A liquid equimolar mixture of carboon disulfide and chloroform Complete and prin

Question

A liquid equimolar mixture of carboon disulfide and chloroform Complete and print the Worksheet in Aspen Hysys and the Graph from Excel for full credit provide a member are a that provider your A liquid equimolar mixture of carbon disulfide and chloroform at constant pressure (1.2 bar) flowing at 500 kmol/h is placed in a flash tank. Assume an external heating source is used in the tank. The tank is 15 m in diameter and 20 m in height. Using Margules package and an initial temperature of 5 degree C, determine the temperature at which the mixture will become all vapor in the product streams. Create a graph (Q vs. T) showing the amount of heat flow for the heating source with respect to the temperature of the output streams (change T not Q). Vary temperature values from 10-100 degree C in 5 degree increments. Record values in Excel.

Explanation / Answer

P1 = 1.2 bar =1.2 atm

Calculate the volume:

V = pi * h * r2

V = 3.14 * 20 * (7.5)2 = 3534.29 m3 * 1000 L = 3,534,291.74 L

T1 = 5 degrees C = 278 Kelvin

PV = nRT

T = PV / nR

T = 1.2 * 3534291.74 / 500000 * 0.082

T = 103.44 K

Hope this helps. I have doubt in the second part.

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