This project is focused on the preparation of a novel catalyst for LPG and C6/C7 paraffins aromatization under non-oxidative conditions, and the kinetics study of the prepared catalysts, which could be used in the further industrial reactor design.
LPG is the main component of natural and oil-associated gases, which is a very abundant fossil fuel resource. The LPG aromatization was investigated by many scientists around the world. In this project, we would like to prepare a novel catalyst for the LPG aromatization under non-oxidative conditions. The catalyst was designed to obtain a higher LPG conversion and benzene yield. The thermodynamic investigation, catalyst design, catalyst preparation, catalysts characterization, catalyst activity evaluation, reaction conditions optimization, catalyst kinetics research will be carried out in the project. LPG conversion should greater than 10%, and selectivity of benzene of should greater than 80% over our novel catalyst.
This project will use the LPG, the main component of natural gas, to produce valuable products---aromatics hydrocarbons (benzene, toluene and naphthalene et al) and the by-product: H2. The fundamental work based on KACST-Oxford technology will be useful for the further natural gas downstream industry in the Saudi Arabia