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	15,500 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	2021/10/08
專案結束日期	2023/04/30
專案主持人	余政剛
主辦單位	監資處
承辦人	邱瑜禎
執行單位	環輿科技股份有限公司
專案分類	水質保護、環境監測及檢測、區域環境管理
中文關鍵字	科技執法、水質感測器、水質物聯網
英文關鍵字	Water quality sensor, Technology-based law enforcement, Water quality based on internet of things
協同主持人	劉承榮；陳佳欣
共同主持人
計畫聯絡人	陳怡柔
計畫聯絡電話	02-27788500#323
計畫聯絡信箱	rou@gi-tech.com.tw

中文摘要	環保署為有效掌握我國水體環境並落實水質保護，自2017年起展開水質物聯網計畫，自感測元件研發、場域布建、資料分析及加值應用領域全面推動發展；於2019年相關硬體設備開發及作業機制完備之基礎下，環保署推動「發展及推廣水質感測器執法應用服務試驗計畫」，將環保署研發之水質感測器實際應用於各水體環境執法場域，並建立水質感測器執法應用作業指引，此外，環保署亦推動「水質感測器合辦應用計畫」，鼓勵各地方環保局運用水質感測器進行相關監測或執法作業。本計畫延續「發展及推廣水質感測器執法應用服務試驗計畫」，持續與農田水利署、土壤及地下水污染整治基金管理會、北區環境督察大隊及各地方環保局合作，將水質感測器應用於灌溉渠道及高污染潛勢事業周界水體，總計布建67處點位，布建期間歸納出187件次水質異常事件，於桃園市南崁圳及上四湖分渠協助破獲2處非法事業排放，並透過修訂「移動式水質感測器布建及應用作業指引」、辦理教育訓練及影片紀錄，將本計畫執行經驗及成果推廣至相關單位參考。此外，考量水質感測器回傳資料龐大，為提升執行成效，縮短人工作業時間，本計畫提供自動化系統服務，提供水質趨勢分析、熱區分析、地理資訊系統、環域分析、水質異常事件分析，以及水質異常通報等服務，相關單位可透過自動化系統服務快速掌握可疑區域及事業，協助相關稽查作業應用。綜合上述成果，本計畫透過現地作業，並配合稽查單位及自動化系統服務，將水質感測器實際應用於短期稽查作業使用，並將相關經驗及成果推廣至相關單位，擴大計畫執行成效。建議未來可持續將水質感測器應用於多元場域，期望實現我國全方位的智慧化水質自動監控。
中文關鍵字	科技執法、水質感測器、水質物聯網

中文摘要

環保署為有效掌握我國水體環境並落實水質保護，自2017年起展開水質物聯網計畫，自感測元件研發、場域布建、資料分析及加值應用領域全面推動發展；於2019年相關硬體設備開發及作業機制完備之基礎下，環保署推動「發展及推廣水質感測器執法應用服務試驗計畫」，將環保署研發之水質感測器實際應用於各水體環境執法場域，並建立水質感測器執法應用作業指引，此外，環保署亦推動「水質感測器合辦應用計畫」，鼓勵各地方環保局運用水質感測器進行相關監測或執法作業。本計畫延續「發展及推廣水質感測器執法應用服務試驗計畫」，持續與農田水利署、土壤及地下水污染整治基金管理會、北區環境督察大隊及各地方環保局合作，將水質感測器應用於灌溉渠道及高污染潛勢事業周界水體，總計布建67處點位，布建期間歸納出187件次水質異常事件，於桃園市南崁圳及上四湖分渠協助破獲2處非法事業排放，並透過修訂「移動式水質感測器布建及應用作業指引」、辦理教育訓練及影片紀錄，將本計畫執行經驗及成果推廣至相關單位參考。此外，考量水質感測器回傳資料龐大，為提升執行成效，縮短人工作業時間，本計畫提供自動化系統服務，提供水質趨勢分析、熱區分析、地理資訊系統、環域分析、水質異常事件分析，以及水質異常通報等服務，相關單位可透過自動化系統服務快速掌握可疑區域及事業，協助相關稽查作業應用。綜合上述成果，本計畫透過現地作業，並配合稽查單位及自動化系統服務，將水質感測器實際應用於短期稽查作業使用，並將相關經驗及成果推廣至相關單位，擴大計畫執行成效。建議未來可持續將水質感測器應用於多元場域，期望實現我國全方位的智慧化水質自動監控。

中文關鍵字

科技執法、水質感測器、水質物聯網

類型	檔名	檔案大小	說明	最新版公開日期
期末報告	高污染潛勢熱區水質感測器布建應用計畫_成果報告.pdf	55MB	成果報告	2023/5/31 上午 12:00:00

