環保專案成果報告查詢系統

專案計畫編號
經費年度	110
計畫經費	15,150 千元
預算科目	土壤及地下水污染調查、應變及整治之推動
專案開始日期	2021/09/09
專案結束日期	2023/03/08
專案主持人	陳寬哲
主辦單位	土污基管會
承辦人	黃繼民
執行單位	瑞昶科技股份有限公司
專案分類	土壤及地下水
中文關鍵字	地下水污染、污染源管理、工業區管理
英文關鍵字	Groundwater Pollution, Pollution Source Management, Management of Industrial Parks
協同主持人	劉祐瑄；石冠倫
共同主持人
計畫聯絡人	石冠倫
計畫聯絡電話	02-77306566#153
計畫聯絡信箱	klstone@apollotech.com.tw

中文摘要	本計畫蒐集國內外地下水資源管理現況資料，評析水文地質特性、地下水受影響情形及污染源特性等因子，完成地下水源頭分區管理策略之研擬。針對地下水補注明顯、使用量大、地下水品質較差之區域，依據使用依賴程度篩選出工業源密集及盆地沉積類型之臺中地區地下水區為目標水區，並已完成3處樣區現場實地調查，針對工業源潛在污染聚集區域，規劃建立位於補注區上之工業區預警監測管理重點，以有效掌握補注區上潛在污染源對水質影響；已針對101口關注自來水井鄰近區域，以100公尺為半徑評估受影響範圍內地用情形，區分為農業、潛在工業污染項目及生活住宅區域，並依既有水井停用原因、潛在污染源及關聯水質項目，並蒐整國外井源保護執行政策，綜整提出我國關切井源潛在污染源清單、跨單位分工及監測分級建議供用水單位參考。已蒐整國內工業區歷年管理情形，並歸納綜整我國工業區管理問題及需求，並提出工業區整體管理架構，規劃污染預警及預防、污染溯源及改善等2項管理策略、對應6項管理措施。另已完成15處紅、橘燈工業區及1處大型事業現場勘查，實地針對工業區既有事業圖資現場校核並繪製事業位置及範圍圖；針對占工業區面積比例較大之大型事業，進一步針對內部製程區進行污染潛勢綜合研判及位置繪製，回饋後續地下水監測計畫執行過程中污染潛勢資訊之校核管理，以及土地履歷之建置重點。針對源頭法規制度，則已蒐整過往專諮會議資訊，並依訴願(訟)最新案例修訂中長期法規修正建議。於工業區管理系統方面，已擴充「工業區土水品質管理專區」RWD響應式功能，並建置工業區地理資訊管理圖台，透過介接及編修擴充污染潛勢資料庫，並提出功能精進翻修建議。
中文關鍵字	地下水污染、污染源管理、工業區管理

中文摘要

本計畫蒐集國內外地下水資源管理現況資料，評析水文地質特性、地下水受影響情形及污染源特性等因子，完成地下水源頭分區管理策略之研擬。針對地下水補注明顯、使用量大、地下水品質較差之區域，依據使用依賴程度篩選出工業源密集及盆地沉積類型之臺中地區地下水區為目標水區，並已完成3處樣區現場實地調查，針對工業源潛在污染聚集區域，規劃建立位於補注區上之工業區預警監測管理重點，以有效掌握補注區上潛在污染源對水質影響；已針對101口關注自來水井鄰近區域，以100公尺為半徑評估受影響範圍內地用情形，區分為農業、潛在工業污染項目及生活住宅區域，並依既有水井停用原因、潛在污染源及關聯水質項目，並蒐整國外井源保護執行政策，綜整提出我國關切井源潛在污染源清單、跨單位分工及監測分級建議供用水單位參考。已蒐整國內工業區歷年管理情形，並歸納綜整我國工業區管理問題及需求，並提出工業區整體管理架構，規劃污染預警及預防、污染溯源及改善等2項管理策略、對應6項管理措施。另已完成15處紅、橘燈工業區及1處大型事業現場勘查，實地針對工業區既有事業圖資現場校核並繪製事業位置及範圍圖；針對占工業區面積比例較大之大型事業，進一步針對內部製程區進行污染潛勢綜合研判及位置繪製，回饋後續地下水監測計畫執行過程中污染潛勢資訊之校核管理，以及土地履歷之建置重點。針對源頭法規制度，則已蒐整過往專諮會議資訊，並依訴願(訟)最新案例修訂中長期法規修正建議。於工業區管理系統方面，已擴充「工業區土水品質管理專區」RWD響應式功能，並建置工業區地理資訊管理圖台，透過介接及編修擴充污染潛勢資料庫，並提出功能精進翻修建議。

