Chemical Engineering

Applied heat and mass transport: Applied fluid mechanics, thermodynamic work, heat transport and first and second law of thermodynamics.
Mechanical separation processes: Sedimentation, sentrifuges, gass purification, and filtration.
Chemical processes: stirring, airconditioning, drying, extraction, crystallisation, ion-exchange, adsorption, and membranes.

The candidate has knowledge about applied heat and mass transfer.
The candidate has knowledge about mechanical separation processes.
The candidate has basic knowledge on process operations.

The candidate can gather and process necessary information for computations.
The candidate can calculate yield and scale separation processes.
The candidate can perform calculations related to process operations.
The candidate can construct and execute simple numerical models.
The candidate has knowledge about software for numerical modeling.

Lectures and exercises. Lectures: 70 hours, Exercises: 60 hours, Self-study: 160 hours.