Operational Experience with MultiPhase Flow Meters (Russian)

Operational Experience with MultiPhase Flow Meters

10.2118/198359-ms ◽

2019 ◽

Author(s):

Anton Skopich ◽

Edward Neubauer ◽

John Clarke ◽

Chingiz Bopiyev

Keyword(s):

Multiphase Flow ◽

Operational Experience ◽

Flow Meters

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Operational Experience with Subsea Multiphase Flow Meters in the Pyrenees Development, Offshore Western Australia

10.2118/158518-ms ◽

2012 ◽

Cited By ~ 2

Author(s):

Mark Alan Jackson ◽

Ralf Napalowski ◽

Nicholas Paris ◽

Paul Ove Ove Moksnes

Keyword(s):

Multiphase Flow ◽

Western Australia ◽

Operational Experience ◽

Flow Meters

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Monitoring the composition of gas condensate well streams based on samples taken from multiphase flow meters

Oil and Gas Studies ◽

10.31660/0445-0108-2021-5-127-139 ◽

2021 ◽

pp. 127-139

Author(s):

E. A. Gromova ◽

S. A. Zanochuev

Keyword(s):

Multiphase Flow ◽

Oil And Gas ◽

Gas Condensate ◽

Flow Meters ◽

Gas Condensate Reservoirs ◽

Reliable Estimation ◽

Development Control ◽

Hydrocarbon System ◽

Labor Consuming

The article highlights the relevance of reliable estimation of the composition and properties of reservoir gas during the development of gas condensate fields and the complexity of the task for reservoirs containing zones of varying condensate content. The authors have developed a methodology that allows monitoring the composition of gas condensate well streams of similar reservoirs. There are successful examples of the approach applied in Achimov gas condensate reservoirs at the Urengoy oil and gas condensate field. The proposed approach is based on the use of the so-called fluid factors, which are calculated on the basis of the known component compositions of various flows of the studied hydrocarbon system. The correlation between certain "fluid factors" and the properties of reservoir gas (usually determined by more labor-consuming methods) allows one to quickly obtain important information necessary to solve various development control tasks.

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Implementation of Instrumentalised Virtual Multiphase Flow Metering Technology in the Wells of the Vostochno-Makarovskoye Gas Condensate Field

10.2118/202001-ms ◽

2020 ◽

Author(s):

Andrey Zozulya ◽

Vladimir Baranov ◽

Mikhail Miletski ◽

Konstantin Rymarenko ◽

Marat Nukhaev ◽

...

Keyword(s):

Multiphase Flow ◽

Liquid Hydrocarbon ◽

Operating Conditions ◽

Gas Condensate ◽

Flow Measurements ◽

Hydrocarbon Production ◽

Flow Meters ◽

Well Production ◽

Track Record ◽

Flow Metering

Summary 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.

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A Machine Learning-Based System for Self-Diagnosis Multiphase Flow Meters

10.2523/iptc-19865-ms ◽

2020 ◽

Author(s):

Tommaso Barbariol ◽

Enrico Feltresi ◽

Gian Antonio Susto

Keyword(s):

Machine Learning ◽

Multiphase Flow ◽

Flow Meters

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Multiphase Flow Meters and Application Trends

10.4043/8547-ms ◽

1997 ◽

Cited By ~ 2

Author(s):

Gregory J. Hatton

Keyword(s):

Multiphase Flow ◽

Flow Meters

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High Accuracy Flow Rate Measurements: An Entire Multiphase Solution at the Well Site

Volume 2: Structures, Safety and Reliability; Petroleum Technology Symposium ◽

10.1115/omae2007-29667 ◽

2007 ◽

Author(s):

Bruno Pinguet ◽

Paul Guieze ◽

Dave MacWilliam ◽

Brad Martin

Keyword(s):

Multiphase Flow ◽

Flow Rate ◽

Fluid Phase ◽

Well Testing ◽

Sampling Device ◽

Flow Meters ◽

Fluid Characterization ◽

Rate Evaluation ◽

Representative Samples ◽

Fluid Sampling

Representative reservoir fluid sampling and characterization has become increasingly important over the years. With exploration, appraisal and development activities moving into marginal fields and more challenging environments, accurate fluid characterization becomes more critical. This can be said for the formation tester, DST and multiphase sampling and fluid characterization environments with the most challenging area in recent years arguably being the multiphase environment. Multiphase flow meters have been accepted for several years now by the industry. Their use in permanent or well testing applications has been growing rapidly. In many cases, multiphase flow meters have replaced the separator for flow rate evaluation, but some fundamental needs from the client were not addressed properly, such as the ability to collect representative samples for phase-behavior characterization. Moreover, metering accuracies has been questionable in many cases (at very high GVF or in wet gas conditions, high pressure or /and high temperature).This paper focus on the Multiphase Active Sampling Device Service (MASS), a fluid sampling and analysis service that can be provided with the Vx multiphase metering technology with the objective of collecting representative samples, isolating and analyzing each fluid phase, and providing data from the analysis to input to the Vx acquisition software data to obtain more accurate flow rates. The collection of phase representative samples also opens the opportunity for a full recombination PVT study to be performed using the improved recombination ratio at line conditions from the multiphase flow meter. This dedicated multiphase fluid sampling and analysis system, combined with Vx technology provides flow rate better and fluid property than to a conventional test separator system.

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