Abstract The process of stable gas condensate zeoforming was implemented at the laboratory scale under the conditions of varying feedstock composition and technological parameters (temperature, pressure, feedstock flow rate). The directions of hydrocarbon transformations were established. The influence of technological parameters on the composition and properties of the obtained product was estimated. From the perspective of involving the obtained zeoforming product into production of motor gasoline, optimal technological parameters were determined (the temperature of 375 °C, the pressure of 2.5 MPa, the feedstock flow rate of 2 h−1), the most preferred feedstock was established (the feedstock, which contains high amount of naphthenes, which sufficiently influence aromatization reaction). The recipes for motor gasoline blending were developed using the zeoforming product as the major component for the production of different grades, such as RON-92, RON-95, RON-98, meeting the modern specifications.

中文翻译：

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在 ZSM-5 沸石催化剂上稳定的气体凝析烃转化为高辛烷值汽油组分

摘要 在不同原料组成和工艺参数（温度、压力、原料流速）的条件下，在实验室规模下实施了稳定的凝析气结晶过程。确定了烃类转化的方向。估计了工艺参数对所得产品的组成和性能的影响。从所得沸石产品用于生产车用汽油的角度，确定了最佳工艺参数（温度375℃，压力2.5MPa，原料流量2h-1），最优选的原料是建立（原料，其中含有大量环烷烃，足以影响芳构化反应）。