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Fluid Bed

Drum coater

Vertical granulator

Pelletizer

Product handling

  WIP/CIP

 Technical processes

Company

Procell

  Control

 

Organic solvents with their specific advantages continue to find wide usage. Whether alcohol, acetone or methylene chloride.
The protection of the environment demands that the emissions from process plant be drastically reduced by the implementation of appropriate systems.  
 

 

Minimal emissions.
Performs better than current legal requirements.

Circulation principle.

For all fluid bed and coating systems.

Vacuum principle.

Ideal for vertical granulators.

 
   
  Circulation principle
With a circulating system, the solvents are condensed out, the process gas is super-heated and fed back into the system.
The principle can be combined with all systems and processes and offers a range of advantages:


Recovery of solvents

by condensation for re-use or disposal

Universal application
for all common solvents

High level of safety
due to the whole system being made inert with N2
 

 

Examples of Glatt fluid bed systems with circulation for solvent recovery

Examples of Glatt fluid bed systems with circulation for solvent recovery

Examples of Glatt fluid bed systems with circulation for solvent recovery
Examples of Glatt fluid bed systems with circulation for solvent recovery
 

 

Vacuum principle
Here, the process system is evacuated by means of a vacuum pump to a working pressure below the LEL (Lower Explosion Limit). The vacuum pump sucks out the solvent gases and feeds them via a condenser on the suction and pressure side. Due to the absence of the inert gas, there is an excellent heat transfer and thus an extremely effective recovery. In summary:

Recovery of solvents

by condensation under vacuum

Universal application
with all common solvents

High level of safety
operation below the LEL

Highly effective
due to the absence of inert gases
   

 

Process principles

 

 

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