1) oil recovery
原油采收率
1.
Forecasting method for enhancing oil recovery in molecule deposition oil-displacement based on quantum neural network;
基于量子神经网络的分子沉积膜驱原油采收率预测方法
2.
Development of petroleum sulfonates for enhanced oil recovery;
应用石油磺酸盐提高原油采收率的研究进展
3.
When the microbe and molasses are injected into ten water wells,the enhanced oil recovery is nine percent by mean of physics simulation test in laboratory,and .
室内物理模拟驱油试验结果表明,这种方法能提高原油采收率9%,矿场油井堵水增油647t。
2) Oil Recovery Factor
原油采收率
1.
Purpose To determine oil recovery factor and recoverable reserves of heavy oil reservoir developed by steam injection.
目的确定稠油油藏注蒸汽开发的原油采收率和可采储量。
3) crude oil recovery
原油采收率
1.
Our country has the advantages in inpouring polymer flooding to enhance the crude oil recovery.
聚合物驱油是提高原油采收率的重要方法之一。
4) EOR
提高原油采收率
1.
Therefore,the key of EOR is activating and removing irreducible resident oil.
油田进入高含水采收期,开采的主要对象是相界面域内的束缚滞留油,此时提高原油采收率的关键在于激活迁移束缚滞留油。
5) enhanced oil recovery
提高原油采收率
1.
Mechanism of enhanced oil recovery using microorganisms consuming crude oil;
原油碳源微生物自动寻的提高原油采收率机理
2.
The feasibility of enhanced oil recovery (EOR) of Ren 11 fractured bottom water reservoir by gas injection was studied.
同时表明裂缝性潜山油藏注气与建设地下储气库相结合可以提高原油采收率。
3.
Through analyzing some plugging problems which occurred in micro-gel flooding experiment of Xiaermen Oil Field,this paper has found out some factors that affected the micro-gel normal injection,which created the XSJ-38/8 flow integraph turbine disc plugging and the injection well string plugging,and has provided a basis for enhanced oil recovery in field experiment.
本文通过对下二门油田微凝胶驱油现场试验中出现问题的分析,找到了造成XSJ-38/8型流量积分仪叶轮堵塞、注入井管柱堵塞等影响微凝胶正常注入的因素,为提高原油采收率提供现场试验依据。
补充资料：石油采收率
| 石油采收率 oil recovery 衡量石油开采效率的技术经济指标。简称采收率。有最终石油采收率和目前石油采收率之分。最终石油采收率是以整个开采期限内石油可采储量与石油原始地质储量之比来表示；目前石油采收率是在某时间内的总采油量与石油原始地质储量的比来表示。采收率与油、气藏的地质因素和开发技术、经济条件有关，如油、气藏的驱动方式、储层物理性质、流体性质、布井方式、注采系统、强化采油（气）方法等。影响采收率的因素较多，克服其中一个或几个因素，就有可能提高石油采收率。如对油藏注水、注气均可提高采收率。通常水压驱动的油藏采收率最高可达35％～75％，溶解气驱动为5％～30％，气顶驱动为20％～50％，重力驱动为16％～50％。 |
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条