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Triple-effect Food Dryer

 | Shincci  Global

Drying Technology

 | Shincci  Global Drying Technology


Triple-effect Food Dryer

Integrated Design:
Small footprint, can be installed with internal and external pipes.

Large moisture discharge design:   
Dehumidification capacity up to 200kg/h in rated working, rated water discharge above 4000kg everyday, meeting the bulky drying design requirement.

SUS 304 Stainless steel:   
The inner partition and outer shell are made of SUS304 stainless steel to satisfy with food drying.

Customized by non-red Copper Pipe:  
Evaporator and condenser are made of non-red copper pipe , complied with special corrosive application environment.

Closed -Type-Drying Room:  
FL models can be designed in a closed drying room.

Standard Rated Condition:  
Dehumidification performance ratio (SMER) is more than 3.5kg.H2O/kw.h.

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  • General Process
  • Principle
  • Models
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Dehumidification heat pump = combination of dehumidification  (drying) + heat pump (energy recovery),which is a device that is  to make humid air cool and dehumidify by refrigeration system  while recovering moisture through heat pump principle to  condense latent heat to heat the air. Heat source = The phase  change of water vapor in the air releases condensation heat.  Closed drying at low temperature (7-75℃), and energy recycling  during the drying process.
Air flow: heating by hot air in the drying room, the material  absorbs heat and water vaporizes, the air absorbs moisture into  hot and humid air → enters the evaporator, the air is cooled to  below the dew point temperature, the water vapor condenses  and releases the latent heat of condensation → enters the air  condenser to absorb the refrigerant and release it during  condensation Heat heating air → main fan → drying room.

Refrigerant process: The low-pressure refrigerant liquid is  vaporized by the evaporator to absorb the air and release heat  to vaporize into low-pressure superheated gas → enter the  compressor → low-pressure superheated refrigerant gas passes  through the compressor isentropic compression to work to  high-grade, high-temperature and high-pressure gas → enters  the wind condenser to release the latent heat of condensation  into a high pressure liquid→expansion valve, after decompression to low temperature and low pressure liquid→evaporator.



Sludge Type:
Dewatering Type:
DS Rate--for liquid sludge inlet to dewatering machine (Only needed when we are expected to offer dewatering machine):%
Inlet sludge: Tonne(s)/Day
Inlet moisture: %
Outlet moisture: %
Working hours:Hour(s)/Day