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Development of Clay-Polymer Aerogels for use as an Oil Absorbing Media

机译:粘土 - 聚合物气凝胶用作吸油介质的开发

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Currently there is a need for high-performance porous materials which can be implemented to mediate the effects of water borne oil spills. This need was highlighted by the recent Gulf of Mexico BP oil spill (April 2010).One way to be better prepared for oil spills in the future is to develop new materials with the specific function of removing oil from water. While many such materials do exist they don't exist in a highly abundant, economical form. The following research was conducted with the goal of producing an oil absorbing, porous material which can absorb oil while floating on the surface of water. One of the main focuses of this research was to determine which material parameters are most important when trying to maximize oil absorption. It was assumed that capillarity would be the main mechanism by which absorption would take place. In a qualitative sense it makes sense that both surface chemistry (hydrophobic vs. hydrophilic) and the structure (capillary radius) would have effects.
机译:目前需要高性能多孔材料,可以实施,以介导水上溢油的影响。这一需求被最近的墨西哥BP漏油泄漏(2010年4月)突出了。未来漏油机更好地准备的方法是开发新材料,具有从水中取出油的特定功能。虽然许多这样的材料确实存在,但它们不存在于高度丰富,经济的形式。采用以下研究,目的是产生吸油,多孔材料,该多孔材料,可以在水面上漂浮时吸收油。该研究的主要重点之一是确定在尝试最大化吸油时最重要的材料参数。假设毛细血管是将发生吸收的主要机制。在一个定性的感觉中,它是有意义的,即表面化学(疏水性与亲水性)和结构(毛细管半径)会产生效果。

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