環保專案成果報告查詢系統

專案計畫編號	EPA034110036
經費年度	109
計畫經費	8,977 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	2020/11/25
專案結束日期	2022/04/24
專案主持人	黃智
主辦單位	土污基管會
承辦人	林詩涵
執行單位	鑫訓工程顧問有限公司
專案分類	土壤及地下水
中文關鍵字	技術發展、技術推廣、技術合作媒合
英文關鍵字	Technology Development, Technology Promotion, Technical Collaboration Match
協同主持人
共同主持人
計畫聯絡人	蔡婉楹
計畫聯絡電話	02-25671224#
計畫聯絡信箱	doreen.tsai@enec.com.tw

中文摘要	本計畫著重在持續滾動式檢討技術發展策略與推動方向，並搭配土壤及地下水污染整治基金補助研究與模場試驗專案的推動，達到技術能量強化與提升本土技術，落實技術推廣目標，以協助解決污染場址在調查與整治作業中所面臨的問題。計畫中透過研析我國土壤與地下水相關環境政策課題與技術需求，以及更新國際環境政策與土壤及地下水技術發展動向，綜整提出我國土壤與地下水階段性技術發展主軸與路徑，包含地下水品質的重視與監控、農地資源的保護與新興整治材料暨設備開發、被動式監測與數位監控技術的導入與發展、氣候變遷時代下的永續與韌性整治技術導入，以及整治程序優化的導入等五大主軸，以技術分類項目更新與整治程序優化為未來技術發展之重點，完成環保署「污染場址管理相關技術發展短中期規劃書」之修訂，並以其擬定之技術發展規劃，結合土壤及地下水污染整治基金補助研究與模場試驗專案推動，落實技術標的的研發與產學應用。配合土壤及地下水污染整治基金補助研究與模場試驗專案執行，辦理109~111年度計畫之徵求、期中與期末等各階段管考與說明會議工作，並持續維運與擴增「研究與模場試驗專案管理系統」功能包含響應式網頁設計、登入通知提醒追蹤機制與成果資訊統計功能等。藉由歷年專案成果彙整與分析，本計畫亦提出專案徵求與執行程序、績效評量與效益分析等精進方案建議，包含區隔目標導向訂定先導、研究與模場三類型補助專案設計，並在符合政策目標之評選機制設計、統一共同項目之經費編列標準，經費核撥程序的修定等，以簡化審理負擔，以及因應疫情時代下之展延配套措施擬定，使整體徵求與管理流程更精簡，多元管考作業更趨細緻化。另依據上述技術發展主軸規劃，提供未來徵求程序與發展主題與徵求型式之規劃設計。另為增加技術擴散之廣度，本計畫擬定中長期技術推廣策略與作法，完成技術推廣平台三大功能專區初步建置，提供作為國內土水技術之統一性資料庫，並導入智慧搜尋功能與專家資料庫的建置，以增加技術推廣與產學媒合機會；本期更以鎖定透水性反應阻牆技術為增修之整治技術參考指引標的，透過國內外技術手冊發展狀況解析與資訊蒐集，完成初階與中階參考指引編撰。另在近十屆補助計畫的推動下，透過技術成果的盤點與篩選，完成超過七項技術之技術短篇文宣、技術專欄訪談與成果影音等推廣文宣製作展示。另順利舉辦 2場次「2021土水跨域技術產學發表暨技術媒合會」，吸引現場超過400人次參與活動，成功媒合4項技術簽署合作意向，藉由產學媒合之機會，進而落實技術應用，解決土壤與地下水污染問題為目標。
中文關鍵字	技術發展、技術推廣、技術合作媒合

中文摘要

本計畫著重在持續滾動式檢討技術發展策略與推動方向，並搭配土壤及地下水污染整治基金補助研究與模場試驗專案的推動，達到技術能量強化與提升本土技術，落實技術推廣目標，以協助解決污染場址在調查與整治作業中所面臨的問題。計畫中透過研析我國土壤與地下水相關環境政策課題與技術需求，以及更新國際環境政策與土壤及地下水技術發展動向，綜整提出我國土壤與地下水階段性技術發展主軸與路徑，包含地下水品質的重視與監控、農地資源的保護與新興整治材料暨設備開發、被動式監測與數位監控技術的導入與發展、氣候變遷時代下的永續與韌性整治技術導入，以及整治程序優化的導入等五大主軸，以技術分類項目更新與整治程序優化為未來技術發展之重點，完成環保署「污染場址管理相關技術發展短中期規劃書」之修訂，並以其擬定之技術發展規劃，結合土壤及地下水污染整治基金補助研究與模場試驗專案推動，落實技術標的的研發與產學應用。配合土壤及地下水污染整治基金補助研究與模場試驗專案執行，辦理109~111年度計畫之徵求、期中與期末等各階段管考與說明會議工作，並持續維運與擴增「研究與模場試驗專案管理系統」功能包含響應式網頁設計、登入通知提醒追蹤機制與成果資訊統計功能等。藉由歷年專案成果彙整與分析，本計畫亦提出專案徵求與執行程序、績效評量與效益分析等精進方案建議，包含區隔目標導向訂定先導、研究與模場三類型補助專案設計，並在符合政策目標之評選機制設計、統一共同項目之經費編列標準，經費核撥程序的修定等，以簡化審理負擔，以及因應疫情時代下之展延配套措施擬定，使整體徵求與管理流程更精簡，多元管考作業更趨細緻化。另依據上述技術發展主軸規劃，提供未來徵求程序與發展主題與徵求型式之規劃設計。另為增加技術擴散之廣度，本計畫擬定中長期技術推廣策略與作法，完成技術推廣平台三大功能專區初步建置，提供作為國內土水技術之統一性資料庫，並導入智慧搜尋功能與專家資料庫的建置，以增加技術推廣與產學媒合機會；本期更以鎖定透水性反應阻牆技術為增修之整治技術參考指引標的，透過國內外技術手冊發展狀況解析與資訊蒐集，完成初階與中階參考指引編撰。另在近十屆補助計畫的推動下，透過技術成果的盤點與篩選，完成超過七項技術之技術短篇文宣、技術專欄訪談與成果影音等推廣文宣製作展示。另順利舉辦 2場次「2021土水跨域技術產學發表暨技術媒合會」，吸引現場超過400人次參與活動，成功媒合4項技術簽署合作意向，藉由產學媒合之機會，進而落實技術應用，解決土壤與地下水污染問題為目標。

