Water and Gas Coning in the Oil Reservoirs With Steady State and Transient Flow (Part I: Vertical Wells)

Azar-Nejad, F.; Tortike, W.S.; Ali, Samina

doi:10.2523/35219-ms

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1996

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“…A review of the solutions to the horizontal and vertical wells and fractures for transient flow problems can be found in References [1] and [2]. The application ofDFE Method in a water and gas coning problem is presented in References [10] and [11].…”

Section: Previous Studiesmentioning

confidence: 99%

Potential Distribution Around Sources With Finite Length (Horizontal and Vertical Partially Penetrating wells and Fractures) Part I: Steady State Fluid Flow

Azar-Nejad

Tortike

S.M.

1996

Proceedings of SPE Mid-Continent Gas Symposium

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Section: Previous Studiesmentioning

confidence: 99%

Potential Distribution Around Sources With Finite Length (Horizontal and Vertical Partially Penetrating wells and Fractures) Part I: Steady State Fluid Flow

Azar-Nejad

Tortike

S.M.

1996

Proceedings of SPE Mid-Continent Gas Symposium

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Potential Distribution Around Sources With Finite Length Horizontal and Vertical Partially Penetrating wells and Fractures Part I: Steady State Fluid Flow

Azar-Nejad

Tortike

Ali

1996

SPE Mid-Continent Gas Symposium

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TX 75083-3836, U.S. A., fax 01·214-952-9435. AbstractThe mechanism of fluid flow in the resetvoir can be determined through the knowledge of the potential distribution inside the resetvoir. Presenting Discrete Flux Element (DFE) Method this paper provides a general analytical solution to potential distribution due to a producer with straight or cutvilinear configuration for both uniform flux and uniform potential inner boundary conditions in 3-D. The results consist of: 1) the equations for productivity indices, 2) shape of the drainage area for each case. This study shows that the drainage area for a horizontal well, beyond a certain radius is vertical in the vertical planes (xz and yz). In the horizontal planes it is first elliptical and at points far from the producer it is circular.

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Water and Gas Coning in the Oil Reservoirs With Steady State and Transient Flow (Part I: Vertical Wells)

Cited by 2 publications

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Potential Distribution Around Sources With Finite Length (Horizontal and Vertical Partially Penetrating wells and Fractures) Part I: Steady State Fluid Flow

Potential Distribution Around Sources With Finite Length (Horizontal and Vertical Partially Penetrating wells and Fractures) Part I: Steady State Fluid Flow

Potential Distribution Around Sources With Finite Length Horizontal and Vertical Partially Penetrating wells and Fractures Part I: Steady State Fluid Flow

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