Multistage Separation Processes, Third Edition
by Fouad M. Khoury
SynopsisKhoury (chemical engineering, University of Houston) presents methods for evaluating performance trends, limitations, and bottlenecks in multistage separation processes, emphasizing intuitive understanding and practical interpretation. Mathematical models demonstrate the performance of processes under varying conditions and the relationships among the different operating variables. The book also provides shortcuts to help engineers make reliable decisions quickly, and industrial heuristics about what ranges of operating variables will work. Previously published as Predicting the performance of multistage separation processes in 1995 and 1999, the third edition adds chapters on control and membrane separations.
Table of Contents
Ch. 1 Thermodynamics and phase equilibria 1
Ch. 2 The equilibrium stage 61
Ch. 3 Fundamentals of multistage separation 91
Ch. 4 Material balances in multi-component separation 113
Ch. 5 Binary distillation : principles 127
Ch. 6 Binary distillation : applications 159
Ch. 7 Multi-component separation : conventional distillation 183
Ch. 8 Absorption and stripping 201
Ch. 9 Complex distillation and multiple column processes 215
Ch. 10 Special distillation processes 245
Ch. 11 Liquid-liquid extraction and supercritical extraction 263
Ch. 12 Shortcut methods 279
Ch. 13 Rigorous equilibrium methods 313
Ch. 14 Tray hydraulics, rate-bates analysis, tray efficiency 359
Ch. 15 Packed columns 389
Ch. 16 Control and optimization of separation processes 411
Ch. 17 Batch distillation 421
Ch. 18 Membrane separation operations 437
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by Fouad M. Khoury
SynopsisKhoury (chemical engineering, University of Houston) presents methods for evaluating performance trends, limitations, and bottlenecks in multistage separation processes, emphasizing intuitive understanding and practical interpretation. Mathematical models demonstrate the performance of processes under varying conditions and the relationships among the different operating variables. The book also provides shortcuts to help engineers make reliable decisions quickly, and industrial heuristics about what ranges of operating variables will work. Previously published as Predicting the performance of multistage separation processes in 1995 and 1999, the third edition adds chapters on control and membrane separations.
Table of Contents
Ch. 1 Thermodynamics and phase equilibria 1
Ch. 2 The equilibrium stage 61
Ch. 3 Fundamentals of multistage separation 91
Ch. 4 Material balances in multi-component separation 113
Ch. 5 Binary distillation : principles 127
Ch. 6 Binary distillation : applications 159
Ch. 7 Multi-component separation : conventional distillation 183
Ch. 8 Absorption and stripping 201
Ch. 9 Complex distillation and multiple column processes 215
Ch. 10 Special distillation processes 245
Ch. 11 Liquid-liquid extraction and supercritical extraction 263
Ch. 12 Shortcut methods 279
Ch. 13 Rigorous equilibrium methods 313
Ch. 14 Tray hydraulics, rate-bates analysis, tray efficiency 359
Ch. 15 Packed columns 389
Ch. 16 Control and optimization of separation processes 411
Ch. 17 Batch distillation 421
Ch. 18 Membrane separation operations 437
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