新型注水井同步动态测试与调整技术的研究与应用

Deli Jia, C. Zhao, Shu Jin Zhang, M. Zhao, D. Xu
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引用次数: 4

摘要

针对常规分层注水技术在超高含水阶段测试调整周期过长、层间干扰强的问题,提出并开发了一种新型的数字同步动态测试调整技术。采用数字化多信息测试与调节、远程无线信号双向传输、非接触式电能转换等先进技术,将多信息测试与流量控制结合为一体投入井中。该技术可自动监控各注水层,在用户设定的时间段内自动调节水流量,无需人工干预;可同步动态调节各层流量;并可通过计算机重显示对流量数据进行监控和调整。实验结果表明,该技术不仅减少了现场工作量,提高了注水效果,而且为精细油开发方案的实施和调整提供了数据分析依据。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Research and Application of Synchronous Dynamic Test and Adjustment Technology for Novel Water Injection Well
To solve the problem that the conventional layered water injection technology has too long test and adjustment period and strong interference among layers at the ultra-high water cut stage, a novel digital synchronous dynamic test and adjustment technology is proposed and developed in this paper. Many advanced technologies, including digital multi-information test and adjustment, bidirectional transmission of remote wireless signals and non-contact electric energy transformation, are adopted to combine multi-information test and flow control to be a whole thrown into the well. This technology can automatically monitor each water injection layer and adjust water flow in user-defined period without any intervention; it can synchronously and dynamically adjust flow of each layer; and it also can monitor and adjust flow data by the redisplay of computer. The experimental results show that this technology not only reduces the field workload and improves water injection effect, but also provides the basis of data analysis for implementation and adjustment of meticulous oil development plan.
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