GE Oil & Gas provides drilling equipment and systems for all types of rigs used on land and offshore. They offer a comprehensive portfolio of products including blowout preventers, diverters, risers, spiders/gimbals and more that have been proven reliable in demanding conditions. Their equipment and systems combine the expertise of VetcoGray and Hydril Pressure Control, and have helped set records for deepwater drilling depth. GE Oil & Gas is committed to technological advancement to further enhance high pressure and deepwater drilling capabilities.
This document discusses various subsurface flow control equipment used in oil and gas wells. It describes landing nipples, locking mandrels, plugs, circulating devices, wellhead components, and accessories. Some key products mentioned include Otis X-series and R-series landing nipples, Mirage disappearing plugs, Monolock retrievable bridge plugs, DuraSleeve sliding side-door circulating sleeves, SRP wellhead plugs, and flow couplings. These components provide selective zone control, circulation capabilities, well testing, and protection from erosion in multi-zone completions.
This document provides information about well completion processes and equipment. It discusses steps like well clean up, mud displacement, perforating, and installing downhole equipment like packers, landing nipples, and side pocket mandrels. The document also outlines considerations for completion design based on factors like the wellbore, reservoir properties, and production method. Well completion aims to enable production from the reservoir to the surface.
Tubing Landing nipples in petroleum industryPE Mahmoud Jad
Tubing Landing nipples in petroleum industry
# A completion component fabricated as a short section of tubular pipe with a machined internal surface that provides a seal area and a locking profile.
# Uses : 1) Plugging the tubing for: pressure testing
2) Installing flow control equipment such as: down chokes,regulators, SSVs, etc.
# Tubing Landing nipples types:
A) Seating nipple
1.Non-selective nipple (No-go landing nipple)
i. Top no go nipple
ii. Bottom no go nipple
2. Selective nipple
B) Hydraulic Landing Nipples
Wellhead function, rating and selectionElsayed Amer
The document discusses various components of wellhead and Christmas tree equipment used in oil and gas wells. It describes the purpose and components of the wellhead assembly including the casing head, casing hangers, tubing head, and tubing hanger. It also discusses the tubing head adapter and its role in connecting the tubing head to the Christmas tree. Seals, valves, and other surface equipment used to control flow from the well are also covered.
The document provides an overview of the products and services offered by Apache Pressure Products, a leading distributor of oilfield equipment. It describes Apache as utilizing a network of qualified manufacturers who undergo a quality audit process. The document then summarizes Apache's extensive line of wellhead equipment including casing heads, casing spools, tubing spools, tubing heads, multibowl wellhead systems, bottom hole test adapters, tubing head adapters, and various valves. Technical specifications are provided for each type of equipment.
Hydril provides reliable deepwater drilling systems for offshore oil and gas exploration. Their standard systems are designed to operate for an entire year without downtime and can reach depths of 12,500 feet below sea level. Hydril's modular design allows for reduced installation and maintenance times. Their deepwater multiplex blowout preventer control systems set benchmarks for reliability in critical deepwater environments.
This document summarizes a project on well control and blowout prevention. It discusses causes of kicks such as insufficient mud weight and lost circulation. It describes shut-in procedures for land and offshore rigs which involve closing blowout preventers. It covers obtaining and interpreting shut-in pressures to determine formation and trapped pressures. Kill methods like wait and weight, engineer's method, and concurrent method are outlined. Variables that affect kill procedures like influx type and volume are identified. The document provides an example case study of a well control complication and kill operation.
This document discusses various subsurface flow control equipment used in oil and gas wells. It describes landing nipples, locking mandrels, plugs, circulating devices, wellhead components, and accessories. Some key products mentioned include Otis X-series and R-series landing nipples, Mirage disappearing plugs, Monolock retrievable bridge plugs, DuraSleeve sliding side-door circulating sleeves, SRP wellhead plugs, and flow couplings. These components provide selective zone control, circulation capabilities, well testing, and protection from erosion in multi-zone completions.
This document provides information about well completion processes and equipment. It discusses steps like well clean up, mud displacement, perforating, and installing downhole equipment like packers, landing nipples, and side pocket mandrels. The document also outlines considerations for completion design based on factors like the wellbore, reservoir properties, and production method. Well completion aims to enable production from the reservoir to the surface.
Tubing Landing nipples in petroleum industryPE Mahmoud Jad
Tubing Landing nipples in petroleum industry
# A completion component fabricated as a short section of tubular pipe with a machined internal surface that provides a seal area and a locking profile.
# Uses : 1) Plugging the tubing for: pressure testing
2) Installing flow control equipment such as: down chokes,regulators, SSVs, etc.
# Tubing Landing nipples types:
A) Seating nipple
1.Non-selective nipple (No-go landing nipple)
i. Top no go nipple
ii. Bottom no go nipple
2. Selective nipple
B) Hydraulic Landing Nipples
Wellhead function, rating and selectionElsayed Amer
The document discusses various components of wellhead and Christmas tree equipment used in oil and gas wells. It describes the purpose and components of the wellhead assembly including the casing head, casing hangers, tubing head, and tubing hanger. It also discusses the tubing head adapter and its role in connecting the tubing head to the Christmas tree. Seals, valves, and other surface equipment used to control flow from the well are also covered.
The document provides an overview of the products and services offered by Apache Pressure Products, a leading distributor of oilfield equipment. It describes Apache as utilizing a network of qualified manufacturers who undergo a quality audit process. The document then summarizes Apache's extensive line of wellhead equipment including casing heads, casing spools, tubing spools, tubing heads, multibowl wellhead systems, bottom hole test adapters, tubing head adapters, and various valves. Technical specifications are provided for each type of equipment.
Hydril provides reliable deepwater drilling systems for offshore oil and gas exploration. Their standard systems are designed to operate for an entire year without downtime and can reach depths of 12,500 feet below sea level. Hydril's modular design allows for reduced installation and maintenance times. Their deepwater multiplex blowout preventer control systems set benchmarks for reliability in critical deepwater environments.
This document summarizes a project on well control and blowout prevention. It discusses causes of kicks such as insufficient mud weight and lost circulation. It describes shut-in procedures for land and offshore rigs which involve closing blowout preventers. It covers obtaining and interpreting shut-in pressures to determine formation and trapped pressures. Kill methods like wait and weight, engineer's method, and concurrent method are outlined. Variables that affect kill procedures like influx type and volume are identified. The document provides an example case study of a well control complication and kill operation.
Packers are tools used to form an annular seal between concentric strings of pipe or between pipe and the open hole. They isolate production zones from each other or from the annulus. Packers have slips, cones, seals, and mandrels that allow them to be set through hydraulic or mechanical means. Selection depends on application, required ratings, and setting method. Proper installation requires a clean set point without fouling components. Packers come in a variety of types including retrievable, permanent, seal bore, inflatable, and service packers.
