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Process for cracking hydrocarbon fluid catalu00ectico loads with high contents of nitrogen pre treated with acid and basic system of units for performing said process

机译:裂解用酸预处理的高氮含量的烃类流体催化裂化负载的方法和执行该方法的基本单元

摘要

Process for cracking hydrocarbon fluid catalu00ectico loads with high contents of nitrogen pre treated with acid and basic system of units for performing said process.It is described a process for fluid catalytic cracking of hydrocarbon charges Q1 with high contents of nitrogen basic, pre treated with acid T2, in Utah,This process is being conducted in the UFCC "risers" multiple, operating, at the same time, with cargo segregated hydrocarbon A and B, where (a) the load.That is injected "riser" main 13 of the UFCC, constitutes, in full or in part, of the fraction of pretreated by acid T6From the neutralization of charge Q1 of hydrocarbons with high contents of nitrogen base made in the UTA and (b) the load B, which is injected in the "riser" secondary 14.The same UFCC "risers" multiple, partially being composed of a GPK from a UCR processing a load C2, containing the current ts of CNG.Also from the neutralization of charge Q1 of hydrocarbons with high content of basic nitrogen in the same UTA.The operation of these three interconnected processing units to generate a new integrated oil refining process that optimizes and makes it environmentally friendly processing of said load T1.It is described the system of units where is the process of this invention.
机译:用酸预处理的高氮含量的烃流体催化裂化产物的裂解方法和用于进行所述方法的碱性系统。描述了一种预处理的高氮碱性的烃含量Q1的流体催化裂解烃的方法。在犹他州使用酸T2,该过程是在UFCC“上升”过程中进行的,同时与货物分离的碳氢化合物A和B一起运行,其中(a)负载。 UFCC的主要部分13全部或部分构成了酸T6预处理的部分。从中和UTA中制得的氮含量较高的碳氢化合物烃的电荷Q1和(b)负载B,其中被注入次级“ 14”中。相同的UFCC“升高”倍数,部分由来自处理负载C2的UCR的GPK组成,包含CNG电流ts。也来自电荷Q1的中和碱性氮含量高的碳氢化合物这三个相互连接的处理单元的操作以产生新的集成的炼油工艺,该工艺优化并优化了所述负载T1的环境友好处理。描述了本发明的单元系统。

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