111

9,918 千元

土壤及地下水污染整治策略規劃

2022/09/20

2023/12/31

賴允傑

環管署土壤及地下水污染整治基金管理會

張良麗

瑞昶科技股份有限公司

土壤及地下水

底泥、管理策略、污染調查

Sediment, Management strategies, Pollutants investigation

張晏禎

吳柏成

02-77306566#169

pcwu@apollotech.com.tw

本計畫主要協助環境管理署推動及辦理底泥品質管理各項工作，計畫期間合計完成253件水體底泥品質採樣及檢測計畫書與354件水體底泥品質檢測申報資料之審核作業。逐一聯繫尚未完成定期檢測申報之水體管理單位應於限期內完成底泥品質定期申報作業。完成定期檢測高於上限值水體調查成果及後續辦理情形彙整，同時篩選13處定期檢測高於上限值水體辦理底泥調查示範作業，掌握污染成因、限縮濃度偏高範圍。 考量底泥品質管理需掌握其環境特性其長期趨勢變化，完成「底泥品質申報備查作業系統」及「底泥品質檢測資訊公開網」系統版本升級作業，蒐集歷年申報數據及環境資訊建立互動式圖表、環境地理資訊圖層、環域分析功能。另製作1份底泥資訊平台宣導說明文案，拓展全國底泥品質資料應用層面。掌握新興化學物質於國內底泥流布情形，選擇7處科學園區放流水承受水體與擇定晶圓代工原料之金屬鎵、銦、鉈、鉬、鎢、鈷、銀作為本計畫調查標的及調查物質。彙整國外底泥品質管理及實際底泥評估案例及針對「底泥品質指標之分類管理及用途限制辦法」與「目的事業主管機關檢測底泥品質備查作業辦法」依據歷年底泥品質管理實務問題與經驗提出修正方向及解決對策。

底泥、管理策略、污染調查

111A257.pdf

34MB

111年底泥品質管理計畫成果報告

2024/4/19 上午 12:00:00

The purpose of this project is to assist the Environmental Management Administration to achieve yearly goal of implementation of contaminated sediment management strategy. In total, 253 submitted sediment sampling plans and 354 reports of sediment quality survey were reviewed and revised. Assistance was provided in systematically contacting competent authorities of water bodies that had not yet completed the regular monitoring of sediment quality, promoting them to fulfill the sediment quality regular monitoring within the deadline. This project also collected regular monitoring of sediment quality exceeded the upper limit of Taiwan sediment guidelines. Simultaneously, 13 water bodies which exceeded the upper limit were selected for conducting sediment investigations as demonstration operations, aiming to understand the causes of pollution. Sediment quality management must comprehend its environmental characteristics and long-term trend changes. In order to better manage sediment, ‘The sediment quality reviewed and revised system’ and ‘Regular monitoring of sediment quality open data website’ were renewed and optimized. Sediment data from two rounds and environmental information were collected to establish interactive charts, geographic information system(GIS), and regional analysis functionalities. This project also included the creation of one copy of sediment-protecting flyers in order to increase the use of sediment information. In order to the recent development of unique high-tech industries domestically, seven locations in science parks receiving effluents into water bodies were selected. The environmental context for emerging metals such as Gallium, Indium, Thallium, Molybdenum, Tungsten, Cobalt, Silver ware investigated. This project also gathered information on sediment quality management and actual sediment assessment cases from Korea and United State. Based on practical issues and experiences in sediment quality management over the years, this project also revised ‘Regulations for classified management and used restriction of bottom sediment quality indicators’ and ‘Regulations for regularly test sediment quality resulting data by the industry competent authorities ’ of the proposed agreement.

Sediment, Management strategies, Pollutants investigation