環保專案成果報告查詢系統

專案計畫編號
經費年度	112
計畫經費	21,450 千元
預算科目	科技發展-淨零排放科技
專案開始日期	2023/02/21
專案結束日期	2023/12/15
專案主持人	李晨宇
主辦單位	循環署循環處理組
承辦人	吳郁煌
執行單位	財團法人塑膠工業技術發展中心
專案分類	廢棄物管理
中文關鍵字	化學回收、物理回收、電子廢棄物
英文關鍵字	Chemical recycling, physical recycling, electronic waste
協同主持人
共同主持人
計畫聯絡人	甘雅如
計畫聯絡電話	04-23595900#219
計畫聯絡信箱	yalu83@pidc.org.tw

中文摘要	本計畫(一)化學回收評估配套-塑膠檢測資料建立，首先匯整全球化學回收技術和泛用塑膠處理法，以期許將來可為國內回收政策擬定參考，計畫執行期間藉由業者深度訪談掌握聚酯廢棄物處理量能及解聚技術應用，瞭解國內現況、實際取樣並送專業實驗室進行物化性檢測，所得結果匯入資料庫後續供業者媒合應用。另辦理化學回收資源循環研討會，透過專題演講、意見分享及交流，提升國內業者投入化學回收意願，最後採「搖籃到大門」模式比較原生料、物理法再生料和化學法再生料的碳足跡，以連結產業淨零碳排放的政策目標和趨勢發展；(二)建構塑膠物理回收之化學/物理材料改質技術，完成「物流業包裝緩衝材廢塑膠研析報告」及「傳統減容技術之減容效率與減容後純度」兩份報告，內容包括常用物流包裝緩衝材之材質種類、回收方法、減容技術、業者訪談及國內包材循環流程等資料整理；本計畫所開發之再生塑膠改質及減容技術，在材料改質方向面是以押出製程為主，減容則以綠色溶劑為主。於包裝資材再生可行性評估之工作項目，已完成物流包裝製造業、回收清運業及再生材料共6家業者訪談，並將民生廢棄塑膠包材導入國內再生業者進行循環再利用，以建立出具循環價值之產業鏈結。
中文關鍵字	化學回收、物理回收、電子廢棄物

中文摘要

本計畫(一)化學回收評估配套-塑膠檢測資料建立，首先匯整全球化學回收技術和泛用塑膠處理法，以期許將來可為國內回收政策擬定參考，計畫執行期間藉由業者深度訪談掌握聚酯廢棄物處理量能及解聚技術應用，瞭解國內現況、實際取樣並送專業實驗室進行物化性檢測，所得結果匯入資料庫後續供業者媒合應用。另辦理化學回收資源循環研討會，透過專題演講、意見分享及交流，提升國內業者投入化學回收意願，最後採「搖籃到大門」模式比較原生料、物理法再生料和化學法再生料的碳足跡，以連結產業淨零碳排放的政策目標和趨勢發展；(二)建構塑膠物理回收之化學/物理材料改質技術，完成「物流業包裝緩衝材廢塑膠研析報告」及「傳統減容技術之減容效率與減容後純度」兩份報告，內容包括常用物流包裝緩衝材之材質種類、回收方法、減容技術、業者訪談及國內包材循環流程等資料整理；本計畫所開發之再生塑膠改質及減容技術，在材料改質方向面是以押出製程為主，減容則以綠色溶劑為主。於包裝資材再生可行性評估之工作項目，已完成物流包裝製造業、回收清運業及再生材料共6家業者訪談，並將民生廢棄塑膠包材導入國內再生業者進行循環再利用，以建立出具循環價值之產業鏈結。

中文關鍵字

化學回收、物理回收、電子廢棄物

類型	檔名	檔案大小	說明	最新版公開日期
期末報告	112年「建構塑膠化學回收及材料改質技術計畫(第一年)」期末報告_驗收版-資訊平台版.pdf	12MB		2024/2/29 上午 12:00:00

