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Boreskov Institute of Catalysis of the Siberian Branch of Russian ...

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PP-V-15obtaining <strong>the</strong> related pr<strong>of</strong>ile and a comparison with experimental values will conclude <strong>the</strong>paper.Figure 1. Pilot reactor scheme. 1 – catalytic bed, 2 – heating/cooling jacket, 3 – circulation <strong>the</strong>rmostat,4 – GC for analysis, 5 – water and methanol vaporizers, 6 – methanol reservoir, 7 – water reservoir,8 – methanol feeding pump, 9 – water feeding pump, 10 – sampling valve.References1. Agrell, J.H., Birgersson, J., Boutonnet, M.; «Steam reforming <strong>of</strong> methanol over a CuO/ZnO/Al 2 O 3 catalyst:a kinetic analysis and strategies for suppression <strong>of</strong> CO formation»; Journal <strong>of</strong> Power Sources 2002,106,249-257.2. Pebbley, B.A., Amphlett, J.C., Kearns, L.M., Mann, R.F.; «Steam reforming <strong>of</strong> methanol onCuO/ZnO/Al 2 O 3 catalyst: Part 1 - <strong>the</strong> reaction network»; Applied <strong>Catalysis</strong> A:General 1999,179,21-30.3. Pebbley, B.A., Amphlett, J.C., Kearns, L.M., Mann, R.F.; «Steam reforming <strong>of</strong> methanol onCuO/ZnO/Al 2 O 3 catalyst: Part 2 - a comprehensive model»; Applied <strong>Catalysis</strong> A:General 1999,179,31-49.4. Mizsey, P.; Newson, E.; Truong, P.; Hottinger, P. «The kinetic <strong>of</strong> methanol decomposition: a part <strong>of</strong>auto<strong>the</strong>rmal oxidation to produce hydrogen for fuel cell», Applied <strong>Catalysis</strong> A: General, 2001, 213, 233-237.5. Dusterwald, H. G., Hohlein, B.; Kraut, H.; Meusinger, J.; Peters, R.; Stimming, U. «Methanol steamreforming in a catalytic fixed bed reactor». Chemical Engineering Technology 1997, 20, 617-623.6. Jiang, C.J.; Trimm, D.M.; Wainwright, M. S. «Kinetic study <strong>of</strong> stream reforming <strong>of</strong> methanol over copperbasedcatalysts». Applied <strong>Catalysis</strong> A: General 1993, 93, 245-255.7. Schultz, T.; Zhou, S.; Sundmacher, K. «Current status <strong>of</strong> and recent developments in <strong>the</strong> direct methanolfuel cells». Chemical Engineering Technology 2001, 24, 1223-1233.8. Santacesaria E.; Carrà, S. Cinetica dello steam reforming del metanolo, La rivista dei combustibili, 1978,32,227-232.9. Santacesaria E., S. Carrà, Kinetics <strong>of</strong> catalytic steam reforming <strong>of</strong> methanol in a CSTR reactor, Applied<strong>Catalysis</strong>, 1983, 5,345-358.10. Tesser R.; Di Serio, M.; Santacesaria, E. Catalytic oxidation <strong>of</strong> methanol to formaldehyde: an example <strong>of</strong>kinetics with transport phenomena in a packed-bed reactor, <strong>Catalysis</strong> Today 2003, 77,325-333.486

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