Question

A plant is stripping nitrobenzene from water using steam. Operation is at 100°C and 0.5 atm. The equilibrium data is y = 56x where y and x are the mole fractions of nitrobenzene. The entering water contains 0.0003 mole fraction nitrobenzene and L = 100 kmol/h. The entering steam contains 0.0002 mole fraction nitrobenzene. The outlet liquid should contain 0.00001 mole fraction nitrobenzene. This system is dilute and you can assume L and V are constant. (10 min) 1. Find $V_{min}$ 2. Find the mole fraction of nitrobenzene in the outlet gas when V = 5 kmol/h

          A plant is stripping nitrobenzene from water using steam. Operation is at 100°C and 0.5 atm. The equilibrium data is y = 56x where y and x are the mole fractions of nitrobenzene.
The entering water contains 0.0003 mole fraction nitrobenzene and L = 100 kmol/h. The entering steam contains 0.0002 mole fraction nitrobenzene. The outlet liquid should contain
0.00001 mole fraction nitrobenzene. This system is dilute and you can assume L and V are constant. (10 min)
1. Find $V_{min}$
2. Find the mole fraction of nitrobenzene in the outlet gas when V = 5 kmol/h

$A plant is stripping nitrobenzene from water using steam. Operation is at 100°C and 0.5 atm. The equilibrium data is y = 56x where y and x are the mole fractions of nitrobenzene. The entering water contains 0.0003 mole fraction nitrobenzene and L = 100 kmol/h. The entering steam contains 0.0002 mole fraction nitrobenzene. The outlet liquid should contain 0.00001 mole fraction nitrobenzene. This system is dilute and you can assume L and V are constant. (10 min) 1. Find Vmin 2. Find the mole fraction of nitrobenzene in the outlet gas when V = 5 kmol/h$

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