5KG/h Ozone Generator
Ozone polymer oxidation is a low-temperature oxidation technology that injects oxygen/ozone mixed gas into the regenerator flue to oxidize NOX into high-valent and water-soluble NO2 and N2O5, which are then washed through the desulfurization tower and mixed with alkali solution The reaction produces nitrate, or reacts with water to reduce nitrogen. Ozone low-temperature denitrification is a fast and highly automated denitrification process. It is currently widely used in air pollution control fields such as non-ferrous metals, heating, steel, and industrial kilns.
In today's era of accelerated urbanization, ensuring the safety of drinking water for urban residents has become a vital task. With the increase of industrialization and population density, the risk of water pollution has also increased, and traditional water treatment technology has been unable to meet the growing demand for water quality safety. Therefore, efficient and environmentally friendly water treatment technology has emerged. Among them, ozone generators play an increasingly important role in urban drinking water treatment with their strong oxidation ability and wide applicability. This article will introduce in detail a 5KG/h ozone generator suitable for urban drinking water treatment, and explore its working principle, advantages, applications and future development trends.
1. Overview of ozone generators
Ozone (O3) is an allotrope of oxygen with extremely strong oxidizing and bactericidal abilities. It is one of the strongest oxidants in nature. Ozone generators are devices that convert oxygen (O2) in the air into ozone (O3) through methods such as corona discharge, ultraviolet irradiation or electrolysis. 5KG/h ozone generator refers to equipment that can produce 5 kilograms of ozone per hour. Equipment of this size is usually used in medium to large water treatment systems, such as urban water plants, swimming pools, water parks, etc., and is particularly suitable for drinking water treatment fields with extremely high water quality requirements.
2. Working principle
The working principle of 5KG/h ozone generator is mainly based on high-voltage corona discharge technology. When oxygen-containing gas (usually dry air or pure oxygen) passes through the high-voltage electric field inside the generator, the gas molecules are ionized and decomposed into free electrons and positive and negative ions. These high-energy electrons collide with oxygen molecules, causing the oxygen molecules to decompose into two oxygen atoms, which then combine with another oxygen molecule to form ozone molecules. The entire process requires precise control of parameters such as electric field strength, gas flow and temperature to ensure efficient and stable production of ozone.
3. Technical advantages and applications
1. Efficient sterilization and disinfection: Ozone can quickly destroy the cell structure of microorganisms such as bacteria, viruses, and fungi, achieve the effect of rapid sterilization and disinfection, and will not produce harmful residues, which is very suitable for drinking water treatment.
2. Improve water quality: Ozone can not only remove odor, color and organic matter in water, but also effectively decompose difficult-to-degrade organic pollutants such as pesticide residues and chlorinated hydrocarbons, improving the taste and transparency of water.
3. Reduce the use of chemical agents: Compared with traditional chlorination disinfection, ozone disinfection can reduce the use of chemical agents, reduce treatment costs, and avoid the generation of chlorine byproducts (such as chloroform), which is more environmentally friendly and safe.
4. Strong adaptability: The ozone generator can adjust the ozone output according to actual needs, and is suitable for water treatment systems of different scales and treatment volumes, with high flexibility.
IV. Practical application cases
5KG/h ozone generators have been widely used in many urban water treatment plants at home and abroad. For example, a large urban water plant adopts ozone-bioactivated carbon deep treatment process to remove organic matter and microorganisms in water through the strong oxidation of ozone, and then combines the adsorption capacity of bioactivated carbon to further purify the water quality, so that the water leaving the factory meets the national drinking water hygiene standards, or even exceeds the standards, ensuring the drinking water safety of citizens.
5. Future Development Trends
With the advancement of science and technology and the enhancement of environmental awareness, the application of ozone generators in urban drinking water treatment will be more extensive. In the future, ozone generation technology will develop in the direction of more efficient, energy-saving and intelligent. For example, developing new electrode materials to improve the efficiency of ozone generation, using Internet of Things technology to achieve remote monitoring and automatic adjustment, and exploring the combined application of ozone and other water treatment technologies, such as ozone-ultraviolet rays, ozone-membrane filtration, etc., to further improve the water quality treatment effect.
In short, as an important equipment for urban drinking water treatment, the 5KG/h ozone generator provides strong support for solving the problem of urban drinking water safety with its high efficiency, environmental protection and safety. With the continuous advancement of technology and the expansion of application fields, ozone generators will play a more important role in ensuring the health of human drinking water.
