Carbon dioxide (CO2) is one of the most urgent anthropogenic emissions because it accumulates excessively in the environment.
Hence, it is imperative to use advanced and efficient CO2 capture technologies to reduce CO2 levels. The development of carbon
dioxide capture and storage (CCS) technologies could play a significant role in this direction. Carbonaceous materials and
nanomaterials are currently used in CO2 capture for various industrial processes. This process category depends heavily on nonmaterials’
characteristics to improve their CO2 absorption capacity. This chapter aims to examine the role of carbonaceous materials
and nanomaterials in the absorption of CO2 from combustion processes. Carbon nanotubes, graphene oxides, and carbon aerogels are
examined as representative carbonaceous materials for CO2 adsorption, as well as coal-derived carbon, polymer-derived carbon, metalorganic
framework-derived carbon, and coal-derived carbon. The present study has studied nanomaterials and carbonaceous materials
for their functions. Furthermore, various carbon absorption techniques and challenges associated with nanomaterials have been
discussed. Finally, conclusive remarks and future work are Further proposed.
محمد راتب اهديب الربيحات | Mohammad Ratib Ihdeib Alrbaihat | 752