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Hydrogen Gas

Hydrogen is one of the rarest gases in the universe, and it is only utilized in minute amounts. The most significant characteristic of Hydrogen, however, is its extremely high energy density. This is due to the unique molecular structure of the substance. These are referred to as ortho- and para-hydrogens.

Molecular hydrogen

Hydrogen molecules are colorless, nonpolar, diatomic gases. It has a 31 pm covalent radius. It is the world's tiniest molecule and less than half the size of oxygen gas. It is soluble in water at normal air pressure and is stable.

Despite its diminutive size, hydrogen molecules are potent antioxidants. It targets hydroxyl radicals and other harmful free radicals specifically. Moreover, it controls mitochondrial function and cytokine expression.

Hydrogen has been shown to have potential applications in the treatment of stroke, metabolic syndrome, and cognitive impairment in a number of clinical investigations. More research is required to determine Hydrogen Gas's medicinal effects.

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Grey hydrogen

Currently, grey hydrogen accounts for the majority of the world's hydrogen production. It is derived from fossil fuels such as coal and natural gas. This form of hydrogen emits less pollutants than black hydrogen.

Although grey hydrogen is regarded the most cost-effective, it has major environmental implications. It consumes more water than green or blue hydrogen, for example. The energy business has also used additional colors to differentiate between different forms of hydrogen.

Numerous research have utilized life cycle assessments to determine the most effective methods for manufacturing hydrogen. including the following:

The European Commission estimates that by 2050, green hydrogen could satisfy 24 percent of the world energy demand. The EU is currently expanding the proportion of renewable energy in its electrical mix.

Storage of hydrogen gas

Several hydrogen storage methods are under development. Both underground and above-ground alternatives offer numerous benefits. They are affordable and refuelable. They are also compact and secure. These storage facilities will be utilized more dynamically, storing and dispensing hydrogen in tandem with its rate of generation.

The high specific energy capacity of hydrogen makes underground hydrogen storage practical. Its density of 0.09 kg/m3 makes it an excellent storage option.

Hydrogen can be stored underground in aquifers and hard rock caverns. Brine may be stored in salt formations, making them excellent for subsurface storage. They are created by injecting subsaturated water into rocks. The volumetric capacity of salt deposits is therefore restricted.

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