The Course Deals With Chemical Engineering Unit Operations And Kinetics- and Equilibrium-driven Separations. The Subjects Include Flow in Pipes, Flow Accessories, Pumps, Flow Through Stationary And Fluidized Beds, Solid Filtration, Particle Size Analysis, Sedimentation, Precipitation, Crystallization, Membrane And Electro-separations, Distillation, Extraction, Adsorption, Chromatography, Humidification and Drying of Solids.

Faculty: Chemical Engineering
|Undergraduate Studies

Pre-required courses

54203 - Principles of Chemical Engineering 1m or (54203 - Principles of Chemical Engineering 1m and 54306 - Principles of Chemical Engineering 2m and 54374 - Process Analysis Using Numerical Methods and 234128 - Introduction to Computing With Python) or 54309 - Separation Processes Chem-biochem Eng or 54374 - Process Analysis Using Numerical Methods or 234128 - Introduction to Computing With Python


Parallel course

54330 - Chemical Process Simulation Laboratory


Course with no extra credit

54309 - Separation Processes Chem-biochem Eng


Course with no extra credit (contained)

54136 - Separation Processes 1 Chem-bioche Eng 54305 - Separation Operations 2 54307 - Separation Processes 1 Chem-bioche Eng 54323 - Separation Processes Environment


Semestrial Information