ISBN13: | 9789811051562 |
ISBN10: | 9811051569 |
Binding: | Hardback |
No. of pages: | 350 pages |
Size: | 235x155 mm |
Language: | English |
Illustrations: | Approx. 350 p. |
700 |
Process Theory of Distillation
EUR 160.49
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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.
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.
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.