Drinkwater Products was established in Louisiana in 1987 and has become a market leader in pipeline pigging products and services. Pipeline pigging involves sending spherical or cylindrical devices known as "pigs" through pipelines to clean and inspect the interior of pipes. Pigs can clean debris, remove liquids, act as separators between products, gather data on pressure and integrity, and allow for maintenance while keeping pressure inside pipes. Drinkwater Products provides a wide selection of pigs and unmatched customer service.
The document outlines the steps for well drilling and site preparation. It describes leveling the site, digging a cellar and mud pits, hammering a conductor pipe, drilling a rathole, and transporting equipment to the site. It then details rig setup including raising the mast and substructure, connecting the conductor pipe, rig acceptance checks, and making up drill pipes. Preparing the spud mud by mixing and pumping it is covered. The process of spudding in the hole and cleaning mud returns is also outlined. Subsequent steps reviewed are picking up drill pipes, running and cementing the surface casing, waiting for the cement to cure, and completing the cement job.
Claxton combines experienced project engineers, a fast track design and R&D capability with a huge inventory of rapid call off tooling to, simply put, deliver.
Across a vast array of drilling riser systems, well abandonment equipment and structures, Claxton delivers pragmatic, safe and reliable solutions to the operating challenges faced by our clients.
We have one global team, with a singular mission – to make your project happen.
Hydrogen Sulfide Gas Training by Canada & Associates Safety Training, LLC.Atlantic Training, LLC.
This document provides training materials on hydrogen sulfide (H2S) safety. It covers the physical and chemical properties of H2S, detection and monitoring methods, respiratory protection including self-contained breathing apparatus, and human physiology regarding H2S exposure. The training is meant to educate employees who may be exposed to H2S in various industries like petroleum, industrial, and municipal. Key points include that H2S is a toxic and flammable gas that can kill at high concentrations, and that applicable regulations and standards require annual H2S safety training for workers who may encounter it.
The document discusses wellheads and their components. It describes how wellheads are made up of multiple pieces including the casing head, casing hangers, spools, tubing hangers, master valves, and flow trees. It provides pictures and descriptions of these individual components and how they assemble to form the full wellhead. It also discusses design considerations, installation procedures, sealing methods, and testing of wellhead equipment.
Well completion equipment 2. landing nipplesElsayed Amer
A landing nipple is a short length of pipe with a cut profile on the inside used to allow a lock mandrel to locate and lock into for various purposes like plugging the tubing. There are selective and no-go types, with no-go containing a restriction preventing passage. Landing nipples are used for removing surface equipment, pressure testing, setting packers, installing downhole tools, and landing pressure recorders. They consist of a lock mandrel, equalizing sub, and flow control device. Major manufacturers include Baker, CAMCO, Halliburton, and Weatherford.
Casing Design | Tubing | Well Control | Drilling | Gaurav Singh RajputGaurav Singh Rajput
This document provides information on casing design, including:
- The functions of casing such as preventing hole collapse and contamination.
- Examples of typical casing strings like surface, intermediate, and production casing.
- Design considerations for casing like burst, collapse, and tension ratings.
- An example showing the iterative process of designing a casing string to withstand certain burst, collapse and tension requirements over multiple casing joints.
The document outlines the basic process and factors involved in designing well casing strings to isolate formations and safely drill to total depth.
Chapter 1 Basic of well drilling process.pptxMajedur Rahman
This is an academic lecture for the Diploma in Engineering Mining and Mine Survey Technology Students based on the syllabus of the Bangladesh Technical Education Board (BTEB), Bangladesh. The course related to this video is Understanding the basics of the well drilling process.
Subject: Petroleum Well Design & Completion
This document provides an agenda and overview of a training program on the ASME Boiler and Pressure Vessel Codes. It discusses the objectives of codes and standards, highlights of the ASME Code system including sections I through XI, and introduces Section VIII Division 1 which governs pressure vessels. Key points covered include material requirements, design thickness calculation, weld joint categories, non-destructive testing requirements, and post-weld heat treatment stipulations. The training aims to help participants understand the application and requirements of the ASME pressure vessel codes.
Claxton holds over 1,500ft of drilling riser stock for rapid call-off - supported by a large inventory of tensioning equipment and adaptors. Our tension rings include the proprietary slimline positive grip design that saves time by being run through the rig's rotary table.
This document provides information on gas lift valve mechanics, including the three basic types of gas lift valves, how they operate, and the forces involved in opening and closing them. It discusses unloading valves, orifice valves, and how gas lift valves close in sequence from the bottom of the well upward. Diagrams show the components of different gas lift valve designs and the formulas used to calculate valve opening and closing pressures.
Wellhead equipment Introduction Based on API 6a & NACEAmir Rafati
1. Typical Onshore Wellhead and Casing Head Types
• CSG HEAD NO.1
• CSG HEAD NO.3
• CSG HEAD NO.6
• CSG HEAD NO.8
• CSG HEAD NO.9
• CSG HEAD DESIGN DUE TO FIELD EXPERIENCES
• AG(H)-10K
• B(H)-10K
• C(H)-5K
• V(H)-5K
• T(H)-3K,5K
• WELLHEAD DESIGN DUE TO FIELD EXPERIENCES
2. Brief Description of Wellhead Equipment and their Types
• Sealings and Ring Gaskets
• Safety valves
• Gate valves
• Double Studded Adaptors
• Spools
• Hangers
• Flanges
3. Install and Testing Wellhead and Casing Head Equipment
• Safety valves
• Gate valves
• Double Studded Adaptors
• Spools
• Hangers
• Flanges
4. Introduction to API 6A applications
• PSL: PRODUCT SPECIFICATION LEVELS
• PR: PERFORMANCE REQUIREMENT
• T/C: TEMPERATURE CLASS
• M/C: MATERIAL CLASS
The document discusses buckling of coiled tubing in different wellbore orientations. It defines several buckling modes including sinusoidal, helical, and buckling in vertical or horizontal sections. Equations are provided to calculate the critical buckling loads for these different modes based on the tubing's material properties and dimensions. Examples are shown for a 2" diameter coiled tubing string. Buckling loads are lowest in the horizontal orientation and highest in vertical wells due to additional support from tubing weight.
A summary presentation of a 7" Liner job, demonstrating different components, mechanisms of liner hanger and other string components. Then a quick hint about cementing operation and some extra components involved in the job like the Handling equipment, VAM HT, ...etc.
