Nuclear Power: NRC Needs to Take Additional Actions to Prepare to License Advanced Reactors
Fast Facts
The Nuclear Regulatory Commission licenses nuclear reactors. In the coming years, the agency expects an increase in licensing applications for advanced nuclear reactors that may provide benefits like faster and cheaper electricity production.
NRC has begun updating its regulations and processes to include these reactors—but has had difficulty hiring and retaining the staff needed to license them. Although NRC has offered recruitment and retention incentives for hard-to-fill positions, it hasn't evaluated if this has helped to prevent gaps in staffing.
We recommended that NRC assess the effectiveness of its recruitment and retention efforts.
Highlights
What GAO Found
The Nuclear Regulatory Commission (NRC) has taken several actions to modify its licensing process to include advanced nuclear reactors—nuclear fission reactors that may offer significant improvements over the most recent generation of nuclear fission reactors and may involve first-of-a-kind designs. For example, NRC reorganized its offices responsible for licensing advanced reactors and established dedicated review teams to provide continuity of staff throughout the review of an advanced reactor license application. NRC also issued a regulatory roadmap to help advanced reactor developers navigate the agency's licensing process. Furthermore, NRC has engaged with the nuclear industry to develop a technology-inclusive, risk-informed, and performance-based approach for assessing advanced reactor applications. NRC has also cooperated with the Department of Energy to share technical expertise and has incorporated feedback from several federal agencies and other stakeholders regarding modifications to its licensing process.
Examples of Advanced Nuclear Reactor Sizes and Output
Some of the modifications NRC made to its licensing process have better prepared the agency to review advanced reactors. However, the modifications do not fully address ongoing challenges related to hiring and retaining the staff necessary to license advanced reactors. NRC analyzes its workforce annually and has implemented several measures to address its estimated workforce shortfalls, such as offering recruitment, relocation, and retention incentives for hard-to-fill positions. NRC recognizes its staffing limitations, recruitment challenges, and the expected influx of advanced reactor applications. However, NRC has not evaluated its efforts to address staffing gaps. NRC does not know the extent to which its recruitment strategies and incentives have had a positive effect on hiring and retention because the agency does not have benchmarks to assess their effectiveness. Without measures and benchmarks to assess its recruitment, relocation, and retention incentives and recruitment strategies, NRC is unable to determine the effectiveness of its efforts to ensure that it has sufficient numbers of knowledgeable staff needed to conduct licensing reviews in the coming years.
Why GAO Did This Study
Our nation's demand for energy is expected to grow in the coming decades. To address this demand, Congress has supported the development of advanced nuclear reactors. NRC officials anticipate receiving a significant increase in the number of applications for advanced reactors in the next several years. However, because NRC's regulations and licensing processes have been used to evaluate existing nuclear reactor technologies, NRC is in the process of making changes to license advanced reactors.
GAO was asked to review NRC's preparedness to review applications for advanced nuclear reactors. This report examines (1) NRC's actions to modify its licensing process to include advanced reactors and (2) the extent to which modifications to NRC's licensing process have prepared the agency to review advanced reactors. GAO reviewed statutes, NRC regulations and guidance; analyzed NRC documentation on the modifications to its licensing process; interviewed NRC officials; and interviewed a nongeneralizable sample of 17 stakeholders.
Recommendations
GAO is making four recommendations, including that NRC establish benchmarks and measures to assess the effectiveness of its recruitment, relocation, and retention strategies and incentives to help NRC retain and hire the staff to license advanced reactors. NRC generally agreed with our recommendations.
Recommendations for Executive Action
| Agency Affected | Recommendation | Status |
|---|---|---|
| Nuclear Regulatory Commission | The Chairman of NRC should direct staff to develop procedures for establishing and managing a review schedule for an incomplete application, including applications for first-of-a-kind designs. (Recommendation 1) |
In February 2024, NRC stated that it expected it would be very rare to accept an incomplete application. Instead, the agency would begin portions of its review without accepting the application for docketing. Although NRC considers accepting incomplete applications unlikely, we continue to believe that having procedures in place to manage the review schedule for an incomplete application would be beneficial, given that advanced reactor designs may have novel or first-of-a-kind designs. We continue to believe that developing procedures would provide additional clarity to developers preparing to submit applications.
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| Nuclear Regulatory Commission | The Chairman of NRC should direct staff to finalize draft preapplication guidance to clarify the extent to which advanced reactor developers should participate in preapplication activities. (Recommendation 2) |
In February 2024, NRC stated that it will finalize preapplication guidance in early 2024 after consideration of public comments. When we confirm what actions NRC has taken in response to this recommendation, we will update the record.
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| Nuclear Regulatory Commission | The Chairman of NRC should direct staff to establish benchmarks and measures to assess its recruitment, relocation, and retention incentives and strategies to determine their effectiveness to help NRC retain and hire the staff necessary to license advanced reactors. (Recommendation 3) |
In February 2024, NRC stated that it is currently evaluating its strategic workforce planning process. NRC expects this evaluation to result in refining the benchmarks and measures that it will use to assess program effectiveness. NRC is also exploring options to address future potential peaks in advanced reactor licensing work, including reassigning NRC staff throughout the agency and using contractors. When we confirm what actions NRC has taken in response to this recommendation, we will update the record.
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| Nuclear Regulatory Commission | The Chairman of NRC should direct staff to clarify in information provided to advanced reactor developers how and when they should engage with the ACRS during the licensing process. (Recommendation 4) |
In February 2024, NRC stated that the ACRS has increased communication and the transparency of its review processes. The ACRS issued best practices guidance in July 2023 for ACRS members, which is intended to set staff and applicant expectations for ACRS reviews. In addition, NRC staff and the Chair of the ACRS communicated the process of scheduling ACRS reviews to stakeholders during an advanced reactor stakeholder meeting held on July 20, 2023. When we confirm that NRC has developed direct advanced reactor applicant guidance, we will update the record.
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