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首页> 外文期刊>Journal of Petroleum Science & Engineering >Analysis of fluid loss data II: Models for dynamic fluid loss
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Analysis of fluid loss data II: Models for dynamic fluid loss

机译:流体损失数据分析II:动态流体损失模型

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Fluid loss during fracturing limits the efficiency of the process. Modeling of fluid loss is important for prefrac design and postfrac analysis. The fluid-loss process is complex and difficult to accurately model theoretically because many of the parameters are difficult or impossible to evaluate. This has led to the use of empirical and semi-empirical models some of which work better than others. Testing protocols also influence the quality of the data on which these models are based. In this paper, we review some of the currently used models and propose two different models that provide better fits to the available data than currently existing models. We also discuss the influence of core length on the experimental data and modeling of this data.
机译:压裂过程中的流体损失限制了过程的效率。渗流模型对于压裂前设计和压裂后分析很重要。由于许多参数难以评估或无法评估,因此流体损失过程复杂且理论上难以准确建模。这导致使用经验和半经验模型,其中一些模型的效果优于其他模型。测试协议还会影响这些模型所基于的数据的质量。在本文中,我们回顾了一些当前使用的模型,并提出了两个不同的模型,它们比当前现有的模型更适合现有数据。我们还将讨论芯长对实验数据和此数据建模的影响。

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