We are thrilled Jessica Elwell will be presenting at the WiRE (Women in Renewable Energy) Newfoundland and Labrador Virtual Networking Meet-UP. Check out the link for more info! Frost collaborated with his OxEon Energy co-founders, Dr. S. Elango Elangovan and Joseph Hartvigsen, on projects involving solid oxide on and off for three decades.
Customer: NASA, NextSTEP-2 ISRU Technology: Solid Oxide Electrolysis Cells (SOEC), and Methane Synthesis Reactor [column cols="6" begin="1"]The NASA NextSTEP program is a continuation and expansion of the work OxEon has completed in association with JPL and MIT for the Mars 2020 mission, Project MOXIE (Mars OXygen In-situ resource utilization Experiment).
We are excited to have attended the Hydrogen @ Scale in Utah event hosted by Lancer Energy and the Utah Clean Cities Coalition at the beautiful Utah State Capitol earlier this week. Demonstrations are the key to our path forward in #hydrogen. Frost collaborated with his OxEon Energy co-founders, Dr. S. Elango Elangovan and Joseph Hartvigsen
We are beginning work on a new project funded by the U.S. Department of Energy (DOE)''s National Energy Technology Laboratory developing stable #solidoxide #eletrolysis cells for low-cost #hydrogen production with our partners at the Pacific Northwest National Laboratory. Frost collaborated with his OxEon Energy co-founders, Dr. S. Elango
OxEon Energy focuses on alternative energy storage, synthetic fuels, and high purity gas production through its expertise in Solid Oxide Fuel Cells (SOFC), Solid Oxide Electrolysis Cells (SOEC), Plasma Reforming, and Fischer Tropsch (FT) technologies.
OxEon Energy has a history of applying its core capabilities to provide unique and effective solutions to solve a customer''s energy related problems and provide products that are cost effective for the energy space.
OxEon Energy''s planar Solid Oxide Fuel Cell (SOFC) technology is the result of several decades of development. It uses low cost manufacturing and demonstrated stable operation to provide cost effective generation of heat and electricity.
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Customer: Idaho National Laboratory (INL) Technology: Solid Oxide Electrolysis Cells (SOEC) OxEon supplied a 5 kW SOEC stack module that in May of 2019 produced the first hydrogen in the INL High 25 kW Temperature Steam
Customer: NASA Tipping Points Technology: Solid Oxide Electrolysis [column cols="6" begin="1"]OxEon Energy and the Colorado School of Mines (Mines) have teamed to integrate OxEon''s high-temperature solid-oxide electrolysis (SOXE) stack technology with a balance-of-plant system that processes recovered lunar ice and separates product H2 and O2 that can
We are honored to support Women in Renewable Energy (WiRE) with a keynote presentation by our Director of Product Development, Jessica A. Elwell, overviewing our exciting work in non fossil-based fuel production for space exploration and the advancement of these technologies for terrestrial applications.
OXEON ENERGY WINS $36 MILLION IN HYDROGEN FUNDING FROM US DEPARTMENT OF ENERGY. Mar 14, 2024. X00945765.jpg. 18 Months of MOXIE (Mars oxygen ISRU experiment) operations on the surface of Mars - Preparing for human Mars exploration. May 19, 2023. Utah is the place to set up shop!
OxEon Energy is investigating the use of a solid oxide fuel cell stack as the power generation device for eVTOL applications. SOFCs are high efficiency devices that can utilize various fuels. As the fuels are stored separate from the fuel cell
MEET THE OXEON TEAM. The OxEon Energy team has more than 30 years of experience in solid oxide fuel cell (SOFC/SOEC) development and a diverse background in chemical engineering, materials science, chemistry, mechanical engineering, and skilled technicians.
Utah''s OxEon Energy created the device that makes the process work. A mini-factory that converts carbon dioxide on Mars into oxygen. They call it Soxe. For the first time in human history, oxygen has been extracted on another planet. Utah''s OxEon Energy created the device that makes the process work.
OxEon Energy''s Solid Oxide Electrolysis Cell (SOEC) technology can be used to either electrolyze water (steam) into H2 and O2 or the combination of steam and CO2 into synthesis gas (CO, H2) and O2. The operation of OxEon''s SOEC has been validated by NASA and Idaho National Laboratory.
