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    • 21. 发明申请
    • WASHOUT PREVENTER
    • 防水防尘
    • WO2013127759A2
    • 2013-09-06
    • PCT/EP2013/053765
    • 2013-02-26
    • AKER SUBSEA AS
    • BROWN, David
    • E21B7/128B63B21/27E21B21/001E21B33/00E21B41/08
    • A device for preventing soil wash out during subsea drilling is shown and described, having means for retaining the soil around a sub sea anchor foundation (7). The means comprises at least, one flap member (7') hingedly (11) mounted adjacent to the lateral walls of a subsea anchor foundation (7) and adapted to receive a well bay insert (8). The flap member (7") is adapted to be in a substantially vertical position during the lowering to the seabed and remain in substantially horizontal position, parallel to the sea bed (2) during drilling operation and acts as a lid or a lock for physically holding the soil in position.
    • 示出并描述了一种用于在海底钻井期间防止污垢清除的装置,具有用于将土壤保持在海底锚固基础(7)周围的装置。 所述装置包括至少一个铰接地(11)的翼片构件(11),其邻近所述海底锚固基座(7)的侧壁安装并且适于接纳井架插入件(8)。 翼片构件(7“)适于在下降到海床期间处于基本垂直的位置,并且在钻井操作期间平行于海床(2)保持在基本水平的位置,并且用作物理上的盖子或锁 把土壤保持在位。
    • 22. 发明申请
    • INSERTION OF A PACKOFF INTO A WELLHEAD
    • 将包装插入一个衣柜
    • WO2011128612A3
    • 2012-12-13
    • PCT/GB2011000402
    • 2011-03-22
    • AKER SUBSEA LTDWILLOUGBY DANIEL ALEXANDER
    • WILLOUGBY DANIEL ALEXANDER
    • E21B33/035E21B33/043E21B33/14E21B34/04
    • E21B33/00E21B33/035E21B33/043E21B33/143E21B34/04
    • Apparatus for the insertion of a pack-off (34) into a recess (51) in a bore of a wellhead body comprises an activating sleeve (36) which has a portion (58) disposed for engagement with the pack-off (34) for the movement of the pack-off into the recess and body portions shaped for location on a datum member (52) within the bore. The activating sleeve (36) includes a plurality of apertures (65) circumferentially spaced about the activating sleeve. A running tool (50) which is adapted to move said activating sleeve into engagement with the packoff carries spring-loaded dogs (72) each disposed in one of the apertures (65). Each of a plurality of releasing pins (71) is positioned such that it enters a respective one of the apertures (65) when the activating sleeve (36) has caused the packoff (34) to be located in said recess (52). The entry of the pins (71) into the apertures causes depression of the dogs out of the apertures and allows the consequent release of the activating sleeve (36) from the running tool (50).
    • 用于将包装(34)插入井口主体的孔中的凹部(51)中的装置包括一个启动套筒(36),其具有设置成用于与包装(34)接合的部分(58) 用于将包装移动到凹部中,并且形成为孔内的基准构件(52)上的位置。 激活套筒(36)包括围绕激活套筒周向间隔开的多个孔(65)。 适于将所述启动套筒移动到与包装物接合的运行工具(50)承载弹簧加载的销钉(72),每个销钉设置在所述孔口之一中。 多个释放销(71)中的每一个被定位成使得当激活套筒(36)已经使包装(34)位于所述凹部(52)中时,它们进入相应的一个孔(65)。 销(71)进入孔口导致将狗从孔中推出,从而允许活动套筒(36)从运行工具(50)释放。
    • 23. 发明申请
    • SUBMERGED CENTRIFUGAL ELECTRIC PUMP
    • 提升离心式电动泵
    • WO2011042862A1
    • 2011-04-14
    • PCT/IB2010/054499
    • 2010-10-05
    • PEDROLLO S.P.A.PEDROLLO, Silvano
    • PEDROLLO, Silvano
    • F04D13/08F04D29/08F04D29/62
    • F04D13/08E21B23/06E21B33/00F04D29/086F04D29/628
    • The submerged centrifugal electric pump comprises an external casing (2) comprising a first and a second tubular portion (5, 7) suitable to be connected coaxial to one another, a pumping unit (3) inserted axially in the first portion (5) of the casing (2) to suction a liquid through a suctioning opening (101 ) and transfer the liquid in outlet through a discharge opening (11 ), and a motor unit (4) inserted in the second tubular portion (7) of the casing (2) and provided with a motor shaft (15) suitable to be connected in use to the pumping unit (3). The centrifugal electric pump comprises means (19) for fixing the axial position of the motor shaft (15) interposed between the motor unit (4) and the pumping unit (3). The fixing means (19) comprise an occlusion member (20) having an elastic material portion (23) suitable to engage the internal surface of the casing (2), a support body (22) suitable to be axially linked to the occlusion member (20) and a fastening member (21 ) suitable to be associated with the occlusion member (20) to perform the radial expansion of the elastic material portion (23).
