環境資源報告成果查詢系統

112及113年廢電子電器及資訊物品循環策略暨回收推廣交流專案工作計畫

中文摘要 本計畫配合環境部資源循環署透過「資源循環零廢棄」戰略,透過資源循環再利用,期望經濟成長與資源循環與時俱進,達成厚植回收處理技術能力與管理制度實力,達到加強一般廢棄物減量,促進資源回收;推動跨產業合作鏈結模式,促進原物料永續使用;建立多元夥伴關係,協力促進永續願景之總體目標。工作內容包含研提電子產品循環策略藍圖及指引、建立策略聯盟推動循環示範工作、推動手機及小型家電回收工作、研擬徵收補貼費率方案及辦理相關推動措施、推動電子廢棄物國際合作發展及交流工作、檢討責任物品之業者範圍及辦理廢四機逆向回收管理作業等五大項工作,以強化整體廢電子電器及資訊物品回收管理體系並提升處理體系運作成效。 計畫期間完成以下事項:完成擬定策略藍圖分為循環設計-綠色設計與生產、源頭管理-消費型態改變及市場創造、加強回收-資源回收再利用、循環再生-再生料循環利用等4大面向,並提出9項策略行動。成立循環電子產品聯盟,共計有20家業者及單位共同參與。擬定後續三大工作方向:擴大再生料使用量、延長產品使用壽命、提升產品循環度。定義了16個適用於電子產品的循環示範模式,並輔以國內外具體案例加以說明。蒐集歐、美、日手機管理模式,提出強化品牌業者手機回收管理規範。完成辦理2場次民眾手機回收活動。鑒於廢小家電回收後最終處置路徑暫無問題,但從循環利用的角度,可推廣產品維修循環路徑。針對電子產品適用綠色費率,目前已受理及審核完成3件申請案(共7款產品)。為促進廢液晶面板高值再利用,提出並完成精進補貼費率草案。更新廢物品回收處理成本,建議調整補貼費率項目有:LCD電視機、電冰箱、洗衣機、冷暖氣機、LCD顯示器、主機、印表機,其餘項目之補貼費率維持現況。建議調整徵收費率項目有:主機、顯示器、可攜式電腦等項目,其餘項目之徵收費率維持現況。國際合作發展及交流工作,透過年度會議中,發現發現部分國家如薩爾瓦多、智利、巴拿馬等,在電子廢棄物的管理上,不管是法規制定、技術能力或處理量能等均有許多發展空間,我國可與這些國家保持聯繫,藉機提供我國發展經驗加以交流。檢視現行電子電器及資訊物品列管範圍,主要針對資訊物品之平板電腦定義及範圍加註排除電信終端設備;個人電腦定義及範圍,參考近年常見申請排除列管項目,增列排除項目”數位監控攝錄影系統”。近年因節能補助政策實施,帶動回收聯單申報量大幅提升,在持續推動下,販賣業者多改以電子聯單方式領取聯單,已有效降低環保局發放紙本聯單作業。
中文關鍵字 廢電子電器、廢資訊物品、廢電子電器及資訊物品管理制度、資源回收政策

基本資訊

專案計畫編號 經費年度 112 計畫經費 17284 千元
專案開始日期 2023/07/07 專案結束日期 2024/12/25 專案主持人 廖林詮
主辦單位 循環署回收基金管理會 承辦人 林素菁 執行單位 財團法人中華經濟研究院

成果下載

類型 檔名 檔案大小 說明
期末報告 112及113年廢電子電器及資訊物品循環策略暨回收推廣交流專案工作計畫 成果報告_公開版v4(含附件).pdf 20MB 112及113年廢電子電器及資訊物品循環策略暨回收推廣交流專案工作計畫 成果報告_公開版(含附件)

2023-2024 Recycling Strategy and Promotion Project for Waste Electronics, Electrical Appliances, and IT Equipment

英文摘要 The project collaborates with the Department of Resource Circulation of the Ministry of Environment under the "Zero Waste Resource Circulation" strategy. Through resource recycling and reuse, it aims to align economic growth with evolving resource circulation, enhancing the technical capability of recycling treatment and the strength of management systems, to achieve greater reduction of general waste and promote resource recovery. The initiative also pushes for cross-industry cooperative linkage models to promote the sustainable use of raw materials and builds diverse partnerships to collaboratively advance the overarching goal of sustainability. The project includes five main tasks: developing a strategic blueprint and guidelines for electronic product circulation, establishing strategic alliances to promote circular demonstration work, promoting the recycling of mobile phones and small home appliances, drafting levy and subsidy rate plans and implementing related promotion measures, advancing international cooperation and exchange in electronic waste management, and reviewing the scope of products under responsibility and conducting reverse recycling management for four major appliances. These efforts aim to strengthen the overall management system for recycling electronic and IT equipment and improve operational effectiveness. During the project period, the following were accomplished: a strategic blueprint encompassing four main aspects was drafted—circular design focusing on green design and production, source management involving shifts in consumption patterns and market creation, enhanced recycling through resource recovery and reuse, and regeneration through the use of recycled materials—along with nine strategic actions proposed. A circular electronics alliance was formed, with participation from 20 companies and units. Three future work directions were outlined: increasing the usage of recycled materials, extending product life, and enhancing product circularity. Sixteen circular demonstration models for electronics were defined, supplemented by concrete domestic and international case studies. A study of mobile phone management models in Europe, the US, and Japan was conducted, leading to strengthened guidelines for brand companies in mobile phone recycling management. Two mobile phone collection events were successfully held for the public. Although the final disposal path for small home appliances poses no current issues, from a circular perspective, promoting product repair and reuse pathways was recommended. Concerning green rate applications for electronics, three applications (involving seven products) were accepted and reviewed. To facilitate the high-value reuse of waste LCD panels, a refined subsidy rate plan was completed and submitted. The review of recycling and processing costs recommended reducing subsidy rates for certain items: LCD TVs, refrigerators, washing machines, air conditioners, LCD monitors, mainframes, and printers, while keeping other items unchanged. Recommendations to increase levy rates included washing machines, mainframes, monitors, and portable computers, with other items remaining unchanged. International cooperation and exchange efforts, noted during annual meetings, revealed that countries such as El Salvador, Chile, and Panama have significant development potential in electronic waste management in terms of legislation, technical capabilities, and processing capacity. Taiwan could maintain contact with these nations to share development experiences. The review of the current scope of managed electronic and IT items focused on adding exclusions for telecom terminal equipment under tablet definitions and scope. The definition and scope of personal computers were expanded to include commonly requested exclusions, adding "digital surveillance and recording systems" as an exclusion. Recent implementation of energy subsidy policies led to a significant increase in recycling declaration volumes, with more retailers shifting to electronic declaration methods, effectively reducing the environmental bureau’s paper-based issuance of recycling tickets.
英文關鍵字 Waste home appliances, Waste IT equipment, E-waste management, Resource recovery policy