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Gateway for Accelerated Innovation in Nuclear
What is GAIN?
What's New in GAIN
How to do Business Through GAIN
GAIN Related Articles
GAIN Team Bios
Directory - Advanced Nuclear Technologies
Directory - University Engagement
D.O.E. / National Laboratories
GAIN Impact Video
How to do Business Through GAIN
NE Advance Class Patent Waiver
Request For Information - Input to DOE-NE programmatic R&D planning (DE-SOL-0008246)
Industry FOA: DE-FOA-0001817
Advanced Reactor Demonstration FOA: DE-FOA-0002271
Advanced Reactor Demonstration Collaboration Hub
FY 2021 Consolidated Innovative Nuclear Research (CINR) FOA
Small Business Innovation Research (SBIR) FOA
Technology Commercialization Fund
Fast Reactor Technology
High Temperature Reactor Technology
Molten Salt Reactor Technology
Advanced Nuclear Fuel Technologies Program
Advanced Reactor Technologies (ART) Program
Databases & Documents
Directory - Advanced Nuclear Technologies
Directory - University Engagement
High-Assay Low-Enriched Uranium (HALEU)
Light Water Reactor Sustainability (LWRS) Program
Modeling and Simulation
National Lab Capabilities
National Reactor Innovation Center (NRIC)
Nuclear Science User Facilities (NSUF)
Safeguards and Security
Site Permit Process
Versatile Test Reactor
Nuclear Regulatory Commission
WORKSHOPS AND WEBINARS
GAIN-EPRI-NEI AMM Qualification Workshop, August 24-25, 2021
GAIN Webinars - Past Presentations
GAIN Workshops - Past Presentations
Shaping our Carbon-Free Future Webinar Series - Past Presentations
The Regulatory Route to Commercial Nuclear Deployment Webinar Series - Past Presentations
Third Way - Nuclear Reimagined
Through GAIN, DOE – in close coordination with NRC – is providing nuclear technology developers through regulatory framework development and licensing support. This support and its outcomes will take a variety of forms and continue to evolve as technologies mature. A few high impact actions that have recently completed, or are nearing completion, are listed below.
Regular Industry Interaction with NRC on Advanced Reactor Topics
Following a successful series of semi-annual DOE-NRC workshops on Advanced Non-Light Water Reactors held in 2015 – 2017, the workshop format was transitioned to more frequent (6 weeks) periodic industry stakeholder meetings with NRC that are focused on specific topics of interest. GAIN participates in these meetings in support of DOE and through its engagement with the NEI's Advanced Reactor Regulatory Task Force. For information on the topics being addressed in these meetings, please visit the link below.
NRC Periodic Stakeholder Meetings
NRC Provides an Update on its Advanced Reactor Program
February 1, 2021
The NRC's technical staff recently issued SECY-21-0010 to provide the Commission with an update on the staff's ongoing activities to make the safe use of advanced nuclear reactor technology possible. The paper informs the Commission about the progress and the path forward on NRC advanced reactor licensing and readiness activities such as the resolution of key technology-inclusive policy issues, development of risk-informed and performance-based licensing approaches, and interactions with prospective applicants and other stakeholders. This thorough overview is a good resource for industry stakeholders pursuing near-term advanced reactor technology deployments.
Advance Reactor Program Status
NRC Provides Draft Pre-application Guidance to Advanced Reactor Developers
October 15, 2020
The NRC staff has published a paper to provide information to advanced reactor developers on the benefits of a robust preapplication engagement to optimize application reviews. Pre-application interactions benefit both advanced reactor developers and NRC by improving the stability and predictability of the licensing process through the early identification and resolution of technical and policy issues. The NRC's paper proposes a set of pre-application activities that would enable more predictable and shorter schedules during the review of an advanced reactor license application. This proposal for pre-application activities is essentially a staged licensing approach, where some key elements of an advanced reactor design are reviewed, and the evaluation documented before the license application is submitted.
Draft Guidance - ADAMS Accession No. ML20281A761
NRC Staff Provides Planned Approach for Microreactor Licensing
October 6, 2020
The NRC staff issued SECY-20-0093, “Policy and Licensing Considerations Related to Micro-reactors". The purpose of this paper is to identify potential policy issues related to licensing micro-reactors, and to describe the NRC staff's approach to facilitate licensing submittals for near-term and future deployment and operation of micro-reactors. It's expected that the identified topics will be further addressed in upcoming public interactions with stakeholders.
Commission Accelerates Rulemaking for Advanced Reactors
October 2, 2020
Consistent with Section 103 of NEIMA, the NRC staff has begun efforts to develop a new regulation, through rulemaking, in establishing a "Risk Informed, Technology-Inclusive Regulatory Framework for Advanced Reactors" for optional use by applicants for new commercial advanced nuclear reactor licenses. The staff presented its proposed plan for this rulemaking to the Commission in SECY-20-0032 dated April 13, 2020. On October 2, 2020 the Commission approved the staff's proposed approach in the SRM to SECY-20-0032 and directed the staff to accelerate its efforts to publish the final rule by October 2024, a significant acceleration from the originally targeted December, 2027 required by NEIMA.
To achieve the goals and objectives stated in the rulemaking plan, the NRC staff plans to release preliminary draft rule content as its developed, and has commenced a series of public meetings to receive stakeholder inputs.
