CATF aims to make nuclear energy a viable option for decarbonizing the world energy system at needed scale and speed. We catalyze private sector and government activity to lower the cost and deployment speed of current nuclear technology.
CATF accomplishes these goals through direct strategic engagement on technology and commercial strategies with industry, technology, and academic partners; and through advocacy in the public arena and to investors. We aim to establish a broad portfolio of commercially-available and market-competitive nuclear power generation options within the next 10-20 years that could scale to terrawatt levels globally for power, heat and transportation fuels. This portfolio would include current generation water-cooled reactors under an improved delivery model, advanced reactors using mostly non-water coolants and fusion.
The Rise of Commercial Fusion Startups: A Brief History of Fusion
Nuclear fusion is what powers the stars and creates many of the elements that make up our universe. A fusion reaction occurs when two elements overcome fundamental forces of nature to join together under high temperatures and pressures. In the process, energy is released, which can be calculated through Einstein’s famous equation E=mc2. Fusion energy […]Advanced Nuclear Energy
CATF Welcomes the First Non-Light Water Reactor License Application to the Nuclear Regulatory Commission
Clean Air Task Force (CATF) welcomes the submission by Oklo of the first ever non-light water reactor combined operating license application (COLA) to the Nuclear Regulatory Commission (NRC). This important milestone paves the way for future deployment, additional applications, and allows for years of preparatory work by the NRC to be put into practice. Oklo’s application […]Advanced Nuclear Energy
Clean Air Task Force Welcomes Introduction of the Nuclear Energy Research and Development Act
Earlier this month, Representatives Conor Lamb (PA-17) and Dan Newhouse (WA-4) introduced H.R. 6097, the Nuclear Energy Research and Development Act (NERDA). This bipartisan bill supports the role of existing and future nuclear technology to achieve national and international decarbonization goals and CATF welcomes its introduction. CATF considers nuclear energy to be potentially an important […]Advanced Nuclear Energy
CATF Welcomes Introduction of Nuclear Energy Leadership Act
The Clean Air Task Force applauds the introduction of the bi-partisan Nuclear Energy Leadership Act (NELA).News & Media
Advanced Nuclear Advocates Applaud Senate NELA Intro
A coalition of nine advanced nuclear advocates today applauded introduction of the bipartisan Nuclear Energy Leadership Act as an important step in creating a comprehensive blueprint for bolstering the next-generation of the nation’s largest source of reliable and carbon-free power. Led by Senate Energy and Natural Resources Chairman Lisa Murkowski (R-Alaska) and Sen. Cory Booker […]
Advanced Nuclear Energy
Scope of Work
CATF speaks to dozens of government, media, civil society, and private sector audiences each year on the potentially large role of nuclear energy in addressing climate change as well as the private sector and policy changes needed to make that potential a reality. CATF also conducts analysis of energy systems to explore optimal economic roles of nuclear energy in achieving deep carbon reductions.
Policy Development & Advocacy
CATF is developing a comprehensive blueprint for US federal initiatives supporting innovation in delivery models for existing water-cooled nuclear technology as well as technological innovation to support and demonstrate advanced fission and fusion energy systems. CATF also advocates internationally for coordinated and harmonized licensing of advanced reactor designs and multinational demonstration as well as measures to enhance the safety and security of global nuclear technology.
Commercial Assessment & Support
CATF is continually reviewing and assessing advanced reactor developments, and working with companies to fine tune their technical and commercial strategies, helping them to focus on relevant market requirements and desirable performance characteristics. CATF facilitates collaborations between technology developers, investors, and governments to improve delivery and cost of current nuclear technology and accelerate commercialization. CATF is also assessing the opportunities for nuclear to produce industrial heat and transportation fuels. Finally, CATF is exploring the economic opportunity to improve nuclear economics by coupling it to energy storage.
Delivery Model Innovation
CATF has helped develop and launch two major influential studies outlining the potential for significant cost reductions and swifter delivery of nuclear energy through business and delivery model changes – project management, project structure, product-based manufacturing, offshore siting, for example – as well as advanced reactor technology. CATF is actively working with commercial parties, governments, and manufacturing and construction experts to explore ways to implement these innovations.
- US Nuclear Regulatory Commission is modernizing its licensing regulations to work better for advanced fission, along the lines suggested by CATF and our partner the Nuclear Innovation Alliance. Congress is considering a bill to further accelerate that work.
- The US Congress is considering legislation that would accelerate advanced fission RD and D – sponsored by both climate skeptics and climate activist legislators in an unusual alliance.
- US, UK and Canada have agreed to move forward with talks on how to harmonize international licensing of reactors to speed their scale-up while ensuring safety.
- Opinion among thought leaders on nuclear energy as a climate mitigation tool has moved significantly to a more receptive posture.
- CATF has helped launch two major cost studies addressing existing and advanced fission technologies; these reports, which posit the potential for dramatic cost reductions, have influenced the debate.
What We're Working On
Licensing and Regulatory Activities
Research and Development
Market Analysis and Deployment