中文關鍵字

技術發展、技術推廣、技術合作媒合

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 (含附件).pdf	65MB		2022/6/30 上午 12:00:00

摘要	This project emphasized the continuous review the strategic policy and action plan of the soil and groundwater related technology development. The research and pilot testing program supported by the soil and groundwater remediation fund has been utilized as the vehicle to achieve the objectives of strengthening technical capacity and elevating the capability of local technologies as well as realizing the technology promotion goal. So that, the existing challenges regarding the contaminated sites can be resolved. Through the analysis of current domestic environmental policy, technical needs, international environmental policy, and related technology development, a comprehensive roadmap for the soil and groundwater technology development was established. There were five core research and development categories including: (1) groundwater quality monitoring; (2) agricultural resource protection; and emerging remediation materials/equipment development; (3) passive and digital monitoring technologies deployment; (4) sustainable and resilient remediation deployment; and (5) deployment of remediation process optimization. Also, the domestic soil and groundwater technologies classification has been updated and remediation process optimization was proposed as the focus of future soil and groundwater related technology development. Consequently, the Multi-Year Plan for the Contaminated Site Management Related Technology Development was updated based on the outcomes mentioned above. The research and pilot testing program supported by the soil and groundwater remediation fund for the year of 2020 to 2022 has been completed. The deliverables of the program consisted of requests for proposal, mid-term report review, final report review, and variety of auditing and conference meetings. The information system for the management of the program has been properly maintained during the project. Several improvement, including responsive web page design, login reminder and tracking mechanism as well as information statistical functions, has been implemented. Through the execution of the program, this study has proposed improvement solutions with respect to the procedure, performance assessment, and cost-benefit analysis to be considered in the future implementation to the program. To increase the degree of the technical penetration, this study has drawn out a technical promotion strategy and approaches. A related technical promotion information platform was designed and implemented in a prototype fashion that has included smart searching with artificial intelligent algorithm and experts database to increase the chance of matching making between researchers and the industry. As for the technical guideline, the permeable reactive barrier was selected as the targeted technology and the mid-level and concise guidelines were written up. This project also delivered two events of “soil and groundwater technologies demonstration and matching for industry and academia” and there were over 400 participants. In the events, seven technical short assays, technical columns, and short documentary film were made and released for further promotion of the valuable innovative technologies. More importantly, there were four cases of letters of intend for the technology transfer signed in the matching processes. The future challenges in the contaminated site management can be better resolved with the collaborative work and technologies transfer.
英文關鍵字	Technology Development, Technology Promotion, Technical Collaboration Match

摘要

This project emphasized the continuous review the strategic policy and action plan of the soil and groundwater related technology development. The research and pilot testing program supported by the soil and groundwater remediation fund has been utilized as the vehicle to achieve the objectives of strengthening technical capacity and elevating the capability of local technologies as well as realizing the technology promotion goal. So that, the existing challenges regarding the contaminated sites can be resolved. Through the analysis of current domestic environmental policy, technical needs, international environmental policy, and related technology development, a comprehensive roadmap for the soil and groundwater technology development was established. There were five core research and development categories including: (1) groundwater quality monitoring; (2) agricultural resource protection; and emerging remediation materials/equipment development; (3) passive and digital monitoring technologies deployment; (4) sustainable and resilient remediation deployment; and (5) deployment of remediation process optimization. Also, the domestic soil and groundwater technologies classification has been updated and remediation process optimization was proposed as the focus of future soil and groundwater related technology development. Consequently, the Multi-Year Plan for the Contaminated Site Management Related Technology Development was updated based on the outcomes mentioned above. The research and pilot testing program supported by the soil and groundwater remediation fund for the year of 2020 to 2022 has been completed. The deliverables of the program consisted of requests for proposal, mid-term report review, final report review, and variety of auditing and conference meetings. The information system for the management of the program has been properly maintained during the project. Several improvement, including responsive web page design, login reminder and tracking mechanism as well as information statistical functions, has been implemented. Through the execution of the program, this study has proposed improvement solutions with respect to the procedure, performance assessment, and cost-benefit analysis to be considered in the future implementation to the program. To increase the degree of the technical penetration, this study has drawn out a technical promotion strategy and approaches. A related technical promotion information platform was designed and implemented in a prototype fashion that has included smart searching with artificial intelligent algorithm and experts database to increase the chance of matching making between researchers and the industry. As for the technical guideline, the permeable reactive barrier was selected as the targeted technology and the mid-level and concise guidelines were written up. This project also delivered two events of “soil and groundwater technologies demonstration and matching for industry and academia” and there were over 400 participants. In the events, seven technical short assays, technical columns, and short documentary film were made and released for further promotion of the valuable innovative technologies. More importantly, there were four cases of letters of intend for the technology transfer signed in the matching processes. The future challenges in the contaminated site management can be better resolved with the collaborative work and technologies transfer.

英文關鍵字

Technology Development, Technology Promotion, Technical Collaboration Match