2005Journal of Korean Society for Atmospheric EnvironmentRequires access

Catalytic Oxidation of Toluene by Manganese Oxide: (II) Support and Precursor Effect

Tae-Jin Cheon, Sung-Woo Choi, Lee Chang-Soep

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Abstract

Catalytic oxidation of toluene in low concentrations was investigated over various supports. As the manganese oxides loading was increased, the conversion of toluene increased at a lower temperature. The 18.2 appeared to be the most active catalyst. Among the supports, was more active than and . Manganese oxide catalysts prepared from manganese nitrate precursor were better for complete oxidation of toluene than those prepared from manganese sulfate and chloride precursor because sulfate from manganese sulfate and chloride from chloride manganese remained even after the calcination by XRD (X-Ray Diffraction) analyses.

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Catalytic oxidation of toluene in low concentrations was investigated over various supports. As the manganese oxides loading was increased, the conversion of toluene increased at a lower temperature. The 18.2 appeared to be the most active catalyst. Among the supports, was more active than and . Manganese oxide catalysts prepared from manganese nitrate precursor were better for complete oxidation of toluene than those prepared from manganese sulfate and chloride precursor because sulfate from manganese sulfate and chloride from chloride manganese remained even after the calcination by XRD (X-Ray Diffraction) analyses.

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Available abstract

Catalytic oxidation of toluene in low concentrations was investigated over various supports. As the manganese oxides loading was increased, the conversion of toluene increased at a lower temperature. The 18.2 appeared to be the most active catalyst. Among the supports, was more active than and . Manganese oxide catalysts prepared from manganese nitrate precursor were better for complete oxidation of toluene than those prepared from manganese sulfate and chloride precursor because sulfate from manganese sulfate and chloride from chloride manganese remained even after the calcination by XRD (X-Ray Diffraction) analyses.

Key concepts: Manganese, Toluene, Catalysis, Sulfate, Calcination, Inorganic chemistry, Chemistry, Chloride

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