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首页> 外文期刊>Journal of Petroleum Technology >Sand production in conventional and heavy-oil reservoirs
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Sand production in conventional and heavy-oil reservoirs

机译:常规和重油油藏中的制砂

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摘要

A coupled reservoir/geomechanics model was developed to simulate enhanced production phenomena in conventional and heavy-oil reservoirs. The model was developed and implemented by fully coupling an extended geomechanics model to a two-phase-reservoir-flow model. The effect of solids production on oil recovery was analyzed. Data from approximately 40 wells were used to validate the model for cumulative sand and oil production. Studies indicate that enhanced production is caused by reservoir-porosity and -permeability improvement after a large amount of sand is produced and by higher fluid mobility caused by movement of the sand particles. [References: None]
机译:开发了耦合油藏/地质力学模型来模拟常规油藏和稠油油藏的增产现象。该模型是通过将扩展的地质力学模型与两相储层流模型完全耦合而开发和实现的。分析了固体产量对石油采收率的影响。来自大约40口井的数据被用于验证砂和油累计产量的模型。研究表明,产量的提高是由于大量砂子产生后储层孔隙度和渗透率的提高,以及砂粒运动引起的更高的流体流动性。 [参考:无]

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