MXene Synthesis and Carbon Capture Applications:Mini‐Review

Abstract

MXenes, a class of two‐dimensional transition metal carbides, nitrides, and carbonitrides, have garnered significant attention due to their remarkable potential for energy storage, electrocatalysis, and gas separation applications. The fabrication processes of MXene involve building up the MXene structure from constituent elements and the selective elimination of M−A bonds from the precursor MAX. However, considerable efforts are still required to design and develop efficient MXene‐based technologies. This review article aims to briefly analyse the synthesis methods employed for MXene production, ranging from direct synthesis and conventional chemical wet etching approach to the more recent molten salt etching technique. The review highlights the advancements made in achieving precise control over the terminal groups, which is paramount for tailoring the properties of MXenes for specific applications. Furthermore, the potential of MXene‐based materials for carbon capture applications, particularly in developing advanced adsorbents, is emphasized. The in‐depth examination of MXene synthesis techniques and their implications for carbon capture applications provides a solid foundation for developing and optimizing these promising materials.