Today, the industrial production of hydrogen by traditional methods (high-temperature conversion of hydrocarbons, steam-water conversion of natural gas) against the background of a reduction in natural resources does not allow achieving the necessary purity of the produced gas and imposes serious economic and environmental restrictions. As a result, the solution of the task of developing technologies providing the improvement, high specific and operational characteristics of new methods for producing hydrogen is extremely urgent.

The use of hydrogen structures as a universal energy carrier led to its application in various fields of industry. Currently used production methodologies make it possible to produce systems with high reliability and a long service life. However, at the moment, the creation of such structures is limited by the lack of natural origin materials necessary for the production of such structures, which leads to the search for alternative and most universal manufacturing methods against the background of increasing needs.