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New ultrafiltration (UF) membrane made with a new polymer material for long-lasting rejection performance, Neophil®

机译:新的超滤(UF)膜用新的聚合物材料制成,用于长持久的抑制性能,Neophil®

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摘要

This paper focuses on the development of a new membrane, named Neophil(R), with durable performance using a new amphiphilic nanostructured dibloc-copolymer (BCP) composed of one hydrophilic bloc and one hydrophobic bloc which is anchored deeply and permanently in the polymer matrix (PVDF, Kynar resin Arkema) of the membrane. Compared to conventional membranes, particle rejections (suspended solids, microplastics, bacteria and viruses) have been shown to be maintained through accelerated ageing experiments. In this paper, this new membrane technology is described and its durability is demonstrated and compared with other membranes of the market.
机译:本文侧重于开发名为Neophil(R)的新膜,所述耐用性能使用由一种亲水性Bloc和一种疏水性Bloc组成的新的两亲纳米结构二聚石共聚物(BCP),该共聚物(BCP)在聚合物基质中深度和永久地锚定和永久性(PVDF,Kynar树脂Arkema)的膜。与常规膜相比,已经显示通过加速的老化实验来维持颗粒抑制(悬浮固体,微薄,细菌和病毒)。在本文中,描述了这种新的膜技术,并与市场的其他膜进行了证明和比较了其耐用性。

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