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九区
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  97 area
     Application of wellbore electrothermal lifting in Well97066 in the 97 area of Karamay oilfield
     井筒电热举升技术在克拉玛依油田九7区97066井的应用
短句来源
     On the basis of the analysis of the reason of poor response of cyclic steam stimulation pilot test for shallow super heavy oil reservoir in the 97 area of Karamay oilfield,electrothermal lifting test has been conducted and brought Well97066 back to normal production. This shows that shallow super heavy oil can be recovered economically by electrothermal lifting under cyclic steam stimulation.
     在对克拉玛依油田九7区浅层超稠油油藏蒸汽吞吐先导试验井效果差的原因分析基础上,进行电热举升技术试验,通过试验,使97066井恢复了正常生产,并取得了较好的吞吐效果,说明浅层超稠油油藏在蒸汽吞吐方式下应用电热举升技术可以实现经济开采。
短句来源
  “九7区”译为未确定词的双语例句
     The average viscosity of the heavy oil from Nine-7 Block of Karamay Oilfield at 20 ℃ is 4.52×105 mPa·s.
     克拉玛依油田九7区稠油在20℃时地面脱气油平均粘度为4.52×105mPa. s,属特、超稠油。
短句来源
     Therefore,steam injection parameters for Nine-7 Block were analyzed and optimized using orthogonal experiment design.
     为此,利用正交试验设计方法对九7区注汽工艺参数进行了敏感性分析和优化。
短句来源
     In District 9-(7) in Karamay oilfield, the viscosity of gas-free crude ranges from 2 400 mPa·s to 961 000 mPa·s at 50℃,averaging 452 029 mPa·s, belonging to super heavy oil.
     克拉玛依油田九7区稠油在50℃时,地面脱气原油的粘度为2400~961000mPa·s,平均452029mPa·s,属超稠油油藏。
短句来源
     The results can be as a guide for super heavy oil production in District 9-(7) by steam stimulation process.
     计算结果对于克拉玛依油田九7区特超稠油油藏进行蒸汽吞吐开采具有一定的指导意义。
短句来源
     Through sensitivity analysis and the optimization results,very good results were obtained in Nine-7 Block,which can be used to guide the development of the extra or super heavy oil reservoirs.
     敏感性分析和优化结果在九7区的实际生产中取得良好的效果,对指导特、超稠油油田生产具有一定的现实意义。
短句来源
  相似匹配句对
     7).
     7).
短句来源
     (AT)_7;
     (AT)7;
短句来源
     Application of wellbore electrothermal lifting in Well97066 in the 97 area of Karamay oilfield
     井筒电热举升技术在克拉玛依油田797066井的应用
短句来源
     It is found , consequently , that this area was in a shallow sea environ- ment around 7 200 a BP.
     该7.2kaBp前后为浅海环境。
短句来源
     The Development of Ecological Environment in JiuHuaShan Mountain
     华山风景名胜生态环境的演变
短句来源
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A vaccum physical model was presented for the study on steam flooding recovery at seven-spot pattern of blocks 9 in Kelamayi oilfield. The model wa? established based on the similitude principle. The effects of steam injectivity, steam quality and production pressure on steam flooding were studied by means of the model. The results show that steam injectivity and steam quality have obvious effects on recovery ratio with the steam quality in the lead under the condition of the same injectivity. Analyses of temperature...

A vaccum physical model was presented for the study on steam flooding recovery at seven-spot pattern of blocks 9 in Kelamayi oilfield. The model wa? established based on the similitude principle. The effects of steam injectivity, steam quality and production pressure on steam flooding were studied by means of the model. The results show that steam injectivity and steam quality have obvious effects on recovery ratio with the steam quality in the lead under the condition of the same injectivity. Analyses of temperature distribution in oil formations show that steam overide can enhance recovery ratio and injectivity for thin formation saturated in middle heavy oil reservoirs. The first part of the study introduced the similitude principles and rules for proportionally converting the oil reservoir into laboratory model. The scheme of model experiment and model processing were also described.

本文用蒸汽驱采油真空物理模型对克拉玛依油田九区七点井网的蒸汽驱采油进行了研究。以相似理论为基础设计建造了模型,研究了蒸汽注入率、干度、生产压力对蒸汽驱性能的影响。实验结果表明,干度、注入率对采收率有显著影响,且在相同能量注入率情况下,干度影响大于注入率。根据油层温度场分析推论,对于中质薄油藏,蒸汽超覆有利于提高采收率和能量注入率。本文介绍了将实际油藏按比例转换为室内模型的相似准则,讨论了原型向模型的转换原则,论述了物理模型实验的流程及模型的制作工艺。

In order to simulate steamflood in oil reservoirs a set of similiarity groups has been inferres with equation analysis method and engineering judgement. On such a basis, a vacuum physical simulated test equipment has been built. Taking two blocks, East-2 in Block 6 and Block 9 in Kelamay oil field, as prototypes, scaled models were made. A series of simulated test was carried out. The commen characteristics of two reservoirs are: the crude oil is a medium-viscous oil(viscosity 430~3300 mPa. s), the dinsity...

In order to simulate steamflood in oil reservoirs a set of similiarity groups has been inferres with equation analysis method and engineering judgement. On such a basis, a vacuum physical simulated test equipment has been built. Taking two blocks, East-2 in Block 6 and Block 9 in Kelamay oil field, as prototypes, scaled models were made. A series of simulated test was carried out. The commen characteristics of two reservoirs are: the crude oil is a medium-viscous oil(viscosity 430~3300 mPa. s), the dinsity of the crude oil is rather light(0. 91-0. 92g/cm~3)and the net thickness of both reservoirs are thin(about 13m). Main objects are studied on:(1)the effect of steam injection rate on oil recovery and oil-steam ratio,(2)the effect of injected steam quality on oil recovery and oil-steam ratio,(3)the effect of location of the perforetion,(4)the effect of initial oil saturation. The results of study on the effect of the paramiters and the analysis of the experimental phenomena are presented in this paper.

本文利用方程分析法,结合工程判断,推导出一套模拟蒸汽驱的相似准则。以此为依据,建成了真空物理模拟实验装置。以克拉玛依油田六东二区和九区两个区块为原型,制作了比例模型,进行了模型试验。这两个区块油藏的共同特点是,原油属中等粘度,油层的有效厚度较薄。模拟试验对于蒸汽注入速度、注入蒸汽干度、射孔位置、油藏含油饱和度的影响进行了研究。

This paper is the second part of a study of steam drive in a thin formation with middle viscous oil. The effects of steam injection parameters on reservoir performance were analyzed and the optimized injection parameters were determined. The steamdrive mechanism in a thin formation with middle viscous oil was discussed on the basis of the temperature and pressure distri- bution in the heated zone. Regression analysis was used to treat laboratory data. The experimental scheme was described in the first part of...

This paper is the second part of a study of steam drive in a thin formation with middle viscous oil. The effects of steam injection parameters on reservoir performance were analyzed and the optimized injection parameters were determined. The steamdrive mechanism in a thin formation with middle viscous oil was discussed on the basis of the temperature and pressure distri- bution in the heated zone. Regression analysis was used to treat laboratory data. The experimental scheme was described in the first part of the study.

本文根据实验[1]结果,分析了注蒸汽参数对蒸汽驱油动态的影响,提出了针对克拉玛依九区稠油油藏注蒸汽的最佳工况利用模拟油层实测压力、温度场,讨论了均质、含有中等粘度原油的薄油藏的蒸汽驱油方式和驱油机理。利用逐步回归分析方法分析了实验数据,并用得出的回归关系式说明各参量之间的关系。

 
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