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Investigation on Circulating Path of Injected Water for high water-cut Oilfield

机译:高水土外油田注入水循环路径研究

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In this paper, the indexes have been determined for identifying ineffective injection-production circulation and corresponding mathematical model was constructed with fuzzy theory. Application examples show that this method is simple, fast and accurate. For high and extra-high water cut oilfields, because of the long-term erosion of injected water, there are some high penetrative channels between the injection and production wells, resulting in most injected water along the channel to cause the invalid injection and production, for which it is hard to increase water flooding swept volume, causing flooding and high water cut well and reducing oil production. To improve the effectiveness of water injection to achieve stable yields, it is important to take the measures of ineffective injection-production wells profile control, plugging and so on for fast and accurate identifying ineffective injection-production wells. To that end, this paper applied fuzzy theory to establishing the mathematical model for identifying ineffective injection-production wells.
机译:在本文中,已经确定了识别无效的注射生产循环的指标,并用模糊理论构建了相应的数学模型。应用示例表明,该方法简单,快速准确。对于高高的水切口油田,由于注射水的长期侵蚀,注射和生产井之间存在一些高穿透道,导致沿着通道的大多数注射水导致无效的注射和生产,为此,很难提高水洪水扫过的量,导致洪水和高水位井井,降低油生产。为了提高注水的有效性以实现稳定的产量,重要的是要采取无效的注塑井型材控制,堵塞等措施,以便快速准确地识别无效的注射生产井。为此,本文应用了模糊理论,建立了识别无效注塑井的数学模型。

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