echnical treatment in extra-high water cut stage for low permeable reservoircase study of Yi11 area, Bonan oilfield
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TE341

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    Abstract:

    Due to the serious heterogeneity in plane, interlayer and layer, it is full of imbalances in injection-production pattern, and the production decline reaches 14.8% in Yi11 area of Bonan oilfield, so the technical treatment is needed to ameliorate the decline of the development. The non-stable injection and optimized liquid yielding are adopted to control the water and stabilize oil production in response to the high water cut and serious flooding in the major oil-production layers. Moreover, the water drive producing reserves are produced by improving and completion of well pattern in response to incomplete injection-production pattern. The interlayer problems are resolved by means of layer-oriented injection and plugging of high water cut layer. For the sand body edge and secondary oil-bearing layers, the reservoir reformation, intensive injection, individual layer production are adopted to enhance the reserve utilization. The development effect is remarkably improved. The production decline rate decrease to 4.1% and the recovery factor is further increased from 30.7% to 32%.

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Gao Baoguo, Hua Hui, Ding Wenge. echnical treatment in extra-high water cut stage for low permeable reservoircase study of Yi11 area, Bonan oilfield[J]. Petroleum Geology and Recovery Efficiency,2013,20(6):97~99

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  • Online: September 02,2015
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