環保專案成果報告查詢系統

專案計畫編號	EPA-107-H102-02-A096
經費年度	107
計畫經費	11,100 千元
預算科目	廢棄物管理-事業廢棄物管理
專案開始日期	2018/03/05
專案結束日期	2018/12/31
專案主持人	黃馨
主辦單位	廢管處
承辦人	林書庸
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	工業廢棄物、自行處理、鍋爐混燒灰渣、水泥替代原料、戴奧辛、工業污泥、電弧爐爐碴、廢溶劑
英文關鍵字	Industrial waste, Self-treatment, Co-firing ash, Alternative of cement material, Dioxin, Industrial sludge, Electric Arc Furnace Slag, Waste solvent
協同主持人
共同主持人
計畫聯絡人	黃馨
計畫聯絡電話	02-23691366#10474
計畫聯絡信箱	hsinh@mail.sinotech.com.tw

中文摘要	本計畫共包含五個工作項目，茲分別說明各項工作成果。一、檢討事業自行處理管理機制，完成研擬事業自行清除處理事業廢棄物許可管理辦法部分條文修正(草案)，整併解釋令規範內容，給予熱處理法審查彈性。二、採樣檢測16件鍋爐混燒業者衍生灰渣，分析混燒衍生灰渣的成分、物化特性等，及在不同混燒灰與摻配比下進行混燒灰渣做為水泥替代原料之再利用試驗作業，評析鍋爐混燒灰渣做為水泥原料之可行性，依灰渣成份及晶相檢測結果顯示應可做為水泥替代原料。三、完成戴奧辛分年調查追蹤規劃作業，共5年期，本年度採集25件次廢棄物樣品追蹤其廢棄物流向，建立戴奧辛行業別圖譜資料。四、完成統計近4季之爐碴、集塵灰、污泥、廢溶劑產出及資源化現況，及辦理3家煉鋼廠每季追蹤訪視與10廠次污泥及溶劑現場訪視作業，研提重點廢棄物管理建議；五、為強化產源自主管理能力，每季統計事業設置專業技術人員之比率，完成編撰行業別製程廢棄物自主管理參考手冊，供業者依循，並透過辦理事業廢棄物清理計畫書委託審查合理性及完整性評估，精進廢清書審查作業。
中文關鍵字	工業廢棄物、自行處理、鍋爐混燒灰渣、水泥替代原料、戴奧辛、工業污泥、電弧爐爐碴、廢溶劑

中文摘要

本計畫共包含五個工作項目，茲分別說明各項工作成果。一、檢討事業自行處理管理機制，完成研擬事業自行清除處理事業廢棄物許可管理辦法部分條文修正(草案)，整併解釋令規範內容，給予熱處理法審查彈性。二、採樣檢測16件鍋爐混燒業者衍生灰渣，分析混燒衍生灰渣的成分、物化特性等，及在不同混燒灰與摻配比下進行混燒灰渣做為水泥替代原料之再利用試驗作業，評析鍋爐混燒灰渣做為水泥原料之可行性，依灰渣成份及晶相檢測結果顯示應可做為水泥替代原料。三、完成戴奧辛分年調查追蹤規劃作業，共5年期，本年度採集25件次廢棄物樣品追蹤其廢棄物流向，建立戴奧辛行業別圖譜資料。四、完成統計近4季之爐碴、集塵灰、污泥、廢溶劑產出及資源化現況，及辦理3家煉鋼廠每季追蹤訪視與10廠次污泥及溶劑現場訪視作業，研提重點廢棄物管理建議；五、為強化產源自主管理能力，每季統計事業設置專業技術人員之比率，完成編撰行業別製程廢棄物自主管理參考手冊，供業者依循，並透過辦理事業廢棄物清理計畫書委託審查合理性及完整性評估，精進廢清書審查作業。

中文關鍵字

工業廢棄物、自行處理、鍋爐混燒灰渣、水泥替代原料、戴奧辛、工業污泥、電弧爐爐碴、廢溶劑

類型	檔名	檔案大小	說明	最新版公開日期
期末報告	EPA107H10202A096.PDF(公開版)V3.pdf	10MB		2019/3/1 上午 12:00:00

摘要	The project included five major work items, the following described five parts results of the work. First, reviewed industrial waste self-treatment management proposing, and proposed the amendments of the“Industrial Self-Clearance and Treatment Waste Permit Management Regulation (draft)”,combined the regulation of self-treatment and provided review flexibility for thermal treatment. Second, by sampling and testing of sixteen different co-firing ash from the facility boiler, this project could analysis the composition and physical and chemical properties of co-firing ash. Through the test of re-utilization from the co-firing ash to be the alternative of cement material with different ratio, this project provided the feasibility study for the reuse of co-firing ash in cement, according to the results of composition and crystal phase detection, co-firing ash had value in alternative of cement material. Third, the project planned dioxin tracking investigations for five years, and completed twenty-five sampling and analysis works, creating dioxin fingerprints data. Fourth, the cleanup and recycling status of industrial waste that difficult to cleanup, including furnace slag, dust, sludge, and waste solvent were investigated near the four seasons. By tracking the waste of three steel industries, and tracking ten industries which produce sludge and waste solvent, this project has supported the management proposal. Five, for enhancing the ability of industrial waste self-management, this project investigated the established rate of professional technical personnel for Enterprises. In addition, this project assisted the enterprise to develop self-management process and compiled the self-management reference guide for industrial waste. In order to enhance the management mechanism of industrial waste, the evaluation of rationality and completeness for disposal according to the industrial waste disposal plan was continually conducted.
英文關鍵字	Industrial waste, Self-treatment, Co-firing ash, Alternative of cement material, Dioxin, Industrial sludge, Electric Arc Furnace Slag, Waste solvent

摘要

The project included five major work items, the following described five parts results of the work. First, reviewed industrial waste self-treatment management proposing, and proposed the amendments of the“Industrial Self-Clearance and Treatment Waste Permit Management Regulation (draft)”,combined the regulation of self-treatment and provided review flexibility for thermal treatment. Second, by sampling and testing of sixteen different co-firing ash from the facility boiler, this project could analysis the composition and physical and chemical properties of co-firing ash. Through the test of re-utilization from the co-firing ash to be the alternative of cement material with different ratio, this project provided the feasibility study for the reuse of co-firing ash in cement, according to the results of composition and crystal phase detection, co-firing ash had value in alternative of cement material. Third, the project planned dioxin tracking investigations for five years, and completed twenty-five sampling and analysis works, creating dioxin fingerprints data. Fourth, the cleanup and recycling status of industrial waste that difficult to cleanup, including furnace slag, dust, sludge, and waste solvent were investigated near the four seasons. By tracking the waste of three steel industries, and tracking ten industries which produce sludge and waste solvent, this project has supported the management proposal. Five, for enhancing the ability of industrial waste self-management, this project investigated the established rate of professional technical personnel for Enterprises. In addition, this project assisted the enterprise to develop self-management process and compiled the self-management reference guide for industrial waste. In order to enhance the management mechanism of industrial waste, the evaluation of rationality and completeness for disposal according to the industrial waste disposal plan was continually conducted.

英文關鍵字

Industrial waste, Self-treatment, Co-firing ash, Alternative of cement material, Dioxin, Industrial sludge, Electric Arc Furnace Slag, Waste solvent