Simply Hydrogen.
A simpler path to lower cost, onsite, clean hydrogen—powered by science, not electrolysis.
clean hydrogen reimagined
A breakthrough Magneto-catalytic system using ionized steam, a redox catalyst, and a magnetic field to produce clean hydrogen at low energy input—without electrolysis or fossil fuels.
How the system works
Superheated steam enters a redox reaction chamber, becomes ionized, then flows through a magnetic field—generating current and producing hydrogen and oxygen. The gases are separated in a cyclonic gas-gas separator for efficient and clean output.
Yes — but not in the way most people expect. Our system uses a combination of energies beginning with thermal in a new way that results in the ability to drive down the cost of producing hydrogen from water. Our reaction does not use a reducing agent (CH4, CO, MeOH, electrolysis).
But this isn’t just a heat-based process. The efficiency comes from how ionized steam interacts with a magnetic field and a proprietary catalyst, setting off a unique series of redox reactions. It’s not traditional thermolysis or electrolysis — it’s a new pathway with different physics, and while the full mechanism is still being studied, the early results are both measurable and repeatable.
In short: we're not just using less energy — we're using energy differently.
is it efficient?
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We’re completing final optimization of our 1 kg/hr prototype to achieve consistent performance at the thermal input of ~10 kWh/kg. Our next step is to scale this up to 20 kg/hr pilot with a strategic partner. Deployment begins in 2026.