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Apparatus and method for controlling hydraulic control fluid circuitry for a tubing hanger

机译:用于控制油管悬挂器的液压控制流体回路的设备和方法

摘要

Wellhead completion apparatus includes a wellhead member (11) having an upper supporting shoulder (24) and a lower landing shoulder (26). A running tool (30) is releasably connected to a tubing hanger (36) for lowering and landing the tubing hanger (36) on the wellhead member (11). A fluid coupling (66, 68, 70) is provided between the running tool (30) and the tubing hanger (36). Another fluid coupling (17, 60, 84) is provided between the tubing hanger (36) and the wellhead member (11). The running tool (30) has a body (31) connected to the tubing hanger (36) and an outer sleeve (46) of the running tool (30) is adapted for initial seating on upper supporting shoulder (24) of the wellhead member (11). After the initial seating of sleeve (46) on upper supporting shoulder (24), running tool (30) and tubing hanger (36) are moved downwardly relative to external sleeve (46) for landing of the tubing hanger (36) onto the lower landing shoulder (26) of the wellhead member (11). Hydraulic fluid is provided from the running tool (30) to the tubing hanger (36) during lowering of the tubing hanger (36) as shown in Figure 5. Upon downward movement of tubing hanger (36) after the seating of running tool sleeve (46) on upper supporting shoulder (24) the supply of fluid is transferred from the tubing hanger (30) to the wellhead member (11) as shown in Figure 6. The auxiliary control fluid passage (62) to the running tool (30) is blocked by the wellhead ring (17) defining the lower landing shoulder (26). An embodiment shown in Figures 7-9 permits a wellhead ring (17A) which is secured to the wellhead member (11A) to be sealed by O-rings (76A, 78A) along planar surfaces (13A, 75A) about the control fluid passage (22A) in the wellhead member (11A). IMAGE IMAGE
机译:井口完井设备包括具有上支撑肩部(24)和下着陆肩部(26)的井口部件(11)。送入工具(30)可释放地连接至油管悬挂器(36),以使油管悬挂器(36)下降并降落在井口部件(11)上。在送入工具(30)和油管悬挂器(36)之间设有流体联接器(66、68、70)。在油管悬挂器(36)和井口构件(11)之间提供了另一个流体联接器(17、60、84)。送入工具(30)具有连接至油管悬挂器(36)的主体(31),并且送入工具(30)的外套(46)适于初始安置在井​​口构件的上支撑肩部(24)上(11)。在将套管(46)初始放置在上支撑肩(24)上之后,送入工具(30)和油管悬挂器(36)相对于外部套管(46)向下移动,以使油管悬挂器(36)降落到下部井口部件(11)的降落肩部(26)。如图5所示,在油管悬挂器(36)下降期间,从送入工具(30)向油管悬挂器(36)提供了液压油。如图6所示,在上部支撑台肩(24)上的液体(46)输送从油管悬挂器(30)传输到井口部件(11)。辅助控制流体通道(62)到送入工具(30)井口环(17)挡住了下部降落台肩(26)。图7-9中所示的实施例允许固定至井口构件(11A)的井口环(17A)通过O形环(76A,78A)沿着围绕控制流体通道的平面(13A,75A)密封。 (22A)位于井口部件(11A)中。 <图像> <图像>

著录项

  • 公开/公告号NO980262L

    专利类型

  • 公开/公告日1998-07-22

    原文格式PDF

  • 申请/专利权人 COOPER CAMERON CORP;

    申请/专利号NO19980000262

  • 发明设计人 JUNE DAVID R.;

    申请日1998-01-20

  • 分类号E21B33/04;E21B23/00;

  • 国家 NO

  • 入库时间 2022-08-22 02:57:04

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