Kinetics and reactor design for homogeneous and heterogeneous chemical transformations.
About this course
Chemical Reaction Engineering introduces the principles of reaction kinetics and reactor design. You will study how chemical transformations occur in both homogeneous and heterogeneous systems, focusing on the mathematical models used to predict reactor performance. The course covers reaction rate laws, stoichiometry, and the effects of operating conditions such as temperature and pressure on equilibrium and conversion rates.
Through a hands-on reactor design project, you will apply these concepts to real-world process scenarios. You will learn to size and evaluate reactors for industrial applications, considering factors like residence time, catalyst efficiency, and heat management. This course is essential for understanding the core engineering challenges in chemical processing plants.
Who takes this course
Credits: 3 · Hours: 45
Prerequisites
Learning outcomes
- Calculate reaction rates for first- and second-order reactions.
- Design batch and continuous reactors for target conversion levels.
- Evaluate the impact of temperature and pressure on reaction equilibrium.
- Analyse mass transfer limitations in heterogeneous systems.
Evaluation
| Component | Weight (%) |
| Mid-term examination | 30 |
| Reactor design project | 35 |
| Final examination | 35 |