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Six Shooter Systems - Oceaneering

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BOP Intervention Solutions<br />

High Flow Intervention Panels<br />

<strong>Oceaneering</strong> leads the industry in the development<br />

of high flow components for subsea Blowout<br />

Preventer (BOP) intervention. The design of the<br />

intervention panel is critical for reducing pressure<br />

drop and increasing flow capability. <strong>Oceaneering</strong><br />

BOP Intervention Panels are designed for ROVfriendly<br />

operation by the world leader in subsea ROV<br />

technology. They feature 17H High Flow manifolds<br />

and 1-inch Paddle<br />

Valves. The panels are<br />

available with welded<br />

ROV handles. They<br />

are constructed of 316<br />

Stainless Steel and<br />

can be fitted with ROV<br />

operable ball valves,<br />

pressure gauges,<br />

pressure regulators<br />

or other components<br />

to meet customer<br />

specification.<br />

07/12<br />

High Flow Panels Specifications<br />

Rated Operating Pressure: 0 - 15,000 psi<br />

Meets or Exceeds API 17H<br />

Construction: 316 Stainless Steel<br />

Features<br />

• Customized Layout & Packaging<br />

• High Flow Paddle Valves<br />

• High Flow Manifolds<br />

• High Flow, Pressure-Rated Tubing<br />

• Pressure Tested with Chart Recorder<br />

www.oceaneering.com


BOP Intervention Skids & Topside Test Units<br />

The <strong>Oceaneering</strong> Gen II BOP<br />

Intervention Skid provides a<br />

dedicated fluid supply for BOP<br />

function testing. The Gen II<br />

Skid comprises a compact<br />

modular design, to maintain ROV<br />

maneuverability. It is adaptable to<br />

any work-class ROV and uses a<br />

bladder style fluid storage tank and<br />

a 50 HP duplex pump for function<br />

testing and accumulator charging.<br />

A subsea intelligent display, in-line<br />

pressure gauges, flow meters<br />

and other instrumentation allow<br />

constant monitoring of output<br />

pressure and flow. The lightweight<br />

frame and compact footprint<br />

enable adding ROV tooling without<br />

removing the skid.<br />

Semi-annual factory recertification<br />

keeps the skid in operable<br />

and ready-to-use condition.<br />

The modular design facilitates<br />

preventive maintenance and<br />

repairs. Custom engineered<br />

cage-mounted systems are also<br />

available.<br />

2<br />

Intervention Skids<br />

Specifications<br />

Capacity Range: 64 - 135 gal<br />

Input Flow Range: 0 – 30 gpm<br />

Input Pressure Range: 0 – 3,000 psi<br />

Output Flow Range: 0 – 10 gpm<br />

Output Pressure Range: 0 – 5,000 psi<br />

Weight in Air: 1,600 lb<br />

Weight in Water: 100 lb<br />

Features<br />

• Modular Design for Quick Maintenance<br />

• Fully Instrumented for Performance<br />

Monitoring<br />

• Compact, Lightweight Design<br />

• Periodic OEM Recertification Availability<br />

Skids are offered with a companion Topside Test<br />

Unit to provide identical control and<br />

performance to that of the ROV skid,<br />

but for topside testing. The Topside<br />

Test Unit is powered by an available<br />

Hydraulic Power Unit and is<br />

equipped with adjustable inlet<br />

flow and pressure<br />

control valves,<br />

plus an outlet<br />

pressure relief valve.


Auxiliary Accumulator System<br />

The <strong>Oceaneering</strong> Auxiliary High Pressure Accumulator<br />

System, or <strong>Six</strong> <strong>Shooter</strong>, solves the challenge of meeting<br />

45 second minimum closing times at the maximum<br />

allowable surface pressure for ROV intervention systems.<br />

As requirements for Secondary BOP Stack control<br />

become increasingly stringent, operators now have a<br />

proven method for ROV intervention that meets current<br />

regulatory rules for matching the primary stack control<br />

requirements.<br />

The <strong>Oceaneering</strong> <strong>Six</strong> <strong>Shooter</strong> provides a modular,<br />

independent source of subsea accumulated volume<br />

that can be accessed quickly and easily for emergency<br />

BOP intervention. Any ROV of opportunity connects<br />

the <strong>Six</strong> <strong>Shooter</strong> to the BOP Stack via Hydraulic Flying<br />

