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Aim of lectures is oriented to description of multiphase region systems, interactions of transport phenomena with chemical transformations, next to reactor design for gas-liquid reactions and in the presence of solid phase - heterogeneous catalyst or biomass. Experimental methods for identification of kinetic, diffusion and hydrodynamic regimes including heat transfer are explained as well. Mathematical models of transport phenomena including kinetics of chemical reactions and models of multiphase reactors with respect to their design and optimal operation are formulated and solved. Lectures program avers also methods description for kinetic data and process transport (mass, heat, impulse) characteristics measurement.
Last update: TAJ111 (04.04.2014)
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Defence of a written project task and final oral examination. Last update: TAJ111 (04.04.2014)
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R: O. Levenspiel: Chemical Reaction Engineering, 3rd Edition, John Wiley and Sons, 1999, IBSN 978-0-471-25424-9 R: O. Levenspiel: The Chemical Reactor Omnibook, OSU Book Stores, Inc., Corvallis, OR, 1979, IBSN 0-88246-067-6. R: H.S. Fogler : Elements of Chemical Reaction Engineering, Prentice Hall PTR, New Jersey, 1999, ISBN 0-13-531708-8. R: H.S. Fogler : Essentials of Chemical Reaction Engineering, Pearson Education, Inc., Boston, 2011, ISBN 0-13-211936-6. R: R. B. Bird, W. E. Stewart, and E. N. Lightfoot. Transport Phenomena. John Wiley & Sons, New York, 1960. A: P. Trambouze, J.P. Euzen: Chemical Reactors: from Design to Operation, Editions TECHNIP, Paris, 2002, ISBN 2-7108-0845-5. A: J. Horák, J. Pašek: Návrh průmyslových chemických reaktorů z laboratorních dat, SNTL Praha, 1980. A: F. Kaštánek, J. Zahradník, J. Kratochvíl, J. Čermák: Chemical Reactors for Gas-Liquid Systems, Academia Praha, 1993, ISBN 80-200-0380-0. A: P.L. Silveston, R.R. Hudgins: Periodic Operation of Reactors, Elsevier, 2013, ISBN 978-0-12-391854-3. A: J. Hanika: Vícefázové reaktory, Vydavatelství VŠCHT Praha, 1997, ISBN 80-7080-290-1.
Last update: TAJ111 (04.04.2014)
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1. Reaction systems and reactors for gas-liquid reactions. 2. Mass and heat transfer in porous catalyst particle and in its surroundings. 3. Modelling and simulation of transport phenomena in multiphase reaction systems. 4. Transport phenomena in gas-liquid-solid reaction systems. 5. Design and operation of high pressure batch reactor. 6. Hydrodynamics in continuous multiphase reactors. 7. Transport phenomena in trickle bed reactors. 8. Dynamic behaviour, optimal design and operation of multiphase reactors. 9. Multiphase reactors for biotechnology applications. 10.Multifunction units for reaction and separation processes. 11.Modelling, construction and design of microreactors for chemical processes. 12.Methods of non-investment intensification of multiphase processes.
Last update: TAJ111 (04.04.2014)
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The teacher provides students with PDF copies of lectures. Last update: TAJ111 (04.04.2014)
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Students will be able to: • Mathematical models formulation corresponding to multiphase chemical reactors behaviour in both steady state and dynamic regimes. • Fundamental knowledge of transport processes interaction with chemical transformation kinetics in multiphase and multicomponent systems. • Model solution describing multiphase reactors behaviour under steady state and dynamic conditions.
Last update: TAJ111 (17.04.2014)
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Chemical engineering II, Physical chemistry II, Mathematics II, basic skills of programming. Last update: TAJ111 (04.04.2014)
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| Coursework assessment | |
| Form | Significance |
| Defense of an individual project | 50 |
| Oral examination | 50 |