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The Thermodynamic Modeling of Asphaltene Precipitation Equilibrium during the Natural Production of Crude Oil: The Role of Pressure and Temperature

机译:原油天然生产过程中沥青质沉淀平衡的热力学模型:压力和温度的作用

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摘要

Asphaltene precipitation is a sophisticated issue in the upstream oil industry, worldwide, and has detrimental effect on a verity of production processes; it damages the properties of the reservoir and causes an unfavorable and significant decrease in oil production. In spite of numerous studies to predict asphaltene behavior, the effect of temperature on asphaltene precipitation during pressure depletion at reservoir conditions is still obscure in the literature. In this study the PVT data as well as experimental data of asphaltene precipitation at reservoir conditions of an Iranian light oil samples is used, and the asphaltene precipitation and deposition envelops (APE and ADE) of the oil are developed using solid thermodynamic modeling.
机译:沥青质沉淀是全球上游石油工业中的一个复杂问题,会对生产过程的真实性产生不利影响。它损害了储层的性质,并导致石油产量的不利和显着下降。尽管进行了许多预测沥青质行为的研究,但文献中仍然不清楚温度对储层条件下压力耗尽过程中沥青质沉淀的影响。在这项研究中,使用了伊朗轻油样品在储层条件下的PVT数据和沥青质沉淀的实验数据,并使用固体热力学模型开发了该油的沥青质沉淀和沉积包络(APE和ADE)。

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