Ozone sterilizer
Product Value
01
Ultimate sterilization and disinfection, meeting standards for sterile water used in beverages
02
Degrades organic matter and removes residual off-colors and odors
03
Inhibits biofilm regrowth and prevents secondary contamination within piping systems
04
Self-degrading with no residues, ensuring food-grade water safety
05
Suitable for preserving finished water, extending beverage shelf life
Applicability boundaries
Suitable for
Terminal sterilization for RO purified water, bacteriostatic circulation for purified water tanks, water for beverage blending/bottle washing/aseptic rinsing, and terminal treatment of food-grade purified water.
Working Principle
It adopts the principle of high-voltage corona discharge oxygen production to produce ozone, using clean dry air/pure oxygen as the gas source, and generates high-concentration ozone gas through high-voltage discharge ionization; ozone is fully dissolved into pure water through the gas-water mixing device, and uses strong oxidation to destroy microbial cell walls and nucleic acid structures to achieve complete sterilization and oxidative degradation of impurities; excess ozone quickly self-decomposes into oxygen to complete sterile water purification treatment.
Core components
Ozone generation tube
Core medium for oxygen generation and sterilization; produces ozone via high-voltage ionization.
Oxygen generator/drying & filtration unit
Supplies dry, clean gas to ensure stable ozone concentration.
Gas-water mixer/injector
Achieves efficient blending of ozone with purified water.
Optional
01
Fully automatic variable-frequency dosing with adaptive ozone concentration adjustment
02
Online ozone concentration monitoring with alarms for exceeding limits
03
High-concentration pure oxygen model; suitable for high-hygiene production lines
Changeover/Cleaning/Maintenance
Daily Inspections
Ensure equipment operates without abnormal noise or air leaks; verify uniform air-water mixing; confirm the absence of residual ozone odor in the workshop and that concentration levels remain stable and compliant.
Model Upgrade
Upgrade to high-capacity ozone units to increase production output; for production lines with strict sterility requirements, upgrade to models featuring online concentration monitoring and variable-frequency automatic dosing.
Consumable Replacement
Replace desiccant filter cartridges every 6–12 months; replace ozone generation tubes every 2–3 years.
How should I choose between ozone and UV sterilization?
UV is suitable for routine, cost-effective, continuous bacterial inhibition and circulation; ozone is used for terminal deep sterilization and total system disinfection. A combination of both UV and ozone is recommended for aseptic production lines.
Will ozone leave residues that affect the taste of the beverage?
Under normal operating conditions, ozone rapidly reverts to oxygen, leaving no residue; however, excessive dosing can produce a slight oxidized taste, so the dosage concentration must be precisely calibrated based on water output.
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