Horizontal radiation type electrolysis method and device

Abstract

The present invention relates to a horizontal radial type electrolytic method and apparatus, particularly wherein an electropad is set between the casing and the horizontal corresponding surface of the base and a water intake is provided at the center of the electropad. The raw water flows-in directly from the water intake and flows off outwards in a manner of horizontal radiat pervasion. During electrolysis, an acidic aqueous layer and an alkaline aqueous layer are respectively formed at parallel sides of anode electropad and cathode electropad. Two water exit routes are set at places correspondin to the electropad at the casing and the base, thereby the acidulous water and the alkaline water are discharged in splitted streams. The present invention is capable of depressing electroanalysis cost and resolving effectively problems of remaining water breeding bacilli and remaining water accelerating calcium deposition.

Description

technical field [0001] The invention relates to a horizontal radiation type electrolysis method and device, which is mainly applied to the technology of steady water flow in an electrolyzed water machine. Background technique [0002] The conventional known vertical electrolyzer has the following problems: [0003] 1. Most of the acid and alkaline water outlets of the vertical electrolytic cell are designed to take water from the top, resulting in residual water retention in the electrolytic cell after electrolysis. Additional residual water discharge devices need to be installed, which increases costs. If there is no residual water discharge device , Residual water will breed bacteria and cause calcium ion precipitation, which will accelerate calcium accumulation in the electrolytic cell. When electrolysis is performed again, the previous residual water will flow out without complete electrolysis, which cannot reach the standard value of redox potential. [0004] 2. The un...

AI Technical Summary

Problems solved by technology

[0003] 1. Most of the acid and alkaline water outlets of the vertical electrolytic cell are designed to take water from the top, resulting in residual water retention in the electrolytic cell after electrolysis. Additional residual water discharge devices need to be installed, which increases costs. If there is no residual water discharge device , the residual water will breed bacteria, and also cause calcium ions to precipitate, which will accelerate calcium accumulation in the electrolytic tank. When electrolyzing again, the previous residual water will flow out without complete electrolysis, and cannot reach the standard value of oxidation-reduction potential

[0004] 2. The unit area of ​​the water inlet and the water outlet of the vertical electrolyzer is equal, and the electrolysis current is also similar. If you want to increase the electrode spacing of the water outlet, the resistance of the water outlet will be relatively increased, and the total electrolysis current at the water outlet will be reduced. , relatively reducing the scope of the neutral water layer, relatively making the separation of anions and cations more difficult

[0005] 3. The unit area of ​​the water inlet and the water outlet of the vertical electrolyzer is equal, and the flow velocity entering the electrode plate inlet is equal to the flow velocity leaving the electrode plate outlet, which cannot slow down the flow velocity of the water outlet, and it is relatively easy to generate turbulent flow.

[0006] 4. The vertical electrolyzer is generally designed with the water inlet at the bottom and the water outlet a

Images