環保專案成果報告查詢系統

專案計畫編號	112AB016
經費年度	112
計畫經費	14,765 千元
預算科目	科技發展-淨零排放科技
專案開始日期	2023/03/08
專案結束日期	2023/12/15
專案主持人	林欣蓉
主辦單位	循環署回收基金管理會
承辦人	鄭秋萍
執行單位	財團法人工業技術研究院
專案分類	資源循環、科技計畫
中文關鍵字	鋰電池、鋰電池回收、磷酸鋰鐵電池
英文關鍵字	Lithium-ion battery, lithium-ion battery recycling, lithium-iron phosphate battery
協同主持人	方家振
共同主持人
計畫聯絡人	林欣蓉
計畫聯絡電話	03-5915215#
計畫聯絡信箱	hsinjung@itri.org.tw

中文摘要	我國於2022年3月發布「臺灣2050淨零排放路徑及策略」，提出「十二項關鍵戰略」，環境部對此擬訂「戰略8-資源循環零廢棄關鍵戰略行動計畫」，電動運具及儲能使用之鋰電池屬關鍵項目之一。歐盟新《電池法》（Batteries Regulation）於2023年8月17日正式生效。為了完整利用珍貴資源，避免廢電池污染，法案將對在歐洲銷售或流通的電池生產、使用、回收的全生命週期進行監管，涵蓋了電池分類、碳足跡、電化學性能和耐久性、電池設計、回收利用等方面的要求，對於電池重要原料的回收比例也有相關要求。此將會是國內電池廠能否成功出口歐洲的關鍵。同時，隨著電動車及儲能產業近幾年快速發展，預估未來2-3年將迎來鋰電池大規模退役潮，基於環境保護及原物料需求，近幾年國內針對電池回收的需求也顯著提升，為此，我國應密切關注國際鋰電池循環產業趨勢，並及早因應鋰電池循環之對策。故提出本計畫「發展廢鋰電池高值循環技術與打造國內自主循環產業鏈體系」，建立磷酸鋰鐵電池高值循環技術與電化學與材料分析測試驗證程序，透過本計畫所開發之低碳高值循環技術可回復有效電容量高於90%；針對國內廢鋰電池處理技術能量之提升，透過交流訪視方式串聯鋰電池上、中、下游廠商以及電池回收再利用廠商打造國內自主循環產業鏈體系；透過研討會、專家諮詢會議等舉辦進行差別費率標準、再生料標章設置與管理機制進行規範；同步掌握歐盟法規推動現況、國際鋰電池回收技術調研、再生料市場以及國際回收管理模式盤點與分析，針對不同廢鋰電池回收模式之進行環境效益與減碳效益評估，同時建置電池影像辨識系統，累積200筆以上數據資料，可利用AI模型技術依據所建立之資料庫對不同廠牌電池進行初步光學選別之訓練，電池辨識度提升有助於提高後端回收處理程序之效率。透過本計畫建立磷酸鋰鐵正極循環再利用技術，並與國內鋰電池循環產業強化互動，提升國內循環高值化技術，透過差別費率與配套措施擬定，打造國內自主循環產業鏈體系。
中文關鍵字	鋰電池、鋰電池回收、磷酸鋰鐵電池

中文摘要

我國於2022年3月發布「臺灣2050淨零排放路徑及策略」，提出「十二項關鍵戰略」，環境部對此擬訂「戰略8-資源循環零廢棄關鍵戰略行動計畫」，電動運具及儲能使用之鋰電池屬關鍵項目之一。歐盟新《電池法》（Batteries Regulation）於2023年8月17日正式生效。為了完整利用珍貴資源，避免廢電池污染，法案將對在歐洲銷售或流通的電池生產、使用、回收的全生命週期進行監管，涵蓋了電池分類、碳足跡、電化學性能和耐久性、電池設計、回收利用等方面的要求，對於電池重要原料的回收比例也有相關要求。此將會是國內電池廠能否成功出口歐洲的關鍵。同時，隨著電動車及儲能產業近幾年快速發展，預估未來2-3年將迎來鋰電池大規模退役潮，基於環境保護及原物料需求，近幾年國內針對電池回收的需求也顯著提升，為此，我國應密切關注國際鋰電池循環產業趨勢，並及早因應鋰電池循環之對策。故提出本計畫「發展廢鋰電池高值循環技術與打造國內自主循環產業鏈體系」，建立磷酸鋰鐵電池高值循環技術與電化學與材料分析測試驗證程序，透過本計畫所開發之低碳高值循環技術可回復有效電容量高於90%；針對國內廢鋰電池處理技術能量之提升，透過交流訪視方式串聯鋰電池上、中、下游廠商以及電池回收再利用廠商打造國內自主循環產業鏈體系；透過研討會、專家諮詢會議等舉辦進行差別費率標準、再生料標章設置與管理機制進行規範；同步掌握歐盟法規推動現況、國際鋰電池回收技術調研、再生料市場以及國際回收管理模式盤點與分析，針對不同廢鋰電池回收模式之進行環境效益與減碳效益評估，同時建置電池影像辨識系統，累積200筆以上數據資料，可利用AI模型技術依據所建立之資料庫對不同廠牌電池進行初步光學選別之訓練，電池辨識度提升有助於提高後端回收處理程序之效率。透過本計畫建立磷酸鋰鐵正極循環再利用技術，並與國內鋰電池循環產業強化互動，提升國內循環高值化技術，透過差別費率與配套措施擬定，打造國內自主循環產業鏈體系。

