The review focuses on presenting recent findings on CO₂ methanation plasma-catalytic process. In order to understand the background of the research, firstly a summary of thermal catalytic CO₂ methanation is presented. Secondly, discussion on plasma CO₂ hydrogenation including various plasma types and process parameters is addressed. Catalytic CO₂ methanation is already an industrial process achieving high conversions of CO₂ and CH₄ yield. However, the need to optimize this process (decrease reaction temperature, increase catalyst activity, selectivity and stability) resulted in the development of plasma technology. It was proven that plasma can actively convert CO₂. The main product of plasma CO₂ hydrogenation is, however, carbon monoxide. Therefore, a plasma process is not selective for CH₄ production and the presence of a catalyst is necessary to effectively convert CO₂ to CH₄ under plasma conditions. The study of plasma-catalytic CO₂ methanation is quite a new topic focused mainly on the application of dielectric barrier discharge plasma and Ni-based catalyst. This review summarizes recent advantages of the plasma catalytic process and discusses possible directions of catalyst development.