Sandia Lab Gets $3.38M for Nuclear Fuel Tools
The Department of Energy selected Sandia National Laboratories to develop analytical tools for advanced reactor fuel production under the HORNIG program.
Updated on Nov. 2, 2026 in Nuclear
Sandia National Laboratories was selected for $3.38 million in Department of Energy funding to develop analytical tools supporting advanced reactor fuel production and deployment. The announcement was recognized by DOE's Under Secretary for Nuclear Security at a news conference in Albuquerque.
Why it matters
The project addresses the safety, nuclear safeguards, and scale-up considerations that must be resolved before new reactor fuels can be produced commercially. It is part of a broader federal effort to develop fuels made from materials recovered from used nuclear fuel.
The $3.38 million award represents roughly 6.8% of the up to $50 million HORNIG program total. The extraction does not report how the remaining program funds are being allocated among other projects.
The players
Sandia National Laboratories
A federally funded research and development center operated under the U.S. Department of Energy and known for national security and nuclear research.
Department of Energy
The federal agency that funds and oversees the nation's nuclear research, energy, and security programs.
ARPA-E
The Advanced Research Projects Agency-Energy, a DOE office that funds high-risk, high-reward energy technology research.
The details
Sandia's project, named TRU-PATH, will build an analytical platform to evaluate safety, nuclear safeguards, and other considerations for scaling up advanced reactor fuel production. Other HORNIG projects focus on fuel design, fabrication, testing, and qualification, while Sandia's work addresses broader issues of bringing emerging fuel technologies toward practical use.
Timeline
Friday: DOE recognized Sandia's selection at a news conference held at Albuquerque's National Museum of Nuclear Science & History.
Big Picture
Sandia's award is one piece of the HORNIG program, which supports fuels made from materials recovered from used nuclear fuel. Its focus on safety and safeguards for scale-up places it alongside the program's other work on fuel design, fabrication, testing, and qualification.
The analytical tools funded by this award could eventually help fuel developers identify technical requirements, economic considerations, and constraints that affect manufacturing and deploying new reactor fuels. The research is at an early stage and its results will not directly change energy costs for consumers in the near term.
The takeaway
Advanced reactor fuels depend on resolving safety, safeguards, and scale-up questions before they can be produced commercially. Projects like TRU-PATH aim to identify those constraints early in the development process.
Further reading
For related coverage, explore more Nuclear reporting on advanced reactor fuels and research funding.
Source note: This article includes information reported by HPCwire.
