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    • 6. 发明申请
    • MODIFIED CHRISTMAS TREE COMPONENTS AND ASSOCIATED METHODS FOR USING COILED TUBING IN A WELL
    • 修改圣诞树组件和相关方法在线上使用绕线管
    • WO2008016663A3
    • 2008-03-20
    • PCT/US2007017226
    • 2007-08-02
    • BJ SERVICES CO USABOLDING JEFFREY LHILL THOMAS G
    • BOLDING JEFFREY LHILL THOMAS G
    • E21B33/03E21B33/068
    • E21B33/03E21B33/068
    • A Christmas tree (100) is used between production tubing elevation (PE) and flow line elevation (FE). The tree has a lower portion (102), an intermediate portion (104), and an upper portion (106). The intermediate portion (104) is positioned between the production tubing elevation (PE) and the flow line elevation (FE) and has an axial dimension configured to substantially maintain the axial dimension between the elevations. The intermediate portion has first and second shut-off valves (120, 122) for closing fluid communication of the axial bore. A hanger (150) is positioned in the axial bore of the intermediate portion between the first and second shut-off valves. The hanger defines a bore (154) and a port (158). The port communicates a side of the hanger with the lower end of the hanger. The coil tubing attaches to the port at the lower end of the hanger, and the port at the side of the hanger communicates with the feed line (132) of the intermediate portion.
    • 在生产油管高程(PE)和流水线高度(FE)之间使用圣诞树(100)。 树具有下部(102),中间部(104)和上部(106)。 中间部分(104)位于生产油管高度(PE)和流动管线高度(FE)之间,并且具有被构造为基本维持两个高度之间的轴向尺寸的轴向尺寸。 中间部分具有用于封闭轴向孔的流体连通的第一和第二截止阀(120,122)。 衣架(150)位于第一和第二截止阀之间的中间部分的轴向孔中。 衣架限定孔(154)和端口(158)。 该端口将衣架的一侧与衣架的下端连通。 线圈管连接到悬挂器下端的端口,并且挂钩侧面的端口与中间部分的进料管线(132)连通。
    • 9. 发明申请
    • WELLHEAD BYPASS METHOD AND APPARATUS
    • 井旁旁路方法和装置
    • WO2006133350A3
    • 2007-04-26
    • PCT/US2006022261
    • 2006-06-08
    • BJ SERVICES COHILL THOMAS G JRBOLDING JEFFREY L
    • HILL THOMAS G JRBOLDING JEFFREY L
    • E21B19/08E21B33/068
    • E21B34/02E21B33/068E21B43/121
    • A valve (136, 136', 136", 200) adapted to replace an existing valve of a wellhead (114). Valve (136, 136', 136", 200) can have similar dimensions as the existing valve it replaces to utilize existing wellhead connections. In one embodiment, a replacement bypass master valve (136) incorporates a fluid bypass pathway (168) to enable communication and conveyance of a production enhancing fluid (132) from a location external to the well through small diameter tubing (126) to a specific downhole location independent the position of a flow control member in interior chamber (166). Replacement bypass master valve (136') can include anchor seal assembly (122') disposed in locking profile 180 of upstream inlet bore (162) to enable communication from fluid bypass pathway (168) to lower injection conduit (128). In another embodiment, replacement valve (200) includes a groove in gate (208) sealingly receiving capillary injection tubing (204) when in a closed position.
    • 阀(136,136',136“,200)适于代替井口(114)的现有阀,阀(136,136',136”,200)可以具有与其替代的现有阀相似的尺寸以利用 现有井口连接。 在一个实施例中,替换旁路主阀(136)包括流体旁路通路(168),以使生产增强流体(132)能够通过小直径管道(126)从井外部的位置到特定的 独立于内部腔室(166)中的流量控制构件的位置的井下位置。 替换旁路主阀(136')可以包括设置在上游入口孔(162)的锁定轮廓180中的锚定密封组件(122'),以使得能够从流体旁路通路(168)到下部喷射导管(128)连通。 在另一个实施例中,置换阀(200)在处于关闭位置时包括在门(208)中的凹槽,其密封地接纳毛细注射管(204)。