I. Introduction to Ozone Generators
Ozone generators are a new type of high-efficiency water treatment sterilization and disinfection equipment, and one of the core purification devices in the current environmental water treatment field. This equipment uses air or oxygen as raw materials to generate high-concentration ozone gas through a professional physical reaction, without the need for added chemical agents. It can quickly complete water purification tasks such as sterilization, algae removal, decolorization, and odor removal. The ozone generators developed and manufactured by Xi'an DIEN Water Treatment adopt a modular design and intelligent control system, ensuring stable operation and low energy consumption. They are suitable for various water purification scenarios, including industrial wastewater, domestic water, circulating water, and swimming pool water, and are an environmentally friendly alternative to traditional chlorine-based disinfection.
II. Working Principle of Ozone Generators
The core of the ozone generator uses high-voltage discharge corona technology. Through a high-voltage electric field, dry oxygen or air is ionized, causing oxygen molecules to decompose and polymerize, generating strong oxidizing ozone gas. The equipment is equipped with a professional air source treatment system, which first dries and filters the incoming air to prevent impurities from affecting ozone generation efficiency. The generated ozone is thoroughly mixed with the water through pipes. Utilizing ozone's strong oxidizing properties, it destroys the cell walls and nucleic acid structures of bacteria and viruses, completely killing microorganisms. Simultaneously, it oxidizes and decomposes organic matter, pigments, and odor molecules in the water, completing water purification. After the reaction, the ozone automatically reverts to oxygen, with no secondary pollution.
III. Core Advantages of the Ozone Generator
This equipment boasts significant advantages. First, it provides thorough sterilization and disinfection. Ozone's sterilization speed far surpasses that of chlorine and sodium hypochlorite, effectively killing bacteria, viruses, algae, and various other microorganisms in the water, leaving no blind spots. Second, it is green and environmentally friendly with no residue. No chemical agents are needed; the ozone quickly reverts to oxygen after the reaction, eliminating residual chlorine and byproduct pollution. Furthermore, the equipment has low operating costs, a high degree of automation, supports 24-hour continuous operation, intelligent start/stop, and automatic voltage stabilization, requiring no dedicated personnel and simplifying maintenance. In addition, the equipment is highly adaptable; customized models can be designed to suit different water usage scales, requiring minimal space and facilitating installation.
IV. Wide Application Areas of Ozone Generators
Ozone generators are suitable for water treatment scenarios in multiple industries. In the civilian sector, they can be used for disinfection and purification of drinking water, swimming pool water, and landscape water in residential areas. In the industrial sector, they are suitable for pure water disinfection in food processing plants, pharmaceutical plants, and electronics plants, as well as industrial circulating water, greywater reuse, and wastewater decolorization and deodorization treatment. They can also be used for municipal sewage, aquaculture water, and well water purification, meeting the water quality disinfection and purification standards of different industries.
V. Ozone Generator Process Flow
Ozone Generator Process Flow Diagram
The entire equipment operates in a simple and efficient manner: gas source pretreatment (air/oxygen filtration and drying) → high-voltage ionization to generate ozone → ozone gas delivery → gas-water mixing reaction → water sterilization and purification → exhaust gas decomposition treatment. The entire process is closed-loop automated operation. The exhaust gas undergoes harmless decomposition, resulting in no waste gas emissions. The entire process is safe and stable, with uniform purification effects, effectively improving water cleanliness and meeting various environmental protection and water use standards.
