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    • 4. 发明授权
    • Well construction using small laterals
    • 施工良好,使用小型
    • US08967297B2
    • 2015-03-03
    • US12674575
    • 2007-08-23
    • Jacques OrbanClaude VercaemerSami Iskander
    • Jacques OrbanClaude VercaemerSami Iskander
    • E21B7/00E21B41/00E21B43/30
    • E21B41/0035E21B43/305
    • This invention relates to the construction of well such as oil and gas wells using techniques based on drilling small lateral wells from a main well. The problem of narrow pressure window is solved by the use of constructions techniques that are based on the use of lateral boreholes, i.e. secondary boreholes that are drilled a main borehole, wherein a method of constructing a well comprises drilling a main borehole extending from the surface through one or more underground formations, drilling a plurality of lateral boreholes extending from the main borehole into surrounding formations, wherein the lateral boreholes are substantially shorter and of smaller diameter than the main borehole; and wherein each lateral borehole is separated from its neighboring lateral boreholes by a relatively short distance. Drilling of the lateral boreholes can be for to extend 5-60 meters from the main borehole with a diameter in the range 3.8-10 cm by the lateral boreholes at an axial spacing of less than a few meters in the main borehole. Drilling of more than one lateral borehole can be done at the same depth in the main borehole with a trajectory that deviates from the main borehole by less than 10° or with trajectories that extend in a plane that does not contain the main borehole.
    • 本发明涉及使用基于从主井钻小型侧井的技术的井的构造,例如油气井。 通过使用基于使用横向钻孔的构造技术来解决窄压力窗口的问题,即使用钻井主钻孔的二次钻孔,其中构造钻井的方法包括钻出从表面延伸的主钻孔 通过一个或多个地下结构钻出从主井眼延伸到周围地层的多个横向钻孔,其中横向钻孔基本上比主钻孔更短并且直径更小; 并且其中每个侧向钻孔与其相邻的横向钻孔相隔较短的距离。 横向钻孔的钻孔可以从主钻孔延伸5-60米,直径在3.8-10厘米的范围内,横向钻孔在主钻孔中轴向间距小于几米。 可以在主钻孔的相同深度钻探多个横向钻孔,其轨迹与主钻孔偏离小于10°,或者在不包含主钻孔的平面内延伸的轨迹。
    • 5. 发明申请
    • APPARATUS AND METHODS FOR WELL-BORE WALL SURFACE FINISHING
    • 井壁表面处理的装置和方法
    • US20100314119A1
    • 2010-12-16
    • US12744344
    • 2008-11-20
    • Jacques OrbanClaude Vercaemer
    • Jacques OrbanClaude Vercaemer
    • E21B37/00E21B37/02
    • E21B37/00E21B33/13
    • An apparatus for modifying the wall surface of a borehole drilled through an underground formation. The apparatus comprises a tool body that can be introduced into the borehole using a conveyance system so as to be moveable along the borehole, and one or more members arranged so as to be able to be urged against, and moved across at least part of the borehole wall in order to work the surface thereof and modify its properties. A method of modifying the wall surface comprises positioning the tool body in the borehole at a location of interest using the conveyance system, urging the members against the borehole wall with sufficient force to modify the properties of the surface thereof, and moving the members across the surface of the borehole wall.
