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Fast and Efficient Removal of Oil from Water Surface Through Activated Carbon and Iron Oxide-Magnetic Nanocomposite

机译:通过活性炭和氧化铁 - 磁性纳米复合材料快速有效地从水面中除去油脂

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An efficient magnetized nanocomposite material adsorbent is made from agricultural waste like banana stem based activated carbon and combined with iron oxide nanoparticles. The composite adsorbents show excellent lubrication oil absorption capacity with rapid kinetics. Banana stem based activated carbon and composite materials is compared with commercial activated carbon and its magnetic composite to remove oil from aqueous environment. The banana stem based activated carbon was capable to adsorb oil up to 2.99 times of its weight and composite from commercial activated carbon could adsorb 5 times of its weight within 30 min and interestingly both composite could be removed from water body by applying external permanent magnet. The kinetic data were best fitted to the pseudo second order model and thermodynamic parameter was also estimated.
机译:高效的磁化纳米复合材料吸附剂由香蕉茎的活性炭等农业废物制成,并与氧化铁纳米颗粒联合。复合吸附剂具有快速动力学的优异的润滑油吸收能力。与商业活性炭和其磁性复合材料进行比较香蕉茎秆活性炭和复合材料,以从含水环境中除去油。 Banana茎的活性炭能够吸附到其重量和来自商业活性炭的重量和复合材料的油脂可在30分钟内吸附5倍,并且可以通过施加外部永磁体从水体中除去两种复合材料。最佳安装在伪二阶模型和热力学参数上最适合动力学数据。

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