200 SCMH of dry CO2 is bubbled through a vessel that contains liquid acetone. The gas...

200 SCMH of dry CO2 is bubbled through a vessel that contains liquid acetone. The gas leaves the vessel with a relative saturation of 90% at 320 K. All process streams can be assumed to be at1 atm. Calculate: a) the dew point temperature of the exiting gas. b) the mole fraction of acetone in the exiting gas. c) the rate at which acetone is stripped from the liquid phase (molar flow rate). d) the actual volumetric flow rate of the exiting gas. e) the temperature to which the gas would have to be cooled to condense 95% of the acetone in the gas stream

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Expert Solution

DEAR STUDENT, ANSWERS MAY DIFFER SLIGHTLY DUE TO DIFFERENT DEFINITIONS OF STANDARD CONDITIONS AND DIFFERENT VALUES OF ANTOINE COEFFICIENTS.

DEAR STUDENT, IF YOU HAVE ANY QUERY PLEASE ASK ME. I SHALL DEFINITELY HELP YOU IN RESOLVING YOUR QUERY. PLEASE ASK ME. THANK YOU.

Amanda K answered 1 year ago

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