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Key Points of Selection test
  1. Determine Application Requirements
    • Usage. Clearly define whether the ozone generator will be used for space disinfection, water treatment disinfection and purification, or pipeline ventilation.
    • Required ozone quantity. Determine the required ozone production based on the treatment area (volume) and expected ozone concentration.
    • Air cooling. It uses ambient air to cool the electrodes and reaction chamber through fans or natural convection, and is especially suitable for small to medium-scale applications
    • Water cooling. It utilizes a water circulation system to cool the heat generated during the ozone generation process, and is typically used for large-scale or industrial applications
    • Dual cooling with air and water: It includes an external water cooling circulation system and built-in fans. Under normal operating conditions, the air cooling system provides primary cooling, while the water cooling system starts when needed to provide additional cooling capacity.Cooling Method
  2. Gas Feeding
    • Air feeding. Using air as a raw material to generate ozone, air-sourced ozone generators have the advantages of easy access to raw materials and low cost, and can be used for air purification, food disinfection, water treatment, etc.
    • Oxygen feeding. Using pure oxygen as a raw material to generate ozone, oxygen-sourced ozone generators can produce higher concentrations and purer ozone widely used in places requiring efficient disinfection and oxidation treatment, such as drinking water treatment, wastewater treatment, chemical processes, and medical disinfection
  3. System Configuration
    • Standalone or modular System. Standalone is suitable for small or independent applications, while modular systems are suitable for large-scale applications or those requiring flexible expansion
  4. Gas-Liquid Mixing Accessories Selection
    • PVDF ozone venturi injector. High-speed jet of water sucks in ozone and refines ozone bubbles, achieving thorough mixing of ozone and water. It is typically used in small to medium-sized ozone generators
    • Titanium alloy aerator disc. Evenly disperses ozone gas into the water through holes, thereby achieving ozone dissolution. It is commonly used in high concentration ozone generators.
    • Gas-liquid mixing pump. It utilizes fluid dynamics to quickly disperse the ozone into liquid, and is suitable for large ozone generators for handling large amounts of water.

We have summarized a comparison of commonly used ozone generators in terms of ozone output, applications, cooling methods, and gas sources for your reference, so that you can choose the right ozone generator quickly.

Table 1: Comparison of Different Types of Ozone Generators
Use Type Ozone Output Application Cooling Method Gas Feeding
Space Disinfection Portable ozone generator 3 G – 5 G Used for home air disinfection, car air disinfection, etc. Air cooling Air source
Portable ceramic plate ozone generator 5 G – 10 G Used for home air disinfection, factory workshop disinfection, hospital ward disinfection, etc. Air cooling Air source
Vertical ozone generator 3 G – 5 G Used for factory workshop disinfection, sterile room disinfection, surface sterilization of aquatic products, etc. Air cooling Air source
Wall-mounted ozone generator 3 G – 10 G Used for workshop disinfection, entertainment places space disinfection, and food surface sterilization, etc. Air cooling Air source
For water treatment High concentration ozone water machine (including mixing pump) 10 G – 30 G Used for drinking water, bottled water, industrial wastewater treatment, and swimming pool circulating water treatment, etc. Air cooling + Water cooling Oxygen source
High concentration ozone water system (mixing tank) 10 G – 30 G Used for cleaning various farms, eliminating odors in space, reducing bacterial growth, and providing environmental hygiene for various farms Air cooling + Water cooling Oxygen source
Dual-purpose for space and water treatment Air source manual ozone generator 10 G – 200 G Multi-purpose for space disinfection and drinking water purification Air cooling + Water cooling Air source (can be connected to oxygen source)
Portable intelligent control ozone generator 10 G Used for space disinfection, drinking water sterilization, item sterilization and other multifunctional purposes Air-cooled Air source (can be connected to oxygen source)
Oxygen source ozone generator 10 G – 200 G Used for space disinfection, drinking water sterilization, item sterilization and others Air-cooled + water-cooled Oxygen source
Oxygen source – split type ozone generator 200 G – 1000 G Used for large area space disinfection, water treatment disinfection, decolorization and bleaching, etc. Air-cooled + water-cooled Oxygen source
For pipeline ventilation Ozone generator for pipeline ventilation 20 G – 60 G Used for pipeline system ventilation and deodorization Air-cooled Air source

By comprehensively considering the above factors, you can select the most suitable ozone generator for your specific application needs. During the selection process, if there are any uncertainties, please feel free to contact us, and we will do our best to assist you to ensure the accuracy of selection and the long-term effectiveness of the equipment.