THE EFFECT OF ACTIVE PHASE COMPOSITION AND SUPPORT MATERIALS ON (K)(Co)MoS2 CATALYSTS FOR ETHANOL CONVERSION INTO VARIOUS OXYGENATES
The catalytic properties of heterogeneous systems for the synthesis of well-known commercial products from ethanol, including ethyl acetate, acetaldehyde, higher alcohols, and other oxygen-containing chemical compounds, were investigated. The effect of the texture properties of the surface of activated carbons (AC) and the reaction atmosphere (He and H2) on the catalytic activity and the resulting synthesis products when using K-CoMoS2 as a material for the formation of active canters is shown. The relationship «composition-properties-activity» for synthesized catalysts has been established