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BETE Fog Nozzle, Inc., one of the world's leading spray nozzle manufacturers, designs and manufactures
the highest quality Industrial Spray Nozzles

Application Intake Sheets

Gas Cooling Spray Nozzles



Evaporatively quench hot gases

Hot gas can be cooled to a lower temperature by evaporating a liquid into the gas stream. Smaller droplets lead to faster evaporation times and a shorter distance required for the gas temperature to reduce to the desired level.

Nozzle Selection Guidelines

A number of thermodynamic calculations need to be made to select the correct nozzle for a given situation and are based on a variety of factors. The information required to make these calculations is detailed in the BETE Gas Cooling/Quenching Application Data Sheet (PDF - 229 KB). With this information, BETE Application Engineers can perform the calculations and combine the results with their knowledge of nozzle performance and help select the nozzle that fits your needs.

Typical operating conditions for this application are listed for each nozzle

L
L

3.0-80 psi
3-7 bar
0.14 to 3.84 gpm
0.534 to 14.7 L/min
90°

MicroWhirl
MicroWhirl
100-3000 psi
7-200 bar
0.009-0.151 gpm
0.032-0.517 L/min
70°

SpiralAir
SpiralAir

30-100 psi
2-7 bar
0-50 gpm
2-80 L/min
25-137 scfm
25-135 Nm³/h
20°-90°
Air Atomizing

ST
ST

5-15 psi
0.4-1 bar
0.5-650 gpm
2.26-2460 L/min
90°-120°
Resists Erosion

STXP
STXP

5-15 psi
0.4-1 bar
2.12-650 gpm
9.67-2460 L/min
90°-120°
Recycle Slurry

XA
XA
30-60 psi
1.5-4 bar
0.6-17 scfm
2.4-14 Nm³/h
20°-70°
Air Atomizing

 

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Industrial Spray Nozzle Applications