All Ozone Generators Professional Ozone Generators Ozone Water Injection Systems Electrolytic Ozone Generators Industrial Ozone Generators Commercial Ozone Generators Ozone System Equipment

All Applications Water Treatment Bottled Water & Beverage Wastewater Treatment Agriculture Aquaculture Colour & COD Reduction Cooling Towers Swimming Pools Food Safety Fresh Produce Hygiene Polytunnel Mould Control Cold Room Solutions Ethylene & Pathogen Control Process Water Hygiene Meat, Poultry & Seafood Air & Emissions Control Industrial Odour Control Flue Gas, NOx & VOC Control Need guidance? Ozone Suitability Check Ozone Calculators

Case Studies Blog Ozone Library Technical Glossary Ozone Calculators Ozone Suitability Check

OZCON / TECHNICAL RESOURCES

Ozone Engineering Library

Practical technical guidance for evaluating, specifying and operating industrial ozone systems. From ozone chemistry and generator sizing to injection, contact time, measurement and safety.

Water treatmentSystem designMeasurementSafety

From requirement to specification

01

Define the treatment objectiveWater chemistry · flow · treatment duty

02

Establish the ozone requirementDemand · dose · generator capacity

03

Design the process interfaceGas supply · transfer · contact time

04

Control and verify performanceMeasurement · off-gas · interlocks

Start with the process, not just the ozone generator specification.

START HERE

Essential engineering guides

Six useful starting points for the technical questions that come up when planning an ozone application.

01 / CORE READING

Generator basics

How Ozone Generators Work

Learn how ozone is produced from oxygen and why generator type, feed gas and concentration matter.

How to Size an Ozone Generator

Understand why ozone output, transfer efficiency, flow rate and contact time all affect sizing.

Ozone Feed Gas Options

Compare dry air, oxygen concentrators, PSA oxygen and other feed gas options for ozone systems.

Dissolved Ozone vs ORP

See when dissolved ozone measurement is more useful than ORP for monitoring water treatment performance.

Ozone Safety

Review the role of monitoring, ventilation, destruct units, interlocks and safe system operation.

Off-gas control

Ozone Destruct Units

Understand how residual ozone gas is converted back to oxygen before safe discharge.

PUT THE GUIDANCE TO WORK

Calculations & decision tools

Useful starting points for preliminary evaluation. Final system sizing needs process-specific data and engineering review.

02 / PRACTICAL TOOLS

Technical calculations

Ozone calculators & conversions

Work through output, concentration, water treatment sizing, CT, ozone decay and indicative operating cost calculations.

Open calculations

Application evaluation

Is ozone suitable for your water?

Explore key water-treatment suitability questions before moving towards equipment selection or a pilot trial.

Explore suitability check

ENGINEERING REFERENCE

Explore the technical library

Browse the existing articles by subject, or search below to find a specific design, chemistry, measurement or safety topic.

03 / REFERENCE TOPICS

01

Fundamentals

Core background on what ozone is, how it is generated, and the main properties that define its use.

02

Chemistry & Behaviour

Reaction pathways, pathogen effects, decomposition behaviour and other core reference topics.

03

Design, Dose & Performance

Practical design topics such as CT, feed gas, calculations, transfer conditions and the factors that affect system performance.

04

Safety & Compatibility

Exposure guidance, compatible materials, ozone destruct units and supporting safety references for practical system design.

FROM KNOWLEDGE TO APPLICATION

Ready to look at a real system?

Connect the engineering background to ozone generators, injection systems and industrial applications. Equipment selection should reflect the actual treatment objective and site conditions.

Ozone Generators Industrial Ozone Generators Ozone Water Treatment Systems Ozone Applications