BLSK Energy Breaks Ground on Advanced Reactor Fuel Production

In a significant development for the nuclear energy sector, BLSK Energy, LLC has stepped out of stealth mode, unveiling its ambitious plan to produce advanced reactor fuel. This announcement follows their recent agreement with Argonne National Laboratory (ANL), which positions BLSK Energy at the forefront of recycling used nuclear fuel to create new fuel for next-generation fast reactors.

Founded in early 2025, BLSK Energy is built on a solid foundation of experience in nuclear power and finance. The company's founders aim to launch a pilot recycling facility by 2034, which will serve as a critical step towards addressing the pressing need for sustainable nuclear fuel solutions. Managing Director Bruce Landrey emphasized, “The path ahead is ambitious but achievable. It is essential for delivering clean, safe electricity to our communities.”

The United States currently holds approximately 95,000 tonnes of used nuclear fuel across more than 75 sites nationwide. The delayed plans for permanent disposal have compounded the issue, highlighting the necessity for an effective recycling strategy. Landrey pointed out that BLSK Energy tackles two major challenges: waste management and the availability of cost-effective fuel for advanced reactors. This initiative could provide answers to the persistent question, “What about the waste?” while ensuring that advanced reactors receive the fuel necessary for their development.

To bolster its operations, BLSK Energy has assembled an impressive advisory board comprising industry veterans such as Dr. Fred Buckman, Sr., Marilyn Kray, John O'Connor, and Tom Marcille. Dr. Buckman, who will chair the board, brings a wealth of experience, having served on numerous boards within nuclear and utility sectors. Kray's past roles include work with Constellation and as the leader of the NuStart consortium, which was crucial in advancing licensing processes for new nuclear technologies. O'Connor’s accolades include his tenure as CEO of J.H. Whitney Investment Management and receiving the Secretary of Defense Medal for Distinguished Public Service. Meanwhile, Marcille's background encompasses chief engineering roles at the Los Alamos National Laboratory.

Landrey himself has a rich history in the sector, with previous roles at NuScale Power and the Tennessee Valley Authority, equipping him to navigate the complexities of the nuclear landscape effectively. Alongside Landrey, co-founders Murphy Poindexter and Ross Yehia Hubbard have extensive experience in the clean energy domain, further strengthening the company's foundation.

The Cooperative Research and Development Agreement (CRADA) established with ANL grants BLSK Energy exclusive access to intellectual property related to pyroprocessing technology. This innovative technology is integral to the recycling process of nuclear fuel and will leverage the expertise of ANL's esteemed team of reprocessing scientists and engineers. The CRADA will be led by Dr. Yoon Il Chang, a well-respected figure in the field, recognized as the father of pyroprocessing technology. Dr. Chang's significant contributions, including his publication Plentiful Energy, underscore the potential of combining pyroprocessing with integral fast reactors to herald a new era of clean energy.

Under the CRADA, BLSK will also have access to a mature reprocessing facility design specification, developed through years of collaboration between ANL and Merrick Company, a leading firm in nuclear infrastructure. Landrey noted, “Having the IP and facility design as a starting point places our effort at a high level of maturity, improving certainty through reduced technical, regulatory, and investment risk.”

As the nuclear energy landscape continues to evolve amidst global energy challenges, BLSK Energy is poised to play a pivotal role in creating sustainable, efficient, and safe nuclear energy solutions. The company has promised to keep stakeholders informed about its progress in the coming weeks, heralding an exciting new chapter for nuclear technology.

For more information, please visit BLSK Energy.