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• W2058962071 abstract "Abstract The identification of condensate banking has always been a challenge. Furthermore, large productivity losses can result from the absence of early detection of a condensate bank in the near well bore area of the well. The traditional means of detecting a condensate bank range from comparison of the dew point to downhole pressure measurements, identification of composite radial models and quantification of skin using pressure transient analysis. One of the methodologies that have been more theoretical than practical has been the detection of a leaner stream of effluent at the well head during production. This type of approach has been quite challenging in the past, as a high resolution measurement of the condensate to gas ratio is essential to a successful diagnostics of condensate banking. The paper presents a case of analysis of the development of a condensate bank during a well test. The multiphase flowmeter identified a gradual reduction of the condensate to gas ratio with increasing choke sizes. The methodology of diagnostics is demonstrated, in particular with the discrimination against liquid loading issues. The PVT compositional analysis provides a verification of the analysis, and the observation of the evolution of the phase diagram leads a further understanding the downhole and near well bore thermodynamic phenomena. The degradation of the productivity of the well is also analyzed, with a significant drop of gas productivity observed even on smaller choke sizes at the end of the test. Finally the paper presents a numerical simulation match of the data and provides a number of recommendations for the utilization of single well - near well bore compositional models to help interpreter to obtain better and simpler matches. This paper provides a new methodology to make full use of the benefits of the dual energy gamma Venturi multiphase flowmeters in the evaluation of gas wells." @default.
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• W2058962071 date "2007-03-11" @default.
• W2058962071 modified "2023-09-26" @default.
• W2058962071 title "The Identification Of Condensate Banking With Multiphase Flowmeter - A Case Study" @default.
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• W2058962071 doi "https://doi.org/10.2118/105362-ms" @default.
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