Media handled Gases
Type Thermal oxidisers
 
 

Process Combustions direct-fired thermal oxidisers provide extremely high destruction efficiency of high-concentration waste gas and waste liquid streams.

The waste streams, in some cases can be injected through the burner system and be used as a fuel. Additional energy saving equipment, such as waste heat boilers or secondary heat recovery systems, can be added to recover heat back to the process.

Advantages
• Can handle high-concentration waste gas and liquid streams.
• Extremely high destruction efficiencies can be achieved.
• Can react quickly to high-peak concentrations.
• Can be used to provide constant heat recovery back to the process.

Direct-fired thermal oxidisers are most effective when there is a high calorific value waste gas or liquid stream that needs to be treated. Process Combustion can design and build these units to meet the most stringent requirements of the Solvent Emissions Directive (SED) and the Waste Incineration Directive (WID).

Systems are purpose-designed for each project, ensuring every requirement is met. Residence time and operating temperatures are selected to give the optimum destruction efficiency.


Process Combustions direct-fired thermal oxidisers provide extremely high destruction efficiency of high-concentration waste gas and waste liquid streams.

The waste streams, in some cases can be injected through the burner system and be used as a fuel. Additional energy saving equipment, such as waste heat boilers or secondary heat recovery systems, can be added to recover heat back to the process.

Advantages
• Can handle high-concentration waste gas and liquid streams.
• Extremely high destruction efficiencies can be achieved.
• Can react quickly to high-peak concentrations.
• Can be used to provide constant heat recovery back to the process.

Direct-fired thermal oxidisers are most effective when there is a high calorific value waste gas or liquid stream that needs to be treated. Process Combustion can design and build these units to meet the most stringent requirements of the Solvent Emissions Directive (SED) and the Waste Incineration Directive (WID).

Systems are purpose-designed for each project, ensuring every requirement is met. Residence time and operating temperatures are selected to give the optimum destruction efficiency.


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