渗透率增加能使采收率增加。
三次采油是提高采收率的一个重要手段。
The tertiary recovery is an important means of the enhanced oil recovery.
累积产油量变化趋势与采收率变化相近；
Variation trend of cumulative oil production were similar as that of recovery.
聚合物驱已成为提高采收率的重要手段。
Polymerflooding is an important method to enhance recovery factor.
现在，我们最重要的任务是保持采收率去。
And our most important task now is to keep that recovery going.
提高油藏采收率是油田开发工作的最终目的。
Enhancing oil recovery of oil reservoirs is the final goal for the oilfield development.
注气开发是非常具有潜力的提高采收率技术。
Development of gas injection has great potential to improve oil recovery.
油田注水开采能够增加原油产量和提高采收率。
Water-flooding can improve crude oil production and recovery factor.
结果证明，该造纸废液可以提高采收率6.5%。
The result shows that the fluid can improve recovery factor by 6.5%.
目前注空气提高轻质原油采收率受到广泛的关注。
Now air injection into light oil for EOR has received more attention.
该文用实验方法研究了声场提高原油采收率的机理。
This paper studies the mechanism of sonic wave enhanced oil recovery.
注入速度和不同段塞组合，对最终采收率影响不大。
While the injection rate and various combinations have little effect on the ultimate recovery rate.
注空气提高原油采收率是一种很有前景的开发技术。
Air injection is a promising and proven technology as for EOR process.
这些裂缝在控制流体流动和采收率方面发挥重要作用。
These fractures play an important role in controlling fluid flow and recovery.
最终采收率；
双并联调剖驱油时采收率增幅最高可达19.15%。
Parallel core flow can improve the oil recovery 19.15% at most.
实验结果表明，M驱油剂可大幅度提高水驱原油采收率。
The experimental results show that the displacing agent m can greatly enhance oil recovery.
本论文是针对微生物提高采收率技术的基础理论性研究。
This paper was primarily a fundamental theory research on microbial enhanced oil recovery (MEOR).
后续水驱阶段采收率提高值为4.21%，增油效果显著。
Thus recovery rate is increased by 4.21%, which has an obvious effect.
为了进一步提高稠油采收率，蒸汽驱是很有前景的开发方式。
Steam flooding is a kind of visionary exploitation method for better heavy oil recovery.
振动采油方法是一种很有前景的新型提高石油采收率的方法。
Enhancing oil recovery by vibration is a new method which has good prospect.
然而，注气提高采收率有可能引起沥青质沉积，从而严重地影响生产。
However, gas injection for enhancing oil recovery may cause asphaltene deposit, which seriously influences production.
这种新型流变控制剂在钻井、提高采收率以及流体输送减阻中具有潜在应用价值。
The new type of rheology controller has its application potential in drilling, Enhanced Oil Recovery ...
低渗透油藏注水开发效果差、采收率低，而采用气驱技术是动用此类难采储量的有效方法之一。
The efficiency of oil recovery with water flooding process is poor in low-permeability oil reservoirs.
低渗透油藏注水开发效果差、采收率低，而采用气驱技术是动用此类难采储量的有效方法之一。
The efficiency of oil recovery with water flooding process is poor in low-permeability oil reservoirs.
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