環保專案成果報告查詢系統

專案計畫編號
經費年度	113
計畫經費	5,950 千元
預算科目	優質公廁及美質環境推動計畫-環境衛生
專案開始日期	2023/11/30
專案結束日期	2024/11/20
專案主持人	蔡宏達
主辦單位	環管署綜合規劃組
承辦人	莊炳義
執行單位	財團法人台灣產業服務基金會
專案分類	環境資訊系統
中文關鍵字	環境災害管理資訊系統、行政與作業支援、系統維運
英文關鍵字	Emergency Management Information System 、 Administrative and operational support、System maintenance
協同主持人	宋濟澤
共同主持人
計畫聯絡人	周函螢
計畫聯絡電話	02-27844188#5282
計畫聯絡信箱	kelly2788@ftis.org.tw

中文摘要	本計畫整合既有的「環境災害管理資訊系統」基礎上建構「災情預警應變決策支援系統」，提供各級環保機關單位即時掌握國內災情現況及降雨趨勢，有效協助環境部超前部署及決策支援輔助，達到災防及環境復原效益。持續精進「環境災害管理資訊系統（EMIS）」及「災情預警應變決策支援系統(DEDS)」系統功能及資料擴充作業，完成各項災害整備及應變資源API 資料介接，包括: 登革熱確定病例、清潔隊環保設施(備)管理系統(清運機具)、空地、空屋、工程工地資料(巡檢、清消)、焚化廠營運管理資訊(貯坑量)、公有掩埋場管理資訊(剩餘容積)、災情資訊、水情雲端平台(淹水地區)及即時天氣資訊(雷達回波圖)。另精進「災情預警應變決策支援系統」，具備戰情資料分析，依據天災應變時期，以圖台及儀表板展現環保機關關切之災害情資、環保設施災損、環境清理情形、清潔車輛、登革熱、空地空屋工地巡檢等資訊展示於GIS 決策圖台，以利環境部即時掌握災情及資源調度協處之決策。此外，維運管理「環境災害管理資訊系統」及「災情預警應變決策支援系統」並配合辦理系統資訊安全相關作業，另協助機關使用無障礙檢測工具Freego 檢測且進行程式修正，並向數位發展部重新申請無障礙標章。依機關指示成立天災（或環境災害）資訊管理應變支援小組，本計畫已於113年0403花蓮地震、113年7月22日凱米颱風、113年9月29日山陀兒颱風、113年10月29日康芮颱風、113年11月14日天兔颱風，共計5次天然災害派任本計畫人員進駐協助及2名工程師待命解決系統相關問題，至災害應變小組解編。本計畫辦理6場系統實機教育訓練，訓練內容包括:應變管理資訊雲端服務（EMIC2.0）實機操作，以及環境部環境災害管理資訊系統（EMIS）與災情預警應變決策支援系統（DEDS）說明。並於113年5月9日辦理「113年度模擬複合式災害線上系統操作演練(颱風/地震情境)」，並於113年8月26日假新北市客家文化園區辦理「113年環保災防應變與復原業務交流與分享會議」，本次會議透過應變整備與演練績優單位頒獎、地方政府環境復原經驗分享及綜合討論等內容，促進防災整備與環境復原經驗交流及提升環保防災實務經驗。
中文關鍵字	環境災害管理資訊系統、行政與作業支援、系統維運

中文摘要

本計畫整合既有的「環境災害管理資訊系統」基礎上建構「災情預警應變決策支援系統」，提供各級環保機關單位即時掌握國內災情現況及降雨趨勢，有效協助環境部超前部署及決策支援輔助，達到災防及環境復原效益。持續精進「環境災害管理資訊系統（EMIS）」及「災情預警應變決策支援系統(DEDS)」系統功能及資料擴充作業，完成各項災害整備及應變資源API 資料介接，包括: 登革熱確定病例、清潔隊環保設施(備)管理系統(清運機具)、空地、空屋、工程工地資料(巡檢、清消)、焚化廠營運管理資訊(貯坑量)、公有掩埋場管理資訊(剩餘容積)、災情資訊、水情雲端平台(淹水地區)及即時天氣資訊(雷達回波圖)。另精進「災情預警應變決策支援系統」，具備戰情資料分析，依據天災應變時期，以圖台及儀表板展現環保機關關切之災害情資、環保設施災損、環境清理情形、清潔車輛、登革熱、空地空屋工地巡檢等資訊展示於GIS 決策圖台，以利環境部即時掌握災情及資源調度協處之決策。此外，維運管理「環境災害管理資訊系統」及「災情預警應變決策支援系統」並配合辦理系統資訊安全相關作業，另協助機關使用無障礙檢測工具Freego 檢測且進行程式修正，並向數位發展部重新申請無障礙標章。依機關指示成立天災（或環境災害）資訊管理應變支援小組，本計畫已於113年0403花蓮地震、113年7月22日凱米颱風、113年9月29日山陀兒颱風、113年10月29日康芮颱風、113年11月14日天兔颱風，共計5次天然災害派任本計畫人員進駐協助及2名工程師待命解決系統相關問題，至災害應變小組解編。本計畫辦理6場系統實機教育訓練，訓練內容包括:應變管理資訊雲端服務（EMIC2.0）實機操作，以及環境部環境災害管理資訊系統（EMIS）與災情預警應變決策支援系統（DEDS）說明。並於113年5月9日辦理「113年度模擬複合式災害線上系統操作演練(颱風/地震情境)」，並於113年8月26日假新北市客家文化園區辦理「113年環保災防應變與復原業務交流與分享會議」，本次會議透過應變整備與演練績優單位頒獎、地方政府環境復原經驗分享及綜合討論等內容，促進防災整備與環境復原經驗交流及提升環保防災實務經驗。

