Smart Waterflooding Tight Fractured Reservoirs Using Inflow Control Valves

Arenas, Eliana; Dolle, Norbert

doi:10.2523/84193-ms

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2015

2024

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“…Examples of the IW successful application include increased oil production due to optimal downhole control (Akram et al, 2001;Glandt, 2005), commingled production from several layers (Jackson-Nielsen et al, 2001;Glandt, 2005), successful oil rim developments (Sinha et al, 2001;Jansen et al, 2002;Skilbrei et al, 2003) and sweep efficiency improvement (Sigurd, 2000;Arenas andDolle, 2003, Abduldayem et al, 2007).…”

Section: Introductionmentioning

confidence: 96%

A stochastic approach for evaluating where On/Off zonal production control is efficient

Grebenkin

Muradov

Davies

2015

Journal of Petroleum Science and Engineering

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Section: Introductionmentioning

confidence: 96%

A stochastic approach for evaluating where On/Off zonal production control is efficient

Grebenkin

Muradov

Davies

2015

Journal of Petroleum Science and Engineering

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Mechanism and Pressure Behavior of Fracturing Flooding Wells in Tight Reservoir

Wang,

Weng,

Kadet

et al. 2024

Day 3 Thu, May 09, 2024

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Fracturing flooding is a new energy-supplement technique emerging in recent years, which requires delivering high-efficiency oil agents to the sites with enriched remaining oil through fracturing. In this paper, we introduce the main characteristics of fracturing flooding technique. The pressure responses of induced horizontal fracture of injection well is obtained by modelling the fluid flow in the fractures with variable-mass-radial flow by point source method. The fracture-closure induced flow-rate change is considered by Duhamel’s principle. Compared with conventional fractured well, the fracture properties in fracturing flooding wells vary with time during the shut-in testing period since they are not strengthened by proppants. Linear-flow analysis, fracture-storage coefficient analysis, and fracturing flooding interference analysis methods are comprehensively discussed and compared to estimate the fracture parameters based on the measured bottom-hole pressure data.

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Smart Waterflooding Tight Fractured Reservoirs Using Inflow Control Valves

Abstract: TX 75083-3836, U.S.A., fax 01-972-952-9435.

Cited by 2 publications

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A stochastic approach for evaluating where On/Off zonal production control is efficient

A stochastic approach for evaluating where On/Off zonal production control is efficient

Mechanism and Pressure Behavior of Fracturing Flooding Wells in Tight Reservoir

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