To outline a net-zero transition direction for general waste disposal processes and achieve the national goal of reaching net-zero by 2050, this Plan involves gathering international greenhouse gas information related to the Environmental Management Administration’s activities and taking stock of the domestic situation. The four main areas are: 1.Researching Carbon Reduction Trends: distribute environmental management updates through e-newsletters, with at least 10 topics per issue related to international Carbon Capture Utilization and Storage (CCUS) developments and domestic or overseas case studies. Two visits to domestic test sites of negative emissions technologies are also planned. 2.Mapping the Net-Zero Pathway for General Disposal Processes: conduct surveys on the implementation rates of greenhouse gas reduction measures by environmental authorities, waste disposal facilities, and cleaning teams. It also involves summarizing international tools for assessing greenhouse gases in general waste and evaluating the management measures and assessment indicators for waste disposal both domestically and internationally. The information gathered will be used to propose strategies for achieving net-zero waste clearance and disposal processes, including feasible carbon reduction strategies and corresponding indicators within five years. 3.Analyzing International Waste Disposal Facility Adaptation Policies and Plans: through researching international waste disposal facility adaptation-related policies and plans, define affected people and objects based on the climate risk factors faced in Taiwan, formulate adaptable actions, outline the consistency procedures, and provide references of comprehensive procedures/plans or laws/regulations. 4.Collaboration on Energy Conservation and Carbon Reduction-Related Tasks: attend meetings, assist in creating presentations and graphics, and provide relevant consultation, administrative support, or other temporary tasks.

Net-Zero Pathway for General Disposal Processes, general waste disposal processes, Carbon Capture Utilization and Storage