1) CO 2 immiscible oil displacement
CO2非混相驱油
2) CO2 immiscible displacement
CO2非混相驱
1.
For producing these reserves effectively,an CO2 immiscible displacement experiment is developed.
大庆长垣外围有3×108t特低渗透的扶杨油层储量在注水开发条件下难以有效动用,为提高这部分储量的有效动用率,开展了CO2非混相驱油试验研究。
3) CO2 miscible flooding
CO2混相驱
1.
Injection of CO2 in laboratory experiment obviously expands crude oil and reduces viscosity,hence is qualified for CO2 miscible flooding.
室内实验注入CO2对泰州组地层原油起到了明显的膨胀降粘作用,满足CO2混相驱的要求。
2.
Minimum miscible pressure in CO2 flooding is an important basis to determine whether the CO2 miscible flooding can be used in reservoirs.
CO2最小混相压力是确定油藏能否采用CO2混相驱的重要依据,测定最小混相压力的最好方法是细管实验法,但室内实验法测定费时、费力。
4) immiscible displacement
非混相驱油
1.
EOR technology using CO2 contains two ways-miscible and immiscible displacement.
CO2提高采收率包括混相驱油和非混相驱油2种方式,实现了最大CO2的埋存和提高原油产量有机结合,改善开发效果。
5) CO2 injection miscible flooding
注CO2混相驱
1.
CO2 injection miscible flooding is an important method for enhanced oil recovery(EOR).
注CO2混相驱是一种提高原油采收率的重要手段,实施该方法的关键是筛选出具有开发潜力的油藏。
6) 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。
补充资料：相驱
1.互相争逐。
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