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    • 1. 发明授权
    • Side-by-side hydrocarbon transfer system
    • 并排烃转运系统
    • US07793605B2
    • 2010-09-14
    • US11587672
    • 2005-04-29
    • Leendert PoldervaartJack PollackHein WilleHein Oomen
    • Leendert PoldervaartJack PollackHein WilleHein Oomen
    • B63B3/24
    • B63B21/50B63B21/04B63B27/24
    • The invention relates to a mooring system with a first vessel for containing hydrocarbons having at its bow and/or stern a transverse arm and a fluid transfer mechanism of a duct connected to a tank on the first vessel and a coupling end for connecting to a second vessel. The second vessel is moored alongside the first vessel and is attached via at least one cable, extending from its bow in the length direction of the vessel, to a mooring end of the arm. The mooring end of the arm is situated at or near a longitudinal centerline of the second vessel. The arm, during use, is in a fixed position and a pulling force element is attached to the cable for applying a pulling force on the cable upon relative movement of the second vessel with respect to the arm. The force element allows a predetermined maximum displacement of the second vessel.
    • 本发明涉及一种具有第一容器的系泊系统,该第一容器用于容纳在其弓和/或尾部具有横向臂的碳氢化合物和连接到第一容器上的罐的管道的流体传递机构,以及用于连接到第二容器 船只。 第二个船舶停泊在第一个船舶的旁边,并通过至少一根从船只的长度方向的船弓延伸到缆绳系泊端的缆索。 臂的系泊端位于第二容器的纵向中心线处或附近。 臂在使用期间处于固定位置,并且牵引力元件附接到电缆,用于在第二容器相对于臂相对运动时在电缆上施加拉力。 力元件允许第二容器的预定的最大位移。
    • 2. 发明申请
    • Subsea pipeline system
    • 海底管线系统
    • US20060153639A1
    • 2006-07-13
    • US10543738
    • 2004-01-29
    • Jack PollackHein WilleLeendert Poldervaart
    • Jack PollackHein WilleLeendert Poldervaart
    • F16L1/12
    • F16L1/14B63B27/24
    • The invention relates to a subsea pipeline system for connecting two hydrocarbon production, storage and/or processing structures. The subsea pipeline has a first duct section supported on the seabed, a bridging duct section extending across a lower seabed part, at a distance from the sea bed, and a second duct section supported on the sea bed. The first and second duct sections are connected to the bridging duct section via an articulation joint allowing movement of the bridging duct section in a length direction of the first and second duct sections. A first tensioning element exerts an upward force on the bridge duct sections and a second tensioning element exerts a downward force on the bridge duct section. The first and second tensioning elements include a mutual angle to exert a horizontal pulling force on the bridging duct section.
    • 本发明涉及一种用于连接两个碳氢化合物生产,储存和/或加工结构的海底管道系统。 海底管道具有支撑在海床上的第一管道段,跨越与海床相距一定距离的下海底部分延伸的桥接管段,以及支撑在海床上的第二管道段。 第一和第二管道部分经由铰接接头连接到桥接管段,允许桥接管段在第一和第二管道段的长度方向上移动。 第一张紧元件在桥梁管道部分上施加向上的力,并且第二张紧元件在桥梁管道部分上施加向下的力。 第一和第二张紧元件包括相互角度以在桥接管部分上施加水平拉力。
    • 3. 发明申请
    • Side-By-Side Hydrocarbon Transfer System
    • 并排烃转运系统
    • US20070289517A1
    • 2007-12-20
    • US11587672
    • 2005-04-29
    • Leendert PoldervaartJack PollackHein WilleHein Oomen
    • Leendert PoldervaartJack PollackHein WilleHein Oomen
    • E02B3/24
    • B63B21/50B63B21/04B63B27/24
    • The invention relates to a mooring system with a first vessel for containing hydrocarbons having at its bow and/or stem a transverse arm and a fluid transfer mechanism of a duct connected to a tank on the first vessel and a coupling end for connecting to a second vessel. The second vessel is moored alongside the first vessel and is attached via at least one cable, extending from its bow in the length direction of the vessel, to a mooring end of the arm. The mooring end of the arm is situated at or near a longitudinal centerline of the second vessel. The arm, during use, is in a fixed position and a pulling force element is attached to the cable for applying a pulling force on the cable upon relative movement of the second vessel with respect to the arm. The force element allows a predetermined maximum displacement of the second vessel.
