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公开(公告)号：US20150122490A1
公开(公告)日：2015-05-07
申请号：US14532801
申请日：2014-11-04
Applicant: Tesco Corporation
Inventor： Doug Christian Greening , Colin Trevor Maxwell , Ryan Thomas Bowley , Brent James-William Coombe
CPC classification number: E21B21/08 , E21B19/06 , E21B19/16 , E21B21/02 , E21B21/10 , E21B21/106 , E21B47/06
Abstract: Present embodiments are directed to a control system including a controller configured to regulate a drilling fluid flow through a pipe element during installation of the pipe element into a wellbore or removal of the pipe element from the wellbore, wherein the controller is configured to regulate the drilling fluid flow based on feedback from one or more sensors of the control system.
Abstract translation: 现有实施例涉及一种控制系统，其包括控制器，该控制器构造成在将管道元件安装到井眼中或者将管道元件从井筒移除时调节穿过管道元件的钻井流体流量，其中控制器构造成调节钻井 基于来自控制系统的一个或多个传感器的反馈的流体流动。
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公开(公告)号：US20150075819A1
公开(公告)日：2015-03-19
申请号：US14487877
申请日：2014-09-16
Applicant: Athabasca Oil Corporation
Inventor： Maurice A BUJOLD , Justin David MacDONALD , Shane Daniel LOKSZYN
Abstract: An apparatus for installing two sensing instruments and cables inside of a single tubing string in a wellbore for monitoring well conditions at two different locations includes an upper sensor attached to an inner sleeve seated at a first location in a ported outer sleeve in the tubing string. The upper sensor is allowed to be in pressure communication with the exterior of the tubing string at the first location. A second lower sensor is deployed on a pump down cup (PDC) assembly to a lower depth in the outer sleeve to allow fluid pressures to be monitored at a second location in the wellbore.
Abstract translation: 用于在井筒中的单个油管柱内部安装两个感测仪器和电缆的装置，用于监测两个不同位置处的井条件，包括附接到位于管柱中的移动外套筒中的第一位置处的内套筒的上传感器。 允许上传感器在第一位置处与油管柱的外部压力连通。 第二个较低的传感器部署在泵壳（PDC）组件上，在外套筒中的较低深度处，以允许在井眼中的第二位置监测流体压力。
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53.发明申请公开(公告)号：US20150075818A1
公开(公告)日：2015-03-19
申请号：US14390483
申请日：2013-03-22
Applicant: Saltel Industries
Inventor： Samuel Roselier , Benjamin Saltel , Jean-Louis Saltel , Romain Neveu
CPC classification number: E21B33/1277 , E21B17/00 , E21B17/1078 , E21B33/10
Abstract: A pipe designed to be placed within a well for producing a fluid of interest, a pipe onto the outer face whereof is crimped a tubular metal element, wherein: the inner face of the tubular element exhibits an annular groove wherein is engaged a metal anchoring ring or a pair of anchoring rings set back-to-back; each anchoring ring consists of a ring split transversely at least partially, is provided on its inner face with projecting anchoring members, and exhibits, in cross-section, a base equipped with the projecting members and at least one flank forming an acute angle with the base; the annular groove exhibits a profile that is substantially complementary to that of the ring or of the pair of rings; the depth of the groove being less than the thickness of the ring or of the rings; such that the projecting members are at least partially embedded into the pipe after crimping of the metal element onto the pipe.
Abstract translation: 设计为放置在井内以产生感兴趣的流体的管道，其外表面上的管道被压接管状金属元件，其中：管状元件的内表面呈现环形槽，其中金属锚定环 或一对背靠背设置的固定环; 每个锚定环由至少部分地横向至少部分地形成的环形分割部分在其内表面上设置有突出的锚固构件，并且在横截面中示出了装备有突出构件的底座和与该突出构件形成锐角的至少一个侧面 基础; 所述环形槽呈现与所述环或所述一对环基本互补的轮廓; 槽的深度小于环或环的厚度; 使得突出构件在将金属元件压接到管上之后至少部分地嵌入管中。
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54.发明申请公开(公告)号：US20150068731A1
公开(公告)日：2015-03-12
申请号：US14019996
申请日：2013-09-06
Applicant: Baker Hughes Incorporated
Inventor： Christopher R. Hern , Daniel C. Ewing , Matthew J. Krueger , Jason P. Lacombe , Travis J. Ansohn , Steve M. Cortez , Michael Ramon
CPC classification number: E21B34/14 , E21B33/05 , E21B33/068 , E21B33/08
Abstract: A subterranean tool can drop multiple objects to landing locations in a tubular string. The tool can keep at least one ball out of the fluid stream until ready for release. A dart or wiper plug can be kept in the fluid stream with an open bypass until axial mandrel movement allows release of the plug or dart. The tool is rotationally locked at a lower location for run in and then can rotationally lock at an upper location upon release of the dart or ball. Axial movement that releases the dart can continue until the ball aligns with a decreasing depth groove so that relative part rotation cams the ball against a leaf spring detent and into the mandrel flow path.
