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Modeling of Flow and thermal characteristics of porous media for Enhanced Oil mining Secondary oil 1 using porous bed Extraction recovery

Prabhu S. M*, **

* Department of Mechanical Engineering, NIMS University, Jaipu.

** Mamallan Institute of Technology Sriperumbudur.

Periodicity:November - January'2012
DOI : https://doi.org/10.26634/jme.2.1.1553

Abstract

The fluid flow and thermal modeling of oil recovery from a porous medium is studied.A model using steady state 2dimension heat equation s developed.The model is solved by operator splitting and I order upwind schemes.

A thermal mixing layer forms at interface of the two streams in which the temperature changes gradually from 0 to ?.The thickness of this layer grows in the downstream direction.At high peclet numbers ,the mixing layer is thin and the temperature is not continuous.If Pe?0,the mixing layer spreads quickly to touch the boundaries For the fully evolved mixing layer it was found that the mixing layer thickness ? based on a temperature variation from 0.1 to 0.99 varies as ??pe=constant.

Keywords

Secondary Recovery, Enhanced Oil Drillinglap wind Scheme, Operator Splitting.

How to Cite this Article?

Prabhu S.M and Abbas Mohaideen (2012). Modeling Of Flow And Thermal Characteristics Of Porous Media For Enhanced Oil Mining Secondary Oil 1 Using Porous Bed Extraction Recovery. i-manager’s Journal on Mechanical Engineering, 2(1), 35-44. https://doi.org/10.26634/jme.2.1.1553

References

[1]. Ewing R.E. (1985). Editor I Collection of papers, Mobility of Crude oil in Rock formations, STAM, Philadelphia, MA-28 ,pp29-34.

[2]. Stevensopn. G. (1989). A model for Two phase flow in porous media, Application to Enhanced oil recovery J of porous Media,23(2), 233-239.

[3]. Glisten S.(1902). A Density based model using linear interpolation for computation of oil formation. Int J of App Math and Comp,40(12), 27-48.

[4]. Bohegy T.C. (1988). Extraction of Tertiary oil, A working manual of Exxon oil company. 10,2,14-19.

[5]. Mier. k. (1990). Modeling of Enhanced recovery using Navier stoles equations, Finite Element Methods in Engg, 26,11 Wiley NY.

[6]. Brieker M.O, Gluten. (2001). Operator splitting Method for a two phase flow problem, Finite Element Methods in heat transfer, 112(6) ,1-40 Wiley NY.

[7]. Muralidhar and Sundarajan. (2002). Computational Fluid flow and Heat transfer,1, 560-564,Wiley.

[8]. Hyson T.B. (1998). Nonlinear methods for computation of Oil recovery, J of ASME, 43(2), 231-234.

[9]. Fieston, J. (1985). A Application of Dirichlet conditions to Operator splitting algorithm, J comput Phys,62(4), 4015.

[10]. Shoray.S, Stephen. A. (2001). Transient two phase flow in a porous medium, Trans in porous media, 27(3), 981-988.

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Modeling of Flow and thermal characteristics of porous media for Enhanced Oil mining Secondary oil 1 using porous bed Extraction recovery

Abstract

Keywords

How to Cite this Article?

References

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