Abstract：Nano-sized Beta zeolite was successfully synthesized, its properties were analyzed, and its performance in the hydrocracking of long-chain alkane was investigated. Compared with the Beta zeolite prepared by the conventional hydrothermal method and the Beta zeolite with mesopore material as silica source, nano-sized Beta zeolite exhibits the larger aperture, the lower and broader XRD peaks, and the higher L/B ratio, and higher selectivity to mid-distillate products in the hydrocracking of long-chain alkane. Under the same reaction conditions, the selectivity to mid-distillate products over nano-sized Beta zeolite is 2.3% higher than that over conventional Beta zeolite catalyst.<br/><br/>

Hydrocracking performance over nano-sized beta zeolite catalyst

2019 Spring National Meeting

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