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- W2008758480 abstract "Traditional production logging sensors make point measurements of the total flow of all phases combined. These sensors do not sufficiently characterize the complex downhole flow profiles found in highly deviated wells with multiphase flow. Pipe deviation can result in significant changes to the flow regime, and multiphase fluids can segregate because of gravitational effects. Conventional production logging measurements are limited in their usefulness under these conditions. The new Digital Entry and Fluid Imaging Tool (DEFT) has four probes placed radially around the wellbore. Each probe makes a digital measurement of the number of bubbles in the dispersed phase, giving a direct measurement of water holdup and an indirect measurement of flow velocity. By combining one or more passes of the measurement, an image showing the radial distribution of holdup and velocity can be obtained. An interpretation model was developed to combine the DEFT data with conventional production logging measurements to estimate the individual phase flow rates and holdups. The technique provided accurate identification of gas, oil and water flow for effective reservoir management in deviated wells." @default.
- W2008758480 created "2016-06-24" @default.
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- W2008758480 date "1996-01-01" @default.
- W2008758480 modified "2023-09-26" @default.
- W2008758480 title "The Application of a New Radial Borehole Fluid Imaging Tool in Production Logging Highly Deviated Wells" @default.
- W2008758480 doi "https://doi.org/10.2118/36565-ms" @default.
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