Process Theory of Distillation - Yu, Kuo-Tsung; Yuan, Xigang; - Prospero Internet Bookshop

Process Theory of Distillation
 
Product details:

ISBN13:9789811051562
ISBN10:9811051569
Binding:Hardback
No. of pages:350 pages
Size:235x155 mm
Language:English
Illustrations: Approx. 350 p.
700
Category:

Process Theory of Distillation

 
Edition number: 1st ed. 2024
Publisher: Springer
Date of Publication:
Number of Volumes: 1 pieces, Book
 
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EUR 160.49
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Short description:

This book summarizes the latest findings in distillation process research conducted by the distillation research team in Tianjin University, with a focus on engineering aspects. In the context of the multi-scale features of the distillation process, it covers three main areas in research and analysis: process modeling, especially macro-scale industrial columns; process mechanisms, particularly meso-scale mass transfer; and process economics, aimed at the analysis of investment and operating costs (especially the energy costs) of entire macro-scale separation systems involving multiple columns. As it addresses the main engineering basis of distillation, it is also a valuable reference guide to vapor?liquid equilibrium analysis, process modeling and enhancement, efficient column-structure design, methods for reducing energy consumption, and the development of hybrid distillation processes.

Long description:

This book summarizes the latest findings in distillation process research conducted by the distillation research team in Tianjin University, with a focus on engineering aspects. In the context of the multi-scale features of the distillation process, it covers three main areas in research and analysis: process modeling, especially macro-scale industrial columns; process mechanisms, particularly meso-scale mass transfer; and process economics, aimed at the analysis of investment and operating costs (especially the energy costs) of entire macro-scale separation systems involving multiple columns. As it addresses the main engineering basis of distillation, it is also a valuable reference guide to vapor?liquid equilibrium analysis, process modeling and enhancement, efficient column-structure design, methods for reducing energy consumption, and the development of hybrid distillation processes.

Table of Contents:

Part I: Simulation of Industrial Scaled Distillation Column.-Chapter 1. Modeling and Experimental Work of Industrial Scale Distillation Column.- Chapter 2. Hydrodynamics of Distillation Column.- Chapter 3. Unsteady Operation of Distillation Column (I) Start-up and Dynamic Response.- Chapter 4. Unsteady Operation of Distillation Column (II) Batch Distillation.- Chapter 5. Unconventional Distillation.- Mass Transfer in Multi-Component System.- Part II: Near Interface Behavior and Interfacial Convection.- Chapter 6. Simulation of Near Interface Behaviors.- Chapter 7. Interfacial Convection and Enhancement of Mass Transfer.- Chapter 8. Multi-scale Simulation - From Interface to Bulk Fluid.- Part III: Utilization of Process Energy.- Chapter 9. Synthesis of Heat Integrated Complex Distillation Systems.- Chapter 10. Utilization of Energy for Distillation.