The amount of ozone generated and used is generally determined by multiplying the rated amount of generated amount by time, but the attenuation amount should be calculated for different purposes and different places and then determined. When the ozone generator is in use, the configuration of the gas source directly affects the concentration, output and purity of ozone. The gas source is generally divided into four types: ordinary gas source, dry air source, oxygen-enriched source and industrial oxygen source. In the case of the same configuration, the concentration and output increase sequentially. The application of ozone is mainly determined by the amount of generation, which is divided into two categories: disinfection under gaseous state and disinfection under liquid state. According to the common sense of application, general air source should not be configured, because this will affect the connection life of the generator and cause unstable generation. Therefore, the commonly used gas sources can be roughly divided into the following types according to their purposes:

   1. For disinfection applications in large spaces, such as the sterilization and disinfection of workshops in industries such as medicine, food, etc., special pipelines should generally be installed to distribute the ozone to the workshops to make the ozone evenly distributed. This method sometimes causes corrosion of the metal parts of the air-conditioning duct and ozone depletion.

   1) Dry air source-space disinfection, tap water treatment, swimming pool water, breeding water, production circulating water, reclaimed water reuse, etc.

   2) Oxygen-rich source-use places with high ozone concentration requirements, such as purified water, mineral water, sewage treatment, medical and food workshops, etc.

   3) Industrial oxygen source-high purity requirements, more important concentration requirements, small gas applications, etc.

   2. For water treatment, it is mainly equipped with an ozone-soluble dosing device, generally divided into aeration type (direct aeration or oxidation tower type), venturi jet type, turbo suction type or Nikoni pump There are several mixing styles, and the above-mentioned water-soluble efficiency can be improved sequentially, and the efficiency of Nikoni pump can reach more than 95%.

   1) Aeration: tap water, aquaculture water, production circulating water, domestic sewage, industrial wastewater, etc.

   2) Venturi jet type: secondary water supply, pure water, mineral water, breeding water cooling, swimming pool water, etc.

   3) Negative suction type: small water application

   4) Gas-liquid mixing pump type: small water application or ozone disinfection water application