| 英文摘要 |
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.
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