Enabling Green Hydrogen
Elements of an Ideal Water Electrolysis Platform
Our goal is to re-design water electrolysis from a clean sheet to create the ideal platform having these elemental traits.
Energy Efficient
An ideal water electrolyzer converts electrical energy into usable hydrogen with high efficiency at the stack level and minimizes parasitic losses throughout the system.
Low Capital Cost
An ideal system minimizes both stack and balance of plant costs as well as fully-installed system cost.
Modular & Scalable
Electrolysis stacks, power conversion systems, and the balance of plant should be collectively optimized for modularity and scalability to enable cost-effective deployment at any scale.
Responsive to Power Fluctuations
Solar and wind energy generation are variable and intermittent, but electrolyzers have historically required smooth, consistent power. Ideal electrolysis works well with fluctuating power input and can be a dispatchable load to help balance the grid.
Solving Climate Change requires eliminating CO2 from industrial and energy intensive processes that can’t be directly electrified
Green Hydrogen is renewable energy stored in the simplest, highest energy density carrier: Hydrogen. Green Hydrogen is produced by water electrolysis and is necessary to achieve deep decarbonization globally.

Long Duration Energy Storage
Green Hydrogen can store renewable energy for days, weeks, or months before being converted back into electricity.

Expand Renewable Energy Adoption
Instead of curtailing excess generated renewable energy, an electrolyzer can use that low-cost electricity to produce Green Hydrogen, while balancing the grid to enable high penetration of renewable generation.

Decarbonize the Hydrogen Production Industry
The current $120B hydrogen industry makes hydrogen from fossil fuels, exhausting around 600 million metric tons of CO2 per year globally. Green Hydrogen can decarbonize the entire hydrogen production industry.

Decarbonize Energy Intensive Industries
Energy intensive industrial sectors, like the steel industry, exhaust millions of metric tons of CO2 per year. Green Hydrogen can replace coke, natural gas, coal, and other fossil fuel inputs to make industry clean.

Produce Carbon-Neutral Chemicals & Fuels
Green Hydrogen can be combined with CO2 captured from air or industrial processes to produce synthetic natural gas (methane), “negative carbon” polymers, and carbon-neutral fuels to decarbonize aviation, marine shipping, busses, and other transport.

Decarbonize Transport
Green Hydrogen can be used with fuel cells for long-distance, carbon-free transportation.
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We are passionate about creating a cleaner, more sustainable world through Green Hydrogen.
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