalent to 6.16 tons of PM10 or 0.5 tons of PM2.5 emission reduction based on their actual control periods. During the project implementation period, there were two river fugitive dust episodes that occurred on June 1, 2023 and February 21, 2024. However, by utilizing river dust early-warning data provided by the Ministry of Environmental, this project mastered in advance the highly potential impact areas of 9 possible fugitive dust episode days which are on June 29, July 7, November 16, 2023 and February 4, 18 and 20 and March 22, 23, 24 and April 2, 2024. After each response unit implemented preventive dust suppression operations, the river fugitive dust circumstances were effectively suppressed. A total length of 1,360 kilometers of sprinkling water executed by dust response units corresponds to 2.03 tons of PM10 or 0.49 tons of PM2.5 emission reduction.\nAs regards the environmental cleanup, this project has finished 2,821.5 kilometers of river dust environmental cleanup with a total PM10 emission reduction of about 4.2 tons (or 1.0 tons of PM2.5 emission reduction), and effectively reduced the occurrence of stirring up riverbank road dust. In addition, compiling the environmental cleanup results of riverbank roads completed by the river management offices, Pingtung County Construction Project Management Project, Sand Plant Project and this project, a total of 68,965.3 kilometers of road cleaning operations have been carried out from January, 2023 to May 5, 2024. The estimated reduction in PM10 is 102.8 metric tons (or 24.9 tons of PM2.5 emission reduction), showing the efforts of all environmental cleanup units to actively improve the fugitive dust pollution along the Gaoping River.\nIn terms of dust propaganda and educational training, this project held two river fugitive dust educational training activities at Dongning Community Development Association of Jiuru Township on October 4, 2023 and at Chonglan Service Development Association of Pingtung City on December 8, 2023 respectively; and held two river fugitive dust educational propaganda at elementary schools along the Gaoping River, which are She-pi Elementary School in Wandan Township on September 19 and Jiuru Elementary School in Jiuru Township on September 27, 2023, respectively. The total number of participants in the activities mentioned above reached 165 and a questionnaire survey of 268 effective recalled in total were conducted during activities. According to the analysis of the questionnaire survey of self-protection from river fugitive dust, 91% of the respondents gave a positive affirmation to the Environmental Protection Bureau’s promotion of river dust-related businesses; 83% gave a positive evaluation on the practicality of promotion information. In addition, one session of Gaoping River Dust Pre-notification and Self-protection Drill was held on November 22, 2023, and one liaison session for Gaoping River dust control was held on April 10, 2024, which would help improve the familiarity of notification process of dust response units and the effectiveness of river dust control.\nAs regards media publicity, an 8-day broadcast promotion and an 8-day news ticker on cable TV channels have been completed; moreover, according to the results of a questionnaire survey commissioned by the Environmental Protection Bureau, the comprehensive improvement rate of river fugitive dust improvement in 2023 is 80.2%, an increase of 0.2% from 80% in 2022, which shows that the public has a sense for governance; and for the Ministry of Environmental 2023-year river fugitive dust improvement evaluation items, out of the total score of 1.2 points, this project earned a total of 1 points in the ...",
        "proj_year": "112",
        "org_name": "屏東縣政府環境保護局",
        "exe_unit": "環益工程顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1120675466",
        "publish_date": "20240801"
    },
    {
        "chi_title": "112年臺南市環境教育專案計畫",
        "chi_subject": "1.配合地球日、世界環境日等辦理12場次環境教育宣導活動。\n2查核44家依環境教育法應申報成果單位。\n3.辦理13場次環境講習，辦理完成率達72%。\n4.9月17日辦理臺南市環境知識競賽。\n5.10月22日辦理臺南市環境教育繪本頒獎表揚活動。\n6.7月16日辦理惜食料理食譜競賽暨頒獎活動。\n7.輔導玉豐國小、億載國小漁光分校、歸南國小、南梓實小獲得生態學校銀牌。\n8.輔導6個社區參加社區環境調查及培力計畫、環保小學堂計畫。\n9.辦理1場次環境教育觀摩活動及1場次環境教育交流活動，促進臺南市環境教育學習交流。\n10.輔導台積電南科再生水廠環境教育學習園區通過環境教育設施場所。\n11.辦理機關、企業、團體的綠色採購業務，綠色採購申報金額達81億元。\n12.辦理環保志工培訓，培訓人數達4,657人次。",
        "eng_title": "2023 Tainan City Environmental Education ＆ Environmental Protection Volunteers Management and Promotion Plan",
        "eng_subject": "1.In conjunction with Earth Day and World Environment Day, 12 environmental education and publicity activities were organized.\n2.Check 44 units that should report results according to the Environmental Education Law.\n3.13 environmental education were held, and the completion rate was over 72%.\n4.On September 17, the Tainan Environmental Knowledge Contest was held.\n5.On October 22, the Tainan City Environmental Education Picture Book Award Ceremony was held.\n6.On July 16, Food Wise Cuisine Recipe Competition and Award Ceremony was held.\n7.Yufong Elementary School, YuGuang Branch, YiZai Elementary School, Guinan Elementary School and Nanzih Experimental Elementary School won the Eco School Silver Award.\n8.Tutoring 6 communities to participate in Community environmental survey and renovation plan,\nEnvironmental Primary School plan.\n9.Organize 1 environmental education observation activity and 1 environmental education exchange\nactivity to promote environmental education learning exchanges in Tainan.\n10.Assist TSMC S.T.S.P. Reclaimed Water Plant in applying for environmental education facilities.\n11.Handle the green procurement business of agencies, enterprises and groups, and the declared amount of green procurement is more than NT $ 8.1 billion.\n12.Handled training sessions for environmental protection volunteers, the number of people trained reached 4,657.",
        "proj_year": "112",
        "org_name": "臺南市政府環境保護局",
        "exe_unit": "翌暘工程顧問有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1120608287",
        "publish_date": "20240731"
    },
    {
        "chi_title": "112年度宜蘭縣柴油車污染管制及排煙動力計操作檢測計畫",
        "chi_subject": "本（112年度）計畫各主要工作項作業進度，已持續依據計畫執行初期規劃之期程，以及預定目標依續達成，此外為加強管控行駛於本縣轄內移動源所造成之污染，在柴油車污染管制部份，除執行站內檢測、目測判煙、路邊稽查及車牌辨識等4項作業外，亦持續推動轄內柴油車輛自主管理暨主動到檢推動等措施，並透過執行策略在地化、強化境外移入稽查等管制思維，提昇減量成效。\n在柴油車排煙管制部分，路邊攔查1,111輛次，路邊攔檢184輛次，不透光不合格數21輛次，不合格車輛以境外移入為主，而到站檢驗車輛數共2,737輛次，其中26輛次退驗，完成檢測數共2,711輛次，不透光不合格數179輛次，目測判煙稽查10,889輛次，經由單眼相機排煙狀態篩選後，總通知到驗數共計28輛次，平均通知率0.3%，受通知車輛主要以車齡20年以上的老舊柴油車居多。\n為提昇計畫執行成效，本計畫亦持續針對以轄區各主要不同柴油車族群，針對自主到檢作業進行區分管制，包括轄區大型貨運業、國道5號客運、利澤及龍德工業區大型業者、公共造產疏浚砂石車輛，以及進出蘇澳港空氣品質維護區車輛等族群，此外為擴展老舊車輛管制績效，本年度亦持續加強針對設籍本縣個人或小型行號車輛、鄉鎮公所清潔隊車輛及進出利澤焚化廠車輛等3個族群，進行自主到檢方案，並依據去年各族群到檢期程，依續排定到檢，以督促相關業者及族群，重視所屬柴油車輛排煙現況，進而確實維修保養。\n本年度也持續藉由受理民眾檢舉烏賊車案件、路邊攔檢不合格複驗、目測判煙通知到檢及外縣市移入案件通知檢測等管制作為，通知有污染疑慮之柴油車，限期至排煙站進行檢測，在油品抽測化驗部分，運用比色表及比重計，從車輛油箱中進行採樣，並挑選較為可疑油品送交環保署認可機構進行化驗，以管制硫含量超過標準之非法油品，此外今年度已完成2場次外部稽核，期望透過專家學者到站輔導及查核，持續維持並精進宜蘭檢測站相關品質運作能力，進而維護環保局執法公信力。",
        "eng_title": "2023 Yilan County Diesel vehicle pollution control and smoke exhaust power meter operation test planPlan",
        "eng_subject": "The progress of each major work item of this (112-year) plan has continued to be implemented in accordance with the initial planning schedule of the plan, and the scheduled goals have been achieved. In addition, in order to strengthen the management and control of pollution caused by mobile sources traveling within the county, In terms of diesel vehicle pollution control, in addition to carrying out four tasks including in-station inspection, visual smoke detection, roadside inspection and license plate recognition, we also continue to promote independent management of diesel vehicles within the jurisdiction and proactive inspection promotion, and through the implementation of Localize strategies and strengthen control thinking such as overseas immigration inspections to improve the effectiveness of volume reduction.\nIn the diesel vehicle smoke emission control section, 1,111 vehicles were stopped and inspected on the roadside, 184 vehicles were stopped and inspected on the roadside, and 21 vehicles were unqualified for opacity. The unqualified vehicles were mainly imported from overseas, and the total number of vehicles inspected at the station was 2,737 vehicles, of which 26 vehicles were rejected for inspection, a total of 2,711 vehicles were inspected, 179 vehicles were unqualified for opacity, and 10,889 vehicles were visually inspected for smoke inspection. After screening by the smoke exhaust status of the single-lens camera, the total number of inspections was notified There were a total of 28 vehicles, with an average notification rate of 0.3%. Most of the vehicles notified were old diesel vehicles that were more than 20 years old.\nIn order to improve the effectiveness of the implementation of the plan, this plan also continues to carry out differentiated control on independent inspection operations for various major diesel vehicle groups in the jurisdiction, including the large-scale freight industry in the jurisdiction, the passenger transport on National Highway 5, and the large-scale diesel vehicles in Lize and Longde Industrial Zone. Industry operators, public-production dredging sand and gravel vehicles, and vehicles entering and exiting the Suao Port Air Quality Protection Zone. In addition, in order to improve the performance of old vehicle control, this year we will also continue to strengthen the control of vehicles registered in the county with personal or small business licenses, and township and town government vehicles. Three groups, including cleaning team vehicles and vehicles entering and exiting the Lize Incineration Plant, have carried out independent inspection plans. According to the inspection schedule of each group last year, inspections will be scheduled continuously to urge relevant industries and groups to pay attention to the emissions of their diesel vehicles. Check the current condition of the smoke and perform maintenance accordingly.\nThis year, we also continued to take control actions such as accepting reports of squid vehicles from the public, re-inspecting unqualified roadside inspections, notifying inspections of visual inspections of cigarettes, and notifying inspections of cases moving from other counties and cities, etc., to notify diesel vehicles with pollution concerns that they must be discharged within a time limit. Smoke stations conduct testing. In the oil sampling and testing section, colorimeter and hydrometer are used to take samples from vehicle fuel tanks, and more suspicious oils are selected and sent to an agency recognized by the Environmental Protection Agency for testing to control illegal sulfur content exceeding the standard. Oil products, in addition, 2 external audits have been completed this year. We hope to continue to maintain and improve the relevant quality operation capabilities of the Yilan Testing Station through expert and scholar on-site guidance and inspections, thereby maintaining the credibility of the Environmental Protection Agency's law enforcement.",
        "proj_year": "112",
        "org_name": "宜蘭縣政府環境保護局",
        "exe_unit": "春迪企業股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1120152531",
        "publish_date": "20240731"
    },
    {
        "chi_title": "111年度推動包裝減量專案工作計畫",
        "chi_subject": "本計畫執行期間自111年9月20日起至112年11月30日止，相關成果包括：\n（一）\t自94年公告之「限制產品過度包裝」法規，管制糕餅禮盒、化粧品禮盒、酒禮盒、加工食品禮盒及電腦程式著作光碟等，國際間先後修訂產品過度包裝相關法令，我國政府與民間亦積極呼應國際趨勢，以原有的基礎實力，深入產品包裝實務與技術層面議題，降低我國包裝廢棄物產出。\n（二）\t完成包裝檢驗相關工作，業者送驗共完成89件，1件不符盒層數規定，8件不符合包裝體積比值規定，其餘皆合格；主動性查核共199件，有85件產品未通過檢驗，其中不合格率最高為化粧品禮盒。\n（三）\t分析各國網購包裝減量管理措施，並完成韓國、新加坡、歐盟、德國等國家之包裝管理政策翻譯作業，研究整理國際網購包裝減量管理模式，提出我國網購包裝減量策略。\n（四）\t協助「網際網路購物包裝限制使用對象及實施方式」相關法制作業，並完成稽查執行手冊之編撰。於「網際網路購物包裝限制使用對象及實施方式」公告前完成抽查網購商品件數共305件，合格件數為224件，合格率為73.44%。\n（五）\t執行期間完成1場網購包裝減量聯盟會議，持續與聯盟成員互動檢討，針對112年2月16日公告訂定「網際網路購物包裝限制使用對象及實施方式」，了解各聯盟業者配合調整標準作業程序辦理情況。\n（六）\t執行期間會同地方環保局完成稽查大型業者100家，包裝材料稽查結果顯示大部分業者針對網際網路購物包裝限制使用公告皆因公告而調整包裝材料；包裝方式部分共有86家因公告而調整包裝作業流程，針對現場稽查共84件商品，全數皆符合規定。\n（七）\t辦理產品包裝減量創意設計活動，盤點國內產品包裝設計活動與考量傳達效益，搭配「金點新秀設計獎」辦理。其中雜貨類於包裝減量上還有更精進的部分，從設計生產源頭開始減量、包裝材質種類單一、使用可回收包裝材料之產品。\n（八）\t辦理8場次計畫相關政策研擬、法規修正與制訂進度或其他相關工作之公聽會、研商會、說明會、法令宣導會、稽查實務教育訓練。完成5式限制性產品過度包裝、網購包裝減量等政策圖文資料。辦理1場次網購包裝減量論壇、1場次行政院環境保護署(現環境部)源頭減量推動成果交流會。",
        "eng_title": "2022 Project on Drive Packaging Reduction",
        "eng_subject": "The implementation period of this project is from February 17, 2022 to December 15, 2022. Relevant achievements during the reporting period on July 29, 2022 include:\n（1）Since the announcement of the Regulations on Restricting Excessive Packaging of Products in 2005, the regulation has controlled excessive packaging of products, including cake and pastry gift boxes, cosmetic gift boxes, wine gift boxes, processed food gift boxes, and computer program CD-ROMs. Internationally, various countries have subsequently amended their regulations related to excessive product packaging. The government of our country, in collaboration with the private sector, has actively responded to this international trend. Leveraging our existing expertise, we have delved into practical and technical aspects of product packaging to reduce the generation of packaging waste in our country.\n（2）The inspection related to packaging has been completed, with a total of 80 items submitted for inspection by the industry. Out of these, 1 item did not meet the box layer requirement, and 8 items did not comply with the packaging volume ratio requirement. The remaining items met the standards and were deemed acceptable. In the proactive audit, a total of 199 items were reviewed, and 85 of them did not pass the inspection. Among these, the highest non-compliance rate was observed in cosmetic gift boxes.\n（3）Analysis of packaging reduction management measures in various countries for online shopping has been completed. The translation of packaging management policies for countries such as South Korea, Singapore, the European Union, and Germany has also been carried out. Research and compilation of international online shopping packaging reduction management models have been conducted. Based on this research, a strategy for reducing online shopping packaging in our country can be formulated.\n（4）Assisting in the legislative work related to  Restrictions on the Use of Packaging in Internet Shopping and Implementation Methods  and completing the compilation of the inspection execution manual. Prior to the announcement of  Restrictions on the Use of Packaging in Internet Shopping and Implementation Methods, a total of 305 online shopping items were randomly inspected. Among them, 224 items were deemed qualified, resulting in a compliance rate of 73.44%.\n（5）During the execution period, one online shopping packaging reduction alliance meeting has been successfully conducted. Ongoing interaction and review with alliance members have taken place to address the announcement made on February 16, 112th year regarding the Restrictions on the Use of Packaging in Internet Shopping and Implementation Methods.\n（6）During the implementation period, we conducted inspections in collaboration with the local environmental protection bureaus for 100 major enterprises. The results of the packaging material inspection showed that the majority of these enterprises adjusted their packaging materials in response to the announcement of restrictions on the use of internet shopping packaging. Regarding packaging methods, a total of 86 enterprises adjusted their packaging operations processes due to the announcement. We conducted on-site inspections of 84 products, and all of them complied with the regulations.\n（7）The implementation of creative design activities for product packaging reduction has been carried out. An inventory of domestic product packaging design activities has been conducted, taking into consideration communication effectiveness, and in collaboration with the Golden Pin Design Award. In the case of general merchandise, there is room for further improvement in packaging reduction. This includes reducing packaging at the source of production, utilizing a single type of packaging material, and promoting the use of recyclable packaging materials in product design and manufacturing.\n（8）A total of 8 sessions have been organized for planning-related policy development, regulatory amendments, and progress in formulating policies. These sessions include public hearings, working group meetings, briefings, legal outreach meetings, and inspection practice and educational training. In addition, 5 sets of policy graphic and textual materials have been completed for restrictive product over-packaging, online shopping packaging reduction, and other related policies. One online shopping packaging reduction forum and one Environmental Protection Administration (EPA) of the Executive Yuan source reduction promotion achievement exchange meeting have been organized.",
        "proj_year": "111",
        "org_name": "循環署永續消費回收組",
        "exe_unit": "毅泰管理顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1110295034",
        "publish_date": "20240801"
    },
    {
        "chi_title": "111-113年度廚餘多元能資源化再利用研析及評鑑計畫",
        "chi_subject": "為提升廚餘處理之資源循環效率，廚餘堆肥和生質能再利用是目前常見方式，本計畫主要工作是進行各縣市基本回收與處理量能評析，提出相關推動策略，並進行處理設施輔導，所有工作項目均順利完成，並下為重點結論：\n1.對各縣市廚餘處理能力和設施完成盤點分析及提出推動建議，包含：基隆市應加快廚餘處理設施設置規劃，高雄市與臺中市應加速生質能處理設施規劃與建置；其他縣市雖因養豬飼料化仍有相當數量，導致部分設施使用率較低，仍應定期操作與落實設備保養維護，確保設施可於防疫需求狀況發生時，正常發揮設施處理功能。\n2.針對10處堆肥廠輔導及破碎脫水與高效堆肥設施效能評估，經後續改善狀況複查，堆肥廠設施運作及環境設施已有明顯改善，成品品質亦已提升，雖仍有少部分堆肥廠未完成改善，則建議持續追蹤；並建議每年進行成品分析，以確保堆肥成品品質。\n3.針對生質能源利用，除參考與評估各國廚餘厭氧生質能應用現況，並針對法規、推廣對象、產品利用方法和需要克服困難等，提出不同階段規劃，可作為後續施政參考以促進廚餘生質能源化之推動。\n4.建議廚餘再利用方式應考量縣市特性、成品需求及低碳化之環境效益評估，以利未來處理推動方式及政策參考。",
        "eng_title": "Research on bioenergy and resource recycling for Kitchen Waste and Evaluation Plan from 2022 to 2024",
        "eng_subject": "For improvement the efficiency of resource recycling for kitchen waste by composting facilities and bio-energy reuse, this project has completed all of the work items and concluded as followed:\nFirst, inventory analysis and diversified promotion recommendations for kitchen waste treatment capacity and facilities in various counties and cities in Taiwan, including: Keelung City should expedite the planning of kitchen waste treatment facilities, while Kaohsiung City and Taichung City should accelerate the planning and construction of bio-energy treatment facilities. Although, some of the facilities currently due to the pig feeding with kitchen waste and resulting in low utilization rates, regular operation and maintenance should still be implemented to ensure that composting facilities can function properly when epidemic demand arises again.\nSecondary, based on the consultation of 10 composting plants, and the evaluation of the efficiency of the crushing and dewatering and high-performance composting facilities, the operation and environmental conditions of the composting plant facilities were significantly improved after a follow-up improvement review, as well as the quality of the composting products. It is also recommended to the composting conducts with an annual analysis to ensure quality.\nThirdly, for the bioenergy utilization, in addition to referring and evaluating the current situation of anaerobic treatment of kitchen waste in various countries, and proposing different stages of planning for regulations, promotion objects, product utilization methods and difficulties to be overcome, etc., all of the suggestions can be used as a reference for follow-up policies of the promotion plan for kitchen waste with bioenergy recycling.\nFinally, it is suggested that the kitchen waste resource should consider the characteristics of cities, the demand for final products and the environmental benefit such as low-carbonization, so as to facilitate the selection of future treatment methods and promotion policy references.",
        "proj_year": "111",
        "org_name": "環管署一般廢棄物管理組",
        "exe_unit": "財團法人環境與發展基金會",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1110148779",
        "publish_date": "20240731"
    },
    {
        "chi_title": "112年度稽核認證管理與監督查核作業專案工作計畫",
        "chi_subject": "本年度工作包括「研擬再利用驗證納入稽核認證管理制度」、「研擬稽核認證作業共通性知識管理平台」、「辦理稽核認證團體監督、評鑑及各類查核作業」、「辦理稽核認證團體外部稽核作業」、「辦理稽核認證團體專案工作計畫經費查核作業」及「研擬回饋提升稽核認證作業及管理品質方案」。研擬再利用驗證納入稽核認證管理制度方面，本計畫蒐集國內外資源循環再利用驗證機制法規與制度，發展建立資源循環再生料驗證，以促進資源使用效率；研擬稽核認證作業共通性知識管理平台方面，本計畫依稽核認證人員所需知識、技能及態度規劃教育訓練課程架構，透過規劃稽核認證作業知識管理平台，提升稽核認證人員學習成效及擴大廠商參與稽核認證；稽核認證團體監督作業、外部稽核作業及經費查核作業方面，本計畫已完成辦理8場次監督相關會議、9場次管制中心查核、7場次評鑑與40場次查核作業、18場次現場外部稽核與9場次管制中心外部稽核及8場次經費查核作業，以了解稽核認證團體實際執行情形，並強化其執行管理成效；研擬回饋提升作業與管理品質方案方面，本計畫提出稽核認證作業管理建議及管理成效方案，以作為回饋修正至稽核認證手冊及稽核認證團體計畫契約之參考依據。",
        "eng_title": "Project on Management of Audit and Certification and Supervision on Audit Practices",
        "eng_subject": "The project tasks this year included the following aspects: preparing the incorporation of reuse verification into the audit and certification management system; designing a common knowledge management platform for audit and certification operations; conducting supervision, evaluation, and various operations for audit and certification groups; conducting external audits for audit and certification groups; conducting financial audits for audit and certification group projects; and developing feedback to enhance the quality of audit and certification operations and management. Regarding the preparation of the incorporation of reuse verification into the audit and certification management system, this project collected domestic and international information on recycling verification systems and regulations. The objective was to establish a verification system for recycled materials to enhance resource utilization efficiency. For designing a common knowledge management platform for audit and certification operations, this project was structured based on the knowledge, skills, and attitudes required by audit and certification personnel. Through the design of this knowledge management platform for audit and certification operations, the goal was to improve the learning effectiveness of audit and certification personnel and increase the participation of businesses in the audit and certification process. To conduct supervision, evaluation, and various operations for audit and certification groups, this project organized eight supervision-related meetings, nine control center audits, seven evaluations, and 40 audits. Additionally, 18 on-site external audits, nine control center external audits, and eighth financial audits were held. These activities were conducted to gain insights into the actual performance of audit and certification groups and enhance their operational and management effectiveness. As for developing feedback to enhance the quality of audit and certification operations and management, this project proposed recommendations for managing audit and certification operations and proposals for improving management effectiveness. These suggestions will serve as a reference for feedback and revisions to the audit and certification manual and the audit and certification group project contracts.",
        "proj_year": "112",
        "org_name": "循環署回收基金管理會",
        "exe_unit": "環資國際有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1120037653",
        "publish_date": "20240209"
    },
    {
        "chi_title": "校園淨零綠生活認知養成及行動計畫",
        "chi_subject": "淨零綠生活是一種生活型態的展現，透過教育策略達到向下紮根、向上延伸之效果，本計畫針對學齡前及小學低年級學童採用繪本教育，針對幼兒的學齡階段，其生活圈以住家起居為主，範圍涵蓋日常飲食、穿衣、居住空間等，因故主題鎖定在淨零綠生活之食、衣、住等範疇，共製作繪本3案（含中文、英文、客語及閩南語四種語言版本）、教案3案，並辦理淨零綠生活說明會說明繪本、教案使用方法，共計5場次，各式教案同步邀請學校老師進行試教。\n針對國小低年級學童，考量其學習階段以及生活圈之擴大，涵蓋交通運輸、對於旅遊娛樂以及購物採買等記憶，更較學齡前印象深刻，因故將繪本主題鎖定在行、育樂、購等面向，加強日常行為的養成，從小建立淨零綠生活的模式，共製作繪本3案（含中文、英文、客語及閩南語四種語言版本）、教案（含教材）與學習單3案，並辦理淨零綠生活說明會說明繪本、教案使用方法，共計5場次，各式教案同步邀請學校老師進行試教。\n小學中高年級與中學生階段之學生已具有大量閱讀、瀏覽影音之習慣，以培養其思辨能力、判斷淨零綠生活指引之意義，以及其所能達到淨零排放之效用，更為重要。運用聲音、故事加入科普概念，認識行為背後之淨零之知識、技術與行動方法，強化行為的科學素養，了解每一件指引背後可達成淨零排放的意義，共計製作podcast1案（25篇）、教案（含教材）與學習單3案，並辦理淨零綠生活說明會說明繪本、教案使用方法，共計5場次，各式教案同步邀請學校老師進行試教。\n面對大專校院以上之學生，準備銜接社會的階段，透過Z世代熟悉的影音模式記錄淨零綠生活，在徵件計畫的引導下，使其主動參與公眾事務，紀錄校園或社區之淨零綠生活的實踐樣貌，也透過活動的參與，由學生主動、自發性表達對於淨零綠生活的看法，共計徵得44件作品，期許影音紀錄能提供更多民眾、學生關注議題，採用票選活動方式，提供獎勵誘因，邀請全民投票，共計遴選出10名入圍獎、5名人氣獎、100名參加票選活動之綠點獎項。\n針對本計畫各工作項目，進行靜態、動態之圖文或影音之行銷宣傳，共計製作6式圖卡、錄製6式說明會課程影音，並根據試教及教育推廣成果進行彙整，分析淨零綠生活繪本、教材、學習單、Podcast及實踐影音記錄與試教等辦理成果（含觸及人數）及影響程度、各學齡層對於淨零綠生活認知的層面，及各類參與人數性別比率之性別平等、消費者保護、兒童權利及人權貢獻與成效等。",
        "eng_title": "The campus net zero emissions and green living awareness and action plan",
        "eng_subject": "Net Zero Green Life is a lifestyle, aiming to root down and extend upward through education. This project focuses on using picture books for preschool and elementary school children. For preschoolers, whose lives revolve around their homes, including daily activities such as eating, dressing, and living spaces, the themes are centered around the aspects of Net Zero Green Life, namely, food, clothing, and housing. Three picture books have been created in four languages: Mandarin, English, Hakka, and Minnan. Additionally, three lesson plans have been developed, and five seminars have been conducted to explain the use of the lesson plans and picture books. Trial lessons have also been organized to evaluate the outcomes of the planned lessons.\n\nAddressing elementary school children in lower grades, considering their living circle expanded, having experiences related to movement, travel, and shopping, three picture books were created focusing on aspects of transportation entertainment and shopping. Emphasizing the importance of cultivating daily behaviors and establishing a pattern of Net Zero Green Life from an early age. The materials include three picture books in four languages, three lesson plans (including teaching materials), and three sets of learning sheets. Similar to the preschool phase, five seminars were conducted to explain the use of lesson plans and picture books, with trial lessons involving school teachers.\n\nFor upper-grade elementary and middle school students who are accustomed to reading and viewing multimedia content, cultivating their critical thinking skills and understanding the significance of Net Zero Green Life and its potential for achieving zero emissions is crucial. Podcasts comprising 25 episodes were produced, accompanied by three lesson plans (including teaching materials) and three sets of learning sheets. Similar to the previous stages, five seminars were organized to explain the use of lesson plans and materials, with trial lessons involving school teachers.\n\nFacing college and above students preparing to integrate into society, a video competition was organized to encourage their engagement in public affairs. Utilizing the video format familiar to Generation Z, students recorded the images of their campus and community while expressing their views on Net Zero Green Life by the videos. A total of 44 works was collected, and an online voting campaign was conducted to select 10 finalists, 5 popularity prizes, and 100 attendance green point prizes.\n\nTo promote the project, various materials such as texts, graphics, and video publications were created. Six groups of graphics and six seminar videos were produced. Additionally, an analysis of the outcomes of picture books, materials, study sheets, podcasts, trial teaching, and video competition works was conducted. The analysis covered understanding Net Zero Green Life across different age groups and achievements in gender equality, consumer protection, children's protection, and human rights.",
        "proj_year": "112",
        "org_name": "環境部綜合規劃司",
        "exe_unit": "泛科知識股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1120030972",
        "publish_date": "20240401"
    },
    {
        "chi_title": "112年中部地區固定污染源許可符合度及合理性查核計畫",
        "chi_subject": "本計畫執行時間由112年3月8日至112年11月30日止，執行期間皆依期程規範辦理，整體進度達成率100%。計畫針對中部地區五縣市固定污染源，分別篩選出各縣市20家工廠共100家進行查核，並針對查核缺失以防制設備操作參數不符合、防制設備維護保養情形不佳及污染源未列入操作許可證等缺失廠商，進行深度查核作業共執行19家，稽查檢測21根次，查核結果分別以未有效收集廢氣、稽查檢測超標(管道PSN、管道異味、管道甲苯)、防制設備操作參數未符合、防制設備未確實操作、新增污染源及未依規定紀錄操作報表予以告發。\n另計畫執行期間於執行查核作業前，先於5月17日辦理2場次法規宣導說明會(與會人數分別為43人、42人)，分別邀請中部五縣市固定源許可列管事業100家為參加對象，然執行期間分別於每季5月31日、8月30日及11月14日辦理3場次許可查核交流與研習會議(與會人數分別為37人、35人、39人)，各邀請環境部相關業務單位、各區環境管理中心、中部地區縣市環保局相關業務人員參加環保許可交流會議，另辦理2場次固定源許可審查及查核研習會(與會人數分別為50人、41人)，藉由各式交流會議提升環保單位知識，進而提高查緝效率。",
        "eng_title": "112 Central Region Stationary Pollution Source Permit Compliance and Reasonability Checkup Plan",
        "eng_subject": "The implementation period of this plan is from March 8, 2023 to November 30, 2023. During the implementation period, everything is handled in accordance with the schedule, and the overall progress achievement rate is 100%. The plan is to target stationary pollution sources in five counties and cities in the central region, and select 20 factories in each county and city, a total of 100, for inspection, and identify deficiencies in the inspection, such as non-compliance with the operating parameters of control equipment, poor maintenance of control equipment, and unidentified pollution sources. A total of 19 manufacturers were included in the list of manufacturers with Operating permit and other deficiencies, and a total of 19 in- Intensive inspection were conducted, with 21 inspections and inspections. The inspection results were respectively failure to effectively collect waste gas, inspection and inspection exceeding standards (pipeline PSN, pipeline odor, pipeline toluene), and prevention equipment failure to comply with operating parameters, incorrect operation of control equipment, new sources of pollution, and failure to record operation reports in accordance with regulations will be reported.\nIn addition, during the implementation period of the plan, before the inspection work is carried out, 2 regulatory publicity briefings were held on May 17 (the number of participants is 43 and 42 people respectively), and 100 stationary source permit management enterprises in five counties and cities in central Taiwan were invited respectively. Everyone is eligible to participate. However, during the implementation period, three permit review exchange and study meetings were held on May 31, August 30, and November 14 of each quarter (the number of participants is 37, 35, and 39 respectively). Relevant enterprises personnel from relevant enterprises of the Ministry of Environment, every center of environment manarement, and region county and city environmental protection bureaus of central were invited to participate in environmental permit exchange meetings, and 2 stationary source license review and verification seminars were held (the number of participants was 50 and 41 respectively ) to improve the knowledge of environmental protection agencies through various exchange meetings, thereby improving the efficiency of inspection.",
        "proj_year": "112",
        "org_name": "中區環境管理中心",
        "exe_unit": "台灣曼寧工程顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1120021779",
        "publish_date": "20240131"
    },
    {
        "chi_title": "建構LED燈具循環材料與產品服務化低碳商業模式研發計畫",
        "chi_subject": "本計畫「建構LED燈具循環材料與產品服務化低碳商業模式研發計畫」\n工作項目包括：(1)開發與生產綠色設計的LED平板燈，於三個場址分別應\n用、租賃綠色設計燈具、申請碳排抵換專案；(2)完成LED平板燈拆解比較報\n告；(3)研發廢LED鎵回收技術；(4)研提LED照明燈具租賃業環保標章規格\n標準草案；(5)研議LED照明燈具於ESG和淨零碳排之應用。執行成果包括\n完成模組化綠色設計的LED平板燈，比T5螢光燈管節能70%，比市售LED\n平板燈節能減碳13~58%。三個場址應用中，分別為兩個場址替代T5螢光燈，\n一場址替代一般LED燈具。其減碳效益，分別為70%、60%、35%。完成LED\n平板燈拆解比較報告，本計畫綠色設計平板燈具備最高的可拆解易維修性。\n廢LED鎵回收技術研發，完成物料金屬成分分析，篩選出最佳分離回收之無\n機酸，及硝酸浸出液製程的最佳化與選擇性沉澱回收鎵。完成LED照明燈具\n租賃業環保標章規格標準草案，並提送標章審議程序。研議評析LED燈具之\n碳足跡產品類別規則之需求性，照明租賃服務化模式與永續發展目標SDGs\n8\/9\/11\/12\/17，及與ESG 經濟、環境、社會議題之對應。",
        "eng_title": "Constructing a Circular Material and Product-as-a-Service Low-Carbon Business Model for LED Light Fixtures",
        "eng_subject": "This project, titled Constructing a Circular Material and Product-as-a-Service\nLow-Carbon Business Model for LED Light Fixtures, includes the following tasks:\n(1) Development and production of green-designed LED panel lights, implemented\nin three sites for application, leasing, and applying for carbon offset projects. (2)\nCompletion of a comparative report on the disassembly of LED panel lights. (3)\nResearch and development of rcycling process for recovery of gallium from waste\nLEDs. (4) Drafting an eco-label specification standard for LED lighting fixture leasing\nbusinesses. (5) Discussions on the application of LED lighting fixtures in ESG and\nnet-zero carbon emissions.\nOutcomes include the completion of modular green-designed LED panel lights,\nwhich are 70% more energy efficient than T5 fluorescent tubes and 29~60% more\nefficient than commercially available LED panel lights. Among the three\nimplemented sites, two sites replaced T5 fluorescent lamps with leased greendesigned\npanel lights, and one site replaced standard LED flat panels with greendesigned\nones. The carbon reduction benefits are 70%, 60%, and 35%, respectively.\nThe comparative report on LED panel light disassembly confirms that our greendesigned\npanel light has the highest disassembly and maintainability. We completed\nmaterial metal composition analysis for the waste LED and gallium recycling\ntechnology, selecting the optimal inorganic acid for separation and recovery,\noptimising the nitric acid leaching process, and selective precipitation recovery of\ngallium. We also completed the draft of the eco-label specification standard for LED\nlighting fixture leasing businesses and submitted it for specification standard review\nprocedure. Research and analysis were conducted on the necessity of carbon footprint\nproduct category rules for LED panel light, the lighting-as-a-service model with SDGs\n8\/9\/11\/12\/17, and corresponding ESG economic, environmental, and social issues.",
        "proj_year": "112",
        "org_name": "循環署回收基金管理會",
        "exe_unit": "漾拓國際股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1120020003",
        "publish_date": "20240209"
    },
    {
        "chi_title": "臺中市-112年度臺中市流域污染總量管制、水污費徵收查核與水污染源稽查計畫",
        "chi_subject": "為在現有基礎上進一步達成削減污染、改善河川水質，臺中市政府環境保護局特辦理112年度「臺中市流域污染總量管制、水污費徵收查核與水污染源稽查計畫」（以下簡稱本計畫），希望藉由本計畫落實執行，特別制定推動環保許可整合計畫、水污染源管制工作及持續配合環境部推動總量管制、水污費徵收查核作業等工項，並依照本市河川水體特性及污染來源等積極推動管制規劃，確實掌握本市轄境內之水污染源資料，以利後續管制作業進行。",
        "eng_title": "Year 2023 Taichung City River Pollution Total Mass  Based Control, Water Control Fees Check and Collection, and Water  Pollution Source Audit Project",
        "eng_subject": "In order to further reduce pollution and improve river water quality on the present basis, the Environmental Protection Bureau, Taichung City Government held the Project “Year 2023 Taichung City River Pollution Total Mass Based Control,Water Control Fees Check and Collection, and Water Pollution Source Audit Project”, it is hoped that through the implementation of this project to formulate specially to promote the integration of environmental protection permits and Water Pollution Source Control Work. And we continue to cooperate with the Environmental Protection Administration to promote total mass Based control and water pollution control fees’ collection and verification operations and other works. And according to the city's river water characteristics and pollution sources, we actively promote control planning and accurately grasp the data of water pollution sources in the jurisdiction of the city to facilitate follow-up control operations.",
        "proj_year": "112",
        "org_name": "臺中市政府環境保護局",
        "exe_unit": "技佳工程科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1120019701",
        "publish_date": "20240129"
    },
    {
        "chi_title": "112年度雲林縣水污染源稽查管制暨申報許可資料管理計畫",
        "chi_subject": "本計畫主要目的在查核事業及污水下水道系統廢污水處理設施、定期申報及許可合法性及合理性，督促\n2\n事業單位及加強法令宣導，以發揮廢污水處理設施最大的效能。藉由源頭管制改善廢污水污染，減少事業廢水對河川水體環境污染。定期查核縣內飲用水源、配水點、簡易自來水、淨水場水源及末端飲水機水質，以掌握各水源水質狀況。同時藉由審查加水站水源供應許可證，以保障縣民使用加水站水源之安全性。並透過本計畫，系統性建立本縣水污染源之文書檔案及電腦資料庫外，使環保局可迅速查詢及掌握轄境內水污染之管制情況及應用所建立之水污染源管制資料庫進行管制成果統計分析，透過各項管制策略，有效改善本縣河川水體水質。\n計畫期間共計完成現場稽查作業370家次，進行事業放流水水質採樣作業357家次(含工業區污水廠及離島工業區內領有排放許可證之事業)，其中共計有71家次未符合放流水標準。事業單位各類許可審查作業，共計完成審查2,109件，並提供專人專線服務，以縮短及提升審查時效。強化轄內工業區管理預警管理，每2個月進行四處工業區污水廠現場設施操作查核作業，共查核12次。執行轄內飲用水採樣583點次及飲水機採樣324點次，水質採樣分析結果均能符合飲用水水質標準。參與8場次水污染防治推動相關活動及會議。完成定期檢測申報資料審查2,437件次，其中2,396件申報資料正確無誤，另外41件經補件審查後資料正確無誤。本計畫工作項目已完成達100％，符合契約相關規定要求。",
        "eng_title": "112 Yunlin County Water Pollution Source Inspection, Control and Discharge Permit Report Data Management Project",
        "eng_subject": "The main purpose of this project is to check the industrial wastewater treatment facilities and sewer systems, and the legality and rationality of their regular reporting materials and permits. Supervise enterprises and strengthen the publicity of laws and regulations to maximize the effectiveness of wastewater treatment facilities and sewer systems. Improve industrial wastewater and sewage pollution through source control and reduce environmental pollution of rivers and water bodies caused by wastewater. Regularly check the water quality of drinking water sources, water distribution points, simple tap water, water purification plant water sources and terminal water dispensers in the county to master the water quality of each drinking water source. At the same time, by reviewing the water supply license of the water filling station, the safety of the county residents in using the water source of the water filling station is guaranteed. Through this project, the\n3\ndocument files and computer database of water pollution sources in the county are systematically established, so that the Environmental Protection Bureau can quickly inquire about and control the water pollution within its jurisdiction, and use the established water pollution source control database to conduct control results and reports analysis. Through various control strategies, effectively improve the water quality of rivers in the county.\nDuring the project period, a total of 370 on-site facilities inspection operations were completed, and 357 times of enterprises discharge water quality sampling operations were carried out (including the sewer system in the industrial park and the enterprises with discharge permits in the outlying island industrial park), of which a total of 71 times did not meet the effluent standards requirements. A total of 2,109 examinations have been completed for various permit examinations of the enterprises, and a dedicated line service is provided to shorten and improve the examination time. Strengthen the management and early warning management of industrial parks within the jurisdiction, and conduct inspections on the operation of on-site facilities in four industrial parks sewer systems every two months, with a total of 12 inspections. 583 sampling points for drinking water and 324 sampling points for drinking water dispensers were carried out within the jurisdiction, and the results of water quality sampling and analysis were all in line with drinking water quality standards. Participated in 8 water pollution prevention and control promotion related activities and meetings. Completion of 2,437 regular inspection application reports review, of which 2,396 application reports are correct, and the other 41 reports are correct after supplementary review. The work items of this project have been 100% completed and comply with the relevant provisions of the contract.",
        "proj_year": "112",
        "org_name": "雲林縣環境保護局",
        "exe_unit": "能碩工程顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1120018391",
        "publish_date": "20240422"
    },
    {
        "chi_title": "112年度臺中市事業廢棄物流向管制減量再利用及非法棄置管理查核計畫",
        "chi_subject": "本計畫主要工作項目分別為：「辦理事業廢棄物相關許可審理」、「查核本市事業廢棄物產出、貯存、清除方式及處理流向工作」、「執行事業廢棄物專案管制工作」、「既有非法棄置場址巡查管理及車輛攔檢作業」、「辦理廢棄物非法棄置應變演練」、「研擬事業廢棄物自治法規或規(原)則」、「高風險事業遠端監控及輔導作業」及「配合行政執行作業」等工作為主要範圍。\n本計畫主要執行目的在於監督事業、清除、處理與再利用機構清理申報流向正確性與合法性及查核本市之清除處理機構及再利用機構相關機具設備運作正常性、廢棄物處理及再利用成效，並防範各種廢棄物非法棄置之可能，包括對既有場址之巡查監控，提高本市相關績效考評成績以及適時宣導防範非法棄置重要性。",
        "eng_title": "2023 Taichung City Management and Audit Plan for In-Country Destination Control, Reduction, Recycling, and Illegal Disposal of Business Waste",
        "eng_subject": "The main work items of the project are: “Assisting in Processing Various Industrial Waste-Related Permit Review”, “ Audit of the city's business waste generation, storage, removal methods, and in-country destination after disposal”, “Enforcement on the project control of business waste”, “ Inspection and management of existing illegal disposal sites and vehicle interception operation”, “Organize exercises in response to illegal waste dumping’’, “Discuss and formulate business waste self-governance ordinances or rules (principles)’’, “High-risk business remote monitoring and consultation operation’’ and “Complying With Administrative Operations”.\nThis project aimed to monitor the correctness and legality of the declared in-country disposal destination of businesses, the institutions dealing with waste disposal, treatment, and recycling, audit the City's correctness, waste disposal and recycling outcome of relevant machinery and equipment used by the disposal and treatment institutions and recycling institutions, and prevent any possibility of illegal disposal of various business waste, including the patrol and monitoring for existing sites, to improve the relevant performance audit score of the City and to promote the importance of preventing illegal dumping in due course.",
        "proj_year": "112",
        "org_name": "臺中市政府環境保護局",
        "exe_unit": "晶淨科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1120014166",
        "publish_date": "20240213"
    },
    {
        "chi_title": "112AB010產業無機資源循環利用技術計畫",
        "chi_subject": "我國資源有限，隨著政策法規對於相關廢棄物處理與環境標準提升，國內高溫產業與熱處理機構產量龐大的無機廢棄物如集塵灰與爐渣，急需進一步開發其資源化技術，使環境成本得以降低。金屬冶煉產業於金屬煉製時，伴隨產生大量煉製產業廢棄物，例如：電弧爐煉鋼廠之還原碴與煉鋁廠之鋁渣，年產量分別為40萬噸與1萬噸以上；而玻璃產業，進行生料高溫熔解製造玻璃膏的製程，單一家玻璃業每年於袋式集塵設備收集650噸玻璃集塵灰，由於含重金屬需掩埋處理。熱處理機構方面，都市廢棄物以焚化為處理主流，每年產生20萬噸的飛灰，因重金屬含量高，歸類為有害事業廢棄物，亦僅能固化掩埋，產生之成本高昂。\n本計畫主要目標為開發上述所列高溫製程生產的廢棄物之資源化應用技術，使未來這些廢棄物得以去化，並降低堆置與掩埋之環境負荷與成本。本報告重點摘錄：1.矽鋁廢棄物部分完成2家煉鋼廠的還原碴取樣5件次，並完成鋁渣取樣6件次，其TCLP、硫化物與氯鹽分析皆符合法規標準，建立鋁渣與還原碴初步量體盤點與特性資料，將之進行粒徑分級與熱處理後，初步應用至鹼激發膠結材料配方，於特定條件下最佳試體抗壓強度可達400kgf\/cm2以上，廢棄物含量於膠結材料占比可達30%以上，並完成小型水工試體之水中磨損率測試，完成其做為水工載具應用評估。 2.焚化飛灰處理方面，盤點垃圾廠焚化飛灰及具熱改質潛力廢棄物數量，並彙整具改質助熔潛力資源物至少包括玻璃及其製品類資源物、鋁系渣類資源物、含鐵氧化物資源物歷年產出量及處理與再利用情形，並進行基本特性分析，蒐集國際上經過熱處理程序後之焚化飛灰再利用現況、市場價值與技術研發近況；技術方面，節能燒結配方設計與12件次試驗與分析，已獲得符合4項環境標準、密度及吸水率標準之配方及燒製條件。 3.玻璃集塵灰方面，完成國內6大玻璃煉製廠集塵灰可回收之資源種類、數量與市場規模資料盤點，完成建築平板玻璃與色板玻璃等各種玻璃集塵灰採樣12件次，建立玻璃集塵灰7項成分分析與檢測方法，包括純度、無機鹽、重金屬、結晶水、平均粒徑、核磁共振與紅外線光譜，蒐集與探討國內外玻璃集塵灰與硫酸鈉相關純化技術與專利資料後，整合與測試溶解、化學去除、連續離心、低溫結晶與乾燥粉碎等純化單元，完成玻璃集塵灰濕法回收流程設計開發，進行每次10公斤共12批玻璃集塵灰回收製程測試，測試結果其中10批回收芒硝平均純度98%、回收率74%，回收芒硝成分與物性分析經第三方單位驗證通過，最後進行回收芒硝原料試熔測試與建築平板玻璃製程驗證，回用回收芒硝產製出平板玻璃外觀及規格符合產品需求，驗證玻璃集塵灰作為再生料循環再利用玻璃製程可行性。",
