Ozone Generator

Ozone generator product 01
Ozone generator product 02
Ozone generator product 03
Ozone generator product 04
Ozone generator product 05
Ozone generator product 01
Ozone generator product 02
Ozone generator product 03
Ozone generator product 04
Ozone generator product 05

Ozone generators are designed for laboratory and research in water, medical, chemical and industrial research and wastewater treatment facilities. It can be used in chemical research for ozonolysis, where ozone oxidizes olefins to form alcohols. In wastewater treatment, ozone is a powerful oxidizer that reduces the chemical oxygen demand (COD) and biochemical oxygen demand (BOD) of organic material.

The unit is housed in a rugged stainless steel cabinet and all components in contact with oxygen and ozone are made of stainless steel, glass or PTFE tubing.

The industrial ozone generator system uses a water-cooled corona discharge (CD) tube to generate ozone from various pressurized sources such as compressed air, bottled oxygen or oxygen generators. The result is a high ozone concentration with low energy requirements.

What is ozone?

Ozone (O3) is a molecule made up of three oxygen atoms. Two oxygen atoms form the basic oxygen molecule – the oxygen that living things breathe. The third oxygen atom can be separated from the ozone molecule and reattached to molecules of other substances, thus changing their chemical composition. Ozone is an unstable chemical that is highly reactive with other gases in the air. Ground-level ozone is unhealthy and is a component of smog. Ozone found high in the atmosphere, called stratospheric ozone, protects us by protecting us from harmful ultraviolet (UV) rays.

Industrial ozone generator water treatment systems

KUOSI ozone generator system includes compressor,air tank,air dryer,air cooler oxygen generator,ozone generator,cooling water system, venturi-injection system(including booster pump). The system is built according to customer requirements and a standard system is shown in the following diagram.

  • Industrial ozone generator system structure diagram
  • Schematic diagram of oxygen generating unit structure

Features

  • The use of imported high-efficiency anti-quartz medium, 316L stainless steel inner pole, long service life, high efficiency and energy saving, the same power consumption, high ozone output.
  • Digital module power supply, large load, stable voltage output, to ensure the efficient and stable operation of equipment;
  • Built-in air source processing system, filtering, compression, drying, to ensure that the air into the discharge chamber dry clean, improve discharge efficiency, prolong the service life of equipment;
  • Microcomputer time control, users can according to the actual use of their own design equipment running stop time, can set up a maximum of 16 groups of different switching program;
  • High-power fan cooling, cooling effect is good, users do not need to install their own cooling water trouble, easy to operate and use;
  • The shell is made of stainless steel, beautiful and generous, corrosion resistant.

Applications

Air purify

  • Food processing plant
  • Cosmetic plant
  • Refrigerator
  • File room
  • Pharmaceutical factory
  • Poultry
  • Schools
  • Hotel
  • Hospitals
  • Restaurants

Water treatment

  • Mineral water
  • Bottled water
  • Pure water
  • Swimming pool
  • Aquaculture
  • Farm feeding water
  • Beverage plant
  • Industrial wastewater
  • Cooling tower system

Customer site cases

  • Ozone generator field case diagram 06
  • Ozone generator field case diagram 05
  • Ozone generator field case diagram 04
  • Ozone generator field case diagram 03
  • Ozone generator field case diagram 02
  • Ozone generator field case diagram 01

FAQ

Ozone generator is a process of converting oxygen into ozone by using the principle of high voltage discharge. That is, the high voltage alternating current is added to the high voltage electrode which is separated by an insulator and has a certain gap, so that the dry purified air or oxygen can pass through. When the high voltage alternating current reaches 10-15K, blue wave photoelectric is generated, and the free high-energy ions in the corona dissociate the 02 molecule and polymerize into 03 molecule by collision. Can also be obtained by electrolytic water method, ozone instability makes it difficult to achieve bottled storage, generally can only use ozone generator on-site production, with production with use. The classification of ozone generator is divided into three main types according to the way ozone is produced: high voltage discharge type, ultraviolet irradiation type, electrolytic type.

Generally, it is safe. As long as you pay attention to the following points, it is safe to take protective measures.

  1. Ozone generator installation personnel must accept technical training to switch on the power supply.
  2. When using ozone generator for sterilization, it is strictly prohibited for staff to work and work in the environment with high ozone concentration.
  3. The ozone generator in the equipment maintenance and maintenance process cut off the power supply, in the ozone emission state, can well ensure the safety of personnel maintenance.
  4. When the ozone generator is abnormal, please cut off the power supply very quickly or inform the experts for maintenance.
  5. Ozone generator has qualified grounding wire, safe and reliable grounding, it is strictly prohibited to install in the dangerous area easy to leak or explosion danger.
  6. Ozone generator should understand the process of the use of ozone generator, and skilled operation of the disinfection equipment.
  7. When ozone leakage occurs in the ozone generator, the ozone generator should be shut down in the first time, and the ventilation equipment should be opened for ventilation treatment, and the ozone generator should be withdrawn from the use space very quickly, until the safe range.

Generally not, although ozone has a strong oxidation effect, but most of the time the concentration of ozone release is within the prescribed range. If the concentration is too high, it may have some weak effects on electronic devices.

Take ozone disinfection as an example, the time of each disinfection 0.5-1 hours can be sterilized 2-3 times a week. It is generally recommended to kill bacteria once a day. Ozone concentration of 30mg/L. 1 hour later can disappear.

For humans, long-term inhalation will produce certain irritation to the respiratory mucosa. Some people may have headaches, but it will not cause death. However, serious inhalation may cause the shedding of the respiratory mucosa, so special attention must be paid in this respect.

Generally speaking, household ozone generator disinfection time to maintain 25-40 minutes is good. The time is too short for the ozone molecules to volatilize completely, which can not achieve the purpose of disinfection. If the time is more than an hour, it is easy to have ozone residue, need to open the window ventilation for two hours for molecular divergence.

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