Preparation
of Catalysts I: Scientific Bases for the Preparation of Heterogeneous Catalysts
Proceedings of the First International Symposium held at the Solvay Research
Centre, Brussels, October 14-17, 1975
Editors
Delmon, B.
Jacobs, P.
Poncelet, G.
Elsevier Scientific Publishing Company
First Edition
1976
Second impression 1979
Table of Contents
| Page | |
| Organizing Committee of the Symposium | IX |
| Acknowledgements | XI |
| Financial Support | XV |
| General remarks | 1 |
| Making industrial catalysts (G. Berrebi and Ph. Bernusset) | 13 |
| Determining mechanical properties of industrial catalysts: correlations with their morphological and physical-chemical properties (J.F. le Page and J. Miquel) | 39 |
| Hydrocarbon conversion catalysts derived from synthetic alunite-type and jarosite-type crystal structures (R.W. Grose and E.M. Flanigen) | 51 |
| The effect of preparation method on the acidity of mixed oxides (K. Tanabe, M. Itoh, K. Morishige and H. Hattori) | 65 |
| Effect of chemical composition, synthesis medium pH, and concentration of mother liquors on the nature of chromia-alumina catalysts (Z.G. Zulfugarov, S.H. Mamedova, A.I. Askerova and N.Yu. Mamed-Zade) | 79 |
| The effect of preparation parameters on the oxidation activity of catalysts made by coprecipitation (E.J. Newson and J.V. Jensen) | 91 |
| Preparation of copper and zinc chromium oxide catalysts for the reduction of fatty acid esters to alcohols (H. Boerma) | 105 |
| General synthesis methods for mixed oxide catalysts (P. Courty and C. Marcilly) | 119 |
| Factors that influence the preparation of pure molybdates and tungstates (F. Trifiró, P. Forzatti and P.L. Villa) | 147 |
| Influence of preparation and composition on multicomponent molybdate catalysts for the selective oxidation of olefins (M.W.J. Wolfs and J.H.C. van Hooff) | 161 |
| Catalysts for propene or isobutene oxidation to α, ß- unsaturated aldehydes and acids (O.V. Isaev and L. Ya. Margolis) | 177 |
| Some aspects of the genesis of vanadium catalysts for vapour phase oxidation and oxidative ammonolysis of heterocyclic and other compounds (E. Dziluma, S. Giller, V. Slavinska, V. Evgrashin, D. Kreile, A. Strautina and I. Milman) | 187 |
| The preparation and activation of SnO2 + Cr2O3 catalysts (F. Solymosi, F. Bozsó and A. Hesz) | 197 |
| Some remarks on the preparation of alloy catalysts for selectivity studies (H.C. de Johngste, F.J. Kuijers and V. Ponec) | 207 |
| Scientific basis of catalyst preparation (G.K. Boreskov) | 223 |
| Effect of the impregnation conditions on the internal distribution of the active species in catalysts (J. Cervello, E. Hermana, J.F. Jiménez and F. Melo) | 251 |
| Application of electronic spectroscopy to the chemical characterization of iridium and palladium catalysts (F. Bozon-Verduraz, M. Tardy, G. Bugli, G. Pannetier and C. Leclére) | 265 |
| The effect of thermal ageing on metal crystallite growth and catalytic activity of supported platinum group metal catalysts (I.L. Dodgson and D.E. Webster) | 279 |
| The formation of disperse structure of an active component on the carrier surface in the process of preparation and activation of an impregnated catalyst (V.V. Kostrov, I.P. Kirillov, Y.F. Akulichev and V.A. Smirnov) | 293 |
| Textural and structural parameters influencing the ageing of Cu/ZnO L.T.S. catalysts (G. Leherte, R. Derie and P.H. Duvigneaud) | 303 |
| Preparation and catalytic properties of supported metal or metal-oxide on inorganic oxide aerogels (M. Astier, A. Bertrand, D. Bianchi, A. Chenard, G.E.E. Gardes, G. Pjonk, M.B. Taghavi, S.J. Teichner and B.L. Villemin) | 315 |
| Production of methanation catalysts (G.W. Bridger and C. Woodward) | 331 |