摘要	To effectively monitor water environments and protect the water quality, the Environmental Protection Administration (EPA) has launched Water Quality Internet of Things Program since 2017. The program promoted all-round developments, covering the R＆D of sensor components, field deployment, data analysis, and value-added applications. Based on the completion of related hardware and operational mechanisms in 2019, the EPA launched Pilot Program to Develop and Promote the Application of Water Quality Sensors in Law Enforcement. The water quality sensors developed by the EPA were actually applied in various water environment for law enforcement purposes, and operational guidelines on how to apply water quality sensors in law enforcement were established. In addition, the EPA also promoted Joint Application Program for Water Quality Sensors, encouraging local environmental protection branches to use water quality sensors for related monitoring or law enforcement operations. This project is an extension of the Pilot Program to Develop and Promote the Application of Water Quality Sensors in Law Enforcement and continues to collaborate with the Irrigation Agency, Soil and Groundwater Pollution Remediation Fund Management Board, Bureau of Environmental Inspection- Northern Branch, and local environmental protection branches to apply water quality sensors to irrigation channels and areas around businesses with high-pollution potentials. A total of 67 locations were set up with sensors. During the application period, 187 abnormal water quality events were detected. Two businesses that illegally discharged wastewater into Nankan Canal and Shangsi Lake Branch Canal in Taoyuan City were caught. Through the revision of Mobile Water Quality Sensor Deployment and Application Operating Guidelines, organization of education and training sessions, and video recordings, the execution experience and achievements of this project were shared with relevant units for their reference. In addition, considering the massive amount of data returned by the water quality sensors and to enhance the effects of the project and reduce manual operation time, the project provides automated system services that offer water quality trend analysis, hotspot analysis, geographic information system, environmental analysis, analysis of abnormal water quality events, and notification of abnormal water quality events. Related units can quickly detect suspicious areas and businesses through the automated system services, assisting in relevant inspection operations. In summary, through on-site operations and collaboration with inspection units and automated system services, the project has applied water quality sensors to short-term inspection operations and shared relevant experiences and achievements with related units, thereby expanding the effects of the project. It is recommended that water quality sensors could continuously be applied to a variety of fields in the future, with the goal of achieving comprehensive intelligent water quality monitoring throughout the country.
英文關鍵字	Water quality sensor, Technology-based law enforcement, Water quality based on internet of things

摘要

To effectively monitor water environments and protect the water quality, the Environmental Protection Administration (EPA) has launched Water Quality Internet of Things Program since 2017. The program promoted all-round developments, covering the R＆D of sensor components, field deployment, data analysis, and value-added applications. Based on the completion of related hardware and operational mechanisms in 2019, the EPA launched Pilot Program to Develop and Promote the Application of Water Quality Sensors in Law Enforcement. The water quality sensors developed by the EPA were actually applied in various water environment for law enforcement purposes, and operational guidelines on how to apply water quality sensors in law enforcement were established. In addition, the EPA also promoted Joint Application Program for Water Quality Sensors, encouraging local environmental protection branches to use water quality sensors for related monitoring or law enforcement operations. This project is an extension of the Pilot Program to Develop and Promote the Application of Water Quality Sensors in Law Enforcement and continues to collaborate with the Irrigation Agency, Soil and Groundwater Pollution Remediation Fund Management Board, Bureau of Environmental Inspection- Northern Branch, and local environmental protection branches to apply water quality sensors to irrigation channels and areas around businesses with high-pollution potentials. A total of 67 locations were set up with sensors. During the application period, 187 abnormal water quality events were detected. Two businesses that illegally discharged wastewater into Nankan Canal and Shangsi Lake Branch Canal in Taoyuan City were caught. Through the revision of Mobile Water Quality Sensor Deployment and Application Operating Guidelines, organization of education and training sessions, and video recordings, the execution experience and achievements of this project were shared with relevant units for their reference. In addition, considering the massive amount of data returned by the water quality sensors and to enhance the effects of the project and reduce manual operation time, the project provides automated system services that offer water quality trend analysis, hotspot analysis, geographic information system, environmental analysis, analysis of abnormal water quality events, and notification of abnormal water quality events. Related units can quickly detect suspicious areas and businesses through the automated system services, assisting in relevant inspection operations. In summary, through on-site operations and collaboration with inspection units and automated system services, the project has applied water quality sensors to short-term inspection operations and shared relevant experiences and achievements with related units, thereby expanding the effects of the project. It is recommended that water quality sensors could continuously be applied to a variety of fields in the future, with the goal of achieving comprehensive intelligent water quality monitoring throughout the country.

英文關鍵字

Water quality sensor, Technology-based law enforcement, Water quality based on internet of things