子分类：
| 序号 | 专利名 | 申请号 | 申请日 | 公开（公告）号 | 公开（公告）日 | 发明人 |
|---|---|---|---|---|---|---|
| 101 | WELL TOOL MODULES FOR RADIAL DRILLING AND ANCHORING | EP15833516 | 2015-08-19 | EP3183418A4 | 2018-07-25 | SANDKLEIVA ARE |
| A drilling module is for radial drilling in a well and an anchoring module is for use in a well tool. The drilling module has a piston for receiving a drill for the radial drilling, and for displacing the drill in a radial direction towards a wall of the well and a cylinder for receiving and guiding the piston. Both the piston and the cylinder are guide-free and of a non-circular shape, at least in a portion, to prevent relative rotation between them. The anchoring module has an extent in the axial direction of the well. The anchoring module includes a displacement device arranged to push against a portion of the wall of the well to press the anchoring module against an opposite portion of the wall of the well. The displacement device is oblong in the axial direction of the anchoring module. | ||||||
| 102 | PROPPANT AND PROPPANT DELIVERY SYSTEM | EP15856874 | 2015-11-04 | EP3215585A4 | 2018-05-09 | RODRIGUEZ ALEJANDRO |
| A method of increasing hydrocarbon production, the method including fracturing downhole formation and disposing an expandable proppant into the downhole formation. The method further includes expanding the expandable proppant into contact with the downhole formation and holding open the downhole formation with the expandable proppant. A proppant having an expandable outer shell layer, wherein the expandable outer shell layer is configured to expand outwardly to a size at least 10 percent greater in an open position than in a closed position. A proppant delivery system having a tool body, an expandable injector disposed on the side of the tool body, and an expandable proppant disposed within the tool body. | ||||||
| 103 | REDRESSING METHOD AND REDRESSED COMPLETION SYSTEM | EP16728984.2 | 2016-06-15 | EP3310991A1 | 2018-04-25 | HAZEL, Paul |
| A redressing method for arranging an inner production casing within an existing production casing in order to re-establish production of hydrocarbon-containing fluid in a well, comprises providing the inner production casing to having a substantially constant inner diameter, the inner production casing comprising spaced first and second annular barriers. Each annular barrier has a tubular metal part and an expandable metal sleeve surrounding the tubular metal part. Each barrier has an inner face facing the tubular metal part and an outer face facing an inner wall of the existing production casing. The inner production casing has an outer unexpanded diameter which is smaller than the first inner diameter of the existing production casing. The existing production casing is redressed by introducing the inner production casing into the existing production casing, arranging the first annular barrier on one side of the first inflow section and the second annular barrier on the other side of the inflow section, thereby isolating an inflow of fluid from the first inflow section, encapsulating the first inflow section of the existing production casing by expanding the expandable metal sleeves of the first annular barrier and the second annular barrier, thereby isolating the first inflow section. | ||||||
| 104 | HYDROCARBON FILLED FRACTURE FORMATION TESTING BEFORE SHALE FRACTURING | EP16736550.1 | 2016-06-02 | EP3303771A1 | 2018-04-11 | SANTARELLI, Frederic Joseph |
| A method of increasing hydrocarbon production by hydraulic fracturing in shale formations by using an a-seismic process of cyclic injection of cooled aqueous fluid at a low rate with shut-in periods to induce tensile failure in the formation and create a fracture network of high and very high conductivity fractures with sufficient lateral extension in a completed well. A final single cycle of aqueous fluid and proppant is used in which the volume of proppant has been determined from measurements of the downhole pressure. Further fracture parameters being: volume of the very high conductivity fractures, lateral extension of the very high conductivity fractures, surface of the very high conductivity fractures and estimation of the global fracture network shape are determined and analysed after each injection cycle. | ||||||
