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Development of Coning Correlations for Oil Rim Reservoirs Using Experimental Design and Response Surface Methodology

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– Development of Coning Correlations for Oil Rim Reservoirs Using Experimental Design and Response Surface Methodology –

Download Development of Coning Correlations for Oil Rim Reservoirs Using Experimental Design and Response Surface Methodology. Petroleum Engineering students who are writing their projects can get this material to aid their research work.

Abstract

Proper management of thin oil rim reservoirs is required to maximize recovery and minimizes coning tendencies.

The objective of this study is to determine the effect of reservoir and fluid properties on coning tendencies in thin oil rim reservoirs and to develop numerical correlations to predict oil recovery and water break through time for these reservoirs.

Numerical correlations for the prediction of recovery and water breakthrough time using response surface methodology have been developed.

The thin oil rim reservoir was represented using a generic simulation box model. Production rate, horizontal well length, oil viscosity, vertical landing of well from the gas-oil contact (GOC), vertical permeability and anisotropy ratio were varied and their effects on oil recovery, reservoir pressure, water cut and breakthrough time were studied.

Introduction

Coning is the result of high pressure gradient around the producing well which causes the oil-water contact to rise and the gas-oil contact to depress near the wellbore.

Gravitational forces tend to segregate the fluids according to their densities. However, when gravitational forces are exceeded by the flowing pressures (viscous force), a cone of water and/or gas will be formed which will eventually penetrate the wellbore (Beveridge, 1970).

Figure 1.1 is a schematic illustrating the phenomenon of water coning in a producing vertical well. This dynamic force due to wellbore drawdown causes the water at the bottom of the oil layer to rise to a certain point at which the dynamic force is balanced by the height of water beneath that point.

As the lateral distance from the wellbore increases, the pressure drawdown and the upward dynamic forces decrease.

Thus, the height of the balance point decreases as the distance from the well bore increases. Therefore, the locus of the balanced point is a stable cone shaped water oil interface.

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