What are the different types of ozone generators, and what are their uses? A custom manufacturer of ozone generators shares insights on these questions.

　　What is an ozone generator? What are the classifications of ozone generators? And how are ozone generators used? These are the three key questions. Ozone is a gas that is difficult to store, so it can be produced on demand when needed. Ozone has strong oxidizing properties and can rapidly kill bacteria, viruses, E. coli, decompose organic matter, remove inorganic substances, and filter pollutants. The equipment used to produce ozone is called an ozone generator. The following text... Custom-made ozone generators What are the different types of ozone generators shared by manufacturers? What are the uses of ozone generators?

　　Ozone generators have wide-ranging applications in air sterilization and disinfection, water treatment, exhaust gas treatment, flue gas desulfurization and denitrification, and are cost-effective, integrated environmental protection devices that can be installed easily. Depending on their intended use, operating methods, and structural design, ozone generators can be classified into various types. The specific details will be explained in detail by the custom manufacturer of ozone generators below.

　　The custom manufacturer of ozone generators explains: What is an ozone generator?

　　As the name suggests, an ozone generator is a device used to produce and manufacture ozone; it is also referred to as an ozonator, ozone generator, ozone disinfectant, or ozone equipment.

　　 Custom-made ozone generators Manufacturers share the classification of ozone generators.

　　By ozone production capacity: 5 g/h to 150 kg/h ozone generators

　　Classified by cooling method: air-cooled and water-cooled ozone generators.

　　By air source classification: Air-source and oxygen-source ozone generators

　　An air-source ozone generator refers to a system in which air is directly fed into the ozone generation pipeline using an air compressor or air pump. Ozone is then produced by high-voltage discharge through the ozone tube. Typically, when used in this manner, the air must be dried and cooled to ensure both optimal ozone concentration and extended lifespan of the ozone tube. After being dried, the air can achieve an ozone concentration of 15 to 20 mg/L.

　　Oxygen-source ozone generators typically come equipped with an oxygen generator. An air compressor uses molecular sieves to remove impurities from exhaust gases, thereby extracting pure oxygen. This pure oxygen is then subjected to high-voltage discharge through an ozone tube to produce ozone. As long as the oxygen generator is of good quality, it can produce high-purity oxygen at a concentration of 93%. Therefore, an ozone concentration of 120 mg/L can be achieved.

　　By appearance: wall-mounted, portable, push-type, mobile, built-in, external, all-in-one, separator

　　By application: air disinfection, wastewater treatment, tap water purification, exhaust gas treatment, flue gas desulfurization and denitrification, ozone generators for plastic greenhouse cultivation, and more.

　　Other categories: Based on shape, they can be divided into tubes and shapes.

　　 Custom-made ozone generators What are the uses of an ozone generator, according to the manufacturer?

　　1. Water treatment and purification: This process disinfects and sterilizes various types of drinking water, regular tap water, municipal water, and production water. It can also break down a wide range of harmful substances. Mineral water, purified water, beverage factories, cosmetic manufacturing facilities, and pharmaceutical water all require ozone treatment due to its environmentally friendly and highly efficient nature.

　　2. It exhibits excellent oxidation and decomposition as well as deodorization effects on exhaust gas treatment, rubber exhaust gases, industrial wastewater, spray exhaust gases, odor control at waste disposal plants, ammonia removal in farms, and the elimination of malodorous gases.

　　3. Perform surface and environmental disinfection and purification for various spaces—including spatial environments, production facilities, warehouses, public areas, and equipment and instruments housed within them; carry out sterile treatments for uniforms in food and pharmaceutical factory workshops; conduct sterilization and disinfection of environments such as hotel dining halls, hospitals, and corporate and institutional premises; and provide deodorizers and other odor-removal products.

　　4. In wastewater treatment, including sewage treatment, reclaimed water reuse treatment, and exhaust gas treatment, ozone is added to the wastewater to specifically disinfect and sterilize, remove odors, decolorize and bleach, decompose various toxic and harmful pollutants, enhance the biochemical properties of the wastewater, reduce various water quality parameters, and ensure that the treated water meets discharge standards. Additionally, ozone can be used for pre-treatment or direct treatment of exhaust gases, thereby improving environmental conditions.

　　5. Flue gas desulfurization and denitrification—performing desulfurization and denitrification on industrial plants, thermal power plants, coal-fired power plants, brick factories, and more, achieving a denitrification rate of over 95%!

　　6. Agricultural production and animal husbandry can help suppress the occurrence of pests and diseases, as well as eliminate harmful weeds and microorganisms. During the cultivation of bean sprouts and edible mushrooms, pre-treatment of culture dishes and seedlings using ozone—according to custom ozone generator manufacturers—can effectively improve the rate of qualified products and increase yields. When raising fish, shrimp, and livestock, the use of ozone can serve multiple purposes, including odor removal, sterilization and disinfection, and inhibition of pests, diseases, and infectious pathogens.