    • 浸没式离心式电动泵包括外壳(2),其包括适于彼此同轴连接的第一和第二管状部分(5,7),轴向插入第一部分(5)中的泵送单元(3) 所述壳体(2)通过抽吸开口(101)抽吸液体并通过排出口(11)将出口中的液体转移;以及插入到壳体的第二管状部分(7)中的马达单元(4) 并且设置有适于在使用中连接到泵送单元(3)的马达轴(15)。 离心式电动泵包括用于固定电动机轴(15)的位于电动机单元(4)和抽油机(3)之间的轴向位置的装置(19)。 固定装置(19)包括具有适于接合壳体(2)的内表面的弹性材料部分(23)的闭塞构件(20),适于轴向连接到闭塞构件的支撑体(22) 20)和适于与遮挡构件(20)相关联以执行弹性材料部分(23)的径向膨胀的紧固构件(21)。
    • 27. 发明申请
    • APPARATUS AND METHOD USABLE FOR OPEN-WATER RIGLESS AND RISERLESS PLUG AND ABANDONMENT (P&A) WORK
    • 用于开放水无量和无流失插入和丢弃(P&A)工作的设备和方法
    • WO2016023037A2
    • 2016-02-11
    • PCT/US2015044518
    • 2015-08-10
    • WRIGHT DAVID C
    • WRIGHT DAVID C
    • E21B33/04
    • E21B33/12E21B29/00E21B29/12E21B33/00E21B33/064E21B33/076E21B33/13E21B33/14
    • In one system, there is an emergency pipe stroker tool, wherein the emergency pipe stroker tool is configured to act as a first mechanical barrier for a well. Further, there is an emergency quick disconnect tool in communication with the emergency pipe stroker tool, wherein the emergency quick disconnect tool comprises a connector assembly and a fluid conduit in communication with the well, and further wherein the connector assembly is configured to simultaneously detach from the well and to seal the well. Further still, there is a cement retainer in communication with the emergency quick disconnect tool and the emergency pipe stroker tool, wherein the cement retainer is configured to act as a second mechanical barrier for the well, wherein, the emergency pipe stroker tool, the emergency quick disconnect tool, and the cement retainer act in coordination to seal a well while establishing the multiple mechanical barriers.
    • 在一个系统中,存在应急管冲击器工具,其中应急管冲击器工具被配置为用作井的第一机械屏障。 此外,存在与应急管冲击器工具通信的紧急快速断开工具,其中紧急快速断开工具包括连接器组件和与井连通的流体导管,并且其中,连接器组件被配置为同时从 井和密封井。 此外,还存在与紧急快速断开工具和应急管冲击器工具相连通的水泥保持器,其中水泥保持器构造成用作井的第二机械阻挡层,其中,应急管冲击器工具,应急 快速断开工具,并且水泥保持器协同作用以密封井,同时建立多个机械阻挡层。
    • 29. 发明申请
    • CONFINED VOLUME PRESSURE COMPENSATION DUE TO THERMAL LOADING
    • 由热负荷确定的体积压力补偿
    • WO2015061316A1
    • 2015-04-30
    • PCT/US2014/061577
    • 2014-10-21
    • BAKER HUGHES INCORPORATED
    • WOOD, Edward, J.GERRARD, David, P.FALKNER, Joshua, C.GARZA, Ramon, R.
    • E21B17/00E21B17/16
    • E21B33/124E21B33/00E21B34/06E21B41/00
    • A pressure compensation system for enclosed spaces at a subterranean location changes volume with thermally induced solubility changes of a salt in water. The salt is held in an enclosure that is either rigid, or impervious and flexible or porous and flexible. As well conditions change and temperature increases, some of the salt goes into solution with a resulting decrease in volume that compensates for thermally induced volume increase due to temperature increase in the borehole. Conversely, a decrease in borehole temperature brings some of the salt out of solution for a volume increase to offset the volume decrease of the adjacent fluid to keep the pressure stabilized in the enclosed volume. In the porous enclosure embodiment the openings are sufficiently small to retain the salt even in solution. However, minimal net flows are anticipated for pressure compensation due to changing thermal effects.
    • 在地下位置的封闭空间的压力补偿系统通过盐在水中的热诱导溶解度变化改变体积。 盐保持在刚性或不渗透性,柔性或多孔和柔性的外壳中。 同样条件变化和温度升高,一些盐进入溶液,由此导致的体积减小,其补偿由于钻孔中的温度升高引起的热诱导体积增加。 相反,钻孔温度的降低会使一些盐溶液溶解,以增加体积,以抵消相邻流体的体积减少,以保持压力稳定在封闭体积中。 在多孔外壳的实施例中,开口足够小以便甚至在溶液中保留盐。 然而,由于热效应的变化,预计压力补偿的最小净流量。