EPA-101-G106-02-225

101

5,800 千元

2012/04/05

2012/12/31

鄭婉儀

水保處

陳啟仁

方達科技股份有限公司

水質保護

應變資材設備;環境敏感指標地圖;海洋化學品應變;海洋水質監測資料;化學品污染模擬展示;污染應變通報

Emergency response materials and equipment;Marine water quality monitoring data;Demonstration of chemicals pollution simulation;Pollution response notification;Marine HNS emergency response;ESI map

吳培堯

方凰綺

02-23111002#110

cherry@fundot.tw

本計畫主要有五大項工作，包括強化本系統污染應變相關功能、持續建全應變所需資訊、彙製臺灣海岸地區環境敏感指標(ESI) 地圖、教育訓練及客戶服務、以及系統維護及資訊安全等，整合前述工作內的項目，以系統主題的方式分項說明其執行成果如后。 本年度全新開發應變資材資訊查核系統，規劃設計資材機關進行資材數量及規格的建立、資材保養作業記錄、以及資材的狀態及數量異動的管理等，本計畫彙整資材的分類、規格項目，以及規格常用的單位後，建立其間的對應關係，以利系統統一管理規格的紀錄方式；另一方面，利用使用者的所屬機關設計個人對資料的管理權限，並提供相關人員於緊急事件發生時的資源調度參考，包括資材樣式、規格、數量及地圖分布的調閱查詢。對於應變機關及其人員有逐一單位電話聯絡進行確認，並將系統內的資料予以更新，以利各方的聯繫使用。 在海運化學品應變查詢工作，則是將原來的45種化學品的網頁式資訊整體轉換為資料庫式資訊，全新開發化學品組合查詢功能、化學品列表比較頁面、單一化學品分列主題呈現資訊等，讓使用者可以在本系統中利用事件現場僅能獲取的片段資訊來搜尋可能的化學品。本計畫另對45種化學品的物理、化學等特性資料、以及海岸、海上救援的應變事項，分項逐一整理後，彙整對應項目並在資料庫中完成資料的建立作業。 強化事件通報方式作業方面，本計畫增列三項強化功能：1.利用與交通部每日交換的船舶預報資料，並提供縣市主管單位查詢船舶的保險資料功能；2.在海洋事件通報系統上，設計事件發生的通報單位與事件所在地關係的權限控管；3.對於在事件發生7天後，卻無後續處理的回報或結報的污染事件，本計畫開發系統主動發送email通知環保署相關業務負責人員，以利掌握事件處理進度。 建置海域水質監測資料則是利用環保局最熟悉的Excel為海域檢測資料的建檔工具，結合輸出xml資料格式，讓環保局可簡單地把監測資料轉換成電腦可以判讀的資料格式，並設計資料上傳及檢核系統，便利環保局可以直接將檔案上傳到海洋系統中；此外，開發資料查詢系統，提供環保署及相關單位在同一平臺上查詢到全國的海洋水質狀況。在蒐集海域監測資料方面，已蒐集本年度目標的九個縣市環保局，並逐筆整理各縣市歷年來的測項以及測值資料，建置於本系統中。 在強化ESI 調查結果查詢功能及污染擴散模式的整合功能方面，除了完成ESI生態龜類的資料查詢功能以外，完成化學品溢漏擴散污染模擬結果上傳及整合功能，除了進行ChemMap模擬結果shp檔案的解析以外，規劃系統上傳檔案的流程以及必須輸入的標的物質描述以及模擬環境描述等參考資料的項目設計，開發上傳模擬結果的系統，並整合於GIS平臺上，以動態方式呈現化學品模擬的結果。 在網際地理資訊平臺，依據ESI圖資分類建置現有圖資及其疊合的功能，並建置系統自動展示圖臺範圍的ESI海岸分類的型態，並提供其海岸特性以及簡易的應變原則資訊。同時，建置海象資料整合平臺，由中央氣象局每日介接而來的海象資料，在系統上結合使用者權限管理，對相關學者專家建立海象資料的供應管道。 在彙製臺灣海岸地區環境敏感指標(ESI)地圖方面，依系統內地理空間及數據資料等繪編ESI地圖，範圍為環保署於民國100年度以前已完成調查的10個縣市；本計畫清理圖冊所需的圖資及聯絡索取圖資，並在取得圖資後進行圖資處理程序，並加入專業美工設計，目前已完成大尺度(經度左右12度、緯度上下18度)地圖31幅，以及小尺度(經度左右6度、緯度上下9度)地圖53幅，每份ESI地圖均包括地圖以及說明頁。 對整體網站，本計畫進行無休的系統營運及維護作業、配合環保署進行資安相關的檢核作業、編制系統操作手冊，並於北、中、南共計辦理五場次的系統實機操作說明會。

