Aluminum Hydride (Alane)

Capability Description: PSI has developed a novel coating allowing for the increased stability of Alane in the presence of moisture. The coating stabilizes Alane and prevents hydrogen loss improving safety during propellant manufacturing, storage and handling.  PSI currently generates 10gram batches of coated Alane and is actively exploring additional scale-up methods.

Key Features:

1.  High hydrogen storage capacity: AlH₃ can store up to 10.1% hydrogen by weight, making it a promising material for use in hydrogen fuel cell vehicles, propellants and other applications that require high-density hydrogen storage.
2.  Rapid hydrogen release: AlH₃ can release hydrogen rapidly when heated, making it a potential candidate for use in hydrogen-powered systems that require quick and reliable hydrogen release.
3.  Stability: PSI’s stabilized-AlH₃ ingredient improves the storability of AlH₃, making it a safer and more practical hydrogen storage material than many other metal hydrides.
4.  Cost: AlH₃ is relatively inexpensive compared to some other hydrogen storage materials, making it a potentially cost-effective solution for hydrogen storage and transport.