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Investigation of Thermodynamic Processes During Multiphase Fluid Filtration to the Well with Perforation Channels in Damage Reservoir for Determination of Near Wellbore Zone Properties

机译：用损伤储层井通道井井流体过滤热力学过程研究井网近井区特性

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In this paper, new models of numerical simulation of non-isothermal multiphase inflow to the well are introduced. These models take into account a damaged near-wellbore zone with low permeability, perforation channels. With the models, it is investigated an opportunity of near-wellbore zone characterization and estimation its parameters (radius, permeability) based on the study of non-stationary downhole temperature and pressure data. Main factors of uncertainty are determined, their influence on the estimated parameters is analyzed.

机译：本文介绍了对井的非等温多相流入数值模拟的新模型。这些模型考虑了具有低渗透性，穿孔通道的近井眼区域。利用该模型，基于对非静止井下温度和压力数据的研究，研究了近井筒区表征和估计其参数（半径，渗透率）的机会。确定不确定性的主要因素，分析了它们对估计参数的影响。

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《SPE Russian Petroleum Technology Conference and Exhibition》|2016年|1 CD-ROM|共14页
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L. A. Gaidukov; A. V. Novikov; D. V. Posvyansky;
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中图分类石油、天然气工业;
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Investigation of Thermodynamic Processes During Multiphase Fluid Filtration to the Well with Perforation Channels in Damage Reservoir for Determination of Near Wellbore Zone Properties

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