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- W2763896804 abstract "Abstract Injection Scheme Surveillance in secondary recovery processes is essential to guarantee their best performance. For energy maintenance processes such as Fluid Injection, the Voidage Replacement Ratio (VRR) represents a relevant surveillance factor, not only for fluid balance calculations (Injection vs. Production) but also for its relation to the reservoir energy decline rate. According to some reservoir complexities (for example, compositional variation vs. depth), accurate calculations for this parameter may require a robust model such as a Numerical Reservoir Simulator and its corresponding working stages. However, by understanding the Essential Reservoir Mass Balance principles, these calculations can be completed with a simpler approach, in a representative manner. Most VRR correlations consider a Black Oil reservoir fluid behavior. However, some reservoirs will produce considerable deviations in VRR calculations due to variations in thermodynamic properties in the reservoir column, such as compositional variations with depth or near-critical conditions. In this technical paper, an analytical method is presented in order to determine the VRR for near-critical condition reservoirs and its corresponding results, against its equivalent model using numerical reservoir simulation calculations. This article suggests a workflow considering the existence of both Equation of State and PVT analysis for reservoir volume fluid calculations by the integration of PVT correlation adapted to the type of produced fluid. The application of this methodology illustrates the advantages of having a tool for the Reservoir Management Surveillance. This approach provides representative VRR estimations in a practical manner, particularly useful for cases when the required resources for Numerical Reservoir Simulations are not available." @default.
- W2763896804 created "2017-10-20" @default.
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- W2763896804 date "2017-10-09" @default.
- W2763896804 modified "2023-09-26" @default.
- W2763896804 title "Analytical Method for Voidage Replacement Ratio Calculation in Reservoirs With Quasicritical Fluids" @default.
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- W2763896804 doi "https://doi.org/10.2118/187331-ms" @default.
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