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ThermaPhase


Sizing ThermaPhase Units

To size a ThermaPhase unit, you must know the volume of air being compressed, the relative humidity of the air and the inlet temperature.  Table 1 is a chart showing the SCF/M of compressed air required to produce one gallon per hour of condensate at various inlet temperatures and relative humidities.

 

Step 1

 Locate on Table 1 the SCF/M of air factor using the inlet temperature and relative humidity of the application.

Step 2

 Divide the SCF/M of air required by the application of the SCF/M of air factor obtained from Table 1.  This number is the gallons of condensate per hour required to be processed by the ThermaPhase.

Step 3

 Pick a ThermaPhase unit with capacity to handle the condensate from Table 2.
 

 

500 SCF/M • Air Temp - 70ºF • Relative Humidity -70%

Step 1

 Referring to Table 1 for an air temperature of 70ºF and a relative humidity of 70%, we find an air factor of 174.3

Step 2

 Dividing our compressor capacity of 500 SCF/M by the air factor:

500SCF/M  / 174.3 SCF/M/Gal/Hr = 2.87 Gal/Hr.
Step 3 Referring to Table 2, we find it takes a ThermaPhase TP-12 to handle this application.

 

SCF/M Air Per Gallon of Water Per Hour
Relative Humidity 40ºF 50ºF 60ºF 70ºF 80ºF 90ºF 100ºF
40% 923.5 628.9 436.5 307.3 219.1 158.1 115.5
50% 737.3 502.8 348.9 245.1 174.6 125.9 91.8
60% 613.5 418.8 290.0 203.8 145.0 104.4 76.0
70% 525.4 358.1 248.2 174.3 123.8 89.1 64.7
80% 459.4 313.3 216.6 152.1 108.0 77.5 56.2
90% 408.1 278.1 192.2 134.8 90.8 68.6 49.6
100% 367.1 250.0 172.7 121.0 85.8 61.4 44.4

 

 

Evaporation Rate - Gallons per Hour
  UNIT GALS. / HOUR  
TP - 6 1.9
TP - 12 4.1
TP - 18 6.2
TP - 24 8.3
TP - 36 12.5
TP - 54  18.8
TP - 72 25.1

 

ThermaPhase data sheets (click here)