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Forced Circulation Evaporator System

Supplier : Advanced Drying Systems

Key Features of Forced Circulation Evaporator System
  • An active volume, designed case by case to get both required residence time for crystal growth and mother liquor de-super saturation
  • A given agitation (recirculation rate) rated to control the extent of super saturation arising from the evaporation, and to keep the temperature difference in the heat exchanger within reasonable limits
  • Provided with liquid-vapour separation area to minimize the carry over losses and avoid the formation of an excessive amount of fines, which is highly detrimental to crystal growth
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Product Profile of Forced Circulation Evaporator System
Forced Circulation Evaporator System is used for various applications related to crystal growth and mother liquor de-super saturation. The Evaporator System is provided with a specially designed liquid vapour separation area that avoids formation of an excessive amount of fines, which is highly detrimental to crystal growth. The Evaporator System enables agitation [recirculation rate] rated to control the extent of super saturation arising from the evaporation. The Forced Circulation Evaporator System provides both required residence time for crystal growth and mother liquor de-super saturation due to active volume.

Advanced Drying Systems manufactures Forced Circulation Evaporator System. Advanced Drying Systems offers a wide range of drying plants and systems that include spray drying plants, drying chambers, laboratory spray dryers, air dispersion dryers, pilot dryers, rotary atomizer, industrial heaters, spin flash dryers, fluid bed dryers, vibrated fluid bed dryers etc. The range of products finds application in chemical industry, detergent industry and effluent treatment plant.

Key Features of Forced Circulation Evaporator System
  • An active volume, designed case by case to get both required residence time for crystal growth and mother liquor de-super saturation
  • A given agitation (recirculation rate) rated to control the extent of super saturation arising from the evaporation, and to keep the temperature difference in the heat exchanger within reasonable limits
  • Provided with liquid-vapour separation area to minimize the carry over losses and avoid the formation of an excessive amount of fines, which is highly detrimental to crystal growth
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