Ozone generator for water disinfection equipment

Ozone is not only a very powerful oxidizing agent, but also a very effective non chemical disinfectant. Ozone has its own decomposition characteristics, which can decompose into non-toxic and environmentally friendly substances, namely oxygen. In Europe, ozone is used in many places: it can remove color, taste, and odor, reduce turbidity, remove organic matter, micro flocculation, iron oxide, and manganese, and is commonly used for disinfection and passivation. Most of the usage principles come from the highly oxidizing function of ozone. Ozone can be added in different steps of water treatment according to its intended use. For example, when used for iron oxide and magnesium, or to obtain condensates, it needs to be added in the initial stage. If used to eliminate taste and odor, then add it in the middle. In water treatment in Europe, ozone disinfection is not a substitute for chlorine disinfection, but *.

Like chlorine, ozone can kill microorganisms. The disinfection effect of ozone is to directly attack and kill, and to oxidize organisms. The speed of ozone is 3500 times faster than chlorine. The destruction of ozone is instantaneous, safe, and effective, as ozone is inherently a purifying agent of nature. The reactive oxidant of chlorine is hydrochloric acid produced when chlorine dissolves in water. This powerful oxidant poses a threat to our water resources. Ozone, on the other hand, has no side effects in water treatment and is known as a disinfectant without adding anything.

Ozone generator for water disinfection equipment

In industrial wastewater, domestic wastewater, and hospital wastewater, almost all industries use corona discharge method to produce ozone. The ozone produced in this way is suitable for the preliminary treatment of sodium alkylbenzenesulfonate, tar COD、BOD、 Wastewater containing pollutants such as sludge and ammonia nitrogen is also suitable for treating wastewater containing Fe2+, Mn2+, cyanide, phenol, hydrophilic dyes, bacteria, and other pollutants.

The advantages are as follows:
1. Compared with the power frequency ozone generator, it has reduced volume by three fifths, increased unit area output by five times, and reduced power consumption by about 20%.
2. Long stable operation time, the discharge tube of the generator is made of refined stainless steel tube, with smooth tube wall and no heat storage, which is conducive to stable ozone production. The service life is over 20 years, saving users considerable costs.
3. The dielectric tube is a specially made glass tube that comes into direct contact with cooling water. It has good heat dissipation and cooling effect, is not easy to scale, and can be disassembled, cleaned or replaced regularly. However, some other series of generators have poor heat dissipation, unstable operation and output, and once scaling occurs, it affects operation and is difficult to recover. The maintenance cost is high.
4. Multiple working modes: timed working mode, continuous working mode, manual working mode, automatic working mode, with menu settings that can be set and configured according to the actual application requirements of the user.
5. According to user requirements, remote operation control, remote data monitoring and other functions can be set up.