课题组硕士研究生程泉勇同学第三篇文章：基于环氧大豆油树脂与纤维素纳米晶的生物降解超疏水油水分离材料发表于Carbohydrate Polymers。前两篇关于浸涂法与喷涂法制备生物基于生物降解超疏水油水分离材料的论文分别发表于ACS Sustainable Chemistry & Engineering和Polymer Testing。

摘要：Cellulose nanocrystal (CNC) with renewability, biodegradability, and nanoscale size was used as the rough structure component instead of inorganic nanoparticles to fabricate renewable and degradable superhydrophobic cotton fabric via a dip-coating method with cured epoxidized oil resin (CESO) as the binder. The superhydrophobic cotton fabric could selectively absorb oil from oily water and could separate various oil/water mixture very efficiently with separation efficiency higher than 98%. The superhydrophobic cotton fabric showed excellent stability, making it reusable for several times without lowering separation efficiency. Moreover, the superhydrophobic cotton fabric exhibited excellent solvent and chemical resistances. Furthermore, the superhydrophobic cellulosic fabric was degradable with weight loss of 14.4?wt% after hydrolytic degradation in phosphate buffer solution (pH 7.4) at 37?°C for 10 weeks. The superhydrophobic cotton fabric may exhibit great viability as sustainable and degradable alternative to traditional nonrenewable and non-degradable superhydrophobic materials in oil/water separation.

全文链接：https://www.sciencedirect.com/science/article/pii/S0144861718308373