Selection of ozone generator gas source: The application of ozone is mainly determined by the amount of generation, and is divided into two categories: gaseous disinfection and liquid disinfection. The amount of ozone generated and used is generally determined based on the rated generation amount multiplied by time, vuv6fdi, but in different uses and different places, the attenuation should be calculated 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, rich oxygen source and industrial oxygen gas source. The above gas sources Configuration, in the same situation where the production device is the same, the concentration and output are increased sequentially. According to application common sense, ordinary air sources should generally not be configured, because this will affect the connection service life of the generating device and lead to unstable generation. Therefore, commonly used gas sources can be roughly divided into the following types according to their uses:

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 – places with high ozone concentration requirements, such as pure water, mineral water, sewage treatment, pharmaceutical and food workshops, etc.

3) Industrial oxygen source – places with higher purity requirements, more important concentration requirements, small gas volume applications, etc.

3. For disinfection applications in large spaces, such as sterilization and disinfection in workshops in medicine, food and other industries, special pipelines should generally be installed to branch into the workshop to make ozone evenly distributed, and some are also connected to the central air-conditioning air duct pipeline, but This method sometimes causes corrosion of metal parts of the air conditioning duct and ozone depletion.

4. For water treatment, it is mainly equipped with a dosing device for ozone dissolved in water, which is generally divided into aeration type (direct aeration or oxidation tower type), Venturi jet type, turbine negative suction type or Niconi pump There are several mixing styles, etc. The above-mentioned water dissolution efficiency can be improved sequentially, and the Niconi pump efficiency can reach more than 95%.

1) Aeration type: tap water, breeding 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 body application

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