تَقطیر یکی از مهم‌ترین و متداول‌ترین روش‌های جداسازی است و اساس آن بر توزیع اجزاء بین دو فاز بنیان گذاشته شده‌است. در واقع تقطیر یکی از متداول‌ترین راه‌های جداسازی مواد از یکدیگر به علت تفاوت نقطه جوش می‌باشد
محتویات کتاب تقطیر چند جزئی Holland
Chapter 1 : Introduction To The Fundamentals Of Distillation
Chapter 2 : Development and Application of The Theta Method of Convergence to Conventional Distillation Columns
Chapter 3 : Application of The Theta Method of Convergence to complex Columns an to Systems of Columns
Chapter 4 :The 2N Newoton – Raphson Method
Chapter 5 :Almost Band Algorithms of The Newoton – Raphson Method
Chapter 6 : Systems of Azeotropic and Extractive Distillation Columns
Chapter 7 : Solution of Systems of Columns With Energy Exchange Between Recycle Streams
Chapter 8 : Distillation Accompanied by Chemical Reaction
Chapter 9 : Optimum Design And Opration of Conventional And complex Distillation Columns
Chapter 10 : Characteriestics of Continuous Distillation Columns At Various Modes Of Opration
Chapter 11 : Conventional And complex Distillation Columns And Minimum Reflux
Chapter 12 : Design Of Sieve And valve Trays
Chapter 13 : Application of The Fundamentals of Mass Transfer To Plate Efficiencies And Packed Columns
Chapter 14 : Thermodynamic Relationships for Multicomponent Mixtures
Chapter 15 : Selected Topics In Matrix Oprations And Numerical Methods For Solving Multivariable Problems
محتویات کتاب تقطیر چند جزئی Henley
* Separation Proccesses
* Equipment for Multiphase Contacting
* Thermodynamic Equilibrium Diagrams
* Phase Equilibria from Equations of State
* Equilibrium Properties From Activity Coefficient Cor-relations
* Specification of Design Variables
* Equilibrium Flash Vaporization and Partial Condensation
* Graphical Multistage Calculations By The McCabe Thiele Method
* Batch Distillation
* Graphical Multistage Calculations By The Ponchon-Savarit Method
* Extraction Calculations By Triangular Diagrams
* Approximate Methods For Multicomponent , Multistage Separations
* Stage Capacity and Efficiency
* Synthesis of Separation Sequences
* Rigorous Methods for Multicomponent , Multistage Separations
* Continuous Differential Contacting Operations : Gas Absorption
* Energy Conservation and Thermodynamic Efficiency
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