環保專案成果報告查詢系統

專案計畫編號	109B006
經費年度	109
計畫經費	15,325 千元
預算科目	科技發展-環境科學及技術之研究
專案開始日期	2020/03/20
專案結束日期	2020/12/31
專案主持人	葉柏宏
主辦單位	廢管處
承辦人	許百竣
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	無機循環材料、環境溶出試驗、廢棄物資源化
英文關鍵字	Inorganic recycled materials, Environmental leaching test, Waste-to-resource transformation
協同主持人	林怡青
共同主持人
計畫聯絡人	彭敏
計畫聯絡電話	02-27691366#10339
計畫聯絡信箱	myibm240@mail.sinotech-eng.com

中文摘要	為推動無機循環材料(二次料)利用及管理，本計畫盤點轉爐石、氧化碴、還原碴、煤灰、無機污泥、瀝青刨除粒料等循環材料之環境用途及流向，並研析我國砂石產業量能供需，以預測及探討循環材料取代天然砂石市場需求。另為提高多元去化管道，除進行實地訪查，亦進行各類循環材料之環境用途溶出試驗，以研訂陸海域用途環境安全性參考規範，期能提升品質技術及管理整合。同時為推廣無機再生粒料於港區內工程建設之應用，本計畫盤點我國港區工程開發使用無機循環材料之整合評估及規劃，提出臺北、臺中及高雄港等港區使用循環材料、可填築區位及用途之短中長程規劃方案建議。為加速臺北港開發期程及促進焚化再生粒料應用用途，本計畫已完成焚化再生粒料產品安全溶出試驗及第1階段辦理現地設置阻隔設施並進行浸泡海水之溶出試驗，以確認溶出結果對環境之影響，並做為下一階段試驗之參考依據。
中文關鍵字	無機循環材料、環境溶出試驗、廢棄物資源化

中文摘要

為推動無機循環材料(二次料)利用及管理，本計畫盤點轉爐石、氧化碴、還原碴、煤灰、無機污泥、瀝青刨除粒料等循環材料之環境用途及流向，並研析我國砂石產業量能供需，以預測及探討循環材料取代天然砂石市場需求。另為提高多元去化管道，除進行實地訪查，亦進行各類循環材料之環境用途溶出試驗，以研訂陸海域用途環境安全性參考規範，期能提升品質技術及管理整合。同時為推廣無機再生粒料於港區內工程建設之應用，本計畫盤點我國港區工程開發使用無機循環材料之整合評估及規劃，提出臺北、臺中及高雄港等港區使用循環材料、可填築區位及用途之短中長程規劃方案建議。為加速臺北港開發期程及促進焚化再生粒料應用用途，本計畫已完成焚化再生粒料產品安全溶出試驗及第1階段辦理現地設置阻隔設施並進行浸泡海水之溶出試驗，以確認溶出結果對環境之影響，並做為下一階段試驗之參考依據。

中文關鍵字

無機循環材料、環境溶出試驗、廢棄物資源化

類型	檔名	檔案大小	說明	最新版公開日期
期末報告	【全文】1430C期末定稿(全)(公開版).pdf	23MB		2021/2/1 上午 12:00:00

摘要	For promoting the utilization and management of inorganic recycled materials (Secondary Materials), this project made an inventory of distribution from the basic-oxygen-furnace (BOF) slag, oxidizing slag, reducing slag, coal ash, inorganic sludge and recycled asphalt pavement and research on the supply and demand of sand and gravel businesses in Taiwan to predict market demand for recycled materials to replace natural sand and gravel. In order to improve the multiple distribution of inorganic recycled materials, in addition to complete field survey, this project also conducted environmental leaching tests of recycled materials to draft specifications for the use of recycled materials in land and sea areas, and to improve quality of technology and management integration. Meanwhile, for promoting the application of inorganic recycled materials in the construction of the port area, this project took stock of the integrated evaluation and planning of the use of inorganic recycled materials in the development of port in Taiwan, and proposes short-term plans, medium-term plans and long-term plans for the using recycled materials in Taipei Port, Taichung Port and Kaohsiung Port. In order to speed up the development of Taipei Port and promote the application of incinerating recycled aggregate, this project has completed the environmental leaching tests of incinerating recycled aggregate and the on-site leaching test of incinerating recycled aggregate in FRP tank to confirm the effect of the experimental results which would be used as a reference for the next phase of testing.
英文關鍵字	Inorganic recycled materials, Environmental leaching test, Waste-to-resource transformation

摘要

For promoting the utilization and management of inorganic recycled materials (Secondary Materials), this project made an inventory of distribution from the basic-oxygen-furnace (BOF) slag, oxidizing slag, reducing slag, coal ash, inorganic sludge and recycled asphalt pavement and research on the supply and demand of sand and gravel businesses in Taiwan to predict market demand for recycled materials to replace natural sand and gravel. In order to improve the multiple distribution of inorganic recycled materials, in addition to complete field survey, this project also conducted environmental leaching tests of recycled materials to draft specifications for the use of recycled materials in land and sea areas, and to improve quality of technology and management integration. Meanwhile, for promoting the application of inorganic recycled materials in the construction of the port area, this project took stock of the integrated evaluation and planning of the use of inorganic recycled materials in the development of port in Taiwan, and proposes short-term plans, medium-term plans and long-term plans for the using recycled materials in Taipei Port, Taichung Port and Kaohsiung Port. In order to speed up the development of Taipei Port and promote the application of incinerating recycled aggregate, this project has completed the environmental leaching tests of incinerating recycled aggregate and the on-site leaching test of incinerating recycled aggregate in FRP tank to confirm the effect of the experimental results which would be used as a reference for the next phase of testing.

英文關鍵字

Inorganic recycled materials, Environmental leaching test, Waste-to-resource transformation