Ionic Liquid‐Functionalized Porous Materials for Catalyzing CO₂ Cycloaddition Reaction

Abstract Ionic liquids (ILs) are incorporated into traditional porous materials to create ILs‐functionalized porous materials, which exhibit excellent absorption capacity and good catalytic activity for CO 2 . As a result, they are extensively utilized in the chemical conversion of CO 2 . This paper specifically focuses on the utilization of ILs‐functionalized organic porous materials, ILs‐functionalized inorganic porous materials, and ILs‐functionalized organic‐inorganic hybrid porous materials in the conversion of CO 2 . The synergistic effects of combining ILs with porous materials in CO 2 conversion are thoroughly discussed. Furthermore, an in‐depth analysis is provided regarding the potential prospects and future applications of utilizing ILs‐functionalized porous materials within the broader realm of catalytic CO 2 conversion technologies.