Teaching equipment : Stainless steel solid-liquid extraction

 

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Stainless steel solid-liquid extraction

DESCRIPTION

 

This unit provides a method for separating the components (liquid or solid) of a heterogeneous mixture using an appropriate liquid solvent.

The unit is made of stainless steel similar to those used in industry.

It can work in either batch or continuous mode and at atmospheric pressure or in a vacuum.

The unit can be automated so that it can be computer controlled by adding temperature sensors and regulated heaters (electric or hot fluid).This feature is an optional extra.

A user manual is provided.

 

Teaching equipment : Stainless steel solid-liquid extraction - GPC EX2

TECHNICAL SPECIFICATIONS

1. Heating tube
• Borosilicate glass
• 2-kW electric resistance heater


2. Liquid supply tank – polyethylene


3. Supplying diaphragm pump

• Stainless steel head 316 L
• Flow rate 0 – 22 l/h


4. Supply preheater
• Power : 50 watts


5. Distilling column DN 50
• Height : 1 000 mm
• Lagged
• 3 supply plates (stainless steel 316 L)
• Padding Multiknit (stainless steel 316 L)

6. Electromagnetic reflux head
• With a timer (24 V)
• Borosilicate glass


7. Double-walled condenser and internal plug
• Exchange area 0.3 mē
• Borosilicate glass and stainless steel


8. Exchanger for distillate (borosilicate glass)


9. Receiver (borosilicate glass)


10. Low level sensor

 


TEMPERATURE MEASUREMENT
TRC : Temperature in the reactor
T1 : Vapour temperature on top of the column
T3, T4 : Temperature in the column

PEDAGOGIC APPLICATIONS

 

• Study of a process
• Thermal and matter balances
• Efficiency
• Effect of the agitation

 

 

UTILITIES
Electricity : 380/400 VAC tri
Network water

DIMENSIONS
Length : 1 400 mm
Width : 800 mm
Height : 2 000 mm
Weight : 150 kg

Teaching equipment : Stainless steel solid-liquid extraction - schema GPC EX2


 

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Stainless steel solid-liquid extraction



Didatec Technologie - ZA du Parc 42490 Fraisses -  France -   Tel : 33 (0)4 77 10 10 10 -  Fax : 33 (0)4 77 61 56 49   
E-Mail : didatec.technologie@wanadoo.fr