Progress in adsorption capacity of nanomaterials for carbon dioxide capture: A comparative study

With the gradual rise in atmospheric carbon dioxide brought about by human activities and industry effluents, research has now been geared toward capture storage. To achieve high adsorption capacity, development of nanomaterials with optimized properties attracting growing interest for more than ten years already. Such multi-parameter investigations require a complex rigorous analysis order to compare different developed adsorbents improve their performances. In this review, we propose state-of-the-art approach related four most studied nanostructured capture: graphene, nanotubes, zeolite, metal organic frameworks. The processes were described as well modifications applied efficiency capture. present unprecedented allows correlate nanomaterial properties, especially surface area pore volume, CO2 capacity. results reveal that contrary popular belief, improvement is not solely liable on volume nanosorbents. This outcome may be useful course materials future technologies.