環境資源報告成果查詢系統

113年水污染熱區智慧圍籬推動計畫

中文摘要 本計畫已彙整指定縣市之桃園市及彰化縣各種流域環境背景資料,利用農水署之水利小組及水系水路評估污染潛勢等級,並針對高污染潛勢區域建議事業之優先管制順序與水質監測站之設置地點。 研擬智慧圍籬監測系統之推動程序,包含水污染熱區篩選、多階層智慧圍籬設置、事業自主管理及追蹤管制,擬定三大類5種推動方案。並彙整目前環保機關應用智慧圍籬之相關推動案例及成果,蒐整各種智能監控設備之規格與價格,提供推動方案執行參考。 已建置水污染熱區智慧圍籬系統平台,可接收水質感測器資料、提供水質綜合分析,可應用於區域治理,系統包含水質監控管理、事業自主管理、合理性分析、地理資訊系統及系統管理等五大功能。另建立事業廢水處理設施操作合理性之勾稽原則及方法,綜合評估事業之污染潛勢等級。完成智慧圍籬系統平台之介紹操作影片1部。 已協助辦理「廢水處理設施操作合理性檢核原則專家學者諮詢會」、「企業服務廉政平臺座談會」及「專業技師簽證水污許可及土壤文件共識營」等會議。
中文關鍵字 污染熱區、智慧圍籬、區域治理

基本資訊

專案計畫編號 經費年度 113 計畫經費 5800 千元
專案開始日期 2024/04/11 專案結束日期 2024/11/30 專案主持人 陳佳欣
主辦單位 環管署環境執法組 承辦人 范喻翔 執行單位 台灣曼寧工程顧問股份有限公司

成果下載

類型 檔名 檔案大小 說明
期末報告 EMA113EA051-成果報告(定稿)-公開版.pdf 0MB 成果報告定稿

The Promotion Project for Intelligent Fences of Water Pollution Hotspots 2024

英文摘要 This project has consolidated environmental background information of various watersheds in Taoyuan City and Changhua County. Utilizing the irrigation areas and irrigation systems of the Irrigation Agency, Ministry of Agriculture, to evaluate pollution potential levels priority control orders for enterprises and suggestions for water quality monitoring station locations in high-pollution potential areas were proposed. Developing the implementation process of the intelligent fencing monitoring system, including the selection of water pollution hotspots, installation of multi-tier intelligent fencing, autonomous enterprise management and tracking control, and the formulation of three main categories and five types of implementation plans. Relevant cases and outcomes of intelligent fencing initiatives by environmental protection agencies were compiled, along with the specifications and costs of various intelligent monitoring devices, serving as references for implementing these plans. An intelligent fencing system platform for water pollution hotspots has been established. The platform is capable of receiving water quality sensor data, providing comprehensive water quality analysis, and supporting regional governance. It integrates five key functionalities: water quality monitoring management, enterprise self-management, rationality analysis, geographic information systems, and system administration. In addition, principles and methodologies for verifying the rationality of wastewater treatment facility operations have been developed, enabling a thorough evaluation of enterprises' pollution potential levels. Moreover, an instructional video showcasing the features and functionalities of the intelligent fencing system platform has been completed. Assisted in organizing three meetings, including Expert and Scholar Consultation on Principles for Checking Rationality of Wastewater Treatment Facility Operations, Enterprise Service Integrity Platform Symposium, and Consensus Workshop on Engineer Certification for Water Pollution Permits and Soil Documents.
英文關鍵字 pollution hotspots, intelligent fences, regional governance