Hydrogen Shot Incubator Prize Results
Congratulations to the Hydrogen Shot Prove! Phase Winners
| Team | Submission Title (sorted alphabetically) | Location |
|---|---|---|
| Electro-Active | Solar BioElectric Hydrogen | Knoxville, TN |
| NX Fuels Inc | Low-Cost H2 from Water using Direct Solar | Ann Arbor, MI |
| PAX H2(O) | Lower Hydrogen Costs by Purifying Water | Richmond, CA |
| Biomass Super Gasifier | Green Hydrogen from Carbonaceous Waste Material | Indianapolis, IN |
BoMax Hydrogen
Sanford, FL
This team designed a system that integrates light-activated nanoparticles with an enzyme to produce clean hydrogen from sunlight.
View the BoMax Hydrogen submission on HeroX
Gold Hydrogen Team
Houston, TX
This team designed a process using dark fermentation to biologically produce hydrogen in spent oil wells.
View the Gold Hydrogen Team submission on HeroX
Electro-Active Hydrogen
Knoxville, TN
This team designed a system that integrates solar energy with algal hydrothermal liquefaction and microbial electrolysis to generate clean hydrogen, leveraging the chemical energy from organic matter.
View the Electro-Active Hydrogen submission on HeroX
Evolve Hydrogen Inc.
East Northport, NY
This team designed a novel electrolyzer system design that can use seawater as a feedstock without the need for precious metal materials.
View the Evolve Hydrogen Inc. submission on HeroX
H3
Palo Alto, CA
This team designed a system that integrates high-temperature solid oxide electrolyzers with thermal energy storage to enable continuous hydrogen production even when using intermittent renewable resources.
View the H3 submission on HeroX
Biomass Super Gasifier
Indianapolis, IN
This team designed an indirectly-heated pyrolytic gasification process to convert carbon-based feedstocks into syngas from which hydrogen can be extracted—with the remaining syngas used in a solid oxide fuel cell to generate power to run the system.
View the Biomass Super Gasifier submission on HeroX
NX Fuels Inc.
Ann Arbor, MI
This team designed a technology that harnesses sunlight to produce hydrogen from seawater using a photoelectrochemical process.
View the NX Fuels Inc. submission on HeroX
PAX H2(O)
Richmond, CA
This team designed a technology that could reduce the capital and operating expenses of an electrolysis system by producing clean water using waste heat from the electrolyzer.
View the PAX H2(O) submission on HeroX
The Hope Group
Lubbock, TX
This team designed in-situ microwave-assisted catalytic heating to crack methane¬ and generate hydrogen directly from depleted natural gas reservoirs.
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