The process of obtaining aromatic hydrocarbons by catalytic aromatization of normal hexane on the (2%LA*2%CU*8%ZN/Н-HSZ-30) catalyst

Abstract

This study of the aromatic production process by catalytic aromatization of normal hexane on (2%LA*2%CU*8%ZN/Н-HSZ-30) catalyst is presented. Laboratory studies were conducted on High catalytic activity (2%LA*2%CU*8%ZN/H-HSZ-30) catalysts for catalytic aromatization of linearly structured hexane at 400, 450, and 500°C, atmospheric pressure to produce aromatic hydrocarbons. Catalytic aromatization of normal hexane at 400 °C showed high activity of the catalyst for iso-compound formation reactions and high hydrogen cyclization ability at 500°C. Based on the study of the characteristics of the high-catalytic-activity catalyst used to catalytically aromatize regular hexane to produce aromatic hydrocarbons, the used catalyst shows the structural properties, the reduction in the number of active metals in the catalyst used for the catalytic aromatization of regular hexane to produce aromatic hydrocarbons, which has a high catalytic activity. shown and aromatic hydrocarbons, which are the main components of the fuel, were found to form a catalyst with a high octane number.