Disposal of contaminated industrial exhaust gases
Our high-temperature flares are used for the environmentally sound disposal of contaminated gases and exhaust air.
The origin and formation of these gases can vary widely.
Industrial gas
HTV-Basic
Operating principle
The controlled gas-to-air ratio in the combustion chamber ensures that a temperature of >1,000°C is consistently maintained in the combustion chamber. The flow velocity and the geometry of the combustion chamber ensure a minimum residence time for the gas. In doing so, the oxidisable residual compounds are oxidised in accordance with the requirements of ISO and TA Luft.
Typical applications
- Chemical industry, e.g. ammonia and ethylene gas disposal
- Natural gas production, natural gas transport: leak gas disposal, emergency systems
- Combustion of residual gas volumes during tank farm cleaning
- Disposal of pyrolysis and synthesis gas
- Sewage and biogas
- Landfill gas
HTV-Support
Operating principle
For environmentally sound combustion, low-calorific gases require additional support gas, e.g. natural gas or propane. Here too, the controlled gas-to-air ratio ensures the required combustion temperature of >1,000°C in the combustion chamber. Unlike standard technology, this flare type adds the required amount of support gas to the combustion process as needed.
Typical applications
- Disposal of surplus landfill gas
- Leak gas disposal at compressor stations
- Chemical industry, e.g. ammonia and ethylene gas disposal
- Natural gas production, pipelines: leak gas disposal, emergency systems
- Combustion of residual gas volumes during tank farm cleaning
- Disposal of pyrolysis and synthesis gas
- Landfill, sewage and biogas
- Various exhaust air gases
References
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