Abstract
Transformation of propane over Mo-, Ni-, Pd-, and Zr-incorporated silica titania and zirconia was studied. The reaction of propane on these catalysts was significantly different from that on ZSM-5. Dehydrogenation was the main reaction of propane on metal-incorporated silica titania and zirconia catalysts. Comparison of the performance of different dispersed metals showed that Pd-exchanged catalysts had the highest activity. Relations between catalyst acidity and reaction mechanisms were also studied.
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