        "eng_title": "Industrial Inorganic Resource Circulation Utilization Technology Project",
        "eng_subject": "Our country has limited resources. With the improvement of policies and regulations on the disposal of related waste and environmental standards, the domestic high-temperature industries and heat treatment facilities produce a significant amount of inorganic waste such as dust and slag. There is an urgent need to further develop resource utilization technologies for these waste materials to reduce environmental costs. In the metal smelting industry, a substantial amount of waste is generated during metal refining, such as reducible slag from electric arc steel plants and aluminum dross from aluminum refining plants, with annual production quantities exceeding 400,000 tons and 10,000 tons, respectively. In the glass industry, the process of high-temperature melting for glass production generates large amounts of glass dust that is collected using baghouse dust collectors. Due to the presence of heavy metals, this waste needs to be disposed of in landfills. Regarding heat treatment facilities, municipal solid waste is predominantly treated through incineration, producing 200,000 tons of fly ash annually. Due to its high heavy metal content, it is classified as hazardous industrial waste and can only be solidified and buried, resulting in high disposal costs.\n\nThe main goal of this project is to develop resource utilization technologies for the waste produced from the aforementioned high-temperature processes. The aim is to effectively eliminate these wastes and reduce the environmental burden and costs associated with disposal and landfilling. This report highlights the following points：\n1.For silicon-aluminum waste, sampling was conducted from the reducible slag of two steel plants five times and from aluminum dross six times. The analysis of TCLP, sulfides, and chlorides met regulatory standards. A preliminary inventory of aluminum dross and reducing slag was established, and after particle size classification and heat treatment, these materials were applied to the formula of alkali-activated cementitious materials. Under certain conditions, the optimal compressive strength of the test body can reach more than 400kgf\/cm2, and the waste materials content can account for more than 30% of the cementitious material. The analysis of hydraulic concrete surface wear has been complete to evaluate its feasibility as a hydraulic structure application.  2.As for the incineration fly ash treatment, the quantity of the fly ash and the potential waste materials that are of thermal modification was conducted.  The information regarding the annual production, treatment, and re-use of the potential waste materials including glass, aluminum dross, and steel slags were collected, and their basic characteristic was also analyzed.  The information of the current thermal treatment technologies, marketing, and technology development of the incineration fly ash was collected as well.  In technological issue, the energy saving composition design and the 12 tests of the sintering process were carried out and the 4 environmental standards, the density standard, and water content limit were achieved.  3. In terms of glass fly ash: Completed an inventory of recyclable resources from six major glass manufacturing factories in Taiwan, including the resources types, quantities, and market size in the glass fly ash. Completed 12 samples of various fly ash collections from architectural flat glass and tinted flat glass processes. Through characteristic analysis, establish 7 analysis and testing methods for glass fly ash, including purity, metal oxides (XRF), heavy metals (ICP), crystal water, particle size, NMR, and FT-IR spectroscopy. After collecting and discussing the purification technologies and scientific references related to glass fly ash and sodium sulfate production, we integrated, constructed, and tested different purification units such as dissolution filtration, chemical precipitation, centrifugation, crystallization, drying, and crushing. We completed the design and development of the wet chemical recovery process for glass fly ash and successfully tested the glass fly ash recovery process 12 times with 10 kg each time. The testing results showed that recyclable sodium sulfate products from fly ash had an average 98% purity and 74% yield. Through SGS inspection and analysis, it was verified that the composition and physical properties of the recyclable sodium sulfate products achieved target specifications. Finally, the recyclable sodium sulfate passed the glass raw material dissolution test and passed the reusing verification of the architectural flat glass process. The appearance and specifications of flat glass using recycled sodium sulfate comply with product requirements. Proves the feasibility of glass fly ash being recycled as a raw material in the glass manufacturing process.",
        "proj_year": "112",
        "org_name": "循環署循環處理組",
        "exe_unit": "財團法人工業技術研究院",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1120013853",
        "publish_date": "20240223"
    },
    {
        "chi_title": "屏東縣地下水受含氯污染使用限制地區監測式自然衰減法評估計畫",
        "chi_subject": "屏東縣潮州鎮崙東里新開寮地區於民國89年調查發現地下水中含有氯揮發性有機物，經調查後關切污染物為1,1-二氯乙烯（超過管制標準），於93年公告為地下水受污染使用限制地區（以下簡稱本場址），亦曾經檢測出有四氯乙烯、三氯乙烯等污染，但於近年監測皆未有超過監測標準。\n由於本場址較靠近屏東平原東側，位於屏東沖積平原之上游區，整體含水層達約地表下200公尺，由於該地區幅員廣闊且污染物為含氯有機物，皆造成整治之困難性，近來之監測資料污染範圍已有往下游移動之趨勢，對於較下游人口稠密之區域，包含附近社區以及更下游之潮州鎮區域，可能逐漸產生影響。因此，屏東縣政府環境保護局提出監測式自然衰減法（Monitored Natural Attenuation, MNA）評估計畫（以下簡稱本計畫），探討本場址自然降解可行性並擬定分區管理策略。\n本計畫已完成合約執行項目與數量，分析結果顯示關切汙染物1,1-二氯乙烯於上游監測井皆未超過第二類地下水監測標準，而中、下游部分點位超過第二類地下水污染管制標準，污染團前緣並未到達下游邊界監測井，且3處聚落公用水井分析結果皆未超過第二類地下水污染監測標準，經評估非致癌健康風險屬於可接受之風險範圍；地下水模式模擬20年污染移動的結果顯示，污染團可能往下游移動約700公尺，但並未到達更下游人口密集區；地下水微生物分析顯示本場址具有豐富活體微生物量，於大雨後可觀察到顯著的總菌數及活體菌量的上升，惟本場址在水質監測呈現好氧的狀態，這將不利於現地微生物降解1,1-二氯乙烯。經過污染趨勢統計分析顯示1,1-二氯乙烯濃度污染團大致呈現穩定或衰減狀態，推測本場址的污染物削減作用可能來自於地下水物理性的稀釋作用，具備MNA的條件。建議上游區域可採用MNA工法，並針對列管區域長期低於地下水監測標準可考慮解除列管；中游區域於適當位置增設監測井及採用現地工法進一步降低污染；下游區域邊界監測井持續執行MNA且監控邊界污染物是否持續往更下游移動。",
        "eng_title": "Assessment Plan for Monitoring Natural Attenuation of Chlorine Contamination in Restricted Groundwater Utilization Areas in Pingtung County",
        "eng_subject": "In 2000, the groundwater in the Xinkailiao area of Lundong Village, Chaozhou Township, Pingtung County, Taiwan, was discovered to contain chlorinated volatile organic compounds. The main chlorinated volatile organic compound in this water was later found to be dichloroethylene, whose level exceeded the maximum permissible limit in the groundwater control standards of Taiwan; therefore, the aforementioned area was declared a groundwater use restriction zone (hereinafter referred to as “the Study Site”). Tetrachloroethylene and trichloroethylene were also detected in the aforementioned area; however, in recent years, the detected levels of these compounds have not exceeded the corresponding maximum permissible limits in the groundwater control standards of Taiwan. \nThe Study Site lies on the eastern side of the Pingtung Plain and upstream of an alluvial plain. The aquifer at this site extends as far as 200 m below the surface. Because of the vastness of the Study Site and the existence of chlorinated organic matter in its groundwater, groundwater remediation at this site is difficult. Recent monitoring data indicate that the contamination zone is moving downstream, which may lead to gradual impacts on densely populated areas, such as neighboring communities and the Chaozhou Township. Consequently, the Pingtung County Environmental Protection Bureau proposed the Monitored Natural Attenuation Plan (hereinafter referred to as “the Plan”) to examine the feasibility of natural degradation at the Study Site and to formulate a zoning-based groundwater management strategy for this site. \nThe contracted tasks and work quantities of the Plan have been completed. According to analysis results, the dichloroethylene level did not exceed the maximum permissible limit in the control standards for Category 2 groundwater in upstream monitoring wells but exceeded this limit in midstream and downstream monitoring wells. The contaminant had not yet reached the monitoring wells at the downstream boundary. A groundwater analysis at three locations with settlements indicated the contaminant levels in the groundwater of these locations did not exceed the corresponding permissible limits for Category 2 groundwater in the groundwater standards. Moreover, the noncarcinogenic health risks of this groundwater were within an acceptable range. The results of a groundwater model simulating the movement of dichloroethylene suggest that over 20 years, this contaminant may move 700 m downstream over time but will not reach the densely populated areas located further downstream. An analysis of groundwater microbes revealed that the Study Site was rich in viable microbial biomass and that the total bacterial count and viable microbial biomass at this site increase considerably after heavy rains; however, the groundwater at the Study Site was found to be aerobic and therefore inconducive to the local microbial degradation of dichloroethylene. A statistical analysis of pollution trends revealed that the dichloroethylene level at the Study Site is stable or weakening, possibly because of dilution, which represents an example of MNA. This study recommends the adoption of MNA practices in upstream regions at the Study Site and the removal of areas exhibiting satisfactory groundwater quality for long periods from monitoring lists. In midstream areas, monitoring wells can be added where required, and on-site methods can be used for reducing contamination. At the boundary of the downstream area, MNA should continue to be practiced at monitoring wells, and the downstream movement of contaminants should still be monitored.",
        "proj_year": "112",
        "org_name": "屏東縣政府環境保護局",
        "exe_unit": "裕山環境工程股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1120013397",
        "publish_date": "20240101"
    },
    {
        "chi_title": "推動固定污染源有害空氣污染物管理制度、 排放係數建置暨消費性產品揮發性有機物排放調查管制計畫",
        "chi_subject": "於有害空氣污染物（簡稱HAPs）管制相關法規或程序作業，已提出「固定污染源有害空氣污染物排放標準」（修正草案）研議內容，新增17項HAPs物種之管道及周界標準建議值；同時針對7項指定HAPs完成61點次管道及周界檢測調查HAPs排放特徵；亦提出固定污染源空氣污染物計量相關規定的修正草案。於推動固定污染源有害空氣污染物管制配套工作上，選定以「罐頭表面塗裝程序」建立本土化排放係數，完成11家工廠製程特性解析以及48點次管道及原物料檢測作業；於健康風險評估專責人員訓練教材修正檢視，共發出課程需求調查問卷208家業者，回收114家（125份），回收率約54.8%。另已完成美國聯邦環保署、加州空氣資源局以及世界衛生組織對HAPs健康風險與減量成效評估工具解析。同時，持續更新有害空氣污染物環境背景資料，研擬國內環境大氣有害空氣污染物監測網架構規劃。於推動固定污染源有害空氣污染物高潛勢區域之再減量工作，已展開臨海、林園、六輕及仁大等四處工業區減量協談執行進展追蹤作業，已完成28家追蹤會議並彙整執行進展。針對面源揮發性有機物管制工作，已與大氣環境司討論建物塗料VOCs成分標準修正草案內容，並提出D~G類別塗料產品之VOCs成分標準建議值；於加油站逸散管理，蒐集加油站油品儲槽揮發性有機氣體處理技術並估算可能減量。",
        "eng_title": "Plan of Management of Hazardous Air Pollutants, Emission Factors from Stationary Sources and the Investigation of volatile organic compounds emissions from consumer products",
        "eng_subject": "On the task of research and investigation of hazardous air pollutants (HAPs) control regulations, 17 air toxics were screened as target, and the recommended standards of the stack and ambient air have been proposed on the Emission Standards for Hazardous Air Pollutants from Stationary Pollution Sources(draft). The inspections for seven designated HAPs were conducted in stacks and ambient air to investigate the emission characteristics, a total 61 samples were analyzed.A draft amendment to the three relevant regulations on the emission measurement of HAPs from stationary sources was also proposed. In the supporting work of the control of HAPs, the can surface coating processes of surface coating related procedures was selected to establish a localized emission factor. 11 factories have been completed the analysis of process characteristics. 48 samples of can surface coating process from stacks and raw material were testing and to establish the HAPs emission factor.\nIn reviewing the training materials for health risk assessment specialists, 208 questionnaires have been sent out, and 114 questionnaires have been returned with a recovery rate of about 54.8%. The assessment tools for the health risks and reduction effects of HAPs in the United States Environmental Protection Agency (US EPA), California Air Resources Board (ARB), and World Health Organization\/Europe (WHO) has been collected. In addition, continue to update the ambient air background information of air toxics, and develop the framework plan for the monitoring network of air toxics in the ambient atmosphere. The tracking discussion of 28 stationary pollution sources (factories) in four industrial park (Linhai, Linyuan, Mailiao, and Renda) were completed for HAPs emission reduction negotiation project, and the progress has been collected. For the control of VOCs in area sources, the revision draft of VOCs component Standards for Coating Products has been discussed with the authority, and proposed the recommended VOCs content standards for D to G category coating products. For gas station fugitive emission control, the VOCs treatment technology of fuel storage tanks has been searched, and estimated the possible emission reduction.",
        "proj_year": "112",
        "org_name": "環境部大氣環境司",
        "exe_unit": "財團法人工業技術研究院",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1120012258",
        "publish_date": "20240421"
    },
    {
        "chi_title": "112年度嘉義縣固定污染源空氣污染物連續自動監測系統(CEMS)功能查核及稽查管制計畫",
        "chi_subject": "本計畫於112年1月1日開始執行，主要工作內容包含相對準確度測試查核(RATA)及監督查核、不透光率(OP)查核及監督查核、標準氣體(CGA)、零點\/全幅(Zero\/Span)、二氧化氮\/一氧化氮(NO2\/NO)轉化器效率查核、CEMS法規符合度查核、CEMS法規說明會及CEMS訪查作業；人工監測站採樣分析、操作維護及校正作業；維護中洋工業區之監測\/檢測設施及中洋工業區監測車空氣品質監測作業；環境道路交通音量監測及民眾陳情案件處理；辦理室內空氣品質訪查巡檢暨推動自主管理標章作業、室內空氣品質法規說明會及公私場所室內空氣品質稽查檢測，期末報告統計期間，各項工作執行進度如表1所示，成果說明，主要如下：\n(一)連續監測設施(CEMS)法規符合度及系統功能查核\n在相對準確度測試查核作業，112年3月10日執行台灣化學纖維股份有限公司新港廠排放管道P501，測試項目氮氧化物差值平均值大於信賴係數，依據CEMS管理辦法附錄十規定需進行偏移校正因子(BAF)修正(修正時間112年4月26日至112年6月16日)，而該廠於112年4月21日執行第2季RATA定期檢測作業，測試項目氮氧化物差值平均值小於信賴係數，可取消偏移校正因子(BAF)修正，於112年6月7日函覆第2季RATA檢測報告至環保局通知取消BAF修正；112年7月5日執行台灣化學纖維股份有限公司新港廠排放管道P301，測試項目氮氧化物及氧氣差值平均值均大於信賴係數，需進行偏移校正因子(BAF)修正(修正時間112年8月3日至112年10月5日)，而該廠於112年8月18日執行第3季RATA定期檢測作業，測試項目氮氧化物及氧氣差值平均值均小於信賴係數，可取消偏移校正因子(BAF)修正，於112年9月18日函覆第3季RATA檢測報告至環保局通知取消BAF修正。\n在不透光率查核作業，各管道校正誤差查核結果皆符合監測設施性能規格≦3 %不透光率規定，其中台灣化學纖維股份有限公司新港廠排放管道P101在低幅衰光器查核結果略為偏高，於現場告知廠方代表人員及儀器維護商，應查明原因或重新進行調校，以避免日後超出性能規格標準；另於11月23日配合該廠定期查核作業進行監督查核，偏高情形已有所改善，另外亦提醒廠方人員於零點補整累積至 4 %不透光率時，應清潔光學感應之表面，避免影響測值準確性。\n在標準氣體查核作業，台灣化學纖維股份有限公司新港廠，排放管道P501於112年7月31日查核時，測項氮氧化物中低濃度查核結果13.35 %，接近性能規格標準上限；另於112年8月25日配合該廠定期查核作業進行監督查核，測項氮氧化物中低濃度查核結果仍偏高(11.84 %)，告知廠方及儀器維護商，應重新進行線性調校，確保監測設施準確性，以免超出性能規格標準；其餘管道相較於110-111年查核結果，皆已有所改善，其結果也於查核結束後告知廠方及儀器維護廠商，使其了解監測設施目前狀況，希望廠方及維護商能夠持續保持下去。 \n在零點\/全幅(Zero\/Span)偏移查核部分，台灣化學纖維股份有限公司新港廠排放管道P101氮氧化物全幅偏移測試時，偏低-2.39 %，已接近標準誤差範圍±3%，經查前日及當日之校正結果皆為正偏差；嘉惠電力股份有限公司排放管道P002排放流率零點偏移測試時，偏高2.21%，此兩根管道查核結果於查核當日結束後已告知廠方及儀器維護廠商，請儀器維護廠商在進行管路確認是否有阻塞或監測設施之線性是否有偏移之現象並進行改善。\n(二)連續監測設施(CEMS)連線資料查核 \n日報傳輸情形：嘉惠電力股份有限公司在112年7月10日因傳輸系統異常導致當日之日報資料未能於次日下午一時傳輸至本局(累計1次未傳輸)，其餘各廠皆符合次日下午一時前傳輸之規定。\n月報傳輸情形：南亞塑膠工業股份有限公司嘉義廠排放管道P001，111年12月份監測紀錄報表未依規定於112年1月15日前進行傳輸，依法裁處，其餘各廠月報傳輸情形皆符合次月十五日前須上傳規定。\n(三)人工測站TSP採樣\n針對轄內7座空氣品質人工監測站，每月執行TSP採樣與維護校正工作，其所使用之校正設備孔口流量計已完成追溯一級流量校正，而每季及採樣前、後均需進行校正作業，校正結果均符合檢測方法規範。\n(四)中洋工業區監測\/檢測作業\n每月定期執行中洋工業區監控系統鋼瓶更換、清洗及監看即時監控系統，並於112年3月20至21日、112年6月8日至9日、112年9月25日至26日及112年11月07日至08日分別在太保市麻寮里活動中心及新港鄉三間村活動中心各執行1天次空氣品質監測車監測作業，各測項均符合空氣品質標準。\n(五)噪音監測相關作業\n執行12點次航空噪音監測作業，除新港鄉三間村活動中心符合第一級航空噪音防制區劃定原則(該區域已屬第一級航空噪音防制區)外，其餘各點次監測結果均未達第一級航空噪音防制區劃定原則。\n執行機動車輛原地噪音稽查檢測，已辦理環警監聯合稽查作業41場次，共計攔查1,861輛次，其中4輛經審驗合格後任意變更為未經檢驗合格之排氣管，違反噪音管制法第8條直接進行處分，而針對有噪音之虞車輛進行檢測145輛次，其中檢測不合格30輛，車況異常通知回檢14輛，不合格率為21 %。\n執行機動車輛行駛噪音(聲音照相科技執法)稽查作業，針對轄內屢遭民眾陳情路段或高噪音車輛出沒熱區辦理稽查，已辦理75場次執法取締作業，陳情案件中除中埔鄉135線道外，其餘路段截至現階段未再接獲陳情，顯示聲音照相科技執法已有其遏阻作用，而針對仍屢遭陳情路段，計畫將持續辦理取締勤務，以維護民眾居家環境安寧 \n於中埔鄉澐水國民小學旁(台三線)之標誌桿上，設置1套固定式聲音照相科技執法設備，藉以降低車輛噪音擾寧的問題，維護社區安寧。\n協助環保局規劃並辦理附掛聲音照相科技執法告示牌，以期嚇阻及降低噪音車擾寧案件，總計完成3處區域附掛作業。\n(六)室內空氣品質管理工作\n室內空氣品質訪查巡檢作業，除冷Ｏ探索館及品Ｏ咖啡觀光工廠二氧化碳即時濃度值大於1,000 ppm之外，其餘各場所室內空氣品質狀況良好，針對檢測不良之場所現場給予初步簡易改善建議，如隨時保持空氣流通或加強通風換氣，可裝抽風扇增加空氣對流，使室內外空氣進行流通降低二氧化碳濃度；於下半年度進行複檢時，均已有所改善。 \n室內空氣品質公告標準方法稽查檢測，總計辦理7處場所，各場所檢測結果皆符合室內空氣品質標準，並輔導場所申請自主管理標章；其中財團法人嘉義縣私立開Ｏ殿福松老人養護中心細菌濃度偏高，於10月18日再次辦理複檢，其細菌濃度最高值為316 CFU\/m3，相較前次檢測最高值1,417 CFU\/m3，已大幅降低，顯見其改善效益。\n自主管理標章推動情形，轄內16處公告場所均已取得標章使用權；非公告場所則有17處場所取得標章使用權，分別為8處社會福利機構、3處幼兒園、2處產後護理機構、1處醫療機構、1處航空站、1處表演廳及1處美術館。",
        "eng_title": "2023 Stationary Source Air Pollutant Continuous Emission Monitoring Systems (CEMS) Performance Audit and   Project in Chiayi County",
        "eng_subject": "The project started on 1th January, 2023, and the main works included RATA and supervision audit, OP and supervision audit, CGA, Zero\/Span, the efficiency inspections on NO2\/NO transformer, regulatory compliance audit, explanation session for online and regulations, CEMS evaluation; Maintaining the manual monitoring station’s operating and correcting functions; Maintaining detecting and testing facilities in the Zhongyang Protection Network; Air quality detecting in the Zhongyang industrial area by vehicles ; Indoor air quality inspections and inspections and promote self-management labeling operations, indoor air quality regulations briefing sessions, and indoor air quality inspections and testing in public and private places; The period of data statistic had been started from 1th January, 2023 to 31th December, 2023, and the contents are summarized as follows：\t\n(一)CEMS Regulations Conformity and System Function Check\nOn March 10, 2023, the relative accuracy testing and audit were conducted for the Formosa Chemicals ＆ Fibre Corporation Sin-gung Plant emission stack P501. The average difference in nitrogen oxides exceeded the confidence interval, requiring a Bias Adjustment Factor (BAF) correction according to the CEMS Management Regulations Appendix 10 (Correction period: April 26, 2023, to June 16, 2023). However, during the routine testing on April 21, 2023, for the second quarter RATA, the average difference in nitrogen oxides was below the confidence interval, leading to the cancellation of the BAF correction. The cancellation was submitted to the Environmental Protection Bureau on June 7, 2023 with the report for the second quarter. On July 5, 2023, emission stack P301 was tested, and the average differences in nitrogen oxides and oxygen both exceeded the confidence interval. A BAF correction was required (Correction period: August 3, 2023, to October 5, 2023). However, during the third-quarter RATA on August 18, 2023, the average differences in nitrogen oxides and oxygen were below the confidence interval, allowing the cancellation of the BAF correction. The cancellation was submitted to the Environmental Protection Bureau on September 18, 2023 with the report for the third quarter.\nDuring opacity testing, all pipeline correction error audit results complied with the monitoring facility performance specifications (≤ 3% opacity). Notably, emission stack P101 at Formosa Chemicals ＆ Fibre Corporation Sin-gung Plant showed a slightly higher result in the low range attenuator audit. The plant was informed on-site, and corrective actions were advised to avoid future deviations from performance standards. A follow-up audit on November 23, showed improvements in the high readings. Additionally, the plant personnel were reminded to clean the optical sensor surface when the compensation accumulates to 4% of the opacity to maintain measurement accuracy.\nDuring the standard gas calibration on July 31, 2023, for emission stack P501, the nitrogen oxides at low concentrations showed an audit result of 13.35%, approaching the upper limit of the performance specifications. A follow-up audit on August 25, 2023, indicated a persistently high result (11.84%). The plant was advised to conduct a linear calibration to ensure the accuracy of the monitoring facility and prevent exceeding performance standards. Other pipelines showed improvements compared to the results from 2021-2022, and the plant and maintenance providers were informed of the facility's current status at the end of the audit.\nIn the audit of Zero\/Span offset, in Formosa Chemicals ＆ Fibre Corporation Sin-gung Plant, the Nitrogen oxides span offset test of Pipeline P101 was a low -2.39 % which was close to the range of standard error ±3%. The correction of the day and the day before were both positive errors. Chia Hui Power Company, the emission flow zero offset of Pipeline P002 was a high 2.21 % . We informed the plant and the instrument maintenance company of the audit result and suggested they check whether there was a blockage of the pipeline or an offset of the equipment’s linearity and make improvements. \n(二)CEMS Connection Data Audit \nDaily Transmission Status: On July 10, 2023, Chia Hui Power Company experienced a transmission system anomaly, failing to transmit daily report data by 1:00 PM the following day (1 instance of non-transmission). However, all other plants complied with the requirement of transmitting data by 1:00 PM on the next day.\nMonthly Transmission Status: For emission stack P001 at Nan Ya Plastics Corporation Chiayi Plant, the monitoring record report for December of the year 2022 was not transmitted by the required date of January 15, 2023. Legal actions were taken as per regulations. However, the monthly transmission status for all other plants met the requirement of uploading data before the 15th of the following month.\n(三)Manual monitoring station’s operating and correcting functions \nFor the 7 manual air quality monitoring s...",
        "proj_year": "112",
        "org_name": "嘉義縣環境保護局",
        "exe_unit": "捷思環能股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1120008438",
        "publish_date": "20240301"
    },
    {
        "chi_title": "112年公告事業用地土壤污染評估調查及檢測制度推動與勾稽查核計畫",
        "chi_subject": "本計畫協助環管署推動土壤及地下水污染整治法(以下簡稱土污法)第8、9條公告事業用地土壤污染評估調查及檢測制度，主要工作成果包括：\n一、收集國外相關制度，分析土污法第8、9條實施現況、執行問題與未來推動策略，規劃公告事業修正方向，並追蹤相關主管機關法令與制度動態。\n二、研擬人員管理辦法、作業管理辦法及審查收費標準修正草案，修正發布3項配套說明文件，研擬自主改善併同申報作業程序與摘要表，以及土地交易相關從業人員法規確核表。\n三、協助環管署與縣市之技師簽證查核工作，提出技師簽證查核表單修正建議，辦理1場次簽證技師查核說明會議，以利縣市執行。\n四、配合法令規範，修正與新增資料管理系統與人員管理系統表單及功能，推動評估調查人員重新登記線上申請，提供資訊諮詢服務計226件次。\n五、完成55件申報案件之時程與內容查核，及55件申報案件建檔與電子化檔案查核。協訂考核指標及評分標準，辦理1場次環保局工作說明會，執行專線諮詢120件，完成5場現勘查核與5場採樣查核。\n六、辦理2場次法規說明會議，合計111人與會。協助新增38位評估調查人員登記或重新登記案件，核定16場次訓練課程，時數計54小時，並協助登錄確核1場次在職訓練。",
        "eng_title": "Announcement of the Soil Pollution Assessment Survey and Testing System Promotion and Inspection Plan for Business Land (2023)",
        "eng_subject": "The objective of this project was to assist the Environmental Management Administration(EMA) to promote activities related to Articles 8 and 9 of the Soil and Groundwater Pollution Remediation Act (hereinafter referred to as SGPRA). The following tasks were implemented in the project:\n1. To collect relevant foreign systems, analyze the current implementation status, implementation problems and future promotion strategies of Articles 8 and 9 of the SGPRA. To plan the revision direction of the announcement business, and evaluate the impact of changes in the laws and regulations of the competent authorities.\n2. To develop draft amendments to 3 sub-laws, and update 3 supporting documents. To develop pollution self-improvement process with declaration and summary forms. To make legal verification forms for use by practitioners related to land transactions.\n3. To assist the EMA and local environmental protection agency with professional engineer verification work. To propose adjustment suggestions of professional engineer certification check forms and scoring standards, and hold a meeting for implementation.\n4. To add forms and functions to “Information Management System of Soil Pollution Inspection on the Land Publicly Designated Industrial Land” and “Soil Pollution Assessment Investigation Personnel Management System”. To promote the re-register online mechanism, and to provide system operation consultation for 226 cases.\n5. To assist EMA in auditing the performance of each county and to evaluate the contents and digitized files for 55 reporting cases separately. To propose business management indicators for performance appraisal of local governments, and hold 1 coordination meeting. To provide telephone consultation for 120 cases. To audit site inspection for 5 sites, and audit soil sampling for 5 sites.\n6. To hold 2 regulations explanation meetings that total 111 people have participated. To assist registration and re-registration of 38 assessors and to approve 16 training courses with a total of 54 hours, and verification of 1 on-the-job training course.",
        "proj_year": "112",
        "org_name": "環管署土壤及地下水污染整治基金管理會",
        "exe_unit": "環興科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1120005790",
        "publish_date": "20240309"
    },
    {
        "chi_title": "112年度嘉義市清淨空氣整合推動計畫",
        "chi_subject": "本計畫為掌握嘉義市空氣品質長期變化趨勢，經由工作成效評核及專案技術支援，研擬適當之空氣污染管制措施，採取「對內整合、對外合作」策略，協助跨縣市合作交流及跨局處資源整合工作，強化空氣污染減量力道；協助執行「嘉義市空氣污染防制計畫(109年至112年)」及「嘉義市清淨空氣推動委員會」之減量行動，並就各項管制措施執行進度進行追蹤，適時提出建議，並協助研擬修訂「嘉義市空氣污染防制計畫(113年至116年)」，配合本市空氣污染防制業務行政工作；辦理各項空氣品質防制策略宣導工作，建立市民正確空氣污染防制及健康防護觀念。本計畫執行期間自112 年1 月1 日起至112 年12 月15日止，執行成果摘要如下：\n一、\t污染物排放清單與空氣品質現況\n依據本計畫檢討更新和掌握之TEDS11.1排放量資料，本市各類空氣污染物排放量分別為懸浮微粒(PM10)553公噸、細懸浮微粒(PM2.5)224公噸、硫氧化物(SOx)36公噸、氮氧化物(NOx)1,088公噸、非甲烷碳氫化合物(NMHC)3,951公噸，各污染物排放量相較前版本TEDS10.1約降低7.4%~39.3%。\n近5年，本市AQI>100比例由107年25.5%降至111年12.6%，整體改善率50.5%；其中AQI>100_PM2.5由17.0%降至7.7%，改善率54.8%；AQI>100_O3_8hr由8.5%降至4.9%，改善率41.9%。112年1~11月AQI>100為14.1%，其中AQI>100_PM2.5占7.2%、AQI>100_O3_8hr占6.9%。112年統計至11月，本市共發生3站日AQI≧151的紅色警戒事件，較111年同期4站日紅色警戒改善。\n二、\t嘉義市空氣污染防制計畫(109年至112年)執行成果\n本市空氣污染防制計畫(109年至112年)計有34項管制措施，包括固定污染源8項、逸散污染源10項、移動污染源12項及綜合性管理4項。統計109年~112年至10月，本市29項實質減量措施，有20項已達標，有5項預計12月可達標，4項受疫情及政策調整因素，無法達標。各污染物減量成果分別為：PM10減量130.79公噸\/年(達標率121%)、PM2.5減量74.14公噸\/年(達標率126%)、NOx減量811.59公噸\/年(達標率152%)、SOx減量17.87公噸\/年(達標率127%)、NMHC減量686.69公噸\/年(達標率132%)。\n三、\t研擬嘉義市空氣污染防制計畫(113 年至116年)\n本計畫依據112年10月環境部提供之撰寫指引及減量手冊編撰「嘉義市空氣污染防制計畫(113 年至116年)」，依照各類污染源管制特性，遵循環境部空氣污染防制方案八大面向，研擬本市30項管制措施(71項子策略)包括：精進行業減量技術8項、車輛及機具全盤掌握7項、建構跨部會專案管理5項、區域開發重點監控2項、特定季節強化應變2項、連結淨零政策減污4項、綜合管理及輔助工具1項及及跨域合作管制項目1項，並辦理跨縣市聚焦討論會議及完成空氣污染防制計畫(113年至116年)初稿。\n四、\t跨縣市合作及跨局處整合\n呼應本市「對內整合，對外合作」策略，針對多面向空氣污染來源，對內整合局處資源，跨局處辦理嘉義市清淨空氣推動委員會2場次，滾動檢討成效。因本市空氣品質受鄰近縣市排放影響占比高，加強對外合作，積極參與跨區域合作平台，包括南部地區跨區合作預防應變小組11場次、雲嘉南高屏交流協商會議2場次、中臺灣區域治理平台-空污環保組會議2場次，與中央及縣市夥伴共同努力，提升區域空氣品質。\n五、\t提升空氣品質改善維護計畫執行績效及品質\n本計畫除定期分析空氣品質變化，提交各類成效資料外，並召開2場次空污減量成效內部工作檢討會，提升本市空氣品質改善維護計畫執行績效及品質，並配合環境部112年度績效考評，預估年度自評得分含加分項目可達95.4分，協助上傳月報、季報及空氣污染防制基金決算等資料，提升本市考評成績。\n六、\t協助建立空氣品質不良應變機制\n為預防空氣品質不良，強化通報應變能力，導入智慧程式應用，建立空氣品質不良日預報及逐時通報機制，自動於通訊軟體Line即時發布並通知各機關執行應變防護(制)措施。112年(至11月)，總計實施空氣品質不良通報應變67次，依指標污染物類別，分為PM2.5、O3-8hr、PM10等3 類，PM2.5通報44次占65.67%最高、O3-8hr通報21次占31.34%，PM10通報2次占2.99%，總計促成PM10削減6.98公噸、PM2.5 削減1.71公噸。\n七、\t空氣品質淨化區、裸露地及綠牆維護管理\n本市空氣品質淨化區計有7處，綠化面積4.25公頃、長度6.8公里，基地類型包括裸露地綠化3處、環保公園2處，自行車道2處，本計畫已連續4年推動認養率百分百，每月進行查核並完成追蹤改善提報，登錄環境部相關網站。辦理1場次空氣品質淨化區專家現場輔導查核作業，給予各淨化區維護管理作業指導與建議。\n本市18處裸露地，針對維護管理較佳的9處進行每季查核，維護管理較差的9處進行每月查核，目前本市裸露地皆已全數鋪設草皮，管制比例達百分百。\n本市108~111年計有4所公立國小透過環境部經費補助設置清淨綠牆，本計畫以每季追蹤方式記錄學校維護情況，並全面訪查尚未申請環境部經費設置之24校(國中8校、國小16校)，評估學校的地理位置、建築物特性、日照程度等因素是否適合設置清淨空氣綠牆，實地訪查結果，計有13校以自有經費設置綠化，加上透過環境部經費補助4校，總計17校已設置綠化措施，國中小學清淨綠牆設置率達61%。\n八、\t強化空氣品質防護觀念宣導\n完成11場次空氣污染防制防護觀念宣導活動（含5場次空氣污染防制防護種子講師宣講），宣導人數約3,227人次，配合有獎徵答或遊戲與民眾互動，並利用社群媒體定期發佈空氣污染防制防護相關知識及健康防護觀念等宣導圖文，已完成登載10則，讓「綠生活．好空氣」觀念深植人心。",
        "eng_title": "2023 Chiayi City Clean Air Integrated Management Plan",
        "eng_subject": "The implementation of this plan is to grasp the long-term change trend of air quality in Chiayi City, through work effectiveness evaluation and technical support, and then develop appropriate air pollution control measures. The strategy of internal integration and external cooperation to assist cross-county and city cooperation and exchanges and cross-bureau resource integration are also implemented. Assist in the implementation of the “Chiayi City Air Pollution Control Plan (2020~2023)” and “clean air promotion committee meetings”, and tracked the implementation progress of control measures; furthmore, we assisted to plan and rolling revised Chiayi City Air Pollution Control Plan (2024~2027) and other administrative matters related to the air pollution prevention and control business. The implementation period of this year's project is from January 1, 2023 to December 15, 2023. The summaries of the main works are as follows： 1. Air Pollution Emission and Air Quality Trend\nBased on TEDS 11.1 database, the annual emissions in Chiayi City are PM10-553 tons\/y, PM2.5-224 tons\/y, SOx-36 tons\/y, NOx-1,088 tons\/y, NMHC-3,951 tons\/y, respectively. Compared with TEDS 10.1 database, the emissions have reduced by 7.4%~39.3%.\nBased on the 5-year monitoring data between 2018 and 2022 in Chiayi City, the AQI>100 ratio drops from 25.5% to 12.6% (50.5% improvement rate); the AQI>100_PM2.5 ratio drops from 17.0% to 7.7% (54.8% improvement rate); the AQI>100_O3_8hr ratio drops from 8.5% to 4.9% (41.9% improvement rate). As of November, the AQI>100 ratio in 2023 is 14.1%, the AQI>100_PM2.5 ratio and AQI>100_O3_8hr ratio are 7.2% and 6.9%, respectively; the red alert poor air quality station days(AQI≧151) has decreased from 4 days in 2022 to 3 days in 2023.\n2. Achievement of the Chiayi City Air Pollution Control Plan (2020~2023)\nThis project also assisted to analyze the achievement of the Chiayi City Air Pollution Control Plan (2020~2023), including 34 control measures. As of Sep. 2022, there are 29 permanent control measures, including 20 measures attained, 5 will be attained in Dec., 4 will be unattained due to COVID-19 pandemic or policy change). The reduction achievements (achievement tatio) are as follows: PM10: 130.79ton (121%); PM2.5: 74.14ton (126%); NOx: 811.59ton (152%); SOx: 17.87ton (127%); NMHC: 686.69ton (132%).\n3. Develope draft of the Chiayi City Air Pollution Control Plan (2024~2026)\nTo develope the city's air pollution control plan from 2024-2026 based on MOENV’s guidelines and reduction calculation manual. The total 30 measures include 8 Refined industry reduction technology, 7 Comprehensive control of vehicles and machinery, 5 Establish cross-department project management, 2 Regional development and monitoring, 2 Enhanced management in specific seasons, 4 Net zero carbon policy, 1 Comprehensive management and 1 Cross-county, city cooperation project. Finally, the project assisted to conduct cross-county and city focused discussion meetings and completed the draft of the air pollution control plan (2024-2026).\n4. Cross-county, city and bureau integration\nChiayi City adopts the policy of internal integration and external cooperation to respond with multi-air pollution sources. For internal integration, the project assisted to hold two sessions of  clean air promotion committee meetings; for external cooperation, the proejct participated in 11 sessions of “Air Pollution Interregional Cooperation Prevention Response in Southern Taiwan”, 2 sessions of “Yun-Chia-Nan and Kao-Ping Exchange and Consultation Meetings” and 2 sessions of “Central Taiwan Regional Governance Platform-Air Pollution Protection Group Meetings” to work with central and other local governments to improve air quality together.\n5. Improve air quality maintenance plan execution performance and quality\nThe project assisted to hold two sessions of “work performance review meetings”. The self-assessment of air quality improvement work performance evaluation scores expected to reach 95.4 in 2023. We also have assisted in reporting and uploading the first to third quarterly reports, monthly reports from January to September and Air Pollution Control Fund-related statistics. \n6. Establish notifications mechanism of poor air quality\nIn order to prevent poor air quality, the project introduced intelligent program applications to report forecast and hourly notification for poor air quality. Aa of November, a total of 67 notifications of poor air quality were implemented. Among them, the number of PM2.5 notifications reached 44 times accounted for 65.67%, O3-8hr reached 21 times accounted for 31.34%, and PM10 reached 2 times accounted for 2.99%. The reductions are PM10 6.98 ton and PM2.5 1.71ton, respectively.\n7. Air quality purification areas, bare areas and green walls\nThere are 7 air quality purification areas in the city with a green area of 4.25 HA、6.8 KM, including 3 bare green areas, 2 environmental parks and 2 bicycle lanes. The project h...",
        "proj_year": "112",
        "org_name": "嘉義市政府環境保護局",
        "exe_unit": "鼎環工程顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1120004798",
        "publish_date": "20240131"
    },
    {
        "chi_title": "112年度環保專責人員交流園地優化及擴大參與暨交流計畫",
        "chi_subject": "(1)深化與專責人員互動交流機制，提供最新法規、重要政策、技術新知及開班新訊等予專責人員知悉。\n(2)透過整併「環保訓練管理系統」及「環保專責人員交流園地」各自既有會員帳號資料，以單一會員帳號為目標，優化兩系統會員功能與使用管理。\n(3)透過環保專責人員業務交流座談會，建立專責人員間的連結度與歸屬感，並製作環保專責人員微學習影片教材，以補充專責人員之必要知識及提升素養。",
        "eng_title": "Optimize the Exchange Platform for Environmental Protection Specialists and Technicians and expand participation with exchange programme in 2023.",
        "eng_subject": "(1)Enhance communication between Environmental Protection Specialists and Technicians, providing them with the latest laws, regulations, important policies, and updates on new technical knowledge and classes.\n(2)Through the integration of the Environmental Protection Training and Management System and the Exchange Platform for Environmental Protection Specialists and Technicians, consolidating the existing member account data of each, with the aim of a unified member account, to optimize member functionality and user management across both systems.\n(3)Through the business exchange seminars of Environmental Protection Specialists and Technicians, establish a sense of connection and belonging among Specialists and Technicians. Additionally, produce microlearning video materials for Environmental Protection Specialists and Technicians to supplement necessary knowledge and enhance competencies.",
        "proj_year": "112",
        "org_name": "國環院環教認證中心",
        "exe_unit": "奕祥資訊股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1120003803",
        "publish_date": "20240131"
    },
    {
        "chi_title": "112年度化學物質環境流布背景調查專案工作計畫",
        "chi_subject": "本計畫主要目的包括(一)執行臺灣本島15條主要河川、7類50種化學物質之河川底泥與魚體之採樣檢測及數據解析，並與歷年整體調查結果進行研析；(二)檢測數據資料庫更新管理，並介接至指定資料庫；(三)應用多元化學物質管理決策模式工具，並研提化學物質管理建議。第一部分已完成南崁溪、頭前溪、客雅溪、中港溪、後龍溪、大安溪、烏溪、北港溪、朴子溪、鹽水溪、二仁溪、典寶溪、東港溪、蘭陽溪及新城溪等15條河川之底泥及魚體採樣及分析，檢測項目包括得克隆及甲氧滴滴涕、全氟烷基物質、農藥及其代謝物（嘉磷塞及氨基甲基膦酸、陶斯松、施得圃）、短鏈氯化石蠟、壬基酚及雙酚A、鄰苯二甲酸酯類、多溴二苯醚類及六溴聯苯類、多環芳香烴化合物、金屬等9類104種檢測物質，共計獲得17,264筆檢測數據。環境流布調查結果發現化學物質含量較90年至99年調查結果有降低趨勢，顯示列管後之管理策略有助於降低底泥與魚體中化學物質濃度。本年度調查結果發現相較110年調查結果，底泥中檢測項目整體測值下降，惟部分檢測項目如短鏈氯化石蠟、壬基酚、雙酚A、鄰苯二甲酸酯類、多溴二苯醚類及六溴聯苯類在部分河川底泥測值較前一次調查結果有上升情形。本年度魚體中全氟烷基物質及多溴二苯醚類等檢測項目整體測值上升，部分河川魚體中短鏈氯化石蠟測值相較110年調查結果有上升情形，可能因河川底泥中相關測項檢測結果上升，魚體有較長時間累積或與魚體長度\/重量及生活習性有關，需待進一步分析魚體之體長、體重與化學物質含量之關係，才可證實推測。建議未來應持續監測觀察其環境流布之趨勢，亦可繼續納入國際關注、國內使用量高、具環境及人體危害特性之化學物質進行長期調查。\n第二部分已完成「化學物質環境流布調查資訊網站」歷年檢測結果及科普資料更新，協助一頁式英文網頁英譯，並將歷年環境流布調查數據介接至環境部環境資源資料交換平台（CDX平台）。\n第三部分管理決策模式工具應用，藉由樞紐分析、桑基圖及調查指紋結果圖等觀察特定污染物於特定時間點及特定介質中分布關聯。另結合毒理學優先指數(ToxPi)多元毒理資訊整合工具辨識臺灣北部9條河川流域需優先關注採樣點及化學物質，結果顯示102個化學物質中以農藥、多環芳香烴類、多溴二苯醚類及鄰苯二甲酸酯類化學物質為需優先關注者，另河川下游段為需優先管理區段，且南崁溪為9條河川中需加以關注之河川，相關結果亦結合化學物質檢測結果及列管污染源資料一同呈現於地理資訊可視化界面，進而作為管理決策參考依據。",
        "eng_title": "The project for background investigation of environmental distribution of chemical substances in 2023",
        "eng_subject": "The aims of the present project were to (1) investigate distribution of 7 groups and 50 concerned chemicals in 15 rivers around Taiwan, (2) update the analytical data and link to assigned database (3) apply multiple chemical management decision-making model tools and provide management suggestions. First, sediment and fish samples were collected from 15 rivers around Taiwanincluding Nankan River, Toucian River, Keya River, Jhonggang River, Houlong River, Da-an River, Wu River, Beigang River, Puzih River, Yanshuei River, Erren River, Dian Bao River, Donggang River, Lanyang River and Shincheng River. Concentrations of dechlorane plus (DP), methoxychlor, perfluorinated alkyl substances (PFASs), pesticides and their metabolites (including glyphosate, aminomethylphosphonic acid (AMPA) and chlorpyrifos, pendimethalin), short-chain chlorinated paraffins (SCCPs), nonylphenol (NP), bisphenol A (BPA), phthalate esters (PAEs), polybrominated diphenyl ethers (PBDEs), hexabrominated biphenyls (HBB), polycyclic aromatic hydrocarbons (PAHs), and metals were measured in collected samples. In total, 17,264 analyzed data were obtained. The analyzed concentrations of certain chemicals in sediments showed decreasing trend. It indicates that the control strategies for these chemicals are effective to reduce their releasing into the environment. However, the concentrations of specific chemicals such as PFASs, SCCPs, NP, BPA, PAEs, PBDEs and HBB in certain river sediments and fishs were higher than those in the previous survey. The findings may be related with the living habit and size (length\/weight) of fish or due to decreased contaminated levels of river environment and long-term accumulation of these chemicals by fish. We recommened that it was necessary to continuously monitoring their distribution trend. In the future, candidate chemicals with global concerns, high production volume, environmental hazards and human health effects could be further included for long-term investigation.\nSecond, the analytical data and popular science information were updated to the environmental distribution survey of chemical substances Information Website. Translation of the website to English and linking the environmental distribution survey data to the Central Data Exchange (CDX System) of the Ministry of Environment were completed.\nThird, application of multiple chemical management decision-making model tools via pivot analysis, sankey diagram, and fingerprints of the river survey determined , the distribution and correlation of specific pollutants at specific time points and specific media Meanwhile, Toxicological Priority Index (ToxPi) combined the diverse toxicological information integration tool was used to identify and rank the priority of chemicals and sampling sites in nine river basins in the northern Taiwan. The results showed that pesticides, PAHs, PBDEs and PAEs have high ToxPi scores by different data sets. Besides, downstream sampling sites of rivers may need to be paid attention in future sampling strategy, especially in Nankan River. The relevant information is also presented on the geographical information visualization interface using the chemical analysis results and the data from the Pollutant Release and Transfer Register for further decision-making reference.",
        "proj_year": "112",
        "org_name": "化學署評估管理組",
        "exe_unit": "國立成功大學",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1120002523",
        "publish_date": "20240131"
    },
    {
        "chi_title": "112年度屏東縣柴油車污染管制暨綠色運輸推廣計畫",
        "chi_subject": "本計畫主要目標包括：柴油車相關管制作業、綠色運具及運輸宣導推廣作業及配合局內各項行政業務。期中報告統計期程為112年1月1日至112年12月31日止，現已完成契約工作量化目標，其中柴油車排煙檢測數3,657輛次、車牌辨識作業29,349輛次、老舊車輛到檢通知4,407件、路邊及場站攔查數910輛次、檢測數505輛次、油品採樣25件及相關性測試等品保品管等作業，符合進度目標，詳如表I所示。\n管制成效上，動力站檢測以自動到檢為最大宗，占整體檢測比例67.9%，主要來於老舊車輛主動通知、車牌辨識主動通知以及跨計畫合作提供相關車輛資訊寄發通知等方式提高車輛到檢數；其次為自主管理25.0%；根據檢測結果分析，自動到檢不合格率最為高，達12.7%，研判主因為本計畫今年度針對當年度未有檢測記錄之一至四期小型柴油車輛寄發通知，由於部分黑煙產生原因不影響車輛行駛，以及部分車主維修觀念不足，未落實維修保養作業，導致不合格率偏高；通知到檢部分，本年度針對小型柴油車進行篩選，共寄發4,407件；車牌辨識共擷取25,806輛次，針對未取得自主管理標章車輛寄發主動通知共259輛次；路邊攔檢部分，本年度維持往年作法，其攔檢不合格率達28.5%，其中以小型車不合格率高達41.4%最高；另經同時段車流調查發現，行駛於道路上之柴油車每100輛僅1.1輛屬於不合格車輛，也反映出本計畫採取目視初判、攔車試踩確實有效掌握有污染之虞車輛，也減少合格車主等待時間；空氣品質維護區管制部分，本計畫為推動屏南工業區劃設空氣品質維護區，於3月20日由環保署召開會商會，本計畫已於7月正式公告屏南工業區為空氣品質維護區，目前以車牌辨識系統進行主動通知管制，於11月正式告發，已有5,422輛取得自主管理標章或汰換四五期柴油車輛，具有正向成效；後續屏東工業區已進行管理中心協談，預計12月設置車牌辨識系統，113年進行劃設公告作業。\n在輔導推動上，本年度完成屏東汽車客運股份有限公司授權核發及裕益汽車股份有限公司設備建置；另針對屏東縣內具有不透光設備之保養廠業者進行相關性測試，確認業者使用之設備與環保局設備誤差，僅璟驊柴油噴射幫浦行有明顯偏高現象，該保養廠認為數據偏高可以使維修後到站檢測車輛一定符合檢測站測試數據。\n綠能運具推動部分，藉由環保署多元補助方案，本縣共淘汰121輛大型柴油車汰舊換車及152輛調修；在電動巴士推動上，交通旅遊處正向縣府以每輛322萬2仟元申請補助經費，於本年度將更換10輛墾丁街車為電動公車；小黃巴士作為推動主力，以計程車代替公車，公共運輸服務從大街深入巷弄，本年度拓點至恆春鎮，行經鄉鎮包括萬丹鄉、竹田鄉、長治鄉、內埔鄉、新埤鄉、萬巒鄉、南州鄉、新園鄉、林邊鄉、車城鄉等共14個鄉鎮市，也將搭乘率較低的班次改為直達制；今年2月起，屏東公共自行車全面汰換YouBike並擴增至119站850輛車，設站數較去年提升182%，使用人數達712,171人次，較去年提升137%。\n建議未來執行規畫，於柴油車管制部分，持續針對不合格、車流量較高或特殊管制規劃安排攔檢作業，確實篩選有污染之虞車輛，並依據民眾陳情地點新增攔檢點；減少之路攔場次，則安排至偏鄉地區之車隊業者處執行場站檢測服務；空氣品質維護區部分，建議考量高污染車輛常聚集之區域或高流量區域，藉此可掌握更多車輛污染排放，並加以管制；保檢合一認證保養廠部分，持續屏東客運授權核發自主管理標章；輔導裕益汽車取得核發標章之權力，並輔導坤益噴射器行及輝明車體有限公司，建立黑煙檢測能力；綠能運具部分，持續溝通縣府交通旅遊處辦理大眾運輸優惠方案及電動公車申請計畫，並掌握本縣小黃公車、YouBike等大眾運輸工具使用量，評估是否建議增設點位，提供民眾更便捷的租賃環境。",
        "eng_title": "2023 Pingtung County Diesel Vehicle Pollution Control and Green Transportation Promotion Project",
