Textile dyeing industry (TDI) produced huge amount of methanol effluent. An organic solvent nanofiltration (OSN) membrane owns ultra-high methanol permeance was developed in this study with a highly reactive and chemically stable symmetrical dianiline structure into its active layer. The so-called “BHTTM” molecule owns double trifluoromethyl (CF₃) which offers polarity and negative charge while the matrix was doped with positively charged processed glass wool fiber (GWF-NH₂) to form a specific active layer/area. FT-IR and EDX results demonstrated the successful introduction of BHTTM and their specific morphology were captured by FE-SEM. The membrane offered molecular weight cut-off value of 441.9 in water but smaller in organic solvents. It displayed outstanding OSN performance in which the methanol permeance reached 117.2 ± 9.8 L·m^-2·h^-1·MPa^-1 with 99.5 ± 0.1% rejection of Chlorazol black and methanol effluent with Rose bengal was also totally decolorized (99.5 ± 0.2%).

纺织印染工业（TDI）产生了大量的甲醇废水。在这项研究中开发了具有超高甲醇渗透性的有机溶剂纳米过滤（OSN）膜，该膜具有高反应性和化学稳定的对称二苯胺对称结构进入其活性层。所谓的“ BHTTM”分子拥有双三氟甲基（CF ₃），该双三氟甲基提供极性和负电荷，而基质中则掺杂了带正电的加工玻璃棉纤维（GWF-NH ₂），形成了特定的活性层/区域。FT-IR和EDX结果表明BHTTM成功引入，其特定形态被FE-SEM捕获。该膜在水中的分子量截留值为441.9，而在有机溶剂中的截留值较小。它显示出出色的OSN性能，其中甲醇渗透率达到117.2±9.8 L·m ^-2 ·h ^-1 ·MPa ^-1，对氯唑黑的排斥率为99.5±0.1％，而玫瑰红的甲醇废水也被完全脱色（99.5±0.2） ％）。