Researchers have created an artificial gill that extracts oxygen from seawater to fuel cells, enabling robotic sea gliders or ...

Tomsk Polytechnic University scientists have developed metal hydride hydrogen storage devices made of an alloy of titanium and iron. The cost of their production is three times lower than that of ...

This isn’t a totally new idea, of course. Using metal hydrides to store hydrogen chemically has other proponents, including French company McPhy energy. There have also been schemes to use other ...

while the storage of liquid hydrogen (LH2) is being researched for aviation and shipping. Other options include cryogenic high-pressure storage and metal hydride storage. In addition to the ...

Applications like hydrogen storage benefit from titanium's ability to absorb hydrogen and produce titanium hydrides. The secret to adjusting the material's characteristics may lie in knowing the ...

In particular, we are developing individual technologies such as hydrogen production and hydrogen storage, and demonstrating hydrogen ... tests on heat-driven hydrogen compression with metal hydride ...

Burgeoning pilot projects, underpinned by visionary leadership, cultivate market confidence, bridging infrastructure gaps, augmenting technological breakthroughs, and shaping frameworks that ensure ...

The cooling power of the metal hydride refrigeration system is based on the temperature- and pressure-dependent equilibrium reaction between hydrogen and a metal hydride, which provides ...

The compounds are therefore not ideal for hydrogen storage ... of binary superconducting hydrides. The researchers also proposed a new method for synthesis of metal polyhydrides via high-pressure ...