Up to 250 TPH
Up to 540°C
Up to 100 kg/cm²(g)
Waste Gas Fired Boilers
Engineered to burn industrial waste gases / tail gases to generate steam for process or power
Submit your enquirySelect an option
TBWES' waste gas fired boilers are designed for efficient energy recovery from process gases in various industries. Typical applications include carbon black plants and ferro alloy plants, where carbon monoxide (CO) gas is utilised for steam generation, and caustic soda plants, which use hydrogen (H₂) gas as a fuel source.
By capturing and utilising waste gases, these systems significantly lower fuel costs, enhance thermal efficiency, and reduce greenhouse gas emissions. Our WHRBs play a vital role in advancing circular economy principles and enabling sustainable industrial operations, turning waste into a valuable energy source.
Technical data
- Product capacity / performance range -
- Capacity: Up to 250 TPH
- Pressure: Up to 100 kg/cm2 (g)
- Temperature: Up to 540°C
- Energy sources - Heat source: Flue gases from industrial furnaces or processes containing recoverable heat
- Compliance or standards followed – ASME / IBR / TRCU / PED
- Flexibility or customisation options –
The product can be customised based on customer needs or scale - Key applications:
- Carbon black plants (CO gas)
- Ferro alloy plants (CO gas)
- Caustic soda plants (H2 gas)
Product features
Natural circulation design
Ensures simple, reliable operation with low maintenance
Fire-tube or water-tube boiler options
Flexible configurations to suit process requirements
Special refractory-lined combustor
Designed for efficient combustion of lean gases
Adequately sized combustor
Provides sufficient residence time for complete gas burning
Membrane wall water-tube construction
Reduces refractory use and enhances radiant heat transfer
Advanced combustion control systems
Ensures safe and efficient burning of lean gases