This document describes the key components of a wellhead system used in oil and gas wells. It discusses the casing head housing, casing head spools, tubing head spools, tubing hangers, and tubing bonnets. The casing head housing supports the casing strings and provides a connection point for blowout preventers. Casing head spools seal between casing strings and support drilling equipment. Tubing head spools seal the production casing and support the tubing hanger. Tubing hangers suspend the tubing string and seal the annulus. The tubing bonnet provides a seat for the Christmas tree valve assembly. Together these components form the wellhead, which hangs the casing and tubing, contains
A BOP is a high pressure safety valve at the top of an oil well that stops uncontrolled fluid/gas flow. There are two main types of BOP valves: annular and ram. Annular BOPs can seal around different pipe sizes. Steel insert plates reinforce elastomeric sealing rings in annular BOPs, transferring force to create an effective seal. Nickel-chrome-moly steel alloy 8627 was chosen for the insert plates due to its strength and hardness properties being well-suited for the requirements.
This document discusses well intervention using coiled tubing. It defines coiled tubing and its main components, which include an injector head, coiled tubing reel, control unit, power pack unit, and bottom-hole assembly. Coiled tubing can be used for various applications like wellbore cleanout, milling, logging, perforating, drilling deviated wells, fluid conveyance, and tool conveyance. It has advantages over conventional drilling like not requiring connections and allowing faster tripping in and out. However, coiled tubing also has disadvantages like fatigue life limits and reduced bore diameter.
The document provides a summary of an individual's experience as an Assistant Subsea Supervisor/Engineer over 5 years in the oil and gas industry. It details experience maintaining Blow Out Preventers (BOPs) and associated subsea equipment from various rigs. Educational background includes a degree in Mechanical Engineering and safety and technical training courses. The individual is looking to secure a position where they can further develop skills and provide strategic value to a firm.
2012-09-20 Market Power Shifting to Subsea Equipment Players - D. GaciciaDarren Gacicia
- The document analyzes the shifting market power dynamics in the subsea equipment industry as demand increases.
- It forecasts that subsea tree demand will grow at a 19% CAGR through 2017, nearly tripling deliveries from 2011 levels. Existing orders and planned projects point to high visibility.
- Rising demand is expected to increase capacity utilization rates across the industry from below 50% currently to over 70% in coming years, tightening the market and giving pricing power to equipment providers.
Packers are tools used to form an annular seal between concentric strings of pipe or between pipe and the open hole. They isolate production zones from each other or from the annulus. Packers have slips, cones, seals, and mandrels that allow them to be set through hydraulic or mechanical means. Selection depends on application, required ratings, and setting method. Proper installation requires a clean set point without fouling components. Packers come in a variety of types including retrievable, permanent, seal bore, inflatable, and service packers.
Drinkwater Products was established in Louisiana in 1987 and has become a market leader in pipeline pigging products and services. Pipeline pigging involves sending spherical or cylindrical devices known as "pigs" through pipelines to clean and inspect the interior of pipes. Pigs can clean debris, remove liquids, act as separators between products, gather data on pressure and integrity, and allow for maintenance while keeping pressure inside pipes. Drinkwater Products provides a wide selection of pigs and unmatched customer service.
The document outlines the steps for well drilling and site preparation. It describes leveling the site, digging a cellar and mud pits, hammering a conductor pipe, drilling a rathole, and transporting equipment to the site. It then details rig setup including raising the mast and substructure, connecting the conductor pipe, rig acceptance checks, and making up drill pipes. Preparing the spud mud by mixing and pumping it is covered. The process of spudding in the hole and cleaning mud returns is also outlined. Subsequent steps reviewed are picking up drill pipes, running and cementing the surface casing, waiting for the cement to cure, and completing the cement job.
Claxton combines experienced project engineers, a fast track design and R&D capability with a huge inventory of rapid call off tooling to, simply put, deliver.
Across a vast array of drilling riser systems, well abandonment equipment and structures, Claxton delivers pragmatic, safe and reliable solutions to the operating challenges faced by our clients.
We have one global team, with a singular mission – to make your project happen.
Hydrogen Sulfide Gas Training by Canada & Associates Safety Training, LLC.Atlantic Training, LLC.
This document provides training materials on hydrogen sulfide (H2S) safety. It covers the physical and chemical properties of H2S, detection and monitoring methods, respiratory protection including self-contained breathing apparatus, and human physiology regarding H2S exposure. The training is meant to educate employees who may be exposed to H2S in various industries like petroleum, industrial, and municipal. Key points include that H2S is a toxic and flammable gas that can kill at high concentrations, and that applicable regulations and standards require annual H2S safety training for workers who may encounter it.
The document discusses wellheads and their components. It describes how wellheads are made up of multiple pieces including the casing head, casing hangers, spools, tubing hangers, master valves, and flow trees. It provides pictures and descriptions of these individual components and how they assemble to form the full wellhead. It also discusses design considerations, installation procedures, sealing methods, and testing of wellhead equipment.
Well completion equipment 2. landing nipplesElsayed Amer
A landing nipple is a short length of pipe with a cut profile on the inside used to allow a lock mandrel to locate and lock into for various purposes like plugging the tubing. There are selective and no-go types, with no-go containing a restriction preventing passage. Landing nipples are used for removing surface equipment, pressure testing, setting packers, installing downhole tools, and landing pressure recorders. They consist of a lock mandrel, equalizing sub, and flow control device. Major manufacturers include Baker, CAMCO, Halliburton, and Weatherford.
Casing Design | Tubing | Well Control | Drilling | Gaurav Singh RajputGaurav Singh Rajput
This document provides information on casing design, including:
- The functions of casing such as preventing hole collapse and contamination.
- Examples of typical casing strings like surface, intermediate, and production casing.
- Design considerations for casing like burst, collapse, and tension ratings.
- An example showing the iterative process of designing a casing string to withstand certain burst, collapse and tension requirements over multiple casing joints.
The document outlines the basic process and factors involved in designing well casing strings to isolate formations and safely drill to total depth.
Chapter 1 Basic of well drilling process.pptxMajedur Rahman
This is an academic lecture for the Diploma in Engineering Mining and Mine Survey Technology Students based on the syllabus of the Bangladesh Technical Education Board (BTEB), Bangladesh. The course related to this video is Understanding the basics of the well drilling process.
Subject: Petroleum Well Design & Completion
This document provides an agenda and overview of a training program on the ASME Boiler and Pressure Vessel Codes. It discusses the objectives of codes and standards, highlights of the ASME Code system including sections I through XI, and introduces Section VIII Division 1 which governs pressure vessels. Key points covered include material requirements, design thickness calculation, weld joint categories, non-destructive testing requirements, and post-weld heat treatment stipulations. The training aims to help participants understand the application and requirements of the ASME pressure vessel codes.
