環保專案成果報告查詢系統

專案計畫編號	109A344
經費年度	109
計畫經費	7,387 千元
預算科目	廢棄物管理-資源循環再利用
專案開始日期	2020/12/14
專案結束日期	2021/11/30
專案主持人	藍文忠
主辦單位	廢管處
承辦人	黃韋堯
執行單位	環興科技股份有限公司
專案分類	廢棄物管理
中文關鍵字	廢棄物燃料化、固體再生燃料、減碳方法學
英文關鍵字	Industrial Waste Fuelization, Solid Recovered Fuels, Methodology of Carbon reduction
協同主持人
共同主持人
計畫聯絡人	藍文忠
計畫聯絡電話	02-27691366#10343
計畫聯絡信箱	wzlan@mail.sinotech-eng.com

中文摘要	本計畫執行期間完成調查國內SRF製造、使用廠商名單及其運作規劃，目前已運轉之SRF製造廠有13家，廠商處理量為21.38萬公噸/年，在使用端部分，國內既設流體化床鍋爐事業共24家，流體化床鍋爐數量共34座，其中有7家實際使用SRF作為燃料，109年使用SRF作為鍋爐燃料共5.88萬公噸/年，110年1～9月使用SRF作為鍋爐燃料共5.62萬公噸/年。本計畫完成6件SRF成分與性質檢測、混燒灰渣作為CLSM替代原料(12件)與水泥替代原料(12件)之成分與性質檢測，並針對檢測結果提出評估分析，另外，本計畫已完成固體再生燃料替代化石燃料之溫室氣體抵換專案減量方法學(草案)，目前已送往環保署審議中，預期通過後可提升國內相關業者使用SRF之誘因。在其他相關配合事項部分，本計畫完成設計3式事業廢棄物燃料化政策說明資料，在檢討「固體再生燃料製造技術指引與品質規範」部分，配合業者施行情形滾動式檢討修正規範內容；本計畫並協助訂定「廢棄物燃料化推動計畫」與「固體再生燃料(SRF)相關管理方式」，同時完成辦理4場次事業廢棄物燃料化相關會議，協助推廣SRF製造與使用，並使事業、機構及主管機關更瞭解固體再生燃料(SRF)製造或使用之管理規則。
中文關鍵字	廢棄物燃料化、固體再生燃料、減碳方法學

中文摘要

本計畫執行期間完成調查國內SRF製造、使用廠商名單及其運作規劃，目前已運轉之SRF製造廠有13家，廠商處理量為21.38萬公噸/年，在使用端部分，國內既設流體化床鍋爐事業共24家，流體化床鍋爐數量共34座，其中有7家實際使用SRF作為燃料，109年使用SRF作為鍋爐燃料共5.88萬公噸/年，110年1～9月使用SRF作為鍋爐燃料共5.62萬公噸/年。本計畫完成6件SRF成分與性質檢測、混燒灰渣作為CLSM替代原料(12件)與水泥替代原料(12件)之成分與性質檢測，並針對檢測結果提出評估分析，另外，本計畫已完成固體再生燃料替代化石燃料之溫室氣體抵換專案減量方法學(草案)，目前已送往環保署審議中，預期通過後可提升國內相關業者使用SRF之誘因。在其他相關配合事項部分，本計畫完成設計3式事業廢棄物燃料化政策說明資料，在檢討「固體再生燃料製造技術指引與品質規範」部分，配合業者施行情形滾動式檢討修正規範內容；本計畫並協助訂定「廢棄物燃料化推動計畫」與「固體再生燃料(SRF)相關管理方式」，同時完成辦理4場次事業廢棄物燃料化相關會議，協助推廣SRF製造與使用，並使事業、機構及主管機關更瞭解固體再生燃料(SRF)製造或使用之管理規則。

中文關鍵字

廢棄物燃料化、固體再生燃料、減碳方法學

類型	檔名	檔案大小	說明	最新版公開日期
期末報告	1483C_期末報告(定稿)-去識別化.pdf	32MB		2022/3/9 上午 12:00:00

摘要	During the implementation of this project, it completed the investigation of the list from domestic SRF manufacturers, users and their operational plans. There are currently 13 SRF manufacturers in operation, with a processing capacity of 213,800 metric tons per year. At the end of use, there are a total of 24 domestic fluidized bed boiler manufacturers and a total of 34 fluidized bed boilers, of which 7 actually use SRF as fuel. In 2020, SRF was used as boiler fuel for a total of 58,800 metric tons/year, and SRF also was used as boiler fuel for a total of 56,200 metric tons/year from January to September 2021. This project had completed composition and property testing, including SRF (6 pieces), mixed-fired ash as CLSM substitute raw materials (12 pieces) and cement substitute raw materials (12 pieces), and provided evaluation and analysis from the test results. In addition, this project also had completed the reduction methodology for the greenhouse gas offset project of replacing fossil fuels with solid recovered fuels ( draft ). It has been sent to the Environmental Protection Agency for deliberation. It is expected that the approval will increase the incentives for domestic related companies to use SRF. In other related parts, this project completed the design of Type 3 industrial waste fuelization policy description materials, and in the review of the "Technical Guidelines and Quality Specifications for the Manufacturing of Solid Recovered Fuels" part, cooperated with the industry to implement the rolling review and revised the specifications. This project assisted to draft the "Waste-to-fuel conversion plan" and " Solid Recovered Fuels (SRF) related management methods", and completed 4 meetings related to the topic of industrial waste fuel conversion, and assisted in promoting the manufacture and use of SRF. Manufacturers and competent authorities had a better understanding of the regulations for the manufacture or use of Solid Recovered Fuels (SRF).
英文關鍵字	Industrial Waste Fuelization, Solid Recovered Fuels, Methodology of Carbon reduction

摘要

During the implementation of this project, it completed the investigation of the list from domestic SRF manufacturers, users and their operational plans. There are currently 13 SRF manufacturers in operation, with a processing capacity of 213,800 metric tons per year. At the end of use, there are a total of 24 domestic fluidized bed boiler manufacturers and a total of 34 fluidized bed boilers, of which 7 actually use SRF as fuel. In 2020, SRF was used as boiler fuel for a total of 58,800 metric tons/year, and SRF also was used as boiler fuel for a total of 56,200 metric tons/year from January to September 2021. This project had completed composition and property testing, including SRF (6 pieces), mixed-fired ash as CLSM substitute raw materials (12 pieces) and cement substitute raw materials (12 pieces), and provided evaluation and analysis from the test results. In addition, this project also had completed the reduction methodology for the greenhouse gas offset project of replacing fossil fuels with solid recovered fuels ( draft ). It has been sent to the Environmental Protection Agency for deliberation. It is expected that the approval will increase the incentives for domestic related companies to use SRF. In other related parts, this project completed the design of Type 3 industrial waste fuelization policy description materials, and in the review of the "Technical Guidelines and Quality Specifications for the Manufacturing of Solid Recovered Fuels" part, cooperated with the industry to implement the rolling review and revised the specifications. This project assisted to draft the "Waste-to-fuel conversion plan" and " Solid Recovered Fuels (SRF) related management methods", and completed 4 meetings related to the topic of industrial waste fuel conversion, and assisted in promoting the manufacture and use of SRF. Manufacturers and competent authorities had a better understanding of the regulations for the manufacture or use of Solid Recovered Fuels (SRF).

英文關鍵字

Industrial Waste Fuelization, Solid Recovered Fuels, Methodology of Carbon reduction