Jet fuel is constructed by hydrocarbons with the carbon number of C8 ~ C16, including linear paraffins, branched paraffins, cycloparaffins and aromatics. Thereinto, aromatics play an indispensable role in material compatibility, elastomeric swelling and lubricity properties . Traditionally, the aromatics in jet fuel are obtained by petroleum cracking. In considering the international world facing the serious environmental and energy crisis, it is urgent to develop an alternative synthesis route for aromatic components in jet fuel. At present, the sustainable aviation fuel (SAF) mainly comes from waste oil hydrogenation , while in China this route could not be widely adopted owing to the low amount and high price of the waste oil. Using carbon dioxide as the carbon source to synthesize SAF is called power to liquids (PtL), which drawing the international world's attention owing to the existence of huge amount of CO2 and the greenhouse effect could be alleviated at the meantime during the CO2 utilization. Thus, developing the alternative method for SAF synthesis using CO2 as the carbon source is an efficient strategy for aviation industry relieving the environmental and energy crisis.