OxEon Energy is thrilled to announce a game-changing development: securing funding from the US Department of... Read More . X00945765.jpg. 19 May 2023. 18 Months of MOXIE (Mars oxygen ISRU experiment) operations on the surface of Mars - Preparing for human Mars exploration... Read More .
OxEon is partnering with PNW Hydrogen LLC, Idaho National Laboratory, the National Energy Technology Laboratory, National Renewable Energy Laboratory, the Electric Power Research Institute (EPRI), Arizona State University, UC
OxEon Energy is committed to upholding top-tier efficiencies and product reliability throughout this endeavor. Project Highlights: Automation Evolution: OxEon Energy will leverage cutting-edge automation technologies to transform key processes, driving down labor costs and increasing throughput. The automated equipment will be tailor-made for a
OxEon Energy''s solid oxide fuel cell systems are capable of providing storage solutions for the renewable energy market and beyond. Let OxEon design a solution for your energy application requirements. OxEon Energy, LLC 257 River Bend Way, Suite 300 North Salt Lake, Utah 84054 .
OxEon Projects focused on disruption to energy markets by establishing revolutionary energy conversion and storage pathways. Partnered with NASA, DOE, DOD, INL, MIT, Colorado School of Mines and private sectors.
Customer: US Department of Energy Technology: Plasma Reforming, Solid Oxide Electrolysis, Fischer-Tropsch Synthesis [column cols="6" begin="1"]OxEon Energy and Environmental Products & Technologies Corporation (EPT) will conduct an engineering-scale demonstration, producing liquid hydrocarbon fuels using both the methane and CO2 generated in EPT''s food
Customer: NASA, NextSTEP-2 ISRU Technology: Solid Oxide Electrolysis Cells (SOEC), and Methane Synthesis Reactor [column cols="6" begin="1"]The NASA NextSTEP program is a continuation and expansion of the work OxEon has
Solutions for energy or resource related challenges. OxEon engineers have the acumen and experience to interpret needs and apply the best individualized
OxEon provided the electrolysis stack for the Mars OXygen In-situ resource Experiment (MOXIE) resulting in the world''s first Solid Oxide Electrolysis Cell (SOEC) to demonstrate the production and storage of oxygen from a simulated Martian atmosphere. It will
OxEon provided the electrolysis stack for the Mars OXygen In-situ resource Experiment (MOXIE) resulting in the world''s first Solid Oxide Electrolysis Cell (SOEC) to demonstrate the production and storage of oxygen from a
OxEon Energy specializes in complementary energy technologies to connect processing of hydrocarbon gas and liquid energy sectors. The OxEon team leverages decades of innovation in plasma reformers and Fisher Tropsch (FT) reactors to meet and exceed customers needs. OxEon''s expertise in gas reforming and gas to liquid technologies will play
OxEon, with NETL support, operated a solid oxide electrolysis cell that produced hydrogen at elevated pressure of 2 to 3 bar. This project was also designed to address common challenges faced by the SOEC industry by implementing process modifications and cell component modifications to demonstrate improved cell performance and stability, redox tolerance of the
OxEon Energy''s Fischer Tropsch (FT) technology is a proprietary design that is designed for low capital cost and reduced operating costs. The OxEon FT reactor is modular in nature and designed to be road transportable for use in remote
OxEon and Idaho National Laboratory''s project is to advance reversible solid oxide fuel cell technology producing clean, stable, and reliable energy from industrial waste heat, concentrated solar energy, or fuel cell thermal energy.
OxEon has entered into an agreement with a private farm to field test a reversible solid oxide cell system to generate and store hydrogen using renewable energy during daytime and use the hydrogen during night to generate electricity.
Utah''s OxEon Energy has helped make it very real. The experiment is called MOXIE (Mars Oxygen In-Situ Resource Utilization experiment). It is part of the Perseverance Rover mission. See on ABC4 News . Mars Rover, Mars, Perseverance, carbon dioxide, oxygen, MOXIE, NASA. Share This Post .
