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	1,790 千元
預算科目	廢棄物管理-資源循環再利用
專案開始日期	2023/12/25
專案結束日期	2024/06/30
專案主持人	朱順傑
主辦單位	循環署循環處理組
承辦人	簡鈺晴
執行單位	業興環境科技股份有限公司
專案分類	資源循環
中文關鍵字	資源循環零廢棄、最適可行循環技術、資源循環效益
英文關鍵字	Resource circulation and zero waste, Best Available Recirculation Technology, Resource circulation benefits
協同主持人	游勝傑
共同主持人
計畫聯絡人	翁健修
計畫聯絡電話	02-27691002#132
計畫聯絡信箱	chweng@setl.com.tw

中文摘要	因應「資源循環促進法」(下稱促進法)草案立法將「廢棄物清理法」及「資源回收再利用法」兩法合一，將再利用統一事權由環境部管理，為精進再利用效益及促進資源循環，本計畫規劃最適可行循環制度，作為促進法公告事業製程廢棄物應採用最適可行循環技術之制度。本計畫蒐研4類國內外相關環保或廢棄物循環法規或制度、7國相關環境技術查證、台灣三階段土水技術證明核發制度、綠色工廠標章制度、資源再生綠色產品制度等作為最適可行循環制度研擬參考。本計畫辦理專諮會6場次及產業訪視2場次，徵詢專家學者及業界意見，以廢氫氟酸為例，研提最適可行循環制度定義、目的、適用對象、可行技術評比及成果規劃、公告形式、推動方式、配套等，並評析可能挑戰與對策、可行性及效益。另蒐集關鍵物料及其再利用之成熟商業技術，研提可行循環技術推動路徑及藍圖。
中文關鍵字	資源循環零廢棄、最適可行循環技術、資源循環效益

中文摘要

因應「資源循環促進法」(下稱促進法)草案立法將「廢棄物清理法」及「資源回收再利用法」兩法合一，將再利用統一事權由環境部管理，為精進再利用效益及促進資源循環，本計畫規劃最適可行循環制度，作為促進法公告事業製程廢棄物應採用最適可行循環技術之制度。本計畫蒐研4類國內外相關環保或廢棄物循環法規或制度、7國相關環境技術查證、台灣三階段土水技術證明核發制度、綠色工廠標章制度、資源再生綠色產品制度等作為最適可行循環制度研擬參考。本計畫辦理專諮會6場次及產業訪視2場次，徵詢專家學者及業界意見，以廢氫氟酸為例，研提最適可行循環制度定義、目的、適用對象、可行技術評比及成果規劃、公告形式、推動方式、配套等，並評析可能挑戰與對策、可行性及效益。另蒐集關鍵物料及其再利用之成熟商業技術，研提可行循環技術推動路徑及藍圖。

中文關鍵字

資源循環零廢棄、最適可行循環技術、資源循環效益

類型	檔名	檔案大小	說明	最新版公開日期
期末報告	112CA503_BART成果報告定稿公開版V2.pdf	8MB	去識別化	2024/10/26 上午 12:00:00

摘要	In response to the proposed legislation of the 'Resource Circulation Promotion Act,' which integrates the 'Waste Disposal Act' and the 'Resource Recycling Act,' the competent authority for waste resource circulation will be unified under the management of the Ministry of Environment. This project aims to establish a feasible recircular system, best available recirculation technology (BART), to enhance waste resource recycling efficiency and to promote resource circulation. Designed enterprises with specific processes and specific waste types will adopt the BART based on this system. The project gathers and summarizes four types of domestic and international environmental protection or waste recycling laws or systems, conducts environmental technology verifications (ETVs) from seven countries, follows Taiwan’s three-phase soil and groundwater technical certification process, examines the green factory label system, and analyzes the green product system. These serve as references for developing the proposed system. To gather insights and feedback, the project conducted six expert consultations and two industry visits. Using hydrofluoric acid waste as an example, the project defines objectives, evaluates applicable subjects, assesses feasible technology, plans outcomes, determines announcement forms, outlines promotion methods, provides support, and analyzes potential challenges, strategies, feasibility, and benefits. Furthermore, the project collects key materials and mature commercial technologies for resource circulation and proposes a strategic roadmap and blueprint for promoting recircular technologies.
英文關鍵字	Resource circulation and zero waste, Best Available Recirculation Technology, Resource circulation benefits

摘要

In response to the proposed legislation of the 'Resource Circulation Promotion Act,' which integrates the 'Waste Disposal Act' and the 'Resource Recycling Act,' the competent authority for waste resource circulation will be unified under the management of the Ministry of Environment. This project aims to establish a feasible recircular system, best available recirculation technology (BART), to enhance waste resource recycling efficiency and to promote resource circulation. Designed enterprises with specific processes and specific waste types will adopt the BART based on this system. The project gathers and summarizes four types of domestic and international environmental protection or waste recycling laws or systems, conducts environmental technology verifications (ETVs) from seven countries, follows Taiwan’s three-phase soil and groundwater technical certification process, examines the green factory label system, and analyzes the green product system. These serve as references for developing the proposed system. To gather insights and feedback, the project conducted six expert consultations and two industry visits. Using hydrofluoric acid waste as an example, the project defines objectives, evaluates applicable subjects, assesses feasible technology, plans outcomes, determines announcement forms, outlines promotion methods, provides support, and analyzes potential challenges, strategies, feasibility, and benefits. Furthermore, the project collects key materials and mature commercial technologies for resource circulation and proposes a strategic roadmap and blueprint for promoting recircular technologies.

英文關鍵字

Resource circulation and zero waste, Best Available Recirculation Technology, Resource circulation benefits