    • 一种用于改变穿过地下地层钻孔的井壁表面的装置。 该装置包括工具主体,该工具主体可以使用输送系统引入钻孔中,以便能够沿钻孔移动,并且一个或多个构件被布置成能够被推靠并穿过其中的至少一部分 钻孔壁,以便对其表面进行加工并修改其性能。 一种改变壁表面的方法包括使用输送系统将工具主体定位在感兴趣位置的钻孔中,以足够的力将构件推靠在钻孔壁上,以改变其表面的性质,并使构件移动穿过 井壁的表面。
    • 9. 发明申请
    • WELL CONSTRUCTION USING SMALL LATERALS
    • 良好的建筑使用小的地板
    • US20110061937A1
    • 2011-03-17
    • US12674575
    • 2007-08-23
    • Jacques OrbanClaude VercaemerSami Iskander
    • Jacques OrbanClaude VercaemerSami Iskander
    • E21B7/04
    • E21B41/0035E21B43/305
    • This invention relates to the construction of well such as oil and gas wells using techniques based on drilling small lateral wells from a main well. The problem of narrow pressure window is solved by the use of constructions techniques that are based on the use of lateral boreholes, i.e. secondary boreholes that are drilled a main borehole, wherein a method of constructing a well comprises drilling a main borehole extending from the surface through one or more underground formations, drilling a plurality of lateral boreholes extending from the main borehole into surrounding formations, wherein the lateral boreholes are substantially shorter and of smaller diameter than the main borehole; and wherein each lateral borehole is separated from its neighbouring lateral boreholes by a relatively short distance. Drilling of the lateral boreholes can be for to extend 5-60 metres from the main borehole with a diameter in the range 3.8-10 cm by the lateral boreholes at an axial spacing of less than a few metres in the main borehole. Drilling of more than one lateral borehole can be done at the same depth in the main borehole with a trajectory that deviates from the main borehole by less than 10° or with trajectories that extend in a plane that does not contain the main borehole.
    • 本发明涉及使用基于从主井钻小型侧井的技术的井的构造,例如油气井。 通过使用基于使用横向钻孔的构造技术来解决窄压力窗口的问题,即使用钻井主钻孔的二次钻孔,其中构造钻井的方法包括钻出从表面延伸的主钻孔 通过一个或多个地下结构钻出从主井眼延伸到周围地层的多个横向钻孔,其中横向钻孔基本上比主钻孔更短并且直径更小; 并且其中每个侧向钻孔与其相邻的横向钻孔相隔较短的距离。 横向钻孔的钻孔可以从主钻孔延伸5-60米,直径在3.8-10厘米的范围内,横向钻孔在主钻孔中轴向间距小于几米。 可以在主钻孔的相同深度钻探多个横向钻孔,其轨迹与主钻孔偏离小于10°,或者在不包含主钻孔的平面内延伸的轨迹。
    • 10. 发明授权
    • Borehole stabilisation
    • 井眼稳定
    • US07231975B2
    • 2007-06-19
    • US10492398
    • 2002-09-25
    • Gilbert LavaureClaude VercaemerDominique GuillotMarc Thiercelin
    • Gilbert LavaureClaude VercaemerDominique GuillotMarc Thiercelin
    • E21B33/00
    • E21B33/138E21B33/134E21B33/14
    • A method for stabilising an unconsolidated zone (18) of a borehole, by forming a region of the borehole having enlarged diameter (22) in the unconsolidated zone; positioning a fluid-filled casing (26) in the borehole the liner having a pipe (28) extending therethrough into a lower portion; pumping cement from the surface inside the pipe so as to exit the liner at the lower portion and flow upwards to fill the annulus (44) formed between the outside of the liner and the borehole in the unconsolidated zone; withdrawing the pipe (28) from the casing while pumping fluid therethrough so as to maintain the liner substantially fluid-filled and to displace cement above the liner in the adjacent region; drilling through the cement and liner in the unconsolidated zone after the cement has set.
    • 一种用于通过在所述未固结区域中形成具有增大的直径(22)的钻孔区域来稳定钻孔的未固结区域(18)的方法; 将流体填充的壳体(26)定位在钻孔中,衬套具有穿过其延伸到下部的管(28); 从管道内的表面抽出水泥,以便在下部离开衬套并向上流动以填充形成在衬套的外部和未固结区域中的钻孔之间的环(44); 从外壳抽出管道(28),同时泵送流体通过其中,以便保持衬套基本上是流体填充的,并且使相邻区域中的衬套上方的水泥置换; 在水泥固化之后,通过未固结区域的水泥和衬管进行钻孔。