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McClelland's thermic fluid heaters make the optimal use of the calorific value of plastic and film waste to heat thermic fluid.

PRODUCT

McClelland Waste-fired Thermic Fluid Heater

McClelland Waste-fired Thermic Fluid Heater

Operating at temperatures of over 900°C, McClelland thermic fluid heaters use waste (film and laminates) to heat thermic fluid - recovering up to 0.6 M kcal of heat per hour. McClelland waste-fired heaters are designed to save space, reduce heat loss, and improve heat gain while minimising ash formation. These easy to use thermic fluid heaters require minimal maintenance and can be operated by a semi-skilled operator.
Manufactured by: McClelland Incineration Technologies, India

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      Technical Details 
  • Operating temperature: 900°C
  • Heat recovery: 0.15 to 0.60 M kcal/hr
  • Auxillary fuel connected load: 8 to 20 kg/hr (during start up)
  • Feed rate: 25 to 100 kg/hr
  • Feed: plastic/film waste, size 25-40 mm
  • Auxiliary fuel: furnace oil/CNG
  • Combustion air blower: 1700 m3/hr, centrifugal type with static pressure of 3 mm of water column
  •   Key Features 
  • Furnace designed for proper turbulence and with bubbling air distributors to achieve total combustion
  • Heat exchanger coil fitted on furnace
  • Vertical design of thermic fluid heater leading to space saving
  • Optimal utilisation of the calorific value of plastic/film waste
  • Maximum amount of heat is recovered from flue gases
  • Air pre-heater also reduces flue gas temperature at induced draft fan ensuring lower power consumption and higher life of induced draft fan
  • Balance draft system ensures minimum infiltration of unwanted air through doors
  • Fresh air passes through air pre-heater ensuring maximum fuel to heat operating efficiency
  • Waste feeding automated in sync temperature
  • Used for all types of films and laminates in flexible packaging industry
  • Ease of operation - semi-skilled operator adequate
  • Low operating cost and minimal maintenance
  • Optimal utilisation of the calorific value of plastic/film waste
  • Prevents heat loss
  • Faster flow heat temperature gain
  • Minimum ash formation

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