環保專案成果報告查詢系統

專案計畫編號	EPA-105-GA12-03-A237
經費年度	105
計畫經費	19,000 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	2016/07/26
專案結束日期	2018/01/25
專案主持人	劉志忠
主辦單位	土污基管會
承辦人	楊宜寧
執行單位	業興環境科技股份有限公司
專案分類	土壤及地下水
中文關鍵字	地下環境、模式分析、審查制度
英文關鍵字	Subsurface Environment, Modeling Analysis, Review Regulation
協同主持人	葉高次、夏安宙
共同主持人	葉高次
計畫聯絡人	蔡孟儒
計畫聯絡電話	02-27691002#121
計畫聯絡信箱	davidtsai@setl.com.tw

中文摘要	本計畫主要蒐集國內外常見之地下環境分析模式、及其發展現況與審查制度，以評析國內進行模式發展之可行性、發展路徑及藍圖，同時撰寫模式選用手冊與撰寫指引等文件，強化污染場址地下環境分析模式評估品質。其中依據9場次中央與地方主管機關、專家學者以及顧問公司，共計14位專家的深度訪談及專諮會討論建議，提出「地下環境分析模式選用參考手冊」，內容包含模式基本概念介紹、模式建置流程、模式選用時機與原則、選用模式介紹建立及模式篩選平台。另外，完成「污染場址地下環境模式撰寫指引」，內容包括檢核表、模擬成果報告及模式檔案歸檔類型等。此外，研提國內地下環境分析模式整合發展藍圖，制定不同期程的階段性工作。其中，因應國內水文地質多樣性與污染物特性複雜，及污染場址調查與整治工法評估需求，建議發展具有偶合熱-流-力學-化學傳輸機制之本土化模式，經篩選評估後，以國人自行開發且具國際知名度之HYDROGEOCHEM(HGC)為模式發展基礎。初期階段規劃是由本計畫建立的二維版本HGC 4.1變飽和流模式耦合熱傳及地化反應傳輸模組為基礎，以及HGC 5.1三維模式的功能擴增，也完成2處案例場址測試。此外建立模式平臺架構，整合網格生成模式、模式參數輸入介面、批次反應模式、參數資料庫及模擬結果視覺化處理等模組構成規劃。審查制度推動策略方面，建議初期可編修控制/整治計畫撰寫指引內容，增加本計畫完成之模式選用手冊及撰寫指引內容，納入既有場址審查制度內。
中文關鍵字	地下環境、模式分析、審查制度

中文摘要

本計畫主要蒐集國內外常見之地下環境分析模式、及其發展現況與審查制度，以評析國內進行模式發展之可行性、發展路徑及藍圖，同時撰寫模式選用手冊與撰寫指引等文件，強化污染場址地下環境分析模式評估品質。其中依據9場次中央與地方主管機關、專家學者以及顧問公司，共計14位專家的深度訪談及專諮會討論建議，提出「地下環境分析模式選用參考手冊」，內容包含模式基本概念介紹、模式建置流程、模式選用時機與原則、選用模式介紹建立及模式篩選平台。另外，完成「污染場址地下環境模式撰寫指引」，內容包括檢核表、模擬成果報告及模式檔案歸檔類型等。此外，研提國內地下環境分析模式整合發展藍圖，制定不同期程的階段性工作。其中，因應國內水文地質多樣性與污染物特性複雜，及污染場址調查與整治工法評估需求，建議發展具有偶合熱-流-力學-化學傳輸機制之本土化模式，經篩選評估後，以國人自行開發且具國際知名度之HYDROGEOCHEM(HGC)為模式發展基礎。初期階段規劃是由本計畫建立的二維版本HGC 4.1變飽和流模式耦合熱傳及地化反應傳輸模組為基礎，以及HGC 5.1三維模式的功能擴增，也完成2處案例場址測試。此外建立模式平臺架構，整合網格生成模式、模式參數輸入介面、批次反應模式、參數資料庫及模擬結果視覺化處理等模組構成規劃。審查制度推動策略方面，建議初期可編修控制/整治計畫撰寫指引內容，增加本計畫完成之模式選用手冊及撰寫指引內容，納入既有場址審查制度內。

