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The flow catalytic cracking method of incorporating the crystal characteristic minute porous oxide catalyst where Lewis acidity increases

机译:结合具有路易斯酸度增加的晶体特性的微小多孔氧化物催化剂的流催化裂化方法

摘要

With this bill, the catalyst component, manufacturing method of the catalyst, and the said component and the said catalyst is disclosed. In addition with this bill, from the petroleum raw materials being the flow catalytic cracking method of transforming low in the product of boiling point, also the method the said raw materials contacting with the said catalyst is disclosed. It is the crystal characteristic minute porous oxide catalyst where the chemical compound where the said catalyst component promotes the dehydrogenation, raises Lewis acidity is added effectively. Being able to soak in the basic material substance of inorganic oxide, to use as the catalyst it is possible this catalyst component. It is desirable, promotes the dehydrogenation, the chemical compound which raises Lewis acidity is added effectively to the non skeletal part of crystal characteristic minute porous oxide.
机译:通过该方案,公开了催化剂成分,催化剂的制造方法,以及上述成分和上述催化剂。除了该方案之外,还公开了以石油原料为沸点产物低的流动催化裂化方法,还公开了所述原料与所述催化剂接触的方法。有效地添加了上述催化剂成分促进脱氢,提高路易斯酸度的化合物的结晶特性微小多孔氧化物催化剂。能够吸收无机氧化物的基本物质,作为催化剂,可以使用该催化剂成分。理想的是,促进脱氢,将提高路易斯酸度的化合物有效地添加到晶体特性的微小多孔氧化物的非骨架部分。

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