孙晓飞, 韩雪银, 和鹏飞, 丁晓洁. 防碰技术在金县1-1-A平台的应用  [J]. 石油钻采工艺, 2013, 35(3): 48-50.
引用本文: 孙晓飞, 韩雪银, 和鹏飞, 丁晓洁. 防碰技术在金县1-1-A平台的应用  [J]. 石油钻采工艺, 2013, 35(3): 48-50.
SUN Xiaofei, HAN Xueyin, HE Pengfei, DING Xiaojie. Application of anti-collision technology on JX1-1-A platform()[J]. Oil Drilling & Production Technology, 2013, 35(3): 48-50.
Citation: SUN Xiaofei, HAN Xueyin, HE Pengfei, DING Xiaojie. Application of anti-collision technology on JX1-1-A platform()[J]. Oil Drilling & Production Technology, 2013, 35(3): 48-50.

防碰技术在金县1-1-A平台的应用  

Application of anti-collision technology on JX1-1-A platform()

  • 摘要: 金县1-1-A平台开发井作业中,在平台槽口有限、开发区域集中、断层众多轨迹受限、滚动开发地质认识不断更新、靶点频繁调整的背景下,充分考虑油田区块内上部地层极软不易造斜、馆陶底砾岩井段滑动困难、隔水导管锤入偏斜等因素,统筹设计定向井轨迹、增加控制点、优化单井轨迹结构,通过应用表层预斜、防碰绕障、陀螺定向、表层直井段防斜打直等技术,配合优选钻具组合、优选钻井参数等措施,形成了一套完整的浅、深层防碰应对技术措施,成功完成金县1-1-A平台首批钻井任务,为油田的顺利开发打下较好的基础,对金县1-1-A平台后续丛式井的开发以及渤海油田的二次跨越均有着重要的借鉴意义。

     

    Abstract: There are some limiting factors in operating of JX1-1-A platform development wells, such as the limited number of notch, concentrated well region, and frequent target adjustment for geological update. Taking account of the upper strata extremely soft, sliding difficulties in conglomerate layer, and inclination of risers, we designed directional well trajectory and added control points to optimize trajectory for a single well. With the application of preventive oblique, anti-collision around obstacles, gyro direction, segments of deviation for shadow vertical wells, and combined with preferable BHA and reasonable drilling parameters, a complete set of shallow and deep anti-collision technologies was formed. The drilling task of JX1-1-A platform was successfully completed by these technologies, which making a good foundation for the development of the platform and Bohai Oilfield.  

     

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