EPA-106-G105-02-A252

106

2,620 千元

水質保護-水質保護政策及水體品質規劃管理

2017/08/15

2018/07/31

黃亮芸

水保處

李衍寬

環輿科技股份有限公司

水質保護

水污染通報、水質數據加值應用、地理資訊系統

Water pollution incident registration, value-added application of water quality data, GIS

陳致任

林佳玉

02-27788500#322

nora@gi-tech.com.tw

本計畫工作為資料蒐集與系統維護、促進水污染通報標準作業及系統整合與簡化、強化污染源、水質與污染事件管理輔助工具，以及水質保護資訊公開呈現多元及友善化。 資料蒐集與系統維護方面，本計畫已完成蒐集相關單位水質水量之設施資料與圖資，並已完成圖層更新；亦完成各項資料介接工作，並定期檢查介接程式或機制運作，維持資料供應穩定。另在計畫執行過程中，配合功能強化與維護作業，一方面提供簡報和影像式操作指引說明，另一方面配合環保署業務需要，提供10次即時資料處理與分析，以及20次以上資訊安全檢查與系統功能維護作業。最後，本計畫完成北、中、南共6場次系統操作使用說明會。 在促進水污染通報標準作業及系統整合與簡化上，本計畫完成事件型河川異常通報機制與平台工具評析，發現目前通報、回報與結報機制可增加系統操作流程整合、流程時間管控，已規劃設計改善方案，期望日後建置便利環保機關水污染事件建檔，並落實事件回報與結報資料品質及時程管理。 強化污染源、水質與污染事件管理輔助工具方面，針對政策型或考評所需的關鍵測站污染削減計算、畜牧糞尿資源化推行狀況，本計畫已提供系統計算功能，或是空間位置查詢，然用於計算的集污區空間範圍與邊界仍須各級環保機關共同協助確認邊界。 在水質監測資料分析自動化、圖像化方面，本計畫已完成水質資料分析需求訪談，並建置合格率、超標清單、水質變化比較燈號、報表匯出等相關工具。 本計畫已確認水質異常判定原則，並已完成河川測站緊急異常判定及產出功能，此外本計畫也完成建置網頁版以及行動版查處回覆功能，提供環保署針對地方環保機關填報之資料，產出意見回覆審查介面。 水質保護資訊公開呈現多元及友善化方面，本計畫已完成建置查詢介面以及各查詢功能模組，包含事業公開資訊查詢事業公開資訊查詢、開發事業廢水自動連續監測數據查詢、畜牧沼液沼渣施灌查詢、現地處理設施查詢、河川巡守查詢以及河川生態調查查詢等功能。

水污染通報、水質數據加值應用、地理資訊系統

期末報告定稿公開版.pdf

15MB

2018/9/1 上午 12:00:00

There are four tasks in the project, including data collection and system management, water pollution report procedure evaluation and simplification, strengthening the system tools for pollution tracking, water quality and pollution events management, and visualization of water quality protection related open data. In the first task, water quality, water quantity and its facilities details, and other data had been collected and renewed manually or automatically in the database. To ensure all functions works smoothly, more than 20 times of system maintenance and 6 times of training courses had been carried out. The electronic manual had been provided to help user solve problems. To improve water pollution reporting procedure, we evaluated the reporting mechanism and platform tools, and encountered that the adding rules of time control and combination of electronic form of emergency reporting and water quality abnormal in the current reporting mechanism can increase the integration of system operation process. We hope to establish water pollution incident portfolios in the future. As for strengthening the system tools for pollution tracking, water quality and pollution events management, the project had provided system computing functions, or spatial location query in pollution reduction calculations required for policy or assessment. However, the spatial extent and boundary of the pollution collection area used for calculation still require the assistance of all levels of environmental protection agencies to confirm the boundary. In terms of automatic analysis of water quality monitoring data, the project had confirmed the principle of water quality abnormal and completed water quality data analysis, and established related tools such as pass rate, over-standard list, water quality change comparison signal and reports. In addition, the project had also completed the establishment the abnormal reply review interface. The last task, visualization of water quality protection related open data, had been completed the construction of the inquiry interface and the various query function modules, including the industrial public information, the continuous wastewater monitoring data query, biogas slurry irrigation inquiry, on-site water treatment facility inquiry, river patrol inquiry and river ecological investigation inquiry.

Water pollution incident registration, value-added application of water quality data, GIS