Single Drum Boiler

Powerpac – Single drum boiler

powerpac single drum boiler

Next generation water tube boiler

Continuing the legacy of product innovation Thermax is now introducing next generation water tube boiler Powerpac-SD.

The need of hour from customers is to have a packaged high efficiency boiler with cogeneration, multi fuel flexibility, minimum site work, with automated system. Keeping all this in mind Thermax has introduced “Powerpac -water tube boiler” – a modular, compact packaged single drum boiler with capacity from 6 to 20 TPH .It can be used with multiple fuels like rice husk, coal and other biomass. Preassembled at factory it ensures high quality fabrication and minimum site work. Powerpac assures higher uptime against conventional hybrid boilers.

  • Type of Combustion 
    Fluidized Bed combustion / Bubbling bed combustion/ Reciprocating grate.
  • Fuels Fired
    100% low dust, Coal/ 100% Biomass
    Moisture in coal up to 30%.
  • Overall Capacity
    6,8,10,12,14,16,18 TPH
  • Saturated Boiler
    Operating Pressure 10.54 Kg/cm2g / 16 Kg/cm2g
    SVLOP 11.25 Kg/cm2g / 17.5 Kg/cm2g
  • Superheated Boiler
    Option -1 45 Kg /cm2g / 45Powerpac 30 Deg C
    Option -2 35 Kg/cm2g / 380 Deg C
    Option -3 67 Kg /cm2g / 450 Deg C

Powerpac – SD Parts discription

  1. Drum : Reservoir of water/ steam at the top end of the water tubes
  2. Risers and
  3. Down comers : To circulate water and steam
  4. through membrane panel assembly
  5. Convection bank : Specially designed coil type convection bank; for easy maintenance and cleaning
  6. In-bed heat exchanger : Specially designed tube banks to maintain bed temperature
  7. Combustor : To facilitate the burning of fuel
  8. Superheater(primary): Specially designed tube heat exchanger to raise the temperature of steam from saturated to desired
  9. Membrane panel : It provides the enclosed area for combustion & gaining heat from combustion of fuel by
  10. Superheater(secondary): Specially designed tube heat exchanger to raise the temperature of steam from saturated to desired

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