Claxton holds over 1,500ft of drilling riser stock for rapid call-off - supported by a large inventory of tensioning equipment and adaptors. Our tension rings include the proprietary slimline positive grip design that saves time by being run through the rig's rotary table.
This document provides information on gas lift valve mechanics, including the three basic types of gas lift valves, how they operate, and the forces involved in opening and closing them. It discusses unloading valves, orifice valves, and how gas lift valves close in sequence from the bottom of the well upward. Diagrams show the components of different gas lift valve designs and the formulas used to calculate valve opening and closing pressures.
Wellhead equipment Introduction Based on API 6a & NACEAmir Rafati
1. Typical Onshore Wellhead and Casing Head Types
• CSG HEAD NO.1
• CSG HEAD NO.3
• CSG HEAD NO.6
• CSG HEAD NO.8
• CSG HEAD NO.9
• CSG HEAD DESIGN DUE TO FIELD EXPERIENCES
• AG(H)-10K
• B(H)-10K
• C(H)-5K
• V(H)-5K
• T(H)-3K,5K
• WELLHEAD DESIGN DUE TO FIELD EXPERIENCES
2. Brief Description of Wellhead Equipment and their Types
• Sealings and Ring Gaskets
• Safety valves
• Gate valves
• Double Studded Adaptors
• Spools
• Hangers
• Flanges
3. Install and Testing Wellhead and Casing Head Equipment
• Safety valves
• Gate valves
• Double Studded Adaptors
• Spools
• Hangers
• Flanges
4. Introduction to API 6A applications
• PSL: PRODUCT SPECIFICATION LEVELS
• PR: PERFORMANCE REQUIREMENT
• T/C: TEMPERATURE CLASS
• M/C: MATERIAL CLASS
The document discusses buckling of coiled tubing in different wellbore orientations. It defines several buckling modes including sinusoidal, helical, and buckling in vertical or horizontal sections. Equations are provided to calculate the critical buckling loads for these different modes based on the tubing's material properties and dimensions. Examples are shown for a 2" diameter coiled tubing string. Buckling loads are lowest in the horizontal orientation and highest in vertical wells due to additional support from tubing weight.
A summary presentation of a 7" Liner job, demonstrating different components, mechanisms of liner hanger and other string components. Then a quick hint about cementing operation and some extra components involved in the job like the Handling equipment, VAM HT, ...etc.
This document describes the key components of a wellhead system used in oil and gas wells. It discusses the casing head housing, casing head spools, tubing head spools, tubing hangers, and tubing bonnets. The casing head housing supports the casing strings and provides a connection point for blowout preventers. Casing head spools seal between casing strings and support drilling equipment. Tubing head spools seal the production casing and support the tubing hanger. Tubing hangers suspend the tubing string and seal the annulus. The tubing bonnet provides a seat for the Christmas tree valve assembly. Together these components form the wellhead, which hangs the casing and tubing, contains
A BOP is a high pressure safety valve at the top of an oil well that stops uncontrolled fluid/gas flow. There are two main types of BOP valves: annular and ram. Annular BOPs can seal around different pipe sizes. Steel insert plates reinforce elastomeric sealing rings in annular BOPs, transferring force to create an effective seal. Nickel-chrome-moly steel alloy 8627 was chosen for the insert plates due to its strength and hardness properties being well-suited for the requirements.
This document discusses well intervention using coiled tubing. It defines coiled tubing and its main components, which include an injector head, coiled tubing reel, control unit, power pack unit, and bottom-hole assembly. Coiled tubing can be used for various applications like wellbore cleanout, milling, logging, perforating, drilling deviated wells, fluid conveyance, and tool conveyance. It has advantages over conventional drilling like not requiring connections and allowing faster tripping in and out. However, coiled tubing also has disadvantages like fatigue life limits and reduced bore diameter.
The document provides a summary of an individual's experience as an Assistant Subsea Supervisor/Engineer over 5 years in the oil and gas industry. It details experience maintaining Blow Out Preventers (BOPs) and associated subsea equipment from various rigs. Educational background includes a degree in Mechanical Engineering and safety and technical training courses. The individual is looking to secure a position where they can further develop skills and provide strategic value to a firm.
2012-09-20 Market Power Shifting to Subsea Equipment Players - D. GaciciaDarren Gacicia
- The document analyzes the shifting market power dynamics in the subsea equipment industry as demand increases.
- It forecasts that subsea tree demand will grow at a 19% CAGR through 2017, nearly tripling deliveries from 2011 levels. Existing orders and planned projects point to high visibility.
- Rising demand is expected to increase capacity utilization rates across the industry from below 50% currently to over 70% in coming years, tightening the market and giving pricing power to equipment providers.
This document is the 2002 edition of Weatherford's Technical Data Handbook. It contains specifications, charts, formulas, and other technical data related to oilfield equipment and operations. The handbook covers topics such as casing, drill pipe, tubing, pumps, and general information relevant to drilling, completion and production operations. It encourages feedback to correct any inaccurate information.
The document provides information about a blowout preventer (BOP) used on an oil rig. It discusses the various components of the BOP including annular preventers, ram preventers, and control systems. It describes the purpose and functioning of different types of rams, and provides specifications for components like annular preventers, ram types, pressure ratings, and inspection procedures. Maintenance and testing of the BOP is important for safety and preventing blowouts when drilling oil wells.
The document provides specifications and operating instructions for Cameron U Blowout Preventers (BOPs) used in surface oil and gas drilling applications. It includes dimensional drawings and specifications for various sizes of single and double U BOPs with different pressure ratings. The document outlines procedures for disassembly, assembly, operation, installation, maintenance, testing and storage of the equipment. It also provides specifications for related BOP components like rams, seals, and control systems.
مضخات الآبارمن جوولدز ووتر بدرجات عدة من الإستانليس ستيل 304 و 316 و كذالك الدوبلكس المصبوب لتتحمل عمليات التشغيل الشاقة و لتتوافق مع حاجات العميل.
ولعل الجديد أن توفر شركة جوولدز ووتر ملحقات إضافية عند حاجة العميل مثل أغطية التبريد و الضغط و من الجدير بالذكر أن محركات هذه الفئة قادرة على تحمل درجات الحرارة العالية و هو ما يؤهلها للعمل فى تطبيقات عدة.
