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A novel catalyst for heavy oil hydrocracking

机译:用于重油加氢裂化的新型催化剂

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This paper reports the development of novel hydrocracking catalysts supported on high-surface area saponite clay and pillared with either cobalt or nickel oxide.The catalysts were prepared by aging the Co or Ni nitrate solution.followed by addition of saponite,washing,drying and calcination.The catalysts were evaluated for HDS,HDN and hydrocracking activities in a batch autoclave reactor using vacuum gas oil as feedstock.The results show that the HDS,HDN and cracking activities of the novel catalysts are comparable to that of a conventiona NiWE/SiO_2-Al_2O_3 catalyst.The Co catalyst gave better HDS activity while the Ni catalyst showed higher HDN and cracking activity.Calcination before metal loading does not seem to effect the overall performance of the Co catalysts.It should be noted these activities are achieved despite the use only one metal as the active ingredient.The results of this study clearly indicate that the saponite clay based catalysts are a potential alternative to the conventional hydrocracking catalysts.
机译:本文报道了在高表面积皂石粘土上负载钴或氧化镍的新型加氢裂化催化剂的研究进展,该催化剂是通过对硝酸钴或硝酸镍溶液进行时效处理,然后添加皂石,洗涤,干燥和煅烧制备的。在以减压瓦斯油为原料的间歇高压釜反应器中评估了催化剂的HDS,HDN和加氢裂化活性。结果表明,新型催化剂的HDS,HDN和裂化活性与常规NiWE / SiO_2-相当。 Al_2O_3催化剂.Co催化剂具有更好的HDS活性,而Ni催化剂具有更高的HDN和裂化活性。在金属负载之前进行煅烧似乎并不影响Co催化剂的整体性能。应注意,尽管仅使用了这些活性一种金属作为活性成分。这项研究的结果明确表明,皂石粘土基催化剂是一种潜在的替代方法。常规加氢裂化催化剂。

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