Superfine Tantalum aluminum carbide MAX Ti2NbAlC2 Powder

Water pollution is one of the growing issue that pose a serious threat both to aquatic and terrestrial species. In particular, direct release of industrial dyes in the aquatic system has been found to associate with server health detriments. Among the many reliable remediation approaches, the adsorption technology is most preferable due to simplicity, applicability at preparative scale and affordability [1]. To achieve the maximum potential, the surface area and functionalities of adsorbent material are crucial factors. Thus, the nature and engineering of adsorbent is the key parameters in designing ultra-adsorbent materials. In this context, MXene, a relatively new 2D material with excellent hydrophilicity besides large surface area and abundant tunable functionality has shown tremendous potential compared to graphene based competitors [2] . In this contribution, we report the synthesis of ultra-thin MXene nanosheets, which have been tested for adsorptive removal of Rhodamin…