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Wastewater Evaporators water evaporator
WT CF Forced circulation wastewater
evaporator
Wastewater Evaporators water evaporator

Flow Diagram

Forced circulation wastewater evaporators, heated by hot water or steam, with external heat exchangers.  Vacuum operating, water or air cooling condensation. 

Wastewater Evaporators water evaporatorDownload Wastewater Evaporator PDF file

technical

characteristics

units of

measur

WT 80

CF #

WT 150 CF  #

WT 250 CF

WT 350 CF

WT 500 CF

WT 800 CF

 

 

 W

S

W

S

W

S

W

S

W

S

W

S

Production

kg/h

75

100

120

150

180

250

270

350

375

500

600

800

Installed power

kW

4

5

6

8

10

12

Absorbed power

kW

3

4

5

7

9

10

Water flow               

m3/h

4,5

7,2

10,8

16,2

22,5

36,0

Steam flow              ²

kg/h

115

172

287

402

575

920

Cooling water flow

m3/h

9,0

6,0

14,4

9,0

21,6

15,0

32,4

21,0

45,0

30,0

72,0

48,0

Frequency

Hz

50

50

50

50

50

50

Voltage

V

380

380

380

380

380

380

Material in contact

 

AISI 304**

AISI 304**

AISI 304**

AISI 304**

AISI 304**

AISI 304**

Autom. unloading - distillate

 

l

l

l

l

l

l

Dimensions

cm

280x180x400

285x180x400

285x180x400

290x180x140

300x200x410

300x210x410

Weight

kg

1500

1600

1750

2000

2500

2800

l  Standard                                        ** Available also in special materials

 W  Production and absorbed power refer to operating with heating water at 85°C (IN) and 75°C (OUT), and cooling water at 25°C (IN) and 30°C (OUT).     

S    Production and absorbed power refer to operating with steam 0,9 bar and cooling water 25°C (IN) and 35°C (OUT).

    Flows of heating and cooling fluids are calculated on 600 kcal/kg total evaporation heating.

²  Flows of steam refer to saturated steam at 0,9 bar.

#    Models available with air condenser.

 

Send mail to sales@wastewaterevaporators.biz  with questions or comments about this web site.
Copyright © 2010 Sawyer and Smith Corporation
Last modified: 08-07-2014