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Preparation and characterization of high-flux microfiltration membrane from cellulose micro/nanofibers(PPT)

机译:纤维素微/纳米纤维(PPT)高通量微滤膜的制备与表征

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Cellulose as a sustainable biomass will be greatly developed at the background of energy crisis. Micro/nanofibers from pure mechanical method exhibits great advantages in controlling cost and protecting the environment, furthermore, the papermaking process is low cost. Cellulose nanofiber also exhibit great potential as an absorbent. So we believe that, based on these excellent physical properties and three-dimensional pore structure, high-flux microfiltration membrane with the function of metal ions absorption from cellulose micro/nanofibers will be a promising alternative for next generation MF membrane.
机译:作为可持续生物量的纤维素将在能量危机的背景下大大发展。来自纯机械方法的微/纳米纤维在控制成本和保护环境方面表现出很大的优势,此外,造纸过程的成本低成本。纤维素纳米纤维也表现出巨大的吸收剂。因此,我们认为,基于这些优异的物理性质和三维孔隙结构,具有纤维素微/纳纤维的金属离子的功能的高通量微滤膜将是下一代MF膜的有希望的替代方案。

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