Functionalized polyamide membranes yield suppression of biofilm and planktonic bacteria while retaining flux and selectivity

    Mostafa Dadashi Firouzjaei, Mehdi Pejman, Mohammad Sharifian Gh, Sadegh Aghapour Aktij, Ehsan Zolghadr, Ahmad Rahimpour, Mohtada Sadrzadeh, Ahmad Arabi Shamsabadi, Alberto Tiraferri, Mark Elliott

 Abstract
MXenes have significantly impacted materials science and nanotechnology since their discovery in 2011. Theoretical calculations have predicted more than 100 possible compositions of MXenes and lab-scale fabrication of more than 40 MXene structures has been reported to date. The unique characteristics of MXenes have made them an ideal fit for a wide variety of applications, including energy storage, environmental, electronics, communications, gas and liquid separations and adsorption, biomedical, and optoelectronics. MXene attracted many researchers, and as a result, publication trends on MXene have grown exponentially in recent years. By 2021, MXenes have already shown promise in several research areas, including energy storage devices, electromagnetic interference shielding, nanocomposites, and hybrid materials. In parallel, new applications are emerging where MXenes outperform other nanomaterials, such as in tribology. MXene compositions are also being expanded rapidly. Here, we briefly overview the history, properties, trends, and application of MXenes to better understand their potentials and familiarize new audiences with this 2D material family.
                             Type                         Experimental
                             Publication           Separation and Purification Technology
                             Date                          February 2022
                             Links                        URL
                    
 
 Tags
Biofilm inhibition,Desalination, Water treatment, Metal azolate framework,
Antibacterial_membranes, Metal organic framework, MOFFoulingBabak_Anasori, #Mostafa_Dadashi_Firouzjaei