Abstract
The formation of the binary Fe2O3·V2O5 catalyst for selective methanol oxidation was investigated by IR and X-ray measurements on samples obtained at different calcination temperatures. It was found that the most selective catalyst of the binary Fe2O3−V2O5 system consists of a single phase of the composition Fe2O3·V2O5 which is formed at 600°C. The vanadium-oxygen bonds of this phase are not of the orthovanadate type.
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