OxEon Energy Projects

NASA SBIR Phase III Solid oxide fuel cell power for Mars entry, descent, and landing.

OxEon's first-of-its-kind pilot plant converts both methane and carbon dioxide into liquid transportation fuels.

OxEon Energy secures US Department of Energy funding under the Bipartisan Infrastructure Law to scale solid oxide electrolysis manufacturing to 25 MWe annual capacity. The project automates production, improves quality control, and creates jobs while positioning OxEon as a global SOEC leader.

OxEon Energy offers free access to its IAA Acta Astronautica publication detailing MOXIE's first 18 months producing oxygen on Mars. The historic NASA and MIT collaboration achieved the first-ever fuel production off Earth's surface, paving the way for human Mars exploration.

Senator Mitt Romney visited OxEon Energy for a facility tour and townhall address, where the team showcased aerospace and defense contributions and discussed OxEon's role in the renewable energy economy. The Senator's office supports scaling manufacturing operations and technology visibility.

We are excited to partner with UADA as we move forward in growth in this challenging industry! Learn more about OxEon Energy in this overview from the The Utah Aerospace & Defense Association.

OxEon Energy launches new DOE National Energy Technology Laboratory-funded project with Pacific Northwest National Laboratory to develop stable solid oxide electrolysis cells for low-cost hydrogen production. Contact them to learn more.

Wren House Brewing Company honors the MOXIE program with a special beer release, with proceeds supporting women in STEM scholarships. The brew celebrates OxEon Energy's continued oxygen production success on Mars—bridging the beer and space exploration worlds.

NASA's Perseverance rover achieved another historic first on Mars using the MOXIE experiment—a toaster-sized instrument that successfully converted the Red Planet's thin CO2-rich atmosphere into oxygen on April 20, marking sol 60 since the February 18 landing.

NASA's MOXIE experiment achieved a historic first: extracting oxygen on another planet using Utah's OxEon Energy technology. The SOXE device acts as a mini-factory converting Martian carbon dioxide into breathable oxygen, making space exploration real.