A Swedish-Finnish research group has conducted a comprehensive analysis of all storage options for large-scale compressed hydrogen ... like carbon steel and low-alloy steel, thick load-bearing ...

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 ...

Alloys traditionally consist of two or more metallic elements, with secondary elements enhancing the properties of a primary ...

Pump hydrogen into it and the iron oxide in the ore becomes water and iron which forms the storage medium, and retrieve the hydrogen later by piping steam through the mixture. Hydrogen generated ...

This collaboration aims to revolutionise hydrogen storage technology by further developing lightweight, high-pressure tanks ...

for the chemical storage of hydrogen. They claim they “can absorb as much four times” hydrogen as frequently used magnesium-nickel and zirconium-vanadium alloys. “Our work demonstrates that ...

Researchers at the Korea Institute of Machinery and Materials developed solid hydrogen storage technology that can safely transport hydrogen even in low-pressure conditions. The joint research ...

According to a 2021 study, the greenhouse gas emissions from blue hydrogen (hydrogen that is produced and followed by carbon capture and storage ... titanium and nickel alloys as the waste ...