Abstract: A fracturing manifold system includes a first manifold assembly in a side-by-side arrangement with a second manifold assembly. The first manifold assembly includes a plurality of first junctions, each having multiple inlet ports facing a first side of the fracturing manifold system. The second manifold assembly includes a plurality of second junction, each having multiple inlet ports facing a second side of the fracturing manifold assembly. Inlet ports on a single junction may be angled relative to each. The inlet ports may also be angled relative to a manifold flow path.

Abstract: The present invention relates to devices and methods for transporting a Blow Out Preventer (BOP). A device for transporting and installing a BOP stack for a land-based drilling rig, comprises a skid for transporting a BOP stack in a substantially horizontal position. The device comprises a moveable support configured to be fixed removably to one end of the BOP stack and to translate longitudinally on the skid, where a section of the skid is extendable longitudinally outwards from an end of the skid, into an extended configuration in which the section can placed adjacent to or on a place of installation of the BOP stack, and is configured to be part of the skid on which the moveable support is configured to translate, so that the moveable support may translate longitudinally onto the section of the skid, in its extended configuration, to be above the place of installation.

Abstract: A fracturing manifold system including a first plurality of junctions mounted on a support structure and fluidly connected via conduit, individual ones of the first plurality of junctions configured to receive fracturing fluid from at least one fracturing pump and the first plurality of junctions including a first terminal junction. The fracturing manifold system further includes a fracturing head fluidly connected to the first plurality of junctions. The fracturing manifold system is configurable between a first configuration in which the fracturing head is mounted at a location proximate an end of the support structure and a second configuration in which an additional junction is mounted on the first support structure at the location, the additional junction is fluidly connected to the first plurality of junctions, a second plurality of junctions is fluidly connected to the additional junction, and the fracturing head is fluidly connected to the second plurality of junctions.

Abstract: A mounting system for zipper manifold that includes rails. Embodiments may include mixing block and injection head modules that are configured to move on a trailer.

Abstract: A foundationless pole apparatus including an elongated pole shaft, a wheeled rolling weight box, a pole base connected to the pole shaft and securement structure securing the rolling weight box with the front wheels of the rolling weight box on the base to the pole base and the pole shaft.

Abstract: In coiled tubing operations, a mast system is provided which allows for performing coiled tubing operations for multiple wells without repositioning the mast or reel of coiled tubing. The system has a telescoping mast, which is rotationally mounted on a transportable base. The mast is also pivotally attached to the base such that it can be tilted with respected to the base. Further, the mast includes a crown having a receptor configured to receive a coiled tubing injector, wherein the receptor can be rotated and tilted with respect to the mast.

Abstract: Offshore and onshore oil well blowouts can bring serious environmental damages which can cause serious economic loses. Oil wells under blowout conditions can be gushing fluids for months before the well is capped and plugged. Placing a capping device on the top of the well head can be challenged. In this paper it is presented a detachable capping device and a method that will help to control the well, or to plug it. The gushing fluids will be redirect through pipe to a surface vessel where they will be collected.

Abstract: A self contained, trailer mounted condensation collection system for an oil and gas well. The system has a condenser for cooling and condensing those oil well gases that can be condensed and a separator for separating the condensed portion from the non-condensable portion of the gas stream so that the condensed gases can be recovered as liquid hydrocarbons. The system is powered by the gas pressure from the well and operates without any outside utilities so that it can be used at new well sites where infrastructure has not been built to support the well.

Abstract: A floating, offshore drilling and/or production platform is equipped with a rail-mounted transport system that can be positioned at a plurality of selected positions over the well bay of the vessel. The transport system can move a drilling riser with a drilling riser tensioner system and a blowout preventer from one drilling location to another without removing them from the well bay of the vessel. Using the transport system, the drilling riser is lifted just clear of a first well head and positioned over an adjacent, second well head using guidelines. The transport system may then move the upper end of the drilling riser (together with its attached tensioner and BOP) to a second drilling location. A dummy wellhead may be provided on the seafloor in order to secure the lower end of the drilling riser without removing it from the sea while production risers are being installed.

