Affiliation:
1. Xian Shiyou University
2. Hua lu Engineering @ Technology Co.Ltd
Abstract
In the work, nano-sized MoO3and unsupported MoS2hydro desulfurization catalysts were synthesized using a novel hydrothermal reduction method. The influences of the temperature and the synthetic methods on the growth morphology of molybdenum disulfide were systematically investigated. It was found that the MoS2fibers were easy to be bended and had lots of defects, which increased the number of active sites on the catalyst and easily met the requirements of deep hydrotreating desulfurization of diesel oil.
Publisher
Trans Tech Publications, Ltd.
Reference11 articles.
1. B.H. Liu, G.X. Yao. J. Liao: J. Petrochem. Industry Trends. 12 (2001), pp.27-33(In Chinese).
2. Z.B. Wei, X.G. Zhao.J. Catalysis. l21 (2000), pp.305-313(In Chinese).
3. X. Li, A. J. Wang. J. Applied Catalysis : 254 (2003), pp.319-326.
4. Clark P, Wang X, Shido T. J. Physical Chemistry B: 106(2002), p.1913-(1920).
5. Neylon M K, Bej S K, Bennett C A. J. Applied catalysis: 232(2002), pp.13-17.
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