Hoboken, New Jersey: Wiley & Sons Inc., 2011, - 344 стр.
An in-depth look at the general principles of design—complete with a rich series of case studies. Presenting general design principles in a concise format, this book guides readers in building an effective flowsheet and control structure when developing a chemical process. Aided by detailed economic design examples of typically complex industrial processes, the book encompasses all the methods and techniques essential to chemical process design in the creation of new facilities or the modifications of existing ones. In addition, it shows ways in which these methods can be applied to reactive distillation, reactor design, plant design, and various other chemical engineering processes.
Contents:
Introduction
Principles of reactor design and control
Principles of distillation design and control
Principles of plantwide control
Economic basis
Design and control of the acetone process via dehydrogenation of isopropanol
Design and control of an auto-refrigerated alkylation process
Design and control of the butyl acetate process
Design and control of the cumene process
Design and control of the ethyl benzene process
Design and control of a methanol reactor/column process
Design and control of the methoxy-methyl-heptane process
Design and control of a methyl acetate process using carbonylation of dimethyl ether
Design and control of the mono-isopropyl amine process
Design and control of the styrene process
An in-depth look at the general principles of design—complete with a rich series of case studies. Presenting general design principles in a concise format, this book guides readers in building an effective flowsheet and control structure when developing a chemical process. Aided by detailed economic design examples of typically complex industrial processes, the book encompasses all the methods and techniques essential to chemical process design in the creation of new facilities or the modifications of existing ones. In addition, it shows ways in which these methods can be applied to reactive distillation, reactor design, plant design, and various other chemical engineering processes.
Contents:
Introduction
Principles of reactor design and control
Principles of distillation design and control
Principles of plantwide control
Economic basis
Design and control of the acetone process via dehydrogenation of isopropanol
Design and control of an auto-refrigerated alkylation process
Design and control of the butyl acetate process
Design and control of the cumene process
Design and control of the ethyl benzene process
Design and control of a methanol reactor/column process
Design and control of the methoxy-methyl-heptane process
Design and control of a methyl acetate process using carbonylation of dimethyl ether
Design and control of the mono-isopropyl amine process
Design and control of the styrene process