        "eng_subject": "The main objectives of this project include: diesel vehicle-related control operations, green transportation and transportation publicity and promotion operations, and coordinating various administrative operations within the bureau. The statistical period of the midterm report is from January 1, 2023 to December 31, 2023. The quantitative target of the contract work has been completed, including 3,873 diesel vehicle exhaust inspections and 25,806 license plate recognition operations. There were 4,407 inspection notices for vehicles and old vehicles, 802 roadside and station inspections, 505 inspections, 25 oil samples and correlation tests and other quality assurance and quality control operations, which met the progress goals, as shown in Table I.\nIn terms of control effectiveness, automatic inspections at power stations are the largest, accounting for 67.9% of the overall inspection proportion. This improvement mainly comes from active notifications of old vehicles, active notifications of license plate recognition, and cross-project cooperation to provide relevant vehicle information\nand send notifications. The number of vehicles inspected; followed by autonomous management at 25.0%; according to the analysis of the test results, the unqualified rate of automatic inspections is the highest, reaching 12.7%. The main reason is that this project this year targets small diesel vehicles from Phases 1 to 4 that do not have inspection records in the current year and that was sent a notice to. Due to the reasons for the production of some black smoke that did not affect the driving of the vehicles, and the lack of maintenance concepts of some vehicle owners and failure to implement repair and maintenance operations, resulting in a high failure rate; the notice was notified to the inspection department that small diesel vehicles will be screened this year. A total of 4,407 cases were sent; a total of 25,806 vehicles were captured through license plate recognition, and a total of 259 voluntary notifications were sent to vehicles that did not obtain self-management labels; roadside inspections continued this year as they were in previous years, and the inspection failure rate reached 28.5 %, with small cars having the highest unqualified rate of 41.4%. In addition, a traffic flow survey during the same period found that only 1.1 of every 100 diesel vehicles on the road were unqualified vehicles, which also reflects the visual inspection adopted by this project. Preliminary judgment, stopping and test driving can effectively identify polluting vehicles and reduce the waiting time of qualified car owners; in the air quality maintenance area control part, this project is to promote the establishment of air quality maintenance areas in Pingnan Industrial Zone on March 20. The Environmental Protection Agency convened a meeting to announce a meeting. The project in July has announced that Pingnan Industrial Zone was officially announced as an air quality maintenance area. Currently, the license plate recognition system is used for proactive notification control. In November, 5,422 vehicles were officially announced. Managing labels or replacing the fourth and fifth-generation diesel vehicles has positive results; the Pingtung Industrial Zone has already conducted management center negotiations, and it is expected to install a license plate recognition system in December and conduct a demarcation announcement in 2024.\nIn terms of coaching and promotion, this year we completed the authorization issuance of Pingtung Motor Passenger Transport Co., Ltd. and the equipment construction of Yuyi Automobile Co., Ltd .; we also conducted a correlation test for maintenance shop operators with opaque equipment in Pingtung County to confirm that the operators use with the differences between the equipment and the Environmental Protection Agency's\nequipment, only the Jinghua Diesel Injection Pump Shop has a significantly higher level. The maintenance shop believes that the higher data can ensure that the vehicle inspected at the station after maintenance must meet the test data of the inspection station .\nAs for the promotion of green energy vehicles, through the multiple subsidy programs of the Environmental Protection Agency, the county has phased out a total of 121 large diesel vehicles and replaced them with old ones and repaired 152 vehicles; in the promotion of electric buses, the Transport and Tourism Department is providing the county government with the cost of each vehicle for applying for subsidy funds of NTD 3.222000 to replace 10 Kenting street buses with electric buses this year; Small Yellow Bus will serve as the main force to replace buses with taxis. The public transportation service will extend from the streets to the alleys and expand to Hengchun township this year. Towns, they travel by, include Wandan Township, Zhutian Township, Changzhi Township, Neipu Township, Xinpi Township, Wanluan Township, Nanzhou Townsh...",
        "proj_year": "112",
        "org_name": "屏東縣政府環境保護局",
        "exe_unit": "瑩諮科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1120000117",
        "publish_date": "20240202"
    },
    {
        "chi_title": "移動污染源排放資料建置及減量成效評估計畫",
        "chi_subject": "移動污染源為影響地區性空氣品質主要的污染源之一，其排放量推估之準確性，受到推估模組相關因子影響，包含車齡分佈、平均車行里程、用油量等因子影響，各項管制策略至今仍難以透過定性、定量方式，定義其對於空品的貢獻量或與政策推動間的關係，故本計畫持續精進移污排放總量推估，提升排放量推估之準確性並適當的運用於移動污染源減量政策計算。\n　　移污管制及政策推動成效可藉由排放量減量計算評估瞭解，本計畫研修各參數之合宜性，研擬適用於臺灣各地區之減量係數並逐一檢視政策推動之成效。此外，持續協助研蒐國際公共運輸、共享運具、區域性移動源管制策略及低污染運具推廣作法，並研擬低污染運具積分抵換及增量抵換相關方法分析。然而移污排放減量因涉及私人運具管理、交通管制手段、公共運具推廣及低污染運具推動等面向，需進行跨部會協商、資料統合，以有效針對國家各行政單位間相關政策進行勾稽，協助署內與其他各部會進行協商亦為重要工作的一環。\n　　為精進移動污染源管制成效，掌握其各項活動指標及環境負荷，本計畫以圖表化方式呈現複雜之排放量數據，提供署內各項移動污染源管制精進作法及建議，成果摘述如下：\n　　（一）掌握移動污染源各項活動強度指標，並完成彙整於排放清冊中，各項活動強度資料皆已更新至109～110年。\n　　（二）車輛排放總量推估相關工作，已完成109年車輛參數蒐集並完成109年車輛活動強度、排放係數、排放量推估。\n　　（三）車輛移動源歷年排放趨勢部分，隨車輛持續汰舊換新，新車排放標準加嚴，各車種尾氣排放係數逐年下降；109年相較於108年，非尾氣粒狀物成長2%、尾氣粒狀物下降5%、硫氧化物（SOX）下降7%、氮氧化物（NOX）下降6%、一氧化碳（CO）下降4%，碳氫化合物（HC）、鉛（Pb）無明顯差異。\n　　（四）排放量推估結果受活動強度影響，疫情發展三級警戒期間，確實影響整體車輛活動強度，但除物流大貨車反向成長之外，其他車種活動強度均顯著下降。\n　　（五）國內移動污染源各類管制措施於109～112年空氣污染防制計畫書提出之減量目標年度預估粒狀物（PM）減少約600公噸、氮氧化物（NOX）減少約6,000公噸、非甲烷碳氫化合物（NMHC）減少約3,000公噸，分別達成時，相較於各年度排放總量，PM約可減量3～4%，NOX約可減量5%，NMHC約可減量3～4%。\n　　（六）因應未來車輛結構變化，低污染運具帶來整體環境空氣污染減量效益之需求，配合經濟部能源局能源配比，初步建立國內電動車輛（電動機車、電動大客車及電動汽車）燃料生命週期之耗能及排放參數。\n　　（七）配合整體空氣污染管制政策，研提相關減量計算公式，量化及檢核各項策略之減量效益，建議應優先投入資源於推廣大型柴油車汰舊換新並配合機車汰舊換新策略，以達到資源分配效益之運用。\n　　（八）已協助研擬行政院環境保護署「補助電動大客車營運作業要點」草案，為提升公車電動化之減量效益，完成以營運里程及載客人次為補助基準之電動公車補助精進方案；後續將評估以延人公里為補助方式之可行性，提升大客車電動化空氣污減量的環境實質效益。\n　　（九）低污染運輸可行推動方案精進建議，應結合都市發展程度，擇優推廣不同型式之低污染運具，並結合公共運輸導向，改變私人運具使用習慣。考量空氣污染減量的同時，深入評估各地區推廣低污染運具之可行性，研擬政策推動方案。\n　　（十）持續推廣國內低污染運具政策，鼓勵民眾踴躍汰舊換低污染運具，同時研擬建置完善的基礎建設配套措施，建議初期政府推動鼓勵措施，針對電動車能源補充設施部分需求，布建公共能源補充基礎設施，避免充電站分配不均。",
        "eng_title": "Mobile source database construction and reduction effectiveness evaluation program",
        "eng_subject": "Mobile source emission is one of the major pollution sources that affecting directly the local air quality. However, the accuracy of its emission factors, including vehicle age distribution, average mileage, fuel consumption, fuel efficiency, traffic flow, and road length, is challenging to characterize. In order to quantify the contribution of mobile source to air quality, it is still necessary to continuously improve the estimation of mobile source emissions, and quantify their impact in terms of policy purpose.\n　　The effectiveness of mobile source emission control and policy promotion could be obtained through the assessment study of emission reduction. This program reviewed and adopted suitable reduction parameters of control strategies of mobile source to investigate their effectiveness on air quality. International transportation, public-shared vehicles, and low-emission vehicles promotion were also studied in this program. Cross-department cooperation and data integration is necessary on these issues. The coordination meetings where implemented in this program as well.\nSeveral achievements were obtained is this program and summarized as follows:\n　　1.\tThe mobile sources emission data, including the activity of unit strength index, publication frequency, and historical data, where updated to 2021.\n　　2.\tMobile source emission estimation, including vehicle activity intensity, emission factors, and emission, were completed for 2019.\n　　3.\tWith the implementation of vehicle emission standard increasing and replacement for old vehicles, the emission from vehicle tailpipe declined year by year. Comparing the difference of suspended particles emission in 2020 and 2019, non-tailpipe emission increased by 2% and tail pipe emission decreased by 5%, SOX decreased by 7%, NOX decreased by 6%, CO decreased by 4%. On the other hand, there is no significant difference for HCs and Pb.\n　　4.\tMost of the vehicle travel intensity, except heavy-duty trucks, decreased significantly during the period of nationwide the level 3 epidemic alert, resulting in the emission from mobile source reduced through the lower vehicle travel intensity.\n　　5.\tThe predicted emission of PM decreases by 600 mt, (3~4% of total annual PM emission), NOX by 6,000 mt (5% of total annual emission), and NMHCs by 3,000 mt (3~4% of total annual emission).\n　　6.\tThe fuel life cycles and emission factors from electrical vehicles, including electrical motorcycles, buses, and trucks, were preliminarily established with local data in this program to account for the future requirement of electrical or low-emission vehicles.\n　　7.\tThrough the effectiveness assessment of several mobile source control strategies in this study, replacement for old scooter and heavy-duty vehicles is the prior recommendation in terms of emission reduction resources needed.\n　　8.\tIn order to increase emission reduction effectiveness on bus electrification, the draft of “Guidelines for Electric Bus Subsidy Pilot Program” was proposed. The subsidy are based on operating mileage and number of passengers. The subsidy based on continuously passenger-mileage will be evaluated in the future to further enhance the environmental substantial benefits of air pollution reduction through buses electrification.\n　　9.\tDifferent feasible action plan of low-emission vehicle might apply in different area according to urban development level, public transportation plan, and personal transport usage.\n　　10.\tThis program continuously helps EPA to encourage people replacing old vehicle with low-emission one. In order to promote this policy, the plans of establishing complete charging stations and their supporting infrastructure were also proposed in this program.",
        "proj_year": "111",
        "org_name": "空保處",
        "exe_unit": "景丰科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1115292573",
        "publish_date": "20230218"
    },
    {
        "chi_title": "111年度臺南市噪音監測及機動車輛排氣管聲音辨識管制計畫",
        "chi_subject": "(一) 執行一般地區環境音量及道路交通音量監測作業111年第二季至112年第一季共完成192點監測作業，並於次月5日前將監測成果上傳至環保署噪音管制資訊系統， 112年第二季監測作業於4月份亦開始執行4點次。\n執行成效：臺南市109年至111年環境及交通噪音監測結果，分析結果均未超標，亦符合現行噪音相關標準要求。 \n(二) 執行民眾噪音陳情案件或經臺南市環保局指定位置監測作業辦理民眾陳情環境噪音、交通噪音案件監測或臺南市環保局指定地點之監測作業，目前已完成執行10場次監測作業。\n執行成效：臺南市民噪音陳情包括交通及陸路交通系統， 基於這種情況本計畫共進行10處噪音監測，均未超標，均符合相關規定。 但在這些噪音監測中，南苑街道是一個特例，從不同角度進行結果分析，無論是全天環境噪音、機動車噪音或營業場所噪音，均符合相關規定。 最終，都發局按照相關規定予以解決，該店被迫停業。\n \n(三) 執行使用中機動車輛原地噪音量測作業\n1.攔檢61場，攔巡(查)數共3,773輛、攔檢數共610輛、合格436輛次、不合格174輛(不合格率28.5%)。\n2.召回54場，檢測1,878輛、合格1,826輛、不合格52輛(2.8 %)。\n3.111年檢舉查證共3,271件，受理1,845件，皆已發文。\n4.112年檢舉查證共1,834件，受理1,064件，已發文857件。\n執行成效：分析噪音污染潛勢圖，發現臺南市民噪音陳情有改善，尤其是北區、中西區、南區、安南區和龍棲區。 至於永康區、東區、安平區，112年則應加強取締。\n(四) 執行機動車輛行駛噪音稽查作業\n1.移動式聲音照相執行101場次，辨識車牌共117,858輛次、噪音事件共1,765件、告發6件、召回18件。\n2.固定式聲音照相執行1,068天，辨識車牌共6,484,333輛次、噪音事件共38,503件、告發262件、召回287件。 \n3.完成固定式4套科學儀器比測作業，並取得檢測報告。\n執行成效：以陳情數而言，科技執法成效在安平區、南區及龍崎區最明顯。至於中西區及東區則是112年應努力稽查取締之重點區域。\n(五) 航空站查核作業\n1.歸仁機場報告書審查111年4件，臺南機場112年4件。\n2.111年度完成臺南機場與歸仁基地平行監測，共5點次。\n3.111年度完成臺南機場與歸仁基地之查核作業。\n執行成效：藉由航空噪音監測、審查軍方報送噪音報告以及對噪音監測控制中心和機場監測站進行檢查，並最終達到軍用機場噪音管制，減少臺南市民噪音陳情。\n(六) 協助檢討或修正噪音管制相關法規公告事宜\n \n1.噪音管制法第七條，依110 年1 月13 日公告檢討噪音管制區參考圖面，皆已完成檢討，並更新噪音管制網。\n2.噪音管制法第八條，已於110年2月8日公告「修正本市各類噪音管制區內，不得從事妨害他人生活環境安寧行為之時間丶地區或場所」。\n3.噪音管制法第九條，已於106年3月14日針對噪音管制法第九條第一項第六款公告 「臺南市各類噪音管制區內，非屬工廠（場）、娛樂場所、營業場所及營建工程等場所或工程範圍內，所使用之下列設施所發出之聲音，不得超過噪音管制標準」。\n執行成效：蒐集環保署或相關部門之噪音管制相關法規修正或公告，依第七、八、九條檢討臺南市相關噪音公告與噪音管制法相符。\n(七) 營建噪音管制\n1.會同營建計畫稽巡查，共執行72場次。\n2.完成營建工地噪音法規宣導會議1場。\n執行成效：藉由施工現場噪音巡查、實測和宣傳，111年市民陳情施工噪音減少4起。\n(八) 非游離輻射管制\n        已完成41件(極低頻21件、射頻20件)，結果通過環保署審核。完成檢測設備校正作業，並取得校正報告。\n執行成效：藉由對41處非電離輻射測量，結果均符合監測標準，有效控制對人體的相關影響。\n(九) 光污染管制\n1.完成18點次(民眾陳情12件、歷年追縱6件)，其7件超標，皆現場進行勸導改善。另完成1場次宣導說明會議。\n2.完成亮度與照度檢測設備校正作業，並取得校正報告。\n執行成效：藉由光污染量測超標案件進行勸導改善，解決民眾陳情光害對周遭環境及眼睛造成之傷害。\n(十) 行政院環境保護署環保機關績效考核管理，111年得分5.9分 (總分6分)。\n執行成效：臺南市榮獲環境保護署（EPA）特別獎。\n(十一) 其他配合事項\n1.完成23間宮廟宣導作業，另完成「民政局所召開訂定臺南市政府輔導廟會遶境活動作業要點說明」之建議與資料彙整。中秋專案部分，協助完成宣導圖卡、LED燈、宣導人形立牌以及活動規劃等作業。\n2.每月依規定製作與提送工作月報，已完成12次提送作業。\n3.噪音陳情案件與統計分析，已完成12次月報成果提送。\n4.落實機動車輛裁處作業，111年度完成度100%。\n5.噪音防制網站已依規定建置，並持續維護更新。\n6.新聞稿完成5篇，另同步於臉書發布相關資訊。\n7.依規定已提供稽查用轎車3輛，供本計畫使用。",
        "eng_title": "2022 Tainan City Noise Monitoring and Motor Vehicle Exhaust Pipe Sound Recognition Control Plan",
        "eng_subject": "Summary of the Evaluation\n(1) Implementation of Monitoring of General Environmental Noise Levels and Road Traffic Noise Levels:\nA total of 192 monitoring operations were completed from the second quarter of 2022 to the first quarter of 2023. The monitoring results were uploaded to the Environmental Protection Administration's Noise Control Information System before the 5th day of the following month.\nImplementation effectiveness : For environment and traffic noise monitoring results from 2019 to 2022 in Tainan, the analysis result show no exceeded, and also all  meet the current noise related standard requirement.\n(2) Implementation of Monitoring of Noise Complaints from the Public or at Locations Designated by Tainan City Environmental Protection Bureau:\nA total of 10 monitoring operations have been completed for environmental noise and traffic noise complaints from the public or at locations designated by the Tainan City Environmental Protection Bureau.\nImplementation effectiveness：The noise complaints for Tainan's citizen, which included traffic and land transportation system. Based on this situation. total 10 locations we performed the noise monitoring, and no exceeded, and all meet related regulation. But in these noise monitoring, the Nanyuan Street is a special case, the results analysis fron different view points, like all day environment noise, motor vehicle noise, or business premise noise, all meet related regulation. In finally, it was solve by Bureau of Urban Development in accordance with related regulation, and this store has been forced to suspend operations.\n(3) Implementation of On-Site Noise Measurement for In-Use Motor Vehicles:\n1. A total of 61 inspections were conducted, involving 3,773 vehicles. A total of 610 vehicles were inspected, out of which 436 were found to be compliant and 174 were found to be non-compliant, resulting in a non-compliance rate of 28.5%.\n2. A total of 54 recalls were conducted, involving the inspection of 1,869 vehicles. Out of these, 1,817 were found to be compliant and 52 were found to be non-compliant, resulting in a non-compliance rate of 2.8%.\n3. In 2022, a total of 3,271 complaints were received and 1,845 were accepted for investigation. All complaints have been addressed through official communication.\n4. In 2023, a total of 1,834 complaints were received and 1,064 were accepted for investigation. Official communication has been issued for 857 of these complaints.\nImplementation effectiveness：The noise pollution potential map we analysed, and found the noise complaints were improved for Tainan citizen, especially in Bei District, Zhongxyi District, Nan District, Aninan District, and Longqi District. As for Yongkang District, Eastern District, and Anping District, it should be to strength for inspections and banned in 2023.\n(4) Implementation of Noise Inspections for Motor Vehicles:\n1. A total of 101 mobile sound camera sessions were conducted, resulting in the identification of 117,858 license plates, 1,765 noise events, 6 reported cases, and 18 recalls.\n2. A total of 1,068 days of fixed sound camera operation were conducted, resulting in the identification of 6,484,333 license plates, 38,503 noise events, 262 reported cases, and 287 recalls.\n3. A total of 4 sets of scientific instruments were used to conduct comparison testing, and the inspection reports were obtained.\nImplementation effectiveness : In terms of the noise complaints for Tainan's citizen, the most obvious effectiveness for sound camera were include,  Aniping District, Nan District and Longqi District. As for the Zhongxyi District and Dong District, it should be to strength for inspections and banned in 2023.\n(5) Inspection Operations for Airports:\n1. Four report reviews were conducted for the Guiren Airport in 2022, and four report reviews were conducted for the Tainan Airport in 2023.\n2. In 2022, parallel monitoring was conducted at five locations between the Tainan Airport and Guiren base.\n3. Inspection operations were completed for the Tainan Airport and Guiren base in 2022.\nImplementation effectiveness : Through the aviation noise monitoring, review the noise reports submitted by military, and inspections for noise monitoring control center and monitoring stations in airport. And finally to achieve the noise control of military's airport and reduce noise complaints for Tainan's citizen.\n(6) Assist in reviewing or revising announcements related to noise control regulations:\n1. In accordance with the announcement made on January 13, 2021, the reference maps for noise control areas have been reviewed, and the noise control website has been updated.\n2. Article 8 of the Noise Control Act was amended on February 8, 2021 to state that No behavior that impairs the living environment of others shall be conducted within any type of noise control area in this city, in any time, area or place.\n3. Article 9 of the Noise Control Act was amended on March 14, 2017 to announce that Within all ty...",
        "proj_year": "111",
        "org_name": "臺南市政府環境保護局",
        "exe_unit": "聯韻聲學環保顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1115137604",
        "publish_date": "20231009"
    },
    {
        "chi_title": "111年清潔人員職業安全衛生促進計畫",
        "chi_subject": "已完成5場急救人員訓練、2場3公噸以下移動式起重機訓練、8位3公噸以上移動式起重機訓練、1場鏟裝機訓練、1場挖掘機訓練及8場在職教育訓練專班及於每月之工作月報彙整統計213個清潔隊之符合相關規定之情形。\n已完成15場「清潔隊職業安全管理現場輔導會議」及15場「清潔隊員健康保護措施現場輔導會議」，並追蹤受輔導單位改善情形。\n已完成3項高風險作業之可行性替代方案，研析所需之人力及設施需求。\n已輔導26個鄉鎮市公所自動檢查計畫並追蹤落實情形，及提出適用清潔人員之特定健康檢查項目及頻率之建議，並完成6場「清潔隊員健康保護措施講習會」。\n已辦理22個清潔隊現場作業訪查，及滾動檢討並研擬「清潔隊員安全作業標準參考例」之修正建議，同時完成4場次「地方環保機關推動清潔隊職業安全衛生業務觀摩活動」。\n已完成2場1日、2場2天1夜行程之「清潔隊職業安全衛生業務聯繫會議」、6場「清潔隊工作安全促進會議」及3場「清潔人員職業安全衛生促進小組會議」，並持續協助機關行政事務至履約期限。\n隨著今年度本計畫執行上述各式證照訓練、講習與會議，執行機關於職業安全衛生組織人員及相關法規規範文件上，符合法規程度已有大幅度提升。",
        "eng_title": "2022 Cleaning Staff Occupational Safety and Health Promotion Project",
        "eng_subject": "This project has completed 5 training programs for emergency personnel, 2 training programs for below 3-ton mobile cranes, an over 3-ton mobile cranes training program for 8 people, 1 training program for skid-loaders, 1 training program for excavator,8 training courses for on-the-job education, and tracking the law compliance of 213 cleaning unit’s and summerizing in monthly reponts.\nIt completed 15 on-site consultation meetings for occupational safety management of cleaning units, and 15 on-site consultation meetings for cleaning unit health protection measures, and continued to track the improvement of the counseled unit’s\nIt completed 3 feasible alternative tasks for high-risk operations on analyses of human resources and facility requirements.\nIt counseled 26 cleaning unit’s in local townships with automatic inspection plans and continued the implementation tracking. Furthermore, completed 6 workshops for health protection measures of the cleaning unit with the consultant firm’s proposal of the specific health check items and frequency.\nThis project has visited the filed aperaion of 22 cleaning units, then proposed a rolling wave review to standard references of cleaning unit work safety. Additionally, 4 observation activities had completed for cleaning units’ occupational safety and health promotion from local authorities.\nThis project has hosted 2 sessions of 1-day and 2 sessions of 2-day itineraries of contact meetings for cleaning unit’s occupational safety and health operation, 6 meetings for cleaning unit’s work safety facilitation, and assisted 3 meetings for facilitation group of cleaning staff occupational safety, then continued to assist the administrative affairs until the contract completion date.\nWith each training, meeting, and formulating template conducted under the project this year, the compliance with occupational safety and health requlations on 213 cleaning unit’s has significantly improved.",
        "proj_year": "111",
        "org_name": "環境督察總隊",
        "exe_unit": "財團法人環境資源研究發展基金會",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1114815673",
        "publish_date": "20230110"
    },
    {
        "chi_title": "111-112年全民綠生活網絡經營管理專案工作計畫",
        "chi_subject": "為推動全民綠生活，111-112年度計畫持續進行全民綠生活平台的系統建置與維運，以及進行行銷廣宣，提升綠平台之資訊豐富度，增加和民眾間的溝通互動。\n於平台更新方面，共更新68篇平台貼文、每月更新29個開放資料集，並製作3款綠生活小遊戲由淺入深增加民眾互動，共有3,513人遊玩。此外，將業者端過往為紙本作業的旅遊、旅宿申請轉為線上、並建置英文網站與取得無障礙網頁標章，提高系統友善度。\n在綠色採購面，除即時維運環保標章系統，也依年度評核，建置綠色採購與環保局評核系統，共有28.6萬筆綠色採購資料與3,717筆成果；於環保標章後市場追蹤查核制度新建置3階段管理功能；將機關共約資料近年分類異常問題建置管理系統，排除1,605筆採購資料異常問題；對採購網進行改版以符合響應式網頁設計與取得無障礙網頁標章，並依環保局合作需求建置專屬販售通路功能。\n計畫除提供客服即時諮詢服務外，亦提供教育訓練、線上影片等多元方式輔導系統使用者，共協助處理6,358通客服諮詢、15場實體教育訓練，並有1,485人在線上完成教育訓練。在資安面，每月研析網站流量，計畫期間共有1,952人次瀏覽，網站持續符合環保署網站檢核標準，且在環保署與計畫自主額外資安測試中，皆無重大資安問題，並也對環保署舊主機完成升級作業。\n綠生活行銷共設計大頭貼特效框一式並舉辦響應活動，拍攝世界環境日串聯影片及環標30宣傳議題行銷，同時與五位不同風格KOL合作推廣綠生活各面向，曝光次數皆超過100萬次，並派員出席擺攤活動加以宣導及刊登捷運廣告，協助申請公益託播擴大宣傳，設計平面文宣六式並以電子形式刊登。總行銷效益互動人數達5048人次，觸及人數共15萬人次，曝光次數958萬次。",
        "eng_title": "Project for the operation and management of Green Life Platform (2022-2023)",
        "eng_subject": "In order to promote the National Green Life Movement, we continued the system construction and maintenance of the platform, as well as conducted marketing and publicity to enhance the information richness of the platform and increase communication and interaction with the public.\nIn terms of platform, we updated a total of 68 posts and 29 open datasets every month. We also produced 3 Green Life mini-games to increase public interaction step by step, with a total of 3,513 people have played the game. In addition, we have transformed Group Travel and Eco-friendly Hotel applications that used to be done on paper to online, built an English website, and earned a webpage accessibility mark to improve the user-friendliness of the system.\nIn terms of Green Purchase, we provided instant maintenance and operation of the Green Mark System. Based on annual assessments, we also built a Green Procurement and assessment system for the departments of environmental protection. A total of 286,000 Green Procurement records and 3,717 results. We built a three-stage management function for the market tracking and inspection system of Green Mark, and built a management system for the abnormal classification of the Implementation of Inter-entity Supply Contracts data in recent years, eliminating 1,605 abnormal purchase data. At the same time, we revised the Green Product Online Purchase Platform to conform to Responsive Web Design and obtain the accessibility conformance level A. Also, we built exclusive sales channel functions according to the cooperation requirements of Environmental Protection Department, New Taipei City Government.\nIn addition to providing real-time customer service consultation services, the website also provides education and training, online videos, and other multi-modal to guide the users. It assisted in handling 6,358 customer service consultations, 15 physical education and training sessions, and 1,485 people who completed online education and training. In terms of information security, we analyzed the traffic of the website every month. During the project, a total of 1,952 people visited the website. The website continued to meet the website inspection standards of the Environmental Protection Administration and our additional information security tests without major security issues. We have also completed the upgrade of the old mainframe of the Environmental Protection Administration.\nIn the marketing of Green Life, we designed a special effect frame for photo stickers and held corresponding activities, filmed a series of videos on World Environment Day, and promoted the 30th anniversary of the Green Mark. We cooperated with five KOLs of different styles to promote various aspects of Green Life. The number of impressions exceeded 1 million times. We also sent staff to participate in stall activities to promote and publish MRT advertisements, assisting in applying for public welfare support broadcasting to expand publicity, designing six forms of graphic literature, and publishing them in electronic form. The total number of marketing benefit engagements reached 5,048, with a total of 150,000 people reached and 9.58 million impressions.",
        "proj_year": "111",
        "org_name": "管考處",
        "exe_unit": "環資國際有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1114359768",
        "publish_date": "20230715"
    },
    {
        "chi_title": "推動廢床墊多元回收處理體系精進策略工作計畫",
        "chi_subject": "本計畫為推動廢床墊拆解技術量能及提升策略方案，辦理廢床墊公告為應回收廢棄物相關配套作業，透過資料蒐集研析、訪查分析以及專家會議辦理等方式，進行國內廢床墊回收處理分析、探討與建議、資料彙整推估、多元化回收可行性分析。\n計畫完成幾項工項與方法包括：(1)實地訪查：3家破碎機廠商、60家環保公司及資源回收場、1家慈濟環保站、10間家具公會、3家SRF場製造廠及11家床墊製造廠(2)專家會議：3場次專家會議 (3) 多元化回收處理分析：廢彈簧床墊填充物製成SRF、綠色設計規劃、公告應回收可行性等 (4)基礎量能資料彙整數據推估：床墊生產銷售及廢棄量推估、廢彈簧床收受處理量推估(5) 推動廢床墊拆解技術及量能提升策略方案：規劃專門廢彈簧床墊處理場、廢彈簧床墊回收模式及清除處理費之費率模式分析(6)公告為應回收廢棄物相關配套作業：廢彈簧床墊回收清除處理業管理辦法、稽核認證作業手冊、應回收廢棄物責任業者管理辦法等(7)與利害關係人協商會議：2場次。\n目前國內廢彈簧床墊主要由縣市清潔隊回收處理為主，且因以人工拆解耗時費工、破碎設備價格高昂，無法所有縣市皆有預算購買與維護，進而導致處理速度緩慢。清潔隊回收處理體系已無法處理現況需求及每年廢棄量速度，加上廢床墊不易清除、處理及長期難以分解之特性，故長期考量，將廢彈簧床墊公告為應回收有其必要。透過公告應回收之費用徵收，延伸生產者責任，穩定基金收入來源支應床墊回收處理的永續性，誘發廢彈簧床墊資源回收處理及處理再生體系的綠色發展。",
        "eng_title": "Improve strategies for waste mattresses processing and recycling",
        "eng_subject": "This project aims to enhance the capacity and improve strategies for dismantling waste mattresses. It involves the implementation of waste mattress recycling as part of related waste disposal operations. The project conducts data collection and analysis, investigative research, and expert conferences to analyze and propose solutions for domestic waste mattress recycling and processing. It also compiles and estimates data and analyzes the feasibility of implementing diversified recycling methods.\nThe project encompasses several tasks and methods, including:\n1. On-site investigations: Visiting three crusher manufacturers, 60 environmental companies and resource recovery facilities, one Tzu Chi Environmental Protection Station, ten furniture associations, three SRF manufacturing facilities, and eleven mattress manufacturing plants.\n2. Expert conferences: Holding three expert conferences.\n3. Analysis of diversified recycling and processing: Exploring the conversion of waste spring mattress fillings into SRF, developing green design plans, and assessing the feasibility of the recycling program announcement.\n4. Integration of basic capacity data and estimation: Estimating mattress production, sales, and waste quantities, as well as estimating the collection and processing quantities of waste spring mattresses.\n5. Promotion of dismantling techniques and capacity improvement strategies for waste mattresses: Planning dedicated waste spring mattress treatment facilities, analyzing waste spring mattress recycling models and fee rate models for removal and processing.\n6. Support operations related to waste disposal announcement: Developing management regulations for waste spring mattress collection and processing, creating audit certification operation manuals, and establishing regulations for responsible waste disposal operators.\n7. Negotiation meetings with stakeholders: Conducting two meetings.\nCurrently, waste spring mattresses in the country are primarily handled by county and city cleaning teams. However, manual dismantling is time-consuming and expensive, and the cost of crushing equipment is prohibitive for many counties and cities, resulting in slow processing. The existing disposal system by cleaning teams cannot meet the current demand and the annual rate of waste generation. Additionally, the characteristics of mattresses, such as their difficulty in removal, processing, and long-term decomposition, necessitate the implementation of waste spring mattress recycling. By collecting fees through the recycling program, extending producer responsibility, and stabilizing the income source for mattress recycling and processing, the project aims to support the sustainability of the system and promote green development in the waste spring mattress resource recycling and processing system.",
        "proj_year": "111",
        "org_name": "循環署永續消費回收組",
        "exe_unit": "大豐環保科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1114296740",
        "publish_date": "20231201"
    },
    {
        "chi_title": "111年度屏東縣加強農業廢棄物露天燃燒稽查管制及紙錢減量焚燒處理計畫",
        "chi_subject": "本計畫目的係藉由農業廢棄物露天燃燒稽巡查管制作業及紙錢集中焚燒處理減量輔導作業，以改善農業廢棄物露天燃燒及紙錢焚燒的情況，進而維護本縣空氣品質。自111年1月1日開始執行至111年12月31日止，在農業廢棄物露天燃燒稽巡查管制作業方面，查獲露天燃燒巡查件數共351件、UAV巡查作業30次、查獲露燃34件；另運用GPS定位配合地理資訊系統(ArcGIS)，進行屏東縣農業廢棄物露天燃燒位置資料建檔工作，以掌控露天燃燒的行為及動態，完成3,100筆農民資料庫之建檔工作；完成設置6套制高點移動監測攝影設備，監控農業廢棄物露天燃燒事件，透過雲端上網功能，即時回傳畫面第一時間發現行為人，最短時間前進行告發取締，共計查獲25件露燃案件。除了稽巡查管制以外，亦需執行妥善處理輔導作業，提供多元化處理，包含集中處理、農業廢棄物代清運處理及農膜回收等，完成農業廢棄物清運3,012.89公噸及農膜清運210.91公噸；推動台糖出租農地自主管理，收集農地資料695公頃，並抽選304.12公頃出租農地進行查核，查核時皆未發現露天燃燒情事，顯示以租賃契約來約束承租人頗具成效；輔導成立5家環保農園；完成4場農廢宣導會；完成代工破碎，達533公頃，因應代工破碎班人員年齡老化、部分區域無代工破碎班及代工破碎班不足，故藉由今年第二次妥善處理會議協請農政單位輔導增加代工破碎班；舉辦2場「屏東縣推動農業廢棄物妥善處理輔導方案」工作會議，跨局處協調討論農業廢棄物妥善處理方案。透過今年度輔導農業廢棄物妥善處理，長期作物(蓮霧)妥善處理率達90%，短期作物(稻米)妥善率達98%，認為屏東縣燃燒農業廢棄物較去年改善有90.7%縣民，皆創歷年新高，而農廢露天燃燒陳情共109件較110年( 162件)下降33%。\n另外紙錢集中焚燒處理減量輔導作業方面，全國最大土地公廟-車城福安宮自主封爐，配合紙錢集中燒，今年紙錢收運量840.08公噸創歷年新高(本計畫收運556.4公噸、「111年度屏東縣農廢集中清運及紙錢集中焚燒收運計畫」收運283.68公噸)，紙錢集中量較110年(542公噸)上升55%；篩選轄內廟宇進行親訪輔導紙錢減量，共有26家廟宇配合執行減量措施，並選出9間廟宇進行優良廟宇評鑑，由屏東市-北極殿、潮州鎮-東隆宮並列第一，東港鎮-嘉蓮宮排第三，另配合聯合宣導小組(民政處、消防局、警察局、環保局)，於廟宇慶典前夕前往輔導，共計輔導20間廟宇，避免因廟宇廟會慶典活動而燃放炮竹及焚燒大量紙錢、產生噪音及空氣品質下降之影響，今年度紙錢減量達695公噸較110年(634公噸)上升10%。製作禁止露天燃燒、紙錢集中焚燒與減量相關活動中發送宣傳單、海報、宣導品，共完成1000份。\n政府為推動能源轉型政策，積極推動「減煤減碳」政策，而本計畫針對收運的二項農業廢棄物進行再利用規劃，「屏東縣巨大破碎廠整改更新及再利用計畫」於9月30日完成試運轉，目前申請對象有第七河川局申請領用(粗粒料約17公噸)及南州鄉農會申請領用(細粒料約20公噸)，再利用方式除了抑制高屏溪河床裸露地揚塵、解決廚餘問題(副資材)，亦可當再生燃料，「107年度屏東縣農廢減燒循環經濟計畫」辦理妥善處理示範專區研討會，除了介紹屏東縣農廢妥善處理成果外，更針對氣化爐發電辦理現地觀摩，提升廢棄物處理品質及拓展示範，而屏東縣在地廠商因當年示範觀摩獲得啟發，建置氣化爐預計112年正式商轉。而農膜再利用處理增加屏東MT廠示範，於11月2日將農民申請收運一車約4噸農膜送至屏東MT廠產製SRF，促使廢棄物達成資源化之目標。",
        "eng_title": "111 Project on the Inspection and Control of Open-Air Agricultural Waste Burning, and Reduction and Handling of Paper Money Incineration in Pingtung County",
        "eng_subject": "This project aimed to improve the air quality of Pingtung County by providing counseling for the monitoring, inspection, and management of open burning of agricultural waste and joss paper. From January 1st to December 31st, 2022, 351 open burning inspections and 30 unmanned air vehicle patrols were conducted; 34 cases of open burning were detected. A GPS positioning system was combined with a geographic information system (ArcGIS) to establish a database of the locations for open agricultural waste burning in Pingtung County and achieve real-time monitoring of this practice. The database has currently established files on 3000 farmers. Moreover, six mobile, high-coverage monitoring systems equipped with photographic equipment have been deployed to monitor open agricultural waste burning incidents. The cloud system transmits images over the internet in real time for the timely detection of open agricultural waste burning, enabling officials to rapidly respond to inadequate burning events. The system has detected 25 instances of open burning. In addition to monitoring and inspections, counseling was performed regarding options for agricultural waste treatment, such as centralized processing, cleaning, and transportation services for agricultural waste and plastic film recycling services. Through the project, 3012.89 tons of agricultural waste were cleaned and transported, and 210.91 tons of agricultural thin films were recycled. Moreover, the project team has advocated for the autonomous management of agricultural land rented to farmers by the Taiwan Sugar Corporation. Data were collected on 695 hectares of the rented agricultural land; of this land, 304.12 hectares were inspected and no open burning cases were detected, indicating that using rental contracts to prevent renters from engaging in open burning was effective. Subsequently, counseling was provided for five environmental farms, four seminars on the disposal of agricultural waste were held, and 533 hectares of farmland were shredded. However, agricultural waste shredding team members tend to be olderadults; some regions lack such teams or have insufficient personnel. Hence, agricultural sectors were requested to establish more agricultural waste shredding teams during the second operations management meeting. Additionally, two work seminars on the Pingtung County Counseling Programs for Promoting the Proper Disposal of Agricultural Wastes were held to coordinate discussion between government agencies on the proper handling of agricultural waste. Through the counseling provided by the project, the proper handling rate for agricultural waste from long-term crops (wax apples) and short-term crops (rice) reached 90% and 98%, respectively. A total of 90.7% of surveyed Pingtung County residents reported that pollution due to agricultural waste burning had decreased from the previous year—a new high in this survey. Furthermore, only 109 agricultural waste open burning cases were reported in 2022, representing a reduction of 33% from the 162 cases reported in 2021.\nThe attempts to reduce ghost money burning were also successful. The largest Tudigong Temple in Taiwan—Checheng Fu’an Temple—independently closed its ghost money furnace and assented to the centralized burning of ghost-money. A total of 840.08 tons of ghost money were collected—a new high and a 55% increase from the 542 tons collected in 2021. Of the 840.08 tons collected in 2022, 556.4 tons were collected by this project, and 283.68 tons were collected by the 2022 Pingtung County Agricultural Waste Clean-up and Disposal and Ghost-money Centralized Burning Collection and Transportation Project. Temples in Pingtung County were selected for on-site visits, and counseling on ghost-money burning reduction was provided during these visits. A total of 26 temples complied with the ghost-money burning reduction policy; among these, nine were selected for accreditation as high-quality temples. The Beiji Temple of Pingtung City and Donglong Temple of Chaozhou Township both were ranked first, followed by Jialian Temple of Donggang Township in third place. The project collaborated with a joint promotion team formed by the district office, fire department, police department, and environmental protection agencies to visit and provide counseling on the day before temple festivals. Counseling was provided for 20 temples, and resulted in a substantial reduction in firecrackers, burning ghost money, noise pollution, and air pollution during the festival. The reduction in ghost money burnt this year was 695 tons, a 10% increase compared with the 634 tons of 2021. Finally, project members distributed over 1000 flyers, posters, and other material regarding the prohibition of open ghost money burning, the option of centralized ghost money burning, and ghost money burning reduction activities. \nThe Taiwanese government has actively implemented policies for reducing coal use and carbon emissions. This project establ...",
        "proj_year": "111",
        "org_name": "屏東縣政府環境保護局",
        "exe_unit": "裕山環境工程股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1114126952",
        "publish_date": "20230221"
    },
    {
        "chi_title": "事業土壤及地下水污染預防管理計畫",
        "chi_subject": "為避免事業土壤及地下水污染，影響國民健康及環境品質，自103年起，環管署辦理4期「運作中高污染潛勢工廠土壤及地下水污染潛勢調查計畫」，共622 家具高污染潛勢製程工廠之現場勘查，並依據系統篩選機制，執行113家工廠污染調查作業，經查證確認65家工廠（占58%）超過土壤、地下水污染管制標準，調查結果均已移交環保局依法進行後續管制。自111年起，環管署推動事業自主預防管理思維，依事業類別、污染源及運作特徵等污染潛勢因子作為分群條件，將事業分為「A.加強管理群」（約4,000家）、「B.自主管理群」（約1.6萬家）及「C.檢視管理群」（約12.4萬家），並逐年建立分群名單，執行土壤及地下水污染潛勢事業之現勘、調查及預防管理工作，進行全面管理。",
        "eng_title": "Factory Site Soil and Groundwater Pollution Prevention and  Management Plan",
        "eng_subject": "In order to prevent soil and groundwater pollution at factory site from affecting national health and environmental quality, the Environmental Management Administration (EMA) has been carrying out the four phases of “Applying Investigation of Soil and Groundwater Pollution Potential in Operating Factories” since 2014. A total of 622 factories with potentially high-pollution processes have undergone on-site inspections. Employing a systematic screening mechanism, the EMA conducted pollution investigation operations on 113 factories. Among these, 65 factories (about 58%) were verified and confirmed to have soil and\/or groundwater contamination exceeding pollution control standards. The investigation results have been sent to the EPB for subsequent control according to the law. Starting from 2022,with contamination prevention and management as the main focus, the EMA has been promoting a mindset of self-prevention management within businesses. Based on factors such as business type, pollution source, and operational characteristics that contribute to pollution potential, businesses are categorized into “A: Strengthen management groups” (Around 4,000 companies), “B: Self-managed groups” (Around 16,000 companies), and “C: Inspection groups” (Around 124,000 companies).Each year, these groups are established through a classification process, and subsequent on-site inspections, investigations, and preventive management activities are conducted for businesses with potential soil and groundwater contamination issues.",
        "proj_year": "111",
        "org_name": "環管署土壤及地下水污染整治基金管理會",
        "exe_unit": "環興科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1114126596",
        "publish_date": "20240331"
    },
    {
        "chi_title": "臺南市_111年度補助直轄市、縣﹙市﹚環境保護機關 辦理資源回收工作計畫",
        "chi_subject": "本計畫執行重點在於協助環保局執行「行政院環境保護署111年度推動執行機關加強辦理資源回收工作績效考核計畫」，掌握本市資源回收工作整體執行成果，透過稽查管制工作，督促轄內列管業者落實回收場域之環境維護，並暢通回收物之後端去化管道，達成資源永續循環之目標。執行成果說明如下：\n（一）\t整合本市資源回收工作成果及辦理行政院環境保護署資源回收工作績效考核計畫\n1.\t辦理8場次工作檢討會，5場次資源回收檢討會，檢討資源回收工作。\n2.\t辦理5場次教育訓練，153人次參與，邀請講師講授資源回收觀念及文書技巧。\n3.\t彙整分析110年各縣市特色作法，提出適合本市之建議，整理出八大架構64項具體作法推動本市執行機關、社區、學校、團體四大體系及回收商等落實資源回收工作，依區域型態，因地制宜，擬定策略，彙整各委辦計畫執行成效撰寫111年度成果報告。\n4.\t截至111年10月30日止，環保署考核分數得分為72.26分（滿分100±10分，達成率72.26%）。\n（二）\t加強辦理統計數據申報工作\n1.\t輔導申報資源回收量由3,519處提升至3,703處，以事業單位1,489處居多，其次為集合式住宅617處；各區清潔隊亦輔導311處單位申報，年度增加56,620公噸資源回收量，以佳里區及麻豆區輔導最為積極。\n2.\t完成56處機關及290所學校數據申報檢核工作，回收物交付對象以回收商207處(60%)居多、其次為清潔隊47處(14%)。\n3.\t訂定「111年資源回收申報獎勵評比制度計畫書」，由申報積極度、按期申報及申報方式（如網路申報）等，於9月中篩選出得獎名單（250處申報獎、50處回收量獎），頒發獎狀及等值宣導品，獎勵積極主動申報單位，經統計獲獎單位以事業單位149處居多，其次為學校68處。\n4.\t111年1-9月資源回收量達442,838公噸，資源回收物以紙類211,402公噸居多，資源回收率62.76%（六都第2名，較去(110)年提升0.31%），廚餘回收率6.30%（六都第3名，較去(110)年提升0.15%）及巨大再利用率1.20%（六都第4名，較去(110)年提升0.23%）；本市行政區資源回收率最高前三名依序為關廟區、永康區及東區。\n（三）\t評估本市導入智慧垃圾回收服務站\n1.\t針對本市資源回收分類情形進行地下化資源回收設施之技術、樣式、經費、期程、地點及需求等綜合性評估。目前家戶垃圾排出方式已有完善措施，且無公告廢棄物去化受阻問題，而部分未落實分類回收之民眾，主要為觀念與習慣不佳，非回收管道及設施不足，未來若實際完成建置，易成為不肖人士非法排出家中廢棄物之地點，同時增加維護人力，經評估尚無建置地埋式資源回收設施之需求。\n2.\t3月至東區、新化區及新市區清潔隊勘查資源回收車路線、回收情形及後端進區隊分類情形；5月規劃於新市區永新社區C、D及E區週遭實施定時定點回收工作並著手改造資源回收車；7月完成資源回收車改造，並於新市區永新社區C、D及E實施定時定點回收工作。\n（四）\t查核管制應回收廢棄物回收處理業\n1.\t完成44家應回收處理業審查作業，37家通過、7家申請文件未齊全要求業者進行補正，督促業者遵守法令規範，並每月追蹤輔導業者按時申報營運量；20家次回收業者用地使用審查作業，9家通過、4家文件內容尚有誤及資料不齊全請業者辦理補正、7家駁回（原因：3家逾期補正、2家申請項目非屬應回收廢棄物、1家自行撤銷申請、1家非屬土地使用項目可引進之產業類別）。\n2.\t完成3家業者未達一定規模資源回收站新申請(2家)及變更案件(1家)，本市共有21家完成資收站登記，並掌握1-10月回收量5,932公噸。\n3.\t完成144家次已登記回收處理業、114家次未達一定規模回收業現場查核工作，45家次輔導後現場立即改善（35家場區發現積水容器未清除、9家貯存區中文標示脫落或未標示及1家廢鉛蓄電池未依規定貯存），2家告發處分（積水容器發現孑孓），要求業者立即清除改善。\n4.\t轄內列管之核准興辦事業計畫而尚未完成應回收廢棄物回收處理業登記業者計有6家，每季前往查核，其中2家申請建築及使用執照中、1家申請試運轉補正中、1家地主籌備轉售用地、1家已動工(預計12月底完工)、1家尚未施工(因該用地被棄置裝潢廢棄物、廢油桶等，已進入司法程序屬司法證物，故尚未清除，且現場並無進行施工設置情形)。\n5.\t陳情案件辦理，4件告發處分（未依規定申請回收證即從事廢車回收及未依規定申請回收證即從事資源回收場）、3件勸導改善（皆已改善完成）。\n（五）\t執行廢機動車輛回收處理(焚化爐)衍生廢棄物(ASR)再利用工作\n環保局協助處理帝壹統公司ASR進場量共744.46公噸，考核達成率24.82%(目標為3,000公噸)。\n（六）\t協助機關強化資源回收政策\n1.\t依據「111年應回收廢棄物回收處理業示範場補助計畫」，選出3處示範廠，依施作地點當地特色，與業者討論並設計相關中文標示牌、廠區配置圖、形象招牌及公佈欄等物品，完成形象改造。\n2.\t依各計畫巡查結果更新資料庫列管名單（含新增及解除列管），共計14,109處。\n3.\t完成3件舊衣回收設施申請審查作業，核准展延申請3件(180處)。\n4.\t本年度針對合法舊衣回收設施進行巡查，完成249處，其中33處次要求限期改善，經複查均已完成改善，貼紙資訊錯誤\/未更新\/脫落\/未黏貼17處(52%)及已溢滿仍未清理9處(27%)為最多，並更新核准舊衣GOOGLE MAP便民查詢。\n5.\t結合全品牌舊衣回收設施工作，增加二手女性內衣回收項目，分別於6月27日、6月30日至2家販售點(遠東百貨-台南成功店及愛買台南店)及3處村里資收站(北門區慈安里、白河區竹門里及柳營區重溪里)設置舊衣回收箱及二手內衣回收箱；9月份起輔導民間企業EASYSHOP(10家)、華歌爾(32家)及QMOMO(1家)臺南門市共同加入回收行列，共計43家門市響應二手內衣回收兌換；本活動從7月起至11月15日止，共計1,554人次參與，回收二手女性內衣10,224件(約796公斤)，以大遠百609人回收3,375件(約282.3公斤)為最多。\n6.\t於7月8日辦理1場次回收處理業法規宣導暨消防安全講習及演練，計有84位業者共同參與。\n7.\t每週對環保局網站（一般廢棄物管理科項下子網站、資源回收全民動起來網站等）相關網站，檢視網頁資訊正確性。\n（七）\t建置資源回收資料庫\n本年度依據列管行業別、基本資料、稽查結果及資料彙整統計等內容，於8月底建置資源回收資料庫，10~11月辦理2場次教育訓練，並完成本計畫144家次已登記回收處理業、114家次未達一定規模回收業及228處合法舊衣回收設施巡查紀錄之建置作業。\n（八）\t查核輔導環保局清潔隊資源回收貯存場\n完成5處清潔隊回收貯存場四季巡查作業，發現綜合類溢滿堆置於貯存區外、貯存場廢照明光源無鋪設防破設施、廢鉛蓄電池未放置於抗酸耐蝕之容器內、緊急應變內部聯絡名冊未更新等問題，皆已改善完成，以麻豆區整體環境及細分類情形為最優。\n（九）\t提高綠\/雜色廢玻璃容器再生料（砂）再利用量\n環保局清潔隊運用玻璃砂舖設路面工程，於8月上旬運用於安定區(20公噸)及安南區(2,080公噸)，使用量2,100公噸。\n另前往75處單位(47處機關、28處學校)推廣玻璃容器再生料再利用，本年度僅有永康區永信國民小學於工程使用720塊透水磚及2,275公斤玻璃砂。",
        "eng_title": "Tainan City_111 annual subsidy for municipal and county (city) environmental protection agencies to handle resource recycling work plans",
