SOLIDSTATE H2

High-density, Safe Hydrogen Storage
using Metal Hydride Nanotechnology

7x Density Advantage

150 kg/m3 vs 20 kg/m3
Can extend range 6x

Inert, inflammable storage of Hydrogen
No leakage or boil off

Made from recycled tires.
90% recyclable after 3k cycles.

Safety Improvement

Sustainable

Accelerating the adoption of Hydrogen across Aviation, Trucking, Autos, Data Center and Energy Storage

Metal Hydride vs LH2 & Gas

Fast Charging & Discharge

Potential to reach 260 to 470 kg/m³
Absorption rate in 23% to 35% range vs 6% for gas

Uses microwave heating at molecular level
Can charge and discharge at normal temperatures & pressures

Metal Hydride Technology

Satellite Use

Used for over 20 years in Space in some of the most challenging environments

Advanced Materials Nanotech Patent Pending

Hydrogen bonds with a Magnesium Titanium lattice for high-density, long-term, inert, safe storage

Broad Range of Use Cases

Transforming hydrogen storage with advanced solid-state nanotechnology

Automobiles

2,400-mile range possible
BMW, Toyota, Hyundai, Honda,...
Solves the fueling station bottleneck

3,600-mile range possible
Daimler, Toyota, Hyundai,...

Trucking & Buses

Aviation & Drones

3,000-mile range possible
Stellar, Joby, ZeroAvia ....

Data Centers

Power Grid

Pair with Fuel Cells to replace Diesel Generators
Solve the 3-year wait for Power Grid

Store and transport renewable energy
Switch CCGT turbines over to H2 fired

gray computer monitor

Contact Us

Get in touch to learn more about our hydrogen solutions.