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Self‐Replenishable Anti‐Waxing Organogel Materials

机译:自补抗蜡有机凝胶材料

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摘要

Solid deposition, such as the formation of ice on outdoor facilities, the deposition of scale in water reservoirs, the sedimentation of fat, oil, and grease (FOG) in sewer systems, and the precipitation of wax in petroleum pipelines, cause a serious waste of resources and irreversible environmental pollution. Inspired by fish and pitcher plants, we present a self‐replenishable organogel material which shows ultra‐low adhesion to solidified paraffin wax and crude oil by absorption of low‐molar‐mass oil from its crude‐oil environment. Adhesion of wax on the organogel surface was over 500 times lower than adhesion to conventional material surfaces and the wax was found to slide off under the force of gravity. This design concept of a gel with decreased adhesion to wax and oil can be extended to deal with other solid deposition problems.
机译:固体沉积物,例如室外设施上的冰,水垢在水系统中的沉积,下水道系统中脂肪,油和油脂(FOG)的沉积以及石油管道中蜡的沉积,都造成了严重的浪费资源和不可逆转的环境污染。受鱼类和水罐厂的启发,我们提出了一种可自我补充的有机凝胶材料,该材料通过从原油环境中吸收低摩尔质量油而表现出对固化石蜡和原油的超低附着力。蜡在有机凝胶表面的粘附力比与常规材料表面的粘附力低500倍以上,并且发现蜡在重力的作用下会滑落。这种对蜡和油的附着力降低的凝胶的设计理念可以扩展,以解决其他固体沉积问题。

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