Leads and industry standard 17H High Flow hot stabs.<br />

ROV operable paddle valves on the control panels allow<br />

convenient and direct control.<br />

The <strong>Six</strong> <strong>Shooter</strong> can supply high flow (100 gpm) control<br />

fluid at selectable pressures of 5,000 psi and 3,000 psi, or<br />

3,000 psi and 1,500 psi with its dual pressure regulators.<br />

The primary <strong>Six</strong> <strong>Shooter</strong> module consists of six piston<br />

style accumulators. Each 100 gallon accumulator is<br />

rated for up to 7,500 psi charge pressure. A secondary<br />

<strong>Six</strong> <strong>Shooter</strong> module can be easily incorporated into the<br />

system if more volume is required. Subsea installation<br />

from a service vessel or rig uses a mudmat with a central<br />

guide pin, provided as standard installation equipment.<br />

A guide funnel assembly secured to the <strong>Six</strong> <strong>Shooter</strong> is<br />

lowered onto the mudmat guide pin.<br />

The <strong>Oceaneering</strong> <strong>Six</strong> <strong>Shooter</strong> is purpose built to meet<br />

today’s requirements for BOP Intervention and secondary<br />

control. It is designed for long-term subsea deployment.<br />

With periodic recertification through <strong>Oceaneering</strong> the <strong>Six</strong><br />

<strong>Shooter</strong> remains ready for emergency use at any time.<br />

Assembled and tested to the industry’s highest quality<br />

standards in Houston, the <strong>Oceaneering</strong> <strong>Six</strong> <strong>Shooter</strong> is the<br />

proven solution for fast, reliable BOP intervention.<br />

<strong>Six</strong> <strong>Shooter</strong> <strong>Systems</strong><br />

Specifications<br />

Rated Output Pressure: 5,000 psi<br />

Rated Charge Pressure: 7,500 psi<br />

Rated Output Flow: 100 gpm<br />

Weight in Air: 60,000 lb<br />

Weight in Water: 45,000 lb<br />

Features<br />

• Capable of Ram Closure in 45 seconds<br />

• Selectable, Pressure-Regulated Output<br />

• Subsea Rechargeable Volume<br />

• Reliable Cycle Tested Components<br />

• Modularity for Optional Increased Volume<br />

• Flexible Subsea Installation Options<br />

• Proven, Simple Deployment Scenarios<br />

• Periodic OEM Recertification Availability<br />

3


United States<br />

Huntsville, Alabama<br />

San Diego, California<br />

Groton, Connecticut<br />

Orlando, Florida<br />

Panama City, Florida<br />

Pearl Harbor, Hawaii<br />

Bayou Vista, Louisiana<br />

Houma, Louisiana<br />

Lafayette, Louisiana<br />

Morgan City, Louisiana<br />

New Orleans, Louisiana<br />

Hanover, Maryland<br />

Portsmouth, New Hampshire<br />

Middletown, Rhode Island<br />

Clear Lake, Texas<br />

Corpus Christi, Texas<br />

Friendswood, Texas<br />

Houston, Texas<br />

Chesapeake, Virginia<br />

Silverdale, Washington<br />

International<br />

Cabinda, Angola<br />

Lobito, Angola<br />

Luanda, Angola<br />

Baku, Azerbaijan<br />

Perth, Western Australia<br />

Macaé, Brazil<br />

Niteroi - RJ, Brazil<br />

St. John’s, Newfoundland, Canada<br />

Halifax, Nova Scotia, Canada<br />

Cairo, Egypt<br />

Gloucester, England<br />

Immingham, England<br />

London, England<br />

Stockton, England<br />

Thurrock, England<br />

Whitley Bridge, England<br />

Malabo, Equatorial Guinea<br />

Mumbai, India<br />

Kuala Lumpur, Malaysia<br />

Miri, Sarawak, Malaysia<br />

Mexico D.F., Mexico<br />

Cd. del Carmen, Mexico<br />

Eket, Nigeria<br />

Ikeja, Lagos, Nigeria<br />

Port Harcourt, Nigeria<br />

Warri, Nigeria<br />

Nodeland, Norway<br />

Stavanger, Norway<br />

Johannesburg, Republic of South Africa<br />

Aberdeen, Scotland<br />

Rosyth, Scotland<br />

Jurong, Singapore<br />

Zug, Switzerland<br />

Abu Dhabi, U.A.E.<br />

Dubai, U.A.E.<br />

Swansea, Wales<br />

Denotes Corporate Office<br />

<strong>Oceaneering</strong> International, Inc. | Deepwater Technical Solutions (DTS) | 11915 FM 529 | Houston, TX 77041<br />

phone: 832.467.7600 | email: toolpool@oceaneering.com | www.oceaneering.com<br />

OCEANEERING ® is a registered trademark of <strong>Oceaneering</strong> International, Inc.

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