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	26,800 千元
預算科目	提升土壤及地下水污染調查及整治技術工作
專案開始日期	2021/01/14
專案結束日期	2023/01/13
專案主持人	陳瑞昇
主辦單位	土污基管會
承辦人	賴俊吉
執行單位	國立中央大學
專案分類	土壤及地下水
中文關鍵字	地下環境、模式分析、平台
英文關鍵字	Subsurface Environment, Modeling Analysis, Platform
協同主持人	董家鈞；林建興
共同主持人
計畫聯絡人	楊昀蓁
計畫聯絡電話	03-4227151#65894
計畫聯絡信箱	yun904392@gmail.com

中文摘要	地下環境分析模式平台延續107年污染場址地下環境分析模式發展計畫，已完成核心的變飽和流模式HYDROGEOCHEM(簡稱HGC)之熱-水-化耦合模組發展，並建置友善使用者操作介面，作為污染場址管理與整治實務作業中的關鍵輔助角色。為使地下環境分析模式能更加適用於台灣地區的地下水污染場址，進行四大工作項目：(1)補充水文地質概念模型建置指引(草案)之易閱讀性及國內場址案例分析；(2)強化地下環境分析模式模組功能與建置10件情境範本；(3)為便利使用者操作需求，新增水文地質資訊使用者介面與快速評估功能模組使用者介面，並針對新增核心模式模組功能改版使用者介面；(4)篩選1處加速解列場址作為示範案例場址，建立工作假說，規劃進行補充調查工作，根據調查結果回饋指引、建置3種整治工法初步模擬評估成果。　　本計畫另一工作重點為推廣宣傳台灣環保署地下環境分析模式平台(Taiwan Subsurface Environmental Simulation Model Plateform，TWESMP)，並於計劃期間辦理14場次與模式關切使用者之訪談作業；依模式平台之使用者取向有所不同，分別辦理3場次的初階教育訓練課程與2場次的進階教育訓練課程；並根據本計畫使用TWESMP所建置之多件國內場址議題驗整及評估結果，舉辦4場次之分析模式應用推廣說明暨研討會。因應模式之使用、評估與審查具高度的專業性，建議可評估成立第三方專責單位提供諮詢審查與教育推廣服務。
中文關鍵字	地下環境、模式分析、平台

中文摘要

地下環境分析模式平台延續107年污染場址地下環境分析模式發展計畫，已完成核心的變飽和流模式HYDROGEOCHEM(簡稱HGC)之熱-水-化耦合模組發展，並建置友善使用者操作介面，作為污染場址管理與整治實務作業中的關鍵輔助角色。為使地下環境分析模式能更加適用於台灣地區的地下水污染場址，進行四大工作項目：(1)補充水文地質概念模型建置指引(草案)之易閱讀性及國內場址案例分析；(2)強化地下環境分析模式模組功能與建置10件情境範本；(3)為便利使用者操作需求，新增水文地質資訊使用者介面與快速評估功能模組使用者介面，並針對新增核心模式模組功能改版使用者介面；(4)篩選1處加速解列場址作為示範案例場址，建立工作假說，規劃進行補充調查工作，根據調查結果回饋指引、建置3種整治工法初步模擬評估成果。　　本計畫另一工作重點為推廣宣傳台灣環保署地下環境分析模式平台(Taiwan Subsurface Environmental Simulation Model Plateform，TWESMP)，並於計劃期間辦理14場次與模式關切使用者之訪談作業；依模式平台之使用者取向有所不同，分別辦理3場次的初階教育訓練課程與2場次的進階教育訓練課程；並根據本計畫使用TWESMP所建置之多件國內場址議題驗整及評估結果，舉辦4場次之分析模式應用推廣說明暨研討會。因應模式之使用、評估與審查具高度的專業性，建議可評估成立第三方專責單位提供諮詢審查與教育推廣服務。

中文關鍵字

地下環境、模式分析、平台

類型	檔名	檔案大小	說明	最新版公開日期
期末報告	成果報告本文_附錄一_附錄二.pdf	46MB		2023/3/31 上午 12:00:00

摘要	Subsurface simulation model continues the project for the development of the underground environment analysis model for contaminated sites in 2018, having completed the development of the module coupling with subsurface flow, thermal and chemical transport in our core model which is called HYDROGEOCHEM (i.e. HGC). A user-friendly operation interface has been built as well, playing a key supporting role in management and remediation practices of polluted sites. In order to make the subsurface simulation models more suitable for groundwater contaminated sites in Taiwan, four major work items were carried out : (1) Supplement the readability of the guidelines (draft) for the establishment of the hydrogeological conceptual model and the case analysis of domestic sites.(2) Improving the functionality of the modules in the subsurface simulation model and build 10 scenario templates. (3) To facilitate the user's operational needs, the user interface for hydrogeological information and the user interface for the fast assessment tool module are added, and the user interface of the newly added core module function has been revised. (4) Selection of one accelerated decommissioning site as a demonstration case to establish working hypotheses and arrange to carry out supplementary investigation work, providing feedback to guidelines based on the investigation results and establishing three remediation techniques to preliminarily evaluate simulation results. Another target of this project is to promote the Taiwan Subsurface Environmental Simulation Model Plateform (i.e. TWESMP) including conducting 14 interviews with model-concerned users during the project period. Based on a variety of users’ needs, 3 sessions of primary training course and 2 sessions of advanced training courses were conducted. Moreover, 4 sessions of seminar were held for model simulation according to the results of the verification and evaluation of a number of domestic sites established by TWESMP developed in this project. With concerns of the high professionality of model usage、evaluation and examination, it is recommended to assess the need of establishing a third-party dedicated unit to provide consulting review and services of educational promotion.
英文關鍵字	Subsurface Environment, Modeling Analysis, Platform

摘要

Subsurface simulation model continues the project for the development of the underground environment analysis model for contaminated sites in 2018, having completed the development of the module coupling with subsurface flow, thermal and chemical transport in our core model which is called HYDROGEOCHEM (i.e. HGC). A user-friendly operation interface has been built as well, playing a key supporting role in management and remediation practices of polluted sites. In order to make the subsurface simulation models more suitable for groundwater contaminated sites in Taiwan, four major work items were carried out : (1) Supplement the readability of the guidelines (draft) for the establishment of the hydrogeological conceptual model and the case analysis of domestic sites.(2) Improving the functionality of the modules in the subsurface simulation model and build 10 scenario templates. (3) To facilitate the user's operational needs, the user interface for hydrogeological information and the user interface for the fast assessment tool module are added, and the user interface of the newly added core module function has been revised. (4) Selection of one accelerated decommissioning site as a demonstration case to establish working hypotheses and arrange to carry out supplementary investigation work, providing feedback to guidelines based on the investigation results and establishing three remediation techniques to preliminarily evaluate simulation results. Another target of this project is to promote the Taiwan Subsurface Environmental Simulation Model Plateform (i.e. TWESMP) including conducting 14 interviews with model-concerned users during the project period. Based on a variety of users’ needs, 3 sessions of primary training course and 2 sessions of advanced training courses were conducted. Moreover, 4 sessions of seminar were held for model simulation according to the results of the verification and evaluation of a number of domestic sites established by TWESMP developed in this project. With concerns of the high professionality of model usage、evaluation and examination, it is recommended to assess the need of establishing a third-party dedicated unit to provide consulting review and services of educational promotion.

英文關鍵字

Subsurface Environment, Modeling Analysis, Platform