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#1. A feed stream containing 40%CO,20%CO2,10%H2, and 30%H2O (all in mole %) passes through a catalyst bed maintained at 1atm. The goal is to produce
\#1. A feed stream containing 40%CO,20%CO2,10%H2, and 30%H2O (all in mole %) passes through a catalyst bed maintained at 1atm. The goal is to produce H2 via water-gas shift rxn such that the CO/H2 is 1mol/mol at equilibrium: CO+H2OCO2+H2 The standard free energy of rxn is 28.0kJ/mol at 298K. The heat of rxn is independent of temperature (Hr=40.0kJ/mol). At what temperature should the shift reactor be operated to achieve the desired CO/H2 ratio? Suggested approach to work with mol values: Take 100 mols of feed as basis. Let X= amount of limiting reactant that has been converted to products, which is the same as \% Conversion. Then, write math expressions for mol fraction and ratio of required reacting/product species vs X
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