压井

yā jǐnɡ
  • kill the well
压井压井
  1. 英国石油还在尝试加装另一个围堵系统,利用之前失败的顶部压井(TopKill)堵漏努力中使用过的管道。

    BP is also attempting to put in place an additional containment system , using the pipes from the failed top kill attempt to plug the well .

  2. “顶部压井”(topkill)也叫做动力压井(Dynamickill),我们本周早些时候曾经提到过这个方法,就是用一种特殊的泥将油井堵塞。

    The top kill , it 's also called a dynamic kill is something we mentioned earlier this week . You basically the well with a special kind of mud .

  3. 一种新型低伤害压井液LW的研制

    Development of a novel low formation damage kill fluid LW

  4. WG压井液的研究及在川中油气田的应用

    Development of kill fluid WG and application in Middle Sichuan oil and gas field

  5. 利用Solidworks软件进行液压集成块的设计吉林红岗区块低滤失气井压井液研制

    Using Solidworks to Develop the Hydraulic Integrated System ; Preparation of Low Filtrate Loss Well Killing Fluid for Use in Honggang Gas Field

  6. B-1井高压含气溢流压井技术

    Well Control Technique for a High Pressure Well Named B-1 Bearing Gas

  7. NaCl、NaCl&CaCl2、CaCl2盐水作基液对压井液性能影响的实验研究

    Experiment and study of the influence of base fluid on killing fluid by respectively using nacl , nacl-cacl_2 or cacl_2 brine as the base fluid

  8. 保证BOP上的阀门、压井管线、节流管线和节流管汇根据关井程序正确排列;

    Ensure the valves on the BOP , kill lines , choke lines and choke manifold are correctly lined up according to the Shut-in Procedure .

  9. 从储层保护出发,提供两种新型工作液&压井液(YL)与洗井液(XL)配方。

    In order to protect reservoir , the formulations of two new po working fluid-killing fluid ( YL ) and flushing fluid ( XL ) are supplied .

  10. KY-2型高密度压井液助剂的研制与应用

    Additive KY-2 for High Density Well Control Fluids

  11. S0-1油包水乳化压井液室内实验研究

    Laboratory Experimental Study on S0-1 Water-in-oil Emulsion Killing Fluid

  12. KNPT盐水聚合物体系高密度压井液的研制及应用

    High density salt / polymer well control fluid knpt : preparation and uses

  13. HRL-142型不压井修井机液压系统

    Hydraulic System of HRL-142 Pressure Balancing Workover Rigs

  14. 表面活性剂加量为0.5%的压井液QY和压井液851的表面张力分别为36.3和47.9mN/m,界面张力分别为2.1和6.7mN/m。

    The surface tension of load fluid QY with 0.5 % surfactant added and load fluid 851 is of 36.3 and 47.9 mN / m and the interfacial tension-2.1 and 6.7 mN / m , respectively .

  15. B-1井在采用高密度钻井液钻进过程中发生了含气溢流,由于未及时压井,使井下情况复杂化,最后因卡铅而被迫侧钻。

    Overflow bearing gas happened while drilling B-1 Well with high density drilling fluids , with no timely shut well in , the down hole became more complicate , finally , side track was enforced for stuck pipe .

  16. YM7-H4井完井液和无机盐压井波对储层渗透率伤害较大,应进一步改进完善。

    The YM7-H4 's completion fluid and killing fluid of inorganic salt cause severe damage on reservoirs gas permeability , so its performance needs to be improved .

  17. 以部分水解聚丙烯酰胺(HPAM)、交联剂C-2、缓蚀剂CT2-15、粘土稳定剂WD-1等为原料,研制了一种低伤害预凝胶型压井液,并对其性能进行了评价。

    A novel low formation damage preformed gel kill fluid was prepared with partially hydrolyzed polyacry-lamide ( HPAM ) , crosslinker C - 2 , corrosion inhibitor CT2 - 15 and clay stabilizer WD - 1 as raw material , and its performances were evaluated .

  18. 此外还研究开发出了无机盐增溶剂LG-3,加入LG-3可加宽低成本无机盐的使用范围,很大程度地降低压井液配液成本和单井综合成本。

    A kind of non-organic solution enhancing agent LG-3 is also developed , which can widen the application range of low cost inorganic salt , and lower the batching cost and composite cost of single well dramatically .

  19. 油管深度腐蚀的压井技术研究与应用

    Research and application of well control technique to highly corroded tubing

  20. 做好抢装井口和压井准备。

    Make preparations for installing the wellhead quickly and killing well .

  21. 泵入密度1.5的泥浆压井。

    8.2 Pump the 1.5 S.G. mud to kill the well .

  22. 低伤害预凝胶型压井液的性能评价

    Performance Evaluation of Low Formation Damage Preformed Gel Kill Fluid

  23. 动力压井法理论及适用条件的分析

    An analysis of the theory and adoption condition of dynamic kill method

  24. 酸压井压后压力递减分析模型

    A Model with pressure decline curve for acid fracturing wells

  25. 泥浆喷空情况下的气井压井计算与实践

    Calculation and Practice of Gas Well Killing on the Mud Blowdown Condition

  26. 甲酸盐完井压井液体系的研制及性能评价

    Development and Evaluation of Completion and Control Fluid Containing Formate

  27. 由于水平井实际井深与垂直井深的差别,水平井的压井与直井的压井存在着差异。

    The killing method of horizontal well is different from vertical well .

  28. 常规压井确定循环排量的方法

    Method of Determining Circulation Flow Rate in Conventional Well Killing

  29. 全液压一体化不压井修井机的研制与应用

    The Development and Application for All Hydraulic Unitization Live Well Workover Rig

  30. 新型低伤害无固相压井液的研究与应用

    The Research and Application of New Low Damage Solid-free Well Control Fluid