環保專案成果報告查詢系統

專案計畫編號	EPA-104-HA14-03-D154
經費年度	104
計畫經費	858 千元
專案開始日期	2014/12/18
專案結束日期	2015/10/30
專案主持人	許書宗
主辦單位	回收基管會
承辦人	盛茂仁
執行單位	財團法人工業技術研究院
專案分類	廢棄物管理
中文關鍵字	太陽光電、回收、模組、再利用
英文關鍵字	Photovoltaic, Recycle, Module, Reuse
協同主持人
共同主持人
計畫聯絡人	許書宗
計畫聯絡電話	03-5743864#
計畫聯絡信箱	AndersonHsu@itri.org.tw

中文摘要	新廢電器及電子設備指令 (WEEE, 2012/19/EU) 及新電器及電子設備使用某些危害物質限制指令 (RoHS 2.0, 2011/65/EU) 已經歐盟會議修正及公告。前者目的為減少電器廢棄量，增加廢電器之再使用、及材料回收再利用率。後者以預防汙染及污染者付費為原則，限制新設備中使用有害物質及其含量，減少廢棄產品對環境的衝擊。本期計畫評估我國太陽能光電模組回收制度及回收再利用技術。首先比較歐盟與美國廢棄物回收機制及回收平台差異；其次探討國際太陽光電模組回收技術及分析歐美環境回收規範對處理廢棄模組材料的限制；最後評估我國實施太陽光電模組回收機制之可行性，並依國內環境面、經濟面、社會面及技術面作需求分析。內容共分為五章：第一章前言。第二章分析歐美太陽光電模組回收機制。第三章分析太陽光電模組回收技術規範。第四章評估我國實施太陽光電模組回收機制之可行性。第五章結論與建議。成果可提供我國草擬太陽光電模組回收制度參考，及促進未來建構我國PV廢棄模組回收平台機會。
中文關鍵字	太陽光電、回收、模組、再利用

中文摘要

新廢電器及電子設備指令 (WEEE, 2012/19/EU) 及新電器及電子設備使用某些危害物質限制指令 (RoHS 2.0, 2011/65/EU) 已經歐盟會議修正及公告。前者目的為減少電器廢棄量，增加廢電器之再使用、及材料回收再利用率。後者以預防汙染及污染者付費為原則，限制新設備中使用有害物質及其含量，減少廢棄產品對環境的衝擊。本期計畫評估我國太陽能光電模組回收制度及回收再利用技術。首先比較歐盟與美國廢棄物回收機制及回收平台差異；其次探討國際太陽光電模組回收技術及分析歐美環境回收規範對處理廢棄模組材料的限制；最後評估我國實施太陽光電模組回收機制之可行性，並依國內環境面、經濟面、社會面及技術面作需求分析。內容共分為五章：第一章前言。第二章分析歐美太陽光電模組回收機制。第三章分析太陽光電模組回收技術規範。第四章評估我國實施太陽光電模組回收機制之可行性。第五章結論與建議。成果可提供我國草擬太陽光電模組回收制度參考，及促進未來建構我國PV廢棄模組回收平台機會。

中文關鍵字

太陽光電、回收、模組、再利用

類型	檔名	檔案大小	說明	最新版公開日期
期末報告	我國太陽光電模組回收制度及回收處理再利用技術研究專案工作計畫.pdf	9MB		2016/1/1 上午 12:00:00

摘要	WEEE (2012/19/EU) and RoHS (2011/65/EU) have been announced by European Union Communique already. The first one is to decrease the waste amount of electrical equipment and increase the rate of re-use, recovery and recycle. The other one is based on the principle of polluter payment rule and avoid pollution. In order to decrease the environmental impact, RoHS limits all the new equipment composed of the hazardous substance. This work aims to study the recycling system and reusing technology for waste photovoltaic module. The first is to compare the recovery experiences from European Union and United States, especially for the recycle management system and recycle status of waste photovoltaic module in details. The second is to address the current recovery technology for c-Si and thin-film products. Next, to review the major recycle regulations, including Standards and technology documents, and focus on the handling of hazardous substances for waste photovoltaic module. Finally, results addressed the feasibility study from four topics (environment, economy, society and technology) for Taiwan’s recycle regulations of waste photovoltaic module in future. This work is divided into five chapters: Chapter one is introduction. Chapter two is to analyze the European Union and United States photovoltaic module recycling mechanism. Chapter three is to analyze photovoltaic module recycling technical specifications. Chapter four is to assess the feasibility of the photovoltaic module recycling mechanisms in Taiwan. Chapter five is conclusion and recommendation. The results shall provide a good benchmark of recycling waste photovoltaic module and achieve the opportunity to construct the waste photovoltaic recycling system in Taiwan.
英文關鍵字	Photovoltaic, Recycle, Module, Reuse

摘要

WEEE (2012/19/EU) and RoHS (2011/65/EU) have been announced by European Union Communique already. The first one is to decrease the waste amount of electrical equipment and increase the rate of re-use, recovery and recycle. The other one is based on the principle of polluter payment rule and avoid pollution. In order to decrease the environmental impact, RoHS limits all the new equipment composed of the hazardous substance. This work aims to study the recycling system and reusing technology for waste photovoltaic module. The first is to compare the recovery experiences from European Union and United States, especially for the recycle management system and recycle status of waste photovoltaic module in details. The second is to address the current recovery technology for c-Si and thin-film products. Next, to review the major recycle regulations, including Standards and technology documents, and focus on the handling of hazardous substances for waste photovoltaic module. Finally, results addressed the feasibility study from four topics (environment, economy, society and technology) for Taiwan’s recycle regulations of waste photovoltaic module in future. This work is divided into five chapters: Chapter one is introduction. Chapter two is to analyze the European Union and United States photovoltaic module recycling mechanism. Chapter three is to analyze photovoltaic module recycling technical specifications. Chapter four is to assess the feasibility of the photovoltaic module recycling mechanisms in Taiwan. Chapter five is conclusion and recommendation. The results shall provide a good benchmark of recycling waste photovoltaic module and achieve the opportunity to construct the waste photovoltaic recycling system in Taiwan.

英文關鍵字

Photovoltaic, Recycle, Module, Reuse