A system device and control method for generating high-concentration potential water

Abstract

The invention provides a system device for generating high-concentration electrolyzed water and a control method of the system device. The system device comprises an electrolyzed water storage tank 3, an electrolyte circulating device 7, an electrolysis device 4, an automatic cleaning device 8, an electrolyzed water physicochemical index detecting device 6, a water inlet device, a water supply device 9, an electrolyzer adding device 13 and a control device 5. By the electrolyte circulating device 7, electrolyzed water can circulate between the electrolysis device 4 and the electrolyzed water storage tank 3 and is electrolyzed repeatedly, so that chloride ions in water can be completely converted to available chlorine so as to obtain high-concentration available-chlorine-contained electrolyzed water. According to the system device, tap water containing trace of sodium chloride is electrolyzed circularly so as to obtain the available-chlorine-contained electrolyzed water with the concentration higher than that of electrolyzed water obtained via a conventional manner, chloride ion residue in the electrolyzed water is greatly reduced, and the bactericidal capability is improved greatly. Compared with a traditional electrolyzed water generation manner, the system device has obvious advantages.

Description

technical field [0001] The invention relates to a system device and a control method for generating high-concentration potential water, and relates to the fields of preparation of potential water, use of disinfectant water, and prevention and control of epidemic diseases. Background technique [0002] With the enhancement of people's awareness of environmental protection and the emphasis on food safety, green, environmentally friendly and highly efficient oxidation potential water has been widely used in recent years. From the initial application in the medical industry, it has gradually expanded to agricultural planting, livestock and poultry breeding. and food and catering fields. However, the available chlorine concentration of the potentiometric water prepared by the prior art is low, it is difficult to preserve for a long time, and it is cumbersome to rely on the current production. At the same time, the oxidation potential water is greatly affected by organic matter, ...

AI Technical Summary

Problems solved by technology

However, the potentiometric water prepared by the prior art has a low concentration of available chlorine, and it is difficult to preserve for a long time, and it is troublesome to rely on the current production.

At the same time, the oxidation potential water is greatly affected by organic matter, and the environment in some aquaculture industries is poor, so the potential water with low concentration of available chlorine is difficult to achieve the expected sterilization and disinfection effect

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