應變資材設備;環境敏感指標地圖;海洋化學品應變;海洋水質監測資料;化學品污染模擬展示;污染應變通報

EPA-101-G106-02-225.pdf

11MB

期末報告

2013/3/1 上午 12:00:00

This project consists of five main tasks including strengthened pollution response functions of information system, completion of the database, design and publication of ESI maps, operation of education and customer service, and system maintenance and information security. The outcome of integrating the aforementioned works shall be shown by system subjects separately. Developing an all new emergency materials and equipment information management system is the one of most 2 important jobs in this project. It contains to develop the database and function of material quantity and format, maintenance records, and condition & number of transactions by authorized organization. This project establishes a correspondence between aggregate classify of materials and common units, to unified record. The system also provides the function of resources inquiry including style, size, quantity, and map distribution. In the other hand, contacted related staff by phone to confirm and renew the contact information to update the database. In terms of the search for Marine HNS emergency measures, this project have transformed the original web-paged integer information of 45 chemicals into a database, with the newly-developed searching function of chemical combination, chemical compare and contrast page, single chemical information displayed by subjects, etc. so the users may search out possible chemicals via this system with fragmental information collected at the scene. This project also targets the 45 chemicals, sorting them separately according to their physical and chemical properties as well as coastal and sea rescue emergency management, and later compiling the correspondent items and creating the database. Regarding strengthened pollution response functions, this project has added three fortified functions: 1) based on ship visa data exchanged daily with Ministry of Transportation and Communications, the system provides the function to check out the insurance information of coming ships; 2) design the events notification and authority on marine reporting system; 3) If there’s no respond 7 days after pollution occur, the system will using e-mail to inform the related person in EPA. This project use Excel as a tool to build marine water quality monitoring data-built tool. The tool integrates the “xml” data format to output the file which the system could accept and transfer to database automatically. The marine water quality inquiry system has developed. Furthermore, marine water quality monitoring data have been collected this year for nine counties. Totally, about 28,000 water quality monitoring data have been established into database. As to the issue of uploading ChemMap simulation results to this system, the graphic files adopted by the research team make the simulation results uploaded to the system have an optimal performance so that experts in this field can participate in discussion, the contents of uploaded data can be stipulated, the numerical analysis of simulated chemicals spill concentration can be done, and thus the user can identify chemicals spill concentration on the GIS. ESI Maps book is another one of most 2 important jobs in this project. 10 counties geospatial and information data from EPA projects before are collected and make ESI map. Furthermore, this project collects maps from the related government organizations. Combining with professional graphic and design skills, the 84 ESI maps are made by 2 kinds of scale, and all of them got illustrate page. Totally, ESI Maps book is about 220 pages calculated by A4 size. Meanwhile, overall website maintenance and information review will continue to be implemented. Technical manuals have been produced and five operation training courses have been held.

Emergency response materials and equipment;Marine water quality monitoring data;Demonstration of chemicals pollution simulation;Pollution response notification;Marine HNS emergency response;ESI map