Catalysis
Proceedings
Published in April 1988
Book
Hardback
968 pages
978-0-444-42955-1 (ISBN)
Description
Almost all aspects of heterogeneous catalysis are covered in this proceedings volume: papers on surface science and modern spectroscopic techniques provide a particularly extensive coverage of catalyst characterization, while other papers update the broader area of major types of catalysts, such as oxides, sulfides, supported metals and zeolites as well as presenting new developments. Major catalytic reactions are covered including those involving carbon monoxide hydrogenation, emission control and hydrotreating. The current important area of octane enhancement catalysts and processes and important industrial concepts in hydrotreating are dealt with, including new aspects of shape-selective catalysis. The applied engineering topics of reactions engineering and catalyst deactivation are also updated. New concepts in theoretical catalysis are presented and several new homogeneous catalyst systems are reported. The book concludes with four illuminating papers on the future reactions of catalysis as applied to energy processing, chemicals production and, in particular, to biocatalysis on a large scale.
Almost all aspects of heterogeneous catalysis are covered in this proceedings volume: papers on surface science and modern spectroscopic techniques provide a particularly extensive coverage of catalyst characterization, while other papers update the broader area of major types of catalysts, such as oxides, sulfides, supported metals and zeolites as well as presenting new developments. Major catalytic reactions are covered including those involving carbon monoxide hydrogenation, emission control and hydrotreating. The current important area of octane enhancement catalysts and processes and important industrial concepts in hydrotreating are dealt with, including new aspects of shape-selective catalysis. The applied engineering topics of reactions engineering and catalyst deactivation are also updated. New concepts in theoretical catalysis are presented and several new homogeneous catalyst systems are reported. The book concludes with four illuminating papers on the future reactions of catalysis as applied to energy processing, chemicals production and, in particular, to biocatalysis on a large scale.
Almost all aspects of heterogeneous catalysis are covered in this proceedings volume: papers on surface science and modern spectroscopic techniques provide a particularly extensive coverage of catalyst characterization, while other papers update the broader area of major types of catalysts, such as oxides, sulfides, supported metals and zeolites as well as presenting new developments. Major catalytic reactions are covered including those involving carbon monoxide hydrogenation, emission control and hydrotreating. The current important area of octane enhancement catalysts and processes and important industrial concepts in hydrotreating are dealt with, including new aspects of shape-selective catalysis. The applied engineering topics of reactions engineering and catalyst deactivation are also updated. New concepts in theoretical catalysis are presented and several new homogeneous catalyst systems are reported. The book concludes with four illuminating papers on the future reactions of catalysis as applied to energy processing, chemicals production and, in particular, to biocatalysis on a large scale.
More details
Series
Language
English
Place of publication
Oxford
United Kingdom
Publishing group
Elsevier Science & Technology
Target group
College/higher education
Professional and scholarly
Dimensions
Height: 230 mm
Width: 150 mm
ISBN-13
978-0-444-42955-1 (9780444429551)
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Schweitzer Classification
Content
The Volume Contains: 4 papers on Catalyst deactivation by C.E. Bodan et al., C.R.F. Lund, J.R. Rostrup-Nielsen and I.B. Alstrup, and T.-Z Tzuo et al. 10 papers on Chemical reaction engineering/Industrial applications by S.C. Carniglia, R.M. Contractor et al., J.L. Contreras et al., J.T. Gleaves et al., W.R.C. Graham and D.T. Lynch, K.J. Kuruc and J.M. Lambert Jr., R.C. Sane et al., S.J. Tauster et al., C.P. Tsamalis and S. Szepe, and S.B. Ziemecki. 2 papers on Emissions control by I.-S. Nam et al., and H. Windawi and T.J. Truex. 1 paper on Homogeneous catalysis by T.M. Painter and A.R. Sanger. 9 papers on Hydrogenation by H. Abrevaya et al., S.S.C. Chuang and C. Sze, H. Dabbagh et al., L. Guczi, R.M. Lambert et al., J.J. Lewnard and T.H. Hsiung, A.N. Murty et al., C. Sudhakar et al., and X. Zhang. 4 papers on Hydrotreatment by M.V.C. Sekhar, H.D. Simpson, J.Weitkamp and S. Ernst, and J.H. Wilson and G. Berrebi. 6 papers on Modern spectroscopic techniques by J.L.Gland et al., L.L. Lauderback and S.A. Larson, A.B. McEwen et al., G.A. Ozin et al., C.F. Tirendi and C. Dybowski, and J.-S. Yu et al. 3 papers on Octane enhancement by T.R. Hughes et al., J.S. Magee,and P.W.Tamm et al. 7 papers on Oxides/sulfides by F.P. Daly et al., J.M. Dominguez et al., A.M. Gaffney et al., M.K. Konkin and I.G. Dalla Lane, J.A. Labinger et al., T.Sahin et al., and M.Vest et al. 5 papers on Supported metals by S.M.Augustine et al., D.G. Blackmond and S. Kesraoui, E. Galicia et al., I. Guo et al., and A. Parmaliana et al. 5 papers on Surface science by C.T.Campbell,M.C. Deibert and R.B. Wright, T.H. Fleisch et al., J.W.Niemantsverdriet and A.D. van Langeveld, and P.A. Thomas et al. 3 papers on Theoretical catalysis by K.A. Fichthorn et al., G.H. Hatzikos and R.I. Masel, and E. Shustorovich. 14 papers on Zeolites by J.A. Amelse, N. Bansal and C.Dybowski, D. Barthomeuf, M.C. Chen et al., N.Y.Chen, D.R.Corbin et al., M.E. Davis et al., M. Deeba et al., P.D. Hopkins et al., J.M.O. Lewis, S.J. Miller, V. Nair et al., M.S. Tzou and W.M.H. Sachtler, and A.S. Zarchy and E.S. Shamshoum. 8 General papers, by D.R. Anderson, P.A.Burke et al., S.K. Gangwal and T.N. Rogers, I.M. Lachman, K.M. Lewis et al., J.B. Moffat, J.D. Weaver et al., and R.J. Willey and V.S. Djuhadi. Of special interest are 4 papers on Future directions : Future directions for catalytic developments: symposium concept/background (G.A. Mills). The future role of cataysis in energy processing (K.W. McHenry). Future catalysis for the production of chemicals (J.F. Roth). Prospects for improvements in biocatalysts for large scale applications (P.A. Frey, H. Liao).