Part 1# Kinetics of Elementary Reactions, Chemical Equilibrium, Kinetics of Multi-steps Reactions# Complex Reactions, Chain Reactions, Explosion Reactions, Polymerization. Adsorption And Desorption, Catalysis. Kinetics of Homogeneous, Heterogeneous And Enzymatic Catalysis. Part 2# The Kinetic Theory of Gases, Transport Coefficients, Collision Theory, Transition State Theory, Potential Energy Surfaces. Part 3# The Properties and Design of Ideal Reactors (batch, Pfr, Cstr, Semi-batch). Relation Between Chemical Kinetics, Size and Type Of Reactor Under Isothermal Operation. Effect of Connecting Reactors, Selectivity Issues.

Faculty: Chemical Engineering
|Undergraduate Studies

Pre-required courses

(14211 - Fluid Mechanics and 54215 - Thermodynamics A and 124120 - Principles of Chemistry) or (54203 - Principles of Chemical Engineering 1m and 54215 - Thermodynamics A and 124120 - Principles of Chemistry)


Course with no extra credit

54321 - Introduction to Chemical Reactors'design 54408 - Int.to Chem.and Biochem.reactors' Design 54482 - Introduction to Reactor Design (e)


Course with no extra credit (contained)

124414 - Physical Chemistry-chemical Kinetics


Semestrial Information