(3 units). The principles of reaction engineering, including a systematic approach to the design of reactors housing single and multiple reactions. Techniques for sizing and evaluating the performance of continuous flow and batch reactors under isothermal and non-isothermal conditions, as well as during significant pressure drop. Introduction to catalysis and techniques for determining rate expressions for catalytic reactions. Course Component: Lecture, Tutorial Prerequisites: CHG 1371, CHG 2314.
(3 units). The principles of reaction engineering, including a systematic approach to the design of reactors housing single and multiple reactions. Techniques for sizing and evaluating the performance of continuous flow and batch reactors under isothermal and non-isothermal conditions, as well as during significant pressure drop. Introduction to catalysis and techniques for determining rate expressions for catalytic reactions. Course Component: Lecture, Tutorial Prerequisites: CHG 1371, CHG 2314.