تأتى هذه الفئة بأقطار متعددة تبدأ من 4 و حتى 12 بوصة لتدخل فى العديد من التطبيقات و الصناعات مثل إمدادات المياه من الآبار العميقة, التطبيقات الزراعية كالرى بالغمر و رشاشات المياه تعزيز الضغط و توزيع المياه و مكافحة الحرائق و التعدين
للمزيد
http://rheoserve.com/borehole_pumps.html
Cashco Inc. is a company with over 95 years of experience manufacturing pressure and temperature regulators, control valves, tank blanketing valves, conservation vents, and arrestors. It was founded in 1917 as A.W. Cash Company and has expanded through acquisitions of other valve companies. The document describes Cashco's history, facilities, product lines, and sales solutions for various applications. It provides information on Cashco's testing facilities, warehouse storage, and focus on serving customers' present and future needs through a wide range of valve products.
The document discusses Howden, a global organization that brings together the innovators of major compressor technologies. It summarizes Howden's expertise across compressor technologies including reciprocating, screw, centrifugal, and Roots compressors. Howden can advise on and supply compressors for any application based on over 160 years of experience in compressor engineering.
Service and Technologies for Process IndustriesJohn Crane
Our world-class rotating equipment technologies, paired with an unmatched breadth of applied engineering expertise, helps plants reduce maintenance costs, slash down time and improve reliability. When it comes to keeping your rotational equipment running 24/7, John Crane’s comprehensive range of products has you covered.
This document is a catalog from HIFLUX Co., LTD, a South Korean manufacturer of high pressure components. It introduces their product lines of high pressure fittings, valves, and accessories that can withstand pressures up to 150,000psi and are made from stainless steel. The company aims to be a global leader in high pressure technology through consistent innovation, investment, and satisfying customer requirements.
Gases and steam are compressible. It is normal that when gas or steam reaches the disc in a valve, it compresses and builds up before passing through the valve. This compression may cause a rapid build up of system pressure and be potentially harmful. There are other process conditions, such as boiler control malfunction, that can create elevated pressure in a closed system. Every system and component in a pressurized system has a safe operating pressure limit that must not be exceeded.
WOM specializes in the manufacture of Cement Manifolds for a complete range of onshore and offshore applications. These Cement Manifolds are designed for heavy slurry and high pressure.
WOM is a global company that specializes in manufacturing manifolds and flow control equipment for the oil and gas industry. They produce choke and kill manifolds, standpipe manifolds, cement manifolds, and custom manifolds. These manifolds can incorporate valves, chokes, actuators and be designed for H2S environments up to 20,000 psi. WOM also provides components for manifolds like their patented Magnum gate valves, a variety of chokes, and pneumatic or hydraulic actuators.
WOM’s custom manifolds incorporate patented Magnum Dual-Seal technology per customer requirement. They are designed and constructed to provide unmatched quality at a cost-effective price to the customer.
Weatherford provides completion technologies for offshore wells. They have over 180 engineers with 3600 years of design experience. Their technologies are designed for complex deepwater wells and tested beyond standards to enhance efficiency and production while reducing costs and risks. Their portfolio includes sand screens, packers, safety valves, and monitoring systems that have saved customers millions and eliminated interventions in offshore wells around the world.
Borsig ValveTech GmbH designs and manufactures high-pressure control valves, shut-off valves, compressor valves and parts for extreme operating conditions. It offers a comprehensive range of ball valves, control valves, isolation valves, compressor parts and valve services. The company specializes in valves for gas compressor and storage stations using customized materials to achieve optimal performance under high pressures and temperatures.
Standpipe Manifold, WOM Manifold Systems - Worldwide Oilfield Machinewomgroup
Worldwide Oilfield Machine (WOM) specializes in manufacturing manifolds and components for drilling, production, and testing applications onshore and offshore. WOM designs manifolds that can incorporate valves, chokes, and actuators up to 20,000 psi. They provide skid-mounted and automated packages complete with control panels. WOM manufactures a variety of manifolds including choke and kill manifolds, standpipe manifolds, cement manifolds, and custom designs to meet industry requirements.
WOM’s custom manifolds are designed and constructed to provide unmatched quality at a cost-effective price to the customer. WOM’s custom manifolds incorporate patented Magnum Dual-Seal technology per customer requirement.
Flex-Valve, is a brand under General Rubber Corp. representing a state of the art line of pinch valves, pressure isolation rings and duck bill check valves. Flex-Valve has become a worldwide recognized brand and leading manufacturer in the industry
Dehumidifier by ctrl tech in dubai uae oman qatar doha muscat kuwait saudi ar...Pramod Khedekar
We offer Portable Dehumidifier or De-humidifier, Industrial dehumidifier, swimming pool dehumidifier, Marine Dehumidifier, desiccant dehumidifier for applications such as Home, Indoor Swimming pool, Spa, Server Room, Library, Laboratory, Museums, warehouse and Industrial Applications. We are dehumidifier supplier in Dubai, Abu Dhabi, Sharjah, Oman, Doha & UAE.
Howden is a global leader in compressor technologies and expertise, with over 160 years of experience. They incorporate the original innovators of diaphragm, twin screw, and Roots technologies. Howden designs and manufactures all major compressor technologies, including reciprocating, centrifugal, screw, and Roots blowers. They provide customized compressor solutions and support for applications across industries such as oil and gas, petrochemical, chemical, power generation, and more.
DDHM pumps are designed for ultra-reliable and efficient water injection in demanding onshore and offshore applications such as boiler feedwater, pipelines, amine systems, energy recovery, and CO2 injection. GE provides subsea trees, sensing devices, compression solutions, and surface wellheads that enable monitoring, protection, control and validation of critical processes across drilling, production, and a wide range of pressure and environmental conditions.
Kammer valves are designed to handle a wide range of service conditions: pressures from vacuum to 4000 bar and temperatures from minus 269 degrees C to plus 400 degrees C. Body materials include all common stainless steels, in addition to plastics and exotic alloys.
The document discusses Getinge terminal sterilizers for pharmaceutical production. It describes two main types - GEV terminal sterilizers that use steam/air mixtures to sterilize products that need to be dry after sterilization, and GEC terminal sterilizers that use circulating water for rapid sterilization of bulk liquids. It provides details on the features, benefits, and applications of each type of sterilizer in sterilizing various packaged pharmaceutical products.
Horizontal Well Drillers is an oil and gas drilling contractor that specializes in drilling horizontal wells using innovative rigs. Their rigs are highly automated, improving safety and efficiency. They focus on drilling long laterals at shallow depths. Their rigs are mobile and can be rigged up or down in one day, occupying a small footprint. Horizontal Well Drillers aims to be a leader in safety with rigorous training and safety programs.
