1KG/h Ozone Generator For Water Treatment
Highly efficient and energy-saving, ozone utilization rate is as high as 95%
The application of IGBT inverter medium-frequency high-voltage power supply can effectively improve ozone generation efficiency, achieve high efficiency and energy saving, and ensure continuous and stable operation.
The power supply part adopts a modular design, and the equipment discharge unit has high efficiency and easy maintenance.
The ozone system uses water cooling technology to maintain efficient and stable ozone production.
The discharge tube adopts advanced high borosilicate tube discharge technology.
In today's society, with the acceleration of industrialization and the increasing pollution of water resources, it is particularly important to find efficient and environmentally friendly water treatment technologies. Ozone (O3), as a strong oxidant, is widely used in the field of water treatment due to its excellent ability to disinfect, decolorize, deodorize and improve water quality. This article will introduce in detail an ozone generator with a production capacity of 1KG/h (that is, 1 kilogram of ozone per hour), its application in water treatment, working principle, advantages and maintenance precautions, aiming to provide a comprehensive reference guide for professionals and enthusiasts in related fields.
1. Overview of Ozone Generator
The 1KG/h ozone generator is an efficient water treatment equipment that converts oxygen (O2) in the air into ozone (O3) by electrolysis or ultraviolet rays. Due to its unique structure, the ozone molecule contains three oxygen atoms, is extremely unstable, and is easily decomposed into two oxygen atoms (that is, returning to the oxygen state), while releasing a large amount of energy, which is enough to destroy bacteria, viruses, organic matter and some inorganic pollutants in the water, thereby achieving the purpose of purifying water quality.
2. Working Principle
This 1KG/h ozone generator mainly uses the corona discharge method (also known as the high-voltage discharge method) to generate ozone. Its working principle is as follows:
1. Air or pure oxygen is used as the raw gas and enters the ozone generator through the air inlet.
2. Inside the generator, the raw gas is fed into a high-voltage, low-current electric field, which consists of one or more pairs of electrodes with tiny air gaps between them.
3. When the gas passes through these gaps, it is ionized and decomposed into oxygen atoms by the high voltage, and then some of the oxygen atoms combine with the undecomposed oxygen molecules to form ozone molecules.
4. The ozone gas then passes through the cooling system to reduce the temperature, increase the ozone concentration, and is transported to the water treatment system through the outlet pipe.
3. Application in water treatment
1KG/h ozone generator has a wide range of applications in the field of water treatment, including but not limited to:
1. Drinking water treatment: Through ozone disinfection, bacteria, viruses and parasites in water can be effectively killed, improving the safety of drinking water.
2. Swimming pool water treatment: Ozone can effectively remove algae, organic matter and odor in pool water, reduce the use of chemical disinfectants, and improve water quality.
3. Industrial wastewater treatment: For industrial wastewater containing difficult-to-degrade organic matter and high chromaticity, ozone can be used as an advanced oxidation process to improve wastewater treatment efficiency.
4. Agricultural irrigation water purification: Ozone can destroy pathogens in water, prevent pests and diseases brought by irrigation water, and ensure the healthy growth of crops.
4. Advantages analysis
1. Efficient sterilization and disinfection: The strong oxidizing property of ozone enables it to quickly and thoroughly kill microorganisms in water, including drug-resistant bacteria.
2. No secondary pollution: After ozone decomposes in water, it only produces oxygen, does not leave any harmful substances, and is environmentally friendly.
3. Improve water quality: In addition to disinfection, ozone can also remove color, odor, organic matter, etc. in water, improving the overall quality of water.
4. Low operating cost: Compared with traditional chemical disinfectants, the electricity and oxygen costs consumed by ozone generators during operation are relatively low.
V. Maintenance and precautions
To ensure the long-term stable operation of the 1KG/h ozone generator, the following maintenance and precautions are essential:
1. Regularly check the electrodes and insulating parts to ensure that there is no dust accumulation, no corrosion, and maintain good electrical performance.
2. Clean the air inlet and filter to prevent impurities from clogging and affecting the efficiency of ozone generation.
3. Monitor the ozone concentration and adjust the working parameters of the generator according to actual needs to avoid excessive or insufficient treatment.
4. Pay attention to safety protection. Wear appropriate protective equipment during operation to avoid direct contact with ozone gas.
5. Regularly shut down for cleaning to remove internal accumulated residues and extend the service life of the equipment.
In short, the 1KG/h ozone generator plays an irreplaceable role in the field of water treatment with its high efficiency and environmental protection. Through reasonable selection, scientific use and careful maintenance, this equipment will contribute to ensuring water quality safety and promoting the sustainable use of water resources.
