Ozone Applications
- AOP
- Agri-Food Processing
- Air Treatment
- Aquaculture
- Beef (Red Meat) Processing with Ozone
- Bottled Water
- Cannabis
- Cooling Tower
- Dairy Farms
- Drinking Water
- E.coli O157:H7 Reduction with Ozone
- Force Main Treatment
- Grain Treatment
- Groundwater Remediation
- Hydroponic Greenhouses
- Laundry
- Listeria Inactivation with Ozone
- Machine Coolant Tanks
- Municipal Water Treatment
- Nanobubbles
- Odor Removal
- Oxidize Tannins from Water with Ozone
- Ozonated Ice & Fish Storage
- Ozonated Olive Oil
- Ozone Regulations in Food Processing
- Ozone Regulations in Organic Food Production
- Ozone in Sanitation
- Ozone in Seafood Processing
- Ozone use for Post-Harvest Processing of Berries
- Pool & Spa
- Resolution Concerning the Use of Ozone in Food Processing
- Surface Sanitation
- Ultra-Pure Water
- Vertical Farming with Ozone
- Waste Water Treatment
- Water Re-use
- Water Treatment
- Well Water Treatment
Ozone Information
- Backflow Prevention
- CT Value
- Electrolytic Ozone Production
- FAQ
- Fundementals of Ozone Solubility
- History of Ozone use
- How Oxygen Concentrators Work
- How to Choose the right Ozone Generator
- How to Correct Flow Reading for Pressure
- How to read a Venturi Injector performance Chart
- Nuts About Nanobubbles
- O3 Feed-Gas
- O3 Units of Measure Defined
- Oxidation
- Oxygen Generator types compared
- Oxygen Safety
- Ozone Conversions
- Ozone Destruct FAQ's
- Ozone Dosage vs Dissolved Ozone
- Ozone Effect on Bacteria
- Ozone Effect on Pathogens
- Ozone Generator Output vs Concentration
- Ozone Generator Performance Chart Defined
- Ozone Generator Performance Terms
- Ozone Half-LIfe
- Ozone Production
- Ozone Reactions
- Ozone Resistant Materials
- Ozone Safety
- Ozone Solubility in water
- Ozone dissolved with Venturi Injector
- Ozone dissolved with bubble diffusers
- Ozone dissolved with static mixer
- Ozone production from Corona Discharge
- Ozone production from UV
- Properties
- Understanding Ozone Generator Performance Charts
- Venturi Injector vs Bubble Diffusers
Test Ozone Generator Performance
Ozone generators are sized based on the amount of ozone they produce. This article intends to help you understand how to test the production of your ozone generator
There are different methods used, and different equipment required for measuring production from each of these styles of ozone generators. Both methods are covered in the linked instructions. Below are some details on each, this should help you understand the right instructions to use for your ozone generator.
1 - Industrial Ozone Generators
Use corona discharge for ozone production. Industrial O3 generators may use oxygen or dry air as a feed gas. These generators will produce higher concentrations of ozone from low flow rates of air or oxygen. A tube style connection that uses either barbed fittings, national pipe thread, or compression style fittings to connect to tubing. High concentrations of ozone in a relatively low, sealed flow-rate are produced.
2 - Commercial Ozone Generators
(Air blower style) create ozone from corona discharge of UV light. Ambient air is blown through the ozone generator producing low concentrations of ozone in high air flow rates. A large flow of air is used through the body of the ozone generator. Typically you will see a grill or grate that a large air-flow is emitting from, this air contains the ozone generated.
Additional information links:
-How corona discharge ozone generator work
-How UV lamp ozone generators work
-Ozone Generator performance defined
-How to read ozone generator performance chart
-Importance of ozone generator performance chart
White paper: Validation of Gas Flow Measurement During Ozone Generator Performance Testing
White Paper: Guideline for Measurement of Ozone Concentration in the Process Gas From an Ozone Generator