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    • 1. 发明申请
    • SYSTEM FOR SUPPLEMENTAL TENSIONING FOR ENHANCED PLATFORM DESIGN AND RELATED METHODS
    • 用于增强平台设计的补充张紧系统及相关方法
    • US20120099930A1
    • 2012-04-26
    • US12909722
    • 2010-10-21
    • Joe PalliniSteve WongFife B. Ellis
    • Joe PalliniSteve WongFife B. Ellis
    • E02B17/00
    • B63B35/44E21B19/002E21B19/006
    • Riser management systems, apparatus, and methods to maintain a selected range of tension on a plurality of risers extending between subsea well equipment and a floating vessel, are provided. A riser management system can include a mono-buoyancy can platform operably coupled to a plurality of risers extending between subsea well equipment and a moored floating vessel, and a plurality of tensioner units each connected to a top portion of a separate one of the risers to provide tension to each of the risers. The mono-buoyancy can platform can provide tension to each of the risers sufficient to compensate for a relative vertical offset between the risers and the vessel due to vessel movement, which generally affects each of the risers equally, within tolerances, while the tensioner units can simultaneously provide tension to compensate for one or more additional factors which can affect each riser differently.
    • 提供了在海底设备和浮动船之间延伸的多个立管上保持选定范围的张力的立管管理系统,装置和方法。 提升管理系统可以包括可操作地耦合到在海底井设备和系泊浮动船之间延伸的多个立管的单浮力罐平台,以及多个张紧器单元,每个张紧器单元连接到单独一个提升管的顶部, 为每个立管提供紧张。 单浮子罐平台可以为每个提升管提供足够的张力,足以补偿由于容器移动而引起的立管和容器之间的相对垂直偏移,这通常在公差范围内同样影响每个上升管,而张紧器单元可以 同时提供张力以补偿可能不同地影响每个提升管的一个或多个附加因素。
    • 2. 发明授权
    • System for supplemental tensioning for enhanced platform design and related methods
    • 补充张力系统,用于增强平台设计和相关方法
    • US08540460B2
    • 2013-09-24
    • US12909722
    • 2010-10-21
    • Joe PalliniSteve WongFife B. Ellis
    • Joe PalliniSteve WongFife B. Ellis
    • E02D15/02
    • B63B35/44E21B19/002E21B19/006
    • Riser management systems, apparatus, and methods to maintain a selected range of tension on a plurality of risers extending between subsea well equipment and a floating vessel, are provided. A riser management system can include a mono-buoyancy can platform operably coupled to a plurality of risers extending between subsea well equipment and a moored floating vessel, and a plurality of tensioner units each connected to a top portion of a separate one of the risers to provide tension to each of the risers. The mono-buoyancy can platform can provide tension to each of the risers sufficient to compensate for a relative vertical offset between the risers and the vessel due to vessel movement, which generally affects each of the risers equally, within tolerances, while the tensioner units can simultaneously provide tension to compensate for one or more additional factors which can affect each riser differently.
    • 提供了在海底设备和浮动船之间延伸的多个立管上保持选定范围的张力的立管管理系统,装置和方法。 提升管理系统可以包括可操作地耦合到在海底井设备和系泊浮动船之间延伸的多个立管的单浮力罐平台,以及多个张紧器单元,每个张紧器单元连接到单独一个提升管的顶部, 为每个立管提供紧张。 单浮子罐平台可以为每个提升管提供足够的张力,足以补偿由于容器移动而引起的立管和容器之间的相对垂直偏移,这通常在公差范围内同样影响每个上升管,而张紧器单元可以 同时提供张力以补偿可能不同地影响每个提升管的一个或多个附加因素。
    • 7. 发明授权
    • Riser tensioner with lubricant reservoir
    • 提升机张紧器带润滑油箱
    • US07823646B2
    • 2010-11-02
    • US11280118
    • 2005-11-16
    • Fife B. EllisJeffery K. McCarty
    • Fife B. EllisJeffery K. McCarty
    • E21B17/07
    • E21B19/002E21B19/006F16L1/23
    • A tensioner for an offshore structure has inner and outer barrels engaging each other for movement between retracted and extended positions. The barrels are filled with gas pressure. A primary seal is located between the inner and outer barrels at the open end of the inner barrel. An annular lubricant reservoir is mounted to an interior wall surface of the inner barrel at the open end of the inner barrel. A lubricant port extends from the lubricant reservoir through the inner barrel to a high pressure side of the primary seal for dispensing lubricant between the inner and outer barrels. A fill tube leads from the reservoir to the exterior of the inner barrel for replenishing lubricant.
