The study of the stoichiometric ratio of hydrogen-oxygen in the conduct of electrolysis of seawater in the formation of Brownian gas is of key scientific and especially practical importance. For the first time in the world, successful attempts have been made to easily and cheaply. Potassium base KOH is most often used. The special phenomenon of the known technologies is for explosive gas is the increase in electrolyte temperature during electrolysis. There are numerous developments, including patented ones for cooling the constantly heating electrolyte, but the end effect is there - the presence of obtain energy from seawater. What is special in this case is that in addition to energy, as a by-product are obtained huge amounts of minerals extremely rich in ferrous, non-ferrous and rare metals. In all known technologies for extraction of Brown gas, pure distilled water is used, and a base or acid is added to increase the electrical conductivity recombination of atoms to form a molecular form of hydrogen and oxygen, known as explosive gas. To study this phenomenon, the properties of both hydrogen and oxygen are first considered in the development, and then the energy side of the process is considered and analyzed. In order to obtain exactly Brownian gas, and not a mixture of Brownian gas and explosive gas, the basic requirements for preventing the formation of recombination of atoms are considered and analyzed. A schematic diagram of the experiment for detecting an implosion instead of an explosion is also given. Both the scheme and the preparation for the experiment are also described. Another phenomenon is considered and analyzed, the regularity of the dissolution of gases in water. The development ends with conclusions and recommendations

Research of the stoichiometric hydrogen-oxygen ratio in the formation of Brown's gas

ACS Spring 2022

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