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The characteristic of petroleum contaminant adsorption materials and the estimation of adsorption attenuation

机译:石油污染物吸附材料的特征及吸附衰减估计

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Based on the experiment in lab and the investigation in study site, we have studied the adsorption of fine sand, medium sand and coarse sand which composes the aquifer. The different type's soil is different to the petroleum adsorption, the adsorptive capacity of fine sand is strongest, the coarse sand adsorption is worst. The adsorptive capacity of Sandy in 33.8% to 46.1%, adsorptive capacity of gravel is 9.2%. Freundlich model is more accurate to explain the sorption of the sands. The adsorption reaction of sand is very rapid, and it often only needs less than a day to reach adsorption reaction balance. The pollution levels are underestimated, and has been underestimated approximately 37.1% to 41.4%, and adsorption attenuation is a main action in study site.
机译:基于实验室的实验和研究现场的调查,研究了组成含水层的细砂,中砂和粗砂的吸附。不同类型的土壤与石油吸附不同,细砂的吸附容量最强,粗砂吸附最差。沙质的吸附能力为33.8%至46.1%,砾石的吸附能力为9.2%。 Freundlich模型更准确地解释沙子的吸附。沙子的吸附反应非常快,通常只需要少于一天以达到吸附反应平衡。污染水平低估,已低估约37.1%至41.4%,吸附衰减是研究现场的主要行动。

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