    • 用于海上结构的张紧器具有彼此接合的内筒和外筒,用于在缩回位置和伸展位置之间运动。 桶内充满气体压力。 主密封件位于内桶开口端的内桶和外桶之间。 环形润滑剂储存器在内筒的开口端安装到内筒的内壁表面。 润滑剂端口从润滑剂储存器通过内筒延伸到主密封件的高压侧,用于在内桶和外桶之间分配润滑剂。 填充管从储存器引导到内桶的外部以补充润滑剂。
    • 9. 发明授权
    • Tubing annulus communication for vertical flow subsea well
    • 管道环形通道用于垂直流海底井
    • US06902005B2
    • 2005-06-07
    • US10366241
    • 2003-02-13
    • Amin RadiMichael E. CapesiusFife B. EllisRobert K. Voss
    • Amin RadiMichael E. CapesiusFife B. EllisRobert K. Voss
    • E21B33/035E21B33/043E21B33/064E21B34/04
    • E21B33/064E21B33/0355E21B33/043
    • A subsea wellhead assembly allows communication between a production tubing annulus and a conduit in fluid communication with a platform above. The wellhead assembly has a tubing hanger that is held relative to a tubular wellhead member of a subsea well by a tubing hanger support. A string of tubing extends from the tubing hanger into the well, defining an annulus around the tubing. The conduit communicates with the tubing annulus through a tubing annulus passage. The tubing annulus passage has a portion extending through the tubing hanger support. The wellhead member supports a valve block located between the tubing hanger support and the riser. The tubing annulus passage has another portion that registers with the portion of the passage in the tubing hanger support. The conduit stabs into valve block portion of the tubing annulus passage when the riser connects to the upper end of the valve block.
    • 海底井口组件允许生产油管环与与上述平台流体连通的管道之间的连通。 井口组件具有管挂架,其通过管衣架支撑件相对于海底井的管状井口构件保持。 一排管从管道悬挂器延伸到井中,在管道周围形成一个环。 管道通过管道环形通道与管道环路连通。 管道环形通道具有延伸穿过管衣架支撑件的部分。 井口构件支撑位于管道悬挂架支撑件和立管之间的阀块。 管道环形通道具有与管道悬挂器支撑件中的通道的部分对准的另一部分。 当提升管连接到阀块的上端时,管道刺入管道环形通道的阀门部分。
    • 10. 发明授权
    • Rotating nozzle with pressure responsive clearance
    • 旋转喷嘴具有压力响应间隙
    • US5456413A
    • 1995-10-10
    • US262636
    • 1994-06-20
    • Fife B. Ellis
    • Fife B. Ellis
    • B05B3/06F16C32/06
    • B05B3/006B05B3/06F16C32/064
    • A rotary water blast nozzle assembly includes an inner body member and a mandrel that supports a spray head having an internal bushing that rotates on the mandrel. Seals on the of the bushing are spaced at selected distance points from radial flow ports in its center. The resultant of operating pressure forces acting inward on the outside of the bushing between the seals, and gradually diminishing pressures acting outwardly in the clearance from the center toward the ends of the bushing, together with frusto-conically shaped sections of the bushing, cause uniform inward deflection that reduces the clearance in proportion to the operating pressure to inhibit leakby.
    • 旋转式水喷嘴组件包括内主体构件和心轴,其支撑具有在心轴上旋转的内部衬套的喷头。 衬套上的密封件在其中心的径向流动端口的选定距离点处间隔开。 在密封件之间向内作用衬套外部的操作压力的作用力以及从衬套的中心向端部的间隙中向外作用的逐渐减小的压力与衬套的截头圆锥形部分一起导致均匀 向内偏转,其与操作压力成比例地减小间隙以抑制泄漏。