2006•Journal of Oil and Gas TechnologyRequires access

Numerical Simulation of Complex Fault Block Reservoirs in Bamianhe Oilfield

Xiaojuan Wu

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Abstract

According to the characteristics of complex fault block reservoirs with mid-high water content, SURE software is selected to conduct a numerical simulation on reservoirs in Block Mian 3 in Area Mian 4 of Bamianhe Oilfield, law of under ground oil-water and rules of remaining oil distribution are clarified through initial match and production history match, a more rational plan is proposed for adjustment, by which a technical support and basis for decision are provided for high efficient adjustment.

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What this paper is about

According to the characteristics of complex fault block reservoirs with mid-high water content, SURE software is selected to conduct a numerical simulation on reservoirs in Block Mian 3 in Area Mian 4 of Bamianhe Oilfield, law of under ground oil-water and rules of remaining oil distribution are clarified through initial match and production history match, a more rational plan is proposed for adjustment, by which a technical support and basis for decision are provided for high efficient adjustment.

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Available abstract

According to the characteristics of complex fault block reservoirs with mid-high water content, SURE software is selected to conduct a numerical simulation on reservoirs in Block Mian 3 in Area Mian 4 of Bamianhe Oilfield, law of under ground oil-water and rules of remaining oil distribution are clarified through initial match and production history match, a more rational plan is proposed for adjustment, by which a technical support and basis for decision are provided for high efficient adjustment.

Key concepts: Fault block, Petroleum engineering, Block (permutation group theory), Fault (geology), Reservoir simulation, Water cut, Computer simulation, Geology

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