A mixture of dry air and NH3 enters an absorption tower at a rate of 80 ft3/min at 100oF and 760 mm Hg with 90% saturation. The vapor pressure of NH3 at 100oF is 80 mmHg. The gas leaves the tower at 740 mm Hg and 80oF and contains 2% mole NH3. If the water enters the tower at a rate of 180 lbs/min Calculate the following: (a) molar flow r

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A mixture of dry air and NH3 enters an absorption tower at a rate of 80 ft3/min at 100oF and 760 mm Hg with 90% saturation. The vapor pressure of NH3 at 100oF is 80 mmHg. The gas leaves the tower at 740 mm Hg and 80oF and contains 2% mole NH3. If the water enters the tower at a rate of 180 lbs/min Calculate the following: (a) molar flow rate of the gas leaving the tower  (b) mass flow rate of solution produced from the tower. (c) the mole of NH3 in the liquid leaving the tower for every 10,000 lbs H2O fed to the tower.

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