| Sr.No |
Evaporation
Rate(kg/h) |
Feed
Density |
Heat
Area |
Condenser |
Cooling
Water |
Weight(KG) |
Power |
Material |
| 1 |
1000 |
1-3% |
34,21,21 |
22 |
30T/H |
7000 |
31.5KW |
316L |
| 2 |
1477 |
1.5% |
52,33,33 |
34 |
45T/H |
9000 |
42.5KW |
316L |
| 3 |
1490 |
15% |
54,33,33 |
34 |
45T/H |
9000 |
55KW |
316L |
| 4 |
1500 |
2-5% |
51,32,32 |
33 |
45T/H |
9000 |
35.5KW |
316L |
| 5 |
1584 |
11% |
53,33,33 |
34 |
45T/H |
8000 |
|
304 |
| 6 |
1615 |
5-6% |
57,35,35 |
36 |
48T/H |
7500 |
40.5KW |
TA2,316L |
Widely used for concentration of liquids in the form of solutions, suspensions and emulsions
Major requirement in the field of evaporation technology is to maintain the quality of the liquid during evaporation and to avoid damage to the product
Liquid to be exposed to the lowest possible boiling temperature for the shortest period of time
Numerous other requirements and limitations have resulted in a wide variation of designs available today
Evaporators the heating medium is steam, which heats a product on the other side of a heat transfer surface
Contains links to descriptions of the most common types of evaporators, and the ones that we most frequently design
Falling film evaporators
Rising film evaporators
Forced circulation evaporators
Plate evaporators
Compact evaporators
Thermal and mechanical vapor recompression (TVR and MVR)
Typical evaporator applications
Product concentration
Dryer feed pre-concentration
Volume reduction
Water and solvent recovery
Crystallization
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