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边底水     
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  edge and bottom water
     Application of tracer monitoring technique in analyzing edge and bottom water reservoir in block Du229
     示踪剂监测技术在杜229断块边底水油藏分析中的应用
短句来源
     Development of Edge and Bottom Water Reservoir to Use Horizontal Well on Yun 2 Fault-block
     利用水平井开发云2块边底水油藏
短句来源
     Improve vertical producing degree of heavy oil reservoir with edge and bottom water
     提高边底水稠油油藏储层纵向动用程度研究
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     Optimization study of injection-production system for heavy oil reservoirs with edge and bottom water
     边底水稠油油藏蒸汽驱注采系统优化研究
短句来源
     ② C 2 + hydrocarbon gas' being lost with the edge and bottom water migration in the process of large scale horizontal compression;
     ②在大规模水平挤压过程中 ,C2 + 烃类气体随着边底水的迁移而流失 ;
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  edge-bottom water
     The practice and understanding of highly efficient development of Honglian edge - bottom water reservoir in Tuha Basin
     吐哈盆地红连边底水油藏高效开发实践与认识
短句来源
     High water cut cause by edge-bottom water drive of heavy oil steam-flood reservoir at Leng41 block of LiaoHe oilfield.
     辽河油田稠油蒸汽驱冷41块油藏边底水锥进造成油井高含水。
短句来源
     Using Unsteady Flow Method to Calculate Water-oil Volume Ratio of Edge-bottom Water Reservoir
     应用非稳定流法计算边底水油藏水油体积比
短句来源
     A STUDY OF THE TIME FOR A CONVERSION OF STEAM HUFF-PUFF TO STEAM DRIVE IN A HEAVY OIL RESERVOIR WITH ACTIVE EDGE-BOTTOM WATER DRIVE
     边底水稠油油藏蒸汽吞吐转驱的研究
短句来源
     The essential technology of steam drive for heterogeneous heavy oil reservoir with edge-bottom water
     边底水非均质性稠油油藏蒸汽驱关键技术
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  edge water and bottom water
     Yong 12 block of Yonganzhen oilfield is a layered fault block ridge reservoir which has active edge water and bottom water, at present it has entered development stage of high water-cut, high production degree of recoverable reserves, high oil recovery rate of remaining recoverable reserves.
     永安镇油田永 12断块属边底水活跃的层状断块“屋脊”油藏 ,目前已进入高含水、高可采储量采出程度、高剩余可采储量采油速度开发阶段。
短句来源
     Since this kind of gas reservoir has unique characters,for example,some of them have compact formation ,some of them have low permeability,some of them have initial pressure gradient while gas flow in the porous media, some are driven by edge water and bottom water,the normal gas reservoir engineering theory can not interpret the dynamic production data well,while makes the exploitation technical policies can not match the actual conditions of gas reservoirs.
     但由于此类气藏具有岩层致密、渗透率极低、气体渗流具有初始压力梯度,有些气藏具有边底水驱替作用等特征,常规气藏工程理论不能很好解释低渗透生产动态数据,使得制定的开发技术政策不能很好适应气藏实际情况。
短句来源
     Since this kind of gas reservoir has unique characters, for example, some of them have compact formation, some of them have low permeability, some of them have initial pressure gradient while gas flow in the porous' media, some are driven by edge water and bottom water, the normal gas reservoir engineering theory can not interpret the dynamic production data well, which makes the exploitation technical policies can not match the actual conditions of gas reservoirs.
     但由于此类气藏具有岩层致密、渗透率极低、气体渗流具有初始压力梯度,有些气藏具有边底水驱替作用等特征,常规气藏工程理论不能很好解释低渗透生产动态数据,使得制定的开发技术政策不能很好适应气藏实际情况。
短句来源
     Thirdly, the reservoir, which connectivity is bad and which energy of edge water and bottom water is weak,belongs to a kind of dry gas reservoir trapped by structural and lithologic units; in the reservoir, therelationship between gas and water layers is very complicated.
     ③气藏类型为构造岩性圈闭的干气气藏,气水关系复杂,气藏连通性差,边底水能量弱;
短句来源
     Since 1989, the viscosity oilfield of Haiwaihe has been developed, the water cut has been raised step by step which being affected from water flooding, edge water and bottom water driving. Now, the water cut is nearly 80 percentage and restricts oil development.
     海外河油田为注水开发稠油油田 ,1989年投入开发以来 ,受笼统注水及边底水的影响 ,油田综合含水逐步上升 ,综合含水已近 80 % ,限制了油田的高效开发。
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  bottom and edge water
     Study on recovery features of deep super - heavy oil reservoir with bottom and edge water
     深层边底水超稠油油藏开采特征研究
短句来源
     Residual oil and influencing factors for developing bottom and edge water reservoir with horizontal well
     水平井挖潜边底水构造油藏剩余油效果及影响因素分析
短句来源
     Numerical Model and Reservoir Numerical Simulation of Bottom and Edge Water in Fault Block CH3
     CH3断块边底水控制数值模型及油藏数值模拟研究
短句来源
     Judging method of water production in oil wells of heavy oil reservoir with bottom and edge water in Leng 41 fault block
     冷41断块边底水稠油油藏油井出水判别方法浅析
短句来源
     Through analyzing production performance, water production features of oil wells in deep massive heavy oil reservoir with bottom and edge water have been discerned, thereby, the effective discerning method of formation water has been analyzed and summarized.
     通过分析油井的生产动态,识别深层块状边底水稠油油藏油井出水特征,从而分析总结地层水的有效识别方法。
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    An experiment of displacement of gas by water by using an unsteady-state flow method and by forcing back pressure is introduced in this paper. According to Buckley-Leverett displacement theory, the relative permeability formula suitable for the displacement of gas by water is derived, and experiment data are obtained. It is of practical significance to the development and performance analysis of boundary bottom water gas reservoirs.

