Search results for "Reaction-regeneration cycles"

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Non-oxidative dehydroaromatization of methane:an effective reaction regeneration cyclic operation for catalyst life extension

2015

[EN] Non-oxidative methane aromatization is an attractive direct route for producing higher hydrocarbons. It is highly selective to benzene despite the low conversion due to thermodynamic limitations, and Mo/H-ZSM-5, the first catalyst proposed for this reaction, is still considered as one of the most adequate. The major problem of this process is the severe catalyst deactivation due to the rapid build-up of carbonaceous deposits on the catalysts. Here we present an effective regeneration procedure that extends the life of Mo/zeolite based catalysts by combining reaction periods of 1.5 h with 0.5 h regeneration steps in a continuous cyclic mode and methane activation after each regeneration…

Inorganic chemistryAromatizationDeactivationCatalyst life extensionNon oxidativeHighly selective7. Clean energyElectron Microscopy Service of the UPVCatalysisMethaneCatalysischemistry.chemical_compoundchemistryZeolitesMethane aromatizationBenzeneZeoliteSelectivityReaction-regeneration cyclesMo/zeolites
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