首页|期刊导航|石油勘探与开发(英文)|Experimental study on mechanism of inter-well steam channeling and steam channeling control capability of multicomponent thermal composite system in difficult-to-produce heavy oil reservoirs
Experimental study on mechanism of inter-well steam channeling and steam channeling control capability of multicomponent thermal composite system in difficult-to-produce heavy oil reservoirs
WANG Haitao SUN Huanquan TANG Yongqiang PAN Weiyi LUN Zengmin MA Tao CHANG Jiajing ZHOU Bing ZHANG Suobing
石油勘探与开发(英文)2026,Vol.53Issue(2):489-500,12.
石油勘探与开发(英文)2026,Vol.53Issue(2):489-500,12.DOI:10.1016/S1876-3804(26)60706-9
Experimental study on mechanism of inter-well steam channeling and steam channeling control capability of multicomponent thermal composite system in difficult-to-produce heavy oil reservoirs
Experimental study on mechanism of inter-well steam channeling and steam channeling control capability of multicomponent thermal composite system in difficult-to-produce heavy oil reservoirs
摘要
关键词
difficult-to-produce heavy oil/physical simulation experiment/steam channeling/multicomponent thermal composite system/channeling control/enhanced oil recoveryKey words
difficult-to-produce heavy oil/physical simulation experiment/steam channeling/multicomponent thermal composite system/channeling control/enhanced oil recovery引用本文复制引用
WANG Haitao,SUN Huanquan,TANG Yongqiang,PAN Weiyi,LUN Zengmin,MA Tao,CHANG Jiajing,ZHOU Bing,ZHANG Suobing..Experimental study on mechanism of inter-well steam channeling and steam channeling control capability of multicomponent thermal composite system in difficult-to-produce heavy oil reservoirs[J].石油勘探与开发(英文),2026,53(2):489-500,12.基金项目
Supported by National Natural Science Foundation of China(U25B6006). (U25B6006)