Honeycomb-type structured nickel-based catalysts based on the binary oxides TiO2, Al2O3, Y2O3, and CeO2 as supporters of CO2 methanation were successfully synthesized under various conditions by using different coating solutions and characterized. The prepared catalysts were further tested, and their CO2 methanation activity, stability, and selectivity were compared under different operating conditions at varying temperatures. The results revealed better CO2 methanation with an isopropanol-coated liquid than with distilled water, Si binder, and Ludox. Among the synthesized catalysts, the 10 wt% Ni/CeO2 honeycomb-type catalyst showed the highest CO2 methanation catalytic activity, stability, and selectivity, with a CO2 conversion efficiency of more than 80% during testing at an optimal temperature of 298 degrees C, space velocity of 743 h(-1), and catalyst loading of 134 g/L. The optimum parameters and CO2 conversion efficiency were verified and reconfirmed through response surface analysis. The 10 wt% Ni/CeO2 catalyst is a promising catalyst with excellent potential for application in CO2 methanation.