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Physical and Chemical Characterization of Crude Oil-Water Mixtures: Understanding the Effects of Interfacial Process to Chemical Bioavailability

机译:原油 - 水混合物的物理和化学表征:了解界面过程对化学生物利用度的影响

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摘要

This work detailed the physical and chemical characterization of oil water mixtures prepared using fresh and weathered Macondo related oils under different conditions of mixing energy/time and in the presence/absence of chemical dispersants. The results indicated that WAFs produced consistent, droplet free solutions for both source and weathered oils with concentration ranges that represented the soluble components of the oil used. Chemically enhanced WAFs prepared with the source oil generated a large amount of micron-size droplets; however the viscosity of the weathered oils were a limiting factor for the preparation of CEWAFs with weathered oils. Droplet size distributions were influenced by the amount of energy in the system and the oil weathering stage, when high energy WAFs were made the increase in weathering of the oil resulted in the formation of smaller droplets that were more stable over time.
机译:这项工作详细描述了在不同混合能量/时间和存在/不存在化学分散剂条件下,使用新鲜和风化的Macondo相关油制备的油水混合物的物理和化学特性。结果表明,WAF对源油和风化油均能产生一致的无滴溶液,其浓度范围代表所用油的可溶性成分。用原料油制备的化学增强的WAF会产生大量的微米级液滴。然而,风化油的粘度是用风化油制备CEWAF的限制因素。液滴尺寸分布受系统中能量的大小和油的风化阶段的影响,当制作高能WAF时,油的风化作用增加,形成较小的油滴,随着时间的推移,这些油滴变得更稳定。

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    Sandoval Kathia a;

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  • 年度 2016
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