2025: Analysis of Carbon Dioxide Removal Policy Impact Pathways (CATF)
As the urgency to address climate change grows, this project focuses on evaluating policy pathways to scale up carbon dioxide removal (CDR) technologies in the United States, aiming to support the target of one gigaton of annual CDR capacity by mid-century. In collaboration with the Clean Air Task Force (CATF), Cornell researchers will use advanced modeling tools to analyze the cost-effectiveness and impact of various CDR policy options, including nature-based (e.g., afforestation, soil carbon sequestration), hybrid (e.g., biomass carbon removal and storage), and engineered solutions (e.g., direct air capture). This work will identify the most promising policy levers—such as direct public investment, R&D support, and demand-side incentives—needed to maximize CDR feasibility and scalability while minimizing taxpayer costs. The outcomes of this analysis will inform policymakers, support legislative development, and build coalitions for advancing CDR, ultimately contributing to effective carbon management and sustainable decarbonization strategies.
Cornell: Fengqi You (Cornell Engineering/Mechanical and Aerospace Engineering)
Partner: CATF