The Study on Mathmatical Model of Fluid Flow through Porous Medium about Multi-layer Fault Block Oil Reservoir Coupling with Benching-Horizontal Well

The mechanism and rule of fluid flow through porous medium about multi-layer complex fault block oil reservoir's developing through benching-horizontal well is completed. On the basis of mathmatical model in transient period, this paper established a mathmatical model about benching-horizontal...

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Bibliographic Details
Published in2012 Fourth International Conference on Computational and Information Sciences pp. 187 - 190
Main Authors Pang Jin, Lei Guanglun, Zhang Liya, Tang Huijie
Format Conference Proceeding
LanguageEnglish
Published IEEE 01.08.2012
Subjects
bench well flowing through porous medium
benching-horizontal well
complex fault block
Computational modeling
Equations
Fluids
Mathematical model
multi-layer oil reservoir
Numerical models
Potential energy
Reservoirs
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Summary:The mechanism and rule of fluid flow through porous medium about multi-layer complex fault block oil reservoir's developing through benching-horizontal well is completed. On the basis of mathmatical model in transient period, this paper established a mathmatical model about benching-horizontal well which pass through multi-layer reservoirs unconnected reciprocally coupled with reservoir. We resoluted this model through Laplace transforming, Stehfest inverting and conjugate gradient method. Compared with the computational solution from saphir, this model is of high reliability. Through this model on a given fault block oil reservoir, we can compute the downhole-pressure and deliverability distribution in different producing periods. This model presented some theory basis for the study on reservoir engineer of multi-layer complex fault block oil reservoir's developing through benching-horizontal well.
ISBN:9781467324069
146732406X
DOI:10.1109/ICCIS.2012.355