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Catalyst Design: Optimal Distribution of Catalyst in Pellets, Reactors, and Membranes (Cambridge Series in Chemical Engineering)

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Catalyst Design: Optimal Distribution of Catalyst in Pellets, Reactors, and Membranes (Cambridge Series in Chemical Engineering) Cover

 

Synopses & Reviews

Publisher Comments:

Since heterogeneous catalysis is widely used in chemical, refinery, and pollution-control processes, achieving optimal catalytic performance is a significant issue for chemical engineers and chemists. This book addresses the question of how catalytic material should be distributed inside a porous support to obtain optimal performance. It treats single and multiple reaction systems, isothermal and nonisothermal conditions, pellets, monoliths, fixed-bed reactors, and membrane reactors. The effects of physicochemical and operating parameters are analyzed to gain insight into the underlying phenomena governing the performance of optimally designed catalysts. Throughout, the authors offer a balanced treatment of theory and experiment and stress problems of commercial importance.

Synopsis:

Since heterogeneous catalysis is widely used in chemical, refinery, and pollution-control processes, achieving optimal catalytic performance is a significant issue for chemical engineers and chemists. This book addresses the question of how catalytic material should be distributed inside a porous support to obtain optimal performance. It treats single and multiple reaction systems, isothermal and nonisothermal conditions, pellets, monoliths, fixed-bed reactors, and membrane reactors. The effects of physicochemical and operating parameters are analyzed to gain insight into the underlying phenomena governing the performance of optimally designed catalysts. Throughout, the authors offer a balanced treatment of theory and experiment and stress problems of commercial importance.

Synopsis:

Thorough treatment of the design, preparation, and utilization of catalytic systems for optimal performance.

Description:

Includes bibliographical references (p. 201-220) and indexes.

Product Details

ISBN:
9780521660594
Author:
Morbidelli, Massimo
Publisher:
Cambridge University Press
Author:
Varma, Arvind
Author:
Gavrilidis, Asterios
Author:
Gavriilidis, Asterios
Location:
Cambridge
Subject:
Engineering - Chemical & Biochemical
Subject:
Engineering - Industrial
Subject:
Catalysts
Subject:
Chemical & Biochemical
Subject:
Industrial engineering
Subject:
Chemistry-Chemical Engineering
Series:
Cambridge series in chemical engineering
Series Volume:
108-409
Publication Date:
20140531
Binding:
Paperback
Grade Level:
Professional and scholarly
Language:
English
Illustrations:
Y
Pages:
240

Related Subjects

Engineering » Industrial and Control Engineering » General
History and Social Science » Economics » General
History and Social Science » World History » General
Science and Mathematics » Chemistry » Chemical Engineering
Science and Mathematics » Mathematics » Geometry » Geometry and Trigonometry

Catalyst Design: Optimal Distribution of Catalyst in Pellets, Reactors, and Membranes (Cambridge Series in Chemical Engineering) New Hardcover
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Product details 240 pages Cambridge University Press - English 9780521660594 Reviews:
"Synopsis" by , Since heterogeneous catalysis is widely used in chemical, refinery, and pollution-control processes, achieving optimal catalytic performance is a significant issue for chemical engineers and chemists. This book addresses the question of how catalytic material should be distributed inside a porous support to obtain optimal performance. It treats single and multiple reaction systems, isothermal and nonisothermal conditions, pellets, monoliths, fixed-bed reactors, and membrane reactors. The effects of physicochemical and operating parameters are analyzed to gain insight into the underlying phenomena governing the performance of optimally designed catalysts. Throughout, the authors offer a balanced treatment of theory and experiment and stress problems of commercial importance.
"Synopsis" by , Thorough treatment of the design, preparation, and utilization of catalytic systems for optimal performance.
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