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production capacity design
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     The author analyzed how these parameters as vertical permeability, oil and water density, horizontal well position, oil and water viscosity and bottom water coning height affect critical production pressure difference and its result will be of great significance to confirm reasonable production pressure for horizontal well bottom water reservoir exploitation and provided reference frame to production capacity design.
     分析了垂向渗透率、油水密度差、水平井位置、油水粘度比以及底水锥进高度等参数对临界生产压差的影响,其结果对水平井开发底水油藏确定合理的生产压差具有指导作用,为底水油藏水平井产能设计提供了参考依据。
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  相似匹配句对
     On Outsourcing Production Capacity Management
     外协生产能力管理研究
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     affecting production;
     影响生产;
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     The adsorptive capacity
     吸附实验研究了吸附量、吸附动力学、吸附等温线、介质酸度、抗酸
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This article adopted equivalent filtrational resistance method and bottom water driving vertical critical speed to derive the calculation model of critical production pressure difference and the calculation method of critical production capacity in bottom water reservoir exploitation based on the mechanism of bottom water coning of horizontal wells in bottom - water reservoir. The author analyzed how these parameters as vertical permeability, oil and water density, horizontal well position, oil and water viscosity...

This article adopted equivalent filtrational resistance method and bottom water driving vertical critical speed to derive the calculation model of critical production pressure difference and the calculation method of critical production capacity in bottom water reservoir exploitation based on the mechanism of bottom water coning of horizontal wells in bottom - water reservoir. The author analyzed how these parameters as vertical permeability, oil and water density, horizontal well position, oil and water viscosity and bottom water coning height affect critical production pressure difference and its result will be of great significance to confirm reasonable production pressure for horizontal well bottom water reservoir exploitation and provided reference frame to production capacity design.

在底水油藏水平井开发底水脊进原理的基础上,采用等值渗流阻力法,结合底水驱动垂向临界速度导出了底水油藏开发的临界生产压差计算模型及临界产能的计算方法。分析了垂向渗透率、油水密度差、水平井位置、油水粘度比以及底水锥进高度等参数对临界生产压差的影响,其结果对水平井开发底水油藏确定合理的生产压差具有指导作用,为底水油藏水平井产能设计提供了参考依据。

To compensate production capacity deficiency caused by small adjustable thickness of tertiary infilling wells,the certain potential of the oil/water mixed layers in Sabei development area has been recognized through coring,oil testing and simulated perforation study.Based on study on relations between four parameters of oil/water mixed reservoirs respectively in Saertu and Putaohua reservoirs and Gaotaizi reseroirs,reservoir parameters interpretation model is established by applying mathematical...

To compensate production capacity deficiency caused by small adjustable thickness of tertiary infilling wells,the certain potential of the oil/water mixed layers in Sabei development area has been recognized through coring,oil testing and simulated perforation study.Based on study on relations between four parameters of oil/water mixed reservoirs respectively in Saertu and Putaohua reservoirs and Gaotaizi reseroirs,reservoir parameters interpretation model is established by applying mathematical statistics constrained by geologic conditions.Guided by filtration theory,the fluid production variation patterns of the two types of reservoirs are analyzed and summarized.Oil/water mixed layer logging interpretation standard in studied area is established and application coincidence rate reaches 82.6%.Reperforation in more oil and less water mixed layer can be a potential supplement in tertiary infilling adjustment,basically reaching the tertiary infilling well production capacity designed scheme index.

为了弥补三次加密井可调厚度小造成的产能不足,通过取心、试油、模拟射孔等方法研究认为萨北开发区油水同层具有一定的潜力。在分别对萨葡油层组和高台子油层组油水同层段储层的“四性”关系研究的基础上,应用按地质条件约束的数理统计方法建立了储层参数解释模型,并以渗流理论为指导,分析总结了2种储层产液变化模式,建立了研究区油水同层测井解释标准,应用符合率达到82.6%。补射偏油同层,在三次加密调整中可作为潜力补充,基本达到三次加密井产能设计方案指标。

 
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