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Ozone Generator Manufacturer: What are the precautions and features of using an ozone generator?

2022-09-06

Ozone Generator Manufacturer: What are the precautions and features of using an ozone generator?

　　 Ozone generator manufacturer Ozone is characterized by its strong oxidizing power, enabling it to oxidize a wide variety of compounds. Consequently, ozone oxidation technology is widely used in water treatment. In daily life, ozone generators are increasingly common. So, what are the developments and key features of ozone generator technology? Let’s find out together below!

　　I. Characteristics of Ozone Generator Technology

　　1. The ozone reaction is complete and rapid, enabling a reduction in the volume of the structure.

　　2. The remaining ozone quickly converts into oxygen, which enhances its solubility in water. This process is highly efficient, produces no sludge, and does not cause secondary pollution.

　　3. While enhancing purification efficiency, sterilization, and disinfection, it can also remove and eliminate.

　　4. The preparation of oxygen and air does not require storage or transportation. Ozone generation equipment for ozone production occupies a small footprint and is simple to operate and manage. It is particularly well-suited for improving the water quality and quantity of dry, native aquatic plants.

　　II. Ozone Combination Technology

　　 The ozone generator manufacturer stated. There are many different combinations of ozone treatment methods, which can generally be categorized as follows: ozone-ultrasound method, ozone-activated sludge method, ozone-membrane treatment method, ozone-concrete method, and ozone-biological activated carbon adsorption method. Each of these methods has its own advantages and disadvantages when applied to different types of wastewater. Therefore, depending on the ease with which toxic substances in the wastewater can be degraded, different treatment processes can be selected to achieve better results. Below, we will briefly introduce the ozone-ultrasound method and the ozone-biological activated carbon adsorption method.

　　3. What is the ozone/ultrasound method?

　　 The ozone generator manufacturer stated. Ultrasound can effectively degrade refractory organic pollutants in wastewater. Combining ultrasound with ozone can enhance the efficiency of organic pollutant degradation and reduce operational costs. In 1976, DAHI discovered that ultrasound could intensify ozone-based wastewater treatment. He used 20 kHz ultrasound to boost oxidation at the effluent outlet of a treatment plant and found that this technology could reduce the amount of ozone required by 50%.

　　4. What are the accessories for the ozone/biological activated carbon unit?

　　1. The ozone-biological activated carbon (O3-BAC) process is a technology that combines ozone chemical oxidation with physical and chemical adsorption by activated carbon and biological oxidation degradation. This process features low treatment costs, high efficiency in removing organic pollutants, and stable performance.

　　2. The ozone generator manufacturer stated. After ozone oxidation, the raw water can break down large-molecule organic compounds into smaller ones, enhancing their biochemical treatability and providing sufficient oxygen, which makes these organic compounds easier to be adsorbed by activated carbon. Meanwhile, thanks to the abundant oxygen supply, QI microorganisms proliferate and form a biofilm on the surface of the activated carbon, where they degrade the smaller organic molecules. As a result, the carbon bed is simultaneously degraded by microorganisms, significantly extending the service life and efficiency of the activated carbon.

　　V. Precautions for Using Ozone Generators

　　1. When using, pay special attention to nearby sources of ignition to prevent oxygen from exploding.

　　2. The ozone generator’s ozone discharge and discharge pipe should be replaced annually.

　　3. The desiccant in the ozone drying system must be replaced every six months.

　　4. Place the ozone generator in a well-ventilated area. Once the surrounding environment becomes humid, electrical leakage may occur, and the machine will fail to operate properly.

　　5. If cooling water enters the ozone generator, immediately shut it down, remove all discharge systems, and replace the discharge tube and desiccant.

　　6. The ozone generator must not be inverted during transportation. Before operation, it is essential to check that all instruments are in good condition.

　　VI. Daily Maintenance of Ozone Generators

　　1. The ozone generator manufacturer stated. The ozone generator should always be placed in a clean, well-ventilated environment with a reliable enclosure. Ambient temperature: 4–35°C; relative humidity: 50%–85% (in non-condensing conditions).

　　2. The maintenance and servicing of the ozone generator must be carried out in a de-energized and depressurized state.

　　3. Check whether the electrical components are damp and whether the insulation is in good condition (especially the high-voltage section), and whether the grounding is reliable.

　　4. If the ozone generator is found to be malfunctioning or there is any suspicion of moisture damage, the machine should undergo an insulation test and appropriate drying measures should be taken. The power button must not be activated if the insulation is found to be inadequate.

　　5. Check that the vents are unobstructed and free of any coverings. Do not block or cover ventilation equipment.

　　6. Once an ozone generator is used continuously, it typically needs to be maintained for more than 4 hours each time.

　　7. After using the ozone generator for a period of time, you should open the lid and carefully remove the dust with alcohol.

　　8. For long-term shutdown, please disconnect the power supply.

　　9. Use with caution in flammable and explosive environments.


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