環保專案成果報告查詢系統

專案計畫編號
經費年度	109
計畫經費	17,770 千元
預算科目	土壤及地下水污染整治策略規劃
專案開始日期	2020/09/18
專案結束日期	2022/03/17
專案主持人	徐悅珊
主辦單位	土污基管會
承辦人	賴文惠
執行單位	環資國際有限公司
專案分類	土壤及地下水
中文關鍵字	土壤、地下水、管理、數據分析、土壤及地下水資訊管理系統
英文關鍵字	Soil, Groundwater, Management, Data Analysis, Soil and Groundwater Management Information Systems
協同主持人	柯上茗
共同主持人
計畫聯絡人	李易整
計畫聯絡電話	02-23611999#848
計畫聯絡信箱	d79d5s4xx@eri.com.tw

中文摘要	土壤及地下水資訊管理系統（簡稱SGM系統）為全國執行土水業務之重要作業平臺，過去已逐步依業務、管理需求擴充與強化系統功能。本計畫除延續既有系統維護，更以「系統加值」、「簡政減時」、「數據治理」、「為民服務」、「行政支援」五大目標，完成共21項系統開發及支援作業。「系統加值」針對場址管理、監測井、應變調查、基金求償4項業務，依業務團隊需求將過去需由紙本及人工控管的作業，藉由系統引導式電子化作業，搭配系統自動警示機制，提升整體控管效能。「簡政減時」針對績效考核、例行性補助及公文光學辨識等3項業務，藉由線上化、一鍵化、AI化功能成功導入，達到節省50%以上作業工時。「數據治理」為應用SGM系統中豐富的土水資料，依業務需求進行數據挖掘分析，並建置強化包含地下水資訊展示推估、列管場址數據分析及重要業務管理等面向共6個系統工具，提供可直觀式進行時間、空間及多維度查詢條件的資訊展示功能，讓使用者快速掌握重要管理訊息。「為民服務」為針對土壤及地下水污染整治網(簡稱土水網)，藉由網站響應式設計(RWD)改版，提供使用者在不同瀏覽裝置下，皆可完整閱覽網站宣導資訊及應用相關功能，並配合智慧政府方案完成New eID測試及配合未來T-Road平臺推動方向，研擬各類系統服務因應作業。「行政支援」則為提升土水業務相關系統及行政業務之作業效率，提供包含行政輔助、系統資安、教育訓練、專諮會、諮詢輔導等各項控管支援作業。
中文關鍵字	土壤、地下水、管理、數據分析、土壤及地下水資訊管理系統

中文摘要

土壤及地下水資訊管理系統（簡稱SGM系統）為全國執行土水業務之重要作業平臺，過去已逐步依業務、管理需求擴充與強化系統功能。本計畫除延續既有系統維護，更以「系統加值」、「簡政減時」、「數據治理」、「為民服務」、「行政支援」五大目標，完成共21項系統開發及支援作業。「系統加值」針對場址管理、監測井、應變調查、基金求償4項業務，依業務團隊需求將過去需由紙本及人工控管的作業，藉由系統引導式電子化作業，搭配系統自動警示機制，提升整體控管效能。「簡政減時」針對績效考核、例行性補助及公文光學辨識等3項業務，藉由線上化、一鍵化、AI化功能成功導入，達到節省50%以上作業工時。「數據治理」為應用SGM系統中豐富的土水資料，依業務需求進行數據挖掘分析，並建置強化包含地下水資訊展示推估、列管場址數據分析及重要業務管理等面向共6個系統工具，提供可直觀式進行時間、空間及多維度查詢條件的資訊展示功能，讓使用者快速掌握重要管理訊息。「為民服務」為針對土壤及地下水污染整治網(簡稱土水網)，藉由網站響應式設計(RWD)改版，提供使用者在不同瀏覽裝置下，皆可完整閱覽網站宣導資訊及應用相關功能，並配合智慧政府方案完成New eID測試及配合未來T-Road平臺推動方向，研擬各類系統服務因應作業。「行政支援」則為提升土水業務相關系統及行政業務之作業效率，提供包含行政輔助、系統資安、教育訓練、專諮會、諮詢輔導等各項控管支援作業。