| The CoO-MoO3-γ-A12O3 catalyst. Influence of the support. A review (V.H.J. de Beer and G.C.A. Schuit) | 343 |
| The preparation of MoO3-CoO-A12O3 catalyst and its characteristics (Y. Kotera, K. Ogawa, M. Oba, K. Shimomura, M. Yonemura, A. Ueno and N. Todo) | 371 |
| The activator system of oxidic hydrodesulfurization catalysts: preparational aspects (R. Moné) | 381 |
| Physico-chemical interaction between Ni and support in the preparation of Ni-Mo/A12O3 hydrogenolysis catalysts (H. Lafitau, E. Neel and J.C. Clement) | 393 |
| Preparation, characterization and stability of molybdenum oxide catalysts of the monolayer type (T. Fransen, P.C. van Berge and P. Mars) | 405 |
| Study of the activation and thermal stability of chromia-alumina catalysts (Y.S. Khodakov, V.I. Yakovlev, V.V. Zasypkin, G.M. Panchenkov and Kh.M. Minachev) | 421 |
| Heterogeneous catalyst preparation: the fabrication of microstructures (S.P.S. Andrew) | 429 |
| Dispergation and mixing of oxide-base catalytic masses in the presence of surfactants (U.G. Shirokov, I.P. Kirillov and S.P. Kochetkov) | 449 |
| Preparation of an industrial nickel supported catalyst guided by fundamental studies (J. Cosyns, M.T. Chenebaux, J.F. le Page and R. Montarnal) | 459 |
| The influence of preparation methods on structural and catalytic properties of transition metal ions supported on alumina (M. Lo Jacono and M. Schiavello) | 473 |
| The influence of preparation parameters on the reactivity of CrII surface compounds (modified Phillips catalysts) (H.L. Krauss, B. Rebenstorf, U. Westphal and D. Schneeweiss) | 489 |
| Effect of thermal pre-treatment conditions on platinum dispersity over aluminium oxide and zeolites (V. Penchev, Ya. Neynska and V. Kanazirev) | 497 |
| Role of tin in platinum-tin reforming catalysts (R. Bacaud, P. Bussière, F. Figueras and J.P. Mathieu) | 509 |
| Platinum-rhenium-alumina catalysts. Variation of physicochemical and catalytic properties with the method of preparation (C. Betizeau, C. Bolivar, H. Charcosset, R. Frety, G. Leclerc, R. Maurel and L. Tournayan) | 525 |
| Formation and inhibition of formation of compounds between deposited substance and oxidic carriers (G.T. Pott and W.H.J. Stork) | 537 |
| Effects of different factors on the specific surface area, activity, stability and mechanical strength of industrial catalysts (Kh.I. Areshidze and G.O. Chivadze) | 559 |
| Factors determining the attrition of fluid-bed and coated catalysts (R. Haase, U. Illgen, J. Richter-Mendau and J. Scheve) | 569 |
| Promoted chromium-zinc-manganese oxide catalyst for decarbonylation reactions and scientific principles of its preparation (S.A. Hiller, A.Ya. Karmilchik, V.V. Stonkus, B.S. Katayev and M.V. Shymanska) | 579 |
| The preparation of the catalysts for methanol synthesis and their characteristics (Y. Kotera, M. Oba, K. Ogawa, K. Shimomura and H. Uchida | 589 |
| Porous ceramic coatings on metal substrates as catalyst supports (P.J. Denny) | 601 |
| Catalysts for automobile emission control (J.W. Hightower) | 615 |
| Metal-ceramic structures for catalytic conversion of exhaust gases (R. Lacroix) | 637 |
| The preparation of MnOx on gamma-alumina acceptors for waste gas desulphurization (P.J.W.M. van den Bosch and W.A. de Jong) | 651 |
| Polydispersive aluminium oxide as a catalyst carrier (S. Janiak and J. Wrzyszcz) | 663 |
| A study of the formation of titanium trichloride, a catalyst for stereospecific polymerization of propylene (V.A. Zakharov, Ye. Ye. Vermel, S.G. Artamonova, P.A. Zhdan, N.G. Maximov, V.F. Anufrienko, V.M. Mastikhin and Yu.D. Pancratiev | 673 |
| List of participants | 683 |
| Author index | 705 |