Fundamentals of Multicomponent Distillation 1st Edition by Charles Donald Holland ISBN 0070295670 9780070295674
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Authors:Charles Donald Holland , Series:Biochemistry [4] , Tags:Technology & Engineering; Chemical & Biochemical , Author sort:Holland, Charles Donald , Ids:Google; 9780070295674 , Languages:Languages:eng , Published:Published:Apr 1981 , Publisher:Mcgraw-hill , Comments:Part of the McGraw-Hill Chemical Engineering Series, this text constitutes an in-depth treatment ofthe subject of multicomponent distillation. It begins with first prin- ciples and goes to the frontiers of the subject. Each topic is introduced in an elementary and fundamental manner which makes the text suitable for the undergraduate student, the graduate student, or the professional engineer.« less; « less
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ISBN 10: 0070295670
ISBN 13: 9780070295674
Author: Charles Donald Holland
Fundamentals of Multicomponent Distillation 1st Edition Table of contents:
Chapter 1: Introduction to Multicomponent Distillation
- Overview of Distillation and Separation Processes
- Historical Background and Development of Distillation
- Importance of Multicomponent Distillation in Chemical Engineering
- Key Concepts: Vapor-Liquid Equilibrium (VLE) and Phase Diagrams
Chapter 2: Thermodynamic Foundations of Distillation
- Fundamentals of Vapor-Liquid Equilibrium (VLE)
- Raoult’s Law and its Limitations in Multicomponent Systems
- The Margules and Wilson Models for Activity Coefficients
- The Gibbs Phase Rule and its Application to Distillation
Chapter 3: Multicomponent Distillation Principles
- Generalized Distillation Theory for Multicomponent Systems
- Tray and Packed Column Design for Multicomponent Systems
- Mass and Energy Balances in Multicomponent Distillation
- Equilibrium Stages and Number of Theoretical Stages
Chapter 4: Methods of Calculating Multicomponent Distillation
- McCabe-Thiele Method for Multicomponent Systems
- The Method of Operating Lines
- Use of Diagrams for Multicomponent Systems
- Computational Methods for Multicomponent Distillation
Chapter 5: Column Design for Multicomponent Systems
- Tray Design and Efficiency for Multicomponent Distillation
- Packed Columns and their Role in Multicomponent Separation
- Column Sizing and Pressure Drop in Multicomponent Distillation
- Design of Multicomponent Columns for Optimal Separation
Chapter 6: Non-Ideal Systems and Deviations from Raoult’s Law
- Non-Ideal Behavior in Multicomponent Mixtures
- Activity Coefficients and Their Impact on Distillation
- Deviation from Ideal Solutions: Azeotropes and Heterogeneous Systems
- Design Considerations for Non-Ideal Multicomponent Distillation
Chapter 7: Industrial Applications of Multicomponent Distillation
- Separation of Petroleum Fractions in Multicomponent Distillation
- Distillation of Azeotropic Mixtures: Techniques and Challenges
- Multicomponent Distillation in Chemical, Pharmaceutical, and Food Industries
- Environmental and Sustainability Considerations in Multicomponent Distillation
Chapter 8: Advanced Distillation Techniques
- Reactive Distillation for Multicomponent Systems
- Pressure-Swing Distillation and its Applications
- Extractive Distillation: Principles and Techniques
- Membrane Assisted Distillation and Hybrid Systems
Chapter 9: Control and Optimization of Multicomponent Distillation Columns
- Dynamic Modeling and Control Strategies for Multicomponent Systems
- Optimization of Distillation Columns: Economic and Performance Aspects
- Advanced Process Control in Multicomponent Distillation
- Sensitivity Analysis and Robustness in Column Operation
Chapter 10: Case Studies in Multicomponent Distillation
- Case Study 1: Distillation of Hydrocarbon Mixtures
- Case Study 2: Alcohol-Water-Azeotrope Separation
- Case Study 3: Distillation in the Pharmaceutical Industry
- Case Study 4: Biochemical Applications of Multicomponent Distillation
Chapter 11: Challenges and Future Directions in Multicomponent Distillation
- Challenges in Handling Complex Mixtures in Distillation
- Modeling and Simulation Advancements in Multicomponent Distillation
- Green and Sustainable Technologies in Multicomponent Distillation
- Emerging Trends and Future Research Directions
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