Engineering, 15.04.2020 18:37 andrewblack033

100 mol/hr of butane (C4H10) enter a reactor and is burned with 25% excess pure oxygen, producing CO2, CO, and H2O. The product gases (including C4H10 and O2) enter a separator where 90% of the unreacted C4H10 and O2 are recycled and mixed with a fresh feed of C4H10 and O2 to form the stream (previously described) that was fed to the reactor. The rest of the product gases exit the separator as a waste stream. If the single-pass conversion of butane is 45% and there is nine times as much CO2 as CO in the product gas leaving the reactor. Complete the followingA) the composition of the product gas from the reactor: B) the molar flow rates of the fresh feed; C) the overall process conversion of butane.

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100 mol/hr of butane (C4H10) enter a reactor and is burned with 25% excess pure oxygen, producing CO...