Abstract
Catalytic transformation of cyclohexanol over AlPO 4-5, AlPO 4-11, SAPO-5, SAPO-11, VAPO-5, VAPO-11, CoAPO-5, CoAPO-11, NAPO-5, NAPO-11, ZAPO-5 and ZAPO-11 has been studied. The main product formed from this transformation is cyclohexene. The product distribution is influenced by acidity, inverse weight hourly space velocity (WHSV) −1 and temperature. Increase of (WHSV) −1 and temperature increase the formation of dehydrogenated product with simultaneous decrease of dehydrated product. The effect of various parameters like acidity, (WHSV) −1 and temperature on the conversion of cyclohexanol and the product distribution has been fully discussed.
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