Current commercial electrolyzers require ultra-purified water, in some cases caustic additives, and precise temperatures and pressures. They are slow to produce which has led to a global shortage and two-year backlog on new purchases. They also suffer from a lack of durability, require extensive maintenance, and do not have the ability to scale downwards for all end user needs.

Our full polymer electrolyzer can use any water feedstock, does not require any additives, or specific temperatures or pressures. We are fabricated using injection molding, with a simplistic assembly so we can mass produce and supply the global demand for electrolyzers. Our polymer parts out live precious metals in electrolyzer environments so we are more durable and require less maintenance. Our designs are scalable from portable, desktop size, to bulk green hydrogen production for industrial scale.

Geometry and materials are where we are different. We have left behind the 2-dimensional flat stack design from the 1960s for a 3-dimensional honeycomb, nested parts design. We are not using any precious metals and instead are using electro-conductive polymers for our electrolyzer's active parts.

We have successful produced single and seven cell (our first scale up) prototypes which have produced pure hydrogen and oxygen utilizing deionized water (industry standard), simulated tap water, and simulated seawater in academic laboratories.

Evolve Hydrogen

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