Holland Ch. Fundamentals of Multicomponent Distillation

McGraw-Hill. 1997. — 636 p.Part of the McGraw-Hill Chemical Engineering Series, thistext constitutes an in-depth treatment of the subject ofmulticomponent distillation. It begins with first prin-ciples and goes to the frontiers of the subject. Each topicis introduced in an elementary and fundamental manner whichmakes the text suitable for the undergraduate student, thegraduate student, or the professional engineer.Introduction to the Fundamentals of Distillation
Development and Application of the Theta Method of Convergence to Conventional Distillation Columns
Application of the Theta Method of Convergence to Complex Columns and to Systems of Columns
The 2N Newton-Raphson Method
Almost Band Algorithms of the Newton-Raphson Method
Systems of Azeotropic and Extractive Distillation Columns
Solution of Systems of Columns with Energy Exchange between Recycle Streams
Distillation Accompanied by Chemical Reaction
Optimum Design and Operation of Conventional and Complex Distillation Columns
Characteristics of Continuous Distillation Columns at Various Modes of Operation
Conventional and Complex Distillation Columns at Minimum Reflux
Design of Sieve and Valve Trays
Application of the Fundamentals of Mass Transfer to Plate Efficiencies and Packed Columns
Thermodynamic Relationships for Multicomponent Mixtures
Selected Topics in Matrix Operations and Numerical Methods for Solving Multivariable Problems
Appendixes
Indexes