HR-4819-117
Placed on the Union Calendar, Calendar No. 362.
What it does
This bill would reauthorize the Department of Energy's Nuclear Energy University Program through fiscal year 2026 and expand its scope. It would allow the program to fund upgrades and revitalization of existing nuclear science and engineering facilities at universities. It would also create a new subprogram requiring DOE to establish four new research reactors and additional nuclear science and engineering facilities at universities.
Who benefits
Universities with existing nuclear science and engineering programs would receive funding for facility upgrades. University students and faculty in nuclear science, engineering, and related fields would gain access to improved and expanded research infrastructure. The advanced nuclear energy industry would benefit from a larger pipeline of trained nuclear scientists and engineers. National laboratories and DOE that partner with universities would gain expanded research capacity. Communities near universities that host new research reactors could see economic activity from construction and operations.
Who is hurt
Taxpayers would bear the cost of funding new reactors and facility upgrades, though the specific dollar amount is not stated in the bill text. Universities or research programs in other scientific fields could face indirect competition for DOE funding if overall budgets are constrained. Communities near proposed new research reactor sites may have concerns about siting, safety oversight, and long-term waste management responsibilities. Existing nuclear energy contractors or national labs that currently perform research without university partnerships could see a relative shift in funding priorities.
Supporters argue
Supporters argue that the United States faces a critical shortage of trained nuclear scientists and engineers at a time when advanced nuclear technologies — including small modular reactors — are seen as essential to long-term energy production and national security. They contend that university nuclear programs have suffered from decades of underinvestment, leaving aging or decommissioned research reactors that limit hands-on training. Expanding the program would rebuild the domestic nuclear workforce pipeline, strengthen U.S. competitiveness against countries like China and Russia that are aggressively expanding their own nuclear programs, and support the development of next-generation reactor technologies that could provide reliable, low-carbon electricity for decades to come.
Opponents argue
Opponents argue that directing federal funds toward building four new university research reactors represents a significant and potentially duplicative expenditure, given that national laboratories already operate research reactors available to university researchers. They contend that the bill prioritizes a specific technology pathway — nuclear — over other energy research areas that may offer faster or cheaper returns, and that the costs of constructing, licensing, operating, and eventually decommissioning new reactors could far exceed initial estimates. Critics may also raise concerns that expanding nuclear infrastructure at universities increases the number of sites requiring security, waste management, and regulatory oversight, creating long-term federal liabilities that the bill does not fully address.