Abstract: A floating, offshore drilling and/or production platform is equipped with a rail-mounted transport system that can be positioned at a plurality of selected positions over the well bay of the vessel. The transport system can move a drilling riser with a drilling riser tensioner system and a blowout preventer from one drilling location to another without removing them from the well bay of the vessel. Using the transport system, the drilling riser is lifted just clear of a first well head and positioned over an adjacent, second well head using guidelines. The transport system may then move the upper end of the drilling riser (together with its attached tensioner and BOP) to a second drilling location. A dummy wellhead may be provided on the seafloor in order to secure the lower end of the drilling riser without removing it from the sea while production risers are being installed.

Abstract: Subsea well template comprising a plurality of well slots arranged adjacent to a manifold reception space, said template comprising a plurality of template hatches for protection of well components, including a Xmas tree. Said hatches comprise at least a top protection cover and a side protection panel. The hatches are arranged to pivot between a closed and open position, about a pivot axis arranged at a lower end of the hatch. When in an open position, the well template exhibits absence of a framework extending up towards the top of the template.

Abstract: A split emergency containment dome for use in conjunction with an oil or gas well. The split emergency containment dome includes an upper containment portion and a closure mechanism. The upper containment portion has an enclosure defined therein that is adapted to receive equipment used in conjunction with the well and to retain therein oil or gas that escapes from the well. The upper containment portion includes a wall having an opening formed therein. The opening extends from a lower end to an upper end of the upper containment portion. The closure mechanism is capable of selectively closing at least a portion of the opening.

Abstract: Described herein is a modular, adjustable system for distributing fluids to one or more wellbores. The system is readily configured and assembled at a well site, and allows for one portion of the system to be isolated for service or repair while the remainder of the system continues to operate. The system includes a plurality of pump skids having both a distribution junction in fluid communication with inlets to of plurality of pump trucks and an exit junction in fluid communication with outlets of the plurality of pump trucks.

Abstract: A BOP stack encapsulation system has dual partially hemispherical dome sections which are each supported and guided for linear movement to open and closed positions relative to base plate. The dual containment domes are moved from open positions to closed and hermetically sealed positions about a BOP stack responsive to sensing BOP leakage or a dangerous pressure condition and are controllable from a remote location. When both containment domes are closed they develop concentrically arranged dual hermetically sealed spaces that enclose the BOP stack and capture any leaked fluid and pressure. Captured well fluid constituents can be bled from the internal spaces of the concentric encapsulation domes as desired.

Abstract: A subsea well containment and intervention apparatus. The invention provides a rigid frame that includes a set of pilings for securely affixing the apparatus to the seafloor. Buoyancy modules included in the frame make the weight of the invention more manageable when in the water. Lifting eyes are provided on the frame for installation and removal. A series of tools are attached to the frame to eliminate the need for frequent trips to the surface to replace and replenish.

Abstract: Described herein is a modular, adjustable system for distributing fluids to one or more wellbores. The system is readily configured and assembled at a well site, and allows for one portion of the system to be isolated for service or repair while the remainder of the system continues to operate. The system includes a plurality of pump skids having both a distribution junction in fluid communication with inlets to of plurality of pump trucks and an exit junction in fluid communication with outlets of the plurality of pump trucks.

Abstract: A blowout containment system is permanently positioned on the wellhead. The blowout containment system is relatively inexpensive, is always available and in place, it does not interfere with normal drilling operations, will capture all of the oil and gas emitted by the blowout, does not require special or unique sea surface or underwater apparatus or vessels, does not have any operational requirements that are different than those which drilling crews normally use and are already familiar, and is activated the using actions are similar to those used by drilling crews for well drilling and completion.

