A 100C stream from a chemical reactor at 40 bar contains hydrogen at a flowrate of 405
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A 100°C stream from a chemical reactor at 40 bar contains hydrogen at a flowrate of 405 kmol/hr, methane at 95 kmol/hr, benzene at also at a flowrate of 95 kmol/hr and toluene at 5 kmol/hr. The stream first undergoes an adiabatic flash to 35 bar, and the vapor is separated from the liquid. The liquid then undergoes a second adiabatic flash to 1 bar.
a. Compute the temperature, flowrates and compositions of the vapor and liquid streams leaving the first flash unit.
b. Compute the temperature, flowrates and compositions of the vapor and liquid streams leaving the second flash.
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Related Book For
Chemical Biochemical And Engineering Thermodynamics
ISBN: 9780470504796
5th Edition
Authors: Stanley I. Sandler
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