FIELD: oil and gas industry.
SUBSTANCE: invention relates to the process for production of oxygen gas and hydrogen gas liquid alkaline electrolytic solution in the process of electrolysis including stages: production of electrolytic plant with the first and second spaced parallel hole electrodes immersed in the inlet chamber which surrounds a first and second electrodes and in which there is at least one inlet opening and first and second outlet openings; supply of the electrolytic solution to the inlet opening so that the electrodes are immersed in the electrolytic solution; and feeding voltage to plant through electrodes immersed in electrolytic solution, in order to electrolyze the solution between the electrodes in such a manner that oxygen gas is formed on the first electrode, hydrogen gas formed on the second electrode. The electrolytic solution between the electrodes is divided into first and second output flows, so that the first output flow passes through the first electrode, thereby removing gaseous oxygen from the first electrode when the first outlet flow passes into the first outlet, and so that the second output flow passes through the second electrode, thereby removing hydrogen gas from the second electrode when the second outlet stream passes into the second outlet, and wherein the first and second electrodes are arranged in a relatively close proximity from 1 mm before 6 mm. The invention also relates to the electrolytic plant.
EFFECT: use of the proposed invention makes it possible to eliminate disadvantages of the electrolyser of the previous generation using membranes.
20 cl, 3 dwg
