英文摘要 |
In response to the "Resource Recycling & Zero Waste" strategy outlined in the "Taiwan’s Pathway to Net-Zero Emissions in 2050 and Strategy Overview", the project aims to promote net-zero development of municipal solid waste treatment facilities in Taiwan. The project has collected domestic and international carbon reduction trends, consolidates results, and plans net-zero strategies. The project has examined the net-zero regulations, implementation cases, and technologies in waste management across seven countries—United Kingdom, Netherlands, Germany, Japan, South Korea, United States, and Singapore—analyzing the differences between Taiwan and international practices and providing recommendations.
The project has formulated short, medium, and long-term net-zero strategies for domestic waste treatment facilities. The project has proposed strategies for anaerobic digestion of food waste for electricity generation and solar energy installation after assessing the potential for renewable energy development. The project has analyzed the carbon reduction benefits of replacing fossil fuels with energy derived from waste treatment in Taiwan, as well as compared the carbon reduction effectiveness of various treatment methods.
The project has conducted a status assessment of greenhouse gas inventories and carbon reduction measures for incineration plants, landfills, and other waste treatment facilities in Taiwan. In addition, the project has assisted the Changhua Xizhou EfW Plant in completing its 2023 greenhouse gas inventory. Furthermore, the project has helped the Chiayi Lucao Refuse Incineration Plant finalize a voluntary emission reduction plan for the implementation of high-efficiency lighting. Additionally, the project has supported the Waipu Green Energy Ecological Park in completing its 2023 greenhouse gas inventory.
The project has engaged in interviews with five experts and scholars while organizing three site visits focused on net-zero technologies. Additionally, the project has held a consultation meeting to explore renewable energy potential and AI sorting technologies, along with holding two technical forums to exchange insights on carbon reduction technologies and carbon credit development trends. The purpose of these actions is to provide recommendations for policy formulation and promote the net-zero development of waste treatment facilities.
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