109

14,155 千元

數位建設-建構開放政府及智慧城鄉服務

2020/10/15

2021/09/30

余政剛

監資處

米姿蓉

環輿科技股份有限公司

環境監測及檢測、水質保護

水質感測器、水質連續監測、科技執法

Water quality sensor, continuous water quality monitoring, technology-based law enforcement

陳佳欣

葉俊言

02-27788500#324

yanesesn@gi-tech.com.tw

　　環保署為有效掌握臺灣水體環境並落實水質保護，自2017年展開水質物聯網計畫，從感測元件研發、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，本計畫旨在協助發展後續建立水質感測器安裝執法應用程序，將本國研發之水質感測器實際應用於各水體環境執法場域，並建立及修正水質感測器執法應用作業指引，將此指引導入各縣市環保局應用水質感測器執法作業，輔助各縣市環保局現地執法協助。最後加以推廣擴大計畫效益或教育訓練，加強整體計畫應用成效，期望實現全方位的智慧化水質自動監控。 　　本計畫已透過64點位水質感測器實際布建後作業，進行感測器布建及資料分析蒐整，擬定設備及水質異常檢核規則，完成水質感測器安裝執法應用程序建立及驗證，並完成縣市合辦水質感測器應用作業指引，同時在布建期間歸納出255件次水質異常事件，提供相關資料予中央及地方單位參考。 　　農田水利署灌溉水質示範合作布建，於彰化縣及高雄市之灌排渠道布設水質感測器，透過布建期間蒐整水質資料歸納分析，提供水質異常事件、點位、頻率及潛在污染源予相關單位作為稽查執法參考，並由南區環境督察大隊於復興渠抓獲電鍍工廠繞流排放。而透過示範計畫執行成果，提出灌溉水質智慧感測示範應用分工，包含相關單位於現地作業具體分工及執行建議。

水質感測器、水質連續監測、科技執法

成果報告合併.pdf

45MB

成果報告

2021/10/30 上午 12:00:00

To effectively manage water bodies in Taiwan and protect water quality, the Environmental Protection Administration (EPA) initiated “Internet of Water Quality” (IoWQ) project in 2017, pushing for comprehensive progress in the research and development of sensor components, on-site deployment, data analysis and value-adding application. With hardware facility development and related operation mechanism being completed in 2019, the objective of this plan is to build on the existing achievements to facilitate the development of water quality sensor installation and law enforcement procedure. Through the plan, water quality sensors developed by Taiwan are applied in various water environments and a guideline of applying results of sensors in law enforcement is established and fine-tuned. This guideline has been introduced to environmental protection bureaus of all city and county governments to facilitate on-site law enforcement. The ultimate goal is to maximize the effects of the plan or serve as the basis for education and training, to enhance applications of the plan in the hopes to materialize a smart, automatic and comprehensive water quality monitoring system. The plan started its operation after the deployment of water quality sensors at 64 sites, collecting and analyzing data to draft rules to determine facility and water quality anomalies. It established and validated the water quality sensor installation and law enforcement procedure, and completed a guideline for city and county governments to cooperate on water quality sensor application. Meanwhile, 255 incidents of water quality anomaly were extracted during the period of deployment and related data were provided to central and local governments for their reference. Working with the irrigation water quality pilot project of the Irrigation Agency, the plan installed water quality sensors in irrigation and drainage channels at Changhua County and Kaohsiung City, providing information about location and frequency of anomalies, and potential pollution sources to related competent authorities as a reference for auditing and law enforcement. The Supervisory Brigade in Southern Taiwan of EPA, thus, caught an electroplating factory engaging in reroute discharge of wastewater into Fuxing Channel. Through the results of the pilot project, suggestions concerning division of responsibilities in smart water quality sensing of irrigation water were provided, including the division of responsibilities on-site and implementation advice for related competent authorities.

Water quality sensor, continuous water quality monitoring, technology-based law enforcement