This brief provides an overview of options for fee reform at the NRC to increase public investment in regulatory infrastructure and increase regulatory efficiency to accelerate nuclear innovation.
Nuclear Innovation Alliance submitted this Statement for the Record for the United States Senate Energy and Natural Resources Committee hearing on “The Infrastructure Needs of the U.S. Energy Sector, Western Water and Public Lands, and Consideration of a Legislative Proposal.” NIA strongly supports the proposed legislation which would build a strong foundation for advanced reactors to contribute to climate mitigation.
The Nuclear Regulatory Commission’s fees for new license applications pose a challenge to private-sector nuclear innovation and regulatory efficiency. This report recommends reforming the fee model and increasing public funding to accelerate advanced reactor deployment. A video of the release webinar is available here. An overview of the report can be found here.
Unlocking Advanced Nuclear Innovation: The Role of Fee Reform and Public Investment Event
In conjunction with a new report on licensing fee reform at the NRC, the Nuclear Innovation Alliance hosted an event to discuss its findings. The webinar was moderated by former NRC Commissioner Stephen Burns, Senior Fellow at Third Way. It featured panelists Alex Gilbert of the Nuclear Innovation Alliance, Caroline Cochran of Oklo, and Peter Hastings of Kairos Power. It provides an overview of the report and develops ideas for fee reform to promote advanced nuclear energy innovation. The report can be found here: Report
The following statement was submitted by NIA's Executive Director, Judi Greenwald, for Senate Committee on Finance's hearing Climate Challenges: The Tax Code’s Role in Creating American Jobs, Achieving Energy Independence and Providing Consumers with Affordable, Clean Energy.
In 2017, NIA published a report about using the Major Portions option to establish regulatory finality of part of a reactor for a Standard Design Approval. This Addendum provides lessons learned from NIA's observation of a pre-application interaction by Terrestrial Energy USA that drew upon NIA's original report.
This primer provides a short summary of the primary motivations behind pursuing advanced nuclear energy, including carbon emissions reductions, technological innovations, economic benefits, and global competitiveness.
This primer provides a short summary of the primary motivations behind pursuing advanced nuclear energy, including carbon emissions reductions, technological innovations, economic benefits, and global competitiveness.
This primer provides a short summary of the primary motivations behind pursuing advanced nuclear energy, including carbon emissions reductions, technological innovations, economic benefits, and global competitiveness.
The Nuclear Innovation Alliance and Partnership for Global Security have a developed a joint strategy for U.S. leadership on commercialization of advanced reactors. A whole-of-society approach with collaboration between government, industry, civil society, and other nations can bring advanced reactors to market to reduce global emissions, provide domestic jobs, and support national security.