An ozone generator nozzle

Abstract

The invention discloses a spray nozzle of an ozone generator. The spray nozzle comprises a water inlet cover, a cavity and a water outlet cover which are connected sequentially, wherein a plurality of independent separated electrolysis cavity bodies are formed inside the cavity. The anode electrolysis cavity body is formed in the middle inside the cavity; the cathode electrolysis cavity bodies are formed on the two sides of the anode electrolysis cavity body; an anode water inlet hole is formed in the end, facing the water inlet cover, of the cavity to enable the anode electrolysis cavity body and a water inlet pipeline of the water inlet cover to communicate, and cathode water inlet holes are further formed in the end, facing the water inlet cover, of the cavity to enable the cathode electrolysis cavity bodies and a water inlet pipeline of the water inlet cover to communicate; and an anode water outlet hole is formed in the other end of the cavity to enable the anode electrolysis cavity body and a spraying pipeline of the water outlet cover to communicate, and cathode draining holes are further formed in the other end of the cavity to enable the cathode electrolysis cavity bodies and a backflow pipeline of the water outlet cover to communicate. Compared with the prior art, the technical scheme has the advantages of high working efficiency, reasonable structure layout, wide application, good sealing performance and the like, equipment for preparing ozone water through an electrolytic method can be further optimized, the ozone production efficiency is improved, and the ozone using range is widened.

Description

technical field [0001] The invention relates to the technical field of ozone electrolysis devices, in particular to an ozone generator nozzle. Background technique [0002] Ozone is recognized as the most broad-spectrum and efficient fungicide in the world. When ozone reaches a certain concentration, ozone can quickly kill bacteria in water and air. More importantly, ozone is reduced to oxygen after sterilization, so it is A green and environmentally friendly disinfectant. Ozone is soluble in water and forms ozone water. In addition to killing bacteria in water, it can also decompose harmful pollutants such as organic matter in water, and at the same time have a certain decolorization effect on water. [0003] At present, in many countries and regions, ozone is widely used, such as in drinking water disinfection, medical water disinfection, sewage treatment, food factory and pharmaceutical factory air disinfection, paper bleaching and other industries and fields. At the sam...

AI Technical Summary

Problems solved by technology

[0004] The traditional technology used to prepare ozone is corona ozone generation technology, which is a method of generating ozone by discharging dry oxygen-containing gas through corona high-voltage discharge. This technology produces a large amount of ozone and can realize industrial production, but There are also more disadvantages

In the process of ozone generation, it is necessary to be equipped with an excellent gas drying and generating device and a cooling system, resulting in huge equipment, high investment costs, and inconvenient movement. The volume of ozone generated accounts for 1% to 6%, and ozone The mixture contains a certain amount of carcinogens such as nitrogen oxides

[0005] In the current application of electrolysis to prepare ozone water, the design of the chamber used for electrolysis fails to meet the production requirements, and the concentration of ozone produced is low, which reduces the production efficiency of ozone and greatly limits the use of ozone.

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