The global climate crisis and environmental pollution that our world is facing emphasize that we must bear the responsibility of leaving a livable environment for future generations. In this context, the inventor who continued his studies at St. Petersburg State University R&D Center in 2002 and worked on natural gas machines and hydrogen gas production generators, It was a remarkable step for Mr. Khasan Adaev to successfully complete the research and development work he carried out in 2014. Our company invited Dr.Khasan Adaev to Turkey and introduced the prototype of the E.H.G.J DÜNE2 GENERATOR, which produces 1H PROTIUM gas using the advanced technology it developed, at the "R&D Workshop in Energy" held in Ankara on November 30, 2015. Our company is not satisfied with the prototype and has produced the commercial and professional, compact E.H.G.J DERYA 1 H2 HYDROGEN PRODUCTION GENERATOR as an example. With this generator, the safe combustion of the H2 isotope DEUTTERIUM gas was achieved.

This obtained gas; It is intended to be used in the operation of power plants, in industry, in residences, and in all vehicles powered by oil, coal and gas.

E.H.G.J DERYA 1 H2 PRODUCTION GENERATOR, electricity consumption is minimized and a high amount of hydrogen gas is obtained. Significant decreases have been achieved in the cost of this gas.

Hydrogen gas produced by using a specially designed generator E.H.G.J. DERYA 1 (Patented 2021-002496) The equipment designed for the special production process of the hydrogen obtained by electrolysis brings some innovations at the international level. Thanks to these innovations, our generator has been designed and developed to produce gas based on ditherium (h2), the isotope of hydrogen. Therefore, the hydrogen gas obtained from our unique generator can burn more quickly and accumulate more energy per unit time in the area it will heat. Thus, combustion efficiency increases. Not only the production of hydrogen; Considering that combustion requires innovative work, a special combustion burner has been developed. This equipment, which ensures stable combustion of gas during experiments and tests, is the second unique achievement of our project.

11.10.2024 EIF World Energy Congress Istanbul organization aims to obtain hydrogen gas at competitive cost by 2050 and Turkey, Southern Marmara. Although the H2 hydrogen gas production consortium formed within the OSB announced the target of obtaining hydrogen gas at a competitive cost as 2053, we have achieved the target according to the results we obtained with our generator, which will set an example for mass production.