Conversion of CO2 into Synthetic Motor Fuels

The process of CO 2 conversion into synthetic hydrocarbons including the stages of synthesis gas production on the catalyst NIAP 06-06 and hydrocarbon synthesis by the Fischer-Tropsch method on a bifunctional zeolite-containing catalyst has been investigated. Experimental studies of the process of catalytic conversion of CO 2 into synthesis gas were carried out in order to obtain gas with the ratio of H 2 /CO close to the required ratio for Fischer-Tropsch synthesis. The possibility of obtaining gasoline and diesel fractions of hydrocarbons with a high content of isomeric structures that increase the performance characteristics of motor fuels has been shown. The yield of hydrocarbons C 5+ with 1 m 3 of initial CO 2 and H 2 at the synthesis temperature of 220 °C is found to be 44.5 g.