中文關鍵字

環境災害管理資訊系統、行政與作業支援、系統維運

類型	檔名	檔案大小	說明	最新版公開日期
期末報告	112年至113年災害整備及應變與復原支援系統計畫 (第2年)-含附件.pdf	41MB		2025/1/17 上午 12:00:00

摘要	This project builds upon the existing "Environmental Disaster Management Information System" to develop the "Disaster Early Warning and Emergency Decision Support System." This system enables environmental protection agencies at all levels to monitor domestic disaster situations and rainfall trends in real time, effectively assisting the Ministry of Environment in proactive planning and decision-making, thereby achieving disaster prevention and environmental recovery benefits. The project continuously enhances the functionalities and data integration of the Environmental Disaster Management Information System (EMIS) and the Disaster Early Warning and Emergency Decision Support System (DEDS). It also integrates APIs for disaster preparedness and emergency resource management. The integrated resources include confirmed dengue fever cases, cleaning team and environmental protection facilities (equipment management systems), vacant land and properties, inspection and disinfection data for construction sites, incinerator operational information (waste pit capacity), public landfill management (remaining capacity),disaster information, cloud-based water information platforms (flooded areas), and real-time weather data (radar images). Furthermore, the DEDS system has been refined to support situational data analysis, displaying disaster-related intelligence, environmental facility damage, cleanup statuses, cleaning vehicles, dengue fever outbreaks, and vacant property inspections on GIS dashboards. This allows the Ministry of Environment to swiftly manage disaster situations and coordinate resource allocation. In addition, the project maintains and manages both systems while ensuring compliance with information security protocols. Accessibility tests using the Freego accessibility evaluation tool were conducted, with necessary program revisions made, and the accessibility certification re-applied through the Ministry of Digital Affairs. Following agency directives, a Disaster (or Environmental Disaster) Information Management and Emergency Response Task Force was stablished. During 2024, personnel from this project were deployed six times to assist in emergency responses for natural disasters, including the Hualien Earthquake (April 3), Typhoon Kalim (July 22), Typhoon Sanba (September 29), Typhoon Khanun (October 29), and Typhoon Haiyan November 14). Two engineers were also on standby to address system-related issues until the task force was dissolved post-response. The project conducted six system hands-on training sessions covering topics such as the operation of the Emergency Management Information Cloud Service (EMIC2.0) and the functionalities of the EMIS and DEDS systems. On May 9, 2024, a simulated composite disaster system operation drill (typhoon/earthquake scenario) was held online. Additionally, an Environmental Disaster Prevention,Response, and Recovery Business Exchange Conference was hosted on August 26, 2024, at the Hakka Culture Park in New Taipei City. This event featured award presentations for outstanding units in preparedness and drills, experience sharing by local governments on environmental recovery, and comprehensive discussions, fostering knowledge exchange and enhancing practical disaster prevention expertise.
英文關鍵字	Emergency Management Information System 、 Administrative and operational support、System maintenance

摘要

This project builds upon the existing "Environmental Disaster Management Information System" to develop the "Disaster Early Warning and Emergency Decision Support System." This system enables environmental protection agencies at all levels to monitor domestic disaster situations and rainfall trends in real time, effectively assisting the Ministry of Environment in proactive planning and decision-making, thereby achieving disaster prevention and environmental recovery benefits. The project continuously enhances the functionalities and data integration of the Environmental Disaster Management Information System (EMIS) and the Disaster Early Warning and Emergency Decision Support System (DEDS). It also integrates APIs for disaster preparedness and emergency resource management. The integrated resources include confirmed dengue fever cases, cleaning team and environmental protection facilities (equipment management systems), vacant land and properties, inspection and disinfection data for construction sites, incinerator operational information (waste pit capacity), public landfill management (remaining capacity),disaster information, cloud-based water information platforms (flooded areas), and real-time weather data (radar images). Furthermore, the DEDS system has been refined to support situational data analysis, displaying disaster-related intelligence, environmental facility damage, cleanup statuses, cleaning vehicles, dengue fever outbreaks, and vacant property inspections on GIS dashboards. This allows the Ministry of Environment to swiftly manage disaster situations and coordinate resource allocation. In addition, the project maintains and manages both systems while ensuring compliance with information security protocols. Accessibility tests using the Freego accessibility evaluation tool were conducted, with necessary program revisions made, and the accessibility certification re-applied through the Ministry of Digital Affairs. Following agency directives, a Disaster (or Environmental Disaster) Information Management and Emergency Response Task Force was stablished. During 2024, personnel from this project were deployed six times to assist in emergency responses for natural disasters, including the Hualien Earthquake (April 3), Typhoon Kalim (July 22), Typhoon Sanba (September 29), Typhoon Khanun (October 29), and Typhoon Haiyan November 14). Two engineers were also on standby to address system-related issues until the task force was dissolved post-response. The project conducted six system hands-on training sessions covering topics such as the operation of the Emergency Management Information Cloud Service (EMIC2.0) and the functionalities of the EMIS and DEDS systems. On May 9, 2024, a simulated composite disaster system operation drill (typhoon/earthquake scenario) was held online. Additionally, an Environmental Disaster Prevention,Response, and Recovery Business Exchange Conference was hosted on August 26, 2024, at the Hakka Culture Park in New Taipei City. This event featured award presentations for outstanding units in preparedness and drills, experience sharing by local governments on environmental recovery, and comprehensive discussions, fostering knowledge exchange and enhancing practical disaster prevention expertise.

英文關鍵字

Emergency Management Information System 、 Administrative and operational support、System maintenance