| 英文摘要 |
To realize the soil and groundwater protection and management related technologies development and promotion policy as well as the roadmap defined in the “Multi-Year Technology Development Plan for Contaminated Site”, the Ministry of Environment continued to advance the efforts to achieve the goals of “technology development and optimization” and “technology penetration and application”. This project has focused on making-up the gaps in sustainability and in the technical needs, improving cost efficiency of a remedy as well as leading the research and study in planning the framework of the Remediation Process Optimization (RPO) to elevate the feasibility on enhancing the remediation effectiveness and to offer a system for promoting RPO. By integrating the research and pilot testing program supported by the Soil and Groundwater Remediation Fund for the year of 2023, an extension of the program to full-scale technical demonstration was designed and proposed. The extension program proposed was to reenforce the partnership between the public and private sectors so that the acceleration of contaminated site delisting and remediation effectiveness can be improved. Also, the roadmap for technology promotion has been followed to select research outcomes of excellency and to promoted through passive and dynamic promotion protocols as well as research achievement conventions and matching works. A virtual exhibition platform was implemented along with the conventions to provide diverse technology promotion actions for achieving the goals.
On the theme of the technology development, this study has completed the reviews on the international and domestic RPO related information, the consolidation of the RPO framework and the domestic technology application trend and optimization needs. On the theme of execution, the assessment of RPO procedures was carried out and a collaboration model for academia and industry was proposed for future implementation. To advocate the RPO in actual implementation, a guidance for Remediation Process Optimization was also drafted.
For the management of the research and pilot testing program, the deliverables included the completion of requests for proposal, mid-term report review, final report review, and variety of auditing and conference meetings. Throughout 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 of the program. Based on domestic development needs and responding to national environmental development policies as well as international soil and water technology development trends, this work has completed the revision of the 2024 plan solicitation and made recommendations on 8 major research themes and 11 sub-themes for the research program. An online review mechanism plan was also recommended to reduce the personnel demand for the future management examination reviews. By integrating the research and pilot testing programs supported by the Soil and Groundwater Remediation Fund for the year of 2023 and 2024, an extension of the program to full-scale technical demonstration was designed and proposed. The extension program proposed was to reenforce the partnership between the public and private sectors so that the acceleration of contaminated site delisting and remediation effectiveness can be improved. The information system for the management of the program has been properly maintained during the period of the project. Constructing an online review system and a new functional portal were completed and the outcome further reduced the labor requirement on future management examination reviews.
To increase the degree of the technical penetration, this project also delivered three events of “soil and groundwater technologies matching for industry and academia” and display 26 technology exhibition booths. There were over 350 participants in the exchange and at least 3 technical cooperation agreements were facilitated. The future challenges in the contaminated site management can be better resolved with the collaborative work and technologies transfer. In addition, the integration of the three major soil and water technology resource portals into a single portal has accomplished. The system backstage management interface was restructured. The system database was also expanded and multiple functions were optimized,. The integrated system become an important technology exchange and gathering platform for the development of Taiwan soil and water technology.
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