Thermal Oxidisers
Thermal oxidation is a well-established method of treatment of contaminated process gases to meet IED (2010/75/EU) emission targets.
ERG offer systems to match project requirements including:
- After Burners / Residence Chambers
- Pyrolysis Chambers T > 650 oC
- Precombustion Chambers T > 850 oC
- Direct fired oxidation up to 100% DRE (destruction removal efficiency) (alternative methods of heat recovery available)
- Recuperative thermal oxidation > 99% DRE and 75% Heat Recovery
- Regenerative thermal oxidation 98% DRE and 95% Heat Recovery
- Cooling systems so that ambient < flue gas T > dew point< 850 oC
- Post combustion NOx abatement systems
ERG Systems Offer The Following Features:
- Solid, Sludge, Liquid (aqueous / organic) and gaseous stream thermal
destruction - Turndown capability up to 5:1 in ratio (out of ratio 10:1)
- Process guarantees to cover TOC, CO, dust, dioxin and NOx emissions
- Burner designs that use the stream as combustion air
- Gas or liquid fuel fired system
- Amine, halogen and sulphurous hydrocarbon destruction
- Integrated systems for flue gas pollutant abatement
ERG designs its thermal oxidation systems for maximum destruction efficiency (DRE) by ensuring:
- Homogeneous and uniform distribution of the stream contaminants in the oxidation chamber
- Oxygen control to achieve 6% excess O2 in the flue gas
- Heat recovery or addition of fuel to raise the stream to 750 – 1100 oC
Compliance with current and global engineering standards:
- EN 746 – 1 Common Safety Requirements for Industrial Thermoprocessing Equipment
- EN 746 – 2 Safety Requirements for Combustion and Fuel Handling Equipment
- EN 298 Automatic Gas Burner Control Systems
- NFPA 82 Incinerators
- NFPA 86 Ovens and Furnaces
Please download the brochure here.
Thermal Oxidisers
Thermal oxidation is a well-established method of treatment of contaminated process gases to meet IED (2010/75/EU) emission targets.
ERG offer systems to match project requirements including:
- After Burners / Residence Chambers
- Pyrolysis Chambers T > 650 oC
- Precombustion Chambers T > 850 oC
- Direct fired oxidation up to 100% DRE (destruction removal efficiency) (alternative methods of heat recovery available)
- Recuperative thermal oxidation > 99% DRE and 75% Heat Recovery
- Regenerative thermal oxidation 98% DRE and 95% Heat Recovery
- Cooling systems so that ambient < flue gas T > dew point< 850 oC
- Post combustion NOx abatement systems
ERG Systems Offer The Following Features:
- Solid, Sludge, Liquid (aqueous / organic) and gaseous stream thermal
destruction - Turndown capability up to 5:1 in ratio (out of ratio 10:1)
- Process guarantees to cover TOC, CO, dust, dioxin and NOx emissions
- Burner designs that use the stream as combustion air
- Gas or liquid fuel fired system
- Amine, halogen and sulphurous hydrocarbon destruction
- Integrated systems for flue gas pollutant abatement
ERG designs its thermal oxidation systems for maximum destruction efficiency (DRE) by ensuring:
- Homogeneous and uniform distribution of the stream contaminants in the oxidation chamber
- Oxygen control to achieve 6% excess O2 in the flue gas
- Heat recovery or addition of fuel to raise the stream to 750 – 1100 oC
Compliance with current and global engineering standards:
- EN 746 – 1 Common Safety Requirements for Industrial Thermoprocessing Equipment
- EN 746 – 2 Safety Requirements for Combustion and Fuel Handling Equipment
- EN 298 Automatic Gas Burner Control Systems
- NFPA 82 Incinerators
- NFPA 86 Ovens and Furnaces
Please download the brochure here.
UK office: +44 1403 290 000 Middle East office: +962 6515 9021 Email: info@ergapc.co.uk
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