        "eng_subject": "The focus of the implementation of this plan is to assist the Environmental Protection Agency in implementing the 110 years of the Executive Yuan's Environmental Protection Agency to promote the implementation of the implementation of the implementation of resource recovery performance assessment plan, to grasp the overall implementation results of the city's resource recovery work, through the inspection and control work, supervise the jurisdiction The management industry implements the environmental maintenance of the recycling field, and unblocks the recycling pipeline after the recycling, to achieve the goal of sustainable recycling of resources. The implementation results are described as follows:\n（一）\tIntegrate the results of the city's resource recovery work and handle the performance appraisal plan for the resource recovery work of the Environmental Protection Agency of the Executive Yuan\n1.\tHandle 8 work review meetings and participate in 5 district captain meetings to review resource recovery.\n2.\tHandle 5 sessions of education and training, with 153 people participating, and invite lecturers to teach resource recycling concepts and clerical skills.\n3.\tConsolidated analysis of each county and city in 110, put forward recommendations suitable for the city, sorted out 64 specific practices in eight structures, and promoted the four major systems of the city’s executive agencies, communities, schools, organizations and recyclers After implementing the resource recovery work, formulating strategies based on regional patterns and local conditions, compiling the 111 annual results report by compiling the implementation results of various commissions and offices.\n4.\tAs of October 30, 111, the Environmental Protection Agency's assessment score was 72.26 points (out of 100, 72.26% achieved).\n（二）\tStrengthen the handling of statistical data declaration\n1.\tCounseling and reporting resource recovery increased from 3,519 to 3,703, with 1,489 public institutions being the majority, followed by 617 collective housing; cleaning teams in each district also assisted 311 units in reporting, increasing the recycling volume of 56,620 metric tons per year. Jiali and Madou districts are the most active in tutoring.\n2.\tCompleted the data declaration and inspection work for 56 agencies and 290 schools. The majority of the delivery objects were 207 cleaning teams (60%), followed by 47 recyclers (14%).\n3.\tFormulate the 111 Years of Resource Recovery Reporting Reward Evaluation System Plan, based on the degree of enthusiasm for declaration, regular declaration and declaration method (such as online declaration), etc., 250 declaration awards and 50 recycling awards, the majority of the award-winning units are 149 institutions, followed by 68 schools.\n4.\tFrom January to September of 111, the amount of recycled resources reached 442,838 metric tons, with 211,402 metric tons of paper most of the recycled materials, with a recycling rate of 62.76% (ranked second in Liudu, an increase of 0.31% from the previous year (110)), food waste The recovery rate is 6.30% (No. 3 in Liudu, an increase of  0.15% in the previous year (110)) and huge recycling rate of 1.20% (No. 4 in Liudu, an increase of 0.23% from the previous year (110)); the city's administrative district resources The top three with the highest recovery rate are Guanmiao District, Yongkang District, and Eastern District in order. \n（三）\tEvaluate the introduction of smart garbage recycling service stations in this city\n1.\tCarry out a comprehensive assessment of the technology, style, funding, schedule, location, and demand of underground resource recovery facilities based on the classification of resource recovery in this city. At present, there are perfect measures for household garbage discharge methods, and there is no announcement on the problem of obstruction of waste disposal. However, some people who have not implemented sorting and recycling are mainly due to poor concepts and habits, and insufficient non-recycling pipelines and facilities. If the construction is actually completed in the future It is easy to become a place for unscrupulous people to illegally discharge household waste, and at the same time increase maintenance manpower. After evaluation, there is no need to build underground resource recovery facilities.\n2.\tFrom March to East District, Xinhua District, and the new urban area, the cleaning team surveyed the route of resource recovery vehicles, the recovery situation, and the classification of the back-end team entering the area; in May, it was planned around areas C, D, and E of Yongxin Community in the new urban area Implement regular and fixed-point recycling work and start to renovate resource recovery vehicles; complete the renovation of resource recovery vehicles in July, and implement fixed-time and fixed-point recycling work in C, D and E of Yongxin Community in Xincheng District.\n（四）\tCheck and control waste recycling and processing industry...",
        "proj_year": "111",
        "org_name": "臺南市政府環境保護局",
        "exe_unit": "綠信環境科技股份有限公司、飛亞環境科技有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1114083458",
        "publish_date": "20231226"
    },
    {
        "chi_title": "111年推動低碳垃圾車更新及清運優化專案工作計畫",
        "chi_subject": "本(111)年度計畫執行期限自111年2月21日起至111年12月10日止，本年度計畫執行成果略述如下：本年度協助完成30輛垃圾車車後站人防墜落設施改安裝作業，收集清潔隊員實際使用觀感與建議，並回饋修正垃圾車防墜落設施規範暨注意事項(草案)。\n本計畫在111年度協助環保署完成補助地方換購81輛低碳垃圾車，並協助環保署確實掌握各縣市採購辦理進度，同時定期彙整地方政府與各機關利用共同供應契約訂購之垃圾車種類及數量供各單位參考。另本計畫配合環保署政策需求，於本年度接續辦理下一階段引擎動力壓縮式垃圾車共同採購招標作業，同時為能有效提升垃圾車行車安全性，已於採購規範中納入駕駛輔助系統，最後為能促使地方維持垃圾車正常汰換，本計畫已協助完成下一階段垃圾車補助汰換計畫，並納入多元化垃圾處理計畫-第2期計畫。\n此外，本計畫協助追蹤111年度環保署補助各縣市辦理垃圾定時定點(專區)收運之成效，追蹤結果顯示垃圾定時定點(專區)收運可以有效降低夜間沿線收運之作業負荷，且在新增定時定點(專區)收運路線部分，可有效減少垃圾車車後站人傷亡案件發生機率，值得各縣市持續推廣辦理；另為支援協助地方政府於發生清潔隊員感染新冠肺炎（COVID-19）疫情，導致垃圾收運作業發生問題時之垃圾收運需求，本計畫已協助研擬全國垃圾緊急委外收運之招標文件；同時，本計畫持續彙整環保署補助各縣市之電動壓縮垃圾車實際使用情形，並估算節能減碳效益。",
        "eng_title": "Project of promoting the renewal of low-carbon refuse trucks and optimization for clearance, 2022",
        "eng_subject": "The implementation period of this project was from February 21st, 2022 to December 10th, 2022. The results of this project were summarized as follows: This project assisted in completing the installation which was the fall protection equipment at the rear of the refuse truck of 30 refuse trucks, collecting the actual use feelings and suggestions of the cleaning team members, and giving feedback to revise the safety operation specifications of the fall protection equipment at the rear of the refuse truck.\nIn addition, this project assisted the Environmental Protection Agency in 2022 to complete the subsidy of 81 local low-carbon refuse trucks, and assist the Environmental Protection Agency to control the procurement progress of local government. Meanwhile, it also regularly counted the types and quantities of garbage trucks ordered by local governments and various agencies through the Inter-entity Supply Contracts for reference by each unit. In accordance with the policy requirements of the Environmental Protection Agency, this project continued to conduct the next stage of the joint procurement of\tcompression refuse trucks this year. At the same time, in order to effectively improve the safety of refuse trucks, the driving assistance system had been included in the procurement specifications. In order to encourage local governments to maintain the normal replacement of garbage trucks, this project had assisted in the completion of the next phase of the project for the subsidy of the replacement to refuse truck, and had been incorporated into the project of diversified waste disposal - the second phase.\nIn addition, this project assisted in tracking the effectiveness of the EPA’s subsidies for local government to conduct garbage collection at designated locations (special areas) in 2022. The tracking results show that garbage collection at designated locations (special areas) can effectively reduce the workload of collection along the line at night. The addition of the new designated locations (special area) can effectively reduce the probability of casualties at the rear of garbage trucks, which is worthy of continuous promotion for the local government. In order to support and assist the local government in the needs of garbage collection when the cleaning team was infected with the new crown pneumonia (COVID-19) epidemic, which leaded to problems in the garbage collection and transportation operation, this project had assisted in the development of the national tender for emergency outsourced garbage collection. Meanwhile, this project continued to compile the actual use of electric compression trucks subsidized by the Environmental Protection Agency in local government, and estimate benefits of the energy saving and carbon reduction.",
        "proj_year": "111",
        "org_name": "環境督察總隊",
        "exe_unit": "環興科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1114046812",
        "publish_date": "20230106"
    },
    {
        "chi_title": "國家化學物質管理推動量能提升計畫",
        "chi_subject": "為強化毒性及化學物質管理源頭管理、協助各部會強化管理化學物質，加強部會合作勾稽檢查與國家化學物質管理接軌。本計畫協助行政院環境保護署毒物及化學物質局（以下簡稱化學局）針對毒物及化學物質進行整體的綜合性政策規劃，提升相關人員核心職能，促進各部會溝通效率，並就施政成果撰編成果報告，以利對利益相關人溝通，進而促使一般大眾能瞭解政府在化學物質管理之推動成效。茲就本計畫各工作項目之執行成果摘要說明如下：\n蒐整國際間化學物質管理推動現況，包括歐盟、聯合國、亞太經濟合作會議、美國、英國、澳洲、印度、新加坡、加拿大、丹麥之化學物質管理相關政策趨勢，國際化學品管理策略方針（SAICM）推動現況，包括SAICM閉會期間三次會議決議、SAICM 2020年後續推動策略方針；聯合國環境大會發表全球化學品展望第二版報告，並研提政策綱領及行動方案精進建議。\n為充分瞭解各部會機關管理職掌與執行成果內容，協助化學局有系統性的彙整化學局及各部會化學物質管理成果，分別綜整成「國家化學物質管理行動方案110年跨部會執行成果報告」「國家化學物質管理行動方案111年跨部會執行成果報告」「化學局110年施政年報」與「化學局111年施政年報」，以利人民共享及公平利用政府資訊，保障人民知的權利，增進人民對公共事務之瞭解、信賴及監督，並促進民主參與。\n為使相關政策推展順利及與外部溝通，邀集相關單位與會並了解目前化學物質管理政策走向及未來推動方向，透過協助辦理「110年國家化學物質管理政策綱領及行動方案成果研討會」及「111年國家化學物質管理政策綱領及行動方案成果研討會」，並於會議上與各單位交流分享並提供精進之建議措施，藉此與各單位達到良性互動，以擴大相關政策推動之外部效應；另為增進化學局團隊核心職能，以凝聚化學局主管幹部及同仁之共識及向心力，協助化學局辦理「化學局110年主管策勵營」及「112年度創意成長營」，透過組織內部橫向業務交流以及跨單位小組活動，促進不同單位間業務之管理、溝通與合作並激發創新思維，以強化內部組織之整合性，進而提升工作能量以面對未來多元複雜的政策推動挑戰。\n就化學物質管理相關綜合政策規劃及法規說明製作簡報，並採以圖及表呈現，協助製作「化學局業務說明簡報」「毒性及關注化學物質管理相關法規（甲、乙級）（丙級）」簡報」。\n此外，為掌握民眾對於我國化學物質管理政策滿意度及政府相關推動措施與執行成果之滿意程度，本計畫透過辦理三次民意調查，以瞭解民眾對於施政措施執行之認知；信心指數及滿意度，並提出分析報告及後續建議。",
        "eng_title": "Chemical Substances Management、National Chemical Substances Management Policy Guidelines、Chemical Substances Management Policy Polling",
        "eng_subject": "In order to strengthen the source management of toxic and chemical substances, assist relevant ministries and agencies in enhancing management of chemical substances, and improving inter-ministrial cooperation in verification and linking of chemical substance management activities, this project will assist the Toxic and Chemical Substances Bureau (the “Bureau”) in planning for an integrated and comprehensive policy on toxic and chemical substance management, and enhance the core functions and capability of relevant personnel. In addition, this project will also promote efficient communications among relevant ministries, agencies and stakeholders. For this purpose, this project will compile administrative results and achievements of the Bureau into documentary records and videos to facilitate communications with stakeholders, and allow the general public to better understand the effectiveness of the government's actions in chemical substance management. For implementation results of each work item of this project, a brief summary and descriptions will be provided as follows.\nCollecting the current status of chemical substance management promotion in the international community, including trends in chemical substance management policy in the EU, UN, APEC, US, UK, Australia, India, Singapore, Canada, and Denmark; information related to the promotion of Strategic Approach to International Chemicals Management (SAICM), including resolutions from three meetings for SAICM intersessional process and information related to the Beyond 2020 process; information related to the Global Chemical Outlooks II - UN Environment report, concerns expressed by Sweden, Spain, and the United States, and recommendations on drafting of policy guidelines and action plans.\nIn order to fully understand the management responsibilities and implementation results of relevant ministries and agencies, through systematic integration of the Bureau’s and relevant ministries’ chemical substances management results, the following reports have been prepared:  “The Interdepartmental Implementation Results Report of the National Policy on Chemical Management 2021 Action Plan”, “The Interdepartmental Implementation Results Report of the National Policy on Chemical Management 2022 Action Plan”, “2021 Annual Report for the Toxic and Chemical Substances Bureau” and “2022 Annual Report for the Toxic and Chemical Substances Bureau”. These reports are intended to facilitate the sharing and fair use of government information, protect the citizens’ right to know, enhance the citizens’ understanding and trust in public affairs and supervision, and promote citizens’ democratic participation.\nIn order to facilitate the implementation of relevant policies and external communicates, and improve understanding of the current trends and future directions of chemical substance management policies, relevant personnel were invite to participate in the following events: “2021 Seminar on the National Policy Framework and Action Plan for Chemical Management” and “2022 Seminar on the National Policy Framework and Action Plan for Chemical Management”. During both events, participants exchanged their views on management of toxic and concerned chemicals and offered valuable recommendations, so that the Bureau was able to interact with relevant stakeholders and enhanced the external effects on promoting relevant policies. In addition, in order to improve the core functions and capacity of the Bureau’s staff, and generate consensus and solidarity among the management and staff, the following events were held: “2021 Executive Policy Camp for the Toxic and Chemical Substances Bureau” and “2023 Creative Development Camp”. During both events, new ideas were exchanged and promoted through different inter-unit and cross-unit team activities, so that different units with the Bureau are able to manage, communicate and cooperate better, through stimulation of innovative thinking and strengthening of internal integration, thereby enhancing their capacity to face the future challenges in promoting diverse and complex policies.\nIn order to meet the administrative needs of the Bureau, several presentation materials were prepared related to the comprehensive policy planning or regulatory requirements of relevance to the management of toxic and concerned chemical substances. The contents of these presentations include tables, figures, animations and\/or videos. The prepared presentations include “Introduction to the Responsibilities of the Toxic and Chemical Substances Bureau,  and Toxic and Concerned Chemical Substances Control Act (Grade A＆B) (Grade C). \nIn addition, in order to understand people's satisfaction with our chemical substance management policies and the government's related measures and implementation outcomes, the project conducted three public surveys to assess people's awareness, confidence, and satisfaction with the implementation of policy measures and to provide ana...",
        "proj_year": "111",
        "org_name": "化學局",
        "exe_unit": "財團法人環境與發展基金會",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1113998595",
        "publish_date": "20230831"
    },
    {
        "chi_title": "離島地區廢棄物減量及精進處理規劃策略工作委託專案計畫",
        "chi_subject": "本計畫蒐集離島廢棄物在地化處理相關書面資料，研擬離島廢棄物減量與精進在地化處理之策略，參考國際離島廢棄物在地化處理方式，以期減少離島廢棄物產生量，並以廢棄物能資源化之方向，以符合未來臺灣邁入循環經濟社會之長遠目標。另外，本計畫規劃 2 場專家諮詢會議，邀請相關專家分享離島垃圾在地化處理經驗，研討未來以循環經濟思惟與雲端管理廢棄物之方向。於蘭嶼辦理 1 場次環境教育推廣活動，邀請離島清潔隊分享在地化處理效，並參訪在地垃圾處理廠商，互相交流環保業務。為促進大眾更加認識總隊業務，本計畫製作一廢棄物處理精進作為影片，並規劃 10 則政策圖卡貼文，作為社群平台上與民溝通之媒宣素材。本計畫蒐集與調查臺灣因氣候及地理環境特性導致海洋廢棄物堆積之影響，整合海岸環境衛生各主管機關權責，彙整其源頭管理政策，製作堆積熱點海岸地圖，並以科技工具紀錄海廢動態，作為未來預測海廢動向之數值。此外，本計畫建立淨灘時節指引。最後，本計畫回顧海廢循環經濟之國際趨勢，依臺灣常見海廢種類材質，透過訪問回收產業界先進與專家，檢視回收再利用市場的現行條件與未來走向，評估臺灣海洋廢棄物作為循環經濟再利用的可行性。",
        "eng_title": "The Project of The Strategy of Reduction and Advancement of Outlying Island’s Municipal Solid Waste",
        "eng_subject": "In this project, we collected research, reports, government statics and relevant cases through desk research. With the reference of localized management of outlying islands’ municipal solid waste in other countries, we planned the strategies of reduction and advancement of outlying islands’ municipal solid waste in reach the long term goal of stepping into the circular economy society. We held two expert consulting meetings that we invite experts to share the experiences of localized management of outlying islands’ municipal solid waste. With these advices,\nwe discussed how to use circular economy thinking and cloud management to better manage waste in Taiwan’s outlying islands. We conducted an environmental education outreach activity in Lanyu. During the visit, we invited local cleaning squad to share their outcomes and visit the landfill. To promote the achievement of Bureau of Environmental Inspection, we produced a video of advancement of waste management and designed 10 Facebook posts and macros as the materials to communicate with the public on social media. We collected and survey the reason caused the accumulation of marine debris, and compiled the responsibility of each coastal authorities. We produced a hotspot map according to the accumulation of marine debris, and we used technology tools to record the change and dynamic of marine debris. Besides, we built a guideline of beach cleanup with consideration of seasonal change. We reviewed the international trend of using marine debris into circular economy, and evaluated the possibility of reusing Taiwan’s marine debris as circular economy products by reviewing the market situation and interview plastic recycle industries.",
        "proj_year": "111",
        "org_name": "環境督察總隊",
        "exe_unit": "澄洋環境顧問有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1113897831",
        "publish_date": "20230331"
    },
    {
        "chi_title": "金門縣-111年度促進垃圾減量回收補助計畫",
        "chi_subject": "(一)辦理一次用飲料杯限制使用對象稽查工作\n(二)推動一次用產品源頭減量\n(三)推廣資源再使用\n(四)媒體推廣及源頭減量文宣宣導\n(五)垃圾強制分類",
        "eng_title": "(111 ) Kinmen County handled the subsidy plan for promoting waste reduction and recycling",
        "eng_subject": "(1) Handling the inspection of restricted-use objects of single-use beverage cups\n(2) Promote the source reduction of single-use products\n(3) Promote the reuse of resources\n(4) Media promotion and source reduction publicity\n(5) Compulsory Garbage Sorting",
        "proj_year": "111",
        "org_name": "金門縣環境保護局",
        "exe_unit": "晶淨科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1113892271",
        "publish_date": "20230124"
    },
    {
        "chi_title": "空氣品質惡化採取應變措施效益分析計畫",
        "chi_subject": "為因應氣象變異或其他因素造成之短期空品不良，環保署與地方政府皆會依據空氣品質預報，提前採取各種應變措施，如上風處縣市工廠減少排放，協調燃煤火力發電廠減排降載等。然而當一系列應變措施實施後，所造成的空氣品質改善成效如何？是否可由減量即有改善的定性描述進階到量化評估空污應變措施的成效，特別是分布在全臺各地的火力電廠一直是重要污染源，如何依照不同氣象條件，規劃不同組合的電廠減排降載以達成空氣品質最佳改善一直是環保署欲瞭解的重要課題。\n為了釐清氣象條件對於臺灣空氣品質之影響，本團隊已綜整歷年高污染事件日的天氣型態，探討對於臺灣不同地區的污染濃度影響，同時運用網格模式模擬進行高污染事件日評估，完成多種天氣型態歷史空品事件日（包含PM2.5及臭氧）之多種污染減量情境，提供環保署多項科學證據，協助環保署制訂空品緊急應變措施。並透過空品模式模擬分析TEDS11.1各空品區排放量之差異，研析出可精進管制作為之特定污染源別，整合上述天氣型態、歷史空品事件日與特定污染源別之模擬成果，建立結合空品預報與不同污染源貢獻程度解析之流程，以應用於中央與地方空品緊急應變之執行，透過科學性模式模擬資料之解析，即時提供不同污染源貢獻程度供決策參考，並滾動式回饋應變管制策略制定，以提升空氣品質惡化防制應變之成效。",
        "eng_title": "Analysis of the effectiveness of contingency measures for air quality deterioration",
        "eng_subject": "In order to respond to short-term air pollution caused by weather variations or other factors, both the Environmental Protection Administration(EPA) and local governments took various contingency measures in advance based on air quality forecasts, such as reducing emissions from factories in upwind counties and coordinating coal-fired power plants to reduce emissions and loads. However, after a series of contingency measures were implemented, how effective was the improvement in air quality? Can the qualitative description of improvement from reduction be advanced to quantitatively evaluate the effectiveness of air pollution contingency measures, especially since coal-fired power plants distributed throughout Taiwan had always been an important source of pollution? How to plan different combinations of power plant emissions reduction and load reduction according to different weather conditions to achieve the best improvement in air quality has always been an important issue that the Environmental Protection Administration wants to understand.\nIn order to clarify the impact of weather conditions on air quality in Taiwan, our team integrated the weather patterns of high pollution events in previous years and investigate their influence on pollution concentrations in different regions of Taiwan. At the same time, we used air quality modeling to simulate high pollution events and assess multiple pollution reduction scenarios for historical air quality events (including PM2.5 and ozone), providing the Environmental Protection Administration with multiple scientific evidence to assist in the formulation of emergency air quality contingency measures. Through air quality modeling and analysis of the differences in emissions in various air quality zones, we will analyze specific pollutant sources that can be improved through better regulation. By integrating the simulation results of the above weather patterns, historical air quality events, and specific pollutant sources, we established a process that combines air quality forecasts with the analysis of the contribution levels of different pollutant sources, which can be used in the execution of central and local air quality emergency contingency measures. Through the analysis of scientific modeling data, this project provide real-time feedback on the contribution levels of different pollutant sources for decision-making reference, and roll out contingency control strategy formulation to enhance the effectiveness of air quality deterioration prevention and response.",
        "proj_year": "111",
        "org_name": "空保處",
        "exe_unit": "長榮大學",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1113841760",
        "publish_date": "20230823"
    },
    {
        "chi_title": "111年度新竹市固定污染源管制暨連續自動監測系統(CEMS)查核計畫",
        "chi_subject": "本計畫執行期程自111年1月1日至111年12月31日止。主要工作項目包括：固定污染源法規符合度查核、許可制度、稽查檢測對象規畫、現場督測及檢測報告審查、連續自動監測系統（CEMS）查核、固定逸散源法規符合度查核、空污費審查及查核作業等工作項目。",
        "eng_title": "2022 Stationary air pollution source control and continous emission monitoring system (CEMS) checking project of Hsinchu city",
        "eng_subject": "The execution period of this project is from Jan. 1, 2022 to Dec. 31,2022.Tasks in this project include checking of mandatory compliance by stationary polluting sources, permit system, planning of subjects of audit and tests, review of site monitoring and test reports, checking of continous emission monitoring system, checking of mandatory compliance by stationary emission sources, review and check of air pollution control fee.",
        "proj_year": "111",
        "org_name": "新竹市環境保護局",
        "exe_unit": "康廷工程顧問企業有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1113789263",
        "publish_date": "20230519"
    },
    {
        "chi_title": "111-112年環境用藥管理資訊系統架構重整應用計畫",
        "chi_subject": "本計畫所涵蓋之上架系統主要包含，環境用藥管理資訊系統及環境用藥許可證及病媒防治業查詢系統，並針對列管業者辦理環境用藥相關宣傳輔導作業，其工作項目分為六大項說明如下。\n(一)整合資料重整功能，配合臺灣環境衛生病媒害蟲監測及防治技術計畫成果，整合提供飛行性害蟲及爬行性害蟲藥效試驗2支統計報表，並完成6支抗藥性及感藥性研究統計報表，以及1支抗藥性地理圖資研究成果資料更新；考量使用者經常使用許可證及許可執照申請暨審查功能建置已久，與現行程式開發撰寫技術及實務申請審查作業有部分落差，遂調整提升系統效能、強化資訊安全及友善系統操作，共計調整8大類32項內容，完成增刪修219支程式。\n(二)提升完善系統功能，為節省人工保存資料建檔及來回登入環境用藥管理資訊系統與環境保護許可管理資訊系統花費時間，透過專業技術人員設置資料及單一簽入介接作業，便利使用者即時調閱查看專技人員設置資料及快速登入環境保護許可管理資訊系統；分析環境用藥藥效(效力)檢測報告書及彙整過往檢測機構出具報告內容，完成環境用藥藥效(效力)檢測報告填報功能線上化，方便資料共享及儲存，提高文件管理效率。\n(三)清查完備系統資訊，為使環境用藥系統資料為最新狀態，因此每月提醒管理端及業者端進行資料確認更新，截至112年12月8日共計1,787家完成更新作業；且為掌握目前病媒防治設置專業技術人員及營業狀況進行清查，111年至112年第3季設置專業技術人員共計1,433名，未完成申報分別為製造業13家、販賣業282家及病媒防治業207家。\n(四)強化系統資訊安全，每月定期執行內部資訊安全弱點掃描及資安小組稽核並進行系統弱點修正及回報；針對環境用藥系統效能及硬碟空間監控，截至112年12月8日，效能最高為41%未超過平均標準，其系統效能穩定且空間仍足夠使用；為避免長時間閒置帳號遭有心人士利用，系統每月進行無效帳號清查，截至112年12月8日，共計關閉管理端52個及業者端605個系統帳號；完成5項網站評鑑指標調整，確保網站內容之資料即時性、正確性與安全性，環境用藥管理資訊系統及環境用藥許可證及病媒防治業網路查詢系統分別取得112及115分之特優成績。\n(五)列管業者輔導查訪，為掌握環境用藥業者實際環境用藥運作情形，並確保病媒防治業者所蒐集、處理及利用之個資受到合法及安全的處置，辦理10場次環境用藥業者查訪作業及9場次個資實地查訪作業，同時完成203家病媒業者個資自評表資料彙整統計及35家個資高風險業者輔導，以提升業者個資保護意識及強化防護措施。\n(六)環境用藥多元宣導，透過2則報紙、4則雜誌、3則Podcast及14種文宣品等多樣性宣導，媒體宣導效益約達3,241萬人，以安全用藥及相關法規常識轉化為民眾易讀易懂之形式，潛移默化融入民眾生活，擴大宣導覆蓋面提升民眾安全用藥認知；藉由辦理12場次系統視訊操作說明會，與會人數共計660人次，可使環保局、製造業、販賣業及病媒防治業可以瞭解環境用藥系統，配合法規新增及調修等功能，亦可以收集操作反饋意見進行系統調整，藉此優化系統並提升操作便利性及友善性；為瞭解目前我國環境用藥病媒防治業在公司內部男女比例及工作現況進行問卷調查，統計111年至112年共計1,029份，調查結果顯示目前病媒防治業仍以男性居多，男性1,473人(佔比約為86%)，女性239人(佔比為14%)，其原因為設備機具負重大，相較女性較為吃重，工作時段則會需要在晚上或凌晨進行，另公司升遷制度與男性相比仍有差異，造成女性就業人數較低。",
        "eng_title": "Project for Restructuring of Environmental Agents Management Information System (2022-2023)",
        "eng_subject": "The online system in this project included Environmental Agents Management Information System and Environmental Agent Permit and Pest Control Industry License Searching System. In addition, environmental agents advocacy activities were conducted for registered industries. The project was divided into six major items which were explained as follows.\n1. Data Integration and Restructuring: In coordination with the outcomes of the Establishment of Taiwan Environmental Vector and Pest Monitoring and Control Technology Plan, data from two statistical reports on the efficacy of flying and crawling pests were integrated. Six statistical statements on resistance and susceptibility studies and one report on geographical data for resistance were updated. Given that the functions for permit and license application and review have been in use for a while, certain disparities existed with the current program development and practical application review operations. To address this, adjustments were made to enhance system efficiency, strengthen information security, and improve user-friendliness. In total, 32 items across eight major categories were adjusted, resulting in the modification or addition of 219 program components.\n2. Enhancement of System Features: To streamline manual data archiving and eliminate the need for frequent logins to the Environmental Agents Management Information System and Environmental Management System, the configuration of environmental agent professional technicians data and the implementation of a single sign-on interface operation facilitate users to instantly access Environmental Management System and view the data. Furthermore, an analysis of efficacy (potency) testing reports and the compilation of content from previous testing reports were performed to digitalize the reporting of efficacy (potency) testing reports, facilitating data sharing and storage and enhancing document management efficiency.\n3. Comprehensive System Inspection: To ensure that the data in the Environmental Agents Management Information System is up-to-date, monthly reminders are sent to both the management and business sides to verify and update their information. As of December 8, 2023, a total of 1,787 entities have completed the update process. Additionally, an inspection was carried out to monitor the current status of pest control professional technical personnel in pest control and the operational conditions of pest control operators. During the third quarter of the years 2022 to 2023, a total of 1,433 pest control professional technical personnel were established. Furthermore, there are 13 environmental agent manufacturing enterprises, 282 environmental agent vendors, and 207 pest control operators that have not reported for an extended period.\n4. Strengthening System Information Security: Regular monthly activities include internal vulnerability scans, audits by the cybersecurity team, and subsequent correction and reporting of system vulnerabilities. Monitoring the performance and disk space of the Environmental Agents Management Information System, as of December 8, 2023, the performance has consistently remained at a maximum of 41%, not exceeding the average standard, indicating stable system performance with ample space for usage. To prevent the misuse of idle accounts over an extended period, the system undergoes a monthly check for inactive accounts. As of December 8, 2023, a total of 52 management-side and 605 business-side system accounts have been deactivated. Five website evaluation indicators were adjusted to ensure the real-time, accurate, and secure content of the website. The Environmental Agents Management Information System and the Environmental Agent Permit and Pest Control Industry License Searching System achieved excellent scores of 112 and 115, respectively, in the evaluations.\n5. Guidance and Visits to Listed Operators: To understand the actual operational practices of environmental agent operators and ensure the lawful and secure handling of personal information collected, processed, and utilized by pest control operators, 10 visits to pest control operators and 9 on-site visits to assess personal information were conducted. Simultaneously, the data from 203 pest control operators' self-assessment forms and guidance for 38 high-risk operators in terms of personal information were collated and analyzed. These efforts aim to enhance operators' awareness of personal information protection and reinforce protective measures.\n6. Diverse Environmental Agents Advocacies: Through various channels such as two newspapers, four magazines, three podcasts, and fourteen promotional materials, the media promotion reached approximately 32.41 million people. By transforming knowledge of safe household pesticide use and relevant regulations into easily readable and understandable formats for the public, this approach subtly integrates into people's lives, expanding the coverage of promotion and enhanc...",
        "proj_year": "111",
        "org_name": "化學署危害控制組",
        "exe_unit": "環化有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1113682887",
        "publish_date": "20240101"
    },
    {
        "chi_title": "111年嘉義縣環境教育專案計畫",
        "chi_subject": "本計畫執行期程自111年1月1日至111年11月30日，工作內容包括環境教育專案執行：配合辦理環境節日及其他環境教育相關活動，辦理第111年永續發展獎地方初賽、環境知識競賽初賽、環境教育繪本徵選及推廣計畫、寒（暑）假期環境教育營隊計畫、臺美生態學校推廣計畫、執行中央補助款環境教育基金（署BAF系統）登錄及操作、推動永續發展工作及協助宣傳、輔導及推薦轄內公立機關、民間團體參加永續發展獎，並協助擬定嘉義縣永續發展推動方案與蒐整嘉義縣政府各局處永續推動成果、協助辦理全國第33屆環保杯桌球錦標賽、及製作本縣永續宣傳影片製作等。\n執行環境教育志工培訓：辦理環境教育志工增能訓練及運用計畫、全國環保志（義）工群英會全國賽參賽工作、嘉義縣環保志工群英會、環保志工督導訓練、環保志工隊幹部聯繫會議暨志工隊評鑑及環保類志工獎勵頒獎、購置環保志工服勤裝備、環保義工日環境教育體驗學習活動、環境教育志工運用、推動環保志工業務及運用、招募環保志工完成訓練、辦理本局辦理衛生福利部志願服務資訊整合系統環保志工相關資料建置、環保志工業務推動及成果彙整、環境教育志工座談會等。\n執行綠能館發展規劃與營運維護相關工作：辦理每月主題日活動、週期性館內展品展出與實驗模組租賃或採購、綠能館行銷宣導工作、建築物及展示設備軟硬體更新、維護、展館空間改善、修繕與活化、綠能館解說導覽服務等相關工作、綠能館基地空間檢討改善規劃、與本縣教育處合作規劃環教軸帶等工作。",
        "eng_title": "2022Chiayi County Environmental Education Project",
        "eng_subject": "The implementation period of this plan is from January 1, 2022 to November 30, 2022. The work includes the implementation of environmental education projects. Cooperate in handling environmental festivals and other environmental education related activities. Handle the local preliminary competition of 2022 Sustainable Development Award, preliminary competition of environmental knowledge, Environmental Education Picture Book Promotion Plan, Environmental education camp plan for winter and summer holidays, US-Taiwan Eco-campus Promotion Program, Implement the login and operation of the Central Subsidy Environmental Education Fund (BAF system), promote sustainable development and assist in publicity, counseling and recommending public institutions and non-governmental organizations within the jurisdiction to participate in the Sustainable Development Award, and assist in drafting the sustainable development promotion plan of Chiayi County and integrating the sustainable promotion results of various bureaus of Chiayi County Government, Assist in handling the 33rd National Environmental Cup Table Tennis Championship, and production of sustainable publicity film of Chiayi County.\n\nImplement environmental education volunteer training including, Handle environmental education volunteer training and utilization plans, National Environmental Protection Volunteer Competition, Environmental volunteer competition in Chiayi County, Environmental protection volunteer supervision training, Environmental protection volunteer team cadres meeting and volunteer team evaluation, Environmental Volunteer Award Presentation Ceremony, Purchase environmental protection volunteer service equipment, Environmental education activities of Environmental Volunteer Day, Application of environmental education volunteers, Promote the business and application of environmental protection volunteers, Recruit environmental volunteers to complete the training, Assisting in the establishment of a volunteer information integration system for environmental protection volunteers in the Ministry of Health and Welfare, Business promotion and achievement aggregation of environmental protection volunteers, Environmental Education Volunteer Symposium. \n\nImplement the development planning and operation maintenance of environmental education green energy exhibition hall, Periodical display of exhibits in the exhibition hall and rental or purchase of experimental modules, Marketing promotion of exhibition halls, Updating, maintenance of software and hardware of buildings and display equipment, improvement, repair and activation of exhibition space, Interpretation and guidance service of the exhibition hall, Space review and improvement plan of exhibition hall base, Cooperate with the Education Department of Chiayi County to plan the environmental education axial belt project.",
        "proj_year": "111",
        "org_name": "嘉義縣環境保護局",
        "exe_unit": "綠信環境科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1113680518",
        "publish_date": "20230120"
    },
    {
        "chi_title": "固定污染源許可證及定檢制度管理暨整體控制策略檢討計畫",
        "chi_subject": "本計畫依據109 年度與110 年度規劃二階段許可管理制度檢討期程，除彙\n整蒐集許可證管理辦法執行遭遇問題外，同時針對固定污染源各項橫向管理制\n度進行彙整、研析並檢視許可管理制度與其關聯性，例如接軌定期檢測管理制\n度檢討與修正，強化檢測代表性、提升檢測結果應用品質，研議有害空氣污染\n物導入許可管理制度方式、許可管理對象新增與修正，同時檢視各縣市許可制\n度執行之許可證審查人員和技師簽證之管理與許可證核發品質查核，研擬防制\n設備設置與操作管理作業，並更新擴充固定污染源管理資訊系統功能與資料庫\n品質檢核，且依據今（111）年度計畫目標訂定固定污染源許可管理、定期檢\n測管制、防制設備設置與操作管制、許可制度推動與人員管理及系統配套工具\n等五大面項，其各項工作成果摘要說明如后。\n本計畫藉由分析各許可證審核機關固定污染源許可證審核情形，發現部分\n縣市許可證審查天數超過法定審查日數，且對於整體審查符合規定比例仍有\n30%未符合，因此，本計畫依據109 與110 年度許可管理辦法修正後執行遭遇\n問題，研擬擴大第三類對象簡政便民、導入減量誘因及橫向接軌固定污染源管\n制修正之必要，檢討修正許可證管理辦法；此外，本計畫有鑑於美國聯邦與南\n加州建立之許可分級管理制度已行之有年，並已將有害空氣污染物與其健康風\n險評估納入許可證管理，遂彙整比較國內外有關許可證採排放量分級管理、有\n害空氣污染物與風險評估導入許可證管理期程，規劃全廠、製程及核備等許可\n管理方式。\n本計畫另依據今（111）年度修正檢討重點與調整內容，著手修正許可證\n審查指引修正、許可證申請文件新增代申請人員資訊及有關空氣污染防制專責\n人員訓練教材。\n而在公告條件部分，為因應許可管理辦法新增之第三類固定污染源，本計\n畫分析我國1 到8 批管制現況，發現我國管制之粒狀污染物、SOx、NOx 及\nVOCs 年排放量皆小於1 公噸之非毒性物質運作製程約有1,782 張許可證，而\n新增納管對象大多位於桃園市、臺中市、彰化縣；臺南市與高雄市等縣市，可\n藉由設置操作並申請、簡化技師簽證與試車檢測替代等簡化程序來提升審查效率；在揮發性有機物許可證管理部分，現行有機溶劑作業程序以使用全量管\n理，為使排放量計算與許可證管理門檻計量方式一致並避免有抓小放大之疑\n慮，新增第九批有機溶劑年用量達5 公噸者應申請許可證，且排除有機溶劑含\n量10%以下之對象，預計新增納管261 個製程；而全廠鍋爐管制方面，針對全\n廠不分燃料類別之鍋爐總蒸氣蒸發量合計達4 公噸\/小時以上者，並排除全廠均\n使用天然氣之總蒸氣蒸發量小於20 公噸\/小時之對象。\n108 年度修訂公告之許可管理辦法，已限縮檢測物種及驗證排放標準之目\n的，使試車檢測物種繁多問題之情形已減緩，可減少約40%之檢測筆數，今\n（111）年度接續檢討定期檢測管理辦法，本次修法延伸檢測管理制度，擬訂\n兩層次之檢測管制規定，第一層維持現行公私場所自主管理制度，提供自主管\n理較佳之公私場所頻率調整規範，以降低檢測負荷，同時連結許可證申請之空\n氣污染排放檢測計畫書並賦予公私場所專責人員於檢測時應執行監督檢測等\n規定，提升檢測代表性並兼具試車條件再現性，第二層則新增主管機關功能性\n評鑑制度，以抽驗並協調公私場所時間以指定時間及條件進行功能性評鑑，除\n用以驗證公私場所平時自主維護之情形外，亦可解決現行主管機關於執行稽查\n之問題，同時規劃檢測系統建置架構與檢測警示超標功能。\n另配合檢測制度修正一併檢討第一、二批定檢公告條件，並整合依空污法\n第22 條授權公告應定期檢測之對象及檢測期間規定，使得定期檢測管理辦法\n及應執行定期檢測對象等規範於111 年6 月6 日修正發布，並辦理教育訓練會\n議。\n防制設備設置與管理規劃方面，本計畫統計現行固定污染源空氣污染物收\n集設施與防制設備設置情形，全國列管約2 萬家公私場所中，許可納管約8 千\n家公私場所約1 萬2 千張有效許可證，掌握防制設備設置約4 萬座左右且廢氣\n收集方式仍有33%為逸散，並盤點須強化集氣設施設置之製程對象外，同時針\n對未設置防制設備製程污染源進行評析，最後整合已設置防制設備之固定污染\n源，規劃基礎防制設備管理辦法，研擬一致性防制設備應具備之操作條件、儀\n表設置及相關維護保養與參數紀錄等方式與規範。\n為使各項固定污染源管制規範落實推動，本計畫持續統計固定污染源許可\n管理制度中有關審查人員流動與資歷，並於許可證申請系統上新增代理申請人\n員資訊填報與應公開等功能；本計畫同時蒐集各項許可證審查與核發案例、許可證管理辦法遭遇問題及相關研議重點與規畫，集中於教育訓練與管理評鑑，\n辦理3 場次教育訓練會會議；而在地方主管機關績效考評強化管理制度與管制\n規範落實上，今（111）年度地方主管機關與受委託機關許可證現場查核及技\n師簽證查核作業共執行150 件次，另掌握公私場所由臨時工廠登記或未登記工\n廠轉為特定工廠登記之許可證申請與核發情形。\n固定污染源管理資訊系統含括許可證申請與審核、定期檢測申報及清查列\n管資訊等許可管制大數據資料庫的更新與運轉，而為強化固定污染源資訊管\n理，今（111）年度已配合許可整合完成環境保護許可管理資訊系統介接、擴\n充記錄設置健康風險評估人員的工廠、增加提示可調整檢測頻率、可執行功能\n性定檢的對象，提供掌握未線上通知檢測的原因，增加許可試車檢測申報資料\n複製等功能，此外，配合財政部擴增統一編號號碼作業要求，先行修正統一編\n號之檢查邏輯；另在資料品質提升工作項目，共計列管18,890 家工廠，超過7\n千多家許可納管公私場所，為維護系統及資料品質，本年度持續執行資料檢核\n作業，至9 月底已執行9 次檢核，資料平均符合比率為92.8%。",
        "eng_title": "The Management and Strategy Application Project of Permit and Regular Sampling for Stationary Pollution Sources",
        "eng_subject": "Base on the two-staged revise the stationary pollution sources permit\nmanagement in 2020 and 2021, we comprehended and evaluated county (city)\npermit reviewing agencies, public and private premises’ implement suggestions\nand encounter problems. Meanwhile, we summarized horizontal connection of\nvarious regulation of stationary pollution sources, such as being in line with the\nrevision of management regulation of periodic inspection and strengthen the\nquality, evaluating of hazardous air pollutant integrated with stationary sources\npollution permit system, air pollutant collection facilities and control facilities\nmanagement, the management of permit applicants and reviewing personnel, check\nof technician visa, and updated the expand functions of stationary pollution\nsources management information system and database quality inspection.\nAccording to our goals, the project was divide into 5 major parts, including 1)\nstationary pollution sources permit management, 2) periodic inspection control,\n3)air pollutant control facilities management, 4)permit regulation personnel, 5) system supporting tools. The following work respectively according to the content\nof the project descriptions are as follows:\nWe analyzed the stationary pollution sources permit application and issuance\nof each reviewing agencies, some counties or cities exceeded the legal review days,\nand about 30% of the overall review case did not qualified. Therefore, the\nplanning of expansion of the third-category of permit management for simplified\nadministration, introduction of reduction incentives and horizontal connection of\npermit regulation amendment was necessary since amended in 2019; In addition,\ndue to the U.S. federal government and Southern California have established\nclassification of permit management, and incorporated hazardous air pollutant\nmanagement and risk assessment for many years. As a consequence, we have\ncompiled and compared domestic and foreign related permit management system\nand planned the methods of the whole plant, process and verification.\nAlso, based on the revision of permit management regulations of stationary\nsources pollution this year (2022), we revised the revise guidelines for permit\nreviewing, the permit application documents, and the course materials for\ndedicated air pollution control personnel to adjusted content.\nIn the announcement conditions part, we responded to the addition of\nthird-category stationary pollutions sources in the permit administration, we\nanalyzed the current control state of the first to eighth permit batches. The results\nrevealed that there were about 1,782 permits’ operations using non-toxic\nsubstances with annual emission of particles, SOx, NOx and VOC all less than 1\nmetric ton. The added third-category permits are mainly located in Taoyuan City,\nTaichung City, Changhua County, Tainan City and Kaohsiung City. To increase\npermit reviewing efficiency, simplified procedures such as combining installation\nand operating permit application, simplifying the technician visa and supplying\nalternative plan for commissioning and inspection are available. in the permit\nmanagement of volatile organic compound part, the current organic solvent\noperation procedures are based on the use of full amount management. In order to\nmake the emission calculation consistent with the permit management measurement method and avoid the doubt of small and large expansion, the\nannual consumption of the 9 batch of organic solvents over 5 metric tons should\napply for a permit, excluding organic solvent content less than 10%.261 new\nprocesses are expected to be managed. Regarding boiler management for the\nwhole plant, after involving boilers with the total steam evaporation more than 5\nmetric tons\/hour in the whole plant, regardless of fuel type, and eliminating\nnatural gas boilers with the total steam evaporation less than 20 metric tons\/hour\nin the whole plant.\nTo revise periodic inspection regulation continuously and planned two-staged\ninspection management regulation, the first stage remained the current\nindependent management system for public and private premises, and provides\nbetter self-management frequency adjustment specifications to reduce the\ninspection word load. Furthermore, to enhance the representativeness of testing\nand encourage public and private premises to maintain more autonomously, the\nconnection between revised inspection regulation and permit air pollution\nemission test plan and the regulation that premises’ dedicated personnel were\nasked to perform supervision during inspection were set. In second stage, the new\nfunctional evaluation system is added to randomly check and coordinate the\ninspection time of public and private premises. Besides verifying the\nautonomously maintenance of premises, the system can also provide the solution\nfor the implementation issue of audit. Meanwhile, we planned the construction of\nthe inspection management system and with the function of warning the inspect...",
        "proj_year": "111",
        "org_name": "空保處",
        "exe_unit": "環科工程顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1113677314",
        "publish_date": "20230121"
    },
    {
        "chi_title": "含氮廢污水綠色處理系統示範驗證計畫",
        "chi_subject": "隨著化工石化業高度發展，台灣重點產業的氨氮排放總量大增。對此，產業為因應環保署加嚴\/新增管制的放流水標準，開始尋找含氮廢污水的最適處理方法。現有技術針對低濃度含氮廢污水多以生物處理，高濃度則係以汽提方式進行回收；然中濃度含氮廢水在處理上有廢液清運處理等其他問題產生，故中濃度含氮廢水仍亟待研發更友善環境的綠色新興處理技術。本計畫提出三項廢污水綠色處理技術：「氣提結合觸媒氧化中濃度氨氮廢水技術」、「觸媒還原中高濃度硝酸鹽氮廢水技術」及「生物球處理中低濃度硝酸鹽氮廢水技術」。在中濃度氨氮(200-5,000 mg\/L)廢水處理部分，團隊結合氣提法及催化氧化型觸媒在某金表業模廠測試中可以達到94%以上的氨氮去除率。選用脫硝觸媒(DNC)搭配還原劑(如硫代硫酸鈉、廢氨水、醋酸鈉)來處理中高濃度的硝酸鹽氮廢水(500-5,000 mg\/L)，此舉除了有極高的氮氣選擇性，亦可同步處理硝酸鹽氮及氨氮。PVA生物球技術應用在中低濃度硝酸鹽氮廢水處理(< 500 mg\/L)，在高導電度硝酸鹽氮廢水測試下亦可將硝酸鹽氮處理至符合放流標準。本團隊亦完成六家廠商現地訪談與輔導、辦理專家諮商會議、評估整合性套裝式廢水處理設備。透過辦理研討會、實績成效參訪、技術教材編撰、紀實影片與成果發表至國內期刊與研討會，以增加本計畫所開發建立的三大綠色處理技術的曝光度。",
        "eng_title": "Demonstration and Verification of Green Nitrogen-containing Wastewater Treatment System",
        "eng_subject": "Nitrogen-containing chemicals used in chemical and petrochemical industries significantly increase the discharging levels of ammonia nitrogen in many industrial wastewaters in Taiwan. Since the TW EPA has struck wastewater discharge standards for ammonia, many TW domestic industries are looking for more effective treatment methods for decontaminating nitrogen-containing wastewater. Conventional treatment of ammonia adopts biological method for low-concentration nitrogen-containing wastewater, while high-concentration nitrogen-containing wastewater is treated by stripping. However, these methods suffer several downsides, including time-consuming, energy-intensive, and additional need for secondary liquid-waste treatment. A more practical and effective alternative method is urgently needed to overcome the current shortcomings of poor ammonia removal in TW wastewater treatments. \nThis project proposes three green wastewater treatment technologies to remove ammonia and nitrate from industrial wastewaters: (1) gas stripping combined with catalytic oxidative activated carbon (COAC) for treating medium-concentration NH3-N wastewater; (2) denitrification catalyst (DNC) for treating medium and high concentration of nitrate wastewater; and (3) polyvinyl alcohol (PVA) Bioball for treating medium and low concentration nitrate wastewater. For the treatment of medium-concentration (200–5,000 mg\/L) NH3-N wastewater, an air stripping followed by COAC oxidation strategy was examined in a pilot scale. The result showed that the removal rate of NH3-N reached higher than 94% for the metal surface treatment industry. Denitrification catalyst (DNC) coupled with reducing agents (such as waste ammonia and sodium acetate) was used to treat medium and high concentrations (500-5,000 mg\/L) of nitrate wastewater. The result of pilot test (nitrate: 200–400 mg\/L) showed excellent nitrate removal, reaching the discharge standard under optimal conditions. PVA bioball was applied for the treatment of medium and low concentration (< 500 mg\/L) nitrate wastewater. At the volume load of 2.5 kg NO3-N\/m3-d, the nitrate concentration in the effluent water achieved < 30 mg \/L. The pilot test (nitrate: 100-150 mg\/L) results confirmed that bioball could effectively remove nitrate to meet the discharge standard. An expert consultation meeting has been held. On-site interviews with six manufacturers were conducted. The feasibility of integrated packaged wastewater treatment plants was assessed. In order to increase the exposure of the three major green processing technologies developed in this project, a seminar was held in the field. In addition, 3 DMs were made as technical textbooks, the contents of this project were filmed, and the results of this project were published in domestic journals and seminars.",
