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    • 3. 发明申请
    • SEMI-SUBMERSIBLE DRILLING VESSEL, E.G. FOR USE IN A HARSH ENVIRONMENT
    • WO2019160420A1
    • 2019-08-22
    • PCT/NL2019/050108
    • 2019-02-19
    • ITREC B.V.
    • WIJNING, Diederick BernardusROODENBURG, Joop
    • B63B1/10B63B35/44E21B7/128E21B19/14
    • A semi-submersible drilling vessel has a deckbox structure, one or more pontoons, and multiple support columns extending upward from the one or more pontoons and supporting thereon the deckbox structure. An annular riser joints storage caisson extends downwardly from the deckbox structure, wherein the storage caisson delimits an annular storage space configured for storage therein of an annular array of riser joints in vertical orientation thereof. A riser joints carousel device is provided in the annular storage space, which riser joints carousel device is configured to carry an annular array of riser joints in vertical orientation thereof in a mobile manner relative to the annular storage caisson so that the array of riser joints is movable along an annular path through the storage spaced between the inner and outer wall of the storage caisson. The deckbox structure is provided with a riser joint transfer passage at a riser joint transfer location above the annular path of the riser joints carried by the riser joints carousel device through the storage space. The vessel is provided with a riser joint vertical transfer device configured to lift and lower a riser joint out of and into the riser joints carousel device, passing therein vertically through the riser joint transfer passage of the deckbox structure.
    • 4. 发明申请
    • COMBINATION OF A DRILLING INSTALLATION AND A CONTROL AND SIGNAL LINES DEPLOYMENT MODULE AND METHOD OF USE
    • 钻井安装和控制和信号线部署模块的组合以及使用方法
    • WO2017105241A1
    • 2017-06-22
    • PCT/NL2016/050884
    • 2016-12-16
    • ITREC B.V.
    • WIJNING, Diederick BernardusROODENBURG, Joop
    • E21B17/02E21B19/10
    • E21B17/026E21B19/10
    • The present invention relates to a combination a drilling installation for drilling a well and a control and signal lines deployment module, wherein the drilling installation comprises a rig floor slip device which is adapted to be cleared from a well centre opening to create a clear space around the well centre opening. The combination further comprises a temporary workspace floor, which is adapted to be mounted in the clear space at a level below a rig floor surface and to provide a workspace floor for an operator standing in said clear space on said work space floor, allowing said operator to secure at a securing level said one or more control/and or signal lines externally to a second tubulars string suspended from a module slip device.
    • 本发明涉及用于钻井的钻井设备和控制和信号线部署模块的组合,其中钻井设备包括钻井平台滑动装置,该钻井平台滑动装置适于从井中清除 中心开放以在井中心周围形成清晰的空间。 该组合还包括临时工作空间地板,该临时工作空间地板适于安装在钻台底面下方的清空空间中并且为站立在所述工作空间地板上的所述清空空间中的操作员提供工作空间地板,从而允许所述操作员 以将所述一个或多个控制/和/或信号线从外部固定到从模块滑动装置悬挂下来的第二管状物绳上。
    • 6. 发明申请
    • MODULAR DRILLING RIG SYSTEM AND METHOD FOR ASSEMBLING THE SAME
    • 模块化钻机系统及其装配方法
    • WO2014178712A1
    • 2014-11-06
    • PCT/NL2014/050269
    • 2014-04-25
    • ITREC B.V.
    • ROODENBURG, JoopWIJNING, Diederick Bernardus
    • E21B7/02E21B15/00
    • E04H12/345E04H12/187E21B7/02E21B15/00E21B15/003
    • The invention relates to a modular drilling rig system comprising multiple components, which system is transfigurable between a transport mode and an operational mode, and comprises: a. a drilling rig mast which is positionable in a vertical orientation; b. a base structure adapted to be positioned on a surface near the well centre to support the drilling rig mast thereon, wherein the base structure comprises two elongated members that are connected to each other by a cross beam; c. a displacement system to displace the drilling rig with respect to the surface in a horizontal direction; wherein the displacement system is configured to displace the two elongated members of the base structure together in order to displace the drilling rig, and is configured such that the two elongated members can be displaced with respect to each other when the two elongated members are not connected to each other.
    • 本发明涉及一种包括多个部件的模块化钻机系统,该系统在传送模式和操作模式之间是可变形的,并且包括:a。 可以垂直定向的钻机桅杆; 湾 基座结构,其适于定位在靠近井中心的表面上以支撑钻机桅杆,其中基座结构包括通过横梁相互连接的两个细长构件; C。 位移系统,用于相对于所述表面在水平方向上移动所述钻机; 其中所述位移系统构造成将所述基础结构的两个细长构件一起移位在一起以便移动所述钻机,并且构造成使得当所述两个细长构件未连接时,所述两个细长构件可相对于彼此移位 对彼此。
    • 7. 发明申请
    • SUBSEA WELLBORE OPERATIONS VESSEL
    • SUBSEA WELLBORE操作船
    • WO2014168471A1
    • 2014-10-16
    • PCT/NL2014/050201
    • 2014-04-02
    • ITREC B.V.
    • ROODENBURG, JoopWIJNING, Diederick Bernardus
    • B63B35/44
    • B63B35/4413E21B15/02E21B17/01E21B19/004E21B19/143F16L1/15
    • A vessel (1) adapted to perform subsea wellbore related operations involving a riser string between the subsea wellbore and the vessel, e.g. drilling and/or wellbore intervention. The vessel (1) has a hull (2) and a riser storage (40) adapted to store therein of multiple risers in horizontal orientation. The riser storage (40) is adapted to store therein, or has stored therein, multiple pre-assembled riser stands (60), e.g. at least 25 riser stands, each riser stand being assembled from multiple riser sections (60, 61) connected end-to-end, e.g. each riser stand (62) consisting of two riser sections (60, 61), each riser section comprising a riser pipe and optionally one or more satellite pipes on the outside of and along the riser pipe, each riser section (60, 61) comprising a connector fitting arrangement at each end thereof, and each riser section (60, 61) comprising preferably one or more buoyancy members, wherein in a riser stand the connector fitting arrangement of one riser section is connected to a connector fitting arrangement of another riser section.
    • 适于进行海底井眼相关作业的船舶(1),其涉及海底井筒和船舶之间的提升管线,例如, 钻井和/或井眼干预。 容器(1)具有船体(2)和适于在水平方向上存储多个立管的立管储存器(40)。 提升管存储器(40)适于在其中存储或存储有多个预组装的提升架(60),例如, 至少25个立管架,每个立管架由多个连接端连接的立管段(60,61)组装。 每个立管支架(62)由两个立管段(60,61)组成,每个立管段包括提升管和任选的一个或多个在提升管外侧和沿着提升管的卫星管,每个立管段(60,61)包括 每个提升器部分(60,61)优选地包括一个或多个浮力构件,其中在立管架中,一个提升管段的连接器配合装置连接到另一个提升管段的连接器配件装置 。