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General Informations
Target audience: 1st-year Master's Degree—Chemical Engineering
Course Title: Unit Operations II
Credit: 06
Coefficient: 03
Duration: 15 weeks (03 hours—course and 01 hour 30 minutes—tutorial)
Schedule: Monday, from 12:30 to 14:00, and Wednesday, from 14:00 to 15:30
Classroom: 23
Assessment: 40% continuous assessments, 60% final exam
Instructor: Dr. Mohamed BOUTI
Contact: bouti.m@centre-univ-mila.dzTeaching objectives
At the end of the course, students will be able to:
- Apply mass and energy balances to thermal separation processes.
- Interpret phase equilibria and use thermodynamic diagrams for process analysis.
- Analyze heat and mass transfer mechanisms and rate-controlling steps.
- Perform preliminary design calculations for key industrial equipment.
- Evaluate process performance and propose justified technical improvements.Prerequisites
Students are expected to have prior knowledge in:
- Advanced Thermodynamics (phase equilibria, energy balances)
- Transport Phenomena (heat and mass transfer fundamentals)
- Unit Operations I (basic separation processes)
A solid understanding of these subjects is required for successful completion of this course.Global Plan
Chapter 1: Humidification
Chapter 2: Drying
Chapter 3: Evaporation
Chapter 4: CrystallizationReferences
- Daniel Morvan, Génie Chimique : les opérations Unitaires procédés Industriels Cours et Exercices Corrigés, Editeur : ELLIPSES, Colletion :Technosup, 2009.
- Warren L. MCCabe,Julian C. Smith,, Peter Harriott « Unit Operations of Chemical engineering », Seventh Edition MC Graw Hill,2005.
- Unit Operations Handbook, Volume 1, Mass transfer, Edited by John J. Mcketta, 1993.
- Robert E. Treybal, « Mass Transfer Operations », Third Edition, McGraw-Hill, 1980.
- Georges Arditti, Technologie chimique industrielle, Tome 3, Production de la chaleur Transfert de matière utilisant l’énergie, Éditions EYROLLES, 1972.