近日，经纬公司地质测控技术研究院利用自主研发的随钻方位电阻率边界探测系统（AMR）助力胜利油田桩11-平6井顺利完成施工，获甲方好评。

桩11-平6井是由胜利油田桩西采油厂和胜利石油工程公司难动用项目管理中心合作，部署在渤海湾盆地济阳坳陷的一口水平井。该井按照设计需穿越两套砂体，技术实施要求高，对实时探边技术及综合地质解释提出了挑战。

经纬公司技术人员和甲方讨论，决定利用随钻方位电阻率边界探测系统确保钻头精准制导。该系统可指挥钻头准确命中油气藏目标，并最大程度穿行于有效储层内，为油气田高效勘探开发提供更具经济性、适用性的解决方案。他们采用“地质导向+AMR边界探测+远程技术支持”的一体化施工模式，对当前作业状况进行实时跟进汇报，指导钻井轨迹入层。该技术应用后收到良好地质导向效果，为后期仪器推广应用奠定基础。

Recently, Jingwei Geological Measurement and Control Technology Research Institute used its self-developed azimuth resistivity boundary detection system (AMR) to help the successful completion of the construction of well Zhuang11-Ping6 in Shengli Oilfield, which was praised by Party A.

Zang 11-Ping6 well is a horizontal well deployed in Jiyang Depression of Bohai Bay Basin by the cooperation of Zang Xi Oil Production Plant of Shengli Oilfield and the difficult to use Project Management Center of Shengli Petroleum Engineering Company. According to the design, the well needs to pass through two sets of sand bodies, and the technical implementation requirements are high, which poses a challenge to real-time edge exploration technology and comprehensive geological interpretation.

The technical staff of Jingwei Company discussed with Party A and decided to use the azimuth resistivity boundary detection system while drilling to ensure the precise guidance of the bit. The system can direct the drill bit to accurately hit the reservoir target and travel through the effective reservoir to the maximum extent, providing a more economical and applicable solution for the efficient exploration and development of oil and gas fields. They adopted the integrated construction mode of "geological guidance +AMR boundary detection + remote technical support" to provide real-time follow-up reports on the current operating status and guide the drilling trajectory into the formation. After the application of this technology, good geological steering effect is obtained, which lays a foundation for the popularization and application of the instrument in the later stage.