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|MATERIAL:||Stainless Steel 304||TEMPERATURE:||Room Temp~200/300 ℃(depend On The Oil Heater)|
|DIAMETER:||80 (mm)||HEAT EXCHANGER HTA:||0. 58 (m2)|
|FEED AMOUNT:||2000~6000 ( Ml/h)||POWER:||2KW (without Pump)|
solvent recovery equipment,
solvent recovery distillation units
220V -60hz Voltage Feed Amount Solvent Recovery Machine for CBD / THC / Hemp oil
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 .
|MATERIAL||stainless steel 304|
|TEMPERATURE||Room temp~200/300 ℃(depend on the oil heater)|
|HEAT EXCHANGER HTA||0.058 (m2)|
|FEED AMOUNT||2000~6000 ( ml/h)|
|FILM SYSTEM||Wiped Filming System|
|VACUITY||0. 5-50mbar(depend on the nature of material and vacuum pump)|
|FLOOR AREA||length*width*height=1100*500*1750 (mm)(without pump)|
|POWER||2KW (without pump)|
Solvent recovery machines are used extensively in recycling applications and to reduce manufacturing waste. A solvent recovery system, or solvent recover system, usually includes the use of a heating component and a condensation component to distill the liquid and separate the solvent from water. Solvent recovery machine may also include a vacuum unit that enables the system to operate at temperatures that are typically lower than the solvent’s boiling point. Solvent recycling is accomplished by a distillation process that includes the following steps:
Solvent recovery machine vessel processes waste solvent solution on either a batch or continuous basis.
A heated jacket injects heat into the waste solvent by conductive thermal transfer.
The vessel may be operated under vacuum, which lowers the boiling temperature of the solvent.
When the waste solvent reaches its boiling point, the solvent changes phase from liquid to a vapor.
The clean solvent vapor passes over a condenser containing both a condensing and a sub-cooling section. In the condenser, the solvent changes back to a liquid and is cooled back to ambient temperature.
The contaminants do not undergo a vapor phase, but stay behind to be discharged out of the drain port.
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