Laser assisted system for controlling deep water drilling emergency situations
First Claim
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1. A laser riser and blowout preventer system for use with an offshore drilling rig, a vessel or platform to control and manage potential emergency and emergency situations, the laser riser blowout preventer system comprising:
- a. a high power laser capable of providing a high power laser beam having greater than 1 kW of power;
b. a high power beam switch in optical association with the high power laser, whereby the laser beam from the high power laser is capable of being transmitted from the high power laser to the high power beam switch;
c. a riser;
d. a blowout preventer, comprising a pressure containment cavity;
e. a first laser cutter and a second laser cutter, in optical association with the high power beam switch, whereby a first cutting high power laser beam from the high power beam switch is capable of being transmitted from the high power beam switch to the first laser cutter, and whereby a second cutting high power laser beam from the high power beam switch is capable of being transmitted from the high power beam switch to the second laser cutter;
f. wherein the first laser cutter is positioned adjacent the riser, whereby the first laser cutter is capable of directing the first cutting high power laser beam toward a component of the riser;
g. wherein the second laser cutter is positioned in the blowout preventer, whereby the second laser cutter is capable of directing the second cutting high power laser beam toward a tubular within the pressure containment cavity of the blowout preventer; and
,h. a control network in data and control communication with the high power laser, the high power beam switch and the blowout preventer, wherein the control network provides for firing of the high power laser and actuation of the blowout preventer.
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Abstract
There is provided a high power laser riser blowout preventer system and controller for operation thereof. The system utilizes high power laser cutters that are associated with the riser and the blowout preventer to provided an integrated operation to quickly weaken or cut tubulars to address potential emergency and emergency situations that can arise during deep sea drilling.
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Citations
39 Claims
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1. A laser riser and blowout preventer system for use with an offshore drilling rig, a vessel or platform to control and manage potential emergency and emergency situations, the laser riser blowout preventer system comprising:
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a. a high power laser capable of providing a high power laser beam having greater than 1 kW of power; b. a high power beam switch in optical association with the high power laser, whereby the laser beam from the high power laser is capable of being transmitted from the high power laser to the high power beam switch; c. a riser; d. a blowout preventer, comprising a pressure containment cavity; e. a first laser cutter and a second laser cutter, in optical association with the high power beam switch, whereby a first cutting high power laser beam from the high power beam switch is capable of being transmitted from the high power beam switch to the first laser cutter, and whereby a second cutting high power laser beam from the high power beam switch is capable of being transmitted from the high power beam switch to the second laser cutter; f. wherein the first laser cutter is positioned adjacent the riser, whereby the first laser cutter is capable of directing the first cutting high power laser beam toward a component of the riser; g. wherein the second laser cutter is positioned in the blowout preventer, whereby the second laser cutter is capable of directing the second cutting high power laser beam toward a tubular within the pressure containment cavity of the blowout preventer; and
,h. a control network in data and control communication with the high power laser, the high power beam switch and the blowout preventer, wherein the control network provides for firing of the high power laser and actuation of the blowout preventer. - View Dependent Claims (2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14)
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15. A laser riser and blowout preventer system to control and manage potential emergency and emergency situations, the laser riser blowout preventer system comprising:
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a. a first high power laser for generating a first high power laser beam having a power greater than 1 kW and a second high power laser for generating a second high power laser beam having a power greater than about 1 kW; b. a riser; c. a blowout preventer, comprising a pressure containment cavity; d. a first laser cutter and a second laser cutter;
the first laser cutter in optical association with the first high power laser, whereby the first high power laser beam from the first high power laser is capable of being transmitted from the first high power laser to the first laser cutter; and
the second laser cutter in optical association with the second high power laser, whereby the second high power laser beam from the second high power laser is capable of being transmitted from the second high power laser to the second laser cutter; and
,e. wherein the first laser cutter is mechanically and optically associated with the riser, whereby the first laser cutter is capable of delivering the first laser beam to cut the riser and, wherein the second laser cutter is mechanically and optically associated with the blowout preventer, whereby the second laser cutter is capable of delivering the second laser beam within the pressure containment cavity of the blowout preventer. - View Dependent Claims (16, 17, 18, 19, 20, 21)
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22. A laser riser and blowout preventer system to control and manage potential emergency and emergency situations, the laser riser blowout preventer system comprising:
