Please show full steps for 5* rating 1. (50 points) Hydrogen can be produced by

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Please show full steps for 5* rating

1. (50 points) Hydrogen can be produced by the water gas shift reaction CO(g) H20 (g) CO2 (g) H2(g) A feed stream to a reactor is composed of 40 mole percent CO and 60 mole percent steam. It enters the reactor at 150 C and atmospheric pressure. If 60 percent of the entering H20 is converted to hydrogen, how much heat must be removed from the reactor (per g-mole of input gas) so the product stream leaves the reactor at 450 C? Given: For CO 298 393.5 kJ/g-mole For H2O: AH 298 241.8 kJ/g-mole For CO 298 110.5 kJ/g-mole For CO2: Cp 44.14 +9.04 x 10-3 T-8.54 x 103 TO2 J/g-mole K For H20: Cp 30.00 10.71 x 10 s T +0.33 x 10 T J/g-mole K For CO: Cp 28.41+4.10 x 10-3 T-0.46 x 105 T-2 J/g-mole K For H Cp -27.3 3.3x100 3T+0.5 x 10 TT J/g-mole K

Explanation / Answer

?H = ? [Products - Reactants]
    ?H = Change in Enthalpy (for reaxion)

?H (h2) = m Cp ?T

?H (h2) = 2 X 888.3X573.15 = 1018258.29

?H Rxn = (1018258.29 +(-393.5))-(-241.8-110.5)

?Hrxn = 1018217.09

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