摘要	This project has two main components: Project Title: Chemical Recycling Evaluation - The Establishment of Waste Plastic Testing Database. In this project, the primary objectives are to compile global chemical recycling technologies and general plastic processing methods. The goal is to provide a basis for future domestic recycling policy development. During the project's execution, in-depth interviews with industry stakeholders have been conducted to gather insights into polyester waste processing capacity and the application of depolymerization technology. This process will help with a better understanding of the current domestic landscape of technic and involve practical sampling, which will be followed by professional laboratory testing of the physicochemical properties. The results will be integrated into a database for the promotion and the matching of applications of the enterprises. Additionally, a chemical recycling seminar has been organized, featuring thematic presentations and sharing to enhance the willingness of domestic industry stakeholders to be involved in the development of chemical recycling. Lastly, a "cradle-to-gate" approach has been employed to compare the carbon footprint of raw materials, physical recycling materials, and chemical recycling materials to link to the target of the policy and trend toward Net Zero Carbon Emissions in industry. Construction of Chemical/Physical Material Modification Techniques for Plastic Physical Recycling: The project has completed two reports: "Analysis of Waste Plastic in Logistics Packaging Buffer Materials in the Logistics Industry" and "Efficiency and Purity after Volume Reduction of Traditional Techniques." These reports include data compilation on the types of materials commonly used in logistics packaging buffer materials, recycling methods, volume reduction techniques, interviews with industry players, and domestic material recycling processes. The project focuses on material modification through the extrusion process and volume reduction primarily using green solvents, both of which have undergone initial testing. Feasibility assessments for recycling packaging materials involve interviews with six stakeholders in the logistics packaging manufacturing industry, recycling and transportation industry, and recycled material manufacturing industry, with a focus on reusing materials and integrating domestic plastic packaging waste into the recycling system to achieve industry collaboration.
英文關鍵字	Chemical recycling, physical recycling, electronic waste

摘要

This project has two main components: Project Title: Chemical Recycling Evaluation - The Establishment of Waste Plastic Testing Database. In this project, the primary objectives are to compile global chemical recycling technologies and general plastic processing methods. The goal is to provide a basis for future domestic recycling policy development. During the project's execution, in-depth interviews with industry stakeholders have been conducted to gather insights into polyester waste processing capacity and the application of depolymerization technology. This process will help with a better understanding of the current domestic landscape of technic and involve practical sampling, which will be followed by professional laboratory testing of the physicochemical properties. The results will be integrated into a database for the promotion and the matching of applications of the enterprises. Additionally, a chemical recycling seminar has been organized, featuring thematic presentations and sharing to enhance the willingness of domestic industry stakeholders to be involved in the development of chemical recycling. Lastly, a "cradle-to-gate" approach has been employed to compare the carbon footprint of raw materials, physical recycling materials, and chemical recycling materials to link to the target of the policy and trend toward Net Zero Carbon Emissions in industry. Construction of Chemical/Physical Material Modification Techniques for Plastic Physical Recycling: The project has completed two reports: "Analysis of Waste Plastic in Logistics Packaging Buffer Materials in the Logistics Industry" and "Efficiency and Purity after Volume Reduction of Traditional Techniques." These reports include data compilation on the types of materials commonly used in logistics packaging buffer materials, recycling methods, volume reduction techniques, interviews with industry players, and domestic material recycling processes. The project focuses on material modification through the extrusion process and volume reduction primarily using green solvents, both of which have undergone initial testing. Feasibility assessments for recycling packaging materials involve interviews with six stakeholders in the logistics packaging manufacturing industry, recycling and transportation industry, and recycled material manufacturing industry, with a focus on reusing materials and integrating domestic plastic packaging waste into the recycling system to achieve industry collaboration.

英文關鍵字

Chemical recycling, physical recycling, electronic waste