Drying Technology
What we applicated in:
continuous evaporation concentration in industries
such as milk, glucose, amino acids, pharmaceuticals, chemicals, ,
suitable for materials with thermal sensitivity, viscosity, and foaming properties.
SHINCCI for your satisfication:
Applied to Pharmaceutical, beverage concentration, mechanical processing, electroplating wastewater, printing &dyeing, landfill leachate, high-salt wastewater
Patented integrated design structure, compact equipment and small footprint.
Full-automatic intelligent PLC touch screen control.
SHINCCI designs and manufactures vacuum concentratorfeaturing:
Has the function of juice evaporator and herbal extractor
Can also concentrate the honey like the honey extractor
An popular industrial evaporator applied in essential oil distillation
A large amount of feed liquid is intake by the concentrator machine under negative pressure, and a small amount of thickened liquid is discharged by pump after treatment; condensed water is forced out by the water pump.
Evaporation plants using the latest evaporation technology can improve your efficiency and reduce costs when concentrating extracts for the food, pharmaceutical or chemical industries.
Energy Consumption Analysis&System Comparison
The production range of four- effect concentrator is between 7 and 200T/D.
Machine Type | Three-Effect | MVR Evaporator | Four-Effect | Four-Effect |
Energy consumptionper | High | Medium | Low | Low |
0. 4 tons steam+15 kWh electric energy+1 ton cooling water | 90 kWh electric energy | 70 kWh electric energy | 40 kWh electric energy | |
Operating expensesper | $19/T | $10/T | $8/T | $4.5/T |
Maintenance | 1. easy to scale and scorch | 1. easy to scale and scorch | 1.Clean Heat exchanger surface | 1.Clean Heat exchanger surface |
Treatment Effect | Material ingredients destroyedin high-temp. | Material ingredients destroyedin high-temp. | Material ingredients preserved | Material ingredients preserved |
As Multi effect evaporator /Juice concentrator/Herb extraction machine | ||||
① The one-effect feed liquid is heated by condensation heat under vacuum and then boils and evaporates, and the low temperature vapor is cooled into condensate water by the two- effect condenser and discharged outside the machine;
② After being thickened by the one-effect evaporation, the feed liquid enters the two-effect evaporation chamber. Feed liquid is heated by the two-effect heater and then boils and evaporates. The low temperature vapor is cooled into condensate by the three-effect condenser and discharged outside the machine;
③ The feed liquid enters the three-effect evaporation chamber after being concentrated by the two-effect evaporation. The three-effect feed liquid is heated by the three-effect heater and then boils and evaporates. The low-temperature vapor is cooled into condensate by the four-effect condenser and discharged outside the machine.
④ After thickened by three-effect evaporation, the feed liquid enters the four-effect evaporation chamber. The four-effect feed liquid is heated by the four-effect heater and then boils and evaporates. The low-temperature vapor is cooled into condensate by the heat pump evaporator and discharged outside the machine.
⑤ The latent heat of the refrigerant recovered by the four-effect heat pump evaporator works through the compressor and heats the one-effect feed liquid through the heat pump condenser;
⑥ The feed liquid passes through one-effect, two-effect and three-effect discharged from the machine after multi-effect concentration.
