The higher the oxygen concentration requirement in the gas source, the better
The best gas source is pure oxygen. Under the same conditions, the oxygen content in the gas source directly affects the production of ozone. Generally, the oxygen content in the air is 18-21%;
The cleanliness of the gas source should be high
For safety reasons, it is strictly prohibited for the gas source to contain dust or flammable vapors. Therefore, the pharmaceutical industry should not use open ozone generators or untreated clean air as the gas source for ozone generators.
The humidity of the gas source should be low
In terms of the application of ozone for air disinfection, the disinfection and sterilization of ozone in dry air can be almost zero. Therefore, the effective disinfection temperature of ozone for air is generally required to be greater than 30%. Therefore, the solution is to make the gas source independent of the disinfection environment.
The temperature of the attack should be low
Due to the fact that oxygen discharge is an exothermic process, the thermal shock resistance of dielectric materials between the generators is limited, which also restricts the amount of heat accumulation that occurs during the generator task from being too high. The instability of O3 is particularly sensitive to temperature. It can be said that the temperature of the trigger body should be as low as possible, whether it is related to the lifespan of the trigger body itself or the production of O3. Practice has proven that some ozone air disinfection manufacturers install generators in HVAC systems (built-in) without considering heat dissipation requirements, which not only results in ozone production being lower than the standard production, but also increases the lifespan of the generator.
The higher the frequency of the power supply, the better
When the power frequency is high, the amount of ozone per unit area of the generator increases, resulting in a significant increase in energy consumption and space usage costs per unit of ozone production. The high frequency of the generator indicates that its overall performance and technical level are also high. So solving the heat dissipation problem of high-frequency power supplies is a sign of balancing the strength of ozone generators.
In summary, if choosing and using ozone generators in clean spaces of the pharmaceutical industry, one should also consider the effectiveness of ozone disinfection, the lifespan and operating costs of the generators. Firstly, attention should be paid to the use of pre treated independent gas sources and the installation form of the generators.

This article comes from: http://www.kzyyl.com/