中文關鍵字

土壤、地下水、管理、數據分析、土壤及地下水資訊管理系統

類型	檔名	檔案大小	說明	最新版公開日期
期末報告	109年土壤及地下水系統推動智慧化管理及資訊分析建置計畫成果報告.pdf	37MB		2022/12/25 上午 12:00:00

摘要	The Soil and Groundwater Management Information System (SGM system) is a principal platform providing various soil and water services nationwide. This platform has been gradually expanded and enhanced according to different operations and management requirements. In addition to constantly maintaining the existing systems, this project completed 21 system developments and support tasks based on the five objectives, namely system value addition, administration streamlining and efficiency, data governance, public service, and administrative support. For system value addition, this project focused on four aspects—site managements, monitoring wells, emergency response measures, and fund claims. According to the requirements of various teams, previous paper- and manual-based operations were improved by using e-guiding systems and automatic alert dialogs to improve the overall control efficiency. To streamline administration and improve efficiency, this project introduced technology, such as online systems, one-click function, and AI technology, into three business categories (performance evaluation, routine subsidies, and optical character recognition of official documents), saving more than 50% work hours. As for data governance, to apply the extensive soil and water data in the SGM system, this project conducted data mining and analysis according to business requirements. This project also established six system tools to enhance the display and estimation of groundwater information, data analysis of listed sites, and management of crucial business categories. The system displayed intuitive real-time information on time and space based on multi-dimensional queries, allowing users to rapidly access essential management information. To service the public, this project revamped the Soil and Groundwater Pollution Remediation website through a responsive web design (RWD), providing users with complete access to promotion information and application functions on different browsing devices. In response with the Smart Government Action Plan, this project also completed the testing on the New eID of the program. New system services will be developed according to the promotion details of T-Road platform in the future. Regarding administrative support, this project supported various controlling operations, including administrative counseling, system cyber security, educational training, expert advisory meeting, consultation, and counseling, to improve the system efficiency of soil and water operations and administration support.
英文關鍵字	Soil, Groundwater, Management, Data Analysis, Soil and Groundwater Management Information Systems

摘要

The Soil and Groundwater Management Information System (SGM system) is a principal platform providing various soil and water services nationwide. This platform has been gradually expanded and enhanced according to different operations and management requirements. In addition to constantly maintaining the existing systems, this project completed 21 system developments and support tasks based on the five objectives, namely system value addition, administration streamlining and efficiency, data governance, public service, and administrative support. For system value addition, this project focused on four aspects—site managements, monitoring wells, emergency response measures, and fund claims. According to the requirements of various teams, previous paper- and manual-based operations were improved by using e-guiding systems and automatic alert dialogs to improve the overall control efficiency. To streamline administration and improve efficiency, this project introduced technology, such as online systems, one-click function, and AI technology, into three business categories (performance evaluation, routine subsidies, and optical character recognition of official documents), saving more than 50% work hours. As for data governance, to apply the extensive soil and water data in the SGM system, this project conducted data mining and analysis according to business requirements. This project also established six system tools to enhance the display and estimation of groundwater information, data analysis of listed sites, and management of crucial business categories. The system displayed intuitive real-time information on time and space based on multi-dimensional queries, allowing users to rapidly access essential management information. To service the public, this project revamped the Soil and Groundwater Pollution Remediation website through a responsive web design (RWD), providing users with complete access to promotion information and application functions on different browsing devices. In response with the Smart Government Action Plan, this project also completed the testing on the New eID of the program. New system services will be developed according to the promotion details of T-Road platform in the future. Regarding administrative support, this project supported various controlling operations, including administrative counseling, system cyber security, educational training, expert advisory meeting, consultation, and counseling, to improve the system efficiency of soil and water operations and administration support.

英文關鍵字

Soil, Groundwater, Management, Data Analysis, Soil and Groundwater Management Information Systems