EPA-107-GS02-02-A044

107

16,167 千元

水環境建設-水與環境

2018/02/23

2018/12/31

胡惠宇

水保處

吳筱婷

美商傑明工程顧問股份有限公司台灣分公司

水質保護

水環境改善、總量管制、關鍵測站考核

Water Environment Improvement, Total Quantity Control Method, Critical Water Quality Station Assessment

洪羽邑

02-87123866#25

yuyi.Hung@stantec.com

行政院環境保護署為推動前瞻基礎建設－水環境建設計畫之「全國水環境改善計畫」子項計畫，啟動辦理水體污染削減及水質改善管理相關工作，截至107年經濟部共核定53項資本門計畫、15個縣市之水環境改善工作，並補助15個縣市辦理水質監測、8個縣市業務支援及13個縣市執行清淨河面計畫。截至107年12月26日止，協助機關掌握地方政府已核定前瞻基礎建設計畫案件發包執行情形，資本門53項工程計畫已決標有34項（含已完工2案）、9項工程上網招標中；經常門計畫核定50案，已決標49案。 本計畫係協助前瞻基礎建設計畫管考與追蹤執行績效，每週列席前瞻基礎計畫預算執行會議，並辦理全國縣市前瞻計畫檢討會議共3場次、協辦7場次地方現勘或督導會議。另協助推動北區縣市全國水環境改善計畫共3處（基隆市田寮河、新北市金包里溪及桃園市埔心溪），提供規劃及工程技術性支援，並以水質改善為目標提出108年至110年執行標的建議。另為展現前瞻基礎建設計畫執行成效，本計畫完成4篇章微電影與北區工程紀錄片攝製1處，並建置及經營管理前瞻水環境社群網站（美麗臺灣 愛水就是我－粉絲專頁），透過與網路名人合作推廣2件次、發布12則前瞻基礎建設計畫相關資訊於媒體露出等方式，以及彙整提供環保署水質保護公開網頁相關資訊，擴大宣傳推廣河川水質改善成果，展現政府施政績效，同時提高民眾對河川整治的認知，進而投入更多的關注及參與。 本計畫亦針對北區3條指定河川（淡水河、南崁溪及老街溪）及9處目標改善河段或水體，進行水質改善策略研擬與整治措施成效追蹤，並完成水質水量補充調查（包含流量與一般水質項目調查40處次、重金屬調查100項次），更新繪製3條指定河川污染負荷魚骨圖，提出後續整治執行建議。同時籌辦3場次河川整治追蹤檢討及關鍵測站考核研商會議，藉由會議辦理凝聚各單位整治共識，滾動檢討污染整治策略，以達成110年全國無嚴重污染測站目標。 為持續推動國內水體污染總量管制作業，本計畫透過辦理6場次農業水土污染管制跨部會合作或研商會議、2場次地方政府總量管制研商檢討會議，完成總量管制水體清單檢討更新，並檢討評估地方總量管制推動執行成效及修訂考核機制。 另協助辦理北區河川（離島水庫）關鍵測站考核作業，評估關鍵測站年度績效指標合理性與水質改善情形、彙整關鍵測站水質改善作為執行成果，檢討修訂下(108)年度關鍵測站考核原則，督促各地方政府落實及加強執行關鍵測站水質污染削減措施。 此外，為協助環保署掌握環境保護政策與水質改善績效，透過本計畫執行成果，分別完成前瞻基礎建設計畫執行績效報告、全國廢（污）水排放總量管制計畫成果報告、全國水污染防治方案執行情形及北區3條指定河川整治大事紀要彙整，並以整治措施或重要事件完成後比對水質改善趨勢。

水環境改善、總量管制、關鍵測站考核

EPA107GS0202A044(上傳版).pdf

24MB

2019/1/31 上午 12:00:00

To promote the “National Water Environment Improvement Project,” which has been designed to achieve the objectives of the Forward-looking Infrastructure Development Program pertaining to the water environment, Taiwan’s Environmental Protection Administration (EPA) has initiated a project related to water pollution reduction and water quality improvement management. By the end of 2018, the Ministry of Economic Affairs not only approved 53 projects belonging to capital accounts in 15 counties/cities but also aided 15 counties/cities to approve projects belonging to current accounts. As of December 26, 2018, there are 34 projects belonging to capital accounts and 49 projects belonging to current accounts are awarded. The goal of this project is to assist the Forward-looking Infrastructure Development Program management test and tracking performance. The project attended the budget tracking weekly meeting, conducted three national forward-looking project review meetings, and co-organized seven local government supervision meetings. Also, the project assists Northern Taiwan water environment improvement program in a total of three. Also, planning and engineering technical support was provided, and the implementation of the target proposal from 2019 to 2021 was proposed with the aim of improving water quality. Moreover, to preview the implementation performance of the Forward-looking Infrastructure Development Program, the project completed four microfilms and one engineering documentary in the Northern Taiwan, which established and managed the forward-looking water environment community website. (@iwater TW). Through cooperation with online celebrities, we promoted two pieces of information, released 12 Forward-looking Infrastructure Development Program related information pieces in the media, and collected information from the EPA’s water quality protection public website. In this way, the promotion of river water quality improvement results have expanded, which can be demonstrated through the government’s performance. Meanwhile, it is expected to raise public awareness of river remediation, thereby not only making people more aware but also increasing participation. The project also aims at improving the effectiveness of water quality improvement strategy research and remediation measures for three designated rivers and nine target river sections or water bodies in Northern Taiwan. Yet, the water quality supplement survey (including 40 surveys for general water quality and quantity and 100 heavy metal surveys) was completed, three designated cause-and-effect diagrams of river pollution load was updated and drawn, and suggestions for follow-up remediation were also proposed. Apart from what is mentioned above, six river remediation tracking reviews and critical water quality station assessment seminars were organized to discuss the pollution remediation strategy by coordinating the rectification of various units, thereby achieving the goal of having no severely-polluted stations in Taiwan by 2021. So as to continue to promote the total quantity control methods of water pollution in Taiwan, the plan involves conducting five review sessions of the Agricultural Water and Soil Pollution Control Inter-departmental Cooperation Conference and two local government total quantity control methods’ meetings. Thus, the updating of the list of total quantity control methods of water pollution was completed, and the effectiveness of the implementation of the total quantity control methods of local government and the review of the assessment mechanism was also evaluated. In addition, the assessment of the critical water quality stations in Northern Taiwan was carried out to assess the rationality of the annual key performance indicators of these stations, and the improvement of water quality, with the water quality improvement results of critical water quality stations being collected. Next, the critical water quality station assessment principles for the next year (2019) will be reviewed to urge local governments to implement and strengthen measures to reduce water pollution at critical water quality stations. To assist the EPA in mastering the synergy between environmental protection policies and water quality improvement, the Forward-looking Infrastructure Development Program performance report, total quantity control methods of national wastewater discharge report, implementation of national water pollution prevention report, and a summary of three designated river remediation events in Northern Taiwan were completed through the implementation of the project.

Water Environment Improvement, Total Quantity Control Method, Critical Water Quality Station Assessment