
DWE TECHNOLOGY
Hyper-flexible. Ultra low CAPEX.
Lowest LCOH, direct to renewables.
H2Pro's Decoupled Technology revolutionizes water electrolysis
Traditional electrolyzers are not fit for renewables. DWE solves this problem with a two-phase,
novel and propriety process that time separates Hydrogen and Oxygen production by time.

bifunctional


Ni(OH)₂ NiOOH

H₂
HER: 4H₂O + 4e⁻ → 4OH⁻ + 2H₂
{Ni(OH)₂ + OH⁻ → NiOOH + H₂O + e⁻} x 4
OH⁻
Generate hydrogen
Charge battery electrode
To start the DWE process, renewable electricity flows to the bi-functional electrode where it reduces the water molecules to form hydroxide ions and hydrogen molecules.
Meanwhile, to close the electrochemical circuit, the counter electrode reacts with the hydroxide ions, forming water molecules and charging the electrode. As the hydrogen is generated it flows into a separation tank.
See next phase

DWE Benefits
Unlimited On/Off
Unlike conventional systems that suffer wear with each stop-start, DWE enables unlimited and seamless on/off, with no degredation penalties. It also offers quick ramp up and and down with immediate cold start-ups. This means that when the sun sets, production can pause safely, and when it rises, operations resume immediately. Competing technologies often require batteries or grid connections just to avoid shutdown damage; DWE removes that limitation entirely.
Wide load range
Renewable energy rarely arrives at full power. Most of the time it comes as partial loads. DWE operates efficiently across a wide load range, and offers the lowest industry minimum working point. The result: high hydrogen output even under fluctuating conditions, with strong efficiency at every level of input power.
Ultra-low CAPEX
Renewable inputs are volatile.
DWE technology is always ready for action.
Unlimited On/Off
Unlike conventional systems that suffer wear with each stop-start, DWE enables unlimited and seamless on/off, with no degredation penalties. It also offers quick ramp up and and down with immediate cold start-ups. This means that when the sun sets, production can pause safely, and when it rises, operations resume immediately. Competing technologies often require batteries or grid connections just to avoid shutdown damage; DWE removes that limitation entirely.
Wide load range
Renewable energy rarely arrives at full power. Most of the time it comes as partial loads. DWE operates efficiently across a wide load range, and offers the lowest industry minimum working point. The result: high hydrogen output even under fluctuating conditions, with strong efficiency at every level of input power.
Hyper-flexible
Renewable inputs are volatile.
DWE technology is always ready for action.


MEET THE DWE ELECTROLYZER
Ready to pair with a green, new world
H2Pro's technology solves the two biggest challenges facing the green hydrogen economy: direct connection to renewables and cost of production. Our decoupled, membraneless electrolyzers defy limits, offering flexible operations and design to deliver the most affordable, and truly green hydrogen.
Why conventional electrolyzers are not fit for renewables
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