| 105 | PERFORATING GUN WITH A CHARGE HOLDING TUBE | EP16716401.1 | 2016-04-01 | EP3277920A1 | 2018-02-07 | LAGRANGE, Timothy, E.; URSI, Jeremy; WOOD, Jeffrey, D.; STONE, Morris |
| In aspects, the present disclosure provides a perforating gun that includes a carrier tube, and a charge tube assembly. The carrier tube includes a bore and a groove formed along an inner surface. The charge tube assembly is disposed in the bore of the carrier tube and includes a charge tube, an alignment end plate, an insertion end plate, a retention member, shaped charges, and a detonating cord. The charge tube has a plurality of shaped charge openings, a plurality of post openings, a first end, and a second end. The alignment end plate is connected to the first end of the charge tube. The insertion end plate is connected to the second end of the charge tube. The shaped charges are disposed in each of the shaped charge openings. Each shaped charge has a post projecting out of one post opening. The detonating cord is connected to each of the projecting posts. | ||||||
| 106 | METHOD FOR ESTABLISHMENT OF A NEW WELL PATH FROM AN EXISTING WELL | EP13749834.1 | 2013-02-13 | EP2815054B1 | 2017-07-12 | LARSEN, Arne, Gunnar; ANDERSEN, Patrick; JENSEN, Roy, Inge; DAHL, Arnt, Olav; MYHRE, Morten |
| 107 | WELL TOOL MODULES FOR RADIAL DRILLING AND ANCHORING | EP15833516.6 | 2015-08-19 | EP3183418A1 | 2017-06-28 | SANDKLEIVA, Are |
| A drilling module is for radial drilling in a well and an anchoring module is for use in a well tool. The drilling module has a piston for receiving a drill for the radial drilling, and for displacing the drill in a radial direction towards a wall of the well and a cylinder for receiving and guiding the piston. Both the piston and the cylinder are guide-free and of a non-circular shape, at least in a portion, to prevent relative rotation between them. The anchoring module has an extent in the axial direction of the well. The anchoring module includes a displacement device arranged to push against a portion of the wall of the well to press the anchoring module against an opposite portion of the wall of the well. The displacement device is oblong in the axial direction of the anchoring module. | ||||||
| 108 | METHOD FOR ISOLATION OF A PERMEABLE ZONE IN A SUBTERRANEAN WELL | EP14842220 | 2014-08-26 | EP3042035A4 | 2017-06-21 | LARSEN ARNE GUNNAR; JENSEN ROY INGE; ANDERSEN PATRICK; ENGELSGJERD ERLEND; IUELL MARKUS; DAHL ARNT OLAV; ØSTVOLD ARNOLD; MYHRE MORTEN |
| A method is for isolation of a permeable zone in a subterranean well, wherein the well is provided with a pipe body. The method comprises lowering a perforation tool into the pipe body; forming holes in the pipe body along a longitudinal section; pumping a flushing fluid out through outlets in a flushing tool, into the pipe body and further out into an annulus; pumping a fluidized plugging material out through the flushing tool, into the pipe body and further out into the annulus; placing the fluidized plugging material along the longitudinal section so as to form a plug across the cross section of the well, whereby the plug fills the pipe body and the annulus; wherein at least one outlet in the flushing tool is angled non-perpendicularly relative to a longitudinal axis of the flushing tool, whereby a corresponding discharge jet also will be non-perpendicular to the longitudinal axis. | ||||||
| 109 | PUNCHER TOOL | EP13779912.8 | 2013-08-16 | EP2885493B1 | 2017-01-11 | GEIR, Melhus |
| 110 | HIGH POWER LASERS, WAVELENGTH CONVERSIONS, AND MATCHING WAVELENGTHS USE ENVIRONMENTS | EP13860660 | 2013-12-07 | EP2929602A4 | 2016-12-21 | ZEDIKER MARK S; FAIRCLOTH BRIAN O; RINZLER CHARLES C |
| High power lasers and high power laser systems that provide high power laser beams having preselected wavelengths and characteristics to optimize or enhance laser beam performance in predetermined environments, conditions and use requirements. In particular, lasers, methods and systems that relate to, among other things, Raman lasers, up conversion lasers, wavelength conversion laser systems, and multi-laser systems that are configured to match and create specific and predetermined wavelengths at specific points along an optical path having varying requirements along that path. | ||||||
