Dip-coating on TiO2 foams using a suspension of Pt-TiO2 nanopowder synthesized by laser pyrolysis- : preliminary evaluation of the catalytic performances of the resulting composites in deVOC reactions

In an extension of a study to generate ceramic-metal nanosized composites deposited on ceramic foams, a new route to prepare Pt-TiO2 nanopowders of controlled metallic size and their further coating on TiO2 foams is described. Their efficiency as catalysts in volatile organic compound elimination (d...

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Published inJournal of the European Ceramic Society Vol. 27; no. 2-3; pp. 931 - 936
Main Authors GIRAUD, Sophie, LOUPIAS, Guillaume, MASKROT, Hicham, HERLIN-BOIME, Nathalie, VALANGE, Sabine, GUELOU, Erwan, BARRAULT, Joël, GABELICA, Zelimir
Format Conference Proceeding Journal Article
LanguageEnglish
Published Oxford Elsevier 2007
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Abstract In an extension of a study to generate ceramic-metal nanosized composites deposited on ceramic foams, a new route to prepare Pt-TiO2 nanopowders of controlled metallic size and their further coating on TiO2 foams is described. Their efficiency as catalysts in volatile organic compound elimination (deVOC) reactions was evaluated and compared with corresponding classical unsupported mixed powders. Composite metal/ceramic nanopowders (Pt-TiO2) were synthesised by laser pyrolysis using organo-metallic precursors. Successive dip-coatings on TiO2 foams using aqueous slurries of nanodispersed Pt-TiO2 particles were achieved. Both foam-supported and unsupported Pt-TiO2 grains of about 20 nm were stabilised, confirming no significant particle coalescence after a thermal treatment at 460 C. Both proved equally efficient catalysts for the total oxidation of methanol, selected as a probe deVOC reaction, thereby demonstrating that the dispersion of the nanopowders over the preformed ceramics did not modify their catalytic performance. 26 refs.
AbstractList In an extension of a study to generate ceramic-metal nanosized composites deposited on ceramic foams, a new route to prepare Pt-TiO2 nanopowders of controlled metallic size and their further coating on TiO2 foams is described. Their efficiency as catalysts in volatile organic compound elimination (deVOC) reactions was evaluated and compared with corresponding classical unsupported mixed powders. Composite metal/ceramic nanopowders (Pt-TiO2) were synthesised by laser pyrolysis using organo-metallic precursors. Successive dip-coatings on TiO2 foams using aqueous slurries of nanodispersed Pt-TiO2 particles were achieved. Both foam-supported and unsupported Pt-TiO2 grains of about 20 nm were stabilised, confirming no significant particle coalescence after a thermal treatment at 460 C. Both proved equally efficient catalysts for the total oxidation of methanol, selected as a probe deVOC reaction, thereby demonstrating that the dispersion of the nanopowders over the preformed ceramics did not modify their catalytic performance. 26 refs.
Author GABELICA, Zelimir
GIRAUD, Sophie
MASKROT, Hicham
LOUPIAS, Guillaume
HERLIN-BOIME, Nathalie
VALANGE, Sabine
BARRAULT, Joël
GUELOU, Erwan
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  surname: GABELICA
  fullname: GABELICA, Zelimir
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Issue 2-3
Keywords Pyrolysis
Catalytic reaction
Composites
Nanoparticle
Transition element compounds
Suspension
Volatile organic compound
Laser pyrolysis
Composite material
Powder
Heterogeneous catalysis
Platinum
Laser
Dip coating
Titanium oxide
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Snippet In an extension of a study to generate ceramic-metal nanosized composites deposited on ceramic foams, a new route to prepare Pt-TiO2 nanopowders of controlled...
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SubjectTerms Catalysis
Chemistry
Colloidal state and disperse state
Exact sciences and technology
General and physical chemistry
Physical and chemical studies. Granulometry. Electrokinetic phenomena
Theory of reactions, general kinetics. Catalysis. Nomenclature, chemical documentation, computer chemistry
Title Dip-coating on TiO2 foams using a suspension of Pt-TiO2 nanopowder synthesized by laser pyrolysis- : preliminary evaluation of the catalytic performances of the resulting composites in deVOC reactions
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