環保專案成果報告查詢系統

專案計畫編號
經費年度	113
計畫經費	9,600 千元
預算科目	淨零排放科技-資源循環減碳技術計畫
專案開始日期	2024/04/11
專案結束日期	2024/12/15
專案主持人	陳范倫
主辦單位	循環署回收基金管理會
承辦人	謝懷廣
執行單位	財團法人工業技術研究院
專案分類	資源循環
中文關鍵字	資源循環業、減碳技術、產品型碳足跡
英文關鍵字	Resource Circulation Industry, Carbon Reduction Technologies, Product Carbon Footprint
協同主持人
共同主持人
計畫聯絡人	許震洋
計畫聯絡電話	03-5916853
計畫聯絡信箱	ambrosehsu@itri.org.tw

中文摘要	本計畫協助資源循環署彙整資源循環業碳管理結果，完成資源循環業113年710家次的業者碳管理數據的品保品管分析（應回收廢棄物回收業及處理業508家、公民營清除處理機構202家）。針對回收處理業、公民營清除處理機構產業別碳排放量分析，說明碳排佔比，聚焦主要排放源，提出減降低碳排放之建議。同時比較112年及113年碳管理成果交叉分析，繪製各材質每單位處理量的碳排放當量。回收業及處理業方面以範疇一為主占整體碳排放量為51.57%；範疇二占整體碳排放量為48.43%。以處理業來看，以外購電力為主56.19%，其次為固定排放源31.78%。公民營清除處理機構方面以範疇一為主，占整體碳排放量為77.52%；範疇二占整體碳排放量為22.48%。另外，報告內容提出我國資源循環產業碳背景、減碳論述及方向，以「碳管理及自主健檢」「升級設備製程減碳」「驗證再生料碳足跡」減碳推進方式，提出四年工作藍圖，第一年為「觀念教育時期」、第二年為「減碳擴散時期」、第三年為「自主要求時期」、第四年為「減碳檢核時期」。在國際資料蒐集部分，執行10類應回收廢棄物廢塑膠容器及農藥容器、廢鉛蓄電池、廢鐵容器及廢機動車輛、廢鋁容器、廢乾電池、廢電子電器及廢資訊物品、廢照明光源、2類事業廢棄物無機污泥-熱處理（除焚化處理外）以及有機污泥-熱處理（除焚化處理外）之蒐集國內外低碳製程相關技術。國際資料包含亞洲（日本、中國大陸）、歐洲（奧地利、法國、英國、德國、比利時、挪威、德國、瑞士）、美洲（美國、加拿大）。並提出我國可能採行優化方案提出建議，分析評估現行製程優化及採用低碳先進技術之可行性，附國內外技術精進對照表，並於11月完成提送建議報告。在辦理應用科技方法輔導產業導入減碳製程前，本計畫在桃園市113年5月20日及高雄市113年5月17日完成2場次低碳製程技術輔導說明會，共有47人參加。其中，有22家業者提出願意接受電力感測器布建及節能輔導。實踐應用在4類材質（廢塑膠容器、廢機動車輛及廢鐵容器、廢乾電池）及2類事業廢棄物處理機構示範案例。分別為113年5月28日、5月29日、6月19日、7月3日、7月23日，完成2家公民營處理機構、3家應回收廢棄物處理業，布建40台製程的設備，使用120顆電力感測器，並執行電力耗用分析情形，維運至少6個月以上，於9月23日、10月9日、10月16日、10月25日、10月28日執行5家資源循環業專家進廠輔導，討論並提供節能減碳建議。本計畫推動的電力感測器帶給廠商3項作為，分別為「行為改善執行減碳」「推動低碳設備」「發現異常操作」，協助達到節能減碳與提升設備安全及穩定性。透過上述3項作為經輔導的廠商，對比去年碳排放資料，整體有約1.3%至11.8%減碳成果。此外，本計畫持續追蹤112年電力感測器輔導的廠商減碳情形，經專家建議「破碎機啟動和開關時耗電量較高，是否該設備使用年限已到期」。廠商依據專家的建議，更換破碎刀頭及馬達軸承，分別節能49.8％以及節能7.7％，追蹤廠商提供之每月電力度數，改善後整體節電23%。本計畫整合過去已建置再生料碳足跡係數以及資源回收管理資訊系統「受補貼處理機構出廠物料淨重」，提出公告應回收廢棄物再生料更新數量為57種，並建議分4年完成。於再生料碳足跡與環境足跡計算部分，本計畫於台中市113年5月16日完成辦理1場次再生料產品碳足跡輔導推廣說明會，有22人參加。有9家業者提出願意接受再生料產品碳足跡輔導。本年度完成廢塑膠容器及廢乾電池2項材質的再生料碳足跡計算，共10種（廢PET瓶片、廢PE瓶片、廢PP瓶片、廢PS瓶片、廢PVC瓶片、鐵、鋅、二氧化錳、碳粉、非鐵金屬），及碳足跡產品類別規則及產品週期流程圖，並推估再生料全數取代原生料的減碳效益。今年度輔導廢塑膠容器及廢乾電池的再生料碳足跡的主要熱點集中在用電量，建議各處理業者針對主要排放熱點（如高耗電設備）進行優化和技術更新。以今年度協助業者B應用科技方法（電力感測器）輔導產業導入減碳製程，若完成改善後每年可省下208,800度電，再生料碳足跡可進一步降低，整體碳足跡減少幅度達1.96%至2.81%。行政支援方面，本計畫完成3場次季度會議，輔助資源循環署督導及協調子項計畫，完成北中南共3場次113年資源循環業碳管理及低碳製程技術成果說明會，每場超過40人共計125人次參加。
中文關鍵字	資源循環業、減碳技術、產品型碳足跡

