環保專案成果報告查詢系統

專案計畫編號
經費年度	112
計畫經費	7,560 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	2023/09/26
專案結束日期	2024/12/31
專案主持人	楊文儀
主辦單位	環管署土壤及地下水污染整治基金管理會
承辦人	張若儀
執行單位	財團法人中興工程顧問社
專案分類	土壤及地下水
中文關鍵字	污染整治完成證書、技術認證制度、國際接軌
英文關鍵字	Certificate of Contamination Remediation Completion、Technical Accreditation System、International Alignment
協同主持人	朱敬平
共同主持人
計畫聯絡人	楊文儀
計畫聯絡電話	(02)87919198#642
計畫聯絡信箱	weyang0113@sinotech.org.tw

中文摘要	本計畫主要聚焦於國內土壤及地下水污染整治技術有效性自我宣告證明制度的完善與推廣，及國際接軌策略的規劃與實施。參考菲律賓、丹麥、斯洛維尼亞及波蘭等四國的環境技術查證制度，針對技術審查程序進行深入研究，並優化我國相關制度的技術審查流程，提升整體透明度與操作效率。針對雙相抽除法、加強型現地厭氧生物復育法、界面活性劑沖排法及生物藥劑等四項技術，制定標準化的自我宣告條件與參數要求，包括適用污染物類型、操作設計條件、效能評估方式及二次污染防治措施。透過建立四項自我宣告條件，明確化技術審查的重點與程序，協助技術持有者更準確地掌握申請要求，同時強化制度在實務操作中的可行性與一致性。為加強資訊透明化與系統管理優化資訊平臺及符合環境部監測資訊司之要求，系統新增無障礙認證功能，進一步強化資安維運及多語言界面設計，確保系統運行穩定，滿足使用者需求。此外，透過資料整合與技術可視化展示，提升利害關係人對整治技術成果的了解與信任。在國際接軌方面，本計畫依據CNS 14034標準，參考多國的技術查證制度，初步建構符合我國需求的環境技術查證（ETV）架構。透過調查與案例研究，分析國內外技術查證程序的異同，並依據國際最佳實踐提出適用於我國的查證模式，以促進我國土壤及地下水整治技術的國際化應用與推廣。綜上，內容系統性地展現了制度優化、技術規範制定、資訊平臺升級及國際接軌的工作成果，並提出未來推動方向。本計畫不僅提升了我國土壤及地下水污染整治技術的可信度與應用效能，亦為推動我國環境技術邁向國際市場奠定了基礎，彰顯了技術發展與環境保護雙贏的價值。
中文關鍵字	污染整治完成證書、技術認證制度、國際接軌

中文摘要

本計畫主要聚焦於國內土壤及地下水污染整治技術有效性自我宣告證明制度的完善與推廣，及國際接軌策略的規劃與實施。參考菲律賓、丹麥、斯洛維尼亞及波蘭等四國的環境技術查證制度，針對技術審查程序進行深入研究，並優化我國相關制度的技術審查流程，提升整體透明度與操作效率。針對雙相抽除法、加強型現地厭氧生物復育法、界面活性劑沖排法及生物藥劑等四項技術，制定標準化的自我宣告條件與參數要求，包括適用污染物類型、操作設計條件、效能評估方式及二次污染防治措施。透過建立四項自我宣告條件，明確化技術審查的重點與程序，協助技術持有者更準確地掌握申請要求，同時強化制度在實務操作中的可行性與一致性。為加強資訊透明化與系統管理優化資訊平臺及符合環境部監測資訊司之要求，系統新增無障礙認證功能，進一步強化資安維運及多語言界面設計，確保系統運行穩定，滿足使用者需求。此外，透過資料整合與技術可視化展示，提升利害關係人對整治技術成果的了解與信任。在國際接軌方面，本計畫依據CNS 14034標準，參考多國的技術查證制度，初步建構符合我國需求的環境技術查證（ETV）架構。透過調查與案例研究，分析國內外技術查證程序的異同，並依據國際最佳實踐提出適用於我國的查證模式，以促進我國土壤及地下水整治技術的國際化應用與推廣。綜上，內容系統性地展現了制度優化、技術規範制定、資訊平臺升級及國際接軌的工作成果，並提出未來推動方向。本計畫不僅提升了我國土壤及地下水污染整治技術的可信度與應用效能，亦為推動我國環境技術邁向國際市場奠定了基礎，彰顯了技術發展與環境保護雙贏的價值。

