Industrial Ozone Applications

Air & Emissions Control

Ozone-based oxidation solutions for selected industrial odour, VOC and flue gas applications. We assess the gas stream, contaminants, airflow, reaction conditions, safety requirements and downstream treatment before defining the most appropriate ozone treatment approach.

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Industrial air emissions and VOC treatment

Ozone oxidation for industrial gas treatment Application-led design for odour, VOC and selected flue gas treatment duties.

Applications

Where ozone can be applied

Gas-phase ozone treatment is highly application dependent. The treatment route should be based on the contaminants present, required oxidation, gas conditions and what happens to the treated stream afterwards.

Industrial Odour

Industrial Odour Control

Ozone can be used as an oxidation stage for selected odorous compounds in process air and industrial exhaust streams. System design considers contaminant chemistry, airflow, concentration, contact conditions and safe ozone management.

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Flue gas NOx and VOC oxidation using ozone

NOx / VOC

Flue Gas, NOx & VOC Control

Ozone can be used as a controlled oxidation stage in selected flue gas and VOC treatment processes, including applications where oxidation is followed by downstream scrubbing, absorption or other capture stages.

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Application engineering

The ozone generator is only one part of the process

Effective gas-phase oxidation depends on how ozone is generated, introduced, mixed and allowed to react with the target compounds. The downstream treatment route and residual ozone management are equally important.

What we need to assess an application

Gas or exhaust flow rate
Target contaminants
Inlet concentrations
Temperature and humidity
Existing treatment equipment
Available reaction or contact space
Required outlet or emission limits
Downstream scrubbing or capture stages

System approach

Designed around the complete oxidation process

Ozcon approaches industrial air and emissions projects as process applications rather than simply selecting an ozone generator from a catalogue.

Ozone Generation

Generator capacity, ozone concentration and feed-gas requirements are selected from the calculated oxidation duty and operating conditions rather than nominal airflow alone.

Injection, Mixing & Reaction

Ozone must be distributed effectively into the gas stream with sufficient mixing and reaction time. Poor distribution can reduce performance regardless of generator capacity.

Monitoring & Safety

Residual ozone, ambient ozone, interlocks and downstream treatment are considered as part of the overall process so that ozone is used in a controlled and practical way.

Not every gas stream is suitable for ozone treatment

Ozone chemistry varies significantly between contaminants. Potential reaction products, required ozone dose, contact conditions and downstream treatment should therefore be reviewed before a system is specified. For this reason, Ozcon assesses each industrial emissions application individually.

Have an industrial odour or emissions problem?

Send us the available gas flow, contaminant information, concentrations and details of the existing process. We can review whether ozone is technically suitable and what information is needed to develop the treatment concept.

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Useful information to send

Gas or exhaust flow rate
Contaminants and concentrations
Temperature and humidity
Current treatment process
Required discharge or emission target
Photos, drawings or process information