環保專案成果報告查詢系統

專案計畫編號	EPA-100-G106-02-103
經費年度	100
計畫經費	5,100 千元
專案開始日期	2011/03/22
專案結束日期	2011/12/31
專案主持人	張國棟
主辦單位	水保處
承辦人	洪健豪
執行單位	國立高雄海洋科技大學
專案分類	水質保護
中文關鍵字	溢油緊急應變;模擬;科學諮詢
英文關鍵字	Oil Spill Contingency;Simulation;Scientific Support Advisor
協同主持人	許朝敏
共同主持人
計畫聯絡人	張國棟
計畫聯絡電話	07-3617141#3751
計畫聯絡信箱	flora@mail.nkmu.edu.tw

中文摘要	本（100）年度計畫欲藉相關的溢油模擬軟體，配合台灣地區海域的相關資料，提供海洋溢油軌跡之模擬，以利平日應變能量配置與事故發生時的緊急應變指揮參考，於計畫執行期間24小時待命，在接到環保署緊急油污染通報後，於指定時間內製作出溢油分析報告提供環保署作為參考。為提昇環保署在台灣四周發生溢油事故之緊急應變能力，採用OILMAP軟體在環保署辦理教育訓練課程，提昇未來環保署在發生溢油事故時，有能力先行使用OILMAP進行模擬溢油擴散的情況，於短時間內作緊急應變。本計畫將整合OILMAP、海流模式系統與OSD（Oil Spill Detection system）雷達偵測油污、波浪、海流系統，進行溢油事件之模擬提升模式預測之精度，於溢油事故現場OSD系統也能立即至現場進行偵測海上油污擴散的情況。另外，與國研院台灣海洋科技研究中心（Taiwan Ocean Research Institute，TORI）合作，利用CODAR的外海大區域海流監測資料，可以建立一套完整的溢油偵測與預測之機制，以應付未來多變的海洋溢油事故。本計畫執行成果可提供標準化的油污染擴散模擬程序，建立全國性的海洋油污染溢油模擬暨緊急應變科學諮詢平台，整合先進油污與海流遙測技術，並增進國際間海洋科技的交流。
中文關鍵字	溢油緊急應變;模擬;科學諮詢

中文摘要

本（100）年度計畫欲藉相關的溢油模擬軟體，配合台灣地區海域的相關資料，提供海洋溢油軌跡之模擬，以利平日應變能量配置與事故發生時的緊急應變指揮參考，於計畫執行期間24小時待命，在接到環保署緊急油污染通報後，於指定時間內製作出溢油分析報告提供環保署作為參考。為提昇環保署在台灣四周發生溢油事故之緊急應變能力，採用OILMAP軟體在環保署辦理教育訓練課程，提昇未來環保署在發生溢油事故時，有能力先行使用OILMAP進行模擬溢油擴散的情況，於短時間內作緊急應變。本計畫將整合OILMAP、海流模式系統與OSD（Oil Spill Detection system）雷達偵測油污、波浪、海流系統，進行溢油事件之模擬提升模式預測之精度，於溢油事故現場OSD系統也能立即至現場進行偵測海上油污擴散的情況。另外，與國研院台灣海洋科技研究中心（Taiwan Ocean Research Institute，TORI）合作，利用CODAR的外海大區域海流監測資料，可以建立一套完整的溢油偵測與預測之機制，以應付未來多變的海洋溢油事故。本計畫執行成果可提供標準化的油污染擴散模擬程序，建立全國性的海洋油污染溢油模擬暨緊急應變科學諮詢平台，整合先進油污與海流遙測技術，並增進國際間海洋科技的交流。

中文關鍵字

溢油緊急應變;模擬;科學諮詢

類型	檔名	檔案大小	說明	最新版公開日期
期末報告	EPA-100-G106-02-103洋油污染溢油模擬暨緊急應變科學諮詢專案工作計畫.pdf	32MB		2017/1/1 上午 12:00:00

摘要	2011 oil spill program trying to take advantage to simulation software with related information in Taiwan waters to provide oil spill trajectory modeling, to facilitate the daily strain energy allocation and emergency response time of the incident command reference. The project implementation period 24-hour standby, receiving the EPA oil pollution emergency notification, within a specified time to produce oil analysis report provides the Environmental Protection Agency (EPA) as a reference. EPA in Taiwan to advance oil spill occurred around the emergency response capability, using OILMAP software for education and training programs in the EPA to enhance the future when the EPA in the event of oil spills, have the ability to use OILMAP to simulate the oil spill spread situation in short time for emergency response. This project will integrate OILMAP, ocean current model system and OSD (Oil Spill Detection) radar to detect oil pollution, wave, ocean current systems to enhance the model to simulate oil spill forecasting accuracy, OSD system to the oil spill site immediately detect the spread of marine oil pollution situation. In addition, cooperation with Taiwan Ocean Research Institute (TORI) using CODAR to monitor a large area off the coast of the currents information. It can create a complete set of oil spill detection and prediction of the mechanism to cope with changing the future of marine oil spills. This project can also provide a standard oil pollution dispersion simulation program, establish a national oil spill simulation of marine oil pollution and emergency response scientific advisory platform, integration of advanced oil and ocean current remote sensing technology and to promote international exchanges between marine science and technology.
英文關鍵字	Oil Spill Contingency;Simulation;Scientific Support Advisor

摘要

2011 oil spill program trying to take advantage to simulation software with related information in Taiwan waters to provide oil spill trajectory modeling, to facilitate the daily strain energy allocation and emergency response time of the incident command reference. The project implementation period 24-hour standby, receiving the EPA oil pollution emergency notification, within a specified time to produce oil analysis report provides the Environmental Protection Agency (EPA) as a reference. EPA in Taiwan to advance oil spill occurred around the emergency response capability, using OILMAP software for education and training programs in the EPA to enhance the future when the EPA in the event of oil spills, have the ability to use OILMAP to simulate the oil spill spread situation in short time for emergency response. This project will integrate OILMAP, ocean current model system and OSD (Oil Spill Detection) radar to detect oil pollution, wave, ocean current systems to enhance the model to simulate oil spill forecasting accuracy, OSD system to the oil spill site immediately detect the spread of marine oil pollution situation. In addition, cooperation with Taiwan Ocean Research Institute (TORI) using CODAR to monitor a large area off the coast of the currents information. It can create a complete set of oil spill detection and prediction of the mechanism to cope with changing the future of marine oil spills. This project can also provide a standard oil pollution dispersion simulation program, establish a national oil spill simulation of marine oil pollution and emergency response scientific advisory platform, integration of advanced oil and ocean current remote sensing technology and to promote international exchanges between marine science and technology.

英文關鍵字

Oil Spill Contingency;Simulation;Scientific Support Advisor