1) The partial oxidation of an olefin to produce an epoxide is catalyzed by supported Mo oxide.

a) Write the general rate equations for the formation of each product . Ignore the reverse reaction since the equilibrium constant is very large. The formation of the desired product was determined to have a reaction order of 0.6 for olefin with the O₂ order equal to 1. The path for the CO₂ reaction has an olefin order of 0.20 with the O₂ order also being 1. What could you change in the process to enhance expoxide production and minimize CO2 formation ?

b) The undesired CO₂ path has an activation of 90 Kj/mol while the desired path has an activation energy of 40 Kj/mol. What operating condition will benefit the desired reaction?

Question

1) The partial oxidation of an olefin to produce an epoxide is catalyzed by supported Mo oxide.

a) Write the general rate equations for the formation of each product . Ignore the reverse reaction since the equilibrium constant is very large. The formation of the desired product was determined to have a reaction order of 0.6 for olefin with the O₂ order equal to 1. The path for the CO₂ reaction has an olefin order of 0.20 with the O₂ order also being 1. What could you change in the process to enhance expoxide production and minimize CO2 formation ?

b) The undesired CO₂ path has an activation of 90 Kj/mol while the desired path has an activation energy of 40 Kj/mol. What operating condition will benefit the desired reaction?

Accepted Answer

The Answer is in the image, click to view ...

Question

1) The partial oxidation of an olefin to produce an epoxide is catalyzed by supported Mo oxide. a) Write the general rate equations for the

Step by Step Solution

Step: 1

Get Instant Access with AI-Powered Solutions

Step: 2

Step: 3

Ace Your Homework with AI

Students also viewed these Chemical Engineering questions

Question

Question

Question

Question

Question

Question

Question

Question

Question