Shanghai Dea Chemical Equipment Co., Ltd.

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Heat Exchange Vacuum Distillation Equipment Wiped Filming System For Alcoholic Beverage

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Shanghai Dea Chemical Equipment Co., Ltd.
City:shanghai
Province/State:shanghai
Country/Region:china
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Heat Exchange Vacuum Distillation Equipment Wiped Filming System For Alcoholic Beverage

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Brand Name :DEA
Model Number :BML-20
Certification :UL
Place of Origin :CHINA
MOQ :1 Set
Price :negotiation
Payment Terms :T/T
Supply Ability :10 Sets per Month
Delivery Time :4-6 weeks
Packaging Details :Packed in wooden case
MATERIAL :stainless steel 304
TEMPERATURE :Room temp~200/300 ℃(depend on the oil heater)
DIAMETER :200 (mm)
HEAT EXCHANGER HTA :0. 2 (m2)
FEED AMOUNT :8~24( l/h)
FILM SYSTEM :Wiped Filming System
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0. 2 m2 Heat ExchangeR HTA Vacuum Distillation Machine for CBD / THC / Hemp oil

—— Design

Wiped Film Evaporators are horizontal evaporator with wiper basket, gear motors and external condenser.
The vapour nozzle is typically arranged at the upper end of the evaporator in order to facilitate the transfer of the vapours to the external condenser.
Dea offers thin film evaporators from 0.058 to 3 m2 .

TYPE BML-20
MATERIAL stainless steel 304
TEMPERATURE Room temp~ 200/300 (depend on the Electric heater )
DIAMETER 200 (mm)
HEAT EXCHANGER HTA 0.2(m2)
FEED AMOUNT 8~24( l/h)
ROTATION SPEED 40-250rpm
FILM SYSTEM Wiped Filming System
VACUITY 0. 1mbar(depend on the nature of material and vacuum pump)(vacuum pump not included)
FLOOR AREA length*width*height=1200*800*2500 (mm)
POWER 1KW (without pump
VOLTAGE 220V/60hz

Major uses of distillation in the food industry are for concentrating essential oils, flavours and alcoholic beverages, and in the deodorization of fats and oils.

The equilibrium relationships in distillation are governed by the relative vapour pressures of the mixture components, that is by their volatility relative to one another. The equilibrium curves for two-component vapour-liquid mixtures can conveniently be presented in two forms, as boiling temperature/concentration curves, or as vapour/liquid concentration distribution curves. Both forms are related as they contain the same data and the concentration distribution curves, which are much the same as the equilibrium curves used in extraction, can readily be obtained from the boiling temperature/concentration curves.

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