        "proj_year": "111",
        "org_name": "水保處",
        "exe_unit": "國立陽明交通大學",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1113535626",
        "publish_date": "20230105"
    },
    {
        "chi_title": "電池安定化及綠色回收提煉技術導入新能源燃料電池雙極板材料開發",
        "chi_subject": "本計畫原主題為「電池安定化及綠色回收提煉技術導入新能源燃料電池雙極板材料開發」，在期初報告後，應環保署之需求，改先以鋰電池回收處理安定技術化為主要核心研究，並以18650目前市場主要型號設計，在各廠家同樣鋰電池型號，還是有不一樣的材料規格及安全問題，由其目前18650之相關型號中，有鋰鈷系列、鋰錳系列、鋰三元之主要構造，在回收過程中每一袋500 kg的電池約7,000顆電池，每一顆電池內含電量是不相同的，因此回收處理更加不易。在圓電池或片狀電池中，相同材料在於負極－都是碳材料為主及正極材料內填加的導電碳材料等，本研究電池安定化後，以內循環系統設計回收提煉技術，以達到綠色環保要求，電池中的碳材料提出後，導入到新能源燃料電池複合雙極板材料的開發中，使再生材料有了新的用途和價值，循環利用視角進入了國際氫能碳材料使用。因配合計畫原執行項目7月前完成三維反應槽設計，11月完成實驗級機台。本研究完成第一年進度碳材料純化反應，預計8月發包加工三維反應槽實驗級機台，因8至10月回文導致進程異動，預計10月底進行加工程序，保持原定11月試機及運轉測試。由於鋰電池的回收量較大，規劃安定處理量亦隨之放大，即原預定在第二年進度提前至今年執行，在設計三維反應爐後，整體預定經費仍有不足，致進度已有落後，唯在這期間協助企業電池後段回收技術指導，完成另一300萬元鋰電池回收安定化技術衍生合約一份，及與農科院及統一公司簽署合作備忘錄，同時議題進入聯合國可持續發展團隊(UN-SDGs)並簽署合作意向書。顯示整體資源回收再利用已成為目前產業之顯學，本計畫預期在年底完成三維反應槽後，第二年將趕上目前預定進度，並開啟技術推廣至產業界的良好績效。",
        "eng_title": "Battery stabilization and green recycling technology to import the development of new energy fuel cell bipolar plate materials",
        "eng_subject": "This project focuses on the stabilization technology of lithium battery recycling and disposal as the main core research. With the 18650 model as the main design, the same lithium battery models in various manufacturers still have different material specifications and safety issues. From its current 18650 related models, there are the main structures of lithium cobalt series, lithium manganese series, and lithium ternary series. During the recycling process, each bag of 500kg batteries contains about 7,000 batteries, and each battery contains different amounts of electricity, so recycling is more difficult. In a round battery or a sheet battery, the negative electrode material and the positive electrode conductive carbon material are both carbon materials. In this study, after the battery is stabilized, the recycling and refining technology is designed in the internal circulation system to meet the requirements of green environmental protection. After the carbon material in the battery was proposed, it was introduced into the development of the new energy fuel cell composite bipolar plate material, which made the recycled material have new uses and value, and the recycling perspective has entered the international use of hydrogen energy carbon materials. During this period, assist enterprises to provide technical guidance on battery recycling, and at the same time, the topic enters the United Nations Sustainable Development Team (UN-SDGs) and signs a letter of intent for cooperation.",
        "proj_year": "111",
        "org_name": "回收基管會",
        "exe_unit": "國立成功大學",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1113531914",
        "publish_date": "20230419"
    },
    {
        "chi_title": "111年度連江縣毒性及關注化學物質源頭管理計畫",
        "chi_subject": "本團隊於 111年 3月及 6月執行毒化物現場訪查，並輔導業者落 實四要管理 ，並 查核 市售環境用藥產品標示 151件，查核結果皆符合標準 。\n111年 5月 及 6月 本團隊 辦理 3場次 環境用藥暨非農地雜草管理宣導會，累積參與人數達 120位，透過本次活動，民眾能夠更清楚的知道環境用藥相關知識，並更關注周遭環境用藥使用情形，本次 宣導 會約 85%與會人員能更瞭解環境用藥相關法令規範 (滿意度平均 4.01分 )。\n本團隊於 6月辦理 2場次 食 安五環源頭查核暨毒性及關注化學物質防治相關宣導會，累積參與人數共 78位，本次 相關 說明會約 98%與會人員能更瞭解食安五環源頭查核相關內容 (滿意度平均 4.49分 )。",
        "eng_title": "111 Lianjiang County Toxic and Chemical Substances of Concern Source Management Plan",
        "eng_subject": "Our team conducted on-site inspections of toxic chemicals in March and June 2011, and provided guidance to industry players on how to implement the Four Essentials of Management. They also checked the labels of 151 commercially available environmental pharmaceutical products, and the results were all in compliance with the standards.\nIn May and June 2011, our team organized 3 publicity sessions on environmental pesticides and non-agricultural land weed management, with a cumulative number of participants reaching 120. Through this event, the public can have a clearer understanding of the relevant knowledge on environmental pesticides, and Paying more attention to the use of pharmaceuticals in the surrounding environment, about 85% of the participants in this publicity meeting can better understand the laws and regulations related to environmental pharmaceuticals (the average satisfaction score is 4.01 points).\nOur team conducted 2 food safety ring source inspections and toxicological and chemical substance prevention related publicity seminars in June. A total of 78 people participated. About 98% of the participants in this related briefing session were able to better understand the five food safety rings. Source checking related content (average satisfaction score 4.49 points).",
        "proj_year": "111",
        "org_name": "連江縣環境資源局",
        "exe_unit": "長慧環境科技有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1113527563",
        "publish_date": "20240206"
    },
    {
        "chi_title": "111年度花蓮縣空氣污染防制暨空氣品質分析計畫",
        "chi_subject": "本計畫各項工作包括多元化政策宣導及教育訓練規劃、擴大工檢會召開、經理會報之辦理及空氣品質原因分析報告等作業，111年合約達成率依工作權重加權計算後為100%，整體進度管控達成率100%，無落後之情形，主要執行成果如下：\n(一)掌握環保署考評工作項目及污防書達成情形\n本計畫協助局內管控59項(其中含加分6項及扣除揮發性有機物3項)細項指標執行情形，以掌握考評得分，本計畫於每月經理會報及各季工檢會中追蹤各項考核項目執行情形，111年度自評得分為112.2分(含加分16.5分)，年底可得113.3分(含加分16.5分)。\n為掌握109-112年污防書各項達成情形，每月定期彚整各計畫執行進度，111年指標項目共計37項，已全數達年度目標，達成率100%。\n(二)PM2.5與臭氧減量作法\n111年度PM2.5減量作法共17項，其中屬永久性污染物為：公私場所採行最佳可行控制技術、提升逸散管辦符合度、輔導餐飲油煙防制設備改善、淘汰1-4期老舊高污染機車車籍數及汰除1-3期柴油車等。永久性削減量主要來自固定污染源空氣污染防制設備汰換及移動污染源(機車)汰舊換新。PM2.5年度預計可削減129.79公噸(包含永久性67.87公噸、暫時性61.92公噸)，111年度共計削減478.4公噸 (永久性299.1公噸、暫時性179.3公噸)，去年同期433.45公噸(永久性246.18公噸、暫時性187.27公噸)，較去年同期上升。\n在O3前驅物管制策略上分為前驅物NOx與NMHC。NOx平時管制共8項，NMHC平時管制共7項，NOx年度預計可削減60.05公噸(包含永久性54.43公噸、暫時性5.62公噸)，111年度共削減115.29公噸(包含永久性96.77公噸；暫時性18.52公噸)，去年同期244.04公噸(包含永久性132.60公噸、暫時性111.44公噸)，較去年同期下降。NMHC年度預計可削減17.69噸(包含永久性11.04公噸、暫時性6.65公噸)，111年度共削減51.11公噸(包含永久性31.08公噸、暫時性20.03公噸)，去年同期31.44公噸(包含永久性29.7公噸、暫時性1.74公噸)，較去年同期上升。\n另針對O3高值事件日(O3(8hr)濃度＞70ppb)應變管制作為NOx6項、NMHC6項，111年度O3高值事件日共計2日，4月19日及9月9日因受境外移入影響，AQI達101以上。\n(三)本縣空品達成指標及空品分析\n111年度各項污染物均符合法規空氣品質標準與本縣污防書目標，111年冬季AQI平均值為40，較去年同期(42)下降；春季(3月至5月)AQI平均值42，較去年同期(42)持平；夏季(6月至8月)AQI平均值26，較去年同期(27)下降；秋季(9月至11月)AQI平均值38，較去年同期(34)上升；AQI≦50之良好日數比例為94%，較去年同期(90%)上升。\n本縣CEMS針對NOx監測連線廠家共4家(含和平電廠、台泥花蓮、台泥和平、亞洲水泥)，計11根排放管道；針對SOx監測連線廠家共2家(台泥和平及和平電廠)，計6根排放管道；CEMS排放量NOx及SOx皆較去年同期下降。\n(四)每季辦理擴大工檢會\n111年共完成4場次擴大工檢會，針對年度重點工作、核心指標、合約執行進度、年度創新作法及環保署考評與污防書目標達成情形及委員指導之意見等，要求各計畫於各期報告中分析呈現。\n(五)每月經理會報\n本計畫共完成辦理12場次經理會報，主要內容為提報各計畫之執行情形，並於會議中進行檢討，以利環保局掌握各計畫實際執行現況及進度，以及透過横向溝通，有效達成環保署考核目標。\n \n(六)各委辦計畫人員教育訓練\n111年已完成外部人員教育訓練4場次。\n(七)創新作法\n111年1月13日提送環寶學堂創新作法企劃書，依2月15日召開之研商會議委員意見修正創新作法內容後於2月25日提送修正稿，3月4日經環保局同意即執行，已於4月18日辦理短片拍攝人員訓練1場次及完成各計畫宣導短片上傳環保學堂臉書，111年已上傳Facebook粉絲專頁之空污宣導影片計15則、空污文宣宣導計16則，觸及人數共計11,163人次、互動次數共計3,597次，並於11月30日提送成果報告。\n(八)細懸浮微粒(PM2.5)研析\n彙整各空氣污染防制相關計畫針對細懸浮微粒(PM2.5)空氣品質標準規劃推動之管制作為，以掌握本縣PM2.5微粒濃度與成份分析現況與歷年趨勢為首要，相關防制技術應用評估與輔導為次，研析報告已於12月8日提送。\n(九)多元化政策宣導作業\n協助各空污防制委辦計畫進行宣導推廣，針對環保局業務整合行銷及花蓮縣空污議題重視度與施政滿意度調查評估。執行現況與成果如下：\n1.於2月21日及3月16日完成提送多元化政策宣導及花蓮縣空污議題重視度與施政滿意度調查評估等企劃書，並經環保局同意後執行。\n2.已完成多媒體網路宣導18則及花蓮縣空污議題重視度與施政滿意度調查評估已完成第一階段及第二階段問卷調查。\n(十)空污防制與環境保護之政策推動宣導活動\n111年已完成辦理6場次宣導活動、媒體宣導3家次(共3則)及創新研商會1場次。\n(十一)空氣污染管制整體成效與創新作為\n為持續維護本縣空氣品質及各項污染管制整體成效及創新，110年度所提之地方2項創新作為及3項管制整體成效特色等績效展現頗受環保署委員好評，依據111年1月11日第1次經理會報會議中，111年可以延續110年整體成效及創新作為等工作，再精進辦理並配合縣長施政重點，凸顯本縣之成效，各項管制作為如下：\n1.永續花蓮港，經濟環保都兼顧(由固定計畫負責整併)。\n2.減污減排愛花蓮，淨零碳排顧地球(由固定計畫負責整併)。\n3.全民綠生活、低碳任我行(由產業計畫負責整併)。\n4.智慧科技監控、稽查滴水不漏(由機車計畫負責整併)。\n(十二)其他\n人力及物力支援：皆依局內指示協助辦理。\n臨時交辦事項：皆依局內指示協助辦理。",
        "eng_title": "111 Annual Hualien County Air Pollution Protection Manufacturing High Temperature Air Product Quality Analysis Plan",
        "eng_subject": "The work of this plan includes diversified policy promotion and education and training planning, expanded industrial inspection meeting, management of manager meeting report and air quality cause analysis report, etc. The 111-year contract completion rate is 100% after weighted calculation based on work weight , the overall progress control achievement rate is 100%, and there is no lagging situation. The main implementation results are as follows:\n(1) Grasp the evaluation work items of the Environmental Protection Agency and the completion of pollution prevention documents\nThis plan assists the bureau in controlling the implementation of 59 sub-items (including 6 bonus points and 3 deductions of volatile organic compounds) to grasp the evaluation scores. This plan is included in the monthly manager's report and the quarterly industrial inspection meeting Tracking the implementation of various assessment items, the self-assessment score in 2011 was 112.2 points (including 16.5 extra points), and 113.3 points (including 16.5 extra points) at the end of the year.\nIn order to grasp the progress of each project in the 2010-112 pollution prevention book, the implementation progress of each plan is regularly reviewed every month. There are a total of 37 index projects in 111 years, all of which have reached the annual target, and the completion rate is 100%.\n(2) PM2.5 and ozone reduction methods\nThere are 17 PM2.5 reduction methods in 2011, among which are permanent pollutants: adopting the best feasible control technology in public and private places, improving the compliance of fugitive management and office, guiding the improvement of catering oil fume control equipment, and eliminating Phase 1-4 The number of old high-pollution locomotives and the elimination of phase 1-3 diesel vehicles, etc. The permanent reduction mainly comes from the replacement of fixed pollution source air pollution control equipment and the replacement of mobile pollution sources (locomotives). PM2.5 is expected to reduce 129.79 metric tons (including permanent 67.87 metric tons, temporary 61.92 metric tons), and a total reduction of 478.4 metric tons (permanent 299.1 metric tons, temporary 179.3 metric tons) in 2011, 433.45 metric tons (permanent 246.18 metric tons, temporary 179.3 metric tons) in the same period last year Temporary 187.27 metric tons), an increase from the same period last year.\nIn terms of O3 precursor control strategy, it is divided into precursor NOx and NMHC. There are a total of 8 NOx normal control items, and a total of 7 NMHC normal control items. The annual reduction of NOx is expected to be 60.05 metric tons (including permanent 54.43 metric tons and temporary 5.62 metric tons), and a total reduction of 115.29 metric tons in 2011 (including permanent 96.77 metric tons; temporary 18.52 metric tons) metric tons), 244.04 metric tons in the same period last year (including permanent 132.60 metric tons and temporary 111.44 metric tons), a decrease from the same period last year. NMHC is expected to reduce 17.69 tons (including permanent 11.04 metric tons, temporary 6.65 metric tons), and a total reduction of 51.11 metric tons in 111 years (including permanent 31.08 metric tons, temporary 20.03 metric tons), and 31.44 metric tons in the same period last year (including permanent 29.7 metric tons, Temporary 1.74 metric tons), an increase from the same period last year.In addition, for O3 high-value event days (O3 (8hr) concentration > 70ppb) contingency control as NOx6 items, NMHC6 items, 111 annual O3 high-value event days totaled 2 days, April 19 and September 9 were affected by overseas migration , the AQI is above 101.\n(3) Achievement index and empty product analysis of the county's empty products\nIn 2011, all the pollutants met the air quality standards of regulations and the county's pollution prevention target. The average AQI in the winter of 2011 was 40, down from 42 in the same period last year; the average AQI in spring (March to May) was 42, The average AQI in summer (June to August) was 26, down from 27 in the same period last year; the average AQI in autumn (September to November) was 38, up from 34 in the same period last year; The proportion of good days with AQI≦50 was 94%, an increase from the same period last year (90%).\nCEMS in this county has a total of 4 NOx monitoring connection manufacturers (including Heping Power Plant, TCC Hualien, TCC Heping, and Asia Cement), with a total of 11 discharge pipes; a total of 2 SOx monitoring connection manufacturers (TCC Heping and Heping power plant), including 6 emission pipes; CEMS emissions of NOx and SOx both decreased compared with the same period last year.\n(4) Handle expanded industrial inspection meetings every quarter\nIn 2011, a total of 4 expanded industrial inspection meetings were completed. Regarding the annual key tasks, core indicators, contract implementation progress, annual innovative practices, and the environmental protection agency...",
        "proj_year": "111",
        "org_name": "花蓮縣環境保護局",
        "exe_unit": "康廷工程顧問企業有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1113420992",
        "publish_date": "20230316"
    },
    {
        "chi_title": "111年度臺中市科技感測器稽查整合計畫",
        "chi_subject": "本計畫運用科技感測器進行科技執法，透過影像資料雲端儲存，整合強化資料統計分析，結合影像、車牌辨識、噪音數據蒐集並自動進行數據比對擷取，強化數據管理應用，加強移動污染源熱點的環境監控。期以提升高噪音車稽查取締效率，有效管制臺中市轄區高污染之車輛並嚇阻環境聲音產生，同時督促車主落實車輛保養維護，以有效降低機動車輛對環境安寧及空氣品質的影響。\n本計畫原履約期間為自111年4月15日起至111年12月底，於臺中市主要噪音車陳情熱點、重要路口、車流熱區、特別需要安寧地區及環保局認可地點，進行114場次之機動車輛車牌辨識及聲音照相科技執法稽查作業，並達到經機關認定為有效場次之條件。另為配合機關需求，本計畫於111年11月24日完成第一次契約變更，新增15場移動式聲音照相科技執法，故在履約期限內須完成129場次移動式聲音照相科技執法，而契約金額由原新臺幣292萬元整，經第一次契約變更後之金額為新臺幣320萬9,406元整。\n統計至111年12月底共規劃執行156場次，經機關認列有效場次130場、無效場次26場，共計告發車輛242輛、通知到檢車輛442輛，提供車辨資料予機關進行移動污染資料比對共計1,404,518筆，整體進度達成率為101%。",
        "eng_title": "Technology and sensor audit integration plan of Taichung City",
        "eng_subject": "This plan uses technological sensors to carry out scientific and technological law enforcement. Through cloud storage of image data, it integrates and strengthens statistical analysis of data, combines image, license plate recognition, and noise data collection and automatically performs data comparison and retrieval, strengthens data management applications, and strengthens mobile pollution sources. Environmental monitoring of hotspots. In order to improve the efficiency of inspection and banning of high-noise vehicles, effectively control high-pollution vehicles in the Taichung City area and deter environmental noise, and at the same time urge vehicle owners to implement vehicle maintenance, so as to effectively reduce the impact of motor vehicles on environmental tranquility and air quality.\nThe original performance period of this plan is from April 15, 2011 to the end of December 2011, and 114 sessions will be held in Taichung City's major noise vehicle complaint hotspots, important intersections, traffic hot spots, areas in special need of tranquility, and locations approved by the Environmental Protection Bureau. Motor vehicle license plate recognition and sound camera technology law enforcement inspection operations, and meet the conditions recognized by the agency as effective sessions. In addition, in order to meet the needs of the agency, this plan completed the first contract change on November 24, 2011, and added 15 mobile sound camera technology law enforcements. Therefore, 129 mobile sound camera technology law enforcements must be completed within the contract performance period. The contract amount is NT$3.209,406 from the original NT$2.92 million after the first contract change.\nAccording to the statistics until the end of December 2011, a total of 156 sessions were planned and executed, 130 sessions were recognized by the authorities as valid, and 26 sessions were invalid. A total of 242 vehicles were reported and 442 vehicles were notified to be inspected. Vehicle identification data were provided to the agency for comparison of mobile pollution data For a total of 1,404,518 transactions, the overall progress completion rate is 101%.",
        "proj_year": "111",
        "org_name": "臺中市政府環境保護局",
        "exe_unit": "歐怡科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1113411496",
        "publish_date": "20240125"
    },
    {
        "chi_title": "111年機動車輛污染檢驗測定機構查核計畫",
        "chi_subject": "本計畫依「機動車輛排放空氣污染物及噪音檢驗測定機構管理辦法」及檢驗室品質系統基本規範，針對許可檢驗室之各項測定作業進行查核。主要目標在於藉由查核工作之進行，確保檢驗室活動的有效性，及檢驗數據之公信力。本年度完成21間檢驗室28場次查核作業，外聘學者專家35人次，完成101場次年度相關性督導作業，查核結果共計發現60項缺失，無違反管理辦法情形。同時，配合環保署相關管制措施，進行7條測試道縱向及橫向不規則性查驗作業，並蒐集污染及噪音等相關檢測技術資料。另完成現場評鑑專家及業者座談會及測定技術交流研討會等會議辦理，完成二項提案討論及安排三項測定技術議題研討。",
        "eng_title": "Motor vehicles pollution testing organization review plan 2022",
        "eng_subject": "The plan was in accordance with「Regulations Governing Motor Vehicle Air Pollutant and Noise Emission Testing Organizations」to check quality management systems for the laboratories. The main objective of this project is to ensure the consistent application of its laboratory activities and the validity of the results. \n28 session annual audit of laboratories and 101 annual supervisions of related testing were completed. A total of 60 nonconformity were found in the annual audit results. In accordance with the relevant control measures of the Environmental Protection Agency, handle check Longitudinal and Transverse irregularity of 7 test tracks, and collect testing technical information. Completed the auditing specialist and the member symposia, and technical exchange seminars.",
        "proj_year": "111",
        "org_name": "環檢所",
        "exe_unit": "財團法人車輛研究測試中心",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1113360563",
        "publish_date": "20230107"
    },
    {
        "chi_title": "111年度新竹市毒性及關注化學物質源頭管理計畫",
        "chi_subject": "為落實毒化物運作管理及化學品登錄制度，且避免不法業者將不當化學物質添\n加至食品中造成食安問題，積極投入人力及資源，針對本市轄區內化學物質的製造、\n輸入、販賣及使用等運作之業者，進行輔導訪查及查核，確認業者基本資料，並要求\n業者確實登錄其運作化學物質，有效掌控所有化學物質流向，同時辦理毒物及化學物\n質災害防救演練，以落實全面性管理。此外，亦期望透過報案中心掌握本市轄內未適\n當管理之空地，建立空地雜草管理示範區，以強化本市非農地雜草管理教育宣導。",
        "eng_title": "2022Hsinchu City Toxic and Concerned Chemical Substances Source Management Plan",
        "eng_subject": "In order to implement the toxic chemical operation management and chemical registration system, and to prevent unscrupulous operators from adding inappropriate chemical substances\nAdded to food to cause food safety problems, actively invest manpower and resources to target the manufacture of chemical substances within the jurisdiction of this city,\nOperators involved in importing, selling, and using operations, conduct counseling visits and checks, confirm the basic information of the operators, and require\nThe industry has indeed registered its operating chemical substances, effectively controlling the flow of all chemical substances, and handling poisonous and chemical substances at the same time\nQuality disaster prevention and rescue drills to implement comprehensive management. In addition, it is also hoped that through the reporting center to grasp the information of unsuitable persons within the jurisdiction of the city.\nEstablish open space weed management demonstration areas to strengthen the city's non-agricultural land weed management education and publicity.",
        "proj_year": "111",
        "org_name": "新竹市環境保護局",
        "exe_unit": "翔科事業有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1113330277",
        "publish_date": "20230117"
    },
    {
        "chi_title": "111年度臺北市機車排氣檢驗站查核管理暨定檢通知計畫",
        "chi_subject": "本計畫執行期程為111年2月25日至112年2月20日(含擴充計畫期間：111年12月21日至112年2月20日)，期間針對臺北市所有機車排氣檢驗站執行查核管理相關作業，目的在於提昇臺北市機車排氣檢驗站的檢驗品質及公信力，確保檢驗站依法落實機車排氣檢驗工作，維持檢驗站檢驗品質；另為提醒車主按時完成機車定檢，同時進行機車排氣檢驗通知單製作及寄發工作，配合加速老舊機車汰舊及推動低污染電動機車等作業，透過相應加碼補助提高換購意願，同時提升電動機車設籍占比達到油電轉型目的，計畫依工作契約書已於111年11月20日前提交期末報告初稿、112年2月10日前提交擴充計畫期間工作報告書初稿，統計相關成果摘要說明如下：\n一、\t提昇本市機車排氣檢驗站服務品質及公信力\n年度完成檢驗站品質查核561站次，查核違規數共計18筆，依照記點輕重程度分序為警告項目5筆、缺失項目9筆及違反管理辦法項目4筆。發生查核違規之檢驗站輔導當場改善完成或於檢驗站完成改善後3日內(未包含假日)由查核人員回到現場進行複查且合格，後續依檢驗站品質分級制度進行查核。\n擴充計畫期間完成檢驗站品質查核105站次，查核違規數共計1筆，為違反管理辦法項目。發生查核違規之檢驗站輔導當場改善完成或於檢驗站完成改善後3日內(未包含假日)由查核人員回到現場進行複查且合格。\n二、\t確保機車排氣檢驗站落實執行排氣檢驗及檢驗站管理工作\n(一)\t查核人員教育訓練\n本計畫於111年4月13日針對查核人員辦理1場教育訓練。教育訓練的課程內容包括計畫簡介、工作執行方式及工作分配內容等，並加強分析儀查核氣體比對標準操作程序及實機訓練，使計畫內之工作人員均能維持計畫執行品質。\n(二)\t檢驗人員教育訓練\n計畫於111年5月30日至6月6日與111年10月24日至10月31日辦理2場檢驗站檢驗人員線上教育訓練暨優良機車排氣檢驗站評鑑表揚活動，人員可以遠端觀看影片授課。課程內容除針對「機車排放空氣污染物檢驗站設置及管理辦法」及「臺北市機車排放空氣污染物檢驗站認可證審查作業要點」法令規定講解，並提醒檢驗站應注意事項；另就排氣分析儀手動校正程序錄製教學影片，及邀請車廠專業講師說明機車污染控制裝置概論。優良檢驗站得獎事蹟以簡報影片方式呈現，表揚維持檢驗站應有的良好形象、提高檢驗服務品質與榮譽感，並讓其餘檢驗站業者獲得見賢思齊之效。\n三、\t製作機車排氣定期檢驗通知單，寄發設籍臺北市機車車主進行排氣檢測\n本計畫截至12月合計寄發機車排氣定期檢驗通知單611,953件，退件數合計2,835件，退件率為0.46%，皆已建檔完成。\n擴充計畫期間已寄發機車排氣定期檢驗通知單90,263件，退件數合計621件，退件率為0.69%，皆已建檔完成。\n四、\t電子化定檢通知宣導及推廣，逐步將定檢通知電子化\n今年度規劃策略以「註冊推廣」及「在地服務」為主題，除提供100,000點Line Points點數、咖啡兌換券及保修折扣券獎勵響應無紙化之民眾外，年度新增本市排氣檢驗站競賽推廣機制與提供推廣獎勵，提高定檢電子化通知系統註冊率及到檢率。系統內好友已累計至10萬人。\n五、\t定期與機車排氣檢驗站維持連線並加強定檢資料之查核\n為有效提昇資料處理作業之效率及提供往後之資料統計分析，本計畫維護「臺北市機車排氣檢驗站即時資訊管理系統」，該系統能隨時掌握檢驗站檢測及查核資料，並提供課程網路報名系統，同時具有統計分析等功能，以盡監控、輔導之責任。\n六、\t推廣老舊機車汰舊換購及新購電動機車補助\n臺北市政府環境保護局運用行政院環境保護署補助，辦理加速老舊機車汰舊換購及新購電動機車等相關補助作業，統計111整年度已完成老舊機車換購電動機車為2,705件，新購電動機車為7,924件。\n七、\t提昇本市機車排氣檢驗之空氣污染減量成效\n本市1月至10月底1~4期老舊機車汰舊數共33,702輛，其中二行程機車總汰舊數為4,629輛，四行程機車總汰舊數為29,073輛，計算年度汰舊對於空氣污染物減少CO排放量為332.54 Tons\/Yr，NMHC為74.97 Tons\/Yr，NOx為26.98 Tons \/Yr。",
        "eng_title": "The project of evaluating the inspected procedures of the motor-exhaust inspecting stations 2022",
        "eng_subject": "The project was implemented from February 25, 2022, to February 20, 2023. The project was evaluated the inspected procedures of the motor-exhaust inspecting stations. The aims of the project include improving the service quality of the stations, enhancing the public trust, ensuring that all the stations are doing well, improving air quality of Taipei city, sending inspect notices to motorcycle owners, assisting people to inform the authorities of unlawful pollutant motors and promoting the replacement of old scooters to electric scooters or gas-powered scooters. The first draft of the final report was submitted by November 20, 2022. The first draft of the report of the expansion plan was submitted by February 10, 2023. The following are as follows: \n1.\tImprove service quality and public trust\nThis year, quality evaluations for 666 stations were completed. The failed stations had taken the corrective actions and passed the re-examination immediately or within three days (not including holidays). Staffs reviewed again the failed stations for station qualified. The recommendation was made as inspect the station in different levels of quality.\n2.\tAssuring stations performance the inspections appropriately\n(1) Auditors training\nThe training class was completed on April 13, 2022, respectively. The training class including project introduction, working methods and job arrangement were provided to the auditors. The auditors who completed the training are expected to execute their job with a better standard.\n \n(2) Inspectors training\nThe first and second inspector training classes were completed on May 30 to June 6, 2022 and October 24 to 31, 2022, respectively. The main subjects of the training not only introducing new rules of decree ‘The set up and management approach of the checkpoint for the air pollutants emission scooter.’, but explaining the added or modified items of inspection and evaluation this year, the plan of execution items for assessment evaluation, and the guide for enhancing on-site inspection rate. Furthermore, it covers the review past statistics and checkpoints. Upon the completion of the training, the inspector of the stations is expected to not only fully understand the rules, ordinances, and activities but also provide the highest quality of service.\n3.\tMaking and sending the periodic motorcycle exhaust inspection notices to Taipei motorcycle owners\nThere were 611,953 pieces of the periodic motorcycle exhaust inspection notices have been sent. There were 2,835 pieces were returned; the return rate was 0.46%, all of these were archived.\nDuring the expansion plan period, there were 90,263 pieces of the periodic motorcycle exhaust inspection notices have been sent. There were 621 pieces were returned; the return rate was 0.69%, all of these were archived.\n4.\tEstablish on-line communication with motor-exhaust inspection stations and enhance inspection documentation\nA management system, “Taipei motor-exhaust inspecting station real-time information management system” was maintained to improve the efficiency of data processing and provide information for statistical analysis. The system monitors the data flow of the inspection station and allows online register. The system also has the statistical and analyzing functions for the responsibility of monitoring and counseling.\n5.\tThe promotion of old scooters scrapped to redemption electric motorcycle or gas-powered scooters\nIn 2022, Department of Environmental Protection, Taipei City Government uses the allowance from the Environmental Protection Administration to apply accelerated the old scooters scrapped for low pollution electric motorcycle. In 2022, the numbers of 2,705 scooters got subsidy for redemption of electric motorcycle and 7,924 scooters got subsidy for redemption of gas-powered scooters.\n7.\tImprove the efficiency of reducing the air pollution\nAccording to the statistics of the Environmental Protection Administration, From January to October 2022, subsidized two-stroke engine scrapped there are 4,629 scooters, and four-stroke engine are 29,073 scooters, there are 332.54 Ton\/Yr of CO, 74.97 Ton\/Yr of NMHC and 26.98 Tons \/Yr of NOx reductions per year.",
        "proj_year": "111",
        "org_name": "臺北市政府環境保護局",
        "exe_unit": "瑩諮科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1113250506",
        "publish_date": "20231205"
    },
    {
        "chi_title": "111年度推動使用中機車污染改善及機車排氣檢驗站品質管理計畫",
        "chi_subject": "機車排氣定期檢驗制度自民國85年起，推行至今已邁入第26年，本計畫係致力於檢驗站管理及設備審查作業、辦理機車排氣檢驗站補助款審查、評估及精進機車排氣檢驗管制成效等工作。檢驗站品質管理方面，持續研修各項檢驗設備認證程序，透過型式審查確保檢驗設備符合品質要求。歷年標準氣體抽驗結果長足改善，顯示透過標準氣體抽驗作業，確實能有效督促氣體廠商提升產品品質。針對機齡5年以上之排氣分析儀執行氣體比對抽查作業，據以瞭解分析儀實際漂移情形。\n排氣檢驗站補助款審查方面，應用車牌辨識系統審查檢驗照片，確實針對所有照片車號進行把關，提升整體審查品質及效率。透過電子金流方式撥付補助款，並加強檢核補助款撥付所需申請文件，整體退匯比例維持於0.1%以下。\n計畫期間運用106年至110年度機車排氣檢驗與稽查資料庫數據，評估近5年機車排氣檢驗成效，整體排放量逐年遞減，CO排放量降幅約28%，HC降幅則約20%，顯示整體管制成效良好。",
        "eng_title": "The 2022 motorcycle emissions improvement and exhaust inspection station quality management program",
        "eng_subject": "The regular motorcycle exhaust inspection system has been in place since 1996 and is now in its 26th year. This program is dedicated to the station management and equipment certification, subsidy evaluation of motorcycle exhaust inspection station, drafting pollution control strategies for motorcycles in service, etc. In terms of quality management of the inspection stations, we continue to improve various inspection equipment certification procedures to ensure that the inspection equipment meets the quality requirements through formality examination. Over the years, the standard gas sampling test results gradually improve, showing that it can indeed effectively urge gas manufacturers to improve product quality through the standard gas sampling test operations. A gas comparison sampling operation is performed for exhaust analyzers over 5 years old, in order to understand the actual drift of the analyzer.\nIn terms of the subsidy review for exhaust inspection stations, the vehicle license plate recognition system is applied to review the inspection photos, and all photos of license plate numbers are scrupulously checked to improve the overall quality and efficiency of the review. The subsidies are disbursed through official E-billing system, and the check of the application documents required for subsidy disbursement has been strengthened, with the overall remittance rejection ratio maintained at less than 0.1%.\nDuring the program period, using the data from 2017 to 2021 of motorcycle exhaust inspection and audit database, we evaluated the effectiveness of motorcycle exhaust inspection in the past 5 years. The overall exhaust emissions have been decreasing year by year, with CO emissions decreased by about 28% and HC emissions decreased by about 20%, indicating good overall control results.",
        "proj_year": "111",
        "org_name": "空保處",
        "exe_unit": "春迪企業股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1113231919",
        "publish_date": "20230228"
    },
    {
        "chi_title": "111-112年能見度監測系統操作維護及資料解析計畫",
        "chi_subject": "本計畫執行環境部能見度監測網板橋、西屯、小港三測站能見度設備操作與維護，定期完成資料品質保證與品質管制作業，整合能見度監測網與環境部空氣品質測站等監測資料，並提供光學監測儀器監測結果應用及解析。自2019至今年計畫執行期間，監測結果顯示三測站能見度呈現改善趨勢。資料分析結果顯示：(一) 依據PM2.5化學組成推估消光係數，板橋、忠明與小港測站使用大氣消光係數經驗估算式估算消光係數值比使用revised IMPROVE推估公式更符合實際消光係數值。(二) 在吸光係數的應用上，藉由環境部公告污染事件驗證CO\/NOx (Carbon monoxide \/ Nitrogen Oxides, 一氧化碳與氮氧化物比值)、AAE (Absorption Ångström Exponent, 吸收波長指數) 與BC\/PM2.5 (Black Carbon \/ PM2.5, 黑碳與細懸浮微粒的比值) 三維指標，三維指標污染事件辨別結果經比對環境部公告污染事件，可應用於迅速辨別境外傳輸、境內污染與交通排放事件。(三) 透過PMF (Positive Matrix Factorization, 正矩陣因子法)解析過去四年三測站污染源對能見度貢獻影響，顯示硝酸鹽污染源管制對於改善能見度極具重要性。 (四) 歷年高解析影像經人工智慧深度學習辨識能見度，採用ResNet50預訓練模型（特徵萃取器）白天影像可達八成分類準確率。(五) 使用中研院LiDAR (Light Detection And Ranging)系統進行近地層大氣觀測，可輔助觀測本計畫既有儀器LPV-4缺乏的垂直方向數據，更能補足環境部光達觀測網近地250公尺內資料的不足，並提供更高空間解析度且仰角掃描0 ~ 180度的大氣垂直剖面能見度變化監測數據。",
        "eng_title": "Plan of visibility monitoring system operating maintenance and data analysis",
        "eng_subject": "The work of this project included maintaining and operating the Ministry of Environment visibility monitoring network (VMN) in Banqiao, Xitun, and Xiaogang stations, implementing the data quality assurance and quality control, investigating the measured information between Ministry of Environment air quality monitoring stations and VMN, and providing the analysis and application of the VMN optical monitoring data. From 2019 to the implementation of the project this year, monitoring results showed that the visibility of the three measuring stations showed an improving trend. The air visibility was estimated by the visual range constant divided the extinction coefficient. The multivariate regression relationship between the extinction coefficient and regular air quality data was established to assess the feasibility for simply and rapidly simulating visibility variations. The extinction coefficient is estimated based on the chemical composition of PM2.5. Banqiao, Zhongming, and Xiaogang stations use the empirical estimation formula for the atmospheric extinction coefficient to estimate the extinction coefficient value ratio using the revised IMPROVE estimation formula It is more in line with the actual local extinction coefficient value. In the application of the absorbance coefficient, the three-dimensional indicators of CO\/NOx, AAE and BC\/PM2.5 are verified by the pollutant events of Ministry of Environment announcements to identify the characteristics of long-range transport pollutants, local pollutants, and traffic emissions. The positive matrix factorization (PMF) was used at three stations for source apportionment of pollution. The extinction coefficients were then reconstructed from PMF factors modified with RH to understand the source contributions of the visibility degradation in the field atmospheric environment. During the heavy pollution period in winter and spring, the highest contributor to the reconstructed extinction coefficient at three stations was the RH-modified nitrate. The results highlight the importance of nitrate pollution source control in improving visibility policies. Using high-resolution images to identify visibility, currently using the ResNet50 pre-trained model (feature extractor), most of the daytime images can achieve 80% classification accuracy. Using the LiDAR (Light Detection And Ranging) system of Academia Sinica for near-surface atmospheric observation, in addition to observing the vertical data lacking in the existing instrument LPV-4 of this project, it can also complement the 250-meter near-earth observation network of the Environmental Protection Agency. Insufficient data, and provide higher resolution monitoring data of visibility changes in the vertical profile of the atmosphere.",
        "proj_year": "111",
        "org_name": "環境部環境資訊科技司",
        "exe_unit": "中山醫學大學",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1113214490",
        "publish_date": "20231130"
    },
    {
        "chi_title": "建置臺灣空氣品質模式數據平台（三）",
        "chi_subject": "本計畫目的為參考美國環保署所使用社群式多尺度空氣品質 CMAQ (Community Multiscale Air Quality)光化網格模式，開發適用於臺灣之CMAQ 模式，以減少不同模式或同模式不同人使用所產生模擬差異性問題。本年度依據 TEDS11.1 資料，針對第二年計畫中之CMAQ空氣品質模擬進行精進，並協助環保署進行署內要求之情境模擬。本計畫已經完成比較4種氣象模擬參數之差異、比較全年靜態與動態邊界\/初始條件對台灣地區空氣品質之影響。排放量資料則更新至TEDS11.1，並且以最新版全球大氣研究排放資料庫(EDGARv6.1_AP)結合觀測數據，推估2019年東亞人為與生物源排放量。本年度計畫除已經完成建置以最新版東亞與台灣地區TEDS11.1排放量之全年WRF及CMAQ模式模擬，並且應用於模擬2025年能源轉型之電力業排放量改變對台灣地區空氣品質之影響、分析評估以台灣境內減量推估未來空氣品質變化之差異、模擬推估NIP二期113年至116年規劃減量之未來空氣品質變化及應用於模擬我國「2050淨零排放路徑及策略」之 2030年及2050年中長期空氣品質。另外，維護第二年度計畫中編譯於國家高速網路與計算中心之SMOKE 與 CMAQ 模式和臺灣杉一號主機中資料公開和下載空間的管理。進行空氣品質模式資料交換平台網站功能精進與資料更新，平台之架構包括最新消息、資料展示、檔案下載、教育訓練、意見交流、關於本站、網頁地圖與後台管理共八大部份。並且於112年5月19日與112年6月2日辦理教育訓練，其中6月2日為實機上網至國家高速網路與計算中心之教育訓練。",
        "eng_title": "Estabishment of Platform for Air Quality Model in Taiwan(III)",
        "eng_subject": "The purpose of this project is to setup Community Multiscale Air Quality (CMAQ) grid model for simulating the air quality in Taiwan in order to reduce the differences among various air quality models and users.  In order to update to TEDS11.1, the base year is 2019 for this year project. Therefore, the natural and anthropogenic emissions in eastern Asia have been updated to year 2019 by integrating EDGARv6.1-AP and field observation data. In this third year project, 4 additional sets of meteorological parameters have been tested in WRF simulation to further improve the model performance.  However, no significant differences were found in the air quality simulation. The base year 2019 have been simulated by using CMAQv5.3. The established model has been used to simulate the impacts of utilities for year 2025 on the ambient air quality, to analyze the differences of forecasting based on only emission reduction in Taiwan,  to forecast the air quality based on the NIP-II, and to simulate the future ambient air qualities in 2030 and 2050 for scenario of 2050 carbon net-zero emission.  The exchange platform has been installed in Taiwnia 1 and there are 8 parts within the platform: Latest news, About platform, Display, Download, Training, comments, website and management. Technical trainings for CMAQ platform have been conducted on May, 19th and June 2nd, 2023.",
        "proj_year": "111",
        "org_name": "空保處",
        "exe_unit": "國立成功大學",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1113187374",
        "publish_date": "20231106"
    },
    {
        "chi_title": "臺東縣-111年度促進垃圾減量回收補助計畫",
        "chi_subject": "臺東縣在近幾年垃圾處理方面面臨嚴峻的考驗，本縣內16鄉鎮市公所垃圾掩埋場逐漸飽和，若要循有其他縣市焚化廠幫忙處理，完全取決它縣的決策，而現階段已臺東焚化爐試營運階段，未來則送往焚燒，於是如何讓垃圾去化，以及實踐源頭減量皆為本縣環保工作首要之務。而臺東縣環保局為落實環保署垃圾減量零廢棄之政策方針，辦理「111年度臺東縣辦理促進垃圾減量回收補助計畫」，加強辦理本縣各鄉鎮市垃圾減量工作。",
        "eng_title": "111 Year Taitung County Resource Recycling Project Operation Audit Tracking Control, Publicity Work, and Promotion of Waste Reduction and Recycling Plan",
        "eng_subject": "Taitung County has faced severe challenges in terms of garbage disposal in recent years. The 16 township and city government landfills in the county are gradually saturated. If other county and city incineration plants are used to help with processing, it completely depends on the decisions of other counties. At this stage, The Taitung incinerator is already in the trial operation stage and will be sent for incineration in the future. Therefore, how to decontaminate waste and implement source reduction are the top priorities of the county's environmental protection work. In order to implement the Environmental Protection Agency's policy of waste reduction and zero waste, the Taitung County Environmental Protection Bureau has implemented the 2011 Taitung County Subsidy Program for Promoting Waste Reduction and Recycling to strengthen waste reduction work in various towns and cities in the county.",
        "proj_year": "111",
        "org_name": "臺東縣環境保護局",
        "exe_unit": "長鴻環境工程行",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1113112559",
        "publish_date": "20240131"
    },
    {
        "chi_title": "111年度向海致敬-海岸清潔維護計畫-經常門-臺中市",
        "chi_subject": "(一)海岸線環境整潔系列媒體行銷\n為提升民眾親近及共同清潔維護海岸線之觀念，111年透過邀請Youtube網紅<智媛的飼料>協助拍攝影片，行銷海岸線環境清潔維護，拍攝時配合9月18日荒野保護協會與環保局合辦之大甲西勢海堤淨灘活動，宣導民眾身體力行共同維護海岸線環境整潔。\n另以臉書(台中好環保)露出圖卡方式，行銷本市海岸線認養，其設計主軸為主視覺採Youtube直播介面呈現，畫面為偵探帶著狗狗到臺中大安濱海樂園沙灘的乾淨海灘玩耍，並有觀眾在聊天室發言宣傳淨灘活動及海岸線認養等訊息。\n(二)海灘廢棄物及垃圾量監測調查\n統計108年至111年針對大甲區松柏漁港進行海灘廢棄物及垃圾量監測調查結果，發現高密度垃圾組成(ICC)部分項目數量(包含寶特瓶、塑膠瓶蓋、非食物瓶罐容物器、外帶飲料杯、鐵鋁罐及吸管)有逐年減少的趨勢；另資源垃圾總重量有逐年增加的趨勢，非資源回收總重量則有逐年減少的趨勢。\n(三)推動海岸環境認養\n111年度簽訂107.3公里海岸線認養(部份海岸重複認養)，認養單位包括8家學校、41家企業團體(含1家醫療機構)、14家社團、4位個人號召，共計67家。\n(四)協助本市海岸環境清潔工作\n111年協助民間機關團體整理97場次淨灘活動，參加人數約9,772人，共計清理一般垃圾41.6公噸，資源垃圾約8公噸。\n(五)管考本市海岸線清潔維護工作\n管考本市海岸權管單位轄管海岸清潔維護執行進度，針對海岸線重點區域景點及漁港，權管單位每周至少派員清理1次，並依環保署規定於期限內至海岸清理資訊平台填報清潔維護成果；另環保局如接獲通報海岸線髒亂案件，則立即通知權管單位於7日內完成清理。\n統計111年度共計清理一般廢棄物約91.9公噸、資源回收約16.4公噸、漂流木約30.1公噸；民眾通報計16件，轄區清潔隊主動不定期巡查通報計40件。",
        "eng_title": "2022 Clean City Promotion and Management Plan for Taichung City - Salute to the Seas - maintenance of coastline cleanliness plan",
        "eng_subject": "(1) Media Marketing for Coastline Cleanup and Environmental Amenity Series\nIn order to make the public closer to the coast and enhance concept of cleaning and maintaining the coastline together, YouTube celebrity cysfeed was invited for a video shooting to promote cleanup and maintenance of coastline environment in 2022. The filming was shot in conjunction with the beach cleanup activity at the Dacha Xishi levee held by The Society of Wildness and the Environmental Protection Bureau on September 18. It advocates keeping the coastline clean and tidy in person and together to the public.\nIn addition, Facebook (台中好環保) graph card posting is used to promote citizens to adopt certain section of the coastline of the city for its environmental sanitation. The core idea of the design is to present the interface of YouTube live streaming. The graph shows the inspector with his dogs play on a clean beach at Da-an Coastal Park, and viewers texted in the online chat room to promote beach cleanup activities and coastline adoption.\n(2) Monitoring and survey of waste and garbage on the beach\nAccording to statistics from 2019 to 2022 from the monitoring and survey of waste and garbage in Songbo Fishing Port, Dajia District, it is found that the number of high-density garbage (International Coastal Cleanup, ICC) composition (including PET bottles, plastic caps, non-food bottles and cans, cups of take-away drink, iron and aluminum cans, and plastic straws) shows a trend of decreasing year by year. The total weight of recyclable waste is increasing year by year while total weight of non-recyclable waste is decreasing year by year.\n(3) Promotion of coastal environment adoption \nIn 2022, coastline of 107.3 kilometers has been adopted with contracts.  (some coastal areas were adopted in repetition). There are 8 schools, 41 businesses (including 1 medical institution), 14 associations, and 4 advocates, totally 67 adopters. .\n(4) Assistance in cleanup of coastal environment of the city\nIn 2022, there were 97 beach cleanup activities by non-government organizations assisted this plan. About 9,772 people participated and a total of 41.6 tons of non-recyclable garbage and approximately 8 tons of recyclable garbage were cleaned up.  \n(5) Evaluation of cleanup and maintenance task of coastline of the city \nEvaluation of the execution progress of coastal cleanup and maintenance task by the municipal coastal management authorities shows that cleaning of scenic spots and fishing ports of emphasized coastline areas is done by responsible officers one time per week. Cleanup result is also reported to the coastal cleanup information platform before deadline set by the Environmental Protection Administration. In addition, coastline waste reported cases are required to be cleaned up in 7 days by the authorities once the Environmental Protection Bureau receiving a report.\nAccording to statistics of 2022, a total of about 91.9 tons of non-recyclable waste, approximately 16.4 tons of recyclable waste and around 30.1 tons of driftwood were cleaned up. 16 cases were reported by the public, and 40 cases were proactively reported by the cleaning crew during irregular patrol.",
        "proj_year": "111",
        "org_name": "臺中市政府環境保護局",
        "exe_unit": "台灣曼寧工程顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1113103788",
        "publish_date": "20240212"
    },
    {
        "chi_title": "111年度非農地環境雜草管理計畫__金門縣",
        "chi_subject": "金門縣環境保護局(以下簡稱本縣環保局)執行非農地環境雜草管理宣導，成果如下說明：\n(一)\t本計畫共辦理9場非農地環境雜草管理宣導活動，針對「非農地之環境雜草管理指引」向民眾宣導在生活中所常見的雜草種類、雜草管理的相關法令、除草劑的毒害與健康風險，參與人數共計285人次。宣導活動共206人次填寫問卷，其中90%以上正確填寫答案。\n(二)\t本計畫於金門日報刊登非農地環境雜草管理廣告宣導廣告2件及1篇新聞，宣導主題為掃墓祭祖要注意、農藥除草影響環境健康應以人力機械取代、非農地勿用除草劑。",
        "eng_title": "111 Year Non-agricultural Land Environmental Weed Management Plan__Kinmen County",
        "eng_subject": "Kinmen County Environmental Protection Bureau (hereinafter referred to as the County Environmental Protection Bureau) carried out non-agricultural land environmental weed management promotion, the results are as follows:\n(1) This project organized a total of 9 environmental weed management publicity activities in non-agricultural land, aiming at the Guidelines for Environmental Weed Management in Non-agricultural Land to publicize to the public the types of weeds that are common in daily life and related information about weed management. Laws, herbicide toxicity and health risks, with a total of 285 participants. A total of 206 people filled out the questionnaires during the publicity activities, and more than 90% of them filled in the answers correctly.\n(2) This plan publishes 2 advertisements and 1 piece of news on non-agricultural land environmental weed management in Jinmen Daily. Do not use herbicides.",
