Steam injection parameters design is very important, which extremely affects success of steam flooding.
蒸汽驱的注入参数对蒸汽驱驱油效果影响非常大。
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。
In order to achieve maximum recovery rate and the optimum economic results, steam injection parameters must be optimized.
为了获得蒸汽驱油藏最大采收率和最佳经济效果，必须对蒸汽驱注入参数进行优选。
This paper has provided a projection formula of steam injection parameters for HCZ model according to actual situation of heavy oil reservoirs.
本文结合稠油油田的实际情况，推导出hCZ预测模型在热采中注汽参数的预测公式。
Steam injection parameters are optimized at late stage of huff and puff in heavy oil reservoirs by using economic balance point, daily revenue and dynamic analysis methods.
利用经济平衡点、日收益及动态分析方法，进行了稠油油藏蒸汽吞吐后期的注汽参数确定。
Through numerical modelling, this paper studies the process parameters of steam drive such as steam injection rate, production injection ratio, and steam quality.
利用数值模拟方法对蒸汽驱中注汽速度、采注比和蒸汽干度等工艺参数进行了研究。
The sensitivity analysis indicates that the parameters impacting the production results from high to low are production time, steam dryness, cyclic steam injection volume, steam injection pressure.
敏感性分析表明，蒸汽参数对开发效果影响的顺序从大到小依次为生产时间、注汽干度、周期注汽量、注汽压力、焖井时间和注汽速度；
The statistics of 36 oilfield steam drive pilot test results show that the oil-steam ratio depends on not only the reservoir parameters, but also the steam injection rate.
国外36个蒸汽驱现场试验结果统计规律表明，蒸汽驱油汽比不仅与地质参数有关，而且与注汽速度密切相关。
Through dynamic monitoring the reservoir status is determined, which is providing scientific basis for the rational design, steam injection, extraction and soaking parameters.
通过动态监测确定了解油藏状况，为合理设计注汽、开采和焖井参数提供科学依据。监测井间汽窜和水侵等井况的发生。
The level of oil production using steam injection technique directly depends on the heat efficiency of steam injection, and the heat efficiency can be determined by injection-production parameters.
蒸汽吞吐热力采油的效果取决于由注采参数决定的注入蒸汽的热能利用程度。
The optimum values of some control parameters are obtained. The effects of steam-injection and different operating states on dynamic performance and analyzed in detail.
据此优选参数，并分析了不同工况和回注蒸汽对系统动态性能的影响。
The optimum values of some control parameters are obtained. The effects of steam-injection and different operating states on dynamic performance and analyzed in detail.
据此优选参数，并分析了不同工况和回注蒸汽对系统动态性能的影响。
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