In the field of water treatment technology, there are many factors that affect the efficiency and system reliability of ozone generators. Therefore, ozone generator manufacturers should pay attention to the following issues when making machines.

The initial gas of the generator set is not allowed to contain hydrocarbons, corrosive gases or all other chemicals reflected in the O2/Ozone/Corona natural environment, thereby damaging or destroying the use of machinery and equipment. As we all know, the three elements of an explosion are:

There are already two substances, namely oxide and igniter, and the corona natural environment of its ozone generator, ie oxide and igniter. Therefore, avoid hydrocarbons and substance chemicals in the feed gas; if hydrocarbons may be present, they must be fully reliable when the hydrocarbon concentration value approaches 25% of the low insulation index. Disconnect the switching power supply to the hydrocarbon detector.

Fluorocarbon spraying, such as Teflon or coolant, can be converted into fluorine in the corona, corroding the raw material of the glass medium and accelerating the destruction of the medium. Depending on the seal, the circulating system coolant that closely surrounds the corona chamber may leak.

It then enters the corona chamber space and forms a coating on the dielectric surface. When these conditions occur, it is important to clean the media promptly, as the coating reduces the efficiency of ozone generation. Also, the initial gas should be over-considered. Except for particles of about 5m, avoid small moisture-proofing agent particles or other particles from entering the generator corona area. This does not compromise the corona efficiency.

Large amounts of water can cause corona concentrations, high amperage, and heating of some media, leading to premature media failure. Even if the detector is disconnected from the corona switch power before the water enters the corona chamber, debris in the water can deposit on the parts.

For the surface layer, this residue should be cleaned up before it can be used again. Malfunction or incorrect operation can cause the ozone sterilizer to contact the solution sewage in the pool and inject it into the generator set. Corona, environmental pollution or media damage. In addition, the design and operation of the control system should prevent flammable corrosive gases and vapors returning from the ozone contact tank from entering the generator set.