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    • 1. 发明授权
    • Process for preparing a heavy crude conversion catalyst
    • 制备重质粗转化催化剂的方法
    • US3993601A
    • 1976-11-23
    • US533313
    • 1974-12-16
    • Fred M. LongWillard H. Sawyer
    • Fred M. LongWillard H. Sawyer
    • B01J23/74B01J23/85B01J35/10B01J37/00C10G45/08B01J21/04B01J23/10B01J23/84
    • B01J37/0009B01J23/74B01J23/85B01J35/10C10G45/08B01J35/1019B01J35/1042B01J35/1047B01J35/1061B01J35/1085
    • This invention relates to novel catalysts, of two distinct types, useful for the catalytic hydroconversion of the 1050.degree. F.+ hydrocarbon material contained in heavy crudes and residua such that the resulting product will be suitable for further processing in conventional refinery operations allowing maximization of clean liquid products. Catalysts, which include Group VIB and Group VIII metals, preferably in admixture, and preferably including a Group IVA metal, notably germanium, having certain critical ranges of physical characteristics inclusive of large uniform pore sizes, are used for the conversion, these having been shown to possess improved catalytic activity and selectivity for the hydroconversion of the 1050.degree. F.+ materials of the heavy feeds and residua. Novel methods are described for the preparation of such catalysts, as well as for use of such catalyst. One of the catalysts, i.e., one having properties inclusive of a large number of pores in the 100-275A pore size diameter range, is particularly suitable as a first stage catalyst and the other, which has properties inclusive of a large number of pores in the 100-200A pore size diameter, is especially suitable as a second stage catalyst for use in processing the effluent of said first stage.
    • 本发明涉及两种不同类型的新型催化剂,其可用于重质原油和残余物中所含的1050°F +烃材料的催化加氢转化,使得所得产物将适用于常规精炼操作中的进一步加工,从而使 清洁液体产品。 使用包括VIB族和VIII族金属的催化剂,优选以混合物形式,优选包括具有特定临界范围物理特性(包括大的均匀孔径)的IVA族金属,特别是锗,用于转化,这些已经显示 具有改善催化活性和选择性的1050°F +重料和残渣的材料的加氢转化。 描述了用于制备这种催化剂的新方法,以及使用这种催化剂。 一种催化剂,即在100-275A孔径范围内具有包括大量孔的特性的催化剂,特别适合作为第一级催化剂,另一种具有包括大量孔的性质 100-200A孔径直径,特别适用于用于处理所述第一阶段的流出物的第二阶段催化剂。
    • 2. 发明授权
    • Process for preparing a heavy crude conversion catalyst
    • 制备重质粗转化催化剂的方法
    • US3989645A
    • 1976-11-02
    • US533311
    • 1974-12-16
    • Fred M. LongWillard H. Sawyer
    • Fred M. LongWillard H. Sawyer
    • B01J23/74B01J23/85B01J35/10B01J37/00C10G45/08B01J21/04B01J23/10B01J23/84
    • B01J23/85B01J23/74B01J35/10B01J37/0009C10G45/08B01J35/1019B01J35/1042B01J35/1047B01J35/1061
    • This invention relates to novel catalysts, of two distinct types, useful for the catalytic hydroconversion of the 1050.degree. F.+ hydrocarbon material contained in heavy crudes and residua such that the resulting product will be suitable for further processing in conventional refinery operations allowing maximization of clean liquid products. Catalysts, which include Group VIB and Group VIII metals, preferably in admixture, and preferably including a Group IVA metal, notably germanium, having certain critical ranges of physical characteristics inclusive of large uniform pore sizes, are used for the conversion, these having been shown to possess improved catalytic activity and selectivity for the hydroconversion of the 1050.degree. F.+ materials of the heavy feeds and residua. Novel methods are described for the preparation of such catalysts, as well as for use of such catalysts. One of the catalysts, i.e., one having properties inclusive of a large number of pores in the 100-275A pore size diameter range, is particularly suitable as a first stage catalyst and the other, which has properties inclusive of a large number of pores in the 100-200A pore size diameter, is especially suitable as a second stage catalyst for use in processing the effluent of said first stage.
    • 本发明涉及两种不同类型的新型催化剂,其可用于重质原油和残余物中所含的1050°F +烃材料的催化加氢转化,使得所得产物将适用于常规精炼操作中的进一步加工,从而使 清洁液体产品。 使用包括VIB族和VIII族金属的催化剂,优选以混合物形式,优选包括具有特定临界范围物理特性(包括大的均匀孔径)的IVA族金属,特别是锗,用于转化,这些已经显示 具有改善催化活性和选择性的1050°F +重料和残渣的材料的加氢转化。 描述了用于制备这种催化剂的新方法,以及用于这种催化剂的方法。 一种催化剂,即在100-275A孔径范围内具有包括大量孔的特性的催化剂,特别适合作为第一级催化剂,另一种具有包括大量孔的性质 100-200A孔径直径,特别适用于用于处理所述第一阶段的流出物的第二阶段催化剂。