Electrolytic type oxy-hydrogen generation device

Abstract

The invention relates to an electrolytic type oxy-hydrogen generation device which comprises an electrolytic cell, an evaporator and a tempering prevention device which is connected with the outlet of the evaporator, wherein a cooling pipe which is connected with a compressor is arranged in the evaporator, the electrolytic cell is connected with a direct current power supply and arranged in a closed tank body to from an isopiestic body and consists of a set of standard masterplate type electrode baffles and water diversion baffles, the water diversion baffles are in a frame structure, diversion stiffeners are arranged at both ends of each water diversion baffle in a staggering way, and each baffle are sealed and fixed at the edge part. Based on the electrolytic cell structure and a circulating system, designed in the invention, an electrode distance between every two electrode baffles in the electrolytic cell can reach below 2mm without resulting in the phenomena of short circuit, arcing and the like between every two electrodes, thereby achieving the purposes of normal running of the electrolytic cell with low voltage and large current, greatly enhanced electrolysis efficiency, energy saving and environmental protection.

Description

technical field [0001] The invention relates to a hydrogen-oxygen generator, in particular to an electrolytic hydrogen-oxygen generator. Background technique [0002] At present, most of the general electrolyzers are in the form of external circulation pressure or static pressure electrolyzers. Generally, the electrolyzers are in the form of series or parallel connection, and the form is relatively simple. It is difficult to design and control the voltage and current. Poor adaptability of electrolyzer. [0003] As we all know, during the operation of the electrolytic cell, the relationship between the voltage and the pole distance is inversely proportional. How can the lower the applied voltage be under the same current condition, the more power-saving the electrolytic cell will be, the higher the efficiency will be, and the lower the calorific value will be. Generally speaking, the pole distance is usually designed to be 5~20 mm. On this basis, if you want to improve the e...

AI Technical Summary

Problems solved by technology

However, in practical applications, the reduction of the pole distance will lead to the occurrence of short circuit and arcing between the electrodes, which will seriously affect the stability and safety of the electrolytic cell, and even lead to explosion accidents.

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