1) nitrogen immiscible displacement
氮气非混相驱
1.
The injection mode of nitrogen immiscible displacement by WAG, parameters of injecting cycle, nitrogen injecting volume and injected gas-water ratio are studied through compositional numerical simulation.
通过组分数值模拟方法针对黄场油田黄16井区开展了水气交替方式氮气非混相驱的注入方式、注入周期、注氮量和注入气水比等注入参数优化研究。
2) immisscible gas drive
非混相气驱
3) drygas immiscible flooding
干气非混相驱
1.
The conditions, types of gas injection development and production features of drygas immiscible flooding are introduced.
介绍了低渗透油田注气开发的适用条件、注气方式和干气非混相驱开发的生产特征 ;阐述了在注气开发中 ,地层压力第一平稳阶段是注气开发的主要见效阶段 ;分析了注气开发和注水开发在流体突破前后的生产特点 ,并指出不论是注气开发还是注水开发 ,地层压力是影响油井产能的主要因素。
4) immiscible displacement
非混相驱
1.
Experimental study of optimized steam injection parameters for immiscible displacement in Wenxi3 Block;
温西3块非混相驱注气参数优选室内实验研究
2.
Experiment research of water alternating gas immiscible displacement EOR technology in fractured low permeability reservoir
低渗透裂缝性油藏水气交注非混相驱提高采收率研究
3.
As to low permeability oilfield, Tuha oilfield systematically tackles the key problem of the field applied techniques on enhanced oil recovery by gas injection, sets up the field test base of gas injection miscible displacement in Pubei oilfield and the pilot area of gas injection immiscible displacement in block Wen 5, good effect has been taken.
吐哈油田重点针对低渗透油田,系统开展了注气提高采收率现场应用技术攻关,建成了葡北油田注气混相驱矿场试验基地及温五区块注气非混相驱先导试验区,获得了良好效果。
5) immiscible drive
非混相驱
1.
Microcosmic experiment research on CO_2 immiscible drive;
CO_2非混相驱微观实验研究
2.
The CO_2 immiscible drive mechanism,injection mode and injection volume were studied by using the high-temperature high-pressure experimental system,and the recovery efficiency,injection pressure,gas consumption and CO_2 recycling usage were analyzed.
苏丹Pa logu e油田主要产层Sam aa组为高孔高渗稠油油藏,采用高温高压物理模拟实验研究其注CO2非混相驱驱油效果。
补充资料：非均相共混物
分子式：
CAS号：
性质：指由两种或两种以上不同聚合物组成的混合物中呈现出多相性的性质。例如，聚苯乙烯与橡胶的共混物。
CAS号：
性质：指由两种或两种以上不同聚合物组成的混合物中呈现出多相性的性质。例如，聚苯乙烯与橡胶的共混物。
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