🔍 Separation Process Engineering - Complete Guide

29 Getting Started with Separation Process Engineering 30 Mass Transfer Fundamentals: Diffusion, Convection & Interphase Transport 31 Fick’s Laws & Stefan-Maxwell Equations Applied to Separation 32 Vapor-Liquid Equilibrium and Raoult’s Law Limitations 33 Constructing McCabe-Thiele Diagrams Step-by-Step 34 Azeotropes: Identification, Breaking Strategies & Entrainer Screening 35 Ternary Phase Diagrams and Tie-Line Construction 36 Kremser Equation Derivation and Multi-Stage Cascade Simulation 37 Solvent Recovery & Regeneration Energy Balancing 38 Gas-Liquid Equilibrium: Henry’s Law and Physical vs. Chemical Absorption 39 Designing Packed Towers Using HTU-NTU Methodology 40 Transport Mechanisms in RO, NF, UF & MF 41 Concentration Polarization & Critical Flux Determination 42 Fouling Classification and Mitigation Best Practices 43 Crystallization Thermodynamics and Supersaturation Control 44 Centrifuge Sizing Using Sigma Theory and Residence Time Distribution 45 Adsorption Isotherms: Langmuir Assumptions and Linearization Techniques 46 Fixed-Bed Breakthrough Curve Prediction Using Thomas Model 47 Pinch Analysis for Heat Recovery in Separation Trains 48 Process Intensification: Dividing Wall Columns & Reactive Distillation 49 Specific Energy Consumption (SEC) Benchmarking Across Technologies 50 Life Cycle Assessment (LCA) of Separation Units: GWP & Water Use Scopes 51 HAZOP for Separation Units: Key Guidewords & Deviations 52 Mechanical Integrity Management for High-Pressure Columns & Membranes