1) wellbore placement
井位控制
1.
Because of its special sensor technology and multiple depths of investigation(the deepest to 18ft),there is the new solution of geosteering and formation evaluation to allow the drilling engineer and the geologist to optimize wellbore placement and reservoir production in higly deriated and horizontal boreholes,especially in complex reservoirs.
文章介绍了相关内容,并给出了北海油田井位控制实例。
2) deviation control
井斜控制
1.
Summarization on deviation control theory and anti-deflection drilling technology;
井斜控制理论及防斜钻井技术综述
2.
Hydraulic device for deviation control and vibration damping and thrusting;
液力井斜控制-减振-推进器
3.
The article exoatiats on the reasons of hole deviation; analyses a great many of recent field application of deviation control, gains a nice bit of field experience and theory on deviation control.
本文阐述了井斜产生的原因;归纳分析了今年来国内井斜控制技术在现场应用情况;结合静力学防斜理论和动力学防斜理论,总结了大量井斜控制技术现场应用的工程经验和理论,对防斜钻井技术研究及防斜钻井实践有重要参考、指导意义。
4) borehole trace control
井迹控制
5) multi-well control system
井群控制
6) institution well control
制度井控
补充资料：反馈控制(见控制系统)
反馈控制(见控制系统)
feedback control
于。。伙。]伙ongZ片}反馈控制(几edbaekcontrol)见拉制系统。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条