中文關鍵字

污染整治完成證書、技術認證制度、國際接軌

類型	檔名	檔案大小	說明	最新版公開日期
期末報告	土壤及地下水有效性技術推廣應用計畫驗收成果報告.pdf	17MB		2025/2/28 上午 12:00:00

摘要	This project primarily focuses on the refinement and promotion of the domestic soil and groundwater contamination remediation technology effective self-declaration certification system, as well as the planning and implementation of international alignment strategies. By referencing environmental technology verification systems from four countries—Philippines, Denmark, Slovenia, and Poland—this project conducted in-depth research on technical review procedures and optimized the relevant review processes in Taiwan, enhancing overall transparency and operational efficiency. For four key technologies, including Dual Phase Extraction, Enhanced In-Situ Anaerobic Bioremediation, Surfactant Flushing, and Bioremediation, the project established standardized self-declaration conditions and parameter requirements. These include specifications for applicable contaminant types, operational design conditions, performance evaluation methods, and secondary contamination prevention measures. By formulating these four self-declaration conditions, the project clarified the focus and procedures for technical reviews, enabling technology holders to understand application requirements better and enhancing the feasibility and consistency of the system in practical operations. To improve information transparency and system management while meeting the requirements of the Department of Supervision and Evaluation, the project optimized the self-declaration information platform. This included the addition of accessibility certification features, further enhancement of cybersecurity and maintenance, and the design of multilingual interfaces, ensuring stable system operation and meeting user needs. Furthermore, data integration and visualization of technology outcomes improved stakeholder understanding and trust in remediation technology achievements. In terms of international alignment, this project established a preliminary Environmental Technology Verification (ETV) framework tailored to Taiwan's needs, based on the CNS 14034 standard and referencing multiple countries’ verification systems. Through surveys and case studies, the project analyzed differences between domestic and international technical verification procedures and proposed a verification model suitable for Taiwan based on international best practices. This facilitates the international application and promotion of Taiwan’s soil and groundwater remediation technologies. In summary, this project systematically showcases achievements in system optimization, technical specification development, information platform upgrades, and international alignment. It not only enhances the credibility and effectiveness of Taiwan’s soil and groundwater contamination remediation technologies but also lays a foundation for promoting Taiwan’s environmental technologies in global markets, highlighting the dual benefits of technological advancement and environmental protection.
英文關鍵字	Certificate of Contamination Remediation Completion、Technical Accreditation System、International Alignment

摘要

This project primarily focuses on the refinement and promotion of the domestic soil and groundwater contamination remediation technology effective self-declaration certification system, as well as the planning and implementation of international alignment strategies. By referencing environmental technology verification systems from four countries—Philippines, Denmark, Slovenia, and Poland—this project conducted in-depth research on technical review procedures and optimized the relevant review processes in Taiwan, enhancing overall transparency and operational efficiency. For four key technologies, including Dual Phase Extraction, Enhanced In-Situ Anaerobic Bioremediation, Surfactant Flushing, and Bioremediation, the project established standardized self-declaration conditions and parameter requirements. These include specifications for applicable contaminant types, operational design conditions, performance evaluation methods, and secondary contamination prevention measures. By formulating these four self-declaration conditions, the project clarified the focus and procedures for technical reviews, enabling technology holders to understand application requirements better and enhancing the feasibility and consistency of the system in practical operations. To improve information transparency and system management while meeting the requirements of the Department of Supervision and Evaluation, the project optimized the self-declaration information platform. This included the addition of accessibility certification features, further enhancement of cybersecurity and maintenance, and the design of multilingual interfaces, ensuring stable system operation and meeting user needs. Furthermore, data integration and visualization of technology outcomes improved stakeholder understanding and trust in remediation technology achievements. In terms of international alignment, this project established a preliminary Environmental Technology Verification (ETV) framework tailored to Taiwan's needs, based on the CNS 14034 standard and referencing multiple countries’ verification systems. Through surveys and case studies, the project analyzed differences between domestic and international technical verification procedures and proposed a verification model suitable for Taiwan based on international best practices. This facilitates the international application and promotion of Taiwan’s soil and groundwater remediation technologies. In summary, this project systematically showcases achievements in system optimization, technical specification development, information platform upgrades, and international alignment. It not only enhances the credibility and effectiveness of Taiwan’s soil and groundwater contamination remediation technologies but also lays a foundation for promoting Taiwan’s environmental technologies in global markets, highlighting the dual benefits of technological advancement and environmental protection.

英文關鍵字

Certificate of Contamination Remediation Completion、Technical Accreditation System、International Alignment