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SAMPLE: Course Syllabus for junior-level course Separation Process Engineering p. 4
EXAMPLE Schedule A: Equilibrium Staged Plus Membranes with Computer Labs p. 9
EXAMPLE Schedule B: Classical Equilibrium Staged Course with Computer Lab p. 10
EXAMPLE Schedule C: Vapor-Liquid Separations Course with Computer Lab p.11
EXAMPLE Schedule D: Classical Equilibrium Stage Course Without Computer Lab p. 12
EXAMPLE Schedule E: Mass Transfer & Diffusion Plus Mass Transfer Analysis of Distillation,
Absorption, Membrane & Sorption Separations (students have had 1st Separations course) p.13
EXAMPLE Schedule F. Separations Overview Course – Distillation, Absorption, Crystallization,
Membrane Separation, Adsorption, and Chromatography. p.14
EXAMPLE Schedule G. Graduate Separations Course – Maxwell-Stefan Mass Transfer, p.15
Membrane Separation, Adsorption & Chromatography, and Aspen Chromatography
EXAMPLE Schedule H. Proposed Graduate Course in Rate Separations – Crystallization from p.16
Solution, Melt Crystallization, Adsorption & Chromatography, and Aspen Chromatography.
SOLUTIONS TO PROBLEMS:
Chapter 1 p. 17
Chapter 2 p. 19
Chapter 3 p. 59
Chapter 4 p. 73
Chapter 5 p. 113
Chapter 6 p. 133
Chapter 7 p. 145
Chapter 8 p. 169
Chapter 9 p. 213
Chapter 10 p. 247
Chapter 11 p. 273
Chapter 12 p. 291
Chapter 13 p. 321
Chapter 14 p. 351
Chapter 15 p. 373
for Separation Process Engineering, 5th edition Phillip C. Wankat Complete And Study material 557pages LEARNEXAMS
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