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    • 31. 发明申请
    • THREE PHASE ELECTRICAL WET CONNECTOR FOR A DOWNHOLE TOOL
    • 三相工具三相电气连接器
    • US20110024104A1
    • 2011-02-03
    • US12533896
    • 2009-07-31
    • Neil Griffiths
    • Neil Griffiths
    • E21B43/00H01R4/60B23P11/00
    • H01R13/521E21B17/028Y10T29/49826
    • An electrical connector for a downhole tool the connector including a static connector part coupled to a production tubing, the static connector part having a static connector base, and a plurality of connector members disposed on the static connector base and extending axially upward therefrom, a moveable connector part configured to engage the static connector part, the moveable connector part including, a moveable connector base, a plurality of corresponding connector members disposed on the moveable connector base and extending axially downward therefrom and configured to engaged the plurality of connector members disposed on the static connector base, wherein the plurality of connector members are clustered on the static connector base and the plurality of corresponding connector members are clustered on the moveable connector base is disclosed, and at least one fluid flow path formed radially outward of the clustered and engaged connector members.
    • 一种用于井下工具的电连接器,所述连接器包括耦合到生产管道的静态连接器部件,所述静态连接器部件具有静态连接器基座,以及多个连接器部件,所述多个连接器部件设置在所述静态连接器基座上并且从其向上轴向延伸, 连接器部分,其构造成接合静态连接器部分,可移动连接器部分包括可移动连接器基座,多个相应的连接器构件,其设置在可移动连接器基座上并且从其向下轴向延伸并且被配置为接合设置在所述静态连接器部分上的多个连接器构件 静电连接器底座,其中所述多个连接器构件聚集在所述静态连接器基座上并且所述多个相应的连接器构件聚集在所述可移动连接器基座上,并且至少一个流体流动路径形成在所述聚集和接合连接器的径向外侧 会员
    • 32. 发明申请
    • LIFT WASH-THROUGH FACILITY
    • LIFT洗手间
    • US20100326670A1
    • 2010-12-30
    • US12494096
    • 2009-06-29
    • Neil GriffithsHumberto F. Leniek, SR.Bruce H. Storm, JR.
    • Neil GriffithsHumberto F. Leniek, SR.Bruce H. Storm, JR.
    • E21B43/00
    • E21B37/00E21B43/126
    • An apparatus for pumping fluid, the apparatus including a pump housing including a plunger connected to a terminal end of a coiled tubing and a first port. The apparatus further including the plunger configured to move longitudinally upward and downward, wherein the plunger includes a second port and a surface pumping unit configured to modulate between two modes, a first mode configured to limit a stroke length of the plunger so that the first and second ports do not engage, and a second mode wherein the first and second ports engage. Also, a method for pumping fluid into a wellbore using an apparatus, the method comprising inserting a housing including a coiled tubing and a plunger into the wellbore, wherein the plunger is located at a terminal end of the coiled tubing, and wherein the housing includes a first port and a plunger includes a second port. The method further including moving the plunger longitudinally upward and downward within the housing wherein a stroke length of the plunger is limited during the moving the plunger and extracting fluid from the wellbore. The method further including extracting fluid from the wellbore, pulling the plunger longitudinally upward until the first and second ports are aligned, and circulating fluid into the wellbore through the coiled rubbing and first and second ports discharging into an annulus of the wellbore.
    • 一种用于泵送流体的装置,该装置包括泵壳体,该泵壳体包括连接到连续油管的末端的柱塞和第一端口。 该装置还包括被配置为纵向向上和向下移动的柱塞,其中柱塞包括构造成在两种模式之间调制的第二端口和表面泵送单元,第一模式被配置为限制柱塞的行程长度,使得第一和 第二端口不接合,并且第二模式,其中第一和第二端口接合。 另外,使用装置将流体泵送到井眼中的方法,所述方法包括将包括盘管和柱塞的壳体插入所述井孔中,其中所述柱塞位于所述连续油管的终端,并且其中所述壳体包括 第一端口和柱塞包括第二端口。 该方法还包括在壳体内纵向向上和向下移动柱塞,其中在活塞移动柱塞并从井筒中提取流体期间柱塞的行程长度被限制。 该方法还包括从井筒中提取流体,纵向向上拉动柱塞,直到第一和第二端口对准,并且通过螺旋摩擦将循环流体循环到井筒中,并将第一和第二端口排放到井眼的环形空间中。
    • 35. 发明公开
    • ELECTRIC SUBMERSIBLE PUMPING SYSTEM FOR DEWATERING GAS WELLS
    • ELEKTRISCHES TAUCHPUMPENSYSTEM ZURENTWÄSSERUNGVON GASBOHRUNGEN
    • EP2432967A1
    • 2012-03-28
    • EP10718828.6
    • 2010-05-12
    • Zeitecs (B.V/Inc.)
    • FIELDER, Lance, I.WORRALL, Robert, Nicholas
    • E21B43/12F04B47/06F04D13/08
    • F04B17/03E21B43/128F04B43/04
    • Embodiments of the present invention generally relate to an electric submersible pumping system (1) for dewatering gas wells. In one embodiment, a method of unloading liquid from a reservoir includes deploying a pumping system into a wellbore to a location proximate the reservoir using a cable. The pumping system includes a motor (50), an isolation device (60), and a pump (65). The method further includes setting the isolation device, thereby rotationally fixing the pumping system to a tubular string (10t ) disposed in the wellbore and isolating an inlet (65i) of the pump from an outlet (65o) of the pump; supplying a power signal from the surface to the motor via the cable, thereby operating the pump and lowering a liquid level in the tubular string to a level proximate the reservoir; unsetting the isolation device,- and removing the pump assembly from the wellbore using the cable
    • 从储存器卸载液体的方法包括使用电缆将泵送系统部署到靠近储存器的井眼中。 泵送系统包括马达,隔离装置和泵。 该方法还包括设置隔离装置,从而将抽吸系统旋转地固定到设置在井眼中的管状管柱,并将泵的入口与泵的出口隔离; 通过电缆从表面向电动机提供电力信号,从而操作泵并将管状串中的液面降低到靠近储存器的水平; 拆开隔离装置; 并使用电缆从井筒移除泵组件。