中文關鍵字

鋰電池、鋰電池回收、磷酸鋰鐵電池

類型	檔名	檔案大小	說明	最新版公開日期
期末報告	112環境部資源循環署成果報告-112AB016(公開版).pdf	14MB	公開版	2024/3/2 上午 12:00:00

摘要	In March 2022, our country released the "Taiwan 2050 Net-Zero Emission Pathway and Strategy" and proposed "Twelve Key Strategies". In response, the Ministry of Environment formulated the "Strategy 8-Resource Cycle Zero Waste Key Strategic Action Plan". Electric vehicles Lithium batteries used for energy storage are one of the key items. The EU’s new Batteries Regulation will officially come into effect on August 17, 2023. In order to fully utilize precious resources and avoid waste battery pollution, the bill will regulate the entire life cycle of the production, use, and recycling of batteries sold or circulated in Europe, covering battery classification, carbon footprint, electrochemical performance and durability, and battery design. , recycling and other aspects, there are also relevant requirements for the recycling ratio of important battery raw materials. This will be the key to whether domestic battery factories can successfully export to Europe. At the same time, with the rapid development of electric vehicles and energy storage industries in recent years, it is estimated that there will be a large-scale retirement of lithium batteries in the next 2-3 years. Based on environmental protection and raw material demand, domestic demand for battery recycling has increased in recent years. It has also improved significantly. For this reason, our country should pay close attention to the international lithium battery recycling industry trends and respond to lithium battery recycling countermeasures as soon as possible. Therefore, this plan is proposed to "develop high-value recycling technology for waste lithium batteries and create a domestic independent recycling industry chain system" to establish high-value recycling technology for lithium iron phosphate batteries and electrochemical and material analysis testing and verification procedures developed through this project. The low-carbon and high-value recycling technology can restore more than 90% of the effective capacity; in view of the improvement of domestic waste lithium battery processing technology, through exchanges and visits, the upstream, mid-stream and downstream manufacturers of lithium batteries and battery recycling manufacturers are connected in series to create a domestic Autonomous recycling industry chain system; standardize differential rate standards, recycled material label setting and management mechanisms through seminars, expert consultation meetings, etc.; simultaneously understand the current status of EU regulations promotion, international lithium battery recycling technology research, recycled materials Inventory and analysis of market and international recycling management models, and assessment of environmental benefits and carbon reduction benefits of different waste lithium battery recycling models. At the same time, a battery image recognition system has been built to accumulate more than 200 pieces of data, which can be established based on AI model technology. The database conducts preliminary optical selection training on batteries of different brands. The improved battery identification will help improve the efficiency of the back-end recycling process. Through this project, we will establish lithium iron phosphate cathode recycling technology, strengthen interaction with the domestic lithium battery recycling industry, enhance domestic recycling high-value technology, and create a domestic independent recycling industry chain system through differential rates and supporting measures.
英文關鍵字	Lithium-ion battery, lithium-ion battery recycling, lithium-iron phosphate battery

摘要

In March 2022, our country released the "Taiwan 2050 Net-Zero Emission Pathway and Strategy" and proposed "Twelve Key Strategies". In response, the Ministry of Environment formulated the "Strategy 8-Resource Cycle Zero Waste Key Strategic Action Plan". Electric vehicles Lithium batteries used for energy storage are one of the key items. The EU’s new Batteries Regulation will officially come into effect on August 17, 2023. In order to fully utilize precious resources and avoid waste battery pollution, the bill will regulate the entire life cycle of the production, use, and recycling of batteries sold or circulated in Europe, covering battery classification, carbon footprint, electrochemical performance and durability, and battery design. , recycling and other aspects, there are also relevant requirements for the recycling ratio of important battery raw materials. This will be the key to whether domestic battery factories can successfully export to Europe. At the same time, with the rapid development of electric vehicles and energy storage industries in recent years, it is estimated that there will be a large-scale retirement of lithium batteries in the next 2-3 years. Based on environmental protection and raw material demand, domestic demand for battery recycling has increased in recent years. It has also improved significantly. For this reason, our country should pay close attention to the international lithium battery recycling industry trends and respond to lithium battery recycling countermeasures as soon as possible. Therefore, this plan is proposed to "develop high-value recycling technology for waste lithium batteries and create a domestic independent recycling industry chain system" to establish high-value recycling technology for lithium iron phosphate batteries and electrochemical and material analysis testing and verification procedures developed through this project. The low-carbon and high-value recycling technology can restore more than 90% of the effective capacity; in view of the improvement of domestic waste lithium battery processing technology, through exchanges and visits, the upstream, mid-stream and downstream manufacturers of lithium batteries and battery recycling manufacturers are connected in series to create a domestic Autonomous recycling industry chain system; standardize differential rate standards, recycled material label setting and management mechanisms through seminars, expert consultation meetings, etc.; simultaneously understand the current status of EU regulations promotion, international lithium battery recycling technology research, recycled materials Inventory and analysis of market and international recycling management models, and assessment of environmental benefits and carbon reduction benefits of different waste lithium battery recycling models. At the same time, a battery image recognition system has been built to accumulate more than 200 pieces of data, which can be established based on AI model technology. The database conducts preliminary optical selection training on batteries of different brands. The improved battery identification will help improve the efficiency of the back-end recycling process. Through this project, we will establish lithium iron phosphate cathode recycling technology, strengthen interaction with the domestic lithium battery recycling industry, enhance domestic recycling high-value technology, and create a domestic independent recycling industry chain system through differential rates and supporting measures.

英文關鍵字

Lithium-ion battery, lithium-ion battery recycling, lithium-iron phosphate battery