核磁共振测量渗透率预测的有效性

Marc Fleury, Françoise Deflandre, Sophie Godefroy
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引用次数: 31

摘要

应用于多孔介质的低场核弛豫测量可以提供各种各样的信息。核磁共振测量在石油工业中的一个重要用途是估计作为深度函数的原位渗透率。这些信息是其他工具无法获得的,对石油采收率预测至关重要。已经发表了大量的经验关系,但没有对它们的物理起源作出明确的解释。我们对核磁共振弛豫测量与渗透率之间的联系给出了一些理解和说明,这有助于根据地质环境选择适当的规律。
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Validity of permeability prediction from NMR measurements

Low field nuclear relaxation measurements applied to porous media can provide a wide variety of information. One important use of NMR measurements in the petroleum industry is the estimation of in-situ permeability as a function of depth. Such information is not available from any other tool and is critical for oil recovery predictions. A large number of empirical relationships have been published without clear explanation of their physical origin. We present some understanding and illustration of the link between NMR relaxation measurements and permeability, which is useful to select the appropriate law as a function of the geological context.

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