2. 2 32
Drilling Systems
Combined experience, deep commitment
Industry-leading VetcoGray products and systems have been proven in drilling and
production applications for more than a century. Market-changing Hydril Pressure Control
technologies have endured drilling’s harshest conditions since 1933. Individually, each
has been on the forefront of the innovations that continue to redefine high pressure,
high temperature and deepwater frontiers. Together, this equipment helped set the
current water depth record for drilling at 10,011 ft. And together, as GE Oil & Gas,
Drilling & Production they will continue to engineer and deliver time-tested, industry
renowned equipment and systems.
Complete systems and services from a single source
GE Oil & Gas’ acquisitions of VetcoGray and Hydril Pressure Control created one of the
drilling industry’s most comprehensive portfolios of products, systems and services for
onshore, offshore and subsea applications. As GE Oil & Gas, Drilling & Production, we
combine the global resources of GE Oil & Gas with a complete product line that delivers
“next level” advanced performance in the most demanding drilling conditions.
Deep commitment to the drilling market
GE Oil & Gas, Drilling & Production provides:
• A full range of capital drilling equipment and associated services
• Key points of contact for consistency in technical product support
• Local assistance in key regions of operation
• Best practice service solutions to help customers maintain peak performance
At the forefront, around the world
Count on GE Oil & Gas, Drilling & Production for extensive field experience, in-depth
product knowledge and a never-satisfied position on technological advances. Look for
our equipment and service solutions in high pressure, high temperature and deepwater
destinations across the globe. And call on us for reliable and field-proven products,
systems and solutions for drilling and production, onshore or offshore.
3. 4 5
Land Rig Drilling Equipment
We have been inventing and developing
innovative solutions for the land drilling
business for over 75 years with industry
firsts such as the introduction of
the hydraulically operated blowout
preventer, the annular blowout preventer,
the drillstem valve, and the surge
absorber/pulsation dampener. Our
proprietary, in-house elastomer plant
allows us to conduct extensive research
and testing that puts GE Oil & Gas,
Drilling & Production at the forefront of
the industry in elastomer temperature
range performance. Our Hydril
Pressure Control land drilling products
have been field tested for decades,
and proven over and over again.
Drillship/Semisubmersible Rig Drilling Equipment
Wherever drilling meets high pressure, high temperature (HPHT)
extremes, the biggest names in the business rely on Hydril Pressure
Control and VetcoGray equipment and services. Our shallow-
to-medium depth, piloted subsea systems make easy work of
demanding applications in extreme environments. And in the critical
deepwater environment, the combined Hydril Pressure Control and
VetcoGray Deepwater Drilling System repeatedly sets benchmarks
for reliability and time spent on bottom. In fact, the combined Hydril
Pressure Control and VetcoGray deepwater drilling system helped
set the water depth record for drilling at 10,011 ft.
Pushing the Limits
Reliable BOP technology combined with advanced hydraulic circuit
design; state-of-the-art hardware and software design; the industry’s
most widely used and respected wellhead connectors; pioneering
marine riser design; robust materials and complete lifecycle support
ranks Hydril Pressure Control and VetcoGray drilling systems
among the most widely trusted, and technically superior deepwater
drilling systems in the world. Our current system can be configured
to reach 12,500 ft below sea level, but we won’t stop there. Look to
future GE Oil & Gas drilling equipment technologies to push both
HPHT and water depth capabilities.
Products & Services:
• Aftermarket Services • Gimbals
• Annular and Ram Blowout Preventers • Marine Riser
• Blowout Preventer Control Systems • Marine Riser Systems
• Deepwater Drilling Systems • Pulsation Dampeners
• Diverter Systems • Spiders
• Drillstem Valves • Subsea Connectors
• Elastomers • Telescopic Joints
• Flex Joints • Tension Rings
Jack-up Rig Drilling Equipment
GE Oil & Gas’s Hydril Pressure Control and VetcoGray annular
blowout preventer and diverter jackup installed base covers more
than half of the world’s jackup fleet, so chances are, if you’re on
a jackup rig anywhere in the world, GE Oil & Gas equipment is
there. Our high-quality surface BOP control units perform well
in demanding environments and our robust drillstem valves and
industry renowned pulsation dampeners are more than up to the
challenges of offshore drilling.
Products & Services:
• Aftermarket Services
• Annular and Ram Blowout Preventers
• Blowout Preventer Control Systems
• Diverters
• Drillstem Valves
• Elastomers
• Pulsation Dampeners
Products & Services:
• Aftermarket Services
• Annular and Ram Blowout
Preventers
• Drillstem Valves
• Elastomers
• Pulsation Dampeners
4. 6
Annular Blowout Preventers
The invention of the Hydril Pressure Control blowout preventer
was an industry first. Now, more than 70 years later, we offer a
complete product line to match a broad range of operating
requirements. Our annulars are best known for their exceptional
ability to handle extreme pressures and temperature, both on the
surface and subsea.
Hydril Pressure Control Annu-Flex™
Our Hydril Pressure Control Annu-Flex combines
either a single or dual subsea GX annular blowout
preventer with a maintenance-free, flexible
underwater riser joint. Together, the BOP head/
flex joint combination reduces overall stack
height and requires fewer stack connections.
Hydril Pressure Control GK®
The GK annular is the definitive field-proven
BOP – demonstrating world-class dependability
and quality for over 50 years. It is ideal for
surface applications both on land and offshore
platforms, with pressure capabilities up to
20,000 psi.
Hydril Pressure Control GL®
The GL packing unit is specially molded with
two different styles of inserts to reduce closing
volume and increase closing cycles. It is
available in bore sizes/pressure ratings
of 18¾" 5,000 psi and 21 ¼" 5,000 psi.
Hydril Pressure Control GX®
/GXS™
This industry-leading packing unit has provided
continuous service for as long as a year, has
passed the API pressure test at 270ºF, and
has held pressure in the field after 328 closing
cycles plue stripping. Its pressure capabilities
range up to 15,000 psi.
Ram Blowout Preventers
Our Hydril Pressure Control ram BOPs protect personnel and
equipment by reliably stopping unexpected surges of oil, gas
and drilling mud from the well bore. For surface and subsea
operation, they can seal the annulus around drill pipe, casing
or tubing, or they can shear the drill string. "Smart" versions of the
conventional and compact rams can include instrumentation to
sense pressure, temperature and incremental ram position.
7
Hydril Pressure Control Quik-Loq™
The innovative Boltless™ design permits safe ram and
operator changes within minutes – allowing nearly
continuous drilling operations. It is available in bore
sizes of 135⁄8" and 18¾" with working pressure up to
15,000 psi.
Hydril Pressure Control Conventional Ram
For high performance on the surface and subsea, our
conventional rams are available in bore sizes from
71
⁄16" to 21¼" with pressure capabilities from 2,000 to
20,000 psi.
Hydril Pressure Control
Sentry™ Workover
Designed specifically to simplify
workovers, the Sentry is short
and light to fit smaller drill rigs.
