Options for Negative Carbon Emissions in California

            
.0.0.0         Getting to Neutral
1.0.0.0         Background
1.1.0.0         Introduction
1.1.1.0         details
1.2.0.0         Worldwide Emissions Reductions
1.2.1.0         images
1.2.2.0         details
1.3.0.0         Goals of California's emissions plan extrapolated to 2045
1.3.1.0         images
1.3.2.0         details
1.4.0.0         GASIFICATION SCENARIO IN 2045, NEGATIVE EMISSIONS BASIS
1.4.1.0         images
1.4.2.0         details
1.5.0.0         Main elements of California's 2030 plan
1.5.1.0         images
2.0.0.0         Carbon-Reduction Pillars
2.1.0.0         1st Carbon-Reduction Pillar
2.1.1.0         images
2.1.3.0         images
2.1.4.0         images
2.1.6.0         images
2.1.7.0         details
2.2.0.0         2nd Carbon-Reduction Pillar
2.2.2.0         images
2.2.4.0         images
2.2.6.0         images
2.2.7.0         images
2.2.8.0         details
2.3.0.0         3rd Carbon-Reduction Pillar
2.3.1.0         images
2.3.2.0         details
2.4.0.0         Costs of Direct Air Capture from Geothermal and Waste Heat
2.4.1.0         images
2.5.0.0         Deployment scenario for direct air capture developed for this analysis.
2.5.1.0         images
2.6.0.0         Low-DAC Scenario: Deployment and Costs
2.6.1.0         images
2.7.0.0         Moving Average Direct Air Capture Costs for Units in California With Learning from Globally Deployed Units
2.7.1.0         images
3.0.0.0         Negative Emission Technologies
3.1.0.0         Available classes of negative emissions technologies
3.1.1.0         images
3.2.0.0         Costs for biomass-based negative emissions
3.2.1.0         images
3.3.0.0         Flow diagram illustrating the three main pathways to negative emissions
3.3.1.0         images
3.4.0.0         Diagram linking biomass type to conversion technology
3.4.1.0         images
3.5.0.0         Simplified block flow diagram and system boundary of gasification to liquid fuels via Fischer-Tropsch synthesis with carbon capture
3.5.1.0         images
3.6.0.0         Negative emissions potential, avoided fossil emissions, and weighted average cost
3.6.1.0         images
3.6.2.0         details
3.7.0.0         CO2 Capture Cost Sensitivity to Biomass Feedstock Cost
3.7.1.0         images
3.7.2.0         details
4.0.0.0         Total System Cost
4.1.0.0         Key Findings
4.1.2.0         images
4.1.3.0         images
4.1.4.0         details