| 111 | A METHOD FOR COMBINED CLEANING AND PLUGGING IN A WELL AND A FLUSHING TOOL FOR FLUSHING IN A WELL | EP13757792.0 | 2013-03-06 | EP2823142B1 | 2016-12-07 | LARSEN, Arne Gunnar; ANDERSEN, Patrick; JENSEN, Roy, Inge; DAHL, Arnt, Olav; MYHRE, Morten |
| 112 | DOWNHOLE TOOLS | EP12700435.6 | 2012-01-12 | EP2616625B1 | 2016-11-16 | Lee, Paul Bernard |
| A packer apparatus 102 is disclosed and comprises a body 106 arranged to be disposed in a well casing. An activation member 104 is mounted to body 106 wherein the activation member is moveable relative to the body to deform an elastomeric packer element 108 outwardly relative to the body to form an annular seal in a well casing in use. A plurality of pistons 110 are arranged to move activation member 104 relative to the body. Each piston defines a respective pressure chamber 112 arranged to be filled with fluid in response to an increase in fluid pressure in the body 106 to move each of the plurality of pistons 110 relative to the body 106 and cause the activation member 104 to move relative to the body. | ||||||
| 113 | PLASMA SOURCE FOR GENERATING NONLINEAR, WIDE-BAND, PERIODIC, DIRECTED, ELASTIC OSCILLATIONS AND A SYSTEM AND METHOD FOR STIMULATING WELLS, DEPOSITS AND BOREHOLES USING THE PLASMA SOURCE | EP13822820 | 2013-07-26 | EP2878178A4 | 2016-07-20 | AGEEV P G; MOLCHANOV A A |
| A plasma source for generating nonlinear, wide-band, periodic, directed, elastic oscillations in a fluid medium. The plasma source includes a plasma emitter having two electrodes defining a gap, a delivery device for introducing a metal conductor into the gap, and a high voltage transformer for powering the plasma emitter. A system and method for stimulating wells, deposits, and boreholes through controlled periodic oscillations generated using the plasma source. The system includes the plasma source, a ground control unit, and a support cable. In the method, the plasma source is submerged in the fluid medium of a well, deposit, or borehole and is used to create a metallic plasma in the gap. The metallic plasma emits a pressure pulse and shockwaves, which are directed into the fluid medium. Nonlinear, wide-band, periodic and elastic oscillations are generated in the fluid medium, including resonant oscillations by passage of the shockwaves. | ||||||
| 114 | APPARATUS AND METHOD FOR STIMULATING SUBTERRANEAN FORMATIONS | EP10791102 | 2010-06-22 | EP2446112A4 | 2016-06-22 | SHERMAN SCOTT; PUGH ROBERT; MAJKO SEAN; SCHERSCHEL STEVE |
| A pressure equalization valve for a treatment tool (51) movable in a completion string (12). The valve comprises a cylindrical valve body having an axial bore (110) in fluid communication with the treatment tool (51). A cylindrical shuttle (112) is provided axially and sealably movable in the axial bore (110). The shuttle (112) is operable between a closed position and an open position. When a flow rate of the fluid flowing from the treatment tool (51) exceeds a preset rate to overcome the spring (114) biasing, the shuttle (112) shifts to the closed position. When the flow rate from the treatment tool (51) drops below the preset rate, the shuttle (112) is biased to the open position. | ||||||
| 115 | DOWNHOLE TOOLS | EP15193231.6 | 2012-01-12 | EP3002408A1 | 2016-04-06 | Lee, Paul Bernard |
A packer apparatus 102 is disclosed and comprises a body 106 arranged to be disposed in a well casing. An activation member 104 is mounted to body 106 wherein the activation member is moveable relative to the body to deform an elastomeric packer element 108 outwardly relative to the body to form an annular seal in a well casing in use. A plurality of pistons 110 are arranged to move activation member 104 relative to the body. Each piston defines a respective pressure chamber 112 arranged to be filled with fluid in response to an increase in fluid pressure in the body 106 to move each of the plurality of pistons 110 relative to the body 106 and cause the activation member 104 to move relative to the body.