Its bore size is 171
⁄16" and has
pressure ratings of 3,000 and
5,000 psi.
Hydril Pressure Control Compact™ Ram
The ram BOP delivers high performance in subsea
applications with significant weight and height
limitations. Its pressure capabilities range up to
15,000 psi, and it has passed API temperature tests
to 500º F using fixed-bore rams.
5. 8 9
Hydril Pressure Control
Flow Selector
Used in diverter vent lines,
flow selectors always keep the
discharge line open and permit
selection of a downwind line.
They cannot be shut in.
Hydril Pressure Control
MSP™ 21" 2000 psi
Applicable to surface
installations, this lightweight,
compact MSP provides both
diverter and annular BOP
functionality.
Hydril Pressure Control
FS™
For floating drilling and
platform rig service, with
integral venting, the FS
diverter loads through a 49½"
or 60½" rotary table. It closes
on an open hole with no
insert packer required.
Hydril Pressure Control
Riser Fill-Up Valve
In case of unexpected evacuation
of drilling fluids, this valve prevents
collapse of the subsea riser by
backfilling it with seawater.
Hydril Pressure Control
FSP™
These diverter/BOP systems
for bottom-supported offshore
rigs incorporate integral venting.
With no insert packer required,
the diverter closes on an open
hole or to handle tool and
pressure tests.
Hydril Pressure Control
MSP™ 29" 500 psi and
30" 1000 psi
Well suited for surface
installations, the Hydril Pressure
Control MSP has withstood the
test of time, proving itself as both
a diverter and an annular BOP.
Hydril Pressure Control
Gas Handler™
Mounted below the telescopic
joint to increase the capabilities
of standard diverter systems, the
Hydril Pressure Control GH is an
annular closing device to handle
gas bubble that expand as they
ascend through a long riser.
Hydril Pressure Control
Seal-All™ Diverter Insert
To ensure safety on floating
drilling rigs during completion
and workover operations,
this insert easily seals on
combinations of drill pipe and
auxiliary lines in the well bore.
Diverters
Our Hydril Pressure Control and VetcoGray diverters vent
shallow gas flows safely from any bottom-founded or floating
rig. Field-proven reliability stems from mechanical simplicity:
one signal executes the diverting process, and an integral vent
design eliminates extraneous valves and interconnections.
Hydril Pressure Control Mini-MUX
The Hydril Pressure Control Mini-MUX Control System provides for
quick surface/jack up stack changeout by using a pod-based system
similar to subsea configurations
Hydril Pressure Control Surface System
Our basic surface control systems have a wide range of features
and options that make them suitable for any application.
Hydril Pressure Control Deepwater Multiplex
Proven, industry-leading performance at water depths up to 12,500
ft. Our standard design has provided 364 days of continuous
operation with only one stack pull due to hurricane evacuation.
Hydril Pressure Control Direct Piloted
Increase your drilling uptime with our shallow-to-medium depth
piolted hydraulic control system.
Control Systems
GE Oil & Gas manufactures blowout preventer control systems
that lead the industry in reliability, functionality and versatility.
With a strong focus on the critical deepwater environment, the
Hydril Pressure Control Multiplex (MUX) BOP Control System has
repeatedly set the benchmark for reliability and time spent on
bottom. We also provide shallow-to-medium depth, piloted
subsea systems and high-quality surface BOP control units for
demanding applications in extreme climates.
6. 10 11
VetcoGray KFDJ diverter system
The VetcoGray KFDJ diverter system is used on platforms and
jack-up rigs to protect against shallow gas kicks during drilling
operations. It includes a full range of insert packer sizes, all of which
use a “J” type running tool. In the event of a shallow gas kick, the
diverter is energized to seal around the drill pipe and divert the gas
safely overboard. It is available with a rotating insert which provides
low pressure packoff on the kelly or drill pipe during drilling. Support
housing allows installation of outlets up to 20” diameter to virtually
any configuration. Mudline suspension hangers and bit sizes up to
27.41” (for 37 ½” rotaries) or 36.41” (for 49 ½” rotaries) can be run
without removing the diverter assembly. Diverter, spacer spool and
overshot packer each fit through a 37 ½” rotary table. Minimum
bore through the standard support housing is 36 ½” ID for the
37 ½” rotary installation. Optional 37 ½” bore is available.
VetcoGray KFDS diverter
For 25 years, the integrated VetcoGray KFDS diverter technology
has provided field-proven protection from shallow gas blowouts.
All support housing, overboard lines and associated valving are
permanently installed on the rig structure, and the assembly is run
and retrieved through the rotary table with the marine riser. Variable
outlet sizes and orientations can accommodate virtually any rig
design. Valving is external, allowing for rig design variation and
valve/actuator preferences.
VetcoGray KFDJ model J diverter
Designed with all the field-proven features of our standard VetcoGray
KFDJ diverter, but with fewer hydraulic connections, this version has a
“J” lock between the diverter and the support housing. The simplified
design has three hydraulic functions: energizing/venting the diverter
packing, flowline seals and overshot packer. All support housing and
diverter assembly components feature heavy wall construction for
pressure containment and erosion protection during high-velocity,
multi-phase flow. Insert packers are available in a full range of sizes
and designs can be customized for specific applications.
Leading the way
with
simple designs
and
fully integrated
packages
Diverters
7. 1312
VetcoGray MR-6E riser
With this dog-style riser connection, the dogs in the box are driven
into the profile in the pin for a fully preloaded connection. The design
improves resistance to high tensile loads and large bending moments
that are common with deepwater drilling operations. The VetcoGray
MR-6E is lightweight, simple to operate and fast to run, rated for
two million pounds (API 16R Class E) and offers low make-up torque
(950 ft-lbs). MR-6E couplings can be used interchangeably with
MR-6D couplings.
MR-6E box "0" ring primary seal
Actuating screw
"0" ring trash seal
MR-6E pin
VetcoGray MR-6H riser adapter
Building on the breakthrough VetcoGray MR-6H SE riser coupling and
our proven dog-style riser design, this new adapter is self-contained
and designed to be run without a spider. It greatly improves safety
by eliminating the need to suspended personnel, heavy tools and
bolts over the stack and moon pool during make-up. It avoids
traditional clearance restrictions and significantly reduces the time
to make/break the connection.
VetcoGray MR-6H SE riser
This new VetcoGray riser is an award-winning, fully-automated
and rated for 3.5 million pounds (API class H). Its innovative yet
simple design utilizes our field-proven H-4 and MR technologies, and
contains very few parts for optimized operation and maintenance.
