High energy ion deodorization equipment

Principle: Energy is generated through ion tube discharge, which is absorbed by oxygen molecules in the air to produce "enhanced reactive oxygen species", forming a mixture of gaseous forms of oxides such as oxygen radicals, hydrogen radicals, positive and negative oxygen ions (bipolar ions), and ozone. Oxide mixtures, due to their absorption of high electrical energy and load-bearing capacity, have a very high chemical reactivity and the ability to easily combine with oxidizable substances. They can convert pollutants such as hydrocarbons and alcohols into odorless components such as CO2 and H2O. At the same time, reactive oxygen species can also destroy the internal cellular structure of microorganisms (viruses, molds, yeasts, and bacteria) to achieve inactivation.

Process characteristics:

1) Easy to maintain, capable of treating pollutants while also having a microbial inactivation effect;

2) The air pollution and oxygen ion generation device do not come into direct contact, avoiding the risk of ignition or even explosion caused by the contact of flammable and explosive components in polluted air with high-voltage ionization components, and objectively ensuring the long service life of the key component in the oxygen ion generation device - the oxygen ion tube;

3) The special design of the mixed reaction zone for exhaust gas and ionized air enables high-energy oxygen ionized air to react uniformly with polluted air, thereby achieving stable treatment effects.