    本文介绍了用加回压和非稳定测定的方法对某气藏岩心进行的水驱气的实验。用Buckley-Leverett驱替理论推导出了适合于水驱气的相对渗透率饱和度计算公式。这对带边底水气藏的开发及其动态分析是有实际意义的。

    The effect of edge-bottom drive is one of the factors affacting the resul- ts of thermal drive by steam injection.Based on the geological characteris- tic of the Shah 2 fault block in Shanjiasi oil field and a study of the reser- voir behavior under steam huff and puff process,this paper demonstrates the critical effects of active edge-bottom water on the heavy oil reservoir behavior exhibets the feature of water while the production declines according to the regularity of declining characterized by water drive.Based...

    The effect of edge-bottom drive is one of the factors affacting the resul- ts of thermal drive by steam injection.Based on the geological characteris- tic of the Shah 2 fault block in Shanjiasi oil field and a study of the reser- voir behavior under steam huff and puff process,this paper demonstrates the critical effects of active edge-bottom water on the heavy oil reservoir behavior exhibets the feature of water while the production declines according to the regularity of declining characterized by water drive.Based on the results,it is predicted that the recovery factor of this pilot area operated by steam huff and puff prosess with the action of edge-bottom water drive will be 20%~26%.It should point out that with active edge-bottom water drive,difficulties will occur when steam huff and puff process is transferred to steam drive.

    边底水作用是影响注蒸汽热采效果的一个重要因素。本文通过对单家寺油田单2断块地质特点的分析,及对试验区吞吐试验动态的研究,揭示了该油田活跃的边底水对稠油油藏蒸汽吞吐开采效果起着决定作用,得出蒸汽吞吐具有水驱特征,产量变化表现为水驱衰减递减规律的结论。在上述研究的基础上,对单2断块试验区蒸汽吞吐加边底水驱效果进行了预测,其采收率可达20%~26%。需要指出的是:由于活跃边底水的作用,将给蒸汽吞吐转蒸汽驱带来困难。

    After six years of development by steam huff-puff process, the invasion of edge-bottom water into the heavy oil reservoir with active edge-bottom water drive-sandbody No. 4 in Sha_3 in Shan-2 fault block, is more intense, the feasibility of and the time for a conversion of steam huff-puff to steam drive is a key technical problem. Based upon a re-recognition of its geological characteristics, by an analysis of the technical data from the pilot area, such as the remaining oil saturation, thermal communication...

    After six years of development by steam huff-puff process, the invasion of edge-bottom water into the heavy oil reservoir with active edge-bottom water drive-sandbody No. 4 in Sha_3 in Shan-2 fault block, is more intense, the feasibility of and the time for a conversion of steam huff-puff to steam drive is a key technical problem. Based upon a re-recognition of its geological characteristics, by an analysis of the technical data from the pilot area, such as the remaining oil saturation, thermal communication of the reservoir formation, level of the current reservoir pressure and its trend of variation, increase in the recovery efficiency under a system drive process, etc., the proper time for such a conversion is suggested. Well patterns for steam drive and relative technical parameters are determined in turn. The steam drive pilot has been started since April 1992 and relative satisfactory results are obtained. 4756t incremental oil has been obtained at the end of 1992. This is the first time in Shengli oil region and such a result will be taken as a reference to the steam drive process in the same reservoirtype.

    具有活跃边底水的稠油油藏——单2断块沙三段4砂体,经6年蒸汽吞吐开采后,边底水侵入日益加剧,其转蒸汽驱可行性和时机就成为极其重要的问题。本文在对地质特征再认识的基础上,通过对先导试验区剩余油饱和度状况、油层热连通状况、油层压力水平及变化趋势、蒸汽驱提高采收率等技术界限的深入分析,提出了试验区蒸汽吞吐转驱的合理时机。据此确定了注采井网和注采参数。1992年4月蒸汽驱试验实施后,获得了较好的汽驱效果,到1992年底已累计增油4765t。这在胜利油田尚属首次,对相同类型油藏进行蒸汽驱开采具有参考意义。

     
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