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| 116 | METHOD FOR ESTABLISHMENT OF A NEW WELL PATH FROM AN EXISTING WELL | EP13749834 | 2013-02-13 | EP2815054A4 | 2015-08-12 | LARSEN ARNE GUNNAR; ANDERSEN PATRICK; JENSEN ROY INGE; DAHL ARNT OLAV; MYHRE MORTEN |
| 117 | A METHOD FOR COMBINED CLEANING AND PLUGGING IN A WELL AND A FLUSHING TOOL FOR FLUSHING IN A WELL | EP13757792 | 2013-03-06 | EP2823142A4 | 2015-07-15 | LARSEN ARNE GUNNAR; ANDERSEN PATRICK; JENSEN ROY INGE; DAHL ARNT OLAV; MYHRE MORTEN |
| 118 | PUNCHER TOOL | EP13779912.8 | 2013-08-16 | EP2885493A2 | 2015-06-24 | GEIR, Melhus |
| The present Invention relates to a device and a method for perforating downhole casings. The method comprises the steps of arranging a device (1) comprising a pipe section (3) on a drill string, running the device (1) into a bore hole to a desired location in the well, dropping a ball (7) down through the drill string down to the device (1), where the ball (7) rests in a ball seat (5), thus blocking fluid communication between the inside and the outside of the device (1), whereby the pressure on the Inside of the d rill string and the device (1) is pumped up to a first pressure level and a first sequence of pressure rises and pressure reliefs is carried through within a first pressure level Interval, whereby a firing system (4), arranged to react to said first sequence of pressure rises and pressure reliefs, triggers a charge or group of charges (2), whereby the charge or group of charges (2) punches one or more holes through a surrounding casing wall, driving the pressure on the inside of the drill string further up to a second level causing a rupture disc (8), arranged in an opening (10) in the pipe wall to the pipe section (3) somewhere above the ball seat (5), to burst and establishing a fluid communication between the inside and outside of the drill string through the opening in the pipe wall of the pipe section (3), and to start a circulation In the well by pumping a fluid down through the drill string and out through the opening which is created when the rupture disc (8) bursts. | ||||||
| 119 | SYSTEMS AND METHODS FOR SECONDARY SEALING OF A PERFORATION WITHIN A WELLBORE CASING | EP13799927.2 | 2013-04-15 | EP2859178A1 | 2015-04-15 | TOLMAN, Randy, C.; ANGELES-BOZA, Renzo, M.; NYGAARD, Kris, J.; MAYER, Christian, S.; ENTCHEV, Pavlin, B. |
| Systems and methods for secondary sealing of a perforation present within a wellbore casing associated with a primary sealing agent. The wellbore casing defines a casing conduit present within a wellbore that extends between a surface region and a subterranean formation. The systems and methods include a sealing apparatus that retains a charge of sealing material with a secondary sealing agent and is conveyed within the casing conduit to within a threshold distance of the perforation. The systems and methods further include selectively releasing the charge of sealing material from the sealing apparatus, such as by a release mechanism, to deliver the charge of sealing material to the perforation, to supplement the primary sealing agent (and/or a seal formed thereby), and/or to decrease a flow rate of a fluid from the casing conduit through the perforation. | ||||||
| 120 | METHOD FOR ZONE ISOLATION IN A SUBTERRANEAN WELL | EP13757768.0 | 2013-03-06 | EP2823140A1 | 2015-01-14 | LARSEN, Arne Gunnar; ANDERSEN, Patrick; JENSEN, Roy Inge; DAHL, Arnt Olav; MYHRE, Morten |
| A method for zone isolation in a subterranean well (1) is described, the well (1) being provided with a pipe body (211) at least in a portion, characterized by the method including: (A) providing a plug (25) over a longitudinal section (L1) of the well (1), the plug (25) covering substantially the entire cross section (T1) of the well (1) at least in a portion of the longitudinal section (L1), so that the plug (1) fills the inside of a pipe body (211) and an annulus (5) between the outside of the pipe body (211) and a surrounding well body (7). | ||||||
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