Turning Heat & Water Into Hydrogen
Our magneto-catalytic process transforms steam into clean hydrogen — enabling affordable, on-site fuel generation anywhere.
Efficiency in Motion
Efficiency in Motion
Our proprietary magneto-catalytic process activates steam through field coupling, creating a controlled redox reaction that splits water into hydrogen and oxygen.
By using heat instead of electricity, the process delivers hydrogen generation with dramatically lower energy input — making clean fuel possible wherever heat is available.
Hydrogen is Essential — But Still Too Expensive
Most hydrogen today is produced using fossil fuels or energy-intensive electrolysis. Both approaches drive up cost and limit scalability.
ONE SCIENTIFIC’s magneto-catalytic process changes that equation by turning heat and water into hydrogen using a fraction of the energy and infrastructure required.
A New Kind of Reaction
Our patented magneto-catalytic process combines field coupling and advanced catalyst materials to activate steam at moderate temperatures. The result: a novel redox cycle that efficiently produces hydrogen and oxygen — redefining what’s possible for thermal-based hydrogen generation.
1. Superheated Steam
Water is converted into high-energy steam, preparing it for activation.
2. Magnetic Activation
A magnetic field aligns particles, lowering the energy needed for ionization
3. Catalytic Conversion
Our proprietary catalyst drives a redox reaction that releases hydrogen and oxygen.
4. Cyclonic Separation
Hydrogen and oxygen are divided by weight — no membranes, no moving parts.
Compact. Modular. Scalable.
Each module converts heat and water into hydrogen and oxygen using our proprietary magneto-catalytic process. Integrated components — including steam generation, catalyst chamber, and a patented cyclonic gas separator — ensure reliable operation and clean gas separation without membranes or moving parts.
1 kg/hr module • ~10 kWh/kg efficiency • Designed for autonomous operation
Hydrogen, Anywhere There’s Heat
From geothermal and solar thermal systems to industrial operations, our technology enables on-site hydrogen generation wherever thermal energy exists. By unlocking fuel production at the point of use, we help create resilient, self-sufficient power and microgrid systems.
Proven in the Lab — Ready for Real World Pilots
Our prototype has consistently demonstrated hydrogen and oxygen generation under controlled conditions. Working with research and industry partners, we’re expanding validation and scaling to pilot systems that will prove commercial readiness in real-world environments.
We’re partnering with forward-thinking organizations across energy, infrastructure, and investment who believe hydrogen should be affordable and accessible. Together, we can reshape how the world makes and uses clean fuel.