    • 本发明涉及一种具有第一容器的系泊系统,所述第一容器用于容纳在其弓和/或杆处具有横向臂的碳氢化合物和连接到第一容器上的罐的管道的流体传递机构,以及用于连接到第二容器 船只。 第二个船舶停泊在第一个船舶的旁边,并通过至少一根从船只的长度方向的船弓延伸到缆绳系泊端的缆索。 臂的系泊端位于第二容器的纵向中心线处或附近。 臂在使用期间处于固定位置,并且牵引力元件附接到电缆,用于在第二容器相对于臂相对运动时在电缆上施加拉力。 力元件允许第二容器的预定的最大位移。
    • 4. 发明授权
    • Subsea pipeline system
    • 海底管线系统
    • US07416366B2
    • 2008-08-26
    • US10543738
    • 2004-01-29
    • Jack PollackHein WilleLeendert Poldervaart
    • Jack PollackHein WilleLeendert Poldervaart
    • F16L1/12
    • F16L1/14B63B27/24
    • The invention relates to a subsea pipeline system for connecting two hydrocarbon production, storage and/or processing structures. The subsea pipeline has a first duct section supported on the seabed, a bridging duct section extending across a lower seabed part, at a distance from the sea bed, and a second duct section supported on the sea bed. The first and second duct sections are connected to the bridging duct section via an articulation joint allowing movement of the bridging duct section in a length direction of the first and second duct sections. A first tensioning element exerts an upward force on the bridge duct sections and a second tensioning element exerts a downward force on the bridge duct section. The first and second tensioning elements include a mutual angle to exert a horizontal pulling force on the bridging duct section.
    • 本发明涉及一种用于连接两个碳氢化合物生产,储存和/或加工结构的海底管道系统。 海底管道具有支撑在海床上的第一管道段,跨越与海床相距一定距离的下海底部分延伸的桥接管段,以及支撑在海床上的第二管道段。 第一和第二管道部分经由铰接接头连接到桥接管段,允许桥接管段在第一和第二管道段的长度方向上移动。 第一张紧元件在桥梁管道部分上施加向上的力,并且第二张紧元件在桥梁管道部分上施加向下的力。 第一和第二张紧元件包括相互角度以在桥接管部分上施加水平拉力。
    • 5. 发明授权
    • Riser installation vessel and method of using the same
    • 立管安装船及其使用方法
    • US07367750B2
    • 2008-05-06
    • US10531576
    • 2003-10-15
    • Jack PollackLeendert Poldervaart
    • Jack PollackLeendert Poldervaart
    • B63B21/50
    • E21B17/012E21B43/013
    • A vessel for exploration of hydrocarbons includes one or more risers extending from the vessel to the seabed, a hydrocarbon processing unit connected to the one or more risers and to a storage or transport structure for storing the processed hydrocarbons. The vessel is anchored to the seabed, the vessel includes a lifting member for lowering risers vertically towards the sea bed and for connecting a riser with a first end to a subsea hydrocarbon structure, which riser includes a connector on a second end, the vessel having a connector for attaching to the riser connector and for placing the riser in fluid connection with the processing unit.
    • 用于勘探烃的容器包括从容器延伸到海床的一个或多个立管,连接到一个或多个立管的烃处理单元和用于存储经处理的烃的储存或运输结构。 船舶锚固在海床上,船舶包括用于将立管垂直地朝向海床降下并用于将具有第一端的提升管连接到海底烃结构的提升构件,该提升管包括在第二端上的连接器,该容器具有 用于附接到提升管连接器并用于将提升管放置成与处理单元流体连接的连接器。
    • 7. 发明授权
    • Soft quay mooring system
    • 软码头系泊系统
    • US07484470B2
    • 2009-02-03
    • US11667352
    • 2005-11-10
    • Leendert PoldervaartHein OomenJack Pollack
    • Leendert PoldervaartHein OomenJack Pollack
    • B63B21/00
    • E02B3/26B63B21/00B63B59/02Y02A30/36
    • The invention relates to a mooring system comprising a hydrocarbon storage and/or processing unit (1) anchored to or resting on the sea bed (2) at an off shore location, and a vessel (13) moored alongside the storage and/or processing unit (1), the storage and/or processing unit (1) comprising a hull and in a front part (26) and in a rear part (25) of the unit at least one support structure (7, 7′) and with another end to a quay member (10, 10′) suspended from the suspension member with one end attached to the support structure (7, 7′) and with another end to a quay member (10, 10′) suspended from the suspension member, the quay member (10, 10′) comprising a shock-absorber contacting the vessel. The quay member comprising a mooring line attachment point, a cable extending from a mooring point on the front part of the vessel and on the rear part of the vessel respectively to a corresponding mooring line attachment point on the quay member, the mooring points on the vessel and the corresponding mooring line attachment points being spaced apart in a length direction of the vessel by a distance (L1, L2) of at least 5 m, preferably at least 10 m.