中文關鍵字

地下環境、模式分析、審查制度

類型	檔名	檔案大小	說明	最新版公開日期
期末報告	EPA-105-GA12-03-A237書面正式報告-本文+附錄.pdf	77MB		2018/6/1 上午 12:00:00

摘要	In order to evaluate the feasibility, development path and blueprint for developing a subsurface environment model, this project collected information on the development and censorship of commonly used subsurface analysis models and composed a handbook and guideline for model selection to enhance the assessment quality of contaminated sites. Based on nine expert advisory meetings and in-depth interviews with 14 experts, this project proposed the “Reference manual on selecting models for the subsurface environment of contaminated sites”. The content of the manual includes basic concepts of models, the process of establishing a model, the timing and principle for model selection, introduction of models and a model screening platform. On the other hand, this project also completed the “Writing guideline of using subsurface environment models on contaminated sites”, which contents include a checking list, reported on the modeling results and the archive format for modeling files. This project proposed an integrated development roadmap of subsurface environment models and formulated different stages of work. The development of a localized model which includes coupling thermal-hydrology-mechanics-chemical transport mechanisms is necessary in order to cope with the heterogeneous hydrogeology and complex contamination characteristics in Taiwan, and to respond to the need for site investigation and remedy evaluation. By screening and evaluating current models, the domestically developed HYDROGEOCHEM(HGC) was selected as the foundation of the model because of its international reputation. The initial stage is based on the 2D HGC 4.1 of variable saturated flow model, coupling thermal and geochemical reaction transport module, and the function extension on the 3D HGC 5.1, along with a completion of the testing for 2 case studies. This project also established the framework of the model platform. The platform integrated modules of grid generation, parameter input interface, batch reaction, parameter data base and visualization of modeling results. For the promotion strategies in the review regulation, the suggestion is to amend the guideline on writing pollution control/ remediation plans, and included the “Reference manual on selecting models for the subsurface environment of contaminated sites” and the“Writing Guidelines of using subsurface environment models on contaminated sites” into the site censorship system.
英文關鍵字	Subsurface Environment, Modeling Analysis, Review Regulation

摘要

In order to evaluate the feasibility, development path and blueprint for developing a subsurface environment model, this project collected information on the development and censorship of commonly used subsurface analysis models and composed a handbook and guideline for model selection to enhance the assessment quality of contaminated sites. Based on nine expert advisory meetings and in-depth interviews with 14 experts, this project proposed the “Reference manual on selecting models for the subsurface environment of contaminated sites”. The content of the manual includes basic concepts of models, the process of establishing a model, the timing and principle for model selection, introduction of models and a model screening platform. On the other hand, this project also completed the “Writing guideline of using subsurface environment models on contaminated sites”, which contents include a checking list, reported on the modeling results and the archive format for modeling files. This project proposed an integrated development roadmap of subsurface environment models and formulated different stages of work. The development of a localized model which includes coupling thermal-hydrology-mechanics-chemical transport mechanisms is necessary in order to cope with the heterogeneous hydrogeology and complex contamination characteristics in Taiwan, and to respond to the need for site investigation and remedy evaluation. By screening and evaluating current models, the domestically developed HYDROGEOCHEM(HGC) was selected as the foundation of the model because of its international reputation. The initial stage is based on the 2D HGC 4.1 of variable saturated flow model, coupling thermal and geochemical reaction transport module, and the function extension on the 3D HGC 5.1, along with a completion of the testing for 2 case studies. This project also established the framework of the model platform. The platform integrated modules of grid generation, parameter input interface, batch reaction, parameter data base and visualization of modeling results. For the promotion strategies in the review regulation, the suggestion is to amend the guideline on writing pollution control/ remediation plans, and included the “Reference manual on selecting models for the subsurface environment of contaminated sites” and the“Writing Guidelines of using subsurface environment models on contaminated sites” into the site censorship system.

英文關鍵字

Subsurface Environment, Modeling Analysis, Review Regulation