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    • 4. 发明申请
    • OIL SEPARATION AND PUMPING SYSTEMS
    • 油分离和泵送系统
    • WO1998013579A2
    • 1998-04-02
    • PCT/EP1997005292
    • 1997-09-26
    • BAKER HUGHES LIMITED
    • BAKER HUGHES LIMITEDSHAW, Christopher, K.THOMPSON, Peter, K.
    • E21B43/38
    • B04C5/24B04C5/00B04C5/26B04C5/28E21B34/06E21B43/121E21B43/122E21B43/127E21B43/14E21B43/385
    • The system for producing a hydrocarbon-rich stream from a well having a hydrocarbon producing zone (24) closely spaced from a disposal zone (26) therein and disposing a water-rich stream without transporting it to the surface comprises a well bore penetrating the hydrocarbon producing zone and the disposal zone in the earth; a packer (102) disposed in the well bore between the producing zone and the disposal zone; tubing (36) extending from the surface; and an assembly (86) coupled to the tubing, the assembly comprising a motor (98), a pump (92) coupled to the motor and a separator (91) in fluid communication with the pump, wherein the separator is disposed on the disposal zone side of the packer and has an inlet in fluid communication with the producing zone, a hydrocarbon-rich stream outlet (104) in fluid communication with the tubing and a water-rich stream outlet (100) in fluid communication with the disposal zone, wherein the pump is disposed to direct the flow of liquid from the producing zone into contact with the motor and through the separator.
    • 用于从具有与其中的处理区(26)紧密间隔开的烃生产区(24)的井中生产富烃流的系统,并且将不富有水的流排放到表面包括渗透烃的井 生产区和地下处置区; 设置在生产区域和处置区域之间的井眼中的封隔器(102); 从表面延伸的管道(36) 以及联接到所述管道的组件(86),所述组件包括马达(98),联接到所述马达的泵(92)和与所述泵流体连通的分离器(91),其中所述分离器设置在所述处置 并且具有与所述生产区流体连通的入口,与所述管道流体连通的富烃流出口(104)和与所述处理区流体连通的富水流出口(100) 其中所述泵设置成引导来自所述生产区的液体流与所述马达接触并通过所述分离器。
    • 6. 发明申请
    • CYCLONIC SEPARATOR ASSEMBLY AND METHOD
    • 循环式分离器组件和方法
    • WO1997025150A1
    • 1997-07-17
    • PCT/GB1997000087
    • 1997-01-13
    • BAKER HUGHES LIMITED
    • BAKER HUGHES LIMITEDBOWERS, Bill, E.HOLE, Gunnar, John
    • B04C05/00
    • B04C5/28B04C5/00B04C5/081E21B43/385
    • Downhole apparatus (13) for separation of oil from oily water or water from oil having an internal chamber (20) continuously flooded with production fluids from a well, one or more hydrocyclonic separators (2) for separating the production fluid into a stream enriched in oil and a stream depleted in oil. The clearance required between the apparatus (13) and the well casing (17) being the minimum required for running the apparatus into the casing (17), maximizing the size of the separator(s) and improving capacity. A range of artificial lift devices is included to bring the oil enriched stream to the surface if the natural pressure of the reservoir is insufficient. Substantial axial overlap of multiple separators is provided for better compactness and capacity of the apparatus. Pipes (5) from separator overflow outlets connect to a common overflow manifold (7), and pipes (6) from the separator underflow outlets connect to a common underflow manifold (8). Where the space available for pipes (5, 6) and manifolds (7, 8) is limited adjacent to the separators the manifolds (7, 8) may be formed with a non-circular cross section having substantially the same cross-sectional area as adjacent portions of the manifold.
    • 井下设备(13),用于将油与油水或水从具有从井的连续充满生产流体的内室(20)分离的油分离;一个或多个旋液分离器(2),用于将生产流体分离成富集的流 油和一股流失的油。 设备(13)和井套管(17)之间所需的间隙是使装置进入壳体(17)所需的最小值,使分离器的尺寸最大化并提高容量。 如果储层的自然压力不足,则包括一系列人造提升装置以将富油流带到表面。 提供了多个分离器的实质轴向重叠,用于更好地实现装置的紧凑性和容量。 来自分离器溢流出口的管道(5)连接到公共溢流歧管(7),并且来自分离器下溢出口的管道(6)连接到共同的下溢歧管(8)。 在可用于管道(5,6)和歧管(7,8)的空间被限制在隔板附近的情况下,歧管(7,8)可以形成为具有基本相同的横截面积的非圆形横截面 歧管的相邻部分。
    • 8. 发明申请
    • FLUID SEPARATION AND REINJECTION SYSTEMS FOR OIL WELLS
    • 用于油井的流体分离和吸收系统
    • WO1998020233A2
    • 1998-05-14
    • PCT/EP1997006195
    • 1997-11-07
    • BAKER HUGHES LIMITED
    • BAKER HUGHES LIMITEDSHAW, Christopher, K.
    • E21B43/40
    • E21B43/385E21B43/121E21B43/20E21B43/40
    • The fluid separation and reinjection system for use in a wellbore extending through a producing zone (22, 190) producing an oil/water mixture and a water reinjection zone comprises a tubing (28, 102, 150, 194) disposed within the wellbore in fluid communication with the producing zone defining an oil flow channel and in fluid communication with the water reinjection zone defining a water reinjection channel. The system further comprises a separator (60) separating the produced oil/water mixture into an oil rich phase and a water rich phase located at least partially above the wellbore and adjacent the wellbore, the separator having an inlet coupled to the oil flow channel and a water outlet coupled to the water reinjection channel. The system also comprises a pump (42, 110, 156) in fluid communication with the separator pressuring the water for reinjection.
    • 用于延伸穿过产生油/水混合物的生产区(22,190)的井眼中的流体分离和再注入系统和注水区包括设置在井眼内的流体管(28,102,150,194) 与生产区的通信限定油流动通道并且与限定水注入通道的注水区流体连通。 该系统还包括分离器(60),其将所产生的油/水混合物分离成富油相和至少部分位于井筒上方并且靠近井眼的富水相,分离器具有连接到油流动通道的入口和 一个与注水通道相连的出水口。 该系统还包括与分压器流体连通的泵(42,110,156),该分离器对水进行再加注。
    • 9. 发明申请
    • DOWNHOLE CYCLONE SEPARATION
    • 卧式气缸分离
    • WO1998002637A1
    • 1998-01-22
    • PCT/EP1997003445
    • 1997-07-02
    • BAKER HUGHES LIMITEDSKILBECK, Frank
    • BAKER HUGHES LIMITED
    • E21B43/38
    • E21B43/385
    • An apparatus for downhole use in an oil well, the apparatus comprises a first (8) and a second (12) hydrocyclone, the underflow of the first hydrocylclone is connected to the inlet of the second hydrocyclone; an first pump (7) for pumping production fluid into the inlet of the first hydrocyclone; and a second pump (10) for pumping liquid from the overflow of the first hydrocyclone to the surface; the overflow of the second hydrocyclone is connected to the inlet of the first pump, or to the inlet of the second pump,and the underflow outlet of the second hydrocyclone is discharging into the well.
    • 一种在油井中井下使用的装置,该装置包括第一(8)和第二(12)旋液分离器,第一水力旋流器的下溢连接到第二水力旋流器的入口; 用于将生产流体泵送到第一水力旋流器的入口中的第一泵(7) 以及用于将液体从第一水力旋流器的溢流泵送到表面的第二泵(10) 第二水力旋流器的溢流连接到第一泵的入口或第二泵的入口,并且第二水力旋流器的下溢出口被排放到井中。