Up to 200 TPH
WHRB in Coke Oven/ Coke Dry Quenching Plant

WHRB in Coke Oven/ Coke Dry Quenching Plant

WHRB recovers heat from hot coke oven gases, improving energy efficiency and steam generation

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TBWES offers waste heat recovery boilers for non-recovery coke oven plant and recovery type coke dry quenching plant applications

The WHRBs capture thermal energy from high-temperature coke or quenching gases. This recovered heat is used to produce steam for power generation or plant utilities. Our WHRBs enhance energy efficiency, reduce emissions, and lower fuel costs, making them a critical component in sustainable coke production processes.

Technical data

  • Product capacity / performance range

    • Capacity: Up to 200 TPH (for coke dry quenching)

    • Pressure: Up to 130 Kg/cm2 (g)

    • Temperature: Up to 540°C

  • Energy sources - Heat source: Flue gases from red-hot coke during the dry quenching process

  • Compliance or standards followed – ASME / IBR / TRCU / PED

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

  • Design – 

    • Horizontal and vertical designs, tailored to space and process requirements

    • Site / port assembly with modularised constructions

  • Other technical information 
    Boiler-Turbine-Generator (BTG) package can be offered on a case-by-case basis

  • Applications: 

    • Non-recovery coke oven plant

    • Recovery-type coke dry quenching plant

Product features

Integrated soot blowing system
Ensures effective removal of soot deposits, maintaining heat transfer efficiency and uninterrupted operation
Modularised site or port assembly design
Allows for faster erection, ease of transportation, and reduced installation time at the project site
Natural or Forced Circulation Design
Ensures optimal adaptability to process parameters and improving reliability in coke dry quenching operations.
Water Wall Panel Construction in the 1st / 2nd Passes
Provide robust heat absorption, improved thermal efficiency, and enhanced structural integrity.
Gas-tight Membrane Panel Construction and Single-Shaft Design
Engineered to handle highly abrasive dust, ensuring the system's longevity and integrity.
Compact and Efficient Heat Exchange
Combination of bare tube and extended surface (WSG or helical fins) design of the evaporator and economizer creates a compact unit without compromising heat transfer efficiency.
Up to 540°C 10 to 70 kg/cm²(g)