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- W2783608507 abstract "For today in the oil and gas industry the necessity to introduce new science- consuming technologies of field geophysical investigations which would allow to determine the production formations sweep coefficient by the process of displacement and at the same time to increase the oil extraction coefficient (OEC) and reduce the expenditures for the development and exploitation of oil and gas deposits has emerged. The well noise logging technology helps to solve these problems providing a complex approach towards solving such problems as determining the intervals of the active work of the formation, through disturbance in the construction of the wells, determining the intervals of behind-the casing circulations and the optimal injection pressure. The basis of the passive noise logging technology is the registration of acoustic signals in the temporary area, created by the fluid filtration through the porous formation as well as fluid and gas flowing along the fractures in the cement rock behind the casing, leakages of the fluid through the faults in the construction of the well, the flows of fluid and gas inside the well and their further analysis in the temporary and frequency areas. In this article a brief review of the well noise logging capacities has been given, the technical characteristics of the new generation device in the well noise logging of high resolution Spectral Noise Logging-High Definition (SNL-HD) have been presented. The example of using the Spectral noise logging and high precision thermometry complex for finding the leaks of the production casing, the formation working area as well as behind the casing circulation interval in the vertical injection well has been considered. Besides, the statistics of Spectral noise logging use by the SNL device in Russia in various types of the wells has been given." @default.
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- W2783608507 date "2016-05-30" @default.
- W2783608507 modified "2023-09-25" @default.
- W2783608507 title "СКВАЖИННАЯ ШУМОМЕТРИЯ КАК ЭНЕРГОСБЕРЕГАЮЩАЯ ИННОВАЦИОННАЯ ТЕХНОЛОГИЯ" @default.
- W2783608507 doi "https://doi.org/10.17122/ngdelo-2016-2-8-12" @default.
- W2783608507 hasPublicationYear "2016" @default.
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