OXEON ENERGY LLC

Oxeon Energy LLC specializes in advanced energy systems research and development, with deep expertise in solid oxide electrolysis cells (SOEC), solid oxide fuel cells (SOFC), and catalytic conversion processes for in-situ resource utilization. The company designs and engineers high-efficiency electrochemical systems for hydrogen and synthetic fuel production, leveraging reverse water-gas shift and Fischer-Tropsch reactions to convert carbon dioxide and water into mission-critical propellants and fuels. Their work supports closed-loop life support and power generation architectures for space and remote terrestrial environments, with proven success in transitioning laboratory-scale prototypes into field-deployable skid systems. Key differentiators include systems integration of high-temperature electrochemical stacks, thermal management for extreme environments, and end-to-end process design for synthetic fuel synthesis under low-pressure, low-resource constraints. Oxeon Energy maintains a strong relationship with NASA, delivering critical technologies for Mars oxygen and methane production systems, including system analysis, hardware transfer, and stack integration for planetary surface missions. The Department of Defense engages the company for next-generation military fuel synthesis and energy resilience projects, particularly in reversible electrolysis and JP-5 alternative production. The Department of Energy has partnered on semiconductor-based half-cell development, indicating cross-domain expertise in materials and device fabrication for energy applications. The contractor’s primary focus is in research and development within physical and engineering sciences, specifically advancing electrochemical and catalytic systems for energy conversion. This positions Oxeon Energy as a niche provider of high-temperature electrochemical solutions for aerospace, defense, and energy sectors requiring off-grid, high-efficiency power and fuel generation. Oxeon Energy LLC is a small business based in North Salt Lake, Utah, with no federal certifications on record. Its geographic proximity to key defense and aerospace research hubs enhances its ability to collaborate with federal laboratories and test facilities. The company’s operational model emphasizes agile R&D and prototype-to-deployment transitions for mission-critical energy systems.