HorizontalBore SUBSEA TREE

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Herbert Briggs
5 years ago
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1 HorizontalBore SUBSEA TREE

HorizontalBore SUBSEA TREE Dril-Quip s HorizontalBore Tree is a modular design subsea production component that accommodates numerous completion configuration possibilities.

that may require downhole submersible pumps.

2 HorizontalBore SUBSEA TREE Dril-Quip s HorizontalBore Tree is a modular design subsea production component that accommodates numerous completion configuration possibilities. The Dril-Quip HorizontalBore Tree is used for subsea wells that may require multiple work-over during the life of the well, for wells that have complex downhole electric configurations, and for wells that may require downhole submersible pumps. The horizontal tree offers the flexibility of running and pulling the tubing hanger without disturbing the tree-to-wellhead connection, the flowline connection or the subsea control module to the tree. Dril-Quip HorizontalBore Trees can be equipped with direct hydraulic, electro-hydraulic or fiber optic based multiplex control systems. Vertical or horizontal flowline connections are available, in either hydraulic or mechanical versions. The Dril-Quip HorizontalBore tree is available in 5-1/2 and 7 production tubing sizes and incorporates a 2-1/16 size annulus access. FEATURES Flexible compact modular tree design accommodates a variety of completion configurations and third party equipment Large 14.5 ID vertical access drill-through is available for passage of drill-bits, submersible pumps, coil tubing strings, and Dril-Quip s slimline casing hanger system for maximum drilling and completion possibilities Metal-to-metal annulus sealing technology for reliable pressure isolation Standard API/ISO ROV interfaces ensure installation and maintenance accessibility Accommodates numerous downhole lines, including SCSSV, chemical injection, smart well, DHPT, and ESP; offering maximum completion flexibility standard equipment includes Dril-Quip s field proven DH Gate Valves and latest generation DA Valve Actuators Dril-Quip s latest generation DXe hydraulic tree connector standard equipment specifications Engineered for up to 10,000 psi working pressure Exceeds ISO/API 6A temperature class (0 to 300 F) -50 F temperature rated downstream of choke Footprint of less than 5m x 5m (16.4 x16.4 ) Material class HH for production and EE+ for annulus Manufactured and tested per ISO/API 17D Passive tubing hanger orientation arrangement eliminates BOP orientation pins 2

Field Proven Penetrators Dril-Quip s HorizontalBore Tree penetrators utilize an industry standard design that offers dependable long service life.

Industry Standard Annulus and Production Bore Seals Dril-Quip s tubing hanger annulus and production bore seals are metal-to-metal end cap seals with elastomeric backup design.

3 Field Proven Penetrators Dril-Quip s HorizontalBore Tree penetrators utilize an industry standard design that offers dependable long service life. DrilQuip s HorizontalBore Tree can accommodate nine hydraulic plus two electrical down hole functions. Industry Standard Annulus and Production Bore Seals Dril-Quip s tubing hanger annulus and production bore seals are metal-to-metal end cap seals with elastomeric backup design. The seals feature high level extrusion resistance necessary for high pressure/high temperature containment. The seal is weight set and pressure energized. Availability of Valve Options for a Range of Completion Configurations Dril-Quip s field-proven DH (high performance) gate valve and DA hydraulic actuators are engineered for reliable service in shallow or deepwater applications. They are manufactured from high-grade materials and precision machined for dimensional accuracy and consistent high quality. Dril-Quip gate valves have been equipped with fail-safe close actuators and qualified to 10,000 feet per API 17D, 2nd Edition and API 6A, 20th Edition. High Fatigue Tree for Long Service Life The Horizontal Tree connector is a hydraulic connector with mechanical override. The connector has a secondary mechanical lockdown feature to ensure connection preload is maintained. The tree connector can be provided with a variety of industry standard locking profiles. A secondary unlock piston provides 88% more unlocking force than locking force and is standard. Adapts to All 3rd Party Components Dril-Quip s HorizontalBore Tree can be configured to accommodate all industry standard subsea wellhead system locking profiles. Multiple interface options are available when integrating components from separate manufacturers. The tree is compatible and available with a variety of manufacturers chokes for production and annulus flow. The tree can accomodate all industry standard subsea control systems. 3

