Fluid Catalytic Cracking VII Materials, Methods and Process Innovations

✍ Scribed by M.L. Ocelli (Eds.)

• Publisher: Academic Press, Elsevier
• Year: 2007
• Leaves: 312
• Series: Studies in Surface Science and Catalysis 166
• Category: Library

✦ Table of Contents

Content:
Chapter 1 Development of high-severity FCC process: an overview Original Research Article
Pages 1-12
Y. Fujiyama, M.H. Al-Tayyar, C.F. Dean, A. Aitani, H.H. Redhwi

Chapter 2 Discrepancies in FCC catalyst evaluation of atmospheric residues Original Research Article
Pages 13-29
Sven-Ingvar Andersson, Trond Myrstad

Chapter 3 Exploring FCC flexibility to produce mid-distillates and petrochemicals Original Research Article
Pages 31-39
William R. Gilbert, Claudia A. Baptista, Andrea R. Pinho

Chapter 4 Increasing LCO yield and quality in the FCC: cracking pathways analysis Original Research Article
Pages 41-54
Avelino Corma, Laurent Sauvanaud

Chapter 5 Catalyst CGP-1 for MIP-CGP process to increase cleaner gasoline and propylene production Original Research Article
Pages 55-66
Long Jun, Lin Wei, Qiu Zhonghong, Tian Huiping, Zhu Yuxia

Chapter 6 CO combustion promoters: past and present Original Research Article
Pages 67-77
Arthur W. Chester

Chapter 7 FCC regenerator simulation by lambda sweep testing Original Research Article
Pages 79-102
David M. Stockwell

Chapter 8 Toward a new generation of NO_x additives Original Research Article
Pages 103-123
David M. Stockwell

Chapter 9 Simulation of FCC equilibrium catalyst age distribution by using a deactivation model Original Research Article
Pages 125-136
Luis O. Almanza

Chapter 10 Intra-particle mass transfer and contact time effects in fluidized catalytic cracking Original Research Article
Pages 137-146
David M. Stockwell

Chapter 11 Equilibrium FCC catalyst performance simulation based on mixtures of hydrothermal deactivated samples Original Research Article
Pages 147-162
Luis Antònio S. Casali, Sònia D.F. Rocha, Maria Laura A. Passos, Raquel Bastiani, Ricardo D.M. Pimenta, Henrique S. Cerqueira

Chapter 12 NMR studies of FCC feeds, catalysts and coke Original Research Article
Pages 163-200
Babita Behera, Siddharth S. Ray, I.D. Singh

Chapter 13 Studies of iron effects on FCC catalysts Original Research Article
Pages 201-212
Zhu Yuxia, Du Quansheng, Lin Wei, Tang Liwen, Long Jun

Chapter 14 Catalytic cracking to liquids (BTL) fuels with novel cracking catalysts Original Research Article
Pages 213-225
A.A. Lappas, M. Papapetrou, I.A. Vasalos

Chapter 15 Catalytic cracking: The Future of an Evolving Process Original Research Article
Pages 227-251
Paul O'Connor

Chapter 16 Principles of the SO_x reduction technology in fluid catalytic cracking units (FCCUs) Original Research Article
Pages 253-305
Louis M. Magnabosco

Chapter 17 Evaluation of commercial SO_x agent effectiveness via fundamental mathematical model Original Research Article
Pages 307-319
Louis M. Magnabosco, Ozie S. Owen