How does the LamiFlo™ system work?

1. Moist materials (see our list of successfully dried material) are fed into the hopper. Up to 10% surface moisture content can be removed per pass through the system. (Depending on material)
   
   
2. The Archimedes screw introduces moist materials into the “Anudros”™ Expansion chamber. Rotating feeders are adapted to suit the material.
   
   
3. “Roots” blower generates air which is introduced into the “Anudros”™ Expansion chamber, where the compressed air envelopes the moist material. Size of mass air generator is determined by capacity of machine, moisture content, and material being processed. Air and moist material travel along delivery pipe at up to 3,000m/min into first cyclone. Length of pipe to suit size of available floor area, typically 6 metres long.
   
   
4. Air and aggregate enter first sealed “Euroclydon”™ Cyclone, where the aggregates are separated from the saturated air stream. (This cyclone is only used for fragile materials such as food types.)
   
   
5. Air and aggregate enter second sealed “Euroclydon”™ Cyclone, where saturated air stream exits the top of the cyclone via vent pipe.
   
   
6. Dried aggregate leaves exit delivery pipe. This pipe could feed a bagging machine, a silo, another hopper depending on client’s individual requirements. Process takes up to 3 seconds for moist material to enter system, and dried material to exit.

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   Diagram of the system

    
  Typical LamiFlo™ System layout  

Biomass Drying

Sand Drying

Wood Chippings Drying

Muriate of Potash Drying

Glass Drying

Coal Drying