CAJ | 학술논문

智能完井技术近几年来发展迅速,国外已经形成了比较系统的智能完井技术,国内在这方面的研究相对较少,而采用智能完井的智能油田是未来的发展方向,因此加强此方面的研究工作已经非常必要.通过对国外智能完井技术的研究分析,得出智能完井系统的关键技术包括井下生产流体控制,信息采集,数据传输,地面数据采集、分析和反馈系统4部分,其中井下生产流体控制是智能完井关键技术中最重要的一部分,国内应该首先对这方面展开研究.另外,智能完井技术牵涉面广,涉及到机械、电子、通信、软件等多方面的内容,是一个系统的工程,因此要分系统、分专业针对其内容来联合开发,从而为实现智能化油气田奠定基础.
지능완정기술근궤년래발전신속,국외이경형성료비교계통적지능완정기술,국내재저방면적연구상대교소,이채용지능완정적지능유전시미래적발전방향,인차가강차방면적연구공작이경비상필요.통과대국외지능완정기술적연구분석,득출지능완정계통적관건기술포괄정하생산류체공제,신식채집,수거전수,지면수거채집、분석화반궤계통4부분,기중정하생산류체공제시지능완정관건기술중최중요적일부분,국내응해수선대저방면전개연구.령외,지능완정기술견섭면엄,섭급도궤계、전자、통신、연건등다방면적내용,시일개계통적공정,인차요분계통、분전업침대기내용래연합개발,종이위실현지능화유기전전정기출.
Intelligent completion technique has developed very fast in the past few years, and the systematic intelligent completion technique was built up in other countries, so it is necessary to enhance the research on this technique. According to the research and analysis of foreign intelligent completion technique, the critical techniques of intelligent completion system include four parts which are downhole produced fluid control, information collection, data transmission and surface data collection, analysis and reaction. The most important one in the four critical techniques is the control of downhole produced fluid, we should start the research on this first. In addition, intelligent completion technique has a wide associated range, include mechanics, electronic, communication, software and other aspects, so it is a systematic project and should be divided into different systems and carry on research separately to build up the basis for achieving intelligent oil field.