Abstract translation: 地下工具可以将多个物体放置在管状柱中的着陆位置。 该工具可以将至少一个球保持在流体流中，直到准备释放。 飞镖或雨刷可以用开放的旁路保持在流体流中，直到轴向心轴移动允许释放塞子或飞镖。 工具被旋转地锁定在较低的位置以便运行，然后在释放飞镖或球时可以旋转地锁定在上部位置。 释放飞镖的轴向运动可以继续，直到球与减小深度的凹槽对准，使得相对部分旋转使球抵抗板簧棘爪并且进入心轴流动路径。
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公开(公告)号：US20150034310A1
公开(公告)日：2015-02-05
申请号：US14450049
申请日：2014-08-01
Applicant: IONIC RESEARCH TECHNOLOGIES LLC
Inventor： Joan F. Brennecke , Edward J. Maginn , Mark J. McCready , William F. Schneider , Mauricio Quiroz Guzman
CPC classification number: E21B43/164 , C09K8/594 , E21B47/1015 , Y02P90/70
Abstract: Described herein are compounds, compositions, and methods for enhancing oil recovery.
Abstract translation: 本文描述了用于增强油回收率的化合物，组合物和方法。
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Patent Agency Ranking
公开(公告)号：US20140367123A1
公开(公告)日：2014-12-18
申请号：US14363872
申请日：2012-12-21
Applicant: WELLTEC A/S
Inventor： Jørgen Hallundbæk , Tomas Sune Andersen
CPC classification number: E21B33/13 , E21B33/10 , E21B43/105
Abstract: The present invention relates to a downhole system (100) for sealing an opening (2) in a wall of a well tubular structure in a borehole (4) downhole by means of a downhole tubular assembly (1), comprising the downhole tubular assembly comprising an expandable tubular part (5) having an inner face (6) and an unexpanded expandable tubular thickness in an unexpanded state, and a helical spring (7) having a helical inner diameter, a radial helical spring thickness and a helical outer diameter in an unexpanded state, the helical spring being arranged inside the expandable tubular part and substantially concentrically with the expandable tubular part, an expansion tool (9) for expanding the tubular assembly inside the well tubular structure (3) in one direction, the expansion tool comprising an expansion part having a diameter, and the expansion tool being arranged substantially on an axis which is concentric and longitudinal with the tubular assembly, and positioned in a first position, wherein the expandable tubular part is expanded by moving the expansion tool from the first position through the expandable tubular part and the helical spring so that the helical spring extends the diameter of the expansion part and acts as a distance element when expanding the expandable tubular part to abut the well tubular structure for sealing the opening. Furthermore, the present invention relates to a downhole tubular assembly and a method of sealing an opening in a wall of a well tubular structure in a borehole downhole.
Abstract translation: 本发明涉及一种井下系统（100），其用于通过井下管状组件（1）在井下的钻孔（4）中密封井筒结构的壁中的开口（2），所述井下管道组件包括井下管状组件， 具有内表面（6）和未膨胀状态的未膨胀膨胀管状厚度的可膨胀管状部件（5）和螺旋弹簧（7），其具有螺旋形内径，径向螺旋弹簧厚度和螺旋形外径 螺旋弹簧布置在可膨胀管状部分的内部并与可膨胀的管状部分基本上同心;膨胀工具（9），用于在一个方向上将管状组件扩展到井管结构（3）内，膨胀工具包括 膨胀部件具有直径，并且膨胀工具基本上布置在与管状组件同心且纵向的轴线上，并且定位在第一位置， 通过将膨胀工具从第一位置移动穿过可膨胀管状部件和螺旋弹簧来膨胀可膨胀管状部件，使得螺旋弹簧延伸膨胀部件的直径并且当将可膨胀管状部件膨胀时作为距离元件 邻接井筒结构以密封开口。 此外，本发明涉及一种井下管状组件和一种在井下钻孔中密封井筒结构壁的开口的方法。
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公开(公告)号：US20140367102A1
公开(公告)日：2014-12-18
申请号：US14375086
申请日：2013-01-21
Applicant: Hydra Systems AS
Inventor： Arne Gunnar Larsen , Patrick Andersen , Roy Inge Jensen , Arnt Olav Dahl , Morten Myhre
IPC: E21B33/10
Abstract: A method is for establishing an annulus barrier in a subterranean well. The method comprises providing a plug in the well and along a longitudinal section thereof, wherein the plug, at least in a portion of the longitudinal section, covers substantially the entire cross-section of the well in such a manner that the plug covers both the inside, and the outside of a casing; removing a central through portion of the plug internally in the casing in such a manner that a through central opening is formed in the plug, and in such a manner that at least a cross-sectional section of the plug remains on the outside of the casing; disposing and anchoring a connection pipe in the well, and internally in the casing, in such a manner that the connection pipe extends at least along, a. length of the remaining cross-sectional section; and sealing, in a fluid-tight manner, an annulus between the casing and the connection pipe.
