1. Wet air containing 60.4 mol% of pure water at 82.5ËšC is fed to a dehumidifier...

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Chemistry

1. Wet air containing 60.4 mol% of pure water at 82.5˚C is fedto a dehumidifier at a rate of 185 mol/hr. Outlet of thedehumidifier consists of 2 streams – one stream of drier air andthe other stream is pure liquid water. The outlet streams are invapor-liquid equilibrium at 812 mmHg and 31.7oC.
a) Draw the process flow diagram, number the streams, and label thecomponents in each stream.
b) Find the component mole flow rates (mol/hr) exiting thedehumidifier.
c) If the temperature of the inlet wet air increases by 10oC, willthe molar flow rate of liquid water exiting the dehumidifierincrease, decrease, or stay the same? Justify your answer.

Answer & Explanation Solved by verified expert
4.1 Ratings (424 Votes)
Inlet to thehumidifierFlow rate of wet air 185 molhr Flow rate of water185060411174 moleshrMoles of dry air 18511174 7326 moleshrOutlet ofhumidifierAt 317 degc vapor pressure of water    See Answer
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