High-energy ion purification technology USES a corolla corona discha
rge technology produced by ion tube, which is very similar to the c
ombination of sunlight in the atmosphere and lightning in the air, like natural biological gas, will produce a large number of active oxygen molecules.These groups of molecules are divided into 10-60 fractions Subgroups or strings.This increases the ability of air to release electrons from oxygen molecules.These electrons can interact with pollutants and break down the molecular structure of pollutants to reduce harm. High energy ions contain molecules rich in electrons, ions, free radicals, and excited states,
Electrons have a high reactivity with ions, which can make chemical reactions that are normally difficult or slow very rapid.Positive oxygen ions have a strong oxidation ability, which can oxidize and decompose methanethiol, hydrogen sulfide and other pollution factors in a very short time. Moreover, after contact with VOC molecules, chemical bonds of organic volatile gases are opened, and through a series of reactions, stable and harmless small molecules such as oxidized carbon and water are finally generated.At the same time, oxygen ions can destroy the living environment of bacteria in the air, and reduce the concentration of bacteria in indoor space. Charged ions can adsorb suspended particles that are dozens of times heavier than their own weight and settle down by their self-weight, so as to remove the suspended colloids in the air and achieve the purpose of air purification.
The above purification process is completed without the help of harmful ultraviolet rays, chemical additives or ozone.This discharge consumes very little voltage (1500, 3000 volts) and is controllable, consuming no more energy.
Under the high energy environment of the high-energy ionizer, a large number of ion free radicals and oxygen free radicals are produced, and the generation mechanism is as follows.
The reaction of OH radical to oxidation pollutants is non-selective, which can trigger chain reaction, and directly oxidize most harmful substances in polluted air to carbon dioxide and water or minerals through the following mechanism：
Practice has proved that most of the harmful substances in the air polluted by a certain concentration can be oxidized and decomposed in a very short time, with an average conversion rate of over 90%
Scope of application
1. Pump house 2. sewage station 3. breeding plant 4. deodorization
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