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Applied technology

The generator is only the start.

Feed gas preparation, transfer into water, contact time, controls and safety determine how the complete system works.

Industrial ozone generation and control equipment during factory testing
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System architecture

Five stages that must work together.

Feed gas

Equipment is specified for dry air or oxygen, depending on model and application. Gas quality matters to generator performance.

Generation

Output is selected for process demand, concentration and operating configuration.

Transfer

Injection, mixing and contact are matched to hydraulics and treatment objectives.

Control and safety

Instruments, alarms, off-gas destruction and ventilation are integrated as needed.

Next step

Let’s discuss your process.

Tell us what needs treatment and share the flow rate, available analyses or operating conditions.

Technical resources

Answers before you buy.

How to specify an ozone system.

An equipment list is not yet a specification. The project starts with the result that must be measured.

Read guide

Dry air or oxygen: choosing the right feed gas.

Feed gas quality affects output, reliability and maintenance. The choice depends on model and application.

Read guide

Why pilot wastewater before investing.

Flow rate alone cannot reliably predict ozone demand. Testing the actual water allows a response to be measured.

Read guide

Venturi, mixing and contact: one connected chain.

Injecting ozone does not complete treatment. Transfer and reaction time also need to be designed.

Read guide

Safety starts in system design.

Ozone is useful inside the process and can be hazardous when it escapes into occupied air. Safety belongs in the design from the start.

Read guide