        "proj_year": "111",
        "org_name": "金門縣環境保護局",
        "exe_unit": "技佳工程顧問有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1113011451",
        "publish_date": "20230203"
    },
    {
        "chi_title": "111-112年全民綠生活多元對話邁向淨零排放推廣專案工作計畫",
        "chi_subject": "本計畫係配合政府2050淨零排放政策，其中戰略十淨零綠生活，從民眾日常生活（食衣住行育樂購）面向，擬定六大面向31項行動指標，建立民眾依循的落實方式，而為進一步了解民眾對於淨零綠生活的看法，滾動式修正行動計畫。\n透過辦理3場次的全民咖啡館活動，與產、官、學、民各界共同討論淨零綠生活政策研擬之方向，以滾動式調整行動計畫及發表行動指引讓民眾依循落實。另製作淨零綠生活全民學習手冊，供民眾下載運用推廣，推廣活動共辦理了3場次說明會及2場次的工作坊，深入村里與民眾對話；並辦理淨零生活轉型推廣創意徵稿活動及說明會，與不同年齡層溝通，並吸引有興趣的民眾參賽，共計得獎4件主題曲及50件圖卡作品，成果豐碩，以利於未來與民眾溝通的素材橋梁。同時於112年3月28日至31日參加國際型淨零城市展，與外國及國內許多有興趣民眾交流學習，有利於國際接軌淨零綠生活。\n本次計畫橫跨全民綠生活的宣導與淨零綠生活的銜接，本計畫以多元對話溝通為主軸，與各界、不同對象、年齡進行溝通了解，以利修正淨零綠生活行動方針，因應2050淨零政策未來仍可持續深入鄰里宣導及與各界溝通，以利民眾了解淨零綠生活，進而從日常生活改變行為，期能提升我國國民知識與戰略實踐素養。",
        "eng_title": "The promotion plan for Diversify Dialogue of National Green Life on the Net Zero in 2022-2023",
        "eng_subject": "This project is in line with the government's 2050 Net-Zero policy. The 10th strategic” Net Zero Green Living” is focusing on the daily lives of the public (food, clothing, housing, transportation, education, leisure, and shopping). It proposes 6 major aspects and 31 measures to establish an implementation method that the public can follow. To further understand the public's views on the” Net Zero Green Living”, a rolling amendment will be implemented on this action plan.\nThis project organized three sessions of world café, these events collaborated with various sectors including industry, government, academia, and the public to discuss the direction of policy formulation for the” Net Zero Green Living”. This allowed for a rolling adjustment of the action plan and the publication of action guidelines for the public to follow and implement.\nAdditionally, this project created a Net-Zero Green life for all Self-Study Handbook, which can be downloaded and used by the public for promotion. 3 Net-Zero Green Living orientations and two workshops were conducted as part of the promotion activities, engaging in dialogues with the public at the community level. This project also organized a creative submission activity and orientations for promoting the transition to a Net-Zero lifestyle, communicating with different age groups and attracting interested individuals to participate. A total of four theme songs and 50 graphic works were awarded, showcasing fruitful results that serve as valuable materials for future communication with the public. \nFurthermore, this project participated in the Net Zero City Expo from March 28th to 31st in 2023, engaging in learning and exchanging ideas with interested individuals from both foreign and domestic backgrounds groups, contributing to the international integration of a net-zero green lifestyle.",
        "proj_year": "111",
        "org_name": "環境部綜合規劃司",
        "exe_unit": "財團法人環境資源研究發展基金會",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1112985843",
        "publish_date": "20231031"
    },
    {
        "chi_title": "化學物質調查與採樣檢測計畫",
        "chi_subject": "本計畫主要工作為掌握產業運作化學物質情形並建立基線資料、強化採樣檢測技術、推動跨部會合作管理邊境化學物質及執行毒性及關注化學物質網路交易查核等四部分。\n在掌握產業運作化學物質情形並建立資料資料部分，本計畫以27 種評估公告為關注化學物質之運作業者及進口含石綿產品、含汞產品業者為主，已完成 60 家運作業者現況調查，除調查 27 種評估公告為關注化學物質之運作情形外，亦蒐集業者廠內同時運作其他化學物質使用情形，包括物質外觀、用途、最終成品及其化學品成分占比等項目，同時追蹤下游廠商分布情形，瞭解化學品供應鏈，亦輔導業者繪污染流向圖；進口含石綿業者部分，調查 110 年首次進口的 64家業者，逾 81%業者實際上進口非石綿貨品，已同步輔導選擇正確之貨品分類號列；實屬進口含石綿貨品業者計 12 家，已輔導業者使用替代品；此外，限制含汞產品輸入已於 110 年 1 月正式施行，目前 1家業者取得含汞產品簽審文件，其產品為固態繼電器(SSR)，於 111年 7 月 4 日偕同化學局現場訪查，輔導進口時應使用簽審編號並定期申報運作紀錄。\n在強化化學物質採樣檢測技術部分，本年度蒐集 27 項評估公告為關注化學物質相關資料，彙整研析國內外政府及可信機構公告之化學物質檢測方法後，進一步委由環境檢驗測定機構作可行性評估並給予修正建議，研提可供主管機關參據之標準檢驗方法；另配合主管機關需求，完成現地採樣 35 場次及 319 個樣品檢測，檢測樣品包含縣市環保局送樣、市售商品檢測及邊境採樣檢測等三個方向；另外，在水生生物毒性試驗中，亦已完成以高運作量、高水溶性、高生物毒性\n之苯胺及丙烯醇對原生種中華青鱂魚及多齒新米蝦做毒性試驗。\n在推動跨部會合作管理邊境化學物質部分，使用 B＆W Tek TacticID-1064 Handheld Raman Analyzer 生產之手持式拉曼儀器，以27項預公告為關注化學物質作優先建置標的，目前已完成建置17種，共完備拉曼圖譜資料庫達 219 種化學物質；另為協助化學局及環保局熟悉手持式拉曼儀器操作，於 11 月 4 日辦理 1 場次研習活動，內容包含拉曼儀器使用及操作示範、實作練習及實驗室檢測簡介及觀摩。\n在網路查核的部分，針對 14 個國內網路購物平台進行電子化檢索，建立關鍵字清單後進行電子化檢核 341 種毒化物、3 種關注化學物質及即將預告之關注化學物質進行高風險商品篩選，並以人工進行複檢，共檢索出 56,481 筆風險名單，經人工判斷後提出疑慮商品計180 件，經連繫平台後皆已完成下架。",
        "eng_title": "The project for investigation, sampling and testing of chemical  substances",
        "eng_subject": "This project focused on four aspects, including industry usage of chemical substances and establishing baseline data, strenuous sampling and testing techniques, promoting inter-ministerial cooperation for border \nmanagement of chemical substances as well as implementing e-commerce inspections of toxic chemical substances (TCSs) and concerned chemical substances (CCSs).\nFor industry survey of TCSs and CCSs and establishment of baseline data, the project provided 27 assessment reports of CCS handlers as well as importers of asbestos and mercury-added products, with 60 handlers \ninvestigated. In addition to 27 reports concerning handling of CCSs, handlers’ usage of other chemical substances, including substance appearance, purposes, end products as well as chemical compositions, were gathered. Downstream manufacturer distribution was simultaneously tracked to understand chemical product supply chains and \nprovide enterprises consultation with pollution flow diagram creation.\n For importers of asbestos-added products, according to 64 first-time importers in 2021, over 81% importers actually imported non-asbestos products, and were counseled to choose c.c.c. code correctly. 12asbestos-added product importers were counseled to use alternatives. In addition, restrictions on importing of mercury-added products had been \nimplemented since January of 2021. Currently, 1 enterprise has acquired import approval visa documents for their mercury-added product, a Solid State Relay (SSR). \nWe assisted Toxic and Chemical Substances Bureau (TCSB) in onsite investigation on July 4th, 2022. Consulted imports \nshould have permit number assigned and report handling records periodically.\nFor reinforcement of sampling and testing technologies for chemical substances, this project gathered 27 assessment reports regarding CCSs. \nStandard testing methods were provided for competent authorities for references by comprehensively studied and analyzed chemical substance testing methods of domestic and foreign governments as well as credible institutions, followed by further evaluation of feasibility and amendments by environmental analysis organizations. In compliance with authorities, this project performed 35 field samplings and 319 sample tests. Testing samples were mainly submitted from county\/municipal Environmental Protection Bureaus (EPBs), market products and the border.\n In addition to aquatic organism toxicity, aniline and allyl alcohol, known for their high handling capacity, water-solubility and biotoxicity properties, were conducted toxicity tests on Chinese rice fish and Neocaridina denticulate \n(freshwater shrimp).\nFor promotion of inter-ministerial cooperation for border management, the B＆W Tek TacticID-1064 Handheld Raman Analyzer was utilized. 27 announced CCSs were priority targets and 17 CCSs were established. Furthermore, 219 chemical substances were established in the Raman Spectroscopy database. To familiarize TCSB and EPB with the analyzer, 1 workshop was held on November 4th. The participants were introduced to the analyzer, practice, lab testing and demo.\nFor e-commerce inspections, e-search was carried out across 14 domestic ecommerce platforms. To screen high risk products, a list of keywords was established, followed by online inspection of 341 TCSs, 3 CCSs as well as to be announced CCSs. A list of 56,481 products with risk were selected electronically and double checked manually. 180 \nuspicious products were manually verified. After notifying their respective platforms, all concerned products were removed.",
        "proj_year": "111",
        "org_name": "化學局",
        "exe_unit": "環化有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1112950064",
        "publish_date": "20230228"
    },
    {
        "chi_title": "111年及112年公告指定物品類責任業者營業（進口）量相關帳籍憑證查核及責任業者稽催作業計畫",
        "chi_subject": "本計畫執行期限自民國111年3月23日起至112年11月30日止，目標係依據環境部資源循環署委辦之廢棄物清理法公告列管之責任業者自行申報之營業(進口)量進行查核工作，並分析其查核成果。本計畫目標為完成1,160家業者之查核，截至期末報告，已完成工作執行報告之家數為1,162家，達成計畫目標100.17%之查核，透過現場查核累計查獲應補繳金額為新臺幣1億6,411萬7,202元，益本比約為4.22倍。\n完成現場查核之1,162家業者中，查獲溢報業者有128家及短報業者為556家，其中短報業者截至112年11月30日，已有527家受查業者完成補繳申報作業，短漏家數補繳率為94.78%，累計已補繳金額為新臺幣2,881萬3,457元，補繳率為17.56%，為計畫總經費之0.74倍。此外，協助執行責任業者短漏回收清除處理費補繳之稽催管控作業，目前歷年查核案件累計補繳率為98.47%，經本計畫協助歷年欠繳金額之稽催與控管，已實際挹注回收基金總金額達5億8,276萬0,556元。本計畫並蒐集受查業者意見，列入各受查業者之工作執行報告，並加以統計分析，提供未來政策修訂之參考。\n依據本計畫之執行成果，建議循環署未來仍應持續針對短漏業者列入查核，展現政府推動政策之決心並維持公平性。現場查核時，查核人員應加強責任業者相關法令之宣導，佐以輔導責任業者上網申報營業量資料正確性，如此將可提升回收清除處理費稽徵成效，並建立完善之管理資料庫。",
        "eng_title": "Bookkeeping examination of responsible enterprises to the manufacturing\/import volume of articles designated（Year 2022 and 2023）",
        "eng_subject": "This project, executed from 23 March 2022 to 30 November 2023, aimed to audit designated enterprises responsible for funding recycling (henceforth ‘responsible enterprises’) in terms of their sales\/imported volume of regulated objects according to the ‘Waste Disposal Act’enacted by the Resource Circulation Administration, Ministry of Environment (RECA). The target number of responsible enterprises to be audited was 1,160. By the end of this final report, 1,162 enterprises had been audited and  examined, reaching 100.17% of the targeted number of enterprises. The accumulated amount of fees to be collected from the enterprises audited through on-site inspections was NTD164,117,202 the revenue-to-cost ratio was 4.22.\nAmong the 1,162 enterprises of which the on-site inspections were conducted, 128 enterprises overpaid the recycling-clearance-disposal fees and 556 enterprises underpaid the fees. By 30 November 2023, 527 out of the 556 enterprises (i.e., 94.78% of the enterprises) had submitted fee deficiencies. Of the total accumulated sum of fee deficiencies, NTD28,813,457 (i.e., 17.56%) was collected, which was 0.74 times of the project’s expenses. Moreover, this project assisted in urging responsible enterprises with fee deficiencies to settle their payments through the years, of which 98.47% did, adding over NTD582,760,556 to the Recycling Fund. Comments collected from the audited responsible enterprises were statistically analysed for policymakers’ reference regarding future policymaking.\nBased on the executed results  in this project,  we suggest that the RECA continue to audit and inspect responsible enterprises that had previously underpaid the recycling-clearance-disposal fees, so that the  RECA  can emphasize its determination to implement the policy and to ensure fairness among the audited enterprises. Moreover, during the on-site inspections, auditor should also promote regulations related to the enterprises and facilitate them to provide the correct data on the sales\/imported  volume  of regulated objects on the RECA website. Following these recommendations will not only increase the efficiency and effectiveness of the collection of recycling-clearance-disposal fees but also maintain a complete and up-to-date database for managerial purposes.",
        "proj_year": "111",
        "org_name": "循環署回收基金管理會",
        "exe_unit": "誠品聯合會計師事務所",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1112871684",
        "publish_date": "20240315"
    },
    {
        "chi_title": "111年度嘉義市資源回收暨源頭減量工作計畫",
        "chi_subject": "嘉義市政府環境保護局為持續推廣資源回收工作，委由本執行 團隊配合定期執行責任業者、販賣業者、限用對象、回收處理業及 回收個體業者之輔導及稽查，辦理資源回收教育及宣導工作（大型 活動、資源回收兌換及法令宣導說明會等），協助辦理轄內資源回 收站形象改造補助設置作業、循環經濟資收大軍及資收關懷計畫、 及辦理計畫配合事項，如撰寫形象改造成果報告、資源回收績效成 果報告等資源回收工作績效考核相關工作等。 \n計畫成果包括責任業者落實登記、申報、繳費及回收標誌輔導 作業，在定期(每單月)通報業者主動申報共分為三階段，統計至12 月止，第一階段寄發電子郵件通知未申報業者共計發出534封電子 郵件、第二階段電話通知未申報業者共計316通電話告知、第三階 段針對仍未申報之業者，則到場稽查輔導件數共計31件。而在責任 物商品稽查部分，共計執行180家通路業者及372件商品主動稽查， 查獲36件疑似違規責任物，包括玻璃容器20件、塑膠容器8件、鐵 容器6件及乾電池2件；辦理環保署函請及其他縣市移入（送）之未 登記、未按期申報繳費及未標示回收標誌等違規責任業者之稽查與 處分工作，共計35件(20件未違規、15件限期完成登記)皆已完成輔 導；而在販賣業者逆向回收輔導查核作業及宣導工作，列管之販賣 業者共計有576家，新增155家，故列管之販賣業者共計有731家次， 統計至12月止，共稽查731家次，達成率達100%，其中有43家業者 歇業解除列管、15家非連鎖業者解除列管、2家無販售四機解除列管、1家遷移至他縣市解除列管、1家重複列管解除列管，查核過程 中相關業者均非常配合且均符合規定、未違反相關規定，查核人員 將持續針對販賣業者是否有違規情形加強巡查；另在資源回收相關 稽查工作、成果彙整及考核庶務工作，辦理社區、機關、學校、團 體之資源回收分類執行情形，統計至12月止，已完成稽查社區504 處、機關24處、學校73處及團體16處，共計已巡查617處，並輔導 有設置資源回收桶之社區，針對回收物進行細分類及自行變賣；轄 內從事回收、處理業共計有24處，其中3處已取得登記證，累計共 285件次到場查核，回收商不合格的原因大多為「回收物堆置公有 道路」、「無明確標示沖淋設備或設置緊急告示牌」、「回收物分 區不明確或無明確標示」及「回收場地面髒亂」，已陸續輔導業者 完成改善，自7月起未再接獲回收商相關陳情案；協助辦理廢機動 車輛占用道路通報巡查工作，張貼移置共計851台；在破袋稽查共 分為定點破袋及沿線破袋，定點查核已執行98處及沿線查核72處， 共計破袋1,287包，開立勸導單已達32件，破袋不合格率2.49%；資收個體業者輔導管理已完成239處訪查，含追蹤複查共計達286人次， 缺失原因大多為堆置路邊或超量堆積，已輔導缺失者定期清運並避 免超量堆積；已媒合19位循環經濟資收大軍協助社區或里進行資源 回收推動工作；資收關懷計畫補助共補助53位，目前經費共支應278 萬1,263元，經費執行率為93.33%；歷年形象改造資源回收站追蹤 查核28處，現場查核中20處單位設備妥善保存並使用正常，另 8處 查核有異常情形，大多為耗材或設備損壞；里資收便利站目前設有 14站，截至目前止共辦理274場次，共回收79,306.2公斤及家電資 訊類共1,278台，兌換累積人次達9,721人；廢農藥容器及廢玻璃巡 迴回 收活 動， 共 辦理6場 次， 回 收廢 農藥 罐 958.1公斤 及廢 玻璃瓶 1,233.4公斤，兌換累積人次達114人；針對廢玻璃容器易遭棄置地 點，加強巡檢清理作業，累計已巡檢26處，共計已清理10處；巡迴 資收物兌換活動或環保DIY實作活動已辦理25場，共計有1,354人次 參與，透過兌換活動及DIY傳達資源再利用觀念；辦理1場次大型宣 導活動，傳達減塑消廢綠生活，落實無垃飲食，活動當日共有758 位參與；生廚餘清運專案包括茶葉渣清運量共回收96,945公斤及果菜市場菜葉堆肥52,800公斤；限塑管制對象，已完成598件查核， 其中62處歇業及95處重複列管，其餘441處皆符合相關規定，並未 發現主動提供塑膠袋之情形，於現場稽查時觀察，各店家皆會主動 提醒消費者，購物時自備可重複使用之購物塑膠袋；一次用塑膠類 免洗餐具，針對8項行業別共查核260家皆符合規定，而各類材質免 洗餐具查核共計100家家皆符合規定，一次用塑膠吸管共查核107家 皆符合規定；辦理公立幼兒園學童宣導活動已完成5場次，共105位 學童參與，透過活動傳達資源回收的概念及分辨日常生活中各種容 器所屬回收類型的知能；有色廢玻璃容器再生料再利用量，已媒合 使用1,904.5公噸用於環保用地填土工程，後續建議訂定法規或參 考其他使用率佳之縣市作法，提升再生料使用率。",
        "eng_title": "2022Year Chiayi City's Resource Recovery and Source Reduction Plan",
        "eng_subject": "With the aim of promoting recycling, the Environmental Protection Bureau, Chiayi City Government, The execution team it regularly conducts counseling and audits of responsible companies, vendors, restricted persons, recycling and processing industries, and privatelyowned recycling companies, education, and promotion of recycling (large events, recycling redemption and law promotion briefings, etc.), assists in setting up subsidies for image renovation of recycling stations within its jurisdiction, executes the circular economy recyclable army and recycling care programs, and conducts program supporting matters, such as writing reports on the results of image improvement, recycling performance, and other tasks related to recycling performance assessment.\nThe program outcomes include implementing the responsible companies' registration, declaration, payment, and recycling codes counseling operations. Notification of regular (every odd month) active declaration to the companies is divided into three stages. From the statistics made until the end of October, in the first stage, 534 emails were sent to notify the non-declared companies; in the second stage, 316 telephone calls were made to inform the non-declared companies; and in the third stage, 31 on-site auditing and counseling sessions were conducted for the non-declared companies. We actively audited a total of 180 distributors and 372 products inspected, and 36 suspected violations were found, including 20 glass containers, 8 plastic containers, 6 iron containers, and 2 dry batteries. We conducted auditing and discipline work on responsible companies in violation upon the request from the Environmental Protection Administration, such as those who did not register when moving in from (delivering by) other counties and cities, those who did not declare and pay the within deadline and those did not put the recycling signs, with a total of 35 cases (20 cases were not in violation and 15 cases were given a deadline for completion of registration) counseled. We have conducted inverted recycling counseling, auditing operations, and promotion work on vendors. The total number of controlled vendors was 576. With 155 new vendors added, the total number of controlled vendors became 731. Based on the statistics until October, we have made a total of 731 audits, achieving a rate of 100%. Among them, 43 companies were closed and were de-registered from the control list, 15 non-chain companies were de-registered from the control list, 2 did not sell the machines and were de-registered from the control list, 1 moved to other counties\/cities and was de-registered from the control list, and 1 duplicate was de-registered from the control list. During the auditing, the relevant companies were very cooperative. They complied with the requirements and did not violate the relevant regulations. Next, we are also responsible for auditing, compiling, and evaluating recycling results and handling the implementation of recycling classification in communities, institutions, schools, and organ izations. Based on the statistics made until October, we have completed auditing 504 communities, 24 institutions, 73 schools, and 16 organizations, with 617 facilities inspected. We also counseled the communities with recycling bins on the detailed classification of the recyclables and selling them independently. There are 24 recycling and processing facilities within the jurisdiction. Among them, 3 of them obtained the registration certificate. We conducted a total of 2 85 on-site auditions. Most of the non-compliance reasons for the recycling vendors are “piles of recyclables on public roads,” “no clear indication of flushing equipment or emergency signs,” “unclear or no clear indication of recyclables classification zoning,” and “dirty floors in recycling yards.” We will continue to counsel operators to complete the improvements. We have not received statements related to the recycling companies since July. Upon being notified of the waste motor vehicles occupying roads, we assisted in handling the inspection work and posted relocation notifications on a total of 851 vehicles. The audit for broken bags is divided into the fixed-point broken bag and broken bag along the route. We have audited fixed-point broken bags in 98 places and broken bags along the route in 72 places, totaling 1,287 broken bags. The opening of the advisory sheet has reached 32 pieces. The non -compliance rate for broken bags is 2.49%. We have audited 239 places for counseling and management on privately-owned recycling companies, including 286 person-times of follow-up inspections. Most of the reasons for the deficiencies are piles on the roadside or excessive piles. We have counseled those with deficiencies to remove and transport the recycling and avoid excessive piles regularly. We hav e matched 19 circular economy recyclable armies to assist communities and villages in recycling. A total of 53 subsidies were pr...",
        "proj_year": "111",
        "org_name": "嘉義市政府環境保護局",
        "exe_unit": "志欣環保工程有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1112865321",
        "publish_date": "20230401"
    },
    {
        "chi_title": "111年度資源回收物管理及循環利用計畫",
        "chi_subject": "為健全資源回收物管理體系及提升資源循環再利用，環保署委託執行「111年度資源回收物管理及循環利用計畫」，透過調查一次性包裝產品的發展策略及廢容器處理現況，及強化現行回收體系經濟誘因工具，進而針對不易回收品項建立規模化之分類收集方式，評估最佳回收管理模式。另一部分則是藉由維護海廢循環利用及標章申請資訊專區，串聯產業鏈；再透過驗證廢塑膠容器受補貼機構之再生料或二次料，建立分級補貼配套措施，冀透過本計畫之執行，推動資源回收物管理及循環利用，提升回收效益，促進資源循環再利用。\n本計畫相關成果包括：\n一、調查聯合國、歐盟、日本、韓國、中國大陸等國內外政府單位及指標企業一次性包裝法規或發展策略，評析各項發展策略指標並研討其適用於我國回收體系之可行性，調查我國鐵、鋁、常見塑膠、紙類及玻璃等廢容器處理現況，另研析我國各項材質廢容器自106年至109年各年度回收情形及回收處理技術，針對各材質廢容器為達資源循環之目的所遭遇之執行困難擬定執行策略，並以關鍵績效指標(KPI)作為考核依據，最後依據各材質於生產、消費、廢棄物管理及二次料市場等四面向繪製循環藍圖供後續政策執行之參考依據。\n二、調查111年1-10月最新廢鐵、廢鋁、廢塑膠、廢玻璃、廢紙等資收物回收市場的價格，作為環保署對回收體系運作、各階層回收業者收入等議題，制定相關因應措施之基礎依據；依調查結果研析回收清除處理成本隨市場價格波動與再生料價值之關聯性，發現廢紙國內、外價格為顯著正相關。提出2項提高物料回收及源頭減量之綠色設計建議方案，包括飲料寶特瓶之單一顏色化以提高物料回收料及紙容器(含鋁箔包)不附吸管或無塑膠吸管以源頭減量；另檢討廢容器回收處理高值化異業結盟策略，協助媒合新增廢玻璃砂去化管道。\n三、針對海洋廢棄物議題，完成1場次環保機關座談會，研討協助收集、貯存與集中清運作業；彙整環保機關在海廢循環利用最主要課題在於品質，提供其建議包括海廢品質較差為最常見的困難，已提供環保局以下建議：1.建議先媒合交付前處理廠再進行循環利用，其效率會明顯提升，2.與品質較好的再生料進行摻配，以維持穩定的產品品質，3.尋求適合之再生用途。另協助追蹤各縣市應設置紙餐具回收設施之販賣業者之名單提報情形、資料彙整，完成媽祖繞境活動期間之紙餐具查核、紙餐具清堆疊政策宣導。\n四、透過調查廢包裝用發泡塑膠目前回收處理作業程序問題、10場廢包裝用發泡塑膠回收再生廠查核及稽核認證作業監督及執行報告書及會計報告書審查工作，提出提升執行機關回收管理措施及協會回收率方式，據以納入112~114年協會自辦回收合約草案內容之修正建議。\n五、關於建立驗證系統工作，在海洋廢棄物標章方面已蒐集國際環保標章、再生產品相關驗證以及國內外海洋廢標棄物標章等分析比較，以作為我國海洋廢棄物循環產品標章制度研修之參考；依近2年輔導不同產業導入海洋廢棄物循環利用之實際經驗，建議考量海廢材質特性，對不同產品修訂取得標章之添加比率。另著手進行海洋廢棄物循環利用及標章申請資訊專區功能更新規劃，提高網站瀏覽之友善性度，已於11月下旬更新上架，藉由辦理1場海洋廢棄物循環利用座談會，推廣並提高業者標章申請之意願。在再生料品質驗證方面，完成調查6家廢塑膠容器受補貼機構產品數量、型態、用途及品質。\n六、完成蒐集及研析國內與歐盟、美國、日本、加拿大、瑞士、奧地利等國家與國際組織關於PET再製酯粒之再利用技術、用途及產業界運用現況。完成蒐集及研析對於 供食品器具容器包裝製造使用PET再製酯粒之超潔淨製程技術、用途、產業界運用現況及法規相關資訊。研析我國因應供食品器具容器包裝製造使用之PET再製酯粒之環保相關法規，並修訂提出法規修訂建議。",
        "eng_title": "2022 Project on Recyclable waste management and Recycling",
        "eng_subject": "To improve the recyclable waste management system and enhance the recycling of resources, the EPA commissioned the 2022 Project on Recyclable waste management and Recycling to evaluate the optimal recycling management model by investigating the development strategy of disposable packaging products and the current situation of waste container disposal, and strengthening the economic incentive tools of the current recycling system.\nIn addition, through the maintenance of the Information Area for marine debris recycling and label application, the industrial chain is connected. Through the verification of the recycled or secondary materials of the subsidized organizations of waste plastic containers, the establishment of hierarchical subsidy supporting measures is aimed at promoting the management and recycling of recyclables through the implementation of this scheme, improving the efficiency of recycling, and promoting the recycling of resources. Relevant achievements include:\n1、Investigate the single-use packaging regulations or development strategies of the United Nations, the European Union, Japan, South Korea, China, and other government agencies and target enterprises. Evaluate and analyze various development strategy indicators and discuss the feasibility of applying them to Taiwan's recycling system, and investigate the current status of waste containers such as iron, aluminum, common plastics, paper, and glass in Taiwan. In addition, it studies and analyzes the recycling situation of waste containers of various materials in Taiwan from 2017 to 2020 and the recycling and processing technology. Formulate implementation strategies for the implementation difficulties encountered by waste containers of various materials in order to achieve the purpose of resource recycling, and use key performance indicators (KPI) as the basis for assessment. Finally, according to the production, consumption, waste management, and secondary material market of each material, a circular blueprint is drawn for the reference of subsequent policy implementation.\n2、Review the latest market prices of scrap iron, scrap aluminum, scrap plastic, scrap glass, scrap paper, and other materials in the recycling market from January to October 2022, and formulate relevant measures as the EPA's response to issues such as the operation of the recycling system and the income of recyclers at all levels; according to the survey results, the correlation between the cost of recycling, removal, and treatment with market price fluctuations and the value of recycled materials was analyzed. It was found that the domestic and foreign prices of waste paper were significantly positively correlated. Proposed 2 green design proposals to improve material recovery and source reduction, including single-color beverage bottles to enhance material recovery and paper containers (including aluminum foil packs) without straws or plastic straws for source reduction; container recycling and processing high-valued cross-industry alliance strategy.\n3、Regarding the issue of marine waste, completed a symposium with environmental protection agencies to discuss and assist in the collection, storage and centralized removal and transportation operations; put together the most important issue of environmental protection agencies in the recycling of marine waste is quality, and provided suggestions, including that poor quality of marine waste is the most common The environmental protection bureau has provided the following suggestions: (1) It is recommended to match the pre-treatment plant before recycling, and its efficiency will be significantly improved; (2) Blended with better quality recycled materials to maintain stable product quality, (3) Research appropriate regenerative purposes. In addition, assist in tracking the reporting situation and data compilation of vendors who should set up paper tableware recycling facilities in various counties and cities, and complete the paper tableware inspection and paper tableware clearing and stacking policy promotion during the Mazu pilgrimage.\n4、Through the investigation of the current recycling and processing procedures of waste packaging foamed plastic, the inspection of 10 recycling plants, the supervision of audit certification operations, and the review of executive reports and accounting reports, proposed measures to improve the recycling management of executive agencies and the recovery rate method of the association, based on which the proposals for amendments to the content of the draft recycling contract run by the association itself in 2023~2025 were included.\n5、Regarding the establishment of a verification system, in terms of marine waste labels, international environmental protection labels, relevant verification of recycled products, and domestic and foreign marine waste labels and waste labels have been collected for analysis and comparison, as a training program for my country's marine waste recycling produc...",
        "proj_year": "111",
        "org_name": "回收基管會",
        "exe_unit": "毅泰管理顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1112845970",
        "publish_date": "20230520"
    },
    {
        "chi_title": "高密集度事業水污染溯源監控網絡建置計畫",
        "chi_subject": "本計畫執行時間由１１１年３月２２日至１１１年１１月３０日止，執行期間皆依期程規範辦理，整體進度達成率１００%。本計畫針對大里溪流域金屬表面處理業篩選２４家有疑義對象，進行污染熱區環境勘查及記錄，配合操作參數、重金屬、化學需氧量、懸浮固體、氰化物等檢測作業辦理２家實廠驗證查核工作，查核結果主要缺失為申報內容與許可核定不符，以及未依規定紀錄等。另外配合布建１２座水質感測器及２０２個離子交換樹脂縮時膠囊進行污染溯源工作。完成５家智能科技設備裝設工作及問卷調查，建構模組功能包含地圖顯示、讀值顯示、歷史資料等查詢功能；數值比對、視覺化分析等分析功能；儲存下載功能；遠端調整傳輸器及警報預警設定功能等。１１１年５月３１日辦理智慧管理好省力，保護水體真給力１場次；１１１年１１月３日辦理廢水處理設施智慧管理推廣研習交流會議２場次，與會人數共６３人。",
        "eng_title": "Project of high-intensity industrial water pollution traceability monitoring network construction",
        "eng_subject": "This project has started from the 22th of March 2022, and officially completed on 30 November 2022.The entire process was followed by the schedule specifications. As of the 30th of November 2022, the achievement rate was up to 100%. This plan screened 24 suspicious objects from metal surface treatment manufactories in the Dali River, conducts environmental surveys and records in contaminated area, and screened 2 of them to do the on-site inspection of chemical Contaminants, such as operating parameters, heavy metals, chemical oxygen demand, suspended solids, and cyanide. The main deficiencies in the verification results are the discrepancies between the declared content and the license verification, and the failure to record according to regulations, etc. In addition, 12 water quality sensors and 202 ion exchange resin time-lapse packs were deployed to trace the source of contaminants. The installation of five smart technology equipment and questionnaire survey was completed. The construction module functions include map display, reading value display, historical data and other query functions; numerical comparison, visual analysis and other analysis functions; storage and download Functions; remote adjustment of the transmitter and alarm pre-warning setting functions, etc. The press conference of smart management to protect the water environment was held on May, 31 2022. Two public meeting of smart management of wastewater treatment facilities was held on November 3, 2022. A total of 63 people attended the meeting.",
        "proj_year": "111",
        "org_name": "中區環境督察大隊",
        "exe_unit": "台灣曼寧工程顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1112811607",
        "publish_date": "20230201"
    },
    {
        "chi_title": "111年度臺南市空氣品質管理及監測站操作維護暨推動室內空品改善計畫",
        "chi_subject": "(一)\t環境負荷及變化趨勢\n臺南市人口數185.9萬人(統計至112年2月底)，密度約846.2人\/km2，高於全國平均644人\/km2，自107年起人口數呈現下降趨勢，在六都直轄市中排名第六。\n目前本市列管工廠家數共2,447家，以塑膠製品製造業家數最多(約占總列管家數18.2%)，其次為金屬工業(約占總列管家數12.4%)，再則為加油站(約占總列管家數11.7%)；近年營建工地數大致呈現逐年上升趨勢，每年約有10,000~13,000處。\n本市總車輛數為209萬輛(統計至112年2月底)，每人擁有車輛數為1.1輛\/人，其中機車占多數(為總車輛65.2%)，其次為小客車(29.6%)，貨車約佔5.0%。機車數是呈現負成長，尤其是二行程機車數自102年至112年2月成長率下降87.7%，自110年起電動機車數量逐漸超過二行程機車數量。而本市汽油及柴油總發油量則呈現上升趨勢，102年至111年約上升10.1%。\n(二)\t空氣品質分析\n整體來說，臺南市近五年(107年~111年)空氣品質指標(AQI)良好及普通(AQI<100)比率，呈現逐年上升趨勢，自107年76.4%逐年上升至111年90.0%，並連續兩年達到八成外，更首度於111年突破九成，且良好日數比率創歷年新高，達到43.7%；而空品不良(AQI>100)比率，呈現逐年改善趨勢，自107年23.6%下降至111年9.8%，改善比率達58.6%，其中以PM2.5不良比率改善最為顯著，自107年16.2%下降至111年5.5%；臭氧8小時不良率則呈現跳動趨勢，111年O3-8hr明顯改善且不良比率來到4.32%，達歷年新低。 \n近5年(107年~111年)主要空氣污染物濃度變化趨勢，懸浮微粒(PM10) 年平均值及日平均值濃度呈現逐年改善情形，年平均值自107年55.7μg\/m3改善至111年33.0μg\/m3，改善率40.8%；日平均值自107年109.2μg\/m3改善至111年68.6μg\/m3，改善率37.2%，而年平均值及日平均值亦自108年起連續四年符合新修正之空氣品質標準(50µg\/m3、100µg\/m3)；112年截至3月，年平均值為52.2μg\/m3，較去年同期 (42.8μg\/m3)大幅增加22.0%，日平均值為92.9μg\/m3，較去年同期 (83.1μg\/m3)增加11.8%，主要為年初受上風處河川揚塵影響，導致濃度較去年為增加之原因。\n細懸浮微粒(PM2.5)手動測站之年平均值及24小時值濃度呈現逐年改善情形，年平均值自107年23.0μg\/m3下降至111年17.2μg\/m3，改善率達25.0%；24小時值自107年61.5μg\/m3下降至111年42μg\/m3，改善率為31.7%。\n臭氧(O3)之小時平均值及8小時平均值濃度呈現跳動情形，但整體仍是下降趨勢，小時平均值自107年95.3 ppb下降至111年90.1 ppb，改善率5.4%；8小時平均值自107年71.6 ppb下降至111年69.1 ppb，改善率為3.5%；112年截至3月底，臭氧小時平均值為91.1 ppb，較去年同期下降7.1ppb，而八小時平均值為65.1 ppb，較去年同期下降1.23 ppb。\n(三)\t臺南市臭氧影響來源空氣品質模式模擬\n1.\t依據模擬結果顯示臭氧八小時年平均當中，以移動源的影響比例較高，其中最高者為大貨車，影響比例達10.1%，而面源中影響最高則為農業機械與施工機具排放，影響比例達5.4%，後續建議強化相關管制作為或加強管制力道，包括透過與環保署會議建議可跨部會商請農糧署針對農業機械進行納管。\n2.\t除針對臭氧進行模式模擬之外，亦針對其前驅物質氮氧化物(NOx)與非甲烷碳氫化合物(NMHC)執行各行業別於年平均及不同AQI等級區間之排放影響比例模擬，依據模式模擬結果顯示，臭氧八小時年平均影響比例合計分別為NOx最高，其影響比例為37.9%，而NMHC次之，影響比例為27.6%，其餘污染物(OTH)影響比例為10.9%，顯示本市臭氧八小時不良站日數主要以NOx為主要前驅污染物。\n3.\t主要行業別於臭氧影響比例變化中，當AQI等級由普通上升至初級預警時，以移動污染源的影響比例為大宗(四行程機車、自用汽油小客車、大貨車合計約20%)，建議加強四行程機車與大貨車的攔檢力道，並提出相關優惠方案，引導民眾多搭乘大眾運輸工具，減少私人運具使用。\n(四)\t分析各類排放源結構\n依據TEDS 11.0排放量資料庫及本計畫檢討更新結果，本市108年點、線、面源之排放清單已更新，各類污染源之排放狀況如下表所示：\n類別\tTSP\tPM10\tPM2.5\tSOx\tNOx\tNMHC\n點源(公噸\/年)\t739.61\t501.33\t384.25\t1,214.52\t2,618.71\t3,461.53\n面源(公噸\/年)\t40,992.79\t11,868.16\t2,924.23\t325.65\t1,505.54\t27,875.50\n線源(公噸\/年)\t2,958.27\t2,040.67\t1,634.76\t10.91\t17,717.92\t9,155.20\n總排放量(公噸\/年)\t44,690.68\t14,410.17\t4,943.24\t1,551.08\t21,842.17\t42,202.12\n依據108年的排放清冊統計結果分析近十年排放量變化趨勢，TSP與PM10較99年增加，分別增加12%與1%；PM2.5較99年減少18%；SOx較99年減少65%；NOx較99年減少20%；NMHC較99年減少8%。\n(五)\t管考臺南市109年~112年空氣污染防制計畫書\n協助環保局管考臺南市109年~112空氣污染防制計畫書，共計三個面向、27項管制策略、60項管制目標與跨局處面向｢亮麗晴空懸浮微粒削減管制計畫｣，本版污防書管考重點主要為PM2.5年平均值濃度目標與空氣污染物削減目標量。\n若以空品區PM2.5年平均值濃度目標達成情形來看，雲嘉南空品區111年PM2.5年平均濃度為17.77µg\/m³，達成預定目標20.6 µg\/m³；在污染物削減目標部分，各項空氣污染物(PM10、PM2.5、SOx、NOx及NMHC)皆已提前達到規劃目標。\n(六)\t管理空氣污染防制計畫辦理品質及成效\n1.\t擬訂「111年度臺南市空氣品質改善維護措施管控作業程序」，對各計畫實施管理及考核評分。\n2.\t針對各委辦計畫管考結果：在執行重點性計畫以「加強街道揚塵洗掃計畫」得分最高，主要以資料提報完整性及污防書達成得分較高；另成績較為落後計畫為「機車排氣污染稽查管制計畫」，主要是污防書管制達成與署考評達成有期程落後問題致影響整體平均成績。\n3.\t掌握111年度環保署空品改善工作績效評比作業內容，考量環保局空噪科內相關委辦計畫執行量能，評估本市111年考評預估得分約108.26分，整體得分率為88%。\n4.\t依據環保署公告本市111年度空品改善工作績效評比結果，本市獲得考評特優成績。\n(七)\t空氣品質淨化區維護管理\n1.\t空品淨化區基地數自100年(192處)起逐年增加112年3月達222處，共計增加30處，總面積50.473公頃、長度72.178公里。\n2.\t111年設置補助申請計6件，經審查後核定面積0.329公頃，金額59萬3,252元；維護補助費核定118處基地提出，申請率達65.4%，核定金額211萬9,539元。\n3.\t111年共計216處空品淨化區接受考核，考核結果其考核意見透過本市空氣品質淨化區網站前台系統功能，於公佈欄回饋給各維護單位，另有189處基地完成自主管理考核，填報比率達87.5%。\n4.\t計畫執行期間成功媒合4間企業進行本市6處淨化區認養協議。\n5.\t協助提報轄內7處優良社區參與環保署「空氣品質淨化區優良認養單位甄選及獎勵活動」，環保署與專家學者於112年1月2日至本市進行現勘查核，最終有6個認養單位獲獎。\n6.\t協助9所學校及1處區公所完成設置綠牆，設置總面積為201.41平方公尺。\n7.\t為使本市空氣品質淨化區之維護管理品質提升，本計畫於工作期間將針對本市空氣品質淨化區應加強而且改善績效潛量大之淨化區，透過一次性診治改善並完成5處植物診治作業。\n(八)\t室內空氣品質改善作業\n1.\t完成敏感族群場所巡檢55處，包含17所托嬰中心、24所學校（幼兒園）、9處社會福利機構（老人養護中心、親子悠遊館）以及5處產後護理機構，並同步進行巡查訪視問卷調查，以作為後續施政之參考。\n2.\t協助臺南市環保局共稽查13家公私場所，共計執行檢測52項次，其稽查結果皆為符合室內空氣品質標準。\n3.\t推動公告場所32處及非公告場所9處取得室內空氣品質自主標章，共41處，並達成環保署考評目標。\n(九)\t人工測站及環保局自動測站操作維護\n1.\t依據合約工作，完成人工測站TSP採樣144次、11次TSP成分分析及24次落塵量採樣，144次單點流量校正、24次多點流量校正、1式一級流量校正、1次計時器校正及6點次精密度測試；自動測站部分已完成24站次每月維護、8站次每季維護及4站半年維護。\n2.\t自動測站資料使用率部分，少數時段因儀器故障及設備位於學校無法進入等因素外，整體資料可用率達到98%以上。\n(十)\t空氣品質管理成效宣導\n1.\t為強化空氣品質資訊的宣導效率及達成資訊公開透明化之目的，率全國首創設置「臺南市空氣品質監測網」，並於空品不良季節細緻化提供三日空氣品質預報外，亦於每日7點半前發布當日空氣品質、天氣型態、大環境風速風向及有無鋒面影響等天氣及空品資訊，以便利的方式提供市民完整的空氣品質訊息。\n2.\t為讓市民對政策有感並傳達本市極為重視空污相關政策，協助環保局發布14則新聞稿、臉書圖卡貼文發布137則。\n3.\t持續維護本市30台AQI推播系統資訊站及小西門電子看板，並於空品不良季節發布宣導民眾做好防護訊息，使空氣品質資訊揭露更為透明。\n4.\t透過臺南市重要路口租用14處大型電子看板託播提醒市民相關防護訊息、空氣品質惡化應變措施及環保局各項空氣污染管理政策宣導等相關訊息宣導。",
        "eng_title": "2022 Tainan City Air Quality Management and Monitoring Station Operation and Maintenance and Improvement of Indoor Air Quality Plan",
        "eng_subject": "(1) Environmental load and trends \nEnd of February 2023, the population of Tainan City was 1.859 million, with a density of 846.2 people\/km2, which was higher than national average 644 people\/km2, ranking sixth among the six municipalities, and the population has shown a downward trend since 2018.\nThere are currently a total of 2,447 controlled-list factories in Tainan City, of which plastic products manufacturers account for the largest number (about 18.2%), followed by the metal industry (about 12.4%), and then the gas station industry (about 11.7%). In recent years, the number of construction sites has generally shown an increasing trend year by year, with approximately 10,000-13,000 sites each year.\nThe total number of vehicles was 2.09 million in February 2023, and the number of vehicles for per person was 1.1, of which scooters account for the majority (65.2%), followed by automobiles for 29.6% and diesel trucks for 5%. The scooter is negative growth, especially the two-stroke scooters have decreased 87.7% from 2013 to February 2023, and the electric scooters have gradually exceeded the two-stroke scooters since 2021. However, the fuel and diesel supply has increased by 10.1% in the past decade. \n(2) Air quality analysis\nIn general, the ratio of air quality index (AQI) of good and ordinary grades (AQI ≤ 100) in Tainan City in the past five years (2018~2022) has shown an increasing trend year by year, rising from 76.4% in 2018 to 90.0% in 2022, and has reaching 80% for three consecutive years, and exceeded 90% for the first time in 2022. And the number of good days reached a record high of 43.7%. The rate of poor air quality index (AQI>100) has shown a trend of improvement year by year, from 23.6% in 2018 to 5.5% in 2022, and the rate of poor AQI has decreased by 58.6%. Among them, the improvement of PM2.5 was the most significant, from 23.6% in 2018 to 9.8% in 2022; O3 -8hr shows a fluctuating trend, however, O3-8hr has improved significantly and the poor air quality ratio was 4.32%, reaching a record low. \nIn the trend of changes in the concentration of major air pollutants in the past 5 years (2018-2022), the annual average and daily average concentrations of PM10 have been improving year by year. The annual average has improved from 55.7 μg\/m3 in 2018 to 33.0 μg\/m3 in 2022, with an improvement rate of 40.8%; the daily average has improved from 109.2 μg\/m3 in 2018 to 68.6μg\/m3 in 2022, an improvement rate of 37.2%, and have also met the newly revised air quality standards (50μg\/m3, 100μg\/m3) for four consecutive years since 2019. As of March 2023, the annual average of PM10 was 52.2μg\/m3, a significant increase of 22.0% compared with 42.8μg\/m3 in the same period last year, and the daily average was 92.8μg\/m3, increase of 11.8% compared with 83.1μg\/m3 in the same period last year. Mainly due to the impact of the dust incident in the upwind river at the beginning of the year.\nThe annual average and 24-hour average concentration of PM2.5 by manual measurement stations are improving year by year. The annual average has dropped from 23 μg\/m3 in 2018 to 17.2 μg\/m3 in 2022, with an improvement rate of 25.0%; the 24-hour average decreased from 61.5 μg\/m3 in 2018 to 42.0 μg\/m3 in 2022, and the improvement rate was 31.7%.\nThe hourly average and 8-hour average concentrations of O3 show fluctuations, but the overall trend is still decreasing. The hourly average improved 5.4% and declined from 95.3 ppb in 2018 to 90.1 ppb in 2022；8-hour average improved 3.5% and declined from 71.6 ppb in 2018 to 69.1 ppb in 2022.\n(3) Air Quality Model Simulation of Ozone Impact Sources in Tainan City\n1. According to the simulation results, in the annual means of eight-hour ozone averages, the higher ratio of impact came from mobile sources, with the highest being large trucks, whose impact ratio was 10.1%. The highest impact in non-point sources came from the emissions of agricultural machinery and construction equipment, with an impact ratio as high as 5.4%. It is recommended to strengthen the related control measures or enhance enforcement, including through meetings with the Environmental Protection Administration to suggest the Agriculture and Food Agency to regulate agricultural machinery by means of cross-departmental consultations.\n2.In addition to carrying out the model simulation of ozone, the impact ratios of its precursors, such as nitrogen oxides (NOx) and non-methane hydrocarbons (NMHC) for the annual means and different AQI levels, were simulated for different sectors. According to the simulation results, in terms of the total impact ratios of the annual means of eight-hour ozone averages, NOx was the highest (37.9%), followed by NMHC (27.6%), while the remaining pollutants (OTH) accounted for 10.9%. It shows that the Tainan City’s number of poor air quality station days due to eight-hour ozone averages was primarily caused by the main precursor pollutant NOx.\n3. In the change of ozone impact ratios in major sec...",
        "proj_year": "111",
        "org_name": "臺南市政府環境保護局",
        "exe_unit": "立境環境科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1112808303",
        "publish_date": "20230705"
    },
    {
        "chi_title": "111年優質公廁及美質環境資訊系統功能精進計畫",
        "chi_subject": "環保署自97年建置「清淨家園顧厝邊綠色生活網Ecolife(簡稱綠網)」，因建置迄今已將逾15年，因系統建置時間較早程式語法較舊，不利於功能整合及新功能開發，故本年度重新建置「環境衛生管理資訊系統(簡稱ESMS系統)」以取代現行綠網。111年度具體成果於下分項敘明。\n「建置優質公廁工程執行管控功能」：因應補助計畫紙本資料審查耗時及人時資源耗損，本計畫於ESMS系統，完成建置「優質公廁工程執行管控功能」，以報表電子化統一文件格式減少審查問題，作業網路化縮減申請案件退補件速度，提升補助申請案件審查、核定及進度管考之績效。\n「強化公廁資料維運管理及服務功能」：完成建置公廁專屬QR code功能，民眾透過QR code通報公廁髒亂，運用Line機器人通知管理單位，告知民眾已受理案件。\n「強化登革熱資料維運管理及服務功能」：於ESMS系統中完成建置中央部會「巡檢次數」及「填報頻率」統計結果，以利視覺化與即時掌握相關業管資訊。\n「盤點系統既有功能並進行介面優化」：完成盤點系統民眾端功將既有「公廁專區」、「病媒蚊專區」、「公廁搜尋」及「環境友善店家認養系統」連結，預計於11月中旬逐步轉移至ESMS系統首頁。\n本計畫依各項電子化作業規定，輔導中央部會及地方執行機關確實依時填報並維持資料品質，亦配合辦理111年「優質公廁及美質環境推動計畫」工作檢討會議，增進中央與委辦團隊之業務溝通，以提升我國環境衛生管理成效。",
        "eng_title": "2022 The Advanced Project of Quality Public Toilet and Environmental Information System",
        "eng_subject": "The Environmental Protection Administration established the EcoLife System website Since 2008, And then over 15 years. The system was program by older syntax, which is not conducive to function integration and new function development, then Environmental Sanitation Management Information System (ESMS System) was built in this year to replace the current Ecolife website system. The specific results of 2022 are described in the following sub-items:\nConstruction of high-quality public toilets to perform management and control functions：For time-consuming review of paper materials and consumption of time and resources, Electronic reports are used in a unified file format to reduce review problems, network operations reduce the speed of returning and supplementing application cases, and improve the performance of subsidy application case review, approval and progress management.\nStrengthen public toilet data maintenance management and service functions：Build a QR code function for public toilets, so that people can notify the public toilets through QR codes to notify the management unit that the case has been accepted.\nStrengthen dengue fever data maintenance management and service functions：The statistical results of number of inspections and frequency of reporting are established in the ESMS system to visually grasp real-time relevant industry management information.\nInventory the existing functions of the system and optimize the interface：After completing the inventory system, the public endowment will have links to Public Toilet Area, Vector Mosquito Area, Public Toilet Search and Environment-friendly Store Adoption System, and it is expected to be gradually transferred to the homepage of the ESMS system in mid-November.\nIn accordance with various electronic operation regulations, this plan guides the central ministries and local executive agencies to fill in the reports on time and maintain the quality of data. Business communication with the commissioned team to improve the effectiveness of my country's environmental sanitation management.",
        "proj_year": "111",
        "org_name": "環境督察總隊",
        "exe_unit": "信諾科技有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1112793154",
        "publish_date": "20230201"
    },
    {
        "chi_title": "汰舊換購電動機車減碳獎勵系統專案工作計畫",
        "chi_subject": "環保署為鼓勵民眾淘汰老舊機車並換購電動機車，分別於111年1月及5月發布《淘汰老舊機車換購電動機車溫室氣體減量獎勵辦法》及《淘汰老舊機車換購電動機車溫室氣體減量效益媒合服務作業程序》，本計畫應運而生，建置減碳獎勵申請管理系統，協助辦理申請、審查及撥款等作業。本計畫包含5大工作項目：「規劃建置汰購電動機車減碳獎勵系統」、「協助辦理汰購電動機車獎勵審查作業」、「提供汰購電動機車獎勵申請相關客服」、「維運汰購電動機車減碳獎勵系統」，及「其他相關行政配合事項」。規劃建置減碳獎勵系統部分，本年度已建置民眾端申請及審查單位端審查功能，完成共7大功能模組、24個功能群組。另為有效推動汰購申請，辦理3場次線上系統說明會及3場次實體宣導會；協助辦理獎勵審查作業部分，累計審查共21,305件，其中通過件共21,270件，產生減量效益達48,921噸二氧化碳當量。並針對申請件及問題件數量進行統計分析，每月申請量介於1,412件至3,880件，平均為2,477件；累計問題件共1,603件，占總申請件7.5%；至於車籍縣市及廠牌分布分析結果，新車車籍多集中於六都（占78.9%），臺中市占比18.5%為最高，而廠牌則以睿能占最大宗（占75.1%），分析內容提供環保署未來制度及系統調修之參考依據；提供獎勵申請相關客服部分，已彙整常見問題並製作問答集，以解決民眾申請時之疑義；維運減碳獎勵系統部分，本計畫透過客服意見及交流會議提出之建議，優化及新增各項系統功能；其他相關行政配合事項，本計畫於媒合服務平台上線前，協助針對電動機車廠商及經銷商辦理媒合服務交流會議，說明媒合制度及系統操作方式、另辦理及媒合平台上線記者會，預告媒合服務平台上線時程。",
        "eng_title": "Project in Carbon Emission Reduction Reward System for Phasing out Petrol Scooters and Purchasing Electric Scooters",
