“…[6][7][8] Some features in comparison with homopolymer membranes are the high porosity along with much narrower pore-size distribution, stimuli-response properties, betterdefined pore morphology, rich possibilities of functionalization, lower fouling, and surface roughness, versatility of morphology control, more appropriate surface chemistry and structuration. [6,[8][9][10] Therefore, application of BCP membranes could be extended to more efficient and promising separations, due to their superior final structures. [8,11] Notwithstanding these general advantages, there is still a need and opportunities for improving BCP membranes for other demanding applications, by overcoming their versatility limitations, for example, the lack of mechanical, chemical, thermal, and long-term stability.…”