Electrolytic cell for over-oxidation potential water generator

Abstract

The invention discloses an electrolytic cell for an over-oxidation potential water generator. The electrolytic cell comprises an electrolytic cell main body. A plurality of alternately arranged anodeand cathode electrode plates are arranged in the electrolytic cell main body. A gap is formed between the anode and cathode electrode plates. The anode and cathode electrode plates are rounded. Two ends of each one of the anode electrode plates are connected to anode binding posts. Two ends of each one of the cathode electrode plates are connected to cathode binding posts. The anode binding postsand the cathode binding posts are arranged on a binding copper bar. The binding copper bar is connected to an external electrolysis power supply through a port. The electrolytic cell is provided witha water inlet and a water outlet. The electrolytic cell has a simple structure, is easy to assemble, has a strong electrolytic capacity, realizes a low preparation cost, repeatedly utilizes main components, is free of a cleaning agent in the electrolysis process and satisfies environmental protection requirements.

Description

technical field [0001] The invention relates to an electrolytic cell used for a superoxidation potential water generator, belonging to the technical field of water electrolysis. Background technique [0002] At present, the diaphragm type electrolyzer is one of the main equipment for electrolyzing potential water. An ion diaphragm is installed in the electrolyzer to divide the electrolyzer into two areas. Only one plate can be installed in each area, so the electrolysis efficiency is relatively low. When a large amount of water needs to be electrolyzed per unit time, the electrolyzed water output can only be increased by increasing the volume of the electrolytic cell and the area of ​​the electrode plate, but the water output is not directly proportional to the increase in the electrolytic cell solvent and the area of ​​the electrode plate, so low efficiency. [0003] Secondly, in practical application, the above-mentioned diaphragm type electrolyzer produces calcium accumu...

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Problems solved by technology

[0002] At present, the diaphragm type electrolyzer is one of the main equipment for electrolyzing potential water. An ion diaphragm is installed in the electrolyzer to divide the electrolyzer into two areas. Only one plate can be installed in each area, so the electrolysis efficiency is relatively low. When a large amount of water needs to be electrolyzed per unit time, the electrolysis water output can only be increased by increasing the volume of the electrolytic cell and the area of ​​the electrode plate, but the water output is not directly proportional to the increase in the electrolytic cell solvent and the area of ​​the electrode plate, so low efficiency

[0003] Secondly, in practical application, the above-mentioned diaphragm-type electrolyzer has the problem of calcium accumulation during the electrolysis process, which will hinder the normal operation of the electrode plate and diaphragm, and requires regular cleaning. The cleaning solution may also pollute the environment

[0004] Third, the current electrolytic cells on the market all adopt a rectangular laminated structure, which is simple in processing and assembly.

However, the flow form of the water flow in the rectangular structure is uneven, and the water flow velocity in the area near the water outlet and inlet is greater than that in other areas, which makes the electrolysis process inconsistent, and the electrolysis capacity of the electrolyzer is limited, and the flow rate will not exceed 200L / H. Disinfection and cleaning of some large equipment pipelines

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