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Determination of oil and water in drilled bore cores via fast-neutron resonance transmission radiography

机译:快速中子共振透射射线照相法测定钻孔岩心中的油和水

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Fast-Neutron Resonance Transmission (FNRT) Radiography was applied to the rapid, non-destructive and quantitative determination of the oil and water weight fractions in cores taken from subterranean or underwater geological formations. In this article, we describe the FNRT method and present results of an experimental determination of oil and water weight fractions in synthetic samples containing minerals, oil and water as well as in 10 cm thick rock samples of Berea Sandstone and Indiana Limestone formations. Moreover, Monte-Carlo simulations, demonstrate the possibility of determining the oil grade contained in the rock by calculating its C/H ratio. This is of a prime importance in decision-making during a drilling process. The technique is suitable for all types of formations, including tight shales, clays and oil sands.
机译:快速中子共振传输(FNRT)射线照相技术用于快速,无损和定量确定取自地下或水下地质构造的岩心中油和水的重量分数。在本文中,我们描述了FNRT方法,并给出了含有矿物,油和水的合成样品以及Berea砂岩和印第安纳州石灰岩地层的10 cm厚岩石样品中油和水重量分数的实验测定结果。此外,蒙特卡洛模拟显示了通过计算C / H比来确定岩石中所含油品位的可能性。这对于钻探过程中的决策至关重要。该技术适用于所有类型的地层,包括致密页岩,粘土和油砂。

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