Activation, Deactivation, and Poisoning of Catalysts

Content: 
Front Matter, Page iii
Dedication, Page iv
Copyright, Page iv
PREFACE, Pages ix-x
Introduction to Deactivation of Catalytic Surfaces: Microscopic Processes, Pages 1-2
CHAPTER 1 - Physical and Chemical Description of Deactivation, Pages 3-26
CHAPTER 2 - Mathematical Description of Deactivating Systems, Pages 27-61
CHAPTER 3 - Deactivation by Fouling, Pages 63-120
CHAPTER 4 - Deactivation by Poisoning, Pages 121-170
CHAPTER 5 - Deactivation by Sintering, Pages 171-234
Introduction to Deactivation of Catalyst Pellets: Macroscopic Processes, Pages 235-236
CHAPTER 6 - The Time Scale of Deactivation in Pelleted Catalysts, Pages 237-244
CHAPTER 7 - Intraparticle Deactivation, Pages 245-290
CHAPTER 8 - Direct Measurement of Reaction Nonuniformity in Catalyst Pellets, Pages 291-320
CHAPTER 9 - Regeneration of Coked Particles, Pages 321-343
Introduction to Deactivation in Chemical Reactors: Global Processes, Pages 345-346
CHAPTER 10 - Deactivation in Fixed Beds, Pages 347-425
CHAPTER 11 - Regeneration of Fixed Beds, Pages 427-448
CHAPTER 12 - A Case History: Kinetic Lumping, Deactivation, and Reactor Models for Catalytic Cracking, Pages 449-488
INDEX, Pages 489-495