MIT Sloan launches Catalytic Climate Finance Project to accelerate the scale-up of climate technologies
A new MIT Sloan School of Management initiative aims to design the financial architecture needed to bring breakthrough climate innovations from technical promise to commercial scale
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CAMBRIDGE, Mass., August 6, 2026 — The MIT Sloan School of Management has launched the MIT Catalytic Climate Finance Project (CCFP), a new research initiative dedicated to unlocking the investment, market structures, and financial mechanisms needed to accelerate the deployment of next-generation climate technologies. The project seeks to address one of the most significant barriers to climate progress: not a lack of innovation, but a lack of effective pathways to finance and scale promising solutions.
Housed within the MIT Sloan Sustainability Initiative, CCFP operates at the intersection of engineering, economics, finance, and market design. Rather than deploying capital directly, the project focuses on developing the financial architecture that helps emerging climate technologies become investable, cost-competitive, and capable of attracting large-scale private investment.
The project is led by MIT Sloan principal research scientist and senior lecturer and director of the MIT Sloan Sustainability Initiative. They are joined by Roberto Rigobon, Society of Sloan Fellows Professor of Management, and Christopher Knittel, associate dean for climate and sustainability and George P. Shultz Professor of Applied Economics. The initiative builds on MIT Sloan’s globally recognized leadership in sustainable finance and the award-winning Aggregate Confusion Project, which helped advance the understanding of Environmental, Social, and Governance (ESG) measurement and reporting.
“Many climate technologies do not fail because the science is inadequate,” said Berg, co-founder of CCFP. “They fail because they lack financial pathways to scale."
Why do climate technologies struggle to scale?
The project is grounded in a central observation: some of the world's most promising climate solutions — including green hydrogen, sustainable aviation fuel, green steel, green concrete, and other decarbonization technologies — face a “valley of death” between proving they work and becoming economically competitive. While substantial private capital is available for mature technologies, many emerging climate solutions struggle to secure the investment necessary to achieve scale and drive down costs.
CCFP's objective is to make the success story of solar energy repeatable. Once prohibitively expensive, solar power became the fastest-growing source of electricity through a combination of public policy support, private investment, and financial mechanisms that accelerated deployment and reduced costs. Today, solar generates more than 8% of global electricity and is rapidly growing, demonstrating how targeted financial structures can help transformative technologies reach economic viability.
“Imagine a world where green technologies become the obvious economic choice,” said Jay, co-founder of CCFP. “This kind of system change requires catalytic customers and capital that bring climate-critical technologies down the learning curve. We hope this project empowers that kind of leadership and action.”
How will the MIT Catalytic Climate Finance Project accelerate climate innovation?
The initiative will produce actionable research, tools, and market-design guidance for investors, policymakers, regulators, industry leaders, and innovators. Its work will focus on identifying promising climate technologies, studying how they achieve scale, and creating financing frameworks that can accelerate their path to cost competitiveness. The project will also convene stakeholders across sectors and help train the next generation of climate finance leaders.
Initial research areas include environmental attribute certificates (EACs), carbon offsets, and the financial implications of physical climate risks. The project is also exploring how catalytic capital, philanthropic investment, and innovative market mechanisms can help unlock larger flows of private-sector funding.
As climate innovation accelerates worldwide, CCFP is seeking partnerships with philanthropists, industry leaders, investors, and policymakers interested in helping shape the financial systems needed to bring breakthrough climate technologies into the real economy at speed and scale. The project leverages MIT's strengths across engineering, economics, finance, sustainability, and market design to address one of the defining challenges of the energy transition: turning climate breakthroughs into commercially scalable solutions.
