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Fundamentals of Preparative And Nonlinear Chromatography,9780123705372
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Fundamentals of Preparative And Nonlinear Chromatography


Edition: 2nd
Author(s): Guiochon; Felinger; Shirazi
ISBN10:  0123705371
ISBN13:  9780123705372
Format:  Hardcover
Pub. Date:  3/21/2006
Publisher(s): Elsevier Science

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SummaryTable of Contents
The second edition of Fundamentals of Preparative and Nonlinear Chromatography is devoted to the fundamentals of a new process of purification or extraction of chemicals or proteins widely used in the pharmaceutical industry and in preparative chromatography. This process permits the preparation of extremely pure compounds satisfying the requests of the US Food and Drug Administration. The book describes the fundamentals of thermodynamics, mass transfer kinetics, and flow through porous media that are relevant to chromatography. It presents the models used in chromatography and their solutions, discusses the applications made, describes the different processes used, their numerous applications, and the methods of optimization of the experimental conditions of this process.
Preface v
Acknowledgements ix
Introduction, Definitions, Goal
1(18)
History of Chromatography
3(9)
Definitions
12(3)
Goal of the Book
15(4)
References
17(2)
The Mass Balance Equation of Chromatography and Its General Properties
19(48)
Mass and Heat Balance Equations in Chromatography
21(21)
Solution of the System of Mass Balance Equations
42(15)
Important Definitions
57(10)
References
63(4)
Single-Component Equilibrium Isotherms
67(84)
Fundamentals of Adsorption Equilibria
70(10)
Models of Adsorption Isotherms in Liquid--Solid Equilibria
80(29)
Adsorption and Affinity Energy Distribution
109(8)
Influence of Experimental Conditions on Equilibrium Isotherms
117(5)
Determination of Single-Component Isotherms
122(13)
Data Processing and Assessment
135(16)
References
144(7)
Competitive Equilibrium Isotherms
151(70)
Models of Multicomponent Competitive Adsorption Isotherms
153(38)
Determination of Competitive Isotherms
191(30)
References
216(5)
Transfer Phenomena in Chromatography
221(60)
Diffusion
222(18)
Axial Dispersion and Mass Transfer Resistance in Porous Media
240(17)
The Viscosity of Liquids
257(24)
References
275(6)
Linear Chromatography
281(66)
The Plate Models
283(7)
The Solution of the Mas Balance Equation
290(11)
The General Rate Model of Chromatography
301(9)
Moment Analysis and Plate Height Equations
310(18)
The Statistic Approach
328(7)
Sources of Band Asymmetry and Tailing in Linear Chromatography
335(6)
Extension of Linear to Nonlinear Chromatography Models
341(6)
References
342(5)
Band Profiles of Single-Components with the Ideal Model
347(40)
Retrospective of the Solution of the Ideal Model of Chromatography
349(2)
Migration and Evolution of the Band Profile
351(12)
Analytical Solutions of the Ideal Model
363(14)
The Ideal Model in Gas Chromatography
377(2)
Practical Relevance of Results of the Ideal Model
379(8)
Band Profiles of Two Components with the Ideal Model
387(50)
General Principle of the Solution
390(5)
Elution of a Wide Band With Competitive Langmuir Isotherms
395(6)
Elution of a Narrow Band with Competitive Langmuir Isotherms
401(6)
Method of Calculation of the Ideal Model Solution in a Specific Case
407(7)
Dimensionless Plot of a Two-component Band System
414(2)
The Displacement Effect
416(3)
The Tag-Along Effect
419(2)
The Ideal Model in Gas Chromatography
421(2)
Practical Relevance of the Ideal Model
423(14)
References
436(1)
Band Profiles in Displacement Chromatography with the Ideal Model
437(34)
Steady State in the Displacement Mode. The Isotachic Train
439(11)
The Theory of Characteristics
450(11)
Coherence Theory
461(6)
Practical Relevance of the Results of the Ideal Model
467(4)
References
468(3)
Single-Component Profiles with the Equilibrium Dispersive Model
471(60)
Fundamental Basis of the Equilibrium Dispersive Model
473(3)
Approximate Analytical Solutions
476(16)
Numerical Solutions of the Equilibrium--Dispersive Model
492(17)
Results Obtained with the Equilibrium Dispersive Model
509(22)
References
527(4)
Two-Component Band Profiles with the Equilibrium--Dispersive Model
531(38)
Numerical Analysis of the Equilibrium--Dispersive Model
532(10)
Applications of the Equilibrium--Dispersive Model
542(27)
References
567(2)
Frontal Analysis, Displacement and the Equilibrium--Dispersive Model
569(36)
Displacement Chromatography with a Nonideal Column
570(17)
Applications of Displacement Chromatography
587(12)
Comparison of Calculated and Experimental Results
599(6)
References
603(2)
System Peaks with the Equilibrium--Dispersive Model
605(46)
System Peaks in Linear Chromatography
606(20)
High-Concentration System Peaks
626(25)
References
647(4)
Kinetic Models and Single-Component Problems
651(48)
Solution of the Breakthrough Curve under Constant Pattern Condition
653(16)
Analytical and Numerical Solutions of the Kinetic Models
669(11)
Comparison Between the Various Kinetic Models
680(7)
Results of Computer Experiments
687(2)
Numerical Solution of the Lumped Pore Diffusion Model
689(4)
The Monte Carlo Model of Nonlinear Chromatography
693(6)
References
695(4)
Gradient Elution Chromatography under Nonlinear Conditions
699(36)
Retention Times and Band Profiles in Linear Chromatography
701(4)
Retention of the Organic Modifier or Modulator
705(6)
Numerical Solutions of Nonlinear Gradient Elution
711(15)
Gradient Elution in Ion-Exchange Chromatography
726(9)
References
731(4)
Kinetic Models and Multicomponent Problems
735(44)
Analytical Solution for Binary Mixture; Constant Pattern Behavior
736(11)
Linear Driving Force Model Approach
747(7)
Numerical Solution of The General Rate Model of Chromatography
754(25)
References
775(4)
Simulated Moving Bed Chromatography
779(70)
Introduction
780(3)
Modeling of Simulated Moving Bed (SMB) Separations
783(2)
Analytical Solution of the Linear, Ideal Model of SMB
785(21)
Analytical Solution of the Linear, Nonideal Model of SMB
806(2)
McCabe--Thiele Analysis
808(1)
Optimization of the SMB Process
809(7)
Nonlinear, Ideal Model of SMB
816(10)
Recent Improvements in SMB Performance with New Operating Modes
826(10)
Numerical Solutions for Nonlinear, Nonideal SMB
836(13)
References
845(4)
Optimization of the Experimental Conditions
849(90)
Definitions
851(6)
The Economics of Chromatographic Separations
857(10)
Optimization Based on Theoretical Considerations
867(16)
Optimization Using Numerical Solutions
883(32)
Recycling Procedures
915(5)
Practical Rules
920(4)
Optimization of the SMB Process
924(15)
References
935(4)
Glossary of Symbols 939(10)
Glossary of Terms 949(20)
Index 969

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