化学
溪流
金属有机骨架
萃取(化学)
金属
化学工程
环境化学
多孔性
吸附
色谱法
有机化学
工程类
计算机网络
计算机科学
作者
Shuliang Yang,Li Peng,Olga A. Syzgantseva,Olga Trukhina,Ilia Kochetygov,Anita Justin,Daniel T. Sun,Hassan Abedini,Maria A. Syzgantseva,Emad Oveisi,Guanchu Lu,Wendy L. Queen
摘要
ions. Also, the preparation procedure employs water and hence is nontoxic. Moreover, the universal method has been applied to 12 different structurally diverse MOFs and three MOF-based composites. To validate the applicability of the structuring method, beads consisting of a MOF composite, namely Fe-BTC/PDA, were subsequently employed for the extraction of Pb and Pd ions from real-world water samples. For example, we find that just 1 g of Fe-BTC/PDA beads is able to decontaminate >10 L of freshwater containing highly toxic lead (Pb) concentrations of 600 ppb while under continuous flow. Moreover, the beads offer one of the highest Pd capacities to date, 498 mg of Pd per gram of composite bead. Furthermore, large quantities of Pd, 7.8 wt %, can be readily concentrated inside the bead while under continuous flow, and this value can be readily increased with regenerative cycling.
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