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- W1996359548 abstract "There have been many attempts to devise formulas for flowing efficiency andflow friction of oil-gas mixtures in oil-well flow tubes. Actually, however, flowing efficiency is rarely any real concern of the oil producer andflow-friction formulas contain so many unknown variables as to be of little, ifany value. The production engineer is generally concerned with producing as much oil aspossible with a minimum expense per barrel, and with the lowest possible netgas-oil ratio. These ends frequently are opposed to each other and the gas-oilratio usually is sacrificed. In competitive operations, such as in town-lotfields, high current production is the sole interest. In conservative operation the greatest possible amount of oil obviously shouldbe produced by natural flow unless the net formation gas-oil ratio can beimproved by circulating gas. In practice this condition frequently exists. Itwould be a great advantage if the flowing condition of a well could be analyzedto determine the best possible producing status. Anticipating the death of awell so that gas-lift could be started immediately after the death, orpreferably before, would save both production and expense. Frequently ithappens that circulating gas fails to help a flowing well, or will not flow itafter it has stopped flowing naturally. A knowledge of the laws governing flowwould save considerable expense in testing such cases. A predetermination ofprobable pressures and amounts of circulating gas needed to flow wells and givebest possible producing conditions would help in designing compressorinstallations. The optimum producing status of an oil well generally may be obtained by theconditions that subject the producing formations to the least possibleback-pressure. This pressure is made up of the weight of the fluid column, frictional resistance to flow and the reaction from the acceleration of thefluid mass. A mathematical calculation of these components to arrive at acondition giving a minimum summation is impractical. Formulas would be complexand the results untrustworthy because it is impossible to assign proper valuesto the many variables involved." @default.
- W1996359548 created "2016-06-24" @default.
- W1996359548 creator A5078147138 @default.
- W1996359548 date "1931-12-01" @default.
- W1996359548 modified "2023-09-25" @default.
- W1996359548 title "Velocity of Flow through Tubing" @default.
- W1996359548 doi "https://doi.org/10.2118/931221-g" @default.
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