Core Topics in Chemical Engineering: Diffusion and Mass Transfer

Understand and analyse transport phenomena

Transport phenomena like heat transfer, mass transfer, and momentum transfer are vital to the study of chemical engineering. Understanding them is the key to developing advanced separation techniques.

This six-week course from Taipei Medical University (TMU) provides a comprehensive overview of transport phenomena, with a particular focus on diffusion, mass transfer, and convection. Once you’ve understood the fundamentals of all three processes, you’ll learn how to analyse them using coefficient models.

Gain an introduction to diffusion, convection, and mass transfer

You’ll start the course with an overview of the basic concepts and mechanisms of three transport phenomena: diffusion, convection, and mass transfer.

You’ll explore different types of diffusion and mass transfer, learning how you can identify them in everyday life.

Solve equations using the mass transfer and diffusion coefficient models

Once you’ve understood the principles of diffusion, convection, and mass transfer, you’ll begin mastering equations for analysing them. You’ll focus on two basic models for analysis, known as the diffusion coefficient model and the mass transfer coefficient model.

By the end of the course, you’ll have a deeper understanding of essential transport phenomena, and the skills you need to undertake advanced separation techniques.

This course is designed for anyone interested in learning more about a vital area of chemistry and chemical engineering.

Learners will need a basic understanding of mathematics or engineering, and the ability to solve linear algebra and differential equations.

• Introduction to diffusion and mass transfer
• Introducing mass transfer
• Diffusion in dilute solution
• Dilute solution
• Diffusion coupled with convection
• Diffusion convection
• Mass transfer in different coordinates
• Mass transfer in different coordinates
• Mass transfer coefficient model
• Coefficient model
• Correlations for Mass transfer
• Correlations
• Assessment time