A research team led by Dr. Young-Min Kim and Dr. Byeong-Chan Suh from the Lightweight Materials Research Division at the ...

Low storage density, high costs and inadequate infrastructure persist in the hydrogen value chain, a study shows ...

A team of researchers from the Korea Institute of Materials Science (KIMS) has developed a major breakthrough in hydrogen ...

The Hydra-Paks will be implemented into RONN's hydrogen hub projects to provide turn-key, low-pressure green energy storage solutions for Canadian First Nations agreements already in place.

The Hydra-Pak can store at least 4X more hydrogen at low pressure than can be compressed into a cylinder or tank at very high pressures. The Hydra-Pak delivers the hydrogen purity at 99.9999%.

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 ...

Because of its low density, hydrogen is usually stored at 300 to 700 times atmospheric pressure or at temperatures around –253 °C.

Hydrogen energy is a growing clean energy source. However, it often faces technical challenges in production, storage, and transportation.

The Hydrogen Horizons Hydra-Pak Benefits: Hydrogen can be safely stored at low pressures in a unique and patented porous metal hydride (PMH) material held in patented hydrogen containment vessels.

HES executives added that the patented low-pressure hydrogen storage opens doors to applications where low-pressure storage would provide the key to success, such as schools, residential areas ...