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    • 26. 发明授权
    • Dehydrogenation catalyst compositon
    • 脱氢催化剂组成
    • US4786625A
    • 1988-11-22
    • US131882
    • 1987-12-11
    • Tamotsu ImaiHayim AbrevayaJeffery C. BrickerDeng-Yang Jan
    • Tamotsu ImaiHayim AbrevayaJeffery C. BrickerDeng-Yang Jan
    • B01J23/62B01J23/656B01J35/00C10G45/00B01J21/04B01J23/58
    • C10G45/00B01J23/622B01J23/6567B01J35/0006Y10S502/514Y10S502/523
    • A novel catalytic composite comprising a platinum group metal component; a modifier metal component selected from the group consisting of a tin component, germanium component, rhenium component and mixtures thereof; an optional alkali or alkaline earth metal component or mixtures thereof, an optional halogen component, and an optional catalytic modifier component on a refractory oxide support having a nominal diameter of at least about 850 microns. The distribution of the platinum group metal component is such that the platinum group component is surface-impregnated where substantially all of the platinum group metal component is located at most within a 400 micron exterior layer of the support. The effective amount of the modifier metal component is uniformly dispersed throughout the refractory oxide support. The distribution of the surface-impregnated platinum metal component is such that the novel catalyst has particular utility as a hydrocarbon dehydrogenation catalyst in a hydrocarbon dehydrogenation process.
    • 一种包含铂族金属组分的新型催化复合材料; 选自锡组分,锗组分,铼组分及其混合物的改性金属组分; 任选的碱金属或碱土金属组分或其混合物,任选的卤素组分和在耐火氧化物载体上的任选的催化改性剂组分,其标称直径为至少约850微米。 铂族金属组分的分布使得铂基组分被表面浸渍,其中基本上所有的铂族金属组分位于载体的400微米外层内。 改性金属组分的有效量均匀分散在整个难熔氧化物载体上。 表面浸渍的铂金属组分的分布使得新型催化剂在烃脱氢方法中作为烃脱氢催化剂具有特别的用途。
    • 27. 发明授权
    • Dehydrogenation catalyst composition and paraffin dehydrogenation
    • 脱氢催化剂组合物和链烷烃脱氢
    • US4762960A
    • 1988-08-09
    • US84343
    • 1987-08-12
    • Tamotsu Imai
    • Tamotsu Imai
    • B01J23/62B01J23/656B01J35/00C10G45/00C07C5/36
    • B01J23/622B01J23/6567C10G45/00B01J35/0006
    • A novel catalytic composite comprising a platinum group metal component; a modifier metal component selected from the group consisting of a tin component, germanium component, rhenium component and mixtures thereof; an alkali or alkaline earth metal component or mixtures thereof, an optional halogen component, and an optional catalytic modifier component on a refractory oxide support having a nominal diameter of at least about 850 microns. The distribution of the platinum group metal component is such that the platinum group component is surface-impregnated where substantially all of the platinum group metal component is located at most within a 400 micron exterior layer of the support. The effective amount of the modifier metal component may be uniformly impregnated throughout the refractory oxide support, surface-impregnated, or located in any other appropriate fashion. The distribution of the surface-impregnated modifier metal component is such that the modifier metal component is substantially all located at most within a 400 micron exterior layer of the support. The novel catalyst has particular utility as a hydrocarbon dehydrogenation catalyst. A method of preparing the catalyst is also disclosed.
    • 一种包含铂族金属组分的新型催化复合材料; 选自锡组分,锗组分,铼组分及其混合物的改性金属组分; 碱金属或碱土金属组分或其混合物,任选的卤素组分和任选的催化改性剂组分在耐火氧化物载体上,具有至少约850微米的标称直径。 铂族金属组分的分布使得铂基组分被表面浸渍,其中基本上所有的铂族金属组分位于载体的400微米外层内。 修饰金属组分的有效量可以均匀地浸渍在整个难熔氧化物载体中,表面浸渍或以任何其它合适的方式定位。 表面浸渍的改性剂金属组分的分布使得改性剂金属组分基本上全部位于载体的400微米外层内。 该催化剂具有烃脱氢催化剂的特殊用途。 还公开了制备催化剂的方法。