4 tools and components Multi-Purpose Tool w/ Jet-Sub BOP Test Tool Adapter for Sealing Wear Sleeve Handling Tool for Tree Drill Through Sealing Wear Sleeve Hydraulic Tree This illustration depicts the typical components of Dril-Quip s HorizontalBore Tree Completion System and the tools required for installation and testing. Contact your Dril-Quip Sales representative for more information on alternative specifications. Tree Size Pressure Bores Rating (psi) Tubing Annulus 5 ⅛ 10, ⅛ 10, Horizontal Tree Test Stump/Shipping Skid 4 ROV Tree Tree Handling Tool

5 Internal Tree Cap Debris Cap (Deep Water) Handling/Test Tool for Tubing Hanger Subsea Test Tree Wireline Running and Retrieval Tools Upper Crown Plug Dummy Seal Lower Crown Plug for Tubing Hanger Upper Crown Plug for Tubing Hanger Lower Crown Plug Dummy Seal Tubing Hanger BOP Test Tool Tubing Hanger Handling/Test Tool for Tubing Hanger Internal Tree Cap Bore Protector Tubing Hanger Tubing Hanger Test Stand Tubing Hanger Wireline Bore Protector Tubing Hanger Stand Tubing Hanger Access Parking Stand Gasket Test Single Port Hub Stab Hydraulic Supply & Corrosion Cap Injection Seal Port Hub Stab 5-1/8 x 2-1/16 10,000 psi HorizontalBore Tree Subsea Wellhead System 5

SUBSEA PRODUCTION Controls Dril-Quip s innovative communications system takes advantage of over 15 years of experience using fiber optics in subsea communication applications.

6 SUBSEA PRODUCTION Controls Dril-Quip s innovative communications system takes advantage of over 15 years of experience using fiber optics in subsea communication applications. Dril-Quip designs and manufacturers modular control systems for a range of applications from a one-off production well through a complex field development incorporating multiple production trees, production manifolds, and distribution manifolds. Dril-Quip s Subsea Control System can be designed to support all tree and downhole functions for any Horizontal or Vertical Tree Subsea Completion System. These control systems can be direct hydraulic, electro-hydraulic, multiplex or any combination that meets or exceeds customers specifications. Control System features: All components meet or exceed ISO and API 17F standards for functionality, expandability and reliability. Subsea Electronics Module (SEM) provides users real-time access to tree functions, tree equipment status and sensor performance monitoring. Open architecture using industry standard interfaces allows for control and monitoring of over fifty wells and the collection of all data within five seconds with fault tolerant redundancy. Fiber-optic-based communications in applications with over 50 mile offset and demonstrated reliable communications in tests of over 100 miles. Reliable noise-free communication provides high data rate based on Modbus over TCP/IP between the Master Control Station (MCS) and a Subsea Router Module (SRM). The SRM provides broadband transfer rates for large data volumes demanded by today s Subsea Tree and downhole instrumentation. Dril-Quip can provide a Control System for use in shallow water (up to 1,500 feet) or deep water (up to 10,000 feet) applications. subsea production control system includes the following major components: The Master Control Station (MCS) is a windows-based system with flexible open architecture and redundant systems for high reliability. This assures easy integration with other subsea functions and topsides production control systems. Bump-less transfer between main and backup systems Incorporates highly reliable Emerson Delta V hardware and software Production Hydraulic Power Unit (HPU) is a self-contained Topside Umbilical Termination Unit (TUTU) standard Subsea Umbilical Termination Assembly (SUTA) Subsea Distribution and Router Unit Shallow Water Subsea Control Module (SW SCM) Economic modular design Qualified up to 1,500 feet water depth 20 year design life Keep up to 7 downhole functions standard ROV compatible retrievable design 6 Lift Mechanism Subsea Electronics Module Vent Circuit Transistor Barrier Subsea Hydraulic Filter Manifold Base Plate with Machined Hydraulic Circuit Diver-Operated Latch Mechanism Power/Signal Electric Connector Electric Connection To Sensors DC-200 Dialectric Compensator Shallow Water Subsea Control Module Filler Material SCM Cover (transparent) Pressure Transducer Control Valves Hydraulic Coupling Fine Alignment Pins

