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Chemists say they’ve figured out how to simplify the hydrogen production process (a lot).

Chemists say they’ve figured out how to simplify the hydrogen production process (a lot).

Revolutionary solution? German chemists, based at the University of Münster, say they have discovered a method of photocatalysis — photocatalysis is the acceleration of a light reaction in the presence of a catalyst — to simplify hydrogen production.

This study was published in the journal natureHe tells us that this new process is related to “splitting water.” according to interesting engineeringwho discovered the results on September 7, this data could pave the way for further research in chemistry.

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A remarkably effective approach

For a long time, the splitting of water (a chemical reaction that allows this resource to be broken down into its elemental components, namely hydrogen and oxygen), has not ceased to interest the scientific community.

Photocatalysis, on the other hand, harnesses the power of light to stimulate chemical reactions, says the online magazine.

The new method developed by researchers includes TriphosphineIt is a type of organophosphine that has many industrial uses, particularly as heat and light stabilizers. here, Triphosphine It plays an important role in simplifying hydrogen production.

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Concretely, what distinguishes this method of water separation from previous methods? This is due, according to experts, to its remarkable efficiency in producing hydrogen. in Its “green” version.This resource is considered a promising energy solution and is involved in the formation of many important compounds.

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As for splitting water, the challenge is great because it is difficult for industrialists and scientists to separate hydrogen and oxygen atoms. Therefore a catalyst, a substance that increases the rate of a chemical reaction, is often necessary; This facilitates the chemical process.

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Big progress coming soon?

This team of scientists, led by Professor Armido Studer, has successfully designed a photocatalytic process to activate water. This approach moves away from the use of transition metal complexes, which are often used to produce such reactions.

Instead of favoring this traditional process, the scientists used Triphosphenate. According to this process, the transfer of hydrogen atoms to radical cations will be facilitated. The term “cation” refers to groups of atoms that exhibit a positive electrical charge, while the term “radical” refers to groups of atoms capable of entering into the formation of another molecule with a different structure.

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Concretely, such a chemical reaction would allow water to be easily activated (hence the extreme captioning). Once the hydrogen atoms are isolated, researchers can manipulate them.

In conclusion, Prof. Armido Studer explained that this new system was introduced “An ideal platform for studying poorly studied chemical processes that use the hydrogen atom as a reactant in the manufacturing process.”.

Such a feat represented many interests. It could, for example, lead to significant advances in the fields of materials science, pharmaceutical research, or even agriculture.

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