中文關鍵字

地下水污染、污染源管理、工業區管理

類型	檔名	檔案大小	說明	最新版公開日期
期末報告	地下水污染源管理策略推動計畫（第三期）成果報告.pdf	29MB	地下水污染源管理策略推動計畫（第三期）成果報告	2023/6/8 上午 12:00:00

摘要	This project has collected the current state of underground water resource management in Taiwan, and analyzed the hydrological and geological characteristics that impact groundwater, as well as the sources of pollution. With a focus on areas with large quantity of groundwater recharge and usage, and poor water quality, Taichung Basin was selected as the target groundwater zone. Taichung Basin was characterized having high concentration of industrial sources. Three sample areas at Taichung Basin recharge area were conducted to establish a priority for industrial area monitoring and management in the recharge areas, so as to monitor the potential impact of pollution on water quality effectively. A land-use assessment of 101 monitored wells within a 100-meter radius was conducted and the land use was categorized into agricultural, industrial, and residential types. Information was gathered on foreign well source protection policies, a list of potential relevant pollution sources was compiled, and recommendations for cross-agency collaboration and classified monitoring strategy were made for reference by agencies related to groundwater usage. The management of industrial parks in Taiwan has been thoroughly analyzed and evaluated by collecting information on past management practices. The results of this evaluation have been used to formulate a comprehensive management framework for industrial parks, which includes two management strategies, namely, pollution early warning and prevention and pollution tracing and improvement. The 2 strategies also include six corresponding management measures. This project has carried out on-site surveys in 15 red-light and orange-light industrial parks, in order to verify existing industrial site information, create maps for factory locations and boundaries. Additionally, the project team conducted an on-site survey at an industrial enterprise that covers a large area, in order to assess the potential for pollution within its internal processes. This information has been used to feed back into the verification and management processes during the implementation of groundwater monitoring plans and the construction of land use history. Regarding the development of the laws and regulations related to the management of industrial parks, information from past meetings has been collected and the long-term regulatory revision proposals have been updated based on the latest cases of administrative appeals and litigations. The management system of industrial parks has been improved by expanding the RWD responsive function of the soil and groundwater management system of industrial parks and establishing a geographic information management platform for industrial parks. The database of potential pollution source has been integrated and edited, and functional improvement and renovation suggestions have been proposed.
英文關鍵字	Groundwater Pollution, Pollution Source Management, Management of Industrial Parks

摘要

This project has collected the current state of underground water resource management in Taiwan, and analyzed the hydrological and geological characteristics that impact groundwater, as well as the sources of pollution. With a focus on areas with large quantity of groundwater recharge and usage, and poor water quality, Taichung Basin was selected as the target groundwater zone. Taichung Basin was characterized having high concentration of industrial sources. Three sample areas at Taichung Basin recharge area were conducted to establish a priority for industrial area monitoring and management in the recharge areas, so as to monitor the potential impact of pollution on water quality effectively. A land-use assessment of 101 monitored wells within a 100-meter radius was conducted and the land use was categorized into agricultural, industrial, and residential types. Information was gathered on foreign well source protection policies, a list of potential relevant pollution sources was compiled, and recommendations for cross-agency collaboration and classified monitoring strategy were made for reference by agencies related to groundwater usage. The management of industrial parks in Taiwan has been thoroughly analyzed and evaluated by collecting information on past management practices. The results of this evaluation have been used to formulate a comprehensive management framework for industrial parks, which includes two management strategies, namely, pollution early warning and prevention and pollution tracing and improvement. The 2 strategies also include six corresponding management measures. This project has carried out on-site surveys in 15 red-light and orange-light industrial parks, in order to verify existing industrial site information, create maps for factory locations and boundaries. Additionally, the project team conducted an on-site survey at an industrial enterprise that covers a large area, in order to assess the potential for pollution within its internal processes. This information has been used to feed back into the verification and management processes during the implementation of groundwater monitoring plans and the construction of land use history. Regarding the development of the laws and regulations related to the management of industrial parks, information from past meetings has been collected and the long-term regulatory revision proposals have been updated based on the latest cases of administrative appeals and litigations. The management system of industrial parks has been improved by expanding the RWD responsive function of the soil and groundwater management system of industrial parks and establishing a geographic information management platform for industrial parks. The database of potential pollution source has been integrated and edited, and functional improvement and renovation suggestions have been proposed.

英文關鍵字

Groundwater Pollution, Pollution Source Management, Management of Industrial Parks