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Study on Technical Measures of Romashkino Oil Field after Entering Ultra-High Water Cut Stage

机译:Romashkino油田进入超高含水期后的技术措施研究

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Romashkino oil field has large oilfield area, small formation dip, many reservoir layers, wide oil-water transition zone and complicated sedimentary environment. Since development, 3 overall development plannings and adjustments of individual block have been established. This achieves a high oil production. However, the recoverable reserves of major oil layer with high production become smaller and smaller and the water cut increases over time, the production ability of oil layer decreases. The development status of oil layer of mining siltstone, oil-water transition zone and oil layer with upswept injected water cannot be changed under present dilute well network condition, because there is no reinforced measurement to water well. This results the low oil production of Romashkino oil field. In order to improve oil production rate and reach the designed oil recovery, Romashkino oil field has been implemented many added cuttings since development. Resent researches about Romashkino oil field show: in later oilfield development stage, sidetrack and lateral drilling horizontal wells technology is very reasonable; formation hydraulic fracturing technology has been widely used in recent years; in tertiary oil recovery, sweep efficiency and flooding efficiency related technologies have been taken. This offers reference and guidance for the effective and reasonable oil field development in later period.
机译:Romashkino油田面积大,地层倾角小,储层多,油水过渡带宽,沉积环境复杂。自开发以来,已制定了3个总体开发计划和单个区块的调整。这实现了高产油。但是,高产主油层的可采储量越来越小,含水率随时间增加,油层的生产能力下降。在目前的稀井网条件下,由于没有对水井进行强化测量,因此不能改变开采粉砂岩油层,油水过渡带和注水后油层的发育状况。这导致Romashkino油田的石油产量低。为了提高产油率并达到设计的采收率,自开发以来,Romashkino油田已实施了许多附加钻屑。对Romashkino油田的最新研究表明:在油田开发的后期,侧钻和侧钻水平井技术是非常合理的。近年来,地层水力压裂技术得到了广泛的应用。在三次采油中,采用了扫油效率和驱油效率相关技术。为后期合理有效的油田开发提供参考和指导。

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