Audited Supplier
MVR
CE, ISO
Pharmaceutical Water Treatment Equipment
Liquid
Normal Precision
380V
Computerized
Customized
New
1 Year
24 Hours Year
TAIKANG
Seaworthy Packing
Depands on models
China
8419899090
Product Description
MVP Heat Balance Diagram
The Reason to Use MVP:
Low energy consumption per unit
Gentle evaporation due to low temperature
Short retention time due to the frequently used single effect
Simple process and high practicability
Excellent service performance at some loads
Low operating costs
Design and Functions
Vapor compressor currently sued for MVP technology has two forms:the positive displacement type and the centrifugal type(i.e.speed type).
Advantages of MVP Falling-film Evaporator
1.Short retention time,no aroused degradation of heat sensitive materials;
2.Bigger het transfer coefficient during evaporation due to the film like contour and faster fluid flow-rate;
3.Small pressure drop and therefore nearly constant pressure and temperature at the heat exchange side,requiring almost no or only minimal sensible heat;
4.An even lower difference in temperature is allowed as the process stream flows only under the gravity rather than under temperature difference ;
5.Less retentate in the plant;
6.Convection boiling, subject to little effect of the tube surface state on the boiling process
The Reason to Use MVP:
Low energy consumption per unit
Gentle evaporation due to low temperature
Short retention time due to the frequently used single effect
Simple process and high practicability
Excellent service performance at some loads
Low operating costs
Design and Functions
Vapor compressor currently sued for MVP technology has two forms:the positive displacement type and the centrifugal type(i.e.speed type).
Advantages of MVP Falling-film Evaporator
1.Short retention time,no aroused degradation of heat sensitive materials;
2.Bigger het transfer coefficient during evaporation due to the film like contour and faster fluid flow-rate;
3.Small pressure drop and therefore nearly constant pressure and temperature at the heat exchange side,requiring almost no or only minimal sensible heat;
4.An even lower difference in temperature is allowed as the process stream flows only under the gravity rather than under temperature difference ;
5.Less retentate in the plant;
6.Convection boiling, subject to little effect of the tube surface state on the boiling process