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a. a high power laser to generate a high power laser beam having a power greater than about 1 kW; b. a means to direct the high power laser beam in optical and control association with the high power laser, whereby the high power laser beam from the high power laser is capable of being transmitted from the high power laser to the means to direct the high power laser beam; c. a riser comprising a first laser cutter, whereby the first laser cutter is capable of directing a first high power laser beam toward a component of the riser; d. a blowout preventer comprising a pressure containment cavity and a second laser cutter, whereby the second laser cutter is capable of directing a second high power laser beam toward a tubular within the pressure containment cavity of the blowout preventer; and
,e. the first laser cutter and the second laser cutter in optical association with the means to direct the high power laser beam, wherein the first laser cutter and the second laser cutter are capable for receiving a high power laser beam from the high power laser. - View Dependent Claims (23, 24, 25, 26, 27, 28)
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29. An offshore drilling rig, vessel or platform having a laser riser and blowout preventer system to control and manage potential emergency and emergency situations, the laser riser and blowout preventer system comprising:
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a. a high power laser in optical association with a first laser cutter and a second laser cutter, whereby a high power laser beam, having a power of greater than 1 kW, from the high power laser is capable of being transmitted from the high power laser to the first laser cutter, the second laser cutter, or both the first and second laser cutters; b. a riser comprising a plurality of riser sections, wherein the plurality of riser sections are configured for being lowered from and operably connected to the offshore drilling rig, vessel or platform to a depth at or near a seafloor; c. a blowout preventer, comprising a pressure containment cavity and configured for being operably connected to the riser and lowered from the offshore drilling rig to the seafloor; and
,d. the riser comprising the first laser cutter, for emitting the laser beam and defining a first beam path, wherein the first beam path is directed toward the riser; e. the blowout preventer comprising a second laser cutter for emitting the laser beam and defining a second beam path, wherein the second beam path is directed toward and within the pressure containment cavity of the blowout preventer; and
,f. a control system; g. wherein, when the riser and blowout preventer are deployed and operably associating the offshore drilling rig, vessel or platform and a borehole in the seafloor, and the control system is configured to control the firing of the first and second laser cutters. - View Dependent Claims (30, 31, 32, 33)
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34. A method of performing drilling, workover, intervention, completion or service on a subsea well by using a laser riser and blowout preventer system in conjunction with an offshore drilling rig, vessel or platform to control and manage potential emergency and emergency situations, the method comprising:
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a. lowering a blowout preventer, from an offshore drilling rig, vessel or platform to a seafloor using a riser comprising a plurality of riser sections; b. wherein the blowout preventer comprises;
a blowout preventer pressure containment cavity defined by the blowout preventer; and
a first laser cutter for emitting a first laser beam that defines a first beam path, wherein at least a portion of the first beam path is in the blowout preventer pressure containment cavity;c. wherein the riser comprises;
a riser cavity defined by the riser; and
a second laser cutter for emitting a second laser beam that defines a second beam path, wherein the second beam path is directed toward a component of the riser;d. operably connecting a high power laser, for providing the first laser beam having a power greater than 1 kW, the second laser beam, having a power greater than 1 kW, or both the first and second laser beams, into a control system; e. securing the blowout preventer to a borehole having a borehole cavity, whereby the borehole cavity and the riser cavity are in fluid and mechanical communication; and
,f. performing operations on the borehole by lowering structures from the offshore drilling rig down through the riser cavity, the blowout preventer cavity and into the borehole; and
,g. wherein, the control system is configured to fire the first and second laser cutters. - View Dependent Claims (35)
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36. A method of performing drilling, workover, intervention, completion or service on a subsea well by using a laser riser and blowout preventer system in conjunction with an offshore drilling rig, vessel or platform to control and manage potential emergency and emergency situations, the method comprising:
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a. positioning a blowout preventer in mechanical association and fluid communication with a borehole in a sea floor, the borehole comprising a borehole cavity; b. the blowout preventer comprising;
a blowout preventer pressure containment cavity defined by the blowout preventer; and
a first laser cutter for emitting a first laser beam that defines a first beam path, wherein at least a portion of the first beam path is in the blowout preventer pressure containment cavity;c. connecting the blowout preventer and an offshore drilling rig, vessel or platform with a riser; d. the riser comprising;
a riser cavity defined by the riser, wherein the borehole cavity, the blowout preventer pressure containment cavity and the riser cavity are in fluid communication; and
a second laser cutter for emitting a second laser beam that defines a second beam path, wherein the second beam path is directed toward a component of the riser,e. operably connecting a high power laser, for providing the first laser beam having a power greater than 5 kW, the second laser beam having a power greater than 5 kW or both the first and second laser beams, into a control system, wherein, the control system is configured to fire the first and second laser cutters; and
,f. performing operations on the borehole by moving structures through the riser cavity, the blowout preventer pressure containment cavity and the borehole cavity. - View Dependent Claims (37, 38, 39)
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Specification