石油物探2024，Vol.63Issue(1)：1-11,11.DOI:10.12431/issn.1000-1441.2024.63.01.001
中国石化油藏地球物理二十年发展与思考
Development and perspective of reservoir geophysics in Sinopec in the past 20 years
摘要
Abstract
As an inter-disciplinary technology which integrates a variety of geophysical data and dynamic and static information of reservoirs into detailed characterization and dynamic monitoring of complicated reservoirs,reservoir geophysics is of great signifi-cance to improved reserve utilization and recovery efficiency and thus is an important direction of geophysical technologies.We give an overall review of reservoir geophysics in Sinopec in the past two decades and a series of geophysical techniques,including techni-cal innovations and their application from the perspectives of fundamental geophysical research,borehole geophysics,multi-scale joint inversion,geophysically constrained deterministic modelling,time-lapse seismology for remaining oil and gas prediction,seis-mology-geology-engineering integration,and microseismic monitoring.In the context of petroleum exploration and development in deep water and deep zones,unconventional reservoir exploration and development,enhanced oil recovery in mature fields,and chal-lenges of integrated,intelligent,and green technologies in China,there are still bright prospects for reservoir geophysics in petrole-um industry.It is suggested continuing innovations in reservoir geophysics,integration of well,seismic,dynamic,and modelling da-ta,and artificial intelligence application and establishing high-level solutions to exploration-development integration and geology-engineering integration to support life-span reservoir construction.关键词
油藏地球物理/井中地震/联合反演/油藏建模/油藏动态监测/剩余油预测/地震地质工程一体化Key words
reservoir geophysics/borehole seismic/joint inversion/reservoir modeling/reservoir performance monitoring/remaining oil prediction/seismology-geology-engineering integration分类
天文与地球科学引用本文复制引用
李阳,王延光,刘浩杰,陈雨茂,薛兆杰..中国石化油藏地球物理二十年发展与思考[J].石油物探,2024,63(1):1-11,11.基金项目
中国石化股份公司科研攻关项目(P20052-4)资助.This research is financially supported by the Sinopec Scientific Research Project(Grant No.P20052-4). （P20052-4）
