Abstract
The role of Mn in steam reforming of cyclohexane as a tar model compound from biomass on Ni-Mn/SBA-15 catalyst was examined using transient technique at 773 K and temperature programmed reduction (TPR) method. According to experimental results, it was expected that the addition of a small amount of Mn into Ni might strengthen the interaction between Mn and Ni surfaces, accelerate the dehydrogenation of C6H12, and inhibit the dissociation of C–C bonds in the adsorbed hydrocarbons.
The role of Mn in steam reforming of cyclohexane as a tar model compound on Ni-Mn/SBA-15 was examined using transient technique at 773 K and TPR method. Addition of a small amount of Mn into Ni might strengthen the interaction between Mn and Ni surfaces, accelerate the dehydrogenation of C6H12, and inhibit the dissociation of C–C bonds in adsorbed hydrocarbons.