Abstract: A method of, and system for, collecting and controlling hydrocarbons leaking from offshore sea bottom environments entail providing a concrete containment barrier and catenary gasket around the leak source, pumping concrete onto the catenary gasket, opening ports and valves in a containment vessel while it is positioned over the leak source, at least partially embedding the containment vessel in the pumped concrete, closing the ports and valves to capture leaking fluids, and communicating the fluids to the surface for further processing. The modular containment barrier may be placed around an existing or potential well site, or an operating well, abandoned well or sea bottom fissure to facilitate implementation of the method in the event of a leak.

Abstract: The disclosure provides an adjustable modular skid system with a plurality of skid modules having a frame to support oil field fluid components, such as manifolds, mixing blocks, collection blocks, fracturing pumps, piping and connections, and other devices used to transport water, sand slurries, gas, oil, or other fluids in oil field applications. The modules can be arranged in multiple configuration to fit a particular well site. The modules can include supply modules, transition modules, and distribution modules. The skid modules can be coupled together through piping and relevant connections at the well site. If appropriate, the skid modules can be supported on pilings or other foundational supports. The system can be assembled remotely, started and tested, partially disassembled into the skid modules, and then installed at the well site with minimal additional effort by generally providing lines and connections between the modules.

Abstract: An apparatus and method for containing oil from a deep water (greater than 1,000 meters) oil well is disclosed herein. The apparatus has an anchor section, a plurality of riser sections, an upper section and a flow tube. A pressure within the apparatus is equal to a pressure outside of the apparatus to prevent collapse of the apparatus, and to prevent crystallization. Oil is suctioned from the interior of the apparatus through the flow tube to a surface of the ocean.

Abstract: An apparatus and method for containing oil from a deep water (greater than 1,000 meters) oil well is disclosed herein. The apparatus has an anchor section, a plurality of riser sections, an upper section and a flow tube. A pressure within the apparatus is equal to a pressure outside of the apparatus to prevent collapse of the apparatus, and to prevent crystallization. Oil is suctioned from the interior of the apparatus through the flow tube to a surface of the ocean.

Abstract: A method and apparatus for cutting off a well which includes hydraulic rams, a sharp blade and a supporting structure that surrounds the well and holds it in place while the hydraulic rams and sharp beveled blade shears the well and cuts it off. The entire apparatus is operated with an hydraulic system and can be lifted over any well with a crane.

Abstract: The present invention provides a more stable vertical lift structure that raises pre-assembled equipment with increased flexibility in the positioning in relation to the well head location. The invention includes pre-assembled drilling and well-head equipment, such as a blow-out preventer, a lubricator and a stripper, supported by a vertical support structure, all of which is transported to the drilling site on a trailer assembly. The pivot point for the pre-assembled equipment is placed on a rail transport mounted on the trailer assembly, and the pivot point is laterally pushed to a locking point on the rail assembly before the pre-assembled equipment is vertically raised to its vertical alignment near the well head. After being raised to its vertical alignment position, the pre-assembled equipment can be placed over the well head at the drilling site, which reduces the time needed for assembly of the equipment.

Abstract: Apparatus and methods for expandable storage and metering are disclosed. In some embodiments, the expandable storage and metering device comprises a body with a storage cavity therein, a chassis upon which the body is mounted, and at least one port in communication with the storage cavity, wherein the body is expandable and collapsible to change the internal volume of the storage cavity. Some method embodiments for operating the expandable storage and metering device comprise expanding the device and collapsing the device, wherein said expanding and said collapsing comprises utilizing actuators to raise/lower or extend/retract the walls of the device. In other method embodiments for operating the device, said expanding comprises removing the roof of the device and positioning at least one stackable module on top of the device and said collapsing comprises removing the at least one stackable module and replacing the roof.

