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Proton Exchange Membrane Electrolyzer Product Applications
8 applications found
The majority of today’s Hydrogen is produced with polluting natural gas. By switching from polluting gray or brown Hydrogen to emissions-free green Hydrogen, global industries can accelerate toward carbon-reduction goals. Ammonia production, Steel and iron processing, Methanol production and Petroleum refining. ...
ByOhmium based in Newark, CALIFORNIA (USA)
VSP-P1 Nanoprinter accelerates the development of efficient catalyst coated membranes ...
ByVsparticle B.V. based in Delft, NETHERLANDS
Our expertise to turn Hydrogen applications into an accessible, affordable, durable solution can empower industries, communities, and individuals ...
ByHNO Green Fuels, Inc. based in Temecula, CALIFORNIA (USA)
The transportation sector is a significant contributor to global CO2 emissions. In the form of fuel by fuel cells or combustion engines, Hydrogen can be used as a sustainable alternative to gasoline or diesel. Green Hydrogen - produced by 100% renewable energy - is an emissions-free option for both large and small transportation ...
ByOhmium based in Newark, CALIFORNIA (USA)
Because it can be stored for long periods and converted to electricity on demand, hydrogen is used as a form of reliable energy storage. The added flexibility and energy resilience that it provides can benefit a wide range of commercial to grid-sized customers. Electric utilities, Critical infrastructure (hospitals, data centers, telecom towers, ...
ByOhmium based in Newark, CALIFORNIA (USA)
To produce green hydrogen, renewable electricity and water are used in an electrolysis process. Oxygen and heat are by-products of this ...
ByNorwegian Hydrogen AS based in Ålesund, NORWAY
Our cutting-edge technology allows customers to generate hydrogen from renewable sources such as wind, solar, and geothermal energy. This green hydrogen is a versatile, clean energy carrier that can be utilised in various applications, revolutionising the way we power our ...
ByIMI Critical Engineering based in Mannheim, GERMANY
Decarbonising the production of hydrogen, enabling a green transport fuel for trains. The ongoing trend to deploy more renewable power sources is a positive step towards reducing dependency on fossil fuels, but it causes some big issues for electricity grid operators. Balancing the grid is becoming more challenging, because renewables are increasing the temporal mismatch between supply and demand on all timescales. Conventional grid balancing techniques cause CO2 emissions (ramping up a gas or coal power plant), ...
ByITM Power based in Sheffield, UNITED KINGDOM