Tomorrow's energy.
In one integrated system.
STEAMH2 uses RECYCLED ALUMINUM to generate hydrogen, electrical power and thermal energy, without requiring external energy input to drive the process and without expensive catalysts such as gallium.
ENERGY PLATFORM
Electrochemical technology.
Energy from aluminum.
STEAMH2 uses a proprietary patented electrochemical approach to harness RECYCLED ALUMINUM to generate on-demand hydrogen, electrical power and thermal energy, without relying on expensive catalysts such as gallium.
The process does not require distilled water as its primary feed and has been validated with seawater as well, expanding potential use in marine, offshore, autonomous and off-grid systems.
Recovered resource used as a solid energy carrier.
Process also validated with seawater.
H₂+
Electrochemical approach
A proprietary electrochemical architecture modifies conditions at the aluminum interface, promoting interaction with water and the resulting hydrogen generation.
Hydrogen
Electrical power
Thermal power
At the core of STEAMH2 is a proprietary, patent-protected electrochemical architecture.
It does not require distilled water as the primary feed; operation has also been validated with seawater.
No use of expensive metals such as gallium to activate aluminum.
It uses recycled aluminum and generates Al(OH)₃, a by-product that may be valorized depending on quality and market specifications.
One platform.
Many missions.
STEAMH2 is designed as a modular architecture to deliver hydrogen, electrical power and heat where needed, with particular interest in autonomous systems and off-grid applications.
Explore the possibilities of STEAMH2.
For industrial collaborations, technology applications and information about the STEAMH2 platform.
Start a conversation ↗info@steamh2.it