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CAP 2.0 Action Quantification Outcomes <br />GHG Reductions <br />Modeling suggests that all currently proposed CAP measures result in the City achieving its 2030 <br />emission goal (4.11 MTCO2e per capita) and SB 32 requirements. Specifically, modeling indicates the City <br />could surpass this goal—reducing emissions to 3.96 MTCO2e per capita in 2030. The following CAP <br />strategies and actions are the highest contributors of GHG emission reductions through 2030: <br />• Carbon sequestration (Urban Forest Master Plan) <br />• Renewable electricity (Zero emissions as default EBCE choice) <br />• Waste diversion (SB 1383 implementation) <br />• Vehicle decarbonization (ZEV Infrastructure Plan) <br />• Decarbonization of buildings (Existing Building Electrification Plan) <br />Figure 1. Aggregated pre -capita GHG emissions. <br />M <br />a 7.0 <br />N 6.0 <br />0 <br />U <br />5.0 <br />0 4.0 <br />E 3.0 <br />w <br />2.0 <br />1.0 <br />Acronym Key: <br />2017 <br />\ <br />\ <br />2030 2045 <br />ABAU ,l= Existing � CAP BAU — — Target <br />ABAU: adjusted business -as -usual; emission reductions resulting from external federal and state policies. <br />Existing: emission reductions resulting from continuation of existing City actions. <br />CAP: Emission reductions resulting from CAP 2.0 implementation. <br />BAU: business -as -usual; emissions trajectory assuming no climate action. <br />Target: Target emissions trajectory <br />N <br />CASCADIA Page 9 <br />CONSULTING GROUP <br />