中文摘要

本計畫協助資源循環署彙整資源循環業碳管理結果，完成資源循環業113年710家次的業者碳管理數據的品保品管分析（應回收廢棄物回收業及處理業508家、公民營清除處理機構202家）。針對回收處理業、公民營清除處理機構產業別碳排放量分析，說明碳排佔比，聚焦主要排放源，提出減降低碳排放之建議。同時比較112年及113年碳管理成果交叉分析，繪製各材質每單位處理量的碳排放當量。回收業及處理業方面以範疇一為主占整體碳排放量為51.57%；範疇二占整體碳排放量為48.43%。以處理業來看，以外購電力為主56.19%，其次為固定排放源31.78%。公民營清除處理機構方面以範疇一為主，占整體碳排放量為77.52%；範疇二占整體碳排放量為22.48%。另外，報告內容提出我國資源循環產業碳背景、減碳論述及方向，以「碳管理及自主健檢」「升級設備製程減碳」「驗證再生料碳足跡」減碳推進方式，提出四年工作藍圖，第一年為「觀念教育時期」、第二年為「減碳擴散時期」、第三年為「自主要求時期」、第四年為「減碳檢核時期」。在國際資料蒐集部分，執行10類應回收廢棄物廢塑膠容器及農藥容器、廢鉛蓄電池、廢鐵容器及廢機動車輛、廢鋁容器、廢乾電池、廢電子電器及廢資訊物品、廢照明光源、2類事業廢棄物無機污泥-熱處理（除焚化處理外）以及有機污泥-熱處理（除焚化處理外）之蒐集國內外低碳製程相關技術。國際資料包含亞洲（日本、中國大陸）、歐洲（奧地利、法國、英國、德國、比利時、挪威、德國、瑞士）、美洲（美國、加拿大）。並提出我國可能採行優化方案提出建議，分析評估現行製程優化及採用低碳先進技術之可行性，附國內外技術精進對照表，並於11月完成提送建議報告。在辦理應用科技方法輔導產業導入減碳製程前，本計畫在桃園市113年5月20日及高雄市113年5月17日完成2場次低碳製程技術輔導說明會，共有47人參加。其中，有22家業者提出願意接受電力感測器布建及節能輔導。實踐應用在4類材質（廢塑膠容器、廢機動車輛及廢鐵容器、廢乾電池）及2類事業廢棄物處理機構示範案例。分別為113年5月28日、5月29日、6月19日、7月3日、7月23日，完成2家公民營處理機構、3家應回收廢棄物處理業，布建40台製程的設備，使用120顆電力感測器，並執行電力耗用分析情形，維運至少6個月以上，於9月23日、10月9日、10月16日、10月25日、10月28日執行5家資源循環業專家進廠輔導，討論並提供節能減碳建議。本計畫推動的電力感測器帶給廠商3項作為，分別為「行為改善執行減碳」「推動低碳設備」「發現異常操作」，協助達到節能減碳與提升設備安全及穩定性。透過上述3項作為經輔導的廠商，對比去年碳排放資料，整體有約1.3%至11.8%減碳成果。此外，本計畫持續追蹤112年電力感測器輔導的廠商減碳情形，經專家建議「破碎機啟動和開關時耗電量較高，是否該設備使用年限已到期」。廠商依據專家的建議，更換破碎刀頭及馬達軸承，分別節能49.8％以及節能7.7％，追蹤廠商提供之每月電力度數，改善後整體節電23%。本計畫整合過去已建置再生料碳足跡係數以及資源回收管理資訊系統「受補貼處理機構出廠物料淨重」，提出公告應回收廢棄物再生料更新數量為57種，並建議分4年完成。於再生料碳足跡與環境足跡計算部分，本計畫於台中市113年5月16日完成辦理1場次再生料產品碳足跡輔導推廣說明會，有22人參加。有9家業者提出願意接受再生料產品碳足跡輔導。本年度完成廢塑膠容器及廢乾電池2項材質的再生料碳足跡計算，共10種（廢PET瓶片、廢PE瓶片、廢PP瓶片、廢PS瓶片、廢PVC瓶片、鐵、鋅、二氧化錳、碳粉、非鐵金屬），及碳足跡產品類別規則及產品週期流程圖，並推估再生料全數取代原生料的減碳效益。今年度輔導廢塑膠容器及廢乾電池的再生料碳足跡的主要熱點集中在用電量，建議各處理業者針對主要排放熱點（如高耗電設備）進行優化和技術更新。以今年度協助業者B應用科技方法（電力感測器）輔導產業導入減碳製程，若完成改善後每年可省下208,800度電，再生料碳足跡可進一步降低，整體碳足跡減少幅度達1.96%至2.81%。行政支援方面，本計畫完成3場次季度會議，輔助資源循環署督導及協調子項計畫，完成北中南共3場次113年資源循環業碳管理及低碳製程技術成果說明會，每場超過40人共計125人次參加。

