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− In this study, we characterized steam reforming reactions and surface of Ni/Al 2 O 3 catalysts. Ni-Mo based catalysts were prepared by loading Mo as the co-catalyst and reaction activities of the Ni-Mo based catalysts were compared with those of Ni-based catalysts. Through the H 2 -TPR and XPS analysis it was confirmed that this characteristic efficiency. O 2 -TPO analysis was performed to examine the deposition characteristics, bonding structures and evaporation characteristics of carbon deposited on the surface of catalysts after long run experiments were performed for steam reforming reactions. As the results, it was found that durability was improved in Ni-Mo based catalysts inhibiting formation of graphitic carbon species which reduced reaction activities of the catalysts by strongly interacting with Ni in the steam reforming reaction.

Study on Effects of Ni/Al2O3Catalysts Added with Mo on Durability Improvement in Steam Reforming Reactions

Study on Effects of Ni/Al₂O₃Catalysts Added with Mo on Durability Improvement in Steam Reforming Reactions