英文摘要 |
This project utilizes the "Solid Waste Incinerator Management System" to monitor the operational capacity and bottom ash production of incineration plants. The "Recycled Aggregate Management System" oversees the production, quality testing, usage, and location of recycled aggregates. It combines a performance evaluation system and irregular business liaison meetings to assist local governments and reuse organizations in complying with regulations and policies from the Environmental Management Administration (EMA) to jointly promote the recycling business of incineration recycled aggregates.
In this annual, by the EMA, the performance in promoting the recycling of incineration recycled aggregates in counties and cities for year 2023 was assessed, with Kaohsiung City and Yunlin County receiving Special Excellence Awards, a ceremony was held to recognize this achievement. Kaohsiung City achieved the highest volume of recycled aggregates used nationwide, enhancing a cross-county recognition mechanism for ready-mixed concrete plants and earning acknowledgment with the "2023 Golden Quality Award for Urban Engineering" for projects using incineration recycled aggregates. Similarly, Yunlin County improved the quality of incineration recycled aggregates through readiness evaluation of concrete plants and received recognition with the "Green City Award" under the theme of "New Paradigm of Green Cities," serving as a benchmark for other counties and cities to enhance their operations and promote local management policies.
This project uses "bottom ash treatment rate" and "aggregate circulation rate" as key operational management performance indicators for the circulation of incineration bottom ash. Statistics from January to October 2024 estimate that the bottom ash treatment rate could exceed 90% by year-end, and the aggregate recycling rate could exceed 100%. The top three primary uses are Controlled Low Strength Material (CLSM) at 76.3%, base embankment construction at 9.6%, and related landfill engineering at 9.3%.
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