作业帮英语翻译1.胡状集断块油田高含水期挖潜方法探讨针对非均质油田高含水开发后期开发调整难度大、单井措施效益差的问题,以胡状集
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英语翻译
1.胡状集断块油田高含水期挖潜方法探讨
针对非均质油田高含水开发后期开发调整难度大、单井措施效益差的问题,以胡状集油田为例,通过剩余油控制机理研究,刻画剩余油分布状况,并总结近几年高效措施的特点,归纳若干不同的挖潜方式,旨在探讨如何由提高单井产能入手,提高区块产量,改善开发效果.
2.注颗粒示踪剂识别大孔道技术在胡状集油田的应用
非均质砂岩油藏在注水开发的过程中,由于受到注入水长期冲刷,局部孔渗结构发生较大变化,在注入井与生产井间形成渗透性高于相邻其它部位的通道.这种高渗条带的存在严重影响到水驱波及体积.注颗粒示踪剂识别大孔道技术是方法是在注水井中注入示踪元素,在周围的生产井中取样,分析示踪元素的产出浓度,通过对示踪剂产出曲线进行拟合分析,就可以了解井间油层的非均质特性,达到识别高渗条带或大孔道的目的.
1.胡状集断块油田高含水期挖潜方法探讨
针对非均质油田高含水开发后期开发调整难度大、单井措施效益差的问题,以胡状集油田为例,通过剩余油控制机理研究,刻画剩余油分布状况,并总结近几年高效措施的特点,归纳若干不同的挖潜方式,旨在探讨如何由提高单井产能入手,提高区块产量,改善开发效果.
2.注颗粒示踪剂识别大孔道技术在胡状集油田的应用
非均质砂岩油藏在注水开发的过程中,由于受到注入水长期冲刷,局部孔渗结构发生较大变化,在注入井与生产井间形成渗透性高于相邻其它部位的通道.这种高渗条带的存在严重影响到水驱波及体积.注颗粒示踪剂识别大孔道技术是方法是在注水井中注入示踪元素,在周围的生产井中取样,分析示踪元素的产出浓度,通过对示踪剂产出曲线进行拟合分析,就可以了解井间油层的非均质特性,达到识别高渗条带或大孔道的目的.
1. Huzhuangji fault block oil field method of tapping the potential of high waterFor non-homogeneous field developed in the late high water cut adjustment difficult, the problem of poor efficiency measures in a single well to Huzhuangji oil, for example, through the mechanism of control of remaining oil, depicts the distribution of remaining oil, and summarizes recent years, efficient measures characteristics, summarized a number of different ways tap the potential, to investigate how to improve the well productivity from the start, improved block production and improve performance.
2. Note particle tracer for large pores in oilfield applications HuzhuangjiHeterogeneous sandstone reservoir in the process of water flooding, erosion due to long-term injection water, the larger structure of the local porosity and permeability changes in the injection wells and production wells formed between the adjacent permeable than other parts of the channel. The presence of bands of high permeability to water flooding seriously affected the swept volume.Note particle tracer technique is a method for large pore water injection wells in the injection of tracer, the production wells in the surrounding sampling, analysis of the concentration of trace elements in the output, through the tracer production curve fitting analysis can understand the heterogeneity of interwell reservoir properties, to identify high permeability or large pore strip purposes.
2. Note particle tracer for large pores in oilfield applications HuzhuangjiHeterogeneous sandstone reservoir in the process of water flooding, erosion due to long-term injection water, the larger structure of the local porosity and permeability changes in the injection wells and production wells formed between the adjacent permeable than other parts of the channel. The presence of bands of high permeability to water flooding seriously affected the swept volume.Note particle tracer technique is a method for large pore water injection wells in the injection of tracer, the production wells in the surrounding sampling, analysis of the concentration of trace elements in the output, through the tracer production curve fitting analysis can understand the heterogeneity of interwell reservoir properties, to identify high permeability or large pore strip purposes.