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The influence of capillarity on multiphase flow within porous media: a new model for interpreting fluid levels in groundwater monitoring wells in dynamic aquifers

机译:毛细作用对多孔介质内多相流的影响:解释动态含水层地下水监测井液位的新模型

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摘要

A new approach is presented to calculate the volume of oil in the underground at an oil spill site from fluid levels in monitoring wells. The approach includes the effects of hysteresis due to irregular pore geometry and to phase entrapment. It is possible to explain the drastic changes in the oil thickness in a monitoring well due to the decrease and increase in the groundwater table. A correct evaluation of the oil volume infiltrated underground from an oil spill and the effective control of remediation works can only be done by using the newly developed approach with a consideration of the dynamic changes in the groundwater table.
机译:提出了一种新方法,可以根据监测井中的液位来计算溢油现场地下的石油量。该方法包括由于不规则的孔几何形状和相截留引起的滞后效应。可以解释由于地下水位减少和增加而导致的监测井中油厚的急剧变化。只有通过使用新开发的方法并考虑地下水位的动态变化,才能正确评估从漏油事件渗入地下的油量并有效控制补救工作。

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