SRM to SECY-20-0032
Oklo's Combined License Application Accepted by NRC for Review
June 5, 2020
The Nuclear Regulatory Commission (NRC) accepted Oklo Power LLC's combined license application for review. The application seeks approval to build and operate its Aurora reactor at the Idaho National Laboratory (INL) site in Idaho. This is the first combined construction and operating license application - known as a COL - for an advanced fission technology to be accepted for NRC review. The NRC plans to complete the review of the Aurora design in a two-step process. In the first step (with an estimated duration of 5 months), NRC plans to engage Oklo in public meetings, conduct regulatory audits, and issue requests for additional information to efficiently align on four key safety and design aspects of the licensing basis. This will then enable the NRC staff to define the scope of its full, detailed technical review which will form the second step needed to complete the overall process.
Major Commission Policy Issue Resolved Based on Utility-Led Licensing Modernization Project (LMP)
June 15, 2020
The DOE has recently completed its work with industry stakeholders in support of the advanced reactor Licensing Modernization Project (LMP). This project was led by Southern Company (on behalf of industry), coordinated through the Nuclear Energy Institute (NEI), and cost-shared by DOE. The project developed technical licensing methods reflected in NEI 18-04 that are non-LWR technology-inclusive, risk-informed, and performance-based. LMP's key objective is to establish formally NRC endorsed regulatory guidance for this foundational design and licensing approach that can be used by advanced reactor license applicants. The NRC technical staff has completed its review of the approach the Commission has unanimously approved its use, resolving this longstanding policy and regulatory uncertainty for advanced reactor technologies. Completion of this coordinated DOE-Industry-NRC effort is expected to encourage safer, simpler advanced reactor designs, and potentially accelerate their commercial deployment.
Regulatory Guide 1.233
Status of NRC's "Readiness for non-LWRs" - Near-Term Implementation Action Plans
June 12, 2020
The NRC staff developed a vision and strategy that was coordinated with industry stakeholders in the 2016-2017 timeframe. Its purpose is to assure that the NRC is ready to review potential applications for non-light water reactor (non-LWR) technologies effectively and efficiently. To achieve the goals and objectives stated in the vision and strategy, the NRC developed implementation action plans (IAPs). Many of the key topics in the plans have been addressed through NRC review of industry and DOE-sponsored regulatory framework proposals. NRC has recently provided a detailed status and schedule
for the specific activities already completed or in progress regarding the high priority and near-term (2017 – 2022) portion of the plan).
NRC Integrated Schedule
Industry-Led Technology-Inclusive Content of Application Project (TICAP)
March 9, 2020
The TICAP is an industry-led and DOE cost-shared effort to develop technology-inclusive guidance regarding the expectations for the content for specific portions of the safety analysis report (SAR) that would be used to support an advanced reactor application. Development of this guidance, and its endorsement by NRC, is another key to reducing regulatory uncertainty for advanced non-LWRs, since existing application guidance is very large-LWR centric. The TICAP effort is directly informed by the results of the LMP summarized above. It is a foundational part of a broader effort by the NRC, termed the advanced reactor content of application project (ARCAP), to establish a new set of risk-informed regulations (sometimes referred to as "Part 53") as directed by Congress via NEIMA.
NRC ARCAP Project
Key Commission Policy Issue Regarding Containment Now Resolved
December 4, 2018
The Commission formally concurred with the NRC technical staff's recommendations regarding the advanced non-LWR approach for allowing alternatives to large leaktight containment structures (see NRC SECY-18-0096). Allowing alternatives to containment structures has been an unresolved Commission policy issue for over 25 years, and has been a significant source of regulatory and financial uncertainty for advanced reactor developers. This more flexible and performance-based "functional containment" approach was proposed to the NRC by DOE-supported work within the NGNP Project, and later the Advanced Reactor Technology Program. It was more recently confirmed by advanced non-LWR developers to be technology-inclusive through a series of NRC interactions with industry stakeholders earlier this year that were supported by GAIN.
For more information regarding the containment flexibilities available to advanced non-LWR developers, please see
, "Functional Containment Performance Criteria for Non-Light-Water-Reactors"
Guidance for Developing Principal Design Criteria for Non-Light-Water Reactors
This document provides fundamental guidance that will reduce regulatory risk for the advanced non-LWR design community.
Cooperation between the Nuclear Regulatory Commission (NRC) and the Department of Energy (DOE) has culminated in the issuance of a significant licensing aid for developers of advanced non-light-water (non-LWR) reactors. The NRC's new Regulatory Guide 1.232, "Guidance for Developing Principal Design Criteria for Non-Light-Water Reactors," helps developers of these technologies align their concepts with relevant NRC regulations and forms a key portion of the NRC's advanced reactor regulatory framework.
The Regulatory Guide's generic set of Advanced Reactor Design Criteria cover most non-LWR technologies. The guide also includes technology-specific criteria for sodium-cooled fast reactors and high temperature gas-cooled reactors. Revision 0 to RG 1.232 (ADAMS Accession No.
) was made available to the public on April 9, 2018.
DOE-NRC Memorandum of Understanding
November 10, 2016
memorandum of understanding (MOU)
between the U.S. Nuclear Regulatory Commission (NRC) and the U.S. Department of Energy (DOE) describes the roles, responsibilities, and the processes related to the implementation of the DOE Gateway for Accelerated Innovation in Nuclear (GAIN) initiative. GAIN is an initiative that is intended to provide the nuclear energy community with increased access to the technical, regulatory, and financial support necessary to mover new or advanced nuclear reactor designs toward commercialization while ensuring the continued safe, reliable, and economic operation of the existing nuclear fleet.