Sizing and selection of reactors for batch, semi-batch, and continuous chemical production processes.
About this course
This course focuses on the practical engineering of chemical reactors used in industrial settings. You will learn how to size and select reactors for batch, semi-batch, and continuous production processes. The curriculum covers reaction kinetics, thermodynamics, and heat transfer as they apply to real-world chemical manufacturing.
You will work through design projects that require you to justify your choices based on safety, efficiency, and cost. Laboratory sessions provide hands-on experience with small-scale reactor systems, allowing you to test theoretical calculations against actual performance data.
Who takes this course
This course is required for students in the Chemical Process Technology program. It is typically offered in the third year of the program.
Credits: 3 · Hours: 45
Prerequisites
Learning outcomes
- Calculate reactor volume and dimensions for batch, semi-batch, and continuous systems.
- Select appropriate reactor types based on reaction kinetics and product requirements.
- Evaluate heat transfer requirements and integrate cooling or heating systems.
- Assess safety implications of reactor design choices for hazardous materials.
- Prepare technical reports justifying reactor selection and operational parameters.
Evaluation
| Component | Weight (%) |
| Mid-term examination | 25 |
| Reactor design project (individual) | 35 |
| Laboratory reports (group) | 20 |
| Final examination | 20 |