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A novel test method for evaluate asphaltene inhibitor efficiency on reservoir rock

机译:一种新型试验方法,用于评价水库岩石沥青质抑制剂效率

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摘要

Asphaltene deposits can reduce the productivity of the reservoir as well as foul piping and surface equipment. Current chemical and mechanical methods for treating deposition are only partially effective partly because the deposition process is poorly understood. The most commonly way to asphaltene precipitation reduction is applying an asphaltene inhibitor. In order to investigate the extent of formation damage by asphaltenes in crude oil this work has used electro kinetic technique to study the adsorption of asphaltenes in rock pores. Most researchers investigate the kinetics of adsorption by monitoring changes in the concentration of asphaltene or polymer in a dispersion of adsorbent particles or capillaries. This study is a coherent approach to measure amount of asphaltene adsorption on rock surface and survey effect of asphaltene inhibitors on precipitation reduction in porous media.
机译:沥青质沉淀物会降低储层的产能,还会污染管道和地面设备。目前用于处理沉积的化学和机械方法仅部分有效,部分原因是人们对沉积过程知之甚少。减少沥青质沉淀最常用的方法是使用沥青质抑制剂。为了研究原油中沥青质对地层的损害程度,本工作利用电动技术研究了沥青质在岩石孔隙中的吸附。大多数研究人员通过监测吸附剂颗粒或毛细管分散体中沥青质或聚合物浓度的变化来研究吸附动力学。这项研究是一个连贯的方法来测量沥青质在岩石表面的吸附量,并调查沥青质抑制剂在多孔介质中减少沉淀的效果。

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