Concentration and Temperature Profiles within a Monolith Catalyst - Shakir, Osama
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The ability to resolve reactions within a monolith spatially and temporally is key in developing reliable kinetic models, as well as in validating proposed reaction mechanisms. In this work, two techniques, IR-thermography and spatially-resolved capillary inlet mass spectrometry (SpaciMS), were used to measure temperature and gas-phase concentrations. Specifically, they were applied to monitor the axial distribution of temperature and concentration profiles during propylene oxidation over a Pt/Al2O3monolith-supported catalyst. Also, the effect of thermally aging the catalyst on the temperature and concentration patterns observed was investigated.…mehr

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Produktbeschreibung
The ability to resolve reactions within a monolith spatially and temporally is key in developing reliable kinetic models, as well as in validating proposed reaction mechanisms. In this work, two techniques, IR-thermography and spatially-resolved capillary inlet mass spectrometry (SpaciMS), were used to measure temperature and gas-phase concentrations. Specifically, they were applied to monitor the axial distribution of temperature and concentration profiles during propylene oxidation over a Pt/Al2O3monolith-supported catalyst. Also, the effect of thermally aging the catalyst on the temperature and concentration patterns observed was investigated.
Autorenporträt
¿M.A.Sc in Chemical Engineering, University of Waterloo, 2009¿B.Sc in Chemical Engineering, University of Jordan, 2006¿Two years, industry-oriented, Canadian research experience with focus on DeNOx diesel emission abatement catalysts.¿Knowledgeable in the principles of catalytic reactions and catalyst development and characterization.