A numerical model for the performance assessment of hydrophobic meshes used for oil spill recovery
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A numerical model for the performance assessment of hydrophobic meshes used for oil spill recovery

机译:用于溢油回收的疏水网格性能评估的数值模型

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Highlights?A model is proposed for oil-water separation with hydrophobic meshes.?The model is based on two-phase flow in porous media.?Oil recovery and water breakthrough depend strongly on the fluid column height.?Mesh materials and dimensions also affect wettability and oil recovery efficiency.?A mesh performance curve can be used for industrial designing purposes.AbstractAccidental oil spills in the ocean have a big impact on aquatic environments and human activities, and one of the most promising clean-up techniques is the use of hydrophobic and oleophilic meshes. It is important to understand the underlying physics of these meshes and their behavior under different conditions. Here, a mesh is conceptualized as an equivalent porous medium w
机译:<![cdata [ 突出显示 提出了用疏水网格的油水分离的模型。 模型基于多孔介质中的两相流。 石油回收和水突破在流体柱高度上依赖于依赖性。 网格材料和角色纳斯也影响润湿性和石油回收效率。 网格性能曲线可用于工业设计目的。 抽象 海洋中的意外油泄漏对水生环境和人类活动产生了很大影响,以及一个最有前途的清理技术是使用疏水和油气网。在不同条件下了解这些网格的潜在物理学以及它们的行为非常重要。这里,网格被概念化为等效的多孔介质w

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