The metal hydrides were used for hydrogen storage, separation, and refrigeration.

Interstitial hydrides show certain promise as a way for safe hydrogen storage.

Formic acid has even been considered as a material for hydrogen storage.

Manufacturers must bring down production costs, especially the costs of the fuel cell stack and hydrogen storage.

Flowers have the highest surface area, which makes them better for hydrogen storage than flakes or even nanotubes.

This process has gained significant interest in the past few decades due to the potential of using amine-boranes for hydrogen storage.

Some related derivatives have been discussed for hydrogen storage.

Suitable materials for hydrogen storage contain a large number of small nanosized pores.

This corrosion results in less negative active material for hydrogen storage and also consumes water from the electrolyte.

Liquid hydrogen is typically used as a concentrated form of hydrogen storage.