Abstract translation: 一种在地下井中建立环形阻挡层的方法。 该方法包括在井中并沿其纵向部分提供塞子，其中至少在纵向截面的一部分中的塞子以这样的方式覆盖井的整个横截面，使得塞子既覆盖 内部和外部; 在壳体内部将插塞的中心通过部分以这样的方式移除，即在插塞中形成贯穿中心开口，并且使得插头的至少横截面部分保持在外壳的外侧 ; 将连接管设置并锚定在井中以及在壳体的内部，使得连接管至少沿a延伸。 剩余横截面的长度; 并且以流体密封的方式密封壳体和连接管之间的环形空间。
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公开(公告)号：US20140318812A1
公开(公告)日：2014-10-30
申请号：US14361828
申请日：2012-11-30
Applicant: XTREME INNOVATIONS LIMITED
Inventor： Peter B. Moyes
IPC: E21B33/10
CPC classification number: E21B33/10 , E21B23/01 , E21B33/1208 , E21B33/128 , E21B33/129
Abstract: An apparatus for use in a fluid conduit comprises a plurality of segments arranged along a longitudinal axis, each segment comprising an extendable structure configured for extension in a lateral direction relative to the longitudinal axis, wherein the apparatus is configured for the sequential initiation of lateral extension of the extendable structures of at least two segments. At least two segments may be configured to define different maximum extended dimensions in the lateral direction and may include adjacent support surfaces which provide mutual support for one another when the at least two segments are laterally extended. The apparatus may be configured to form a seal, an anchor, a supporting structure and/or a flow restriction in a fluid conduit.
Abstract translation: 用于流体导管中的装置包括沿着纵向轴线布置的多个区段，每个区段包括可延伸的结构，该可延伸结构构造成用于在相对于纵向轴线的横向方向上延伸，其中该装置构造成用于顺序地开始横向延伸 的至少两个段的可延伸结构。 至少两个段可以被配置为在横向方向上限定不同的最大延伸尺寸，并且可以包括相邻的支撑表面，当至少两个段横向延伸时，彼此提供相互支撑。 该装置可以被配置为在流体导管中形成密封件，锚固件，支撑结构和/或流动限制。
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公开(公告)号：US08826985B2
公开(公告)日：2014-09-09
申请号：US12425983
申请日：2009-04-17
Applicant: Yang Xu , Bennett M. Richard
Inventor： Yang Xu , Bennett M. Richard
Abstract: A fracturing operation is done in open hole without annular space isolation. The annular space is spanned by telescoping members that are located behind isolation valves. A given bank of telescoping members can be uncovered and the telescoping members extended to span the annular space and engage the formation in a sealing manner. Pressurized fracturing fluid can be pumped through the telescoped passages and the portion of the desired formation fractured. In a proper formation, cementing is not needed to maintain wellbore integrity. The telescoping members can optionally have screens. Normally, the nature of the formation is such that gravel packing is also not required. A production string can be inserted into the string with the telescoping devices and the formation portions of interest can be produced through the selectively exposed telescoping members.
Abstract translation: 在没有环形空间隔离的开孔中进行压裂作业。 环形空间由位于隔离阀后面的伸缩构件跨越。 一组给定的伸缩构件可以不被覆盖，并且伸缩构件延伸以跨越环形空间并以密封方式接合地层。 加压压裂液可以泵送通过可伸缩通道，并且所需地层的部分断裂。 在适当的形成中，不需要固井来保持井身完整性。 伸缩构件可以可选地具有屏幕。 通常，地层的性质是不需要砾石填料。 生产线可以用伸缩装置插入弦中，并且可以通过选择性地暴露的伸缩构件来产生感兴趣的形成部分。
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公开(公告)号：US08490695B2
公开(公告)日：2013-07-23
申请号：US13021959
申请日：2011-02-07
Applicant: Michael S. Bahorich , Mark E. Bahorich , Benjamin L. Bahorich , Eric J. Bahorich
Inventor： Michael S. Bahorich , Mark E. Bahorich , Benjamin L. Bahorich , Eric J. Bahorich
Abstract: A method for drilling and completing multiple wellbores in a subsurface rock formation includes drilling a first wellbore along a first selected trajectory through the rock formation. The first wellbore is fracture treated and then abandoned. A second wellbore is drilled along a second selected trajectory through the rock formation. The second trajectory is laterally spaced from the first trajectory. The second wellbore is then fracture treated and abandoned. A third wellbore is drilled along a third selected trajectory through the rock formation. The third trajectory is disposed between the first and second trajectories. The third wellbore is fractured treated such that a fracture network extending therefrom hydraulically connects to fracture networks extending from the first and second wellbores.
Abstract translation: 在地下岩层中钻井和完成多个井眼的方法包括沿着通过岩层的第一选定轨迹钻探第一井筒。 第一口井被破裂处理，然后放弃。 第二个井筒沿第二个选定的轨迹钻穿岩层。 第二轨迹与第一轨迹横向间隔开。 然后将第二个井眼进行骨折处理和放弃。 沿第三个选定轨迹穿过岩层钻出第三个井眼。 第三轨迹设置在第一和第二轨迹之间。 第三井眼被破碎处理，使得从其延伸的断裂网络液压地连接到从第一和第二井筒延伸的裂缝网络。
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