The invention comprises of two major components. The first part of the invention describes new solid-phase materials with high hydrogen (H)-content and stable at room temperature. The second part of the invention relates to a technique involving a novel mixture of solvent with a suitable hydride to accelerate the release of the hydrogen content contained in the new solid materials described in the first part. Magnetic components in a non-magnetic oxide matrix originally present in the slag. The magnetic component may include ferrite/magnetic nanocomposite while the non-magnetic oxide matrix may include silicon oxide calcium oxide aluminum oxide etc. The additives may be selectively used to influence the substitution of iron in the nanocomposite.
Technology Features:
- Solid phase energy storage materials
- Stable
- Method to accelerate release of hydrogen
Applications: Energy storage
Highly efficient hydrogen releasing technique for hydrogen fuel system
Patented Opportunity: Licensing / Partnership for further development