Temperature-programmed reaction of methane with Re- and Pt-containing oxide contacts

Ismailov, E. G.; Алиев, С. М.; Suleimanov, Sh. Sh.; Dadashev, B. A.; Соколовский, В. Д.

doi:10.1007/bf02070426

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Nonoxidative Routes For Methane Activation1

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2015

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“…Together with metal-doped zeolites, metals supported on metal oxides have also been reported as effective catalysts for the conversion of methane to aromatics. In 1991, Ismailov et al observed that the high-temperature contact of methane with Re/Al 2 O 3 catalysts generated new surface sites active for the formation of benzene (434). Moderate conversion and aromatic selectivities were obtained by Abasov et al (435) using Ni/ Al 2 O 3 catalysts (75% methane conversion, 75% benzene selectivity) and Claridge et al ( 436) using K/BaCO 3 and/or NaCl/MnO 2 (13% conversion, 18-23% selectivity).…”

Section: Nonoxidative Routes For Methane Activationmentioning

confidence: 99%