Chemical Engineering
Full course description
Many daily used products contain materials produced in industrial chemical plants. ‘Chemical
engineering’ studies the development, design, operation and improvement of these chemical
plants, the chemical and physical processes and their safety, sustainability and economic
feasibility.
This course will introduce students to the challenges of the modern chemical engineer, in which
basic chemical and physical concepts, like material and energy balances, process design and
typical unit operations, will be combined with discussions on sustainability/circularity and the
business consequences.
The example of industrial fertiliser production, one of the most important chemical processes in
modern societies, will be used to exercise with these topics complimentary to lectures and
tutorials. By continually building on prior knowledge, you learn about designing chemical processes
while developing a deeper understanding of chemical engineering fundamentals.
Course objectives
At the end of this course, you will be able to:
• Know basic process variables and apply them to solve practical problems
• Calculate energy (changes) for fluid streams, and physical and chemical processes.
• Determine the yield, conversion and selectivity of chemical reaction
• Describe some typical chemical industrial unit operations and do simple design calculations
• Complete energy and mass balances and make process flowsheets for steady state continuous and batch chemical processes
• Discuss about transition of the chemical industry towards a safe, sustainable, and circular industry
Prerequisites
None
Recommended reading
Mandatory:
▪ Elementary principles of chemical processes 4th edition, R.M. Felder, R.W. Rousseau, L.G. Bullard, 2016