Amphiphilically Modified Porous Polymeric Nanosandwich‐Based Membranes for Rapid and Efficient Water Treatment

Abstract

Moreover, harsh and energy-intensive regeneration condition is not consistent with the goal of low-carbon green life. [6] A large amount of energy consumption is also true for the membrane separation process when driving separation with high pressure. In addition, it is inevitably timeconsuming due to the low permeability if high selectivity is the priority. Until now, approaches for time-saving and energyefficient pollutant separation are still full of challenges.Recently, various emerging porous materials, such as porous organic polymers (POPs) [7,8] and metal-organic frameworks (MOFs), [9,10] have been used in separation material exploitation. [11][12][13][14][15][16][17][18][19][20][21][22][23] Most of emerging porous materials-based adsorbents still suffer from a very slow adsorption kinetics in water, ascribing to their intrinsic hydrophobic pore frameworks. Several minutes and even hours