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- W1978275920 abstract "Abstract An important objective of wireline formation testing is the accurate determination of in-situ fluid properties, including density. However, sensors are frequently subjected to multiphase flow when sampling, which can lead to inaccurate determination of the fluid properties and ambiguity in sample contamination analysis. In this paper, we study the behavior of multiphase flow using a density sensor and the implications for the determination of in-situ fluid properties and sample contamination, together with other downhole sensors. A vibrating-tube density sensor operates under the physical premise that its resonance frequency is directly related to the density of fluid within the tube. In reality, however, because of its high sensitivity, the sensor response is influenced by multiple factors, including sensor temperature, pressure, and specific mechanical design configuration. A theoretical study of the physics of a vibrating tube density sensor was performed using a first principle-based approach to optimize sensor characterization and accuracy. By considering all forces acting on the sensor under downhole conditions, a comprehensive theoretical model was established for the vibrating density sensor. This theoretical model is validated using experimental measurements in which we contrast theoretically predicted sensor responses with laboratory-measured responses. We compare these results with log examples using downhole fluid sample results and densities. This paper includes the conclusions derived about the accuracy of measuring fluid densities with this new sensor and a comparison of this measurement with traditional data sources." @default.
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- W1978275920 date "2010-09-19" @default.
- W1978275920 modified "2023-09-27" @default.
- W1978275920 title "Sensitivity of a High-Resolution Fluid-Density Sensor in Multiphase Flow" @default.
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- W1978275920 doi "https://doi.org/10.2118/133405-ms" @default.
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