Immerged electrolysis ozone generator

Abstract

The invention discloses an immerged electrolysis ozone generator. A cathode structure of the immerged electrolysis ozone generator comprises a lower reinforced titanium plate (10), a cathode frame (1)with a cathode water and gas guiding hole (1-1), a cathode current conducting plate (12) with a water and gas guiding hole (12-2), a cathode current-conducting double-screw bolt (12-1), a cathode micropore titanium plate (7), a cathode catalyst layer (8), a proton exchange membrane (6) and an O-shaped sealing ring (11). An anode structure of the immerged electrolysis ozone generator comprises anupper reinforced titanium plate (9) with an anode water and gas guiding hole (9-1), an anode frame (2), an anode micropore titanium plate (4) and an anode catalyst layer (5). The lower reinforced titanium plate (10), the cathode frame (1), the cathode current conducting plate (12), the O-shaped sealing ring (11), the cathode micropore titanium plate (7), the cathode catalyst layer (8), the protonexchange membrane (6), the anode catalyst layer (5), the anode micropore titanium plate (4), the anode frame (2) and the upper reinforced titanium plate (9) are fastened together. The immerged electrolysis ozone generator is simple and practical in structure, is convenient to install and replace by a user and realizes the slow rising and slow dropping of power supply. The service life of the generator is prolonged.

Description

Technical field: [0001] The invention relates to a submerged electrolytic ozone generator using water as a raw material, belonging to the technical field of electrolytic ozone generators. Background technique: [0002] At present, the electrolytic ozone generator using water as raw material adopts an external structure. It has the following disadvantages: in some application fields, the installation and replacement of the external structure generator is relatively complicated, and a small amount of water will be discharged from the cathode, which causes inconvenience to users. And at present, the power supply mode of the electrolytic ozone generator using water as raw material is instantaneous power-on when in use and instant power-off mode or continuous power supply of the generator when it is stopped. It has the following disadvantages: in many application fields, the generator cannot continue to supply power. If the instant power-off method is adopted, the hydrogen and o...

AI Technical Summary

Problems solved by technology

It has the following disadvantages: in some application fields, the installation and replacement of the external structure generator is cumbersome, and a small amount of water will be discharged from the cathode, causing inconvenience to the user

It has the following disadvantages: in many application fields, the generator cannot continue to supply power. If the instant power-off method is adopted, the hydrogen and oxygen ions accumulated on both sides of the membrane at the moment of power-off will diffuse in the opposite direction to form a reverse current, and the opposite direction will diffuse The hydrogen and oxygen ions will damage the catalyst layer of the anode and cathode, which will greatly reduce the service life of the generator

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