Custom ozone generator manufacturers share the principles and classifications of ozone generators.

　　The flue gas denitration process commonly employed in power plants is the SCR (Selective Catalytic Reduction) process. Under certain temperature conditions and with the aid of a catalyst, ammonia is used as a reducing agent to convert nitrogen oxides into nitrogen. Ozone, leveraging its strong oxidizing properties, can be used to oxidize low-valent nitrogen oxides—those that are insoluble—into high-valent nitrogen oxides that are soluble. These high-valent nitrogen oxides can then be removed through an alkaline absorption and scrubbing process. Ozone-based flue gas denitration does not require raising the flue gas temperature and does not involve the use of reducing agents such as ammonia. It enables flexible control of NOx concentrations even under unstable flue gas conditions, maintaining a removal efficiency of over 90%. Moreover, it can simultaneously remove heavy metals and achieve desulfurization as well. The following text... Custom-made ozone generators The manufacturer shares the principles and classifications of ozone generators.

　　The custom manufacturer of ozone generators explains the effects of ozone.

　　China's drinking water sources are contaminated to varying degrees, with most of them classified as Class III or higher. The conventional treatment process—coagulation, sedimentation, filtration, and disinfection—is often insufficient to meet the new standards for domestic drinking water. In municipal water advanced treatment, the ozone-biological activated carbon process is widely adopted. This process leverages ozone's powerful oxidizing capacity to break down organic pollutants, enhances the ability of activated carbon to degrade organic substances, effectively kills bacteria and viruses, reduces halogenated disinfection byproducts, removes odors, and eliminates iron, manganese, and other impurities, thereby significantly improving water quality and taste. This ozone-biological activated carbon process has become the mainstream approach for advanced municipal water treatment in China.

　　The custom manufacturer of ozone generators talks about ozone generators.

　　Overview of Ozone Generators: An ozone generator is a device used to produce ozone. Ozone is highly unstable and cannot be stored; it must be generated on-site and used immediately (though under special circumstances, it can be temporarily stored). Wherever ozone is required, an ozone generator is needed. Ozone generators find wide-ranging applications in areas such as municipal water treatment, wastewater treatment, industrial oxidation, and space sterilization.

　　Ozone is a broad-spectrum, highly effective bactericidal and disinfectant. It is produced by high-frequency, high-voltage discharge using air or oxygen as raw materials. Compared to oxygen molecules, ozone contains more active oxygen atoms, giving it exceptionally reactive chemical properties. As a powerful oxidizing agent, ozone can rapidly kill airborne bacteria at certain concentrations. It leaves no toxic residues and does not cause secondary pollution, earning it the reputation of being a “clean oxidizing agent and disinfectant.”

　　 Custom-made ozone generators The manufacturer shares the concentration and effects of ozone.

　　The concentration of ozone in a mixed gas is typically expressed either as a mass ratio or as a volume ratio. The mass ratio refers to the mass of ozone contained in a unit volume of the mixed gas, usually expressed in units such as mg/L or g/m³. The volume ratio, on the other hand, indicates the volume or percentage of ozone present in a unit volume of the gas mixture, expressed as percentages like 2%, 5%, or 12%. In the healthcare industry, the commonly used unit ppm represents the ozone concentration—specifically, 1 part per million (ppm) corresponds to one millionth of the volume occupied by ozone in a cubic meter of the ozone-mixed gas. Ozone concentration is an important indicator for assessing the technological sophistication and performance of ozone generators. Under the same operating conditions, the higher the ozone output concentration, the better the quality of the ozone produced.

　　The custom manufacturer of ozone generators explains the factors that affect ozone concentration.

　　1. Structure and machining accuracy of the ozone generator;

　　2. Cooling method and conditions;

　　3. Drive voltage and drive frequency;

　　4. Dielectric materials;

　　5. Oxygen content of the feed gas and its purification and drying degree. Ozone yield refers to the amount of ozone produced by the ozone generator per unit time. The ozone yield is calculated as the product of the ozone concentration value and the total gas flow rate entering the ozone generator. It is typically expressed in units such as mg/h, g/h, or kg/h. According to the ozone generator standards, the specifications of ozone generators are defined and differentiated based on their ozone yield. Small-scale ozone generators use g/h, while large-scale ozone generators use kg/h to distinguish between different model sizes.

　　 Custom-made ozone generators Manufacturer Shares Classification of Ozone Generators

　　According to the method of ozone generation,

　　Currently, there are three main types of ozone generators.

　　High-voltage discharge, ultraviolet irradiation, electrolysis