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Conversion of microflltration membrane into nanofiltration membrane by vapour phase deposition of aluminium for desalination application

机译:铝的气相沉积法将微滤膜转化为纳滤膜用于脱盐应用

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摘要

Preparation and modification of NF membrane are challenging aspects in research. In the present work, we have synthesised Polysulfone (PSf) microfiltration membrane and reduced the pore size to nano level by physical vapour deposition (PVD) of aluminium metal. Membrane pore size was reduced from micro pore to nano pore, which rejected 42.22% of NaCl from the solution with 164 L/m~2h. And also water permeation decreases from 1.10324·10~(-10) to the 9.141·10~(-12). The SEM and AFM pictures showed the surface modification and metal deposition in the pores. The performance of the membrane was studied by dead end flow cell using 3.5% of NaCl solution, in which PVD membrane showed 42.22% of rejection with 16.4 L/m~2h flux. Thermal analysis from DSC showed Tg of 265 ℃. Contact angle measurement, and water uptake were also reported.
机译:NF膜的制备和修饰是研究中具有挑战性的方面。在目前的工作中,我们已经合成了聚砜(PSf)微滤膜,并通过铝金属的物理气相沉积(PVD)将孔径减小到了纳米级。膜孔径从微孔减少到纳米孔,在164 L / m〜2h的时间内将42.22%的NaCl从溶液中排出。透水率也从1.10324·10〜(-10)降低到9.141·10〜(-12)。 SEM和AFM图片显示了孔中的表面改性和金属沉积。通过死端流动池使用3.5%NaCl溶液研究了膜的性能,其中PVD膜在16.4 L / m〜2h的通量下显示出42.22%的截留率。 DSC的热分析表明Tg为265℃。还报道了接触角测量和吸水率。

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