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 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。
The study shows that cyclic steam injection rate, soaking time, flowing bottom hole pressure and blowdown mode are important factors influencing the effectiveness of single well steam stimulation.
分析认为，周期注气量、注气速度、浸泡时间和生产过程中的井底流压及降压方式都是影响单井吞吐效果的重要因素。
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。
Result By usingareal array steam injection, drainage area and oil production raised respectively 0. 85 and0. 58 times than before, the heat loss rate reduced 10%;
结果采用面积组合注汽方式，泄油范围和产油量分别提高了0．85和0．58倍，热损失率下降了10个百分点；
Result By usingareal array steam injection, drainage area and oil production raised respectively 0. 85 and0. 58 times than before, the heat loss rate reduced 10%;
结果采用面积组合注汽方式，泄油范围和产油量分别提高了0．85和0．58倍，热损失率下降了10个百分点；
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