中文關鍵字

資源循環業、減碳技術、產品型碳足跡

類型	檔名	檔案大小	說明	最新版公開日期
期末報告	發展資源循環業低碳製程及認證技術計畫（第二年）_成果報告_定稿版(本文).pdf	28MB		2025/2/28 上午 12:00:00

摘要	This project assisted the Resource Circulation Administration (RECA) in compiling carbon management results for the resource circulation industry, completing quality assurance and control analyses of carbon management data for 710 businesses in 2024. These included 508 recycling and processing businesses for designated recyclable waste and 202 public or private waste clearance organizations. Carbon emission analyses identified major emission sources and provided reduction recommendations. A comparative analysis of carbon management results for 2023 and 2024 highlighted emissions per unit of processed material. Scope 1 emissions for recycling and processing businesses were 51.57% of total emissions, while Scope 2 emissions were 48.43%. Purchased electricity (56.19%) and fixed emission sources (31.78%) were the main contributors for processing businesses. Public and private clearance organizations showed Scope 1 emissions at 77.52% and Scope 2 at 22.48%. The report emphasized "carbon management and self-assessment," "equipment and process upgrades," and "recycled content carbon footprint verification" as key strategies, presenting a four-year blueprint: the "conceptual education period" (year one), "carbon reduction diffusion period" (year two), "self-driven requirement period" (year three), and "carbon reduction inspection period" (year four). For international benchmarking, data on 10 types of designated recyclable waste (e.g., plastic and pesticide containers, lead-acid batteries, motor vehicles) and associated low-carbon technologies were collected from Taiwan and abroad. International examples from Asia, Europe, and the Americas were compared to propose feasible optimization schemes for Taiwan. Recommendations, including advanced low-carbon technologies, were submitted in November 2024. To promote technology adoption, two low-carbon process guidance sessions were held in Taoyuan and Kaohsiung on May 17 and 20, 2024, with 47 participants, of whom 22 businesses expressed interest in adopting power tabs and energy-saving measures. Demonstration cases targeted four material categories (plastic containers, motor vehicles, iron containers, and dry batteries) and two types of waste disposal businesses. Demonstrations were conducted between May and July 2024, deploying 40 pieces of process equipment and installing 120 power tabs for energy consumption analysis. Maintenance and monitoring spanned six months, and expert guidance was provided to five businesses between September and October 2024. Key outcomes included behavioral changes, promotion of low-carbon equipment, and identification of operational anomalies, resulting in 1.3% to 11.8% reductions in emissions compared to 2023 levels. For instance, businesses addressing high-energy-consuming shredders achieved significant energy savings after equipment upgrades, cutting electricity use by 23% overall. Recycled content carbon footprint calculations were conducted for waste plastic containers and dry batteries, covering materials such as PET, PE, PP, PS, PVC bottle flakes, iron, zinc, and others. Carbon footprint product category rules and life cycle flowcharts were developed. The project highlighted electricity usage as the main hot spot and recommended optimizing high-energy-consuming equipment. Industry B’s improvements, including power tab application, projected annual electricity savings of 208,800 kWh and a recycled content carbon footprint reduction of 1.96% to 2.81%. Administrative support included three quarterly meetings to assist RECA with sub-project supervision and coordination, and three regional briefings with 125 participants to present carbon management and low-carbon process outcomes. Additionally, a promotion session for recycled content product carbon footprints was held on May 16, 2024, in Taichung City, with 22 participants, leading to interest from nine businesses. The project’s integrated approach, combining data analysis, technological demonstrations, and international benchmarking, advanced the resource circulation industry’s capacity for carbon reduction while fostering energy efficiency and sustainability.
英文關鍵字	Resource Circulation Industry, Carbon Reduction Technologies, Product Carbon Footprint