        "eng_subject": "To encourage the public to phase out petrol scooters and purchase electric scooters, the Environmental Protection Administration (EPA) announced two policies in January and May 2022, respectively, namely the Greenhouse Gas Emission Reduction Reward Program for Phasing Out Petrol Scooters and Purchasing Electric Scooters and the Greenhouse Gas Emission Reduction Benefit Matchmaking Service Procedure for Phasing Out Petrol Scooters and Purchasing Electric Scooters. This project was developed based on the policies to establish a management system for carbon emission reduction reward applications, assisting in the application, review, and funding processes. This project consisted of five primary tasks, including planning and establishing the Carbon Emission Reduction Reward System for phasing out petrol scooters and purchasing electric scooters; assisting in the reviewing processes; providing consultation hotline services on law and regulation interpretation, application process guidance, and system operating instructions; maintaining the carbon emission reduction reward system; providing other administrative support. For planning and establishing the Carbon Emission Reduction Reward System, this project established the application function for the public and the review function for associated agencies. A total of seven functional modules and 24 functional groups were completed. To effectively promote the applications for phasing out petrol scooters and purchasing electric scooters, three online system introduction meetings and three physical promotion seminars were organized. Regarding assisting in the case review process, the project team reviewed a total of 21,305 cases and analyzed the applications and questions. Among the reviewed cases, a total of 21,270 cases were approved, resulting in a reduction of 48,921 tons of carbon dioxide equivalent. This project analyzed the numbers of applications and inquiries. The number of applications per month ranged from 1,412 to 3,880, with an average of 2,477 cases. The number of inquiries was 1,603, accounting for 7.5% of the total applications. The analysis of the distribution of vehicle registrations and vehicle brands indicated that new vehicle registrations were primarily in the six municipalities (78.9%); Taichung City (18.5%) dominated the proportion, and Gogoro Taiwan Limited (75.1%) dominated the vehicle brand selection. The analysis results could serve as a reference for the EPA to improve and adjust the system in the future. As for providing consultation hotline services, this project compiled frequently asked questions and created a Q＆A collection to answer the public’s questions while filing applications. To maintain the Carbon Emission Reduction Reward System, this project optimized and added new functions to the system based on suggestions from customer service and exchange meetings. For other administrative support, this project assisted in organizing matchmaking meetings for electric scooter manufacturers and distributors to introduce the matchmaking system and system operation before launching the media service platform. This project also organized press conferences for the launch of the matchmaking platform to announce the launch schedule.",
        "proj_year": "111",
        "org_name": "環管處",
        "exe_unit": "環資國際有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1112778084",
        "publish_date": "20230630"
    },
    {
        "chi_title": "南投縣-111年南投縣全國水環境清淨河面計畫",
        "chi_subject": "本計畫為南投縣政府環境保護局「111 年度南投縣全國水環境清淨河\n面計畫」，執行期限自契約起始日111 年3 月11 日起至111 年11 月30 日止，計畫目的為配合全國水環境建設河段清除河面漂流物、垃圾、死魚、布袋蓮及雜草等，使河面、排水清淨。\n本計畫地面水體垃圾攔除方式以及巡查工程師執行巡查清除作業，達\n到河面清淨效益，也串聯地方河川巡守隊及河川局等單位發揮聯防管理合作精神，並且藉由辦理水環境淨溪活動建立正向、良性之環保理念，重新審視人類對大自然之態度與作為，積極落實環境保護行為，後續把河川巡查結果建立系統性環境廢棄物棄置熱點資料庫，以利觀察環境變化情形，回饋於相關水環境之計畫中。",
        "eng_title": "Nantou County-Nantou County National Water Environment Clean River Plan for 111 years",
        "eng_subject": "This project is the Nantou County Government Environmental Protection Bureau's Nantou County National Water Environment Clean River in 2011\nSurface Plan, the implementation period is from March 11, 2011 to November 30, 2011, the contract start date. The purpose of the plan is to clear river surface drifts, garbage, dead fish, and cloth bags in accordance with the construction of the national water environment. Lotus and weeds, etc., make the river surface and drainage clean.\nIn this plan, the surface water body rubbish is intercepted and the inspection engineer performs the inspection and removal operation, reaching\nIn order to improve the cleanliness of the river surface, we also link up with local river patrol teams and river bureaus to develop the spirit of joint defense management cooperation, and establish a positive and benign environmental protection concept by handling water environment cleansing activities, re-examining human attitudes towards nature and As an active implementation of environmental protection behaviors, the results of river inspections will be established in the follow-up to establish a database of systematic environmental waste disposal hotspots, so as to facilitate the observation of environmental changes and feed back into related water environment plans.",
        "proj_year": "111",
        "org_name": "南投縣政府環境保護局",
        "exe_unit": "亞太環境科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1112763321",
        "publish_date": "20230324"
    },
    {
        "chi_title": "111年度嘉義縣低碳永續家園計畫",
        "chi_subject": "嘉義縣配合行政院環境保護署推動低碳永續家園政策，持續推動本縣低碳永續家園運作之各項措施，結合溫室氣體管制、低碳永續家園及祭祀減量三大面向，為健全嘉義縣溫室氣體管制方案之全面性與完整性，推動溫室氣體管制執行方案相關業務，並辦理溫室氣體管制執行方案跨局處會議。另推動氣候變遷及低碳永續家園相關業務，以本縣低碳社區為對象，辦理相關教育培訓課程，並協助其依據在地產業、地方特色、災害潛勢等制定社區永續發展規劃，依社區規劃藍圖推動低碳永續行動項目建置、執行節能減碳工作，並營造本縣低碳永續之家園環境。辦理祭祀減量工作，為減輕嘉義縣境內民俗活動中紙錢、拜香等燃燒行為所造成之環境負擔，本計畫執行期間已執行313家次寺廟巡查拜訪，且於過程中進行相關行政策宣導與說明。",
        "eng_title": "111 Chiayi County Low-Carbon Sustainable Home Festival Celebration Reduction Plan",
        "eng_subject": "Chiayi County cooperates with the Environmental Protection Agency of the Executive Yuan to promote the policy of low-carbon sustainable homes, and continues to promote various measures for the operation of low-carbon sustainable homes in the county. Combining the three major aspects of greenhouse gas control, low-carbon sustainable homes and ritual reduction, it is a healthy The comprehensiveness and integrity of Chiayi County's greenhouse gas control plan, promote the business related to the greenhouse gas control implementation plan, and handle the inter-bureau meeting of the greenhouse gas control implementation plan. In addition, it promotes climate change and low-carbon sustainable homes related businesses, takes low-carbon communities in the county as targets, conducts relevant education and training courses, and assists them in formulating sustainable development plans for communities based on real estate industry, local characteristics, and disaster potential. Promote the construction of low-carbon sustainable action projects in accordance with the community planning blueprint, implement energy conservation and carbon reduction work, and create a low-carbon sustainable home environment in the county. In order to reduce the environmental burden caused by the burning of paper money and incense during the folk activities in Chiayi County, 313 temples have been inspected and visited during the implementation of this plan, and relevant policies have been publicized during the process. with instructions.",
        "proj_year": "111",
        "org_name": "嘉義縣環境保護局",
        "exe_unit": "堃捷工程股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1112758013",
        "publish_date": "20230105"
    },
    {
        "chi_title": "廢鋰電池貯存與處理作業之火災與爆炸風險預防機制研擬",
        "chi_subject": "因應廢棄鋰電池可能於回收、貯存、處理階段產生火災或爆炸風險，本計畫透過鋰電池製造與消防滅火資訊的蒐集研析、廢鋰電池的實場滅災試驗、現有廢鋰電池管理規範彙整，並經專家學者會議討論，分析未來大量廢鋰電池進入回收處理體系後可能的火災或爆炸風險。提供主管單位管理措施建議方向，以因應儲能系統及電動車運用後大量廢鋰電池於回收處理時的應注意事項。本計畫蒐集相關文獻資訊探討鋰離子電池物化特性與可能風險，彙整說明鋰離子電池結構、組成、危害特性等，並蒐集3個鋰離子電池災害實例與調查結果。廣泛蒐集國外廢鋰離子電池管理資訊等相關資料進行彙整，包括：英國消防工業協會 FIA、美國國家消防協會 NFPA、英國職業安全與健康研究所 IOSH、加州環保局 CalEPA、挪威立恩威國際驗證公司 DNV GL、國際航空運輸協會 IATA、聯合國危險貨物運輸建議書 TDG、歐盟回收工業聯合會 EuRIC等。在鋰電池災害防制措施試驗方面，執行3場次實場試驗，依試驗結果顯示不同類型鋰電池發生火災時之樣態有所不同，以不同消防藥劑滅火時其結果也有所差異，而針對鋰電池燃燒後的殘渣與廢水檢測，則顯示3個燃燒後殘渣樣品，其各項重金屬含量均低於有害事業廢棄物認定標準TCLP檢測值；而3個滅火後廢水樣品之氟鹽濃度則均超出放流水標準。本計畫在回收、貯存、處理規範管理上，透過廢鋰電池回收貯存處理管理規範座談會，蒐集各界意見，並結合國外相關資訊，提出設施標準修訂建議，進一步提出廢鋰電池回收貯存安全指引手冊，將相關規範內容彙整於手冊中供各界參考。",
        "eng_title": "Development of a fire and explosion risk prevention mechanism for waste lithium battery storage and processing operations.",
        "eng_subject": "In view of the possible blaze or explosion risks of abandoned lithium batteries during the recycling, storage, and treatment stages, this project collected and reviewed information on lithium battery manufacturing, fire protection systems, etc. Understanding present abandoned lithium battery management regulations, and discussed at the meeting of experts and scholars, analyzed the possible blaze and explosion risks after a large number of abandoned lithium batteries possibly entering the recycling system in the future, and provide the direction of the management measures to the authorized competent unit, in order to deal with the large amount of abandoned lithium batteries after the use of energy storage systems and electric vehicles. This project collected relevant literature information to discuss the physical and chemical characteristics and possible risks of lithium-ion batteries, compiled and explained the structure and composition of lithium-ion batteries and the hazard characteristics, and also collected 3 disaster examples and studied the data of the lithium-ion batteries blast case. Secondly, widely collected other country’s abandoned lithium-ion battery management information and other related materials for compilation, including: Fire Industry Association, FIA British, National Fire Protection Association, NFPA USA, Institute of Occupational Safety and Health IOSH British, California Environmental Protection Agency CalEPA USA, Det Norske Veritas ＆ Germanischer Lloyd, DNV GL Norway, International Airline Transport Association IATA, United Nations Recommendations on the Transport of Dangerous Goods TDG, European Union Recycling Industry Federation EuRIC and so on. In the test of lithium battery blaze disaster prevention measures, 3 field tests were carried out. According to the test results, different types of lithium batteries showed different situations when they are on blast, and the results are also divergent when using alternative fire extinguish agents, the residues of blast test study show the contents of heavy metals within these 3 residue samples were all lower than the hazardous industrial waste identification standard TCLP, and the wastewater have higher fluoride for the discharge waste water standard. In terms of recycling, storage, and treatment standard management of abandoned lithium battery, this project collects opinions from all social circles through the symposium on the management of abandoned lithium battery recycling, storage, and treatment, and combines other countries relevant information to propose suggestions for revision of facility standards, and further proposes the safety of abandoned lithium battery recycling and storage. Guidance manual, which provides references for all sectors of society to provide relevant specification content in the manual.",
        "proj_year": "111",
        "org_name": "回收基管會",
        "exe_unit": "環蓄實業股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1112748804",
        "publish_date": "20230201"
    },
    {
        "chi_title": "南投縣-111年度促進垃圾減量回收補助計畫",
        "chi_subject": "本計畫協助針對南投縣推動限塑政策多元方案、辦理限塑政策媒體宣導及推廣、限塑活動推廣等，並將每月成果登錄環保署生活廢棄物網站，提升民眾對本縣限塑政策多元再使用之瞭解，進而減少本縣垃圾清運量，養成民眾減塑愛環保的美德，期能對全球減塑盡一份心。",
        "eng_title": "Nantou County-111 Annual Subsidy Program to Promote Garbage Reduction and Recycling",
        "eng_subject": "This project assists Nantou County in promoting multiple plans for plastic restriction policies, handles media publicity and promotion of plastic restriction policies, and promotion of plastic restriction activities. The understanding of multiple reuses will further reduce the amount of garbage collected in the county, cultivate the virtues of reducing plastic and loving environmental protection among the public, and hope to contribute to the global reduction of plastic",
        "proj_year": "111",
        "org_name": "南投縣政府環境保護局",
        "exe_unit": "華門工程顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1112737368",
        "publish_date": "20230221"
    },
    {
        "chi_title": "111年整合及考評地方政府執行空氣污染防制成效計畫",
        "chi_subject": "本計畫目標為協助環保署管理地方政府之執行成效，並於計畫執行期間蒐集與分析各地方政府環境負荷、空氣污染防制基金編列運用、空氣污染防制計畫執行情形、績效展現追蹤作業及補助執行空氣品質改善維護計畫作業。另完成地方政府防制計畫污染管制資源相關性評析，並完成111年地方政府空污基金編列及重點工作。\n本計畫亦配合辦理110年環境保護績效考核績優機關頒獎典禮，彙整評析111年地方政府執行空品維護改善工作執行成果，協助辦理3場次111年度地方環境保護機關空氣品質維護改善績效成果展現會議，完成「111年度地方環境保護機關績效考評」作業及考評獲獎縣市執行成果彙整。另協助機關擬訂112年度評核計畫及定期提報報表，協助辦理3場次委員諮詢會，並產出112年度評核計畫。\n綜整110~111年環保署補助直轄市、縣(市)政府辦理之空氣品質改善維護計畫執行內容。完成112年度環保署補助計畫初審程序。協助辦理8場次基金管理與諮詢研商會議。",
        "eng_title": "The 2022 Integration and Evaluation of the Results of Local Governments’ Implementation of Air Pollution Control Measures.",
        "eng_subject": "This project aimed to assist the Environmental Protection Administration in managing the results of local governments’ implementation, and to collect and analyze the environmental load of various local governments, the budgeting and utilization of the Air Pollution Control Fund, the implementation situation of air pollution control plans, the tracking of performance, and the subsidization of the implementation of the air quality improvement and maintenance plans during the project implementation period. In addition, the project completed the relevance evaluation of pollution control resources in local governments’ control plans, and the 2023 budgeting and key tasks of the Air Pollution Control Fund for local governments.\nThis project also helped organize the 2021 Environmental Protection Performance Assessment Awarding Ceremony for top-performing agencies, compiled and analyzed the implementation results of the 2022 local governments’ air quality maintenance and improvement tasks, assisted in organizing three meetings to showcase the performance results of the 2022 local environmental protection agencies’ air quality maintenance and improvement, completed the operations of the “2022 Performance Evaluation of Local Environmental Protection Agencies” and compiled the implementation results of the award-winning counties and cities in the evaluation. In addition, the project assisted agencies in formulating the 2023 assessment plan and regularly submitting reports, helped organize three advisory meetings with committee members, and produced the 2023 assessment plan.\nThe project compiled the implementation contents of the air quality improvement and maintenance plan carried out by the Municipalities and county\/city governments with subsidies of the Environmental Protection Administration in 2021 and 2022. The project also completed the initial review process for the 2023 subsidy plan of the Environmental Protection Administration and helped organize eight meetings on fund management, consultation, and discussion.",
        "proj_year": "111",
        "org_name": "空保處",
        "exe_unit": "立境環境科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1112723135",
        "publish_date": "20230901"
    },
    {
        "chi_title": "111年度海岸環境清潔維護推廣及成效管理計畫",
        "chi_subject": "為解決海岸、海洋、河川環境整潔問題，行政院已於109年5月7日核定「向海致敬-海岸清潔維護計畫（109年-112年）」，由環保署等9個部會與地方政府共同執行，以「清理」、「減量」、「去化」、「透明」、「教育」五大政策主軸，同時推動多項「源頭減量」措施，本計畫為輔助向海致敬政策執行，持續維護與精進既有系統與活動，並協助強化向海致敬管制考核機制及宣導向海致敬政策推動成果，透過跨部會合作機制，全力維護我國海岸環境之整潔。\n針對海岸廢棄物監測調查，分析108年至111年成果顯示，皆以「生活垃圾與遊憩行為」垃圾居多，所佔比例為70%~87%之間，另分析前十名排行榜中，連續4年皆以寶特瓶數量位居第一，免洗餐具數量則自111年第3季起有明顯上升的趨勢，推測與疫情影響店家及消費者用餐習慣有關；分析111年本島寶特瓶國別來源，顯示北部地區總量以大陸製寶特瓶佔45.3%居多，而統計數量最多的新北市及桃園市，自109年第1季起桃園市皆以大陸製寶特瓶居多，新北市原以臺灣製寶特瓶居多，自111年第3季起大陸製寶特瓶有明顯上升趨勢，推測與新北市調查地點移至萬里區，受東北季風影響廢棄物來源有關。\n配合向海致敬-海岸清潔維護計畫，本計畫以提升各部會線上掌握海岸清理成果效率為目標進行功能建置，包括滾動式更新290餘處權責單位系統圖層資訊，建置主動清理範圍圖層及髒亂通報熱區地圖等功能；另為減少環保機關執行海廢調查整體作業時間，亦開發海廢調查行動版功能，讓使用者可於現場調查時即完成填報作業，縮短紙本彙整並鍵入系統時間達1小時以上。\n向海致敬計畫自109年啟動至今已邁入第3年，透過各部會填報清理成果與民間團體調查資訊，初步了解重點熱區海岸，未來應將清理重點投入關鍵熱區，其餘海岸則透過巡檢通報清理方式，整體計畫目標將從全面清理逐步轉換為海岸整潔維持，保持海岸基本整潔，藉此達到資源最適分配。\n為讓民眾瞭解海岸污染及源頭減量的嚴重性並宣傳向海致敬執行成果，本計畫以發佈環境教育相關議題貼文、辦理淨灘活動及設計中英文廣編稿刊登於平面媒體等方式，提升民眾對於海岸環境保護的意識，吸引不同族群加入海岸髒亂通報行列，以達到全民共同守護海岸之目的。",
        "eng_title": "Promoting and Maintaining Clean Coastal Environment and Performance Management Project in 2022",
        "eng_subject": "To maintain the cleanliness of coasts, oceans, and rivers, Executive Yuan approved the “Salute to the Ocean: Coastal Cleanup ＆ Maintenance Program (2020-2023)” on May 7, 2020. Led by the Environmental Protection Administration, the Program is jointly implemented by 9 ministries and local governments focusing on cleaning up, waste reduction, removing wastes, transparency, and education. At the same time, several measures for “reducing waste from the source” have been established. \n\nTo support the execution of the Salute to the Ocean policy, this project continued to maintain and improve the existing systems and activities, assisted in strengthening the control and assessment mechanism of the system, and publicized the results of the policy. Through collaboration, the ministries are making every possible effort to maintain a clean coastal environment in our country. \n\nThe coastal waste monitoring survey results showed that from 2019 to 2022, the number of domestic waste and those resulting from recreational behaviors ranked first, accounting for 70% to 87% of all wastes. After analyzing the top 10 waste items, the number of PET bottles ranked first for 4 consecutive years while the number of takeout containers and disposable tableware has increased significantly since Q3 2022, which is presumed to be related to the impact of the epidemic on restaurants and the dining habits of consumers. \n\nThe analysis of the source of country for PET bottles shows that the total volume in the northern region is dominated by PET Bottles made in Mainland China, accounting for 45.3 %, especially the PET bottles found in New Taipei City and Taoyuan City. \n\nSince Q1 2020, most waste PET bottles found in Taoyuan City were made in China while those found in New Taipei City were made in Taiwan. However, since Q3 2022, there has been an apparent upward trend in the number of PET bottles made in China. It is speculated that this was caused by the survey site in New Taipei City being moved to Wanli District, and the source of waste was affected by the northeast monsoon.\n\nTo coordinate with the “Salute to the Ocean: Coastal Cleanup ＆ Maintenance Program,” this project developed various functionalities for each ministry to manage the coastal cleanup results online more efficiently. Improvements include continuously updating the drawings in the systems for 290 responsible authorities, and developing features such as the drawings of proactive cleanup areas and the map for reporting dirty hot zones.  \nIn addition, to reduce the time and effort required for respective authorities to conduct coastal waste surveys, the mobile app version is now provided, allowing users to complete the survey on-site. This feature allowed the data to be gathered and keyed into the system in a paperless way reducing the time and effort required by more than an hour. \n\nThe Salute to the Ocean Project has entered its third year since its launch in 2019. Through reporting cleanup results by various ministries and committees and surveys done by civil groups, we now have a preliminary understanding of the hot areas of the coasts. In the future, emphasis will be placed on cleaning the hot areas while other coastal areas will be maintained through patrolling and reporting. The goal will gradually shift from comprehensive cleaning to maintaining clean and tidy coasts to optimize the allocation of resources.\n\nFor people to understand the severity of coastal pollution and the importance of source reduction while promoting the results of this project, several measures were implemented, which include publishing articles on topics related to environmental education, hosting coastal cleanups, and designing advertorials in both Chinese and English on print media. All of these are to raise people’s awareness of protecting the coastal areas, to attract different groups of people to report dirty coasts, and achieve the goal of everyone protecting the coastal area together.",
        "proj_year": "111",
        "org_name": "環管處",
        "exe_unit": "環資國際有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1112693915",
        "publish_date": "20230114"
    },
    {
        "chi_title": "111-112年全民綠生活策略規劃 及推動專案工作計畫",
        "chi_subject": "淨零排放為目前國際趨勢，各國皆提出相關的應對策略與措施，無論是哪一國的戰略或策略，都顯示淨零轉型除了須仰賴能源與運輸等技術創新外，更需要生活轉型與人民思想行為改變。台灣國家發展委員會於2022年3月30日公布我國「2050淨零排放路徑」，將「淨零綠生活」為第10項關鍵戰略，行政院環境保護署自2020年開始推動全民綠生活政策，結合地方環境保護局共同推動「綠色飲食」、「綠色旅遊」、「綠色消費」、「綠色辦公」及「綠色居家」，以提升國人「綠色生活」理念及養成綠色生活行為。\n本計畫協助環保署彙整國際間生活轉型相關推動策略、手冊及技術等資料，研提可供台灣實施的作法。同時，依據各部會管轄之職務，透過跨部會研商會及推動小組會議，建置跨部會交流管道，自食、衣、住、行、育樂、購等六大面向之範疇列舉出31項措施，作為關鍵戰略行動計畫短期目標，結合中央與地方資源攜手推廣綠生活之政策。本計畫並研訂綠色辦公輔導流程，完成五家企業落實綠色辦公作為。並協助環保署辦理地方考核綠生活相關業務檢討。協助加強社群網站粉絲專頁的經營，嘗試從多元途徑進行宣導，凝聚各界共識，達到全民共同響應綠生活之成效。",
        "eng_title": "2022-2023 Project of Strategy Planning and Implementation for Green Living Policy",
        "eng_subject": "Net-zero emissions have become the foremost priority for countries from a global perspective, leading all nations to propose relevant strategies and measures. No matter which strategy, it shows that the transition to net-zero requires not only technological innovations such as energy and transportation, but also the behavior change. Taiwan's National Development Council announced  Taiwan’s Pathway to Net-Zero Emissions in 2050  on March 30, 2022, and made Net Zero Green Living the tenth key strategy. Taiwan EPA has cooperated with local environmental protection bureaus to jointly promote green diet, green tourism, green consumption, green office and green home, so as to enhance the concept of green living and cultivate green living behaviors.\nThis project aims to assist the Taiwan EPA in compiling information on global strategies, manuals, and technologies that promote behavior change, in order to propose actionable practices suitable for implementation in Taiwan. Additionally, by convening inter-departmental and promotion group meetings, we seek to establish effective communication channels among the various ministries in Taiwan, based on their respective responsibilities.  As part of the short-term goals outlined in the key strategic action plan, we have proposed 31 measures spanning six areas, including food, clothing, housing, transportation, education\/entertainment, and shopping. Leveraging both central and local government resources, we are working collaboratively to promote the policy of green living. In this project, the green office guidance process was also developed, and completes the implementation of green office actions in five companies. We also assisted EPA to process the local assessment of green living-related business. We also strengthen the operation of fan websites on social networking sites and try to disseminate information to the public through multiple channels in order to gather consensus.",
        "proj_year": "111",
        "org_name": "管考處",
        "exe_unit": "財團法人工業技術研究院",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1112661726",
        "publish_date": "20230731"
    },
    {
        "chi_title": "推動空品區固定污染源污染減量及六輕工業區污染改善計畫",
        "chi_subject": "早期環保署以污染物標準指標(Pollutant Standards Index, PSI)，提供民眾及政府單位於發生嚴重空氣污染時能有所因應。於民國105年12月1日起修正空氣品質指標(Air Quality Index, AQI)，並納入PM2.5日均值、O¬3八小時等項目，更於民國109年9月18日修正空氣品質標準，將O3八小時納入空品區判定依據。在傳統PM10及O3小時值改善基礎下，進一步朝PM2.5、O3八小時值改善而努力。因此，環保署推動空品區固定源減量管制計畫，針對PM2.5、O3前驅物PSNV（粒狀物、硫氧化物、氮氧化物及揮發性有機物）進行檢討。\n本計畫為延續性計畫，持續推動固定源PSNV減量行動，包含三大工作項目：(1)中部雲嘉南高屏減量行動包含臭氧事件日分析、臭氧生成潛勢物種分析、PM10事件日分析等。(2)石化業管制推動雲林縣及高雄市等石化業VOCs減量行動，包含上述臭氧前驅物，另有異味、健康風險疑慮物種等。(3)固定源PM2.5減量管制作業推動行業別PSN減量，包括固定源相關標準之檢討及排放量盤點。\n本計畫歷年工作內容隨著空氣品質指標進行調整。早期PSI指標為臭氧小時值及PM10日平均值，計畫重點為推動石化業燃燒塔管制來減少臭氧前驅物排放，推動PM10配對比較法來要求地方強化逸散源管制。近期AQI指標為臭氧八小時值及PM2.5日平均值，計畫重點為精進燃燒塔管制及提昇污染防制設備效能來減少臭氧前驅物排放，推動PM2.5前驅物PSN減量技術及排放量盤點（電力業、水泥業等）來減少原生性及衍生性粒狀物排放。透過法規加嚴、技術及排放量盤點、及技術推廣等手段，擴大減量成效。",
        "eng_title": "The Implementation Plan to Improve Air Quality in the air basin and air pollution reduction in the No. 6 Naphtha Cracker off-shore island industrial zone.",
        "eng_subject": "The Environmental Protection Administration (EPA) used to use the Pollutant Standards Index (PSI) to alert the public and government agencies of significant air pollution events. In December 1st, 2016, the Air Quality Index (AQI) was adopted to improve the representation of air pollution with its inclusion of 24-hour PM2.5 and 8-hour O3. On this bases, the conventional strategy of improving the 1-hour PM10 and O3 was shifted to improving PM2.5 and 8-hour O3 concentrations. Therefore, the EPA launched the air quality control zone stationary sources emission reduction projects to control the predecessor compounds of PM2.5 and O3 (PM, SOx, NOx, and VOCs, collectively as PSNV).\nThis project has been continuous for many years and has three main tasks: emission reduction in the Central, Yunlin-Chiayi-Tainan, and Kaohsiung-Pingtung Air Quality Zones; control of emission from petrochemical industries; and control of PM2.5 emissions from stationary sources. Regarding the emission reduction in the Central, Yunlin-Chiayi-Tainan, and Kaohsiung-Pingtung Air Quality Zones, the control measure focuses on the control of regional PM10 and aromatic hydrocarbon emission. In terms of petrochemical industry control, control measures were taken in the Sixth Naphtha Cracker Complex and other petrochemical plants. In the area of PM2.5 emission reduction, this projects mainly deals with regional issues, including the review of relevant standards of stationary sources and emission inventory. \nThis project utilizes indicators such as emissions quantity and time trends of air quality to evaluate the effectiveness of the control measures. The focus of control efforts had also been adjusted as the indicator changes over the years. From 2010 to 2016, the project focused on the pollution reduction control plan for the Central and Yunlin-Chiayi-Tainan area. Since 2017, our focus had been changed to a stationary pollution source reduction control measures in Air Quality Zones.",
        "proj_year": "111",
        "org_name": "空保處",
        "exe_unit": "環興科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1112618293",
        "publish_date": "20230315"
    },
    {
        "chi_title": "111年微脈衝雷射雷達監測網與氣膠自動監測網操作維護及資料解析專案計畫",
        "chi_subject": "臺灣空氣污染來源，除境外傳送，本土境內排放日益受到重視，由以中部至雲嘉南空品區經常性出現高PM2.5污染事件，類似之污染事件除了受排放源直接影響，大氣擴散條件不佳亦為元凶之一，而氣象條件從中小尺度環流至邊界層氣象的掌握，皆影響空氣污染預報與分析的成效，因此探討邊界層內的熱動力結構特性，有助釐清污染成因。地面空氣品質監測網雖然能夠提供地面以及區域性的特性，但卻無法解釋垂直方向上氣膠分布的特性，過去研究使用光達觀測探討低層大氣結構，結果顯示混合層的發展與地表加熱、對流作用增強、混合層之上的逆溫結構被抬升有關，顯示藉由氣膠的垂直結構可以反映出大氣的熱力穩定度，而熱力結構能再進一步影響地面空氣品質的變化，或為高污染事件之肇因。因此利用光學遙測技術於長時間持續監測垂直方向氣膠光學特性，提供污染物在垂直剖面上隨時間演變的資料，便顯得重要。\n本計畫之目標與工作內容為(1)持續與NASA MPLNET與AERONET進行國際合作交流，及技術諮詢與資料交換；(2)強化設備技術支援檢修量能與辦理教育訓練等工作以提升微脈衝雷射雷達系統觀測準確度；(3)協助提供微脈衝雷射雷達系統及太陽光度計之專業諮詢及相關儀器評估、監測站運轉之環境與安全資訊；(4)建構觀測資料庫並定期完成資料品質保證與品質管制作業；(5)整合微脈衝雷射雷達系統與環保署空氣品質測站等監測資料，提供高污染事件之可能成因分析報告，輔助空氣品質預報作業；(6)研析邊界層高度估算方式，並探討消偏振比與氣膠化學成份關聯性。\n執行之重要成果如下：\n• 為提高資料品質並加強國際交流，本計畫持續與NASA MPLNET及AERONET進行合作交流，包含技術諮詢與資料交換、調整與校準校正設備、儀器寄送檢修等。包含寄送需檢修之微脈衝光達，及定期校正之太陽光度計。\n• 持續強化微脈衝光達觀測量能，計畫執行期間於WFR設備之調整與校準有顯著進展，不僅對於近地表資料之可信度提升，更能增進亞洲指標站之重要性。於硬體維護方面，協助更新斗六站舊機櫃，提升觀測品質。\n• 為維持站體與儀器運作穩定，本計畫持續中大站、西屯站、斗六站與左營站站體定期維護，每月AP\/DC校正程序及現地維護員訓練等工作。並提供光達資料可用率月報，對各站儀器與資料品質掌握度良好。\n• 建立資料品質管控程序，持續更新與維護環保署微脈衝雷射雷達測站網頁及資料庫，並於網頁上提供影像判讀方式及資料使用辦法說明，提供計畫相關人員及環保署人員查詢，亦提供專業諮詢及相關儀器評估、監測站運轉之環境與安全等資訊。\n• 以客觀統計方法定義出高污染並建立事件資料庫，整合微脈衝雷射雷達系統、空氣品質測站、氣象資料、無人機觀測資料等，並更新天氣分類方法，觀察污染物垂直及水平方向分布情形，釐清區域性污染傳送特徵，有效應用於署內針對高污染事件探討。\n• 完成計畫期間邊界層高度小時值計算，並提供南部大氣垂直結構季節性特徵與空氣品質關係。並利用化學採樣資料與光達消偏振比進行比較，了解化學成分與消偏振比關係。",
        "eng_title": "2022 Micro-Pulse Lidar and Aerosol automatically observation network operation, maintenance, and data analyzing project",
        "eng_subject": "The deterioration of air quality is strongly related to the meteorological condition. A better understating on the microscale, mesoscale, and PBL meteorology can effectively help the implement of air quality forecast and analysis. In the past decades, the Southeast Asia has experienced remarkable economic and population growth. The large increase in various types of factories, human activities, and biomass burning decreased the air quality over this region. The local air pollution of Taiwan gets more attention recently. High PM2.5 concentration events occur frequently in Central and Southern Taiwan, not only due to the emissions but also the weak atmospheric diffusion condition. Therefore, understanding the thermodynamics structure within PBL can help to clarify the cause of deteriorating air quality. Although the EPA Taiwan Air Quality Monitoring network provides the air quality information at the ground level, it cannot explain the PM2.5 characteristics in vertical. Therefore, observing the aerosol optical characteristics in the vertical direction by using remote sensing techniques, which can monitor the change of pollutants over time and space, is complementary for air quality monitoring.\nThe objectives and task of this project are: (1) to continue the conduct of international collaborations cooperation with NASA MPLNET and AERONET, and technical consultation and data exchange; (2) to strengthen the abilities to replace components that improve the accuracy of observation, also holding the training course for stations and equipment maintenance; (3) to offer professional consultation on micro-pulse lidar systems and sun photometers, evaluation of related equipment, and environmental safety information about the stations; (4) to build the lidar observation database and accomplish the operations of data QA\/QC; (5) to integrate the observational data based on EPA MPL systems and air quality monitoring station, and further analyze the possible causes of high pollution events, also export its potential on air quality forecast; (6) to develop the method of estimating boundary layer height, and analysis the relationship between chemical characteristics of aerosols and depolarization ratio.\nThe important achievements from this project are listed as follows:\n• We continued to cooperate with NASA MPLNET and AERONET. We used online meeting and physical meeting in Taiwan with the chair of MPLNET, the chair of AERONET, and the main engineering staff for discussing data retrieval techniques, calibrating the WFR equipment, and educating the techniques on calibrating and replacing components.\n• We also hold the training course for stations and equipment maintenance. We maintained the four MPL and Sun-photometer stations over Taiwan, including the regular maintenance, monthly calibration, and local staffs training.\n• We had executed the AP\/DC calibration and data QA\/QC procedure on schedule to ensure the availability and stability of MPL data. The MPL data has been posted to webpages and database real time and update to EPA server simultaneously.\n• We applied a statistical method to define the high pollution events in this year and set up a database for case studies. We systematically analyze those pollution events with observational data obtained from EPA MPL system and air quality monitoring stations in Taiwan. We explained the causes of high pollution events based on multiscale analysis including vertical and horizontal distribution of particulate matters and meteorological conditions. The results from those case studies significantly improve our understanding on the air quality deterioration.\n• We provided the preliminary research of analyzing boundary layer height seasonal characteristics in the southern Taiwan. We analyzed the chemical characteristics of aerosols with lidar depolarization ratio.",
        "proj_year": "111",
        "org_name": "監資處",
        "exe_unit": "國立中央大學",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1112597549",
        "publish_date": "20230110"
    },
    {
        "chi_title": "111年度基隆市毒性及關注化學物質源頭管理計畫",
        "chi_subject": "本計畫目標，為透過加強推動毒性化學物質運作廠商管理及查核、辦理化工原料販賣業者輔導訪查、辦理新列管毒性及關注化學物質運作廠商清查與運作資料調查、強化執行毒性化學物質災害防救業務、辦理毒性及關注化學物質及具食安風險化學物質宣導活動等工作，強化基隆市毒性及關注化學物質源頭管理。勾稽上下游運作流向異常廠家工作，主要的勾稽項目為「尚未申報」以及「上下游運作量流向異常」，已完成勾稽110件次；本團隊為持續強化基隆市毒化物之管理效能，增作毒性及關注化學物質危害預防及緊急應變計畫書、毒性化學物質應變器材及偵測與警報設備計畫書審查，已完成協助審查19件次；針對基隆市毒化物運作業者，進行輔導訪查運作相關管理事項，包含一般性稽查、配合執行臨場輔導等，已完成32家次；偵測警報設備輔導查核工作，已針對基隆市毒化物運作達分級運作量業者，完成3家次查核；無預警測試方面，針對毒性及關注化學物質運作廠商，模擬毒性及關注化學物質災害發生狀況，並針對工廠通報、廠方自救與應變、防護裝備與器材選用提出相關改善建議與措施，本團隊已完成5件次；考量毒化災通聯順暢度，對於應變工作有相當大的影響，本團隊增作基隆市毒化物防災通聯測試，已完成平日及假日毒災防通聯測試，合計93家次，全數廠家均能聯繫，顯示基隆市毒化物運作業者的聯繫狀況相當良好；另外也完成了實地查訪，並確認運作中化工原料販賣業之基本資料，且輔導業者落實化工原料四要管理，已完成查訪19家次；查訪轄內化學物質業者，確認其製造或輸入化學物質，應依毒性及關注化學物質管理法規定，申請登錄及辦理展延、變更方面，本團隊已完成11件；完成查訪轄內配合新列毒性及關注化學物質公告運作廠商清查與運作資料調查20件；完成辦理基隆市111年度毒性化學物質災害防救演練1場次；毒性及關注化學物質及具食安風險化學物質宣導活動方面，已完成4場次；製作毒性及關注化學物質相關宣導品方面，已製作口罩500份，以及食安宣導及綠色化學宣導海報2件。各項工作達成率皆為100%，符合計畫目標與預計完成之工作內容。",
        "eng_title": "111 Keelung City Toxic and Chemical Substances of Concern Source Management Plan",
        "eng_subject": "The goal of this project is to strengthen the enforcement of toxic chemical substances by strengthening the management and inspection of manufacturers operating toxic chemical substances, conducting coaching visits to chemical raw material sellers, conducting inventory and investigation of operating manufacturers of newly scheduled toxic and chemical substances of concern, and conducting investigation of operational data. Disaster prevention and rescue operations, handling toxic and chemical substances of concern and publicity activities for chemical substances with food safety risks, etc., to strengthen the source management of toxic and chemical substances of concern in Keelung City. The main inspection items are not yet declared and abnormal flow of upstream and downstream operations. 101 inspections have been completed. In order to continue to strengthen the management efficiency of toxic substances in Keelung City, this team has increased the number of inspections. Reviews of hazard prevention and emergency response plans for toxic and chemical substances of concern, response equipment, and detection and alarm equipment plans have been completed, assisting in reviewing 10 cases; conducting coaching visits and operations-related management for toxic chemical operators in Keelung City Matters, including general inspections, cooperation with on-site counseling and in-depth counseling, etc., have been completed for 27 companies; detection and alarm equipment coaching and inspection work has been completed for 3 companies in Keelung City that operate toxic and chemical substances of concern with a graded operation volume Inspection; in terms of no-warning testing, for manufacturers that operate toxic and chemical substances of concern, simulate the occurrence of toxic and chemical substances of concern disasters, and provide relevant improvement suggestions and measures for factory notifications, factory self-rescue and response, and the selection of protective equipment and equipment. This report The team has completed 7 cases; considering the smoothness of poison disaster communication, which has a considerable impact on response work, the team has added poison disaster prevention communication tests in Keelung City, and has completed poison disaster prevention communication tests on weekdays and holidays, a total of 86 All manufacturers can be contacted, indicating that the contact status of Keelung City’s toxic chemical operators is quite good; in addition, on-site visits have been completed to confirm the basic information of the chemical raw material sales industry in operation, and to guide the operators to implement the four key management of chemical raw materials , 30 visits have been completed; the team has completed 16 visits to chemical substance operators within the jurisdiction to confirm that they manufacture or import chemical substances and should apply for registration and handle extensions and changes in accordance with the Toxic and Chemical Substances of Concern Management Act. ; Completed 20 inspections of existing toxic and chemical substances of concern operator inventories and operational data surveys; Completed inventory of relevant sensitive receptors, strain energy, and distribution of residents in Keelung City's drug disaster risk potential areas, and drafted The evacuation and evacuation plan was confirmed and revised, and 1 Keelung City 112th Annual Toxic Chemical Disaster Prevention and Rescue Drill was completed; 4 publicity activities involving toxic and chemical substances of concern and chemical substances with food safety risks were completed, involving 300 people. , and completed 1 stall promotion session with 200 people; in terms of producing promotional materials related to toxicity and chemical substances of concern, 500 copies of environmentally friendly dinner plates and laundry baskets, as well as 2 food safety promotion and green chemistry promotion posters have been produced pieces. The achievement rate of each task is 100%, which is in line with the plan goals and the expected completion of the work content.",
        "proj_year": "111",
        "org_name": "基隆市環境保護局",
        "exe_unit": "中國文化大學",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1112593900",
        "publish_date": "20240304"
    },
    {
        "chi_title": "111年度土壤污染評估調查及檢測資料勾稽查核計畫",
        "chi_subject": "本計畫協助環保署推動土污法第八、九條公告事業用地土壤污染評估調查及檢測資料之勾稽、查核及宣導作業，主要成果包括：\n(一)完成共 102 件次申報案件時程及內容勾稽，且針對勾稽成果歸納常見缺失樣態，研提建議作法與改善對策；另依據本計畫勾稽經驗與成果，擬定「標準化審核項目點檢表」，期能協助縣市提升審查效率及品質。\n(二)完成 30 場次現勘查核作業，及 30 場次採樣查核作業，且每場次皆由本計畫 2 名評估調查人員進行查核，確保整場事業運作及評估狀況完整確認，及針對現場作業問題即時發現輔導；並將查 核結果完整提供地方環保機關，以利後續審查確認。另針對現場作業狀況歸納整理常見問題及因應對策，同時分析缺失樣態，研訂「評估\n調查人員採樣查核記點原則」，期達到全面性輔導及評鑑評估調查人員作業品質。\n(三)完成辦理 1 場次對地方環保機關之工作說明會，共計 53人；3 場次對評估調查人員、技師及檢測機構之訓練說明會，共計 234 人；2 場次對高缺失評估調查人員共 34 人辦理之教育訓練，由各會議訓練，將勾稽及查核成果完整回饋相關執行人員，降低事業申報錯誤及提升縣市審查品質。並藉由客服專線協助完成 90 件諮詢服務，即時提供作業協助。",
        "eng_title": "2022 Project on Soil Pollution Assessment Investigation and Test Data Audit and Inspection",
        "eng_subject": "This project assisted the Environmental Protection Administration (EPA) in promoting the audit, inspection, and promotion of the soil pollution assessment investigation and test data of the announced operating sites in Articles 8 and 9 of the Soil and Ground Water Pollution Remediation Act. The main results are as follows:\n(1)This project completed the audit of the schedule and contents of a total of 102 reported cases. The results of the audit were compiled as common deficient patterns; suggested measures and improvement strategies were studied and proposed. In addition, based on the audit experiences and results of this project, the Standardized Audit Checklist was formulated to assist counties and cities to improve the efficiency and quality of audits.\n(2)This project completed 30 on-site inspections and 30 sampling inspections. Every inspection was conducted by two Soil Pollution Assessment Investigation Personnel from this project team to ensure the inspection procedure, verify the assessment completeness, and provide immediate counsel on site once operational problems were identified. The inspection results were provided to Environmental Protection Bureaus(EPBs) for subsequent review. This project integrated the common problems and countermeasures for field operation conditions, analyzed deficient patterns, and developed the Sampling Inspection Scoring Principles for Soil Pollution Assessment Investigation Personnel to comprehensively counsel the enterprises and assess investigators’ operation quality.\n(3)This project organized one briefing meeting for EPBs with a total of 53 participants. Three training sessions were organized for soil pollution assessment investigating personnel, environmental professional engineers, and inspection agencies; a total of 234 people participated. Two educational training sessions were organized for a total of 34 staff responsible for high-deficient assessments and investigations. These meetings provided comprehensive feedback on the audit and inspection results to related personnel to reduce errors in enterprise reporting and improve the audit quality of EPBs. The customer service hotline was used to assist with a total of 90 inquiries, providing immediate assistance.",
        "proj_year": "111",
        "org_name": "土污基管會",
        "exe_unit": "環資國際有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1112592141",
        "publish_date": "20230331"
    },
    {
        "chi_title": "空氣污染排放量清冊推估及空氣品質質損量推估計畫",
        "chi_subject": "為掌握全國排放量趨勢，作為管制之參考，國家空氣污染物排放清冊定期進行基準年總檢討計算，並在歷年間進行局部更新。本年度計畫之工作執行重點，以推估110年基準年之新版空氣污染物排放量（TEDS 12.0）為主軸，本計畫之主要成果摘要如下：\n1.\t檢討108年基準年排放清冊TEDS 11.0並更新為TEDS 11.1：本計畫檢討更新108年基準年排放量，主要修正線源與面源排放量，包括公車客運活動強度參數、面源礦場風蝕粗顆粒排放係數氣象參數、航空器及港區船舶燃燒排放修正、面源未列管工廠排放量及餐飲業油煙防制效率更新等。修正後TEDS 11.1版相較於11.0版總排放量TSP增加1,003公噸，SOX減少4,087公噸，NOX減少1,885公噸，NMHC減少5,155公噸。TEDS 11.1版已於111年7月公告上架。\n2.\t研擬及建置新版110年基準年之空氣污染物排放清冊TEDS 12.0：本計畫參考歐美排放清冊以排放量大且推估方法不確定性大之污染源為優先精進對象，盤點檢視清冊排放量推估方法及範疇，線源範疇新增純電動車，公車客運區分公路客運與市區公車，非公路運輸新增港區內作業船舶與領海排放量。本計畫建置空氣污染防制方案減量成效計算模組、說明新版清冊歷年回溯及未來年預測方法及建立新版清冊資料彙整標準作業方式，TEDS 12.0新版清冊之建置結果，110基準年各主要污染物全國總排放量（TSP、PM10、PM2.5、SOX、NOX、VOCs）相較於前次清冊TEDS 11.1版108基準年排放量均呈現下降，其中，細懸浮微粒（PM2.5）差異幅度約24%、硫氧化物（SOX）差異幅度約20%、氮氧化物（NOX）差異幅度約18%、非甲烷碳氫化合物（NMHC）差異幅度約19%，歸納差異幅度原因包含自然經濟因素變動影響、管制策略影響、增加範疇、推估方法精進等。\n3.\t排放趨勢掌握及蒐整活動強度數據：本計畫分析各項法定污染物之排放情勢，使用衛星遙測及影像分類技術判釋110年至111年大型河川裸露地表面積，亦蒐集分析空氣污染排放基數及掌握污染潛勢。110年相較於108年機動車輛總數、工業生產指數、國內能源消費等雖皆為上升，然因近年工業製程與車輛之污染物排放受後端控制設備普及率及處理效率影響較大，故即使未控制最大排放潛勢上升，實際排放量卻為下降。根據TEDS 12.0版清冊之歷年排放量回溯修正結果，近十年（101~110年）各法定污染物（TSP、SOX、NOX、VOC）之總排放量趨勢變化顯示各空品區多有較明顯之下降趨勢，除部分空品區之TSP總排放量於105~109年有較明顯之上升趨勢，主要來源為車行揚塵、營建、農田風蝕等。以模式模擬檢核新版清冊排放量合理性，顯示TEDS 12.0相較於TEDS 11.0版粒狀物模擬結果整體改善。\n4.\t檢討及改善面源及自然源推估方法學、引用公式及係數：本計畫已檢討新版清冊面源自然源推估方法學，精進項目包括餐飲業、旱田、建物火災、民俗信仰、一般消費用品、未列管工廠、建築表面塗裝、礦場、漁船及離島商船、車行揚塵、河川揚塵、農田風蝕及山坡崩塌地等污染源推估方式。本計畫依TEDS 11.1版推估方法完成面源試算模組建置，已於111年10月中旬開放共30項以上試算模組供縣市試算使用。本計畫亦完成110年生物源推估模式資料更新、排放量推估及驗證，資料更新包括110基準年林地植被及氣象等資料，驗證方法採用模式比對法。\n5.\t建立空氣污染防制減量計算方法與排放清冊污染量估算之互相回饋機制：本計畫建置以108年為基準年、符合TEDS 11.1版排放量推估參係數及推估方法之空氣污染防制方案減量成效計算模組，已於111年12月上架於特定網頁平台供縣市環保局使用。本計畫並利用排放量管理計畫說明會邀請各縣市分享其排放量調查推估方式或對清冊之建議，建立縣市與清冊定期互相回饋機制。清冊單位已彙整縣市意見、法規最新修訂、科研計畫成果及部內意見討論等納入TEDS 12.0版修正建議。\n6.\t執行與規劃排放量管理計畫，舉辦空氣污染物排放量推估教育訓練：本計畫完成111~112年期排放量管理計畫各項工作，計畫期間依據新版清冊建置需求新增工作項目或對部分工作項目及提報方式進行調整。本計畫已彙整111~112年期縣市提報資料，並已完成111年期審核評分繳交至環境部。本計畫已於112年6月8日辦理新版清冊空氣污染物排放量推估教育訓練會，並已回覆及處理縣市提出意見。本計畫亦已於111年6月28日、112年3月27日辦理排放量管理計畫說明會，除由清冊單位向縣市說明111~112年期排放量管理計畫新增及調整項目外，亦邀請縣市分享排放量自行推估\/調查或減量計算方式，回饋縣市對於清冊推估方式之修正建議。\n7.\t更新及維護網頁資訊與排放量管理計畫線上提報系統：本計畫已完成TEDS 12.0版清冊110基準年資料上網公開，配合環境部更新環境資源資料交換平台清冊相關資料至TEDS 11.1版，依環境部規範定期檢測維護清冊相關網頁及加強網頁安全性防護，完成全新制式化排放量管理計畫線上提報系統架設作業及弱點掃描並已於111年7月1日正式啟用。\n8.\t其他行政支援作業：本計畫不定期配合辦理計畫相關會議並協助製作簡報等相關資料。本計畫完成「我國稻作農廢露天燃燒排放係數建置與排放量之推估」及「我國建物火災空氣污染物排放量推估」等兩篇清冊成果相關論文，分別投稿至中華民國環境工程學會2022、2023空氣污染控制技術研討會審驗通過定稿，分別已於111年11月18~19日、112年11月17~19於上述研討會以海報展示發表。本計畫已於112年1月5日及112年11月14日配合環境部辦理空氣污染排放清冊使用者研討會（共2場次），邀請與清冊污染源相關之研究學者與會分享其研究成果，聽取縣市環保局及專家學者意見作為清冊未來精進方向之參考。",
