Pelletized metal fuel
Compact aluminum fuel pellets built for safe storage, simple logistics, and high-density energy delivery.
Modular Clean Energy.
Advanced Modular Power.Engineered for Always-On, Low-Carbon Output.
No combustion. Near-zero direct CO₂ from the reaction itself.
See the TechnologyMission statement
Everything worth building is downstream of power. Our mission is to make it the easy part.
We set out to create a solution that works today. One that doesn't depend on unproven technology, site, configuration and approval requirements, or the luck of having the right geology under your feet. Its modular design starts at 2MW and stacks from there, so capacity grows with demand instead of ahead of it.
Power shouldn't be the reason you can't build.
See our mission in action
This project is funded by the Government of Canada through the Federal Economic Development Agency for Southern Ontario (FedDev Ontario).
Why GH Power
Site energy with a co-location model.
Designed to share value from energy and alumina.
A GH Power reactor runs on recycled scrap metal and water, producing 1 MW of heat and 1 MW of hydrogen energy per module, convertible to on-site electricity through fuel cells or generators. Units are factory-built and modular, with capacity added as demand grows. Each reaction also produces alumina with potential market value.
Our co-location model is designed to let partners share in the value of the alumina their reactor produces, offsetting installation cost and lowering long-run energy cost.
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GH Power reactor
A modular aluminum-water reactor designed to convert aluminum fuel into clean, reliable energy, heat, and hydrogen.
Heat Energy
Usable thermal energy is captured for process heat and site facility usage.
Hydrogen designed for fuel-cell use
Hydrogen is engineered for fuel-cell-grade use and designed to ISO 14687, subject to purification, testing and customer acceptance.
ATH recovery & recycling
A recovery process that captures the aluminum-based byproduct for useful applications and future circularity.
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Polishing toward target alumina grade
A proprietary polishing and finishing step engineered to target alumina specification. Samples are available for customer qualification.
Invented, engineered and built in Canada.Built in Hamilton, Ontario.
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Low-carbon
energy -
Industrial
heat -
Clean
hydrogen -
High-purity
alumina
How it Works
Scrap aluminum in, heat & power out.
Hydrogen.
Used for additional on-site energy, or sold to offset energy costs.
Alumina.
Potential material value in a co-location model, subject to site-specific commercial arrangements.
Latest GH Power press releases
Get started today. Factory-built. Deployed in months, not decades.*
*Typical timeline 12–24 months, depending on site, configuration and approvals.