摘要
超稠油SAGD开发初期,为了保证先导试验成功,在S区D块建立了一套综合监测系统,并在G组油层和X组油层开展了大量的多种类的油藏测试工作。先后进行了光纤测井温技术、高温长效电子压力计测试、水平井温压剖面测试、多点温压远程监测、时移微重力监测等多项工作,提供准确、长期、系统、有效的监测资料。综合运用动态监测技术适时进行动态调控,使得D块SAGD生产效果逐渐变好,经济效益明显,为其工业化发展奠定了重要基础。
In the early stage of SAGD development,in order to ensure the success of pilot test,a set of comprehensive monitoring system was established in Block D of S District.A large number of reservoir tests were carried out in Group G and Group X reservoirs,including The Optical Fiber Temperature Measurement,The Long-term Pressure in High Temperature,The Temperature and Pressure Test of Horizontal Well,The Multi-point Temperature and Pressure in Remote Monitoring,The Time and Space Monitoring in Microgravity,etc.The accurate,longterm,systematic and effective monitoring data were provided.Using comprehensive move monitoring technology we can do move control timely.The production of SAGD improved gradually.We achieved better economic benefits.It is important foundation for its industrial development.
作者
张孝燕
ZHANG Xiaoyan(Special Oil Development Company in Liaohe Oilfield Company,CNPC)
出处
《石油石化节能》
2020年第1期18-20,I0003,共4页
Energy Conservation in Petroleum & PetroChemical Industry
