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- W2180913742 abstract "Abstract Well test analysis has been used for many years to assess well condition and obtain reservoir parameters. Early interpretation methods (using straight-lines or log-log pressure plots) were limited to the estimation of well performance. With the introduction of pressure derivative analysis in 1983 and the development of complex interpretation models that are able to account for detailed geological features, well test analysis has become a very powerful tool for reservoir characterization. A new milestone has been reached recently with the introduction of deconvolution. Deconvolution is a process which converts pressure data at variable rate into a single drawdown at constant rate, thus making more data available for interpretation than in the original data set, where only periods at constant rate can be analyzed. Consequently, it is possible to see boundaries in deconvolved data, a considerable advantage compared to conventional analysis, where boundaries are often not seen and must be inferred. This has a significant impact on the ability to certify reserves. The paper reviews the evolution of analysis techniques over the last half-century and shows how improvements have come in a series of step changes twenty years apart. Each one has increased the ability to discriminate between potential interpretation models and to verify the consistency of the analysis. This has increasing drastically the amount of information that can be extracted from well test data and more importantly, the confidence in that information." @default.
- W2180913742 created "2016-06-24" @default.
- W2180913742 creator A5023437534 @default.
- W2180913742 date "2006-09-24" @default.
- W2180913742 modified "2023-10-18" @default.
- W2180913742 title "From straight lines to deconvolution: the evolution of the state-of-the art in well test analysis" @default.
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- W2180913742 doi "https://doi.org/10.2118/102079-ms" @default.
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