Maleic anhydride may be prepared using two routes: Oxidation of benzene: Oxidation of but-1-ene: 22 +30₂ + 2CO2 + 2H2O + 3 H₂O The benzene oxidation route typically occurs in 65 % yield, while the but-1- ene route only gives yields of 55 %. (a) Assuming that each reaction is performed in the gas phase only, and that no additional chemicals are required, calculate (i) the atom economy and (ii) the effective mass yield of both reactions. You should assume that O₂, CO and H₂O are not toxic. (b) Which route would you recommend to industry? Outline the factors which might influence your decision.

Chemistry
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Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
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Chapter1: Chemical Foundations
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First calculate the number if moles of the given compounds.

Maleic anhydride may be prepared using two routes:
Oxidation of benzene:
Oxidation of but-1-ene:
76
+30₂
+ 2COz + 2H,O
+ 3 H₂O
The benzene oxidation route typically occurs in 65 % yield, while the but-1-
ene route only gives yields of 55 %.
(a) Assuming that each reaction is performed in the gas phase only, and that
no additional chemicals are required, calculate (i) the atom economy and (ii)
the effective mass yield of both reactions. You should assume that O₂, CO₂
and H₂O are not toxic.
(b) Which route would you recommend to industry? Outline the factors which
might influence your decision.
Transcribed Image Text:Maleic anhydride may be prepared using two routes: Oxidation of benzene: Oxidation of but-1-ene: 76 +30₂ + 2COz + 2H,O + 3 H₂O The benzene oxidation route typically occurs in 65 % yield, while the but-1- ene route only gives yields of 55 %. (a) Assuming that each reaction is performed in the gas phase only, and that no additional chemicals are required, calculate (i) the atom economy and (ii) the effective mass yield of both reactions. You should assume that O₂, CO₂ and H₂O are not toxic. (b) Which route would you recommend to industry? Outline the factors which might influence your decision.
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