Integrated series-parallel combined electrolysis bath

Abstract

The present invention discloses an integration serial-parallel combination type electrolytic tank. Inside a closing barrel, there are provided electrode plates with identical plate number and contour dimension, which are serial-parallel combinated with identical space length to A zone and B zone or opposite direction setup double- serial-parallel combinated to B zone, A zone, A zone and B zone, wherein the electrode plates are isolated from the closing barrel inner walls by an insulation ring, the anodic leadout bar for connecting the anodic electrode plates is leaded-out of the closing barrel through an insulated isolation tube, conduit tubes and the like and is then locked, the closing barrel is equiopped wth liquid intake, gas-liquid out spout and cathode screw rod, the end sheets at both ends and the electrode plates are equipped with guide holes, liquid guide holes, gas guide holes and leading holes thereon. Since a reasonable combination type inner serial-parallel electrolytic tank structural is adopted and hermeticity, bearing, insulativity and electrode material utilization of the electrolytic tank are taken thoroughly into accound, a system with compact complete texture, high bearing, fine sealing without leakage, identical electrode plates service life, simple and reliable electric(al) service connection can be constituted according to what one needs to efficaciously resolve large-sizing problems of a hydrogen and oxygen making equipment, with reduced floor area.

Description

technical field [0001] The invention relates to an electrolytic cell capable of electrolyzing electrolyte solution to generate hydrogen-oxygen mixed gas, in particular to an integrated series-parallel combined electrolytic cell. Background technique [0002] The hydrogen-oxygen mixed gas generated by the electrolyte is used as a gas source, which can be used for metal heating, welding, cutting, catalytic combustion of substances, catalytic reactions, etc. The current electrolytic cell structure is like the "hydrogen oxygen generator" in Chinese patent 96249548.4, which is concentric cylinder type. Since the area of ​​each electrode sheet is different, the inner layer area is the smallest, the working condition parameters are the worst, and the electrode consumption is the fastest, then The inner electrode sheet determines the service life of the overall electrolytic cell, and the utilization rate of electrode materials is low. There is also a Chinese patent 94207129.8 "elec...

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Problems solved by technology

The current electrolytic cell structure is like the "hydrogen oxygen generator" in Chinese patent 96249548.4, which is concentric cylinder type. Since the area of ​​each electrode sheet is different, the inner layer area is the smallest, the working condition parameters are the worst, and the electrode consumption is the fastest, then The inner electrode sheet determines the service life of the overall electrolytic cell, and the utilization rate of electrode materials is low

There is also a Chinese patent 94207129.8 "electrolyte self-circulating hydrogen-oxygen generator". Due to the characteristics and structure of the rubber insulating material, the electrolytic cell has many closed ends, a large area, and complex assembly, resulting in low overall pressure and easy leakage

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