?Liquid benzene at 25°C and 1.2 bar is converted to vapor at 200°C and 5 bar in a
Chapter 7, Problem 7.51(choose chapter or problem)
Liquid benzene at 25°C and 1.2 bar is converted to vapor at 200°C and 5 bar in a two-step steady-flow process: vaporization in a counterflow heat exchanger at 1.2 bar, followed by compression as a gas to 5 bar. Determine the duty of the exchanger and the power requirement of the compressor in \(kJ \cdot mol^{−1}\). Assume a compressor efficiency of 75%, and treat benzene vapor as an ideal gas with constant \(C_{P} = 105 J \cdot mol^{−1} \cdot K^{−1}\).
Text Transcription:
kJ cdot mol^−1
C_P = 105 J cdot mol^−1 cdot K^−1
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