AMPERA Submits Comprehensive Regulatory Engagement Plan to the U.S. NRC

AMPERA's Milestone in Nuclear Technology Regulation

On October 5, 2026, AMPERA, a prominent player in advanced nuclear energy solutions, announced the submission of a detailed Regulatory Engagement Plan to the U.S. Nuclear Regulatory Commission (NRC). This step is part of the pre-application phase aimed at obtaining authorization for its groundbreaking site, which will combine both nuclear production and fuel fabrication by October 2027.

AMPERA’s initiative is significant not just for its innovative approach to nuclear technology but also for the regulatory landscape that it aims to navigate. In July 2026, the company showcased a state-of-the-art, 3D-printed nuclear reactor module, featuring a spherical monolithic gyroid core made from durable silicon carbide. This design is intended to maintain operational efficiency for a remarkable 30 years without requiring refueling.

The Regulatory Engagement Plan includes comprehensive technical information about various aspects of AMPERA's project, such as innovative technical features, methodologies, and analytical data. This detailed submission aims to expedite the regulatory review process and minimize associated risks. AMPERA's authorization strategy aligns with the NRC's newly established Office of Advanced Reactors (OAR), which is tasked with implementing an integrated regulatory approach for the safe deployment of advanced reactor technologies.

涵蓋している規制のスコープは広範で、核物質関連の活動、燃料製造、炉心の製造、複数サイトでのモジュール展開を支えるために、連邦規則第10部に基づく炉の許可に関するものである。微小型炉技術に関する最近の規制変更を考慮には、AMBERAの計画は、商業化と世界的な展開に向けた効果的で効率的な許可経路の整備のための柔軟性を提供する。

Brian Matthews, the founder and CEO of AMPERA, emphasized the importance of sharing technical information with regulatory authorities, stating, "We aim to protect our intellectual property while enhancing trust in advanced nuclear technologies." He expressed eagerness to engage with the NRC regarding AMPERA's commercial subcritical thorium fuel modular system.

Unlike traditional light-water reactors, which use water as a coolant and moderator, AMPERA's innovative thorium-based fuel and subcritical operating systems employ an external neutron generator to initiate and sustain operation. This unique feature not only provides additional operational control but also fosters innovative fuel cycle approaches.

On August 26, 2026, AMPERA announced a strategic partnership with the Lawrence Livermore National Laboratory, aimed at developing next-generation nuclear fuels, further highlighting its commitment to advancing nuclear energy technologies.

Dr. April Smith, AMPERA's Head of Regulatory Strategy, remarked, "We are making significant strides and continue to enhance our team while we progress with our regulatory engagement and stakeholder collaborations." She acknowledged the challenges ahead but reassured that the NRC is prepared to work alongside them on this unique reactor technology.

To bolster its regulatory efforts, AMPERA appointed Michael Hamer as Director of Licensing and Regulatory Affairs. Hamer brings over 25 years of experience in nuclear project licensing in the U.S. and internationally, providing an extensive knowledge base to guide AMPERA through the compliance processes of its advanced energy solutions.

As part of its "PowerNOW" initiative under the "NuclearNEXT" strategy, AMPERA is dedicated to delivering scalable energy solutions tailored for data centers, defense, industry, and maritime applications. Its patented Integrated Energy Architecture™ incorporates waste heat recovery, conventional fuel electricity generation, and cutting-edge subcritical nuclear energy technologies, paving the way for a future powered by clean and abundant energy.

For more information about AMPERA and its innovative solutions, visit www.amperaglobal.com or contact their press inquiries.