摘要

This project assisted the Resource Circulation Administration (RECA) in compiling carbon management results for the resource circulation industry, completing quality assurance and control analyses of carbon management data for 710 businesses in 2024. These included 508 recycling and processing businesses for designated recyclable waste and 202 public or private waste clearance organizations. Carbon emission analyses identified major emission sources and provided reduction recommendations. A comparative analysis of carbon management results for 2023 and 2024 highlighted emissions per unit of processed material. Scope 1 emissions for recycling and processing businesses were 51.57% of total emissions, while Scope 2 emissions were 48.43%. Purchased electricity (56.19%) and fixed emission sources (31.78%) were the main contributors for processing businesses. Public and private clearance organizations showed Scope 1 emissions at 77.52% and Scope 2 at 22.48%. The report emphasized "carbon management and self-assessment," "equipment and process upgrades," and "recycled content carbon footprint verification" as key strategies, presenting a four-year blueprint: the "conceptual education period" (year one), "carbon reduction diffusion period" (year two), "self-driven requirement period" (year three), and "carbon reduction inspection period" (year four). For international benchmarking, data on 10 types of designated recyclable waste (e.g., plastic and pesticide containers, lead-acid batteries, motor vehicles) and associated low-carbon technologies were collected from Taiwan and abroad. International examples from Asia, Europe, and the Americas were compared to propose feasible optimization schemes for Taiwan. Recommendations, including advanced low-carbon technologies, were submitted in November 2024. To promote technology adoption, two low-carbon process guidance sessions were held in Taoyuan and Kaohsiung on May 17 and 20, 2024, with 47 participants, of whom 22 businesses expressed interest in adopting power tabs and energy-saving measures. Demonstration cases targeted four material categories (plastic containers, motor vehicles, iron containers, and dry batteries) and two types of waste disposal businesses. Demonstrations were conducted between May and July 2024, deploying 40 pieces of process equipment and installing 120 power tabs for energy consumption analysis. Maintenance and monitoring spanned six months, and expert guidance was provided to five businesses between September and October 2024. Key outcomes included behavioral changes, promotion of low-carbon equipment, and identification of operational anomalies, resulting in 1.3% to 11.8% reductions in emissions compared to 2023 levels. For instance, businesses addressing high-energy-consuming shredders achieved significant energy savings after equipment upgrades, cutting electricity use by 23% overall. Recycled content carbon footprint calculations were conducted for waste plastic containers and dry batteries, covering materials such as PET, PE, PP, PS, PVC bottle flakes, iron, zinc, and others. Carbon footprint product category rules and life cycle flowcharts were developed. The project highlighted electricity usage as the main hot spot and recommended optimizing high-energy-consuming equipment. Industry B’s improvements, including power tab application, projected annual electricity savings of 208,800 kWh and a recycled content carbon footprint reduction of 1.96% to 2.81%. Administrative support included three quarterly meetings to assist RECA with sub-project supervision and coordination, and three regional briefings with 125 participants to present carbon management and low-carbon process outcomes. Additionally, a promotion session for recycled content product carbon footprints was held on May 16, 2024, in Taichung City, with 22 participants, leading to interest from nine businesses. The project’s integrated approach, combining data analysis, technological demonstrations, and international benchmarking, advanced the resource circulation industry’s capacity for carbon reduction while fostering energy efficiency and sustainability.

英文關鍵字

Resource Circulation Industry, Carbon Reduction Technologies, Product Carbon Footprint