Horizontal ozonizer

Abstract

The invention provides a horizontal ozonizer. The horizontal ozonizer comprises a left ozone discharge chamber and a right ozone discharge chamber which are integrally fixed; the left ozone discharge chamber and the right ozone discharge chamber respectively comprise a discharge chamber, one end of the discharge chamber is provided with an air inlet part, while the other end is provided with an air outlet part; and a water inlet tube and a water outlet tube are respectively arranged on the left ozone discharge chamber and the right ozone discharge chamber. In the invention, because the ozonizer is designed into two sections of ozone discharge chambers, the path of a corona region is greatly shortened to ensure that the generated ozone is output in time, the ozone output and concentration are enhanced, and the efficiency and the energy ratio of an ozone generating system are improved.

Description

technical field [0001] The invention relates to an ozone generator, in particular to a horizontal ozone generator, and belongs to the technical field of ozone generating devices. Background technique [0002] The ozone generator uses air or oxygen as the raw material, and through the electrode tube to discharge silently, the oxygen in the air is decomposed into allotropic ozone. Ozone is the high-energy state of oxygen, also known as active oxygen, triple oxygen, super oxygen , Oxygen-rich, with special odor, colorless, is a strong oxidant, can effectively sterilize, disinfect, remove odor, decolorize, and can also remove iron, manganese, etc. At the same time, it can be reduced to oxygen by itself without leaving any traces and will not cause secondary pollution. It can be widely used in the sterilization of pure water, mineral water, oxygen-enriched water, drinking water, food, beverage, pharmaceutical, hospital, air purification , industrial wastewater treatment, and swi...

AI Technical Summary

Problems solved by technology

[0002] The ozone generator uses air or oxygen as the raw material, and through the electrode tube to discharge silently, the oxygen in the air is decomposed into allotropic ozone. Ozone is the high-energy state of oxygen, also known as active oxygen, triple oxygen, super oxygen , Oxygen-rich, with special odor, colorless, is a strong oxidant, can effectively sterilize, disinfect, remove odor, decolorize, and can also remove iron, manganese, etc. At the same time, it can be reduced to oxygen by itself without leaving any traces and will not cause secondary pollution. It can be widely used in the sterilization of pure water, mineral water, oxygen-enriched water, drinking water, food, beverage, pharmaceutical, hospital, air purification , industrial wastewater treatment, and swimming pool disinfection, but its performance is extremely unstable (the half-life in air at 30°C is 20 minutes), it cannot be stored, it can only be made on-site, and it can be used on-site. Therefore, in order to use ozone, it is necessary to artificially prepare ozone , which will use the ozone generator

[0003] At present, most of the existing ozone generators are single-section horizontal ozone generators, which include an ozone discharge chamber. One end of the ozone discharge chamber is provided with an air inlet and a water inlet, and the other end is provided with an air outlet. And a water outlet, the structure of the ozone generator of this structure is simple, but bulky, because the path of the corona discharge area is long (about two meters at present), the ozone produced cannot be output in time, most of it is at a higher temperature In the corona area, it is decomposed into oxygen again. Therefore, the efficiency is low, the energy consumption is high, and energy is wasted, which reduces the ozone production and concentration, which seriously affects the sensitive specific energy index (per kilogram) of large ozone generators. Ozone power consumption), increasing the user's operating costs

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