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Interaction between oil and suspended particulate matter in the yukon river

机译:育空河中石油与悬浮颗粒物之间的相互作用

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A literature search and laboratory study were conducted to predict the amount of oil, if any, that would be removed by oil-solid interaction from the surface slick of a pipeline spill onto the Yukon River. Samples of alaska North Slop settle. The solid river water were shaken under varous conditions and allowed to settle. The solid particles that sank were whithdrawn and any oil associated with the solids are extracted and quantified. From the results, the most important factors affecting the oil=solid internaction process were mixing energy and temperature, and to a lesser degree oil volume and settling time. A reasonable estimate for oil loading on the suspended solids during a spill would be on the order of 0.1 g of oil per g of solid.
机译:进行了文献搜索和实验室研究,以预测通过油-固相互作用从管道泄漏到育空河上的表面浮油中除去的油量(如果有)。阿拉斯加州北坡的样品定居下来。在各种条件下摇晃固体河水,使其沉降。沉淀沉没的固体颗粒,并提取和定量与固体相关的任何油。从结果来看,影响油=固体相互作用过程的最重要因素是混合能量和温度,以及较小程度的油量和沉降时间。溢油过程中悬浮固体上的油量的合理估算约为每克固体0.1克油。

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