Up to 300 TPH
Heat Recovery WTE Boilers

Heat Recovery Boilers Downstream of Waste Gasifiers / Rotary Kilns / Stokers

Maximise energy recovery by capturing waste heat from gasifiers, kilns and stokers for sustainable power

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TBWES Heat Recovery Boilers convert waste process heat from gasifiers, rotary kilns, and stoker systems.

The boilers efficiently capture all types of corrosive and dust-laden flue gases coming from municipal solid waste or refuse derived fuel or non-recyclable solid waste incineration in the gasifiers, rotary kilns, and stoker systems. This process converts otherwise wasted heat into usable steam or electricity, significantly boosting overall plant energy efficiency. Our boilers reduce operational costs and enable sustainable energy recovery for integrated waste-to-energy plants and process industries with high thermal loads.

Technical data

  • Product capacity / performance range

    • Capacity range: Up to 300 TPH

    • Pressure: 15 to 70 kg/cm²(g)

    • Temperature: Up to 480°C

  • Compliance or standards followed – ASME, IBR, EN (CE) – PED, EN (UKCA) PESR

  • Design – 

    • Multi-pass heat recovery boiler downstream of kilns, gasifiers or stokers with once-through or multi-pass designs

    • Interface engineering between stokers/gasifiers/kilns and waste heat boilers

    • Interface engineering for vertical and horizontal boiler arrangements

  • Flexibility or customisation options –
    The product can be customised based on customer needs or scale

  • Other technical information 
    Specially designed combustion & feeding system to accommodate a wide range of net calorific values

B&W
Manufactured as per the technology developed by Thermax

Product features

Modularised design for minimal on-site setup
Enables fast installation with minimal on-site assembly, reducing erection time and project complexity
Optimised for high-temperature, fouling environments
Designed for high-temperature, particulate-laden exhaust, they feature specialised materials, optimised heat transfer surfaces, and effective fouling resistance
Significant lifecycle cost reductions
Minimises long-term operational expenses throughout the plant's lifespan by converting waste heat from industrial processes into usable energy
Intelligent combustion control
Automated and digitally enabled control logic precisely manages combustion of multiple waste types
Up to 81% on NCV Up to 480 °C 15 to 70 kg/cm²(g)