    • 本发明涉及一种系泊系统,其包括在离岸位置锚固或搁置在海床(2)上的烃类储存和/或处理单元(1),以及在储存和/或处理 单元(1),所述存储和/或处理单元(1)包括船体,并且在所述单元的前部(26)和后部(25)中包括至少一个支撑结构(7,7')并且具有 另一端悬挂在悬挂构件上,其一端连接到支撑结构(7,7'),另一端连接悬挂悬架构件的码头构件(10,10'), ,所述码头构件(10,10')包括与所述容器接触的减震器。 码头构件包括系泊线附着点,从船的前部的系泊点和船的后部分别延伸到码头构件上的相应的系泊线附着点上的系泊点 容器和相应的系泊线连接点在容器的长度方向上隔开距离(L1,L2)为至少5μm,优选至少10μm。
    • 8. 发明申请
    • Soft quay mooring system
    • 软码头系泊系统
    • US20080006196A1
    • 2008-01-10
    • US11667352
    • 2005-11-10
    • Leendert PoldervaartHein OomenJack Pollack
    • Leendert PoldervaartHein OomenJack Pollack
    • B63B21/00B63B59/02E02B3/26
    • E02B3/26B63B21/00B63B59/02Y02A30/36
    • The invention relates to a mooring system comprising a hydrocarbon storage and/or processing unit anchored to or resting on the sea bed at an off shore location, and a vessel moored alongside the storage and/or processing unit, the storage and/or processing unit comprising a hull and in a front part and in a rear part of the unit at least one support structure along a side of the unit, projecting outboard from the hull, a suspension member with one end attached to the support structure and with another end to a quay member suspended from the suspension member, the quay member comprising a shock-absorber contacting the vessel. The quay member comprising a mooring line attachment point, a cable extending from a mooring point on the front part of the vessel and on the rear part of the vessel respectively to a corresponding mooring line attachment point on the quay member, the mooring points on the vessel and the corresponding mooring line attachment points being spaced apart in a length direction of the vessel by a distance (L1; L2) of at least 5 m, preferably at least 10 m.
    • 本发明涉及一种系泊系统,该系泊系统包括锚泊在或靠泊在离岸位置的海床上的碳氢化合物储存和/或处理单元以及与存储和/或处理单元一起停泊的船只,所述存储和/或处理单元 包括船体,并且在所述单元的前部和所述后部中,沿着所述单元的侧面的至少一个支撑结构,从所述船体外侧突出,悬架构件,其一端附接到所述支撑结构,并且另一端 悬挂在所述悬挂构件上的码头构件,所述码头构件包括与所述容器接触的减震器。 码头构件包括系泊线附着点,从船的前部的系泊点和船的后部分别延伸到码头构件上的相应的系泊线附着点上的系泊点 容器和相应的系泊线连接点在容器的长度方向上间隔至少5米,优选至少10米的距离(L 1; L 2)。
    • 10. 发明授权
    • Hydrocarbon fluid transfer system
    • 烃流体输送系统
    • US07066219B2
    • 2006-06-27
    • US11172782
    • 2005-07-05
    • Leendert PoldervaartJack Pollack
    • Leendert PoldervaartJack Pollack
    • B65B1/04
    • B63B27/34B63B22/025B63B27/24B63B2035/448B63B2035/4486
    • The invention relates to a fluid transfer system, in particular for LNG in which an articulated vertical and horizontal mooring arm are suspended from a support on the processing vessel. Independently moveable ducts, for instance cryogenic hard piping are placed parallel to the mooring arms such that a transfer system is obtained in which is the mooring forces are insulated from the fluid transfer line with which rapid connection and disconnection is possible and which provides a large yaw resistance. In a preferred embodiment, the mooring system comprises two vertical arms connected to a triangular horizontal yoke attached to the bow of the LNG-carrier for improved yaw resistance.
    • 本发明涉及一种流体输送系统,特别是用于LNG,其中铰接的垂直和水平系泊臂从处理容器上的支撑件悬挂。 独立可移动的管道,例如低温硬管道平行于系泊臂放置,使得获得转移系统,其中系泊力与可能进行快速连接和断开的流体输送管线绝缘,并提供大偏航 抵抗性。 在优选实施例中,系泊系统包括连接到连接到LNG载体的船首的三角形水平轭的两个垂直臂,用于改善偏航阻力。