much inio val oo n octane and wo w can basis au 5.o bar aud amb heat must at 4 o

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much inio val oo n octane and wo w can basis au 5.o bar aud amb heat must at 4 o bar and Soo K me Raoul law be supplied to the drum ver wole of reed to the unit. nash es applicable How Valve Data and intermediate answers Schematic for Example 9.1, isothermal flash. At soo K the vapor pressures are P*, 9,0496 bar 0.2325 bar The feed, while a single stream, is a mixture of 13.54% vapor and 86.46% liquid. The product split is 32.02% in the vapor stream, 67.98% in the liquid stream. The heats of vaporization at 25°C are: AH, (25°C) 34,94 kJ/mol AH resandecare (25°C) 51.14 kJ/mol and the Using Watson's equation, which uses critical te normal boiling temperature 25 heat of vaporization, the heats of vaporization can be estimated at AH (500 K) 24.83 kJ/mol 4Hn-hewadecane (500 K) 57.53 kJ/mol

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Example Type I Problem. Flash Vaporization for a Benzene + Toluene Stream

Problem: A stream containing 35.0 mol % benzene and 65.0 mol % toluene is flowing at 100.0 mol/s, 100.0 oC, and 10 atm. It is flashed across a valve and into a flash drum held at 100.0 oC and 1.00 atm. What are the compositions and flow rates of the product streams, and what is the duty for this flash unit? Prepare solutions by a) hand calculations assuming Raoult

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