Abstract: Methods and apparatus for handling blowout preventer stacks. In one embodiment the handling system includes a cart, or skid, providing a base platform, a tilting frame, and a lifting frame. The stack is attached to the lifting frame, which is slidingly supported by the tilting frame, which pivots relative to the cart. The cart provides for positional adjustment of the stack in a first horizontal direction, while positional adjustment in a second, perpendicular horizontal direction is provided by a lateral adjustment mechanism coupling the tilting frame and the cart. The lifting frame can be moved vertically relative to the cart and also provides for rotational adjustment of the stack about its central axis.

Abstract: A blowout preventer transportation and installation system. The system includes a transportation skid assembly having a transport carriage to raise the blowout preventer between a horizontal transport position and a vertical position. The transport carriage on the skid assembly moves the blowout preventer with respect to the skid assembly. A boomer assembly having a crane mounted on a carriage frame on a boomer assembly frame raises and lowers the blowout preventer. The carriage frame moves with respect to the boomer assembly frame to move the blowout preventer over a wellhead. A control line support assembly supports hose lines extending between the blowout preventer and a hydraulic power unit.

Abstract: An apparatus for handling safety valves used for shutting off high pressure upward flow through drill pipe or tubing. The apparatus includes an adjustable clamp assembly for holding the safety valve; a three-stage double-acting hydraulic extension system to provide horizontal (and optionally, rotational) movement of the safety valve; a telescoping, mechanically-extending stanchion with a stabilizing plate attached to the hydraulic extension system; a stable track assembly for vertical movement of the apparatus; and a positioning arm with a yoke for placement against the drill pipe or tubing, providing a distance measurement used to vertically align the safety valve with the drill pipe or tubing.

Abstract: The invention relates to metal protectors for threaded extremities of pipe joints for the drilling of oil, gas and geothermal wells. The protectors are intended to protect the threads and seals of the assembly joint against shocks during transportation and handling in the wells and also eliminate the need to use a cardboard washer, which is only used to deliver the product, exposing the seal to shocks during handling in the wells after deterioration of the cardboard washer, considering that cardboard does not provide the same protection against impacts and shocks as steel.

Abstract: A remotely installed pressure containing closure having a slight negative buoyancy, and a method for assembly of a slight negative buoyancy remotely installed pressure containing closure, such as a tree cap, on a subsea assembly, having at least one fluid bore, and more preferably a production bore and an annulus bore, wherein the remotely installed pressure containing closure comprises: a guidance ring having a plurality of chambers; optionally, a plurality of orientation pins affixed to the guidance ring for aligning the guidance ring to a funnel; buoyant material disposed in the chambers of the guidance ring to assist in creating a slight negative buoyancy for the remotely installed pressure containing closure; a cylinder connected to the remotely installed pressure containing closure for engaging sealing means on a subsea assembly for sealing at least one seal of at least one fluid bore of said subsea assembly; a debris cover connected to said cylinder to house equipment and cover the fluid bore; a mandre

Abstract: An apparatus for handling safety valves used for shutting off high pressure upward flow through drill pipe or tubing. The apparatus includes an adjustable clamp assembly for holding the safety valve; a three-stage double-acting hydraulic extension system to provide horizontal (and optionally, rotational) movement of the safety valve; a stable track assembly for vertical movement of the apparatus; and a positioning arm with a yoke for placement against the drill pipe or tubing, providing a distance measurement used to vertically align the safety valve with the drill pipe or tubing.

Abstract: An improved vent hood for abandoned oil and gas wells which is made of concrete and reinforced with linear and coiled rebar to withstand substantial overburden. The invention can be fabricated in either a two-section conical or cylindrical embodiment. Either of the two-section embodiments allow the base member to be positioned around the abandoned well casing and thereafter filled with gravel. A concrete lid having an aperture is thereafter placed upon the base section with a gas sealant disposed between the mating surfaces of lid and base sections. A vent pipe is thereafter inserted into the aperture to permit gas collected within the vent hood to flow to surface.