Implementation of instrumentalised virtual multiphase flow metering technology in the wells of the vostochno-makarovskoye gas condensate field | Научно-инновационный портал СФУ

Implementation of instrumentalised virtual multiphase flow metering technology in the wells of the vostochno-makarovskoye gas condensate field

Тип публикации: доклад, тезисы доклада, статья из сборника материалов конференций

Конференция: SPE Russian Petroleum Technology Conference 2020, RPTC 2020

Год издания: 2020

Аннотация: Liquid hydrocarbon quantity optimization is among key technological indicators in the gas condensate fields development. To achieve it one needs to select and maintain optimal well-operating conditions. In this case, multiphase flow measurements are prioritized as an important optimization tool. The article presents a proven record of implementing the technology of instrumentalised virtual multiphase flow metering in the wells of the Vostochno-Makarovskoye gas condensate field to increase the efficiency of liquid hydrocarbon production. Virtual flow metering technologies that use modeling methods and adapt models to actual well-operating parameters aiming at determining well production rates are becoming increasingly popular. At that, the quality of the data at the model input does not often guarantee a qualitative determination of multiphase flow parameters. This article presents a track record of building a virtual multiphase flow meter based on single-phase streamer flow meters mounted on gas wells. Venturi flow meters were used. A series of well tests were conducted in various modes. To configure the streamer model, additional tuning studies were conducted on the separator. While testing the wells, the results of constructing a streamer model were verified by nodal analysis. Copyright 2020, Society of Petroleum Engineers.

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Издание

Журнал: Society of Petroleum Engineers - SPE Russian Petroleum Technology Conference 2020, RPTC 2020

Издатель: Society of Petroleum Engineers

Авторы

  • Zozulya A. (VolgaGas)
  • Baranov VolgaGas (VolgaGas)
  • Miletski M. (VolgaGas)
  • Rymarenko K. (MF Technologies)
  • Nukhaev M. (Siberian Federal University, Russian Federation)
  • Figura E. (MF Technologies)
  • Rodin S. (MF Technologies)
  • Grishchenko S. (SIANT)
  • Aitkaliev G. (ICCO)
  • Zaytsev A. (Institute of Theoretical and Applied Mechanics, SB RAS Novosibirsk State University, Russian Federation)
  • Kabanov V. (ICCO)
  • Karamysheva T. (ICCO)
  • Usov E. (Novosibirsk R&D Center, Russian Federation)
  • Agishev R. (Skolkovo Foundation, Russian Federation)

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