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In steady state, 10 mol/s of air at room temperature and pressure are fed to the column. and partially condenses until reaching the conditions of
In steady state, 10 mol/s of air at room temperature and pressure are fed to the column. and partially condenses until reaching the conditions of 90k and 5 atm. The outlet liquid stream contains 95% oxygen and the vapor stream contains 90% nitrogen. Determinea) molar flow of the vapor stream leaving the condenser in mol/sb) molar flow of the liquid stream leaving the condenser inmol /sc) heat transferred in the distillation column in kWfor liquid oxygendensity = 1143 kg/m^3Cp= 34 j/mol Kfor liquid nitrogendensity = 745 lg/m^Cp= 29.1 j/mol k
In steady state, 10 mol/s of air at room temperature and pressure are fed to the column. and partially condenses until reaching the conditions of 90k and 5 atm. The outlet liquid stream contains 95% oxygen and the vapor stream contains 90% nitrogen. Determinea) molar flow of the vapor stream leaving the condenser in mol/sb) molar flow of the liquid stream leaving the condenser inmol /sc) heat transferred in the distillation column in kWfor liquid oxygendensity = 1143 kg/m^3Cp= 34 j/mol Kfor liquid nitrogendensity = 745 lg/m^Cp= 29.1 j/mol k
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