        "eng_title": "Building of the Taiwan emission data system",
        "eng_subject": "In order to grasp the national emission trends, as a reference for regulation, the base year emission calculation is reviewed and conducted regularly to renew the national air pollutant emission inventory, and to update it partially over the years. The focus of this project is to estimate the new version of air pollutant emissions (TEDS 12.0) in the base year of 2021, and the main achievements are summarized as follows:\n1.\tReview of the 2019 base year emission inventory TEDS 11.0 and update to TEDS 11.1: This plan reviews and updates the 2019 base year emissions, mainly correcting line and non-point source emissions. In comparison to TEDS 11.0, the total emissions of TSP increased by 1,003 metric tons, SOX decreased by 4,087 metric tons, NOX decreased by 1,885 metric tons, and NMHC decreased by 5,155 metric tons. TEDS 11.1 has been announced in July 2022.\n2.\tDevelopment of the 2021 base year air pollutant emission inventory TEDS 12.0: Referring to the European and American emission inventories, pollution sources with large emissions and high uncertainty were selected for review. The project conducted an inventory review of the emission estimation methods and scope of the inventory. Pure electric vehicles are added to the line source category, and bus transportation are divided into urban and highways. Emissions from operating ships in the port area and from territorial waters have been added to non-road scope. Calculation modules for the emissions reduction were built. Methods of the new version of the inventory's past year review and future year forecast were explained, and a new version of the standard operating method of inventory data collection was established. The construction results of the new version TEDS 12.0 inventory (2021 base year) are as follows: the total national emissions of each major pollutant (TSP, PM10, PM2.5, SOX, NOX, VOCs) are all declined compared with the previous inventory TEDS 11.1 version (2019 base year). Among them, fine suspended particles (PM2.5), sulfur oxides (SOX) , nitrogen oxides (NOX) and the non-methane hydrocarbons (NMHC) dropped by 24%, 20%, 18% and 19%, respectively. The reasons for the differences include the impact of changes in natural economic factors, regulatory strategies and increased scope, as well as improvements in estimation methods.\n3.\tEmission trend control and activity intensity data collection: The emission trends of various statutory pollutants were analyzed. The exposed surface area of large rivers from 2021 to 2022 was determined using satellite telemetry. According to the retrospective revision results of emissions over the years of TEDS 12.0, the trends in the total emissions of each statutory pollutant (TSP, SOX, NOX, VOC) in the past ten years (2012~2021) show that there is obvious reduction in each area, except for some areas where the total TSP emissions showed an upward trend from 2016 to 2020, due to vehicle dust, construction, farmland wind erosion, etc. Model simulation was used to check the rationality of emissions of TEDS 12.0, which showed an overall improvement in the particulate matter simulation results of TEDS 12.0 compared to TEDS 11.0.\n4.\tReview and improvements of the non-point and natural sources emissions estimation methodology: Improved projects include the catering industry, dry fields, building fires, folk beliefs, general consumer goods, unmanaged factories, building surface coatings, mines, fishing boats and merchant ships on outlying islands, vehicle dust, river dust, farmland wind erosion and hillside collapse. Area source trial calculation modules based on TEDS 11.1 method were constructed, and a total of more than 30 trial modules were opened for county and city users. The 2021 base year biological source data were updated (including forest vegetation and meteorological data), and the emission estimation results were verified using the model comparison method.\n5.\tEstablishment of a mutual feedback mechanism between air pollution prevention reduction calculation and emission inventory pollution estimation: The pollution reduction calculation modules conforming to TEDS 11.1 were put on a specific web platform in December 2022 for use by local environmental protection bureaus. County and city environmental protection bureaus were invited to share their emission survey and estimation methods or suggestions for inventories, and a regular feedback mechanism between local governments and inventories is established. The inventory unit has compiled the opinions of counties and cities, the latest revisions of regulations, scientific research project results, and discussions within the ministry into the revision suggestions for TEDS 12.0.\n6.\tImplement of the emission management plan and related conferences: Various tasks of the 2022~2023 emission management plan have been completed, where new requirements were established based on the need of the new version inventory. The data submitted by counties and cities in the 2022 a...",
        "proj_year": "111",
        "org_name": "環境部大氣環境司",
        "exe_unit": "景丰科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1112567845",
        "publish_date": "20240331"
    },
    {
        "chi_title": "111年推動非勞動力人口環境教育暨在地環境教育學習場所培力計畫",
        "chi_subject": "我國刻正推動全民綠生活運動，希望藉由宣導國人從食、衣、住、行、育、樂、購等各層面落實生活環保，今年度依據非勞動力人口數量，擇訂新北市、彰化縣、花蓮縣、高雄市等4個縣（市）辦理環境教育示範課程，以講座課程、體驗課程、觀摩學習課程3場次（共9小時）為一系列之方式辦理，分為「食在健康」及「育教於樂」兩項主題。今年度共辦理24場次環境教育課程，觸及人數共734人次。並辦理1場次非勞動力人口環境教育課程觀摩學習交流會透過分組討論方式，總計參與人數為31人，邀集專家學者與地方環保機關同仁以集思廣益方式，發想突破方式，納為後續年度推動時參考。在活動成果展現上，剪輯活動成果影片與宣傳短片，以供後續推廣使用。\n在地環境教育學習場所培力部分，召開社區環境教育相關工作之審查會議，其會議總計參加人數達218人，「社區環境調查及培力計畫（社區聯合提案）」提案13件、入選9件，「環保小學堂推廣計畫」提案25件、入選15件；「環保小學堂推廣計畫」執行單位實作體驗，參與人數共計37人；2場次社區環境教育增能培訓課程，參與人數共計211人；2場次成果分享暨下年度計畫申請說明會，參與人數共計183人，期建立社區成為重要的「環境教育培力據點」，進而發展成為在地環境教育產業、活絡社區經濟之重要一環。",
        "eng_title": "Promote not in labor force population environmental education and local environmental education learning place training program in 2022",
        "eng_subject": "Our country is promoting the national green life movement, hoping to promote the implementation of environmental protection in food, clothing, housing, transportation, education, entertainment, shopping and other aspects. This year, based on the number of non-labor force population, New Taipei City and Changhua will be selected. Four counties (cities) including Hualien County, Hualien County, and Kaohsiung City hold environmental education demonstration courses, which are held in a series of 3 sessions (9 hours in total) of lecture courses, experience courses, and observation courses.  and Education Through Fun themes. This year, a total of 24 environmental education courses were held, involving a total of 734 people. And hold a non-labor force population environmental education course observation and learning exchange meeting. Through group discussions, the total number of participants is 31. Experts, scholars and colleagues from local environmental protection agencies are invited to brainstorm and develop breakthrough methods, which will be used as a reference for subsequent annual promotion. . In the display of event results, edit the event results videos and promotional videos for subsequent promotion.\nIn the field of local environmental education and learning places, a review meeting was held for the work related to community environmental education. The total number of participants in the meeting reached 218. 13 proposals for Community Environmental Investigation and Capacity Building Plan (Community Joint Proposal) were selected and 9 were selected. During the period, 25 proposals were made for the Environmental Primary School Promotion Plan, and 15 were selected; the implementation unit of the Environmental Primary School Promotion Plan had practical experience, with a total of 37 participants; 2 sessions of community environmental education empowerment training courses, the number of participants A total of 211 people; 2 sessions of achievement sharing and next year plan application briefing session, with a total of 183 participants. It is expected to build the community into an important environmental education and training base, and then develop into a local environmental education industry and a place to activate the community economy. important part.",
        "proj_year": "111",
        "org_name": "綜計處",
        "exe_unit": "中原大學",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1112559849",
        "publish_date": "20230220"
    },
    {
        "chi_title": "111年度臺北市毒性及關注化學物質源頭管理計畫",
        "chi_subject": "111 年度臺北市毒性化學物質災害防救及輔導計畫主要工作目標為強化毒性及\n關注化學物質暨食安相關化學物質源頭管理、增加危害預防應變及事故處理能力、\n災害潛勢風險評估、業者或管理者宣導教育訓練及其他，依據計畫契約書工作事項\n完成如下：\n1. 執行「毒性及關注化學物質暨食安相關化學物質源頭管理」工作項目方面：辦\n理既有及新列管毒性及關注化學物質運作場所稽查 155 件次；查訪化工原料販\n賣業者輔導訪查 254 件次，上述查核毒性化學物質、關注化學物質及食品安全\n相關化學品運作場所，加強高風險運作場所查核頻率，查核總件數達 409 件次，\n預計期末已達成查核 400 件次之目標。執行轄內毒性及關注化學物質運作及流\n向勾稽 588 家；轄內毒性化學物質運送勾稽 17 件次；辦理選定化學物質之勾\n稽查核 104 件；執行辦理許可證、登記文件、核可文件預審作業 204 家次；毒\n性化學物質抽樣 25 件；後續持續配合環保局提供之毒性化學物質或有關物品\n之抽樣名單進行相關工作。\n2. 執行「危害預防應變及事故處理」工作項目方面：無預警測試及臨場輔導 8 場\n次；執行毒化物運作廠家橫向通聯測試累積 338 家次，以確保發生毒化物災害\n時，運作場所緊急應變單位之聯繫管道暢通；實地檢查運作廠商應設置之應變\n器材及偵測警報設備 8 家次；持續協助臺北市毒災現場之應變及環境監測工\n作；倘若境內發生毒化災事故時將支援化學防護服及氣體檢測儀等應變器材。\n3. 執行「毒性化學物質災害潛勢風險評估」工作項目方面：完成轄區內 226 家毒\n性及關注化學物質運作場所之毒災外洩、火災熱輻射及爆炸過壓危害風險分析，\n提供避難疏散規畫建議；以及更新臺北市基本資料、人口分布、氣候資訊、敏\n感單位、緊急應變單位及第三類毒性化學物質運輸行經路線統計等資料；統計\n近 9 年間臺北市化災事故件數，並進行事故場所及災害類型統計。\n4. 執行「業者或管理者宣導、訓練及其他」工作項目方面：完成毒化物及化學物\n質源頭管理宣導說明會 4 場次；完成化學防護包 50 份採購，並提供環保局使\n用。\n5. 本計劃於決標日次日起駐局人員兩名旋即正式進駐機關，協助處理毒性化學物\n質管理暨防災資料建檔及文書等相關作業，將持續聘僱至 111 年 12 月計劃結\n束，兩名進駐人員皆畢業於相關科系，並有毒性化學物質相關工作多年經歷。\n截止至本計畫結案日，實際進度已達進度 100%，符合計畫要求，未來將持續\n執行計畫內之工作項目，並完成合約工作項要求外，並持續進行預防減災工作，評\n估毒化物可能危害潛勢，提供臺北市政府防救災相關建議，並與各救災單位保持合\n作與互動關係，以降低毒災事故之發生，並減少因事故而造成人員、財務之損失及\n環境衝擊。",
        "eng_title": "Project on Rescue, Prevention, and Guidance of Toxic Chemical Hazards for Taipei City, Academic Year 2022",
        "eng_subject": "Project on Rescue, Prevention, and Guidance of Toxic Chemical Hazards for Taipei\nCity, Academic Year 2022-2023 aims to improve source management of toxic and foodrelated chemical substances. The objectives of the project also include strengthening\nthe ability to respond to and prevent accidents and hazards, assessing potential risks,\nand training operators or managers. The following are tasks completed according to the\nproject agreement:\n1. Source management of toxic and food-related chemical substances: This project has\ncompleted investigating 155 operation sites handling existing and newly listed toxic\nand concerned chemical substances, and has conducted 254 visits to chemical\nmaterials venders. The investigations attempted to explore how toxic and concerned\nchemical substances were processed in operation sites, especially those at high risks.\nA total of 409 cases were completed, exceeding the goal of 400 cases as planned. 588\noperation companies have been examined for their chemical substance operation and\ndistribution. The project completed 17 check-ups of toxic chemical substance\ndistribution and safety checks of 104 selected chemical substances. A total of 204\ncompanies were audited for their operation permits, registration documents, and\napproval processes. The project sampled 25 toxic chemical substances. The project\nwill examine and analyze the substances on the sample list provided by the\nDepartment of Environmental Protection. \n2. Strengthening the ability to respond to and prevent accidents and hazards: The project\nhas conducted eight unannounced tests and provided guidance to the sites.\nInformation exchange and communication among 338 companies were tested to\nensure effective communication among the emergency response teams. The project\nconducted field trips to eight companies to examine the emergency response\nequipment and alarm systems. The project provides Taipei City with toxic substance\noperation strategies and environmental detection. Should there be toxic hazard \naccidents, chemical protective clothing, and gas testing machinery will be provided. \n3. Assessing potential risks: The project has completed the risk analysis of 226\noperation sites for toxic and concerned chemical substances. After analyzing the risk\nof toxic spill, thermal radiation, and explosion due to overpressure, the project\nprovided suggestions including evacuation plans. The project updated basic\ninformation, population distribution, climate information, sensitive units, emergency\nresponse units, and Class 3 toxic chemical substance transportation routes in Taipei\nCity. The project has collected and analyzed the number, places, and types of\nchemical accidents in Taipei City in the past nine years. \n4. Training operators or managers: The project conducted four seminars promoting\nsource management of toxic chemical substances. The project procured 50 chemical\nemergency response kits for the Department of Environmental Protection.\n5. This project has employed two staff members to station at the governing agency,\ndealing with the management of toxic chemical substances and filing of disaster\nprevention-related documents. The employment of these two members will continue\nuntil December 2022. These two members graduated from related departments and\nhave years of working experience.\nBy the time the project ends, the project has been completed 100%, which meets the\nrequirement. In addition to fulfilling all the requirements, the project will continue\nimplementing disaster prevention tasks, assessing possible risks, and providing\nsuggestions regarding rescue and prevention for disasters. The project team will work\nclosely with disaster prevention units to reduce incidents of toxic hazards and minimize\nthe harm to personnel, financial loss, and impact on the environment.",
        "proj_year": "111",
        "org_name": "臺北市政府環境保護局",
        "exe_unit": "中國文化大學",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1112552472",
        "publish_date": "20240129"
    },
    {
        "chi_title": "廢紡織材料定量鑑別技術暨作業模式開發與驗證",
        "chi_subject": "鑑於物料分選技術尚不成熟，採人工分類，耗時，品質不穩定，無法提供纖維再生製造商穩定的料源，使得紡織資源化仍存在缺口，透過開發廢紡織材料定量鑑別技術與作業模式建立，可補足缺口以避免廢舊衣造成環境問題。\n開發廢紡織材料定量鑑別技術與作業模式建立，完成聚酯、尼龍、棉、羊毛、亞克力、嫘縈 6種纖維材料鑑別力，鑑別精準度達99%，鑑別速度1,100~1,350件\/時；透過舊衣自動排料系統，吹氣排料平均時間約為2.4 秒\/件；經場域驗證，完成建立本土的創新紡織品自動分選技術，有效降低人力負擔，可提升分類回收效率及回收之有效性。再生材料可透過全球再生標準(Global Recycled Standard, GRS) or或回收聲明標準(Recycled Claimed Standard, RCS)進行驗證加值，舊衣回收商相關管理系統建立實為當務之急。\n本計畫完成建立本土的創新紡織品自動分選技術，改善人工分選耗時的現況，有效分類，提高分選品質；再生材料可透過GRS或RCS進行驗證加值，鼓勵舊衣回商建立相關管理系統，促使舊衣回收業者轉型。本技術未來可應用於專業分選廠或舊衣回收商，進一步細分類，串聯紡織上中下游形成紡織封閉循環圈，提高材料價值，創造可持續紡織循環。",
        "eng_title": "Development of quantitative identification technology and operation module for recycling discarded textiles and its verification",
        "eng_subject": "Due to the immature material sorting technology, the used clothes are mainly sorted manually, which is often time-consuming, and the quality is not stable enough to provide fiber recycling manufacturers, so there is still a gap in textile resources. With the development of waste textile material quantitative identification technology and the establishment of operation mode, the gap can be filled to avoid environmental problems caused by waste clothes. This project develops quantitative identification technology for waste textile materials and establishes an operation mode to complete the identification of six fiber materials: polyester fiber, nylon, cotton, wool, acrylic, and rayon. The identification accuracy reaches 99%, and the identification speed 1,100~1,350 pieces\/hour. In the automatic discharge system, the average time of air discharge is about 2.4 seconds\/piece. Through the field verification, the local innovative textile automatic sorting technology has been established, which can effectively reduce the labor burden and improve the efficiency of classification and the effectiveness of recycling. Recycled materials can be verified by Global Recycled Standard (GRS) or Recycled Claim Standard (RCS). It is urgent to establish a relevant management system for used clothing recyclers. This project completes the establishment of local innovative textile automatic sorting technology, and improves the time-consuming situation of manual sorting, promotes the effective sorting of used clothes, and improves the quality of sorting. Recycled materials can be verified through GRS or RCS to facilitate value-added. It is necessary to encourage used clothing recycling companies to establish relevant management systems and promote the transformation of used clothing recycling industry. In the future, this technology can be applied to professional sorting factories or used clothing recyclers to further fine classification, connecting the upstream, midstream, and downstream of the textile industry to form a closed textile circulation circle, to improve the material value and create a sustainable textile cycle.",
        "proj_year": "111",
        "org_name": "回收基管會",
        "exe_unit": "財團法人紡織產業綜合研究所",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1112540699",
        "publish_date": "20230218"
    },
    {
        "chi_title": "臺中市-111年度臺中市推動環保許可整合計畫",
        "chi_subject": "為在現有基礎上進一步達成削減污染、改善河川水質，臺中市政府環境保護局特辦理112年度「臺中市推動環保許可整合計畫」，希望藉由本計畫落實執行，特別制定推動環保許可整合計畫，確實掌握本市轄境內之水污染源資料，以利後續管制作業進行。",
        "eng_title": "Year 2022 Taichung City Promoting the integration plan of environmental protection permits",
        "eng_subject": "In order to further reduce pollution and improve river water quality on the present basis, the Environmental Protection Bureau, Taichung City Government held the Project “Year 2023 Taichung City Promoting the integration plan of environmental protection permits”, it is hoped that through the implementation of this project to formulate specially to promote the integration of environmental protection permits, we actively promote control planning and accurately grasp the data of water pollution sources in the jurisdiction of the city to facilitate follow-up control operations.",
        "proj_year": "111",
        "org_name": "臺中市政府環境保護局",
        "exe_unit": "技佳工程科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1112540380",
        "publish_date": "20240212"
    },
    {
        "chi_title": "111年及112年公告指定容器類責任業者營業（進口）量相關帳籍憑證查核計畫(容器二區)",
        "chi_subject": "本計畫執行期間自民國１１１年３月１0日起至１１２年１１月３０日止，目標為依據環境部資源循環署委辦之廢棄物清理法公告列管之容器類責任業者自行申報之營業(進口)量進行查核工作，並分析其查核成果。\n本計畫依合約規定益本比已達３.５７倍，實際查核之責任業者家數為１,４６３家，符合計畫目標要求。\n透過現場查核，累計查獲應補繳金額為新臺幣１７１,２９０,０４７元，益本比為３.５７倍。完成現場查核之１,４６３家業者中，查獲溢報業者有８１家及短報業者有９４８家，此外，已稽催９０８家責任業者完成繳納金額共計５９,０００,２７４元，已辦理分期繳費未繳納完成金額４０,９２１,１２０元，移送強制執行未收款金額１６,１００,１８５元。\n本計畫執行過程中亦蒐集責任業者所提有關營業量計徵之各項意見，並整理歸納提供予環境部資源循環署對於營業量計徵有關政策釐訂之參考。責任業者所提意見主要為：簡化營業量計徵作業，以及強化營業量申報作業知識宣導等。\n此外，本計畫已將查核結果完成各類統計分析，作為未來精進查核作業參考，例如：對特定產業或容器材質加強查核及輔導，以提升責任業者營業量申報之正確性及補繳率。\n最後，亦針對查核結果與觀察提出建議供環境部資源循環署參考，以持續提升查核業務之效率與效能。",
        "eng_title": "An examination of manufacturing volume and\/or import volumes produced by the designated responsible enterprises for year 2022 and 2023 (the second area)",
        "eng_subject": "This project, executed from 10 March 2022 to 30 November 2023, aimed to audit the designated enterprises responsible for funding recycling (henceforth referred to as ‘responsible enterprises’) with regard to the manufactured\/imported volume of regulated containers in accordance withto the ‘Waste Disposal Act’ enacted by the Resource Recycling Fund Management Board of Environmental Protection Ministry of environment.\nThe revenue-to-cost ratio has met the contract’s requirement at 3.57 times. The total number of the designated responsible enterprises that have been inspected were 1,463 which is in line with the above-mentioned project requirements.\nThe accumulated collection fees resulted from auditing the responsible enterprises through on-site examinations are amounted to NTD　171,290,047. The revenue-to-cost ratio is approximately 3.57 times. Among the above-mentioned 1,463 inspected enterprises, 81 enterprises have overpaid recycling, clearance and disposal fees, and 948 enterprises have under-reported.Overall, 908 responsible enterprises had received the payment notification and had paid off the underpayment amounting to NTD 59,000,274 where NTD 40,921,120 of uncollected fees were in installments and several responsible enterprises were referred to the court for compulsory execution as they failed to pay(which amount is as much as NTD 16,100,185) before the payment deadline.\nDuring the project implementation, the comments from the designated responsible enterprises on the collection process of the recycling, clearance and disposal fees were summarized and then provided to the Ministry of environment for reference. The comments were mainly related to simplifying the collection and calculation process for recycling, clearance, and disposal fees while enhancing the availability of information during the reporting process of manufacturing\/import volume.\nFurthermore, quantitative data collected from the inspection results have been used in performing analysis in order to optimize the inspection activities in the future. For example, the optimization includes improving the training process on performing inspection work on designated responsible enterprises in specific industries or containers materials to improve the accuracy of manufacturing\/import volumes reported and to maximize the completion of settling the under payment.\nFinally, we provide several suggestions for the Ministry of environment reference per inspection findings and observations, which may in order to continuously improve the efficiency and effectiveness when performing inspection work for future periods.",
        "proj_year": "111",
        "org_name": "循環署回收基金管理會",
        "exe_unit": "安侯建業聯合會計師事務所",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1112536630",
        "publish_date": "20240301"
    },
    {
        "chi_title": "111年度環保法規技師簽證 查核案件品質提升專案工作計畫",
        "chi_subject": "本計畫主要執行「協助機關辦理執業環境保護技師簽證案件查核相關庶務工作80 場次」、「協助辦理環境保護技師管理系統操作講習會及環境保護技師簽證品質提昇宣導會相關庶務工作」和「維運機關環工技師相關網頁及系統」等三大工項。\n在「協助機關辦理執業環境保護技師簽證案件查核」之工項，本年度共查核80 案，查核工作分為書面查核和現場查核兩個階段，本團隊於舉辦查核行前說明會1 場次後，乃先協助查核委員辦理各案件之書面查核工作，當查核缺失達26 點以上時再進行現場查核，最後協助機關辦理缺失點數確認會議、報請工程會懲戒前審查會議及資料上傳雲端等事項。\n在「協助辦理環境保護技師管理系統操作講習會及環境保護技師簽證品質提昇宣導會」之工項，操作講習會藉課程簡報方式向各地方環保局同仁，說明環境工程技師簽證線上提報制度，講解環工技師簽證案件在環保局線上系統之提報操作介面和操作方式；宣導會邀請四位專業講師個別針對水污染源、固定污染源和土壤及地下水等類別，對各簽證相關法令、查核方式內容、查核重點以及現場常見的缺失等做進行說明，並在最後綜合討論進行意見交流。\n在「維運機關環工技師相關網頁及系統」之工項，持續辦理環保署技師簽證服務網入口網站及環工技師管理資訊系統維護及更新，配合機關對技師相關網頁及系統之軟硬體升級與資安需求，並且在原有系統之架構進行重整，汰換老舊程式及元件，提升依機關要求系統及網頁介接資料，將原有系統資料搬移或外部運輸。此外，還有強化簽證環工技師上網申報執業所為之簽證紀錄與統計功能，並配合管考作業需求辦理系統報表調整及增修交叉統計分析報表，最後還包括英文版網頁建置和提升現有無障礙網頁取得最新認證。\n以上工作項目均符合合約內容或相關要求。",
        "eng_title": "2022 Registered professional environmental regulation engineer certification cases review quality improvement inspection plan",
        "eng_subject": "This project is based on the requirement of The Quality Improvement of Environmental Engineering Certification Cases Review by Professional Engineers 2022, Executive Yuan Environmental Protection Administration. It is divided into 3 parts: 1. Assist the competent authority with 80 cases of environmental engineering certification cases reviewed by professional engineers, 2. Conduct\nconventions and seminars, 3. Operate websites and systems related to environmental engineers of maintenance agencies.\nIn the first part, the verification work is divided into two stages: written verification and on-site verification. After a Pre-Brief Meeting, our team assisted to handle the written verification first, then the on-site verification will be carried out when missing points of written verification is more than 26 points, and finally,the team assisted the competent authority in the confirmation meeting of missing points, the pre-correction review meeting of the Engineering Council, and the uploading of data to the cloud, etc. The total number of checking cases is 80.\nIn the second part, our team firstly invited a lecturer from EPF to give a presentation to the local EPA-assigned colleagues to explain the online reporting system for environmental engineering certification cases and explained the interface and operation of the online reporting system during the operation convention. After that, EPA invited four professional lecturers from three categories: water pollution sources, stationary pollution sources, and soil and groundwater to teach professional engineers some relevant laws and regulations, methods of review, points of review, and common onsite deficiencies for each category. Every convention ended with a comprehensive discussion and exchange of opinions between the lecturers and the students.\nIn the third part, our team was responsible for the maintenance and update of the portal website of the EPA Technician Visa Service Network and the Environmental Engineering Technician Management Information System. We cooperated with the authorities on the software and hardware upgrades and information security requirements of technician-related web pages and systems. We also restructured the original system to eliminate and replace the old programs and components, upgraded the system and web page interface data according to the requirements of the authorities, and moved or externally transport the original system data.\nIn addition, our team strengthened the visa record and statistical functions of the online application for occupation by visa environmental technicians, adjusted the system reports, and added cross-statistical analysis reports according to the requirements of the management examination. Web Accessibility is up-to-date certified.\nThe above work items were in line with the contract content or related requirements.",
        "proj_year": "111",
        "org_name": "管考處",
        "exe_unit": "財團法人台灣環保文教基金會",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1112536120",
        "publish_date": "20230123"
    },
    {
        "chi_title": "111年度嘉義縣固定空氣污染源許可暨揮發性有機物稽查管制計畫",
        "chi_subject": "111年度之計畫自111年1月1日起開始執行至111年12月31日止，以下茲就計畫執行成果摘要分為「許可管制」、「排放量管制」、「行業別管制」、「屢遭陳情管制」及「法規宣導及其他配合工作」等五大工作面向進行說明：\n1)\t許可管制\n本縣轄區內之固定污染源操作許可證共計365張，書面審查作業件數達294件，已核發許可證共計193件，申請文書平均審查日數為16~17日\/件，執行防制設備效率驗證審查4根次，另協助15件專責人員申請案件審核及建檔，並辦理3場次宣導說明會及4場次教育訓練。\n許可現場查核214條製程，查核正確率為96.7％，並針對重大污染源辦理專家學者協助審查5件，已請業者依據委員意見進行修正。另執行應定檢對象、戴奧辛及重金屬之監督檢測及審查87根次。\n執行污染防制計畫書管制策略，包括改善鍋爐污染排放、製程改善、設備元件檢測、加油站油氣回收設備改善及餐飲業輔導改善，削減PM10、PM2.5、硫氧化物、氮氧化物及揮發性有機物分別為48.22噸、29.99噸、62.84噸、39.03噸及952.90噸。另執行183家更新作業，更新排放量分別為粒狀物202公噸、硫氧化物351公噸、氮氧化物1,407公噸及揮發性有機物2,236公噸，排放量更新率為58~95%。\n2)\t排放量管制\n本縣共98家需排放量申報，110年第1季~111年第3季之申報率為100%，已全數完成審查作業。此外，針對110年應申報業者，進行排放量現場查核92家，查核正確率為89%，需修正部分也請廠方進行修正。\n空污費列管573家，其中124家為便民服務廠家，每季提醒及輔導業者進行網路申報，網路申報率為100%。目前現場查核322家(季排放量>1噸為82家，季排放量<1噸為240家)，其中9家申報有缺失，已修正完畢。不論網路審查或現場查核後，經審查後應補繳空污費之業者，業已完成結算並發文要求補繳。110第1季~111第3季總申報金額131,288,674元，審查後總核定金額為130,912,314元。\n3)\t行業別管制\n本縣9大工業區許可列管143家230條製程，111年更新2座工業區，分別為民雄及頭橋工業區。另外，除購置緊急應變演練之相關安全防護設備外，9月16日假嘉惠電廠進行實兵演練，模擬某工廠成天然氣計量站管路拉扯，導致法蘭接頭洩漏天然氣，引發災情，配合廠內應變小組、環保局空噪科等單位，進行緊急應變演練。\n111年執行735家次稽查作業中，告發處分件數共12件，處分金額1,200仟元，另稽查應改善為41件，應修正之業者，本計畫將後續追踨至改善完成。\n逸散性管理辦法稽查99家，原因為堆置逸散性粒狀污染物質防制設施、輸送設備、車行路徑及車輛清洗等，符合率為98%，及查核戴奧辛及重金屬查核操作條件共19根次，查核結果符合相關規定。\nVOCs法規現場查核14家工廠26條製程及2家工業區綜合廢(污)水處理廠，另執行2次設備元件之紅外線熱像儀(FLIR)監測作業，其結果未發現洩漏情事；而設備元件共執行3,030點次，其中洩漏元件數7點，總洩漏率為0.23%，經改善後VOC削減0.56噸。\n新設加油站協助審查2家，並執行氣油比10站及氣漏檢測10站，氣油比檢測總合格率97%，經改善後VOC削減0.81噸，而氣漏檢測總合格率100%。另完成96家次加油站法規符合度查核，包含各站管制項目之資料核對、申報資料審查及污染源現況核對等，皆符合相關法規規範。\n4)\t屢遭陳情管制\n屢遭陳情對象採取主動稽查外，另配合稽查隊移轉至業務科案件，由本計畫進行後續追蹤及查處。\n統計縣內111年12月31日工廠異味陳情共332件，其中屢遭陳情業者共計10家，與110年同期屢遭陳情業者14家相比減少4家，111年屢遭業者陳情其中4家同為110年屢遭陳情業者，分別為素味食品股份有限公司、合興工作所、隆呈塑膠有限公司及崑成農產工廠，111年新增6家屢遭陳情業者為富迪塑膠有限公司水上二廠、田園生物科技有限公司、國宇建材股份有限公司、上評資源循環股份有限公司嘉義廠、台灣製罐工業股份有限公司及龍勝飼料有限公司。本計畫查核過程若有發現可以加強的部分，則會建議業者改善方向以減少異味陳情，如增設圍封減少逸散或加強防制設備維護…等建議，另針對有明顯污染疑慮之工廠，建議環保局進行稽查(檢測)作業，如不符合規定將依法處分。\n5)\t法規宣導及其他管制作業\n為提升計畫執行人員對法規及專業性之認知之重要性及有效宣導空氣污染防制工作辦理以下會議：\n1、\t內部教育訓練：\n目前已辦理4場次內部教育訓練，分別為固定污染源設置操作及燃料使用許可證審查人員(3\/25)、空氣污染防制費(4\/20)、固定空氣污染源空氣品質嚴重惡化緊急防制辦法(9\/2)及固定污染源現場監督檢測查核(10\/24)。\n2、\t法規說明會：\n目前已辦理3場次法規說明會，分別為固定污染源逸散性粒狀物空氣污染防制設施管理辦法說明會(4\/22)、各級空氣品質惡化應變防制計畫撰寫指引說明會(6\/23) 及11\/17固定污染源自行或委託檢測及申報管理辦法說明會。",
        "eng_title": "2022 chiayi county stationary sources permit system and volatile organic compounds inspect and control plan",
        "eng_subject": "The main work items are as follows：(1) Permission review and issuance, (2) Permission on-site inspection, (3) Volatile organic compounds Regulatory review and inspection, (4) Annual emissions quantities check for the premises which have been announced in 2 batches, (5) Air pollution fees review, (6) Air Pollution fee late payment, (7) Air pollution fees Factory coefficient review, (8) On-site inspection, (9) Gas stations control, (10) Industrial area control, (11) Database expansion, maintenance and updates, (12) Supervision and periodic tests review, (13) Repeated petition cases control, (14) Holding meetings for related policies or law announcement \/ education and training, (15) Other work items. In addition to (7) air pollution fees Factory coefficient review without the factory to apply, the rest of the work of the quantitative objectives, are completed within the implementation period.",
        "proj_year": "111",
        "org_name": "嘉義縣環境保護局",
        "exe_unit": "元律科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1112516729",
        "publish_date": "20230420"
    },
    {
        "chi_title": "111年度宜蘭縣室內空氣品質輔導管制計畫",
        "chi_subject": "本年度工作內容主要分為6大項目，包括建立及更新室內空氣品質公共場所「基線資料」、「巡查檢驗工作」、「公共場所室內空品檢測作業」、「專案輔導工作」、「滾動式修正室內空品管理目標」及「其他相關配合事項」等。本計畫執行期程為111年1月7日(決標日)至111年12月31日止，截至期末報告階段(111年11月15日)執行成果摘要如下：：\n一、建立及更新至少100個場所資料\n本計畫完成100家場所維護管理計畫書建置及更新作業，含公告列管場所24家，非列管場所76家。\n第一批公告場所共計8家，其完成第三次申報作業之場所為2家，完成第四次申報作業之場所為6家；第二批列管場所共計17家，其完成第二次申報作業之場所為2家，完成第三次申報作業之場所為15家(其中一處場所於111年6月因學校停辦申請解除列管)，公告列管場所皆於期限內完成申報作業，並已完成專責人員設置。\n非公告場所於巡檢時，同步建置或更新場所之維護管理計畫書，以及彙整場所之基本資料包括場所名稱、場所類別、場所地址、聯絡人、聯絡電話、室內管理樓地板面積等資料，以利建立場所資料庫。\n二、公共場所巡查檢驗工作\n本計畫已完成巡檢儀器年度校正及120場次公共場所巡檢調查工作，其中公告場所34家次，非公告場所86家次；巡檢結果發現列管場所有2處CO2最大值超過法規標準，其餘場所皆符合法規標準，其中一處場所於本年度進行專案輔導，利用自動連續監測及人流分析協助場所分析CO2濃度較高時段，且於該時段加強通風並啟動空調外氣引入，以利有效改善室內空品，另一處則巡檢當下即宣導場所於人流較多的空間加強通風或引入外氣；另部分場所可能因應防疫需求，場所頻繁使用清潔劑消毒，導致TVOC濃度累積於室內，已建議場所可加強通風換氣，以減少污染物累積於室內。\n非列管場所部分幼兒園及觀光工廠各有一場所CO2最大值超過法規標準，幼兒園部分推測CO2累積原因為：(1)場所空調型態為分離式冷氣，無外氣系統，導致室內內循環(2)教室空間較小，學生人數密集，且未開窗，已建議場所可開啟斜對角窗戶(約10公分)，並於下課及戶外活動時間將門窗開啟，保持室內空氣流通；觀光工廠部分則是推測因該區域無設置引外氣設備，導致CO2濃度累積於該區域，已初步建議場所可裝設抽風扇，將污染物排出。本計畫透過巡檢測值及場所特性，若發生異常時，依據現場狀況給予場所室內空氣品質改善建議。同時建置完整巡檢報告，供場所了解室內空氣品質。。\n三、公共場所室內空品檢測作業\n本計畫已完成6處室內空氣品質標準方法檢測作業，其中包括4處幼兒園，1處社會福利機構，1處觀光工廠，其檢測結果皆符合優良級室內空氣品質自主管理標章標準，且已完成輔導場所申請標章作業，並全數取得優良級標章。\n四、室內空氣專案輔導工作\n本計畫經訪查並篩選5處場所有意願改善室內空品並申請室內空氣品質自主管理標章，經本計畫輔導巡檢並輔導場所落實室內空品自主管理，同時加強室內清潔、消毒、通風等改善措施，場所改善後進行標檢作業，順利輔導五5處場所取得優良級標章。\n另本計畫完成4處場所CO2雲端長期監測作業並進行人流分析，包括1處運動健身場所、1處社會福利機構、1處轉運站及一處托嬰中心，其監測結果顯示場所當場所空間人數增加到一定數量時，CO2濃度會逐漸累積升高，已建議場所當空間較多人使用時則加強通風，如開啟對流窗、開啟抽氣風扇或開啟空調並引入外氣等。\n五、滾動式修正室內空品管理目標\n本計畫配合環保署政策及考量本縣在地特色場所，研擬本縣室內空品管理目標：\n(一)\t逐年輔導特定場所類型(由公立至私立、規模由大至小)取得自主管理標章，先行普及良好級標章，促進民眾重視室內空氣品質。\n(二)\t累績實場改善案例，作為場所改善參考，提升場所室內空品。\n(三)\t加強輔導縣內在地特色場所普遍取得自主管理標章。\n(四)\t推廣室內空氣品質連續監測，維護本縣場所室內空氣品質。\n六、其他配合項目\n宜蘭縣推動室內空氣品質網站之更新，主要配合環保署於110年7月推動自主管理標章，採不定期方式更新維護法規資訊及縣內室內空品推動情形，截至期末報告階段已更新標章要點、申請之規格標準及相關文件內容為主，並更新完成本縣公告場所標章取證現況。\n環保署考評事項，本計畫已協助完成1~10月份逐月上傳列管公告場所查核追蹤情形，已完成33家次公告場所巡查作業，輔導公告場所6處取得優良級標章，非公告場所7處取得良好級以上標章(1處良好級，6處優良級)，本計畫今(111)年輔導非公告場所自主巡檢共84處次場所，其中22處場所巡檢2次，符合環保署考評目標。\n本計畫已協助審查公告場所申報資料共16件次(12處場所)及審查申請室內空氣品質自主管理標章13件次(12處場所)。",
        "eng_title": "Yilan County Indoor Air Quality Guidance and management program",
        "eng_subject": "Works under this Project are mainly divided into 6 categories, including creation and update for indoor air quality “baseline data” and “inspection works” of public places, “indoor air quality detection operations for public places”, “project-based guidance”, “rolling corrections of indoor air quality management goals” and “other cooperated matters”. The implementation period is January 7, 2022 (award date) to December 31, 2022, with implementation results as of the final report stage (November 15, 2022) summarized as follows:\n1.Creation and Update for Entries of at least 100 Premises\nUnder this Project, compositions and updates for maintenance and management plan from 100 premises, 24 announced and 76 not announced as premises under monitoring and inspection, have been completed.\nThe first announcement encompasses a total of 8 premises, among which 2 premises have completed their third declaration and 6 premises have completed their fourth declaration; the second announcement includes a total of 17 premises, among which 2 premises have completed their second declaration and 15 premises have completed their third declaration (1 premise has applied for de-classification from relevant monitoring and inspection in June 2022 due to suspension of school operations). The premises announced as premises under monitoring and inspection have completed their declarations by deadline and have assigned a designated role for such affairs.\nPremises not announced have, upon inspection, simultaneously composed or updated their maintenance and management plan and have compiled basic information of premise including name, category, address, contact person, contact number, floor area under indoor management, etc. for the creation of premise database.\n2.Investigation of indoor air quality of 120 sites\nUnder this Project, annual inspection and calibration for instruments and 120 inspection works for public places have been made, encompassing 34 announced premises and 86 non-announced premises; the inspection result indicates that 2 premises are with maximum CO2 measurement exceeding the threshold under regulations, whilst others meet the relevant regulations. One of the two premises has been under the project-based guidance this year, whose proposed countermeasures includes facilitating the premise to analyze hours with higher CO2 concentration via the introduction of automatic and continuous monitoring and pedestrian flow analysis as well as  enhanced ventilation and induction of outdoor air via air-conditioning units for improvement of indoor air quality, whilst the other premise has received advocacy on enhanced ventilation or induction of outdoor air; furthermore, certain premises are discovered with frequent use of sanitization of environment with cleaning agents due to epidemic prevention needs, resulting in incrementation of TVOC concentration. These premises are provided suggestions to enhance ventilation to reduce accumulation of pollutants at indoor spaces.\nConcerning premise not covered in the announcement, 1 preschool and 1 tourism factory are found with maximum CO2 measurement exceeding the threshold under regulations. The reason for CO2 accumulation in the preschool is speculated as follows: (1) installations of split-type air conditioners and indoor air circulation due to absence of fresh air ventilation; and (2) classrooms with smaller area and closed windows accommodating students at a high density. The premise is suggested to open the windows on both ends of the diagonal line in the classroom (leave approx. 10 centimeters at opening) and maintain air circulation at indoor spaces by opening the doors and windows at recess and outdoor activity hours; for the case of tourism factory, the reason for CO2  concentration excess is speculated as the CO2 accumulation at its areas due to absence of air induction equipment, and the factory has received a preliminary improvement advice on installation of exhaust fans for drawing out the pollutants. This Project, on bases of inspection measurements and premise characteristics, provides suggestions of indoor air quality improvement to the premises according to site status in the event of exceptions. Meanwhile, complete inspection reports are prepared and provided to the premises for indoor air quality information.\n3.Indoor Air Quality Detection Operations for Public Places\nUnder this Project, indoor air quality detection operations under standard methods have been performed at 6 premises, including 4 preschools, 1 social welfare facility, and 1 tourism factory, whose results meet the standards for designation of “IAQ Excellent” self-initiated indoor air quality marks. The said premises have completed mark application under guidance and have claimed their “IAQ Excellent” marks.\n4.Indoor Air Quality Project-based Guidance\nUnder this Project, 5 premises with willingness to improve indoor air quality and apply for self-initiated indoor air quality management marks have been s...",
        "proj_year": "111",
        "org_name": "宜蘭縣政府環境保護局",
        "exe_unit": "恆康工程顧問股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1112512144",
        "publish_date": "20230306"
    },
    {
        "chi_title": "臺南市-111年臺南市水污染源科學稽查與水污染防治費徵收查核暨重點區域計畫",
        "chi_subject": "111年臺南市水污染源科學稽查與水污染防治費徵收查核暨重點區域計畫，是臺南市政府為加強水污染防治工作而實施的一項措施。主要內容如下：\n1.水污染源科學稽查：針對臺南市水污染源進行調查與稽查，確認污染源，了解其排放情況、污染物種類與濃度等，並對污染源進行評估，以確定其是否符合排放標準。\n2.水污染防治費徵收查核：對於污染源是否依法繳納水污染防治費進行查核，對未繳納的進行追繳，並對繳納情況進行評估，以提高繳納率與費用徵收效率。\n3.重點區域計畫：針對臺南市的重點區域進行水污染防治計畫，包括加強污染源管理、進行水質監測、進行生態復育等，以改善水域環境品質。",
        "eng_title": "Scientific inspection of water pollution sources in Tainan City in 111 and the collection and inspection of water pollution prevention and control fees and key area plans",
        "eng_subject": "The scientific inspection of water pollution sources in Tainan City in 111 and the collection and inspection of water pollution prevention and control fees and key area plans are a measure implemented by the Tainan City Government to strengthen water pollution prevention and control. The main contents are as follows:\n1. Scientific inspection of water pollution sources: Conduct investigation and inspection of water pollution sources in Tainan City to confirm pollution sources, understand their discharge, pollutant types and concentrations, etc., and evaluate pollution sources to determine whether they meet the discharge standards.\n2. Collection and verification of water pollution prevention and control fees: Check whether pollution sources have paid water pollution prevention and control fees in accordance with the law, recover those that have not been paid, and evaluate the payment status to improve the payment rate and fee collection efficiency.\n3. Key area plan: Carry out water pollution prevention and control plan for key areas of Tainan City, including strengthening pollution source management, water quality monitoring, and ecological restoration, etc., to improve the quality of the water environment.",
        "proj_year": "111",
        "org_name": "臺南市政府環境保護局",
        "exe_unit": "技佳工程科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1112508424",
        "publish_date": "20240111"
    },
    {
        "chi_title": "全國土壤品質特性及關切污染物調查與管理計畫",
        "chi_subject": "土壤品質永續管理已成為近年國際間因應全球氣候變遷影響工作的焦點，陸續制定相對應之策略或法案並投入大量資源在土壤品質管理工作上，如土壤保育、土壤資源調查、土壤教育及建立資料庫等。本計畫延續歷年土壤資源相關基礎資料調查規劃，針對我國人為利用較高之坡地辦理16處代表性土系土壤剖面調查工作，完成54組分層土壤樣品基本性質分析作業，建置污染傳輸及風險評估所需土壤特徵參數。本計畫合計完成209個土壤持久性有機污染物監測點之採樣調查作業，亦配合衛福部戴奧辛抽驗專案完成38處畜牧場會同採樣，並完成32處公園及15處農地土壤新興污染物採樣調查作業。其中大多數樣品之戴奧辛含量小於15 ng I-TEQ\/kg，其他項目濃度與國外調查結果相較並無異常或均遠低於各國行政管理濃度值，風險評估結果亦均屬可接受範圍。經彙整研析我國近十年來土壤污染管制標準修訂相關議題，建議銜接國際土壤管理策略趨勢，調整土壤戴奧辛毒性當量因子基準，並配合國家國土空間發展政策分區方式分級管理，同時考量污染物實質毒性風險訂定標準，並增加監測納管之污染物項目，以達成土壤資源永續經營管理之目標。本計畫除維運「全國土壤品質資料庫」外，亦新建置「全國土壤資訊公開網」，提供民眾一個獲取土壤知識及瞭解環境部土壤調查成果之平臺。計畫中亦協助辦理「世界土壤日」活動、系統操作說明會及專家諮詢會議等工作。",
        "eng_title": "National soil quality characteristics and concern substances investigation and management program",
        "eng_subject": "Sustainable soil quality management has become the focus of international efforts to cope with the impacts of global climate change in recent years, with corresponding strategies or laws being formulated and a great deal of resources being invested in soil quality management, such as soil conservation, soil resource surveys, soil education, and the establishment of databases. This project continues the basic soil resource investigation plan from previous years, and conducted 16 representative soil profile investigations on slopes with high human utilization, completed 54 layered soil samples for basic property analysis, to build the necessary soil characteristic parameters required for pollution transmission and risk assessment. This project completed the sampling and investigation of 209 soil persistent organic pollutant (POPs) monitoring sites, 38 livestock farms in conjunction with the Ministry of Health and Welfare (MOHFW) dioxin sampling program, and 32 parks and 15 agricultural areas for emerging soil pollutants. Most of the samples contained less than 15 ng I-TEQ\/kg of dioxin, the concentrations of other items were not abnormal or far below the administrative concentrations in other countries, and the results of the risk assessment were within acceptable limits. After analyzing the issues related to the revision of soil pollution control standards over the past decade, it is proposed to converge with the international trend of soil management strategies, adjust the benchmarks of dioxin toxicity equivalency factors for soils, coordinate with the national spatial land development policy in a zoning approach for hierarchical management, consider the actual toxicity risk of pollutants in setting standards, and increase the number of pollutants to be included in the monitoring and control of pollutants, to achieve the goal of sustainable management of soil resources. In addition to maintaining the National Soil Quality Database, this project has also established a new National Soil Information Public Website to provide a platform for the public to acquire soil knowledge and understand the results of the Ministry of the Environment's soil surveys. The project also assisted in organizing activities, such as World Soil Day, educational training, and expert consultation meetings.",
        "proj_year": "111",
        "org_name": "環管署土壤及地下水污染整治基金管理會",
        "exe_unit": "瑞昶科技股份有限公司",
        "allfileid": "https:\/\/epq.moenv.gov.tw\/ProjectDoc\/FileDownload?proj_id=1112485057",
        "publish_date": "20240131"
    }
]