全國多元化廢棄物處理循環經濟推動及整體園區建構專案工作計畫
| 中文摘要 | 本計畫彙整國外循環經濟園區案例，提出我國設置廢棄物處理整體園區之可行性評估建議。輔以調查國內一般廢棄物處理設施現況，研擬設置整體園區之模式、類型、優缺點、適用型式及經濟效益。為推動建置整理園區，研提「全國廢棄物循環經濟園區建置計畫」(草案)。另為推廣整體園區之概念，規劃模擬建置整體園區之三維數位圖像。 在政策推動上有四大工作項。一、研提「全國多元化廢棄物循環經濟政策整體施政藍圖」，依據全國廢棄物處理需求與規劃訂定目標，提升整體能資源之有效利用。建議焚化廠升級提高設計熱值與高效率發電；有機廢棄物處理選用前處理及厭氧發酵技術。二、規劃「全國大型焚化廠健康風險評估作法」，研提工作架構與方法，建立具有一致且可執行之評估方法。建議短期先依北中南各選一座風險潛勢最高焚化廠進行風險評估示範。三、辦理「全國大型焚化廠中央即時管控系統可行性評估」，提出建置方法與步驟、可行性方案、整合作業需求。建議運用物聯網與雲端服務系統整合現有三系統(SWIMS、CEMS及DCS)，結合手機APP程式以即時接收管控焚化廠數據。四、辦理「一般廢棄物衍生燃料成分驗證評估分析」，以家戶廢棄物經分選所產製之衍生燃料進行採樣分析其關鍵成分。建議依原料性質與RDF使用端需求，規劃分選設備之選用與流程。 在行政配合工作上，本計畫協助辦理完成13場次多元化垃圾處理計畫技術諮詢委員會審查會議、5場次多元化技術專家委員現地輔導會議、5場次全國新穎垃圾處理技術現地觀摩參訪活動、1場次技術論壇及臺東縣廢棄物能資源中心(原焚化廠)效能提升專案輔導工作。 | ||
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| 中文關鍵字 | 循環經濟、整體園區、健康風險評估、中央即時管控、衍生燃料 | ||
基本資訊
| 專案計畫編號 | EPA-194109016 | 經費年度 | 108 | 計畫經費 | 8930 千元 |
|---|---|---|---|---|---|
| 專案開始日期 | 2019/10/09 | 專案結束日期 | 2020/12/31 | 專案主持人 | 朱宏毅 |
| 主辦單位 | 環境督察總隊 | 承辦人 | 翁國豪 | 執行單位 | 晶淨科技股份有限公司 |
成果下載
| 類型 | 檔名 | 檔案大小 | 說明 |
|---|---|---|---|
| 期末報告 | 全國多元化廢棄物處理循環經濟推動及整體園區建構專案工作計畫-期末報告.pdf | 19MB |
Waste circular economy promotion and parks developing plan in Taiwan
| 英文摘要 | This project summarizes the cases of foreign circular economy parks, proposing the feasibility assessment suggestions of building integrated waste treatment parks in Taiwan. Supplemented by investigating the current status of domestic general waste treatment facilities, and looking into the potential model, type, pros and cons applicable and economic benefits for the integrated parks. In order to facilitate the development of the integrated park, the "National Waste Circular Economy Park Construction Plan" (draft) was completed. For the purpose of promoting the integrated park concept, the 3D digital image of the park was developed. There are four major tasks regarding this project. (1) Propose the "National Diversified Waste Circular Economy Policy Blueprint", and set goals based on the national waste treatment needs and plans to improve the effective use of overall energy resources. It is recommended that the incineration plant be upgraded to increase the thermal design value and high-efficiency power generation, and the organic waste treatment selects the optimize technology of pre-treatment and anaerobic fermentation. (2) Develop the “National Guidelines on the Health Risk Assessment for Large-scale Incineration Plants” proposing the work structure and methods, and establish consistent and executable evaluation methods. It is recommended to select an incineration plant with the highest risk potential in the short term according to the region for demonstration. (3) Develop the "Feasibility Assessment of the Central Real-time Control System of Large-scale Incineration Plants in Taiwan", propose the implementation and procedures, feasibility plan, and integration requirements. It is recommended to use the Internet of Things and cloud service systems to integrate the three existing systems, including SWIMS, CEMS and DCS systems, combined with application programs of cell phone to receive and manage monitored data in real time. (4) Develop the “General Waste-Derived Fuel Composition Verification Evaluation Analysis”, sampling and analyzing the key components of waste derived fuel produced by household after conducting the sorting process. It is recommended to plan the selection and process of sorting equipment according to character of feed and the RDF requirement of the end user. In terms of administrative coordination, this project assisted in completing 13 review meetings of the Technical Advisory Committee for diversified waste treatment plans, 5 on-site counseling meetings for diversified technical expert committees, 5 national novel waste treatment technology site visit activities, 1 technical forum and the Taitung County Waste Energy Resource Center (formerly an incineration plant) efficiency improvement project guidance work. | ||
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| 英文關鍵字 | circular economy, integrated park, health risk assessment, central real-time control, derived fuel | ||