TECHNOLOGY LICENSING OPPORTUNITY: Advanced Metal Hydride Microreactor Platform
ENERGY, DEPARTMENT OF.ENERGY, DEPARTMENT OF.TRIAD - DOE CONTRACTOR
Place of performance: Los Alamos, NM
Free. Verify your email, then we send one reminder only.
- Posted
- Aug 22, 2026
- Closes
- Sep 14, 2026 (in 23 days)
Similar opportunities open now
- TECHNOLOGY LICENSING OPPORTUNITY: Heat Pipe Reactor Fire Mitigation and Suppression SystemOpenENERGY, DEPARTMENT OFCloses Dec 2026
- TECHNOLOGY LICENSING OPPORTUNITY: Heat Pipe Reactor Wick and Fill PlatformOpenENERGY, DEPARTMENT OFCloses Dec 2026
- TECHNOLOGY LICENSING OPPORTUNITY: Selective SeparationOpenENERGY, DEPARTMENT OFCloses Apr 2027
- TECHNOLOGY LICENSING OPPORTUNITY: NanoFETOpenENERGY, DEPARTMENT OFCloses Dec 2026
- TECHNOLOGY LICENSING OPPORTUNITY: SecurePortOpenENERGY, DEPARTMENT OFNo deadline listed
At a glance
This is a government contract opportunity posted by ENERGY, DEPARTMENT OF in the research and development in the physical category. The deadline is September 14, 2026, 24 days from now. Work is performed in Los Alamos, NM.
Classification and identifiers
- Industry (NAICS)
- Research and Development in the Physical, Engineering, and Life Sciences (except Nanotechnology and Biotechnology) (541715)
- Product or service (PSC)
- Energy R&D Services; Energy Supply; Experimental Development (AG13)
- Solicitation number
- S-133676
Who can apply
About this opportunity
Response Deadline: Sept. 14, 2026 LANL is seeking a licensing partner to support product development, validation, and market deployment of this microreactor platform. Interested organizations should contact Kathleen McDonald by Sept. 14, 2026, at licensing@lanl.gov. Los Alamos National Laboratory has developed an integrated technology platform that solves the core materials and engineering barriers preventing rapid deployment of compact nuclear microreactors. By combining a proprietary crack-free fabrication process, a thermally protective heat pipe moderator design and a complete core architecture built from proven nuclear materials, the platform enables organizations to produce high-performance reactor components that are smaller, more reliable and faster to manufacture than those achiev...