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28420 Separation Processes

The course material is organized in terms of:

Course schedule (view the document),

Presentation files for each lecture (for download/view from a corresponding zip-file or pdf-file):

• Lecture 1:Introduction to separation processes
• Lecture 2:Phase equlibrium calculations
• Lecture 3:Graphical design, absorption & stripping
• Lecture 4:Solvent selection plus additional note:Solvent based separation (lecture 4 additional notes)
• Lecture 5a:Graphical design (liquid-liquid extraction) - I
• Lecture 5b:Graphical design (liquid-liquid extraction) - II
• Lecture 6:Extractive-azeotropic distillation
• Lecture 7: Distillation simulation models
• Lecture 8:Graphical design (solid-liquid extraction) & crystallization plus additional note: Conceptual-design (crystallization) - Lecture 8 additional notes
• Lecture 9:Batch distillation & reactive distillation plus additional note: Graphical design (reactive separation) - lecture 9 additional notes
• Lecture 10:Short-path evaporation

List of tutorial documents:

• Tutorials 1-2:Introduction to ICAS, CAPEC database and ProPred
• Tutorial 3:LLE phase diagram calculations
• Tutorial 4:Distillation column design, residue curves, distillation boundaries with PDS
• Tutorial 5:Distillation column simulation model solution algorithms
• Tutorial 6:Organic SLE phase diagram calculations with ICAS
• Turorial 7a:Batch distillation
• Tutorial 7b:Batch Distillation with BRIC
• Tutorial 8:Reactive phase diagrams, reactive flash, etc., with PDS
• Tutorial 9a:Short-path evaporation
• Tutorial 9b:Short-path evaporation MoT-model and EXCEL interface