Deep Water Subsea Control Module (DW SCM) 10,000 feet water depth rated 20 year design life Up to 30 functions ROV compatible retrievable design ROV latch, no running tool required Dual SEM unit

7 Deep Water Subsea Control Module (DW SCM) 10,000 feet water depth rated 20 year design life Up to 30 functions ROV compatible retrievable design ROV latch, no running tool required Dual SEM unit available 4 electrical, fiber, or hybrid top connectors 6 electrical connectors through base plate available Sensor interfaces Flying Leads available Special emphasis is placed on the testing of control system components. All units receive a number of in-house tests: Systems Integration Testing (SIT) MCS and SCM, SRU, etc. supplied by Dril-Quip Flow meters, trees, etc. supplied by customer Subsea Electronic Modules (SEMs) Printed circuit board function testing Canister hydrostatic testing Extended Stress Screening (ESS) involving (thermal and vibration) Function testing Subsea Control Modules (SCMs) Hydraulic sub-assembly proof pressure testing Hyperbaric chamber pressure testing to validate unit water depth rating Electric and hydraulic factory acceptance testing CONTROL system analysis performed during the design phase: Hydraulic analysis Electrical power analysis Communications analysis Failure Mode Effect and Criticality Analysis (FMECA) Reliability, availability, and maintainability analysis Compensation High-Pressure Accumulator Subsea Hydraulic Filter Base Plate Receiver Plate Guide Pin Deep Water Subsea Control Module Optic/Electric Connector Subsea Electronics Module Low-Pressure Accumulator Dril-Quip provides full installation and commissioning services for Control Systems required for subsea application, including a team of qualified technicians who advise and assist with systems integration testing, installation, workover and commissioning. Valve Assembly Manifold Hydraulic Couplers 7

8 W O R L D W I D E S A L E S & S E R V I C E Engineering, Manufacturing, Sales & Service Sales & Service Sales Representatives DRIL-QUIP Western Hemisphere D -Q, Inc. World Headquarters 6401 North Eldridge Pkwy. Houston, Texas Tel Fax D -Q do Brasil, LTDA. Macaé, Brazil Tel Fax DRIL-QUIP Eastern Hemisphere Stoneywood Park, Dyce Aberdeen, Scotland, UK AB21 7DZ Tel Fax DRIL-QUIP Asia Pacific D -Q Asia Pacific Pte. Ltd. No. 80 Tuas West Drive Singapore, Tel Fax TIW Western Hemisphere TIW Corporate Headquarters P.O. Box Houston, Texas Tel Fax TIW Eastern Hemisphere TIW U.K. Limited Unit D Abbotswell Road West Tullos Aberdeen, Scotland, UK AB12 3AD Tel Fax TIW Asia Pacific TIW International Inc. 9 Tuas Avenue 12 Singapore Tel Fax DRIL-QUIP.COM

15,000 psi 20,000 psi. BigBore IIe HPHT SUBSEA WELLHEAD SYSTEMS

15,000 psi 20,000 psi. BigBore IIe HPHT SUBSEA WELLHEAD SYSTEMS 15,000 psi 20,000 psi BigBore IIe HPHT SUBSEA WELLHEAD SYSTEMS DXe Gasket Profile DXe Locking Profile BigBore IIe SUBSEA WELLHEAD SYSTEM Mud Stick 18 ¾" BigBore IIe Wellhead Housing The BigBore IIe Subsea