Question

Design the spray chamber for the following duty: Volumetric flow rate of boiler flue gas = 24 000 Sm³/h Pressure of gas = 150 mm WC (gauge) Temperature = 80 to 90 °C SO? concentration in boiler flue gas = 4000 ppm = 4000 \times 10^{-6} kmol/kmol gas Desired concentration of SO? in the outgoing gas = 200 ppm = 200 \times 10^{-6} kmol/kmol gas Solvent = 1% lime solution

          Design the spray chamber for the following duty:
Volumetric flow rate of boiler flue gas = 24 000 Sm³/h
Pressure of gas = 150 mm WC (gauge)
Temperature = 80 to 90 °C
SO? concentration in boiler flue gas = 4000 ppm = 4000 \times 10^{-6} kmol/kmol gas
Desired concentration of SO? in the outgoing gas
= 200 ppm = 200 \times 10^{-6} kmol/kmol gas
Solvent = 1% lime solution

Design the spray chamber for the following duty:
Volumetric flow rate of boiler flue gas = 24 000 Sm³/h
Pressure of gas = 150 mm WC (gauge)
Temperature = 80 to 90 °C
SO? concentration in boiler flue gas = 4000 ppm = 4000 ×10^-6 kmol/kmol gas
Desired concentration of SO? in the outgoing gas
= 200 ppm = 200 ×10^-6 kmol/kmol gas
Solvent = 1% lime solution

Added by Erin W.

Fundamentals of Fluid Mechanics

Philip M. Gerhart, Andrew L. Gerhart,… 8th Edition

Chapter 12

Instant Answer

Solved by Expert Christopher Dzorkpata

Step 1

To calculate the molar flow rate of SO2 in the incoming gas, we need to multiply the volumetric flow rate of the gas by the concentration of SO2 in the gas. Molar flow rate of SO2 = Volumetric flow rate of gas * Concentration of SO2 Molar flow rate of SO2 = 24000 Show more…

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Find the Diameter of the Tower Design the spray chamber for the following duty: Volumetric flow rate of boiler flue gas = 24000 m^3/h Pressure of gas = 150 mm WC (gauge) Temperature = 80 to 90Â°C SO concentration in boiler flue gas = 4000 ppm = 4000 * 10^-6 kmol/kmol gas Desired concentration of SO2 in the outgoing gas = 200 ppm = 200 * 10^-6 kmol/kmol gas Solvent = 1% lime solution