Strategic Objectives
• Master the core principles of the solution-diffusion model.
• Navigate the critical trade-offs between permeability and selectivity.
• Design high-performance thin-film composite membranes for specific gases.
• Implement advanced transport equations to predict real-world performance.
The Core Challenge
Traditional separation methods are energy-intensive and inefficient, yet mastering the complex physics of membrane permeation remains a daunting challenge for many.
01
Foundations of Membrane Science
02
Polymer Architecture
03
The Solution-Diffusion Mechanism
04
Gas Solubility in Polymers
05
Diffusion Coefficients
06
Permeability Fundamentals
07
Selectivity and Separation
08
The Upper Bound
09
Thin-Film Composite Structures
10
Glassy vs. Rubbery Polymers
11
Free Volume Theory
12
The Dual-Mode Sorption Model
13
Plasticization and Aging
14
Fick's Laws of Diffusion
15
Concentration Polarization
16
Cross-flow vs. Dead-end Filtration
17
Surface Modification Techniques
18
Gas Separation Applications
19
Hollow Fiber Modules
20
Characterization Methods
21
The Future of Permeation
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