The highly preloaded coupling with efficient load path enables
optional use of a metal seal for higher-pressure conditions. The
modularized hydraulic handling spider providesall mechanisms
required for make-up and break-out with minimal intervention
personnel – significantly improving make/break time and safety at
the same time. The spider design allows quick change-out of key
subassemblies during riser running operations.
MR-6H SE exploded view
MR-6H SE assembled
MR-6H SE profile
Marine Riser Systems
VetcoGray’s marine riser systems are the most widely used
and respected in the world. With pioneering designs, consistent
product support, and field proven designs, VetcoGray marine riser
systems help set the benchmark for reliability, deepwater
performance, ease of use, and safety. GE Oil & Gas is committed
to partnering with our customers to deliver new technologies,
breakthrough designs, and vital product support throughout the
life of your riser system.
8. 14 15
Spiders and Gimbals
The spider is used to support the riser string while the
connections are being made or broken while the riser string is
being run or retrieved. GE Oil & Gas makes a variety of styles,
each compatible with specific types of riser connections.
The Gimbal sits under the spider and acts as a shock absorber.
Elliptically shaped flanges
minimizes weight
Profile for hydraulic
running tool
Two-diameter pin and box
design ebables quick, accurate
stabbing in roughest seas
VetcoGray MR-6E hydraulic spider
This spider is designed specifically to support our MR-6E riser
system. Its hydraulic support dogs extend to support the lower
flange of the coupling while the riser connection is made or broken.
VetcoGray MR-6H SE spider
This spider supports the riser string on hydraulic sliding dogs. Six
hydraulic units move the cam ring up and down to make or break
the connection.
VetcoGray HMF spider
This spider is used when running or retrieving HMF joints through
the rotary table. Split gates, operated by hydrulic cylanders, support
the riser string when the gates are in the closed and locked position.
VetcoGray Gimbal
The gimbal sits under the spider to provide shock absorption
and assistance with the weight of the riser string. Our design also
compensates for up to 6 degrees of offset whilte running
or retrieving the riser string.
Marine Riser Systems
VetcoGray Telescopic joint
Our VetcoGray telescopic joint is available for MR-6E, MR-6H SE, and
HMF riser systems. It offers maximum rated tensile load capacity in
locked position and other features including hydraulic latch release
for inner and outer barrels, dual split/solid packer elements, fixed or
rotating integral tension rings, prepped for non-integral SDL, SDC
and KT tension rings, and fluid or roller bearing prep.
VetcoGray HMF™ riser
This is one of the most reliable and advanced marine riser systems
in today’s market. It has many years of proven success worldwide –
including drilling the current water depth well record of 10,011 feet in
the Gulf of Mexico. The HMF is ideal for deepwater applications with
high-load operating conditions. Its stepped diameter pin-and-box
design simplifies engagement, even with severe vessel movement. It
avoids loose parts to prevent bolt loss and potential thread damage,
and has locking bolts preloaded above the rated coupling loads
to extend fatigue life. The nose ring and choke/kill line stab subs
can replaced in-field, and its hydraulic running/test tool facilitates
quicker riser running times.
Class F, HMF
flange riser
view of Class F, HMF riser flange pin
9. 16 17
VetcoGray SDC tension ring
VetcoGray SDC rings utilize a ball-joint connection with direct-line
cylinder tensioners that are permanently attached for fast and safe
attachment to the telescopic joint. A hinged split-ring design opens
and closes around the telescopic joint. SDC rings are designed to be
opened and moved out of the way for storage while the tensioning
cylinders remain attached. An optional KT-style termination ring can
be utilized with the SDC tension ring.
VetcoGray SDC tension ring
with KT style termination ring
VetcoGray KT tension ring
Attaching to the telescopic joint on a floating rig, the VetcoGray
KT tension ring increases riser string stability while combining the
functionality of a tension ring and termination joint. It simplifies
running and retrieving the riser by eliminating makeup/breakout of
lines and hydraulic hoses in the moon pool area. All choke, kill and
auxiliary line terminations are permanently connected; orientation
pins engage slots in the telescopic joint line termination housing for
easy makeup; and riser tensioner lines are permanently attached
to the KT ring to maintain proper permit vessel rotation relative to
the riser string, and auxiliary line pins have differential seal areas
to ensure fail-safe engagement. Optional fluid bearings minimize
breakout torque.
VetcoGray SDL and SLS rings
With both these ring models, riser tensioner lines remain attached
and properly spaced at all times. Both rings use pad eyes for line
connection, have permanently connected hydraulic piping for
lockdown/storage dogs, and enable the telescopic joint to be run
and pulled through rotary table without disconnecting the tensioner.
When not in use, the the SDL/SLS rings lock and store to a mating
profile on the bottom of the diverter support housing for convenient,
orderly storage.
VetcoGray SDC tension ring – openVetcoGray SDC tension ring – closed
Tension rings
The tension ring attaches to the telescopic joint and forms a
termination point between the riser system and the tensioning
system on a floating rig. It is used to pull and support tension
to give the riser string more stability. GE Oil & Gas designs and
manufactures a variety of tension rings proven to perform in the
harsh environments of deepwater drilling.
10. 18 19
E H-4 connector E x F H-4 connector
ExF HAR H-4 connector
DW HD H-4 connector
VetcoGray Single flex joint
Our VetcoGray single flex joint is installed in the Lower Marine Riser
Package (LMRP) to allow angular deflection up to 10 degrees in the
lower portion of the riser string. The combination of elastomeric
bearing and seal unit give it flexibility and the capacity for internal
pressure containment of up to 3,000 psi. It provides up to 2 million lbs
of tensile load capacity, is rated for H2S service and oil-based drilling
mud. It does not require pressure balance or lubrication systems.
VetcoGray SHD H-4 hydraulic subsea connector
This Super Heavy Duty connector is the latest member of the H-4
family. Designed for use with our MS 700 and SMS 700 wellheads,
this connector has exceptional bending load capacities and fatigue
life characteristics. It is ideal for deepwater applications and critical
service where high bending loads are anticipated.
VetcoGray Intermediate flex joint
The intermediate flex joint is installed below the telescopic joint to
allow for angular deflection up to 20 degrees in the top portion of the
riser string. It has a tensile load capacity of 2.5 million lbs and an
internal pressure rating of 1,500 psi.
VetcoGray H-4 hydraulic subsea connector family
The VetcoGray H-4 family of subsea connectors has been in service
in every type of offshore environment since 1964. All our H-4s are
hydraulically operated with metal-to-metal sealing and Inconel inlay
for corrosion resistance and damage protection. They feature a
high-strength connection via the 355° circumferential dog-ring lock-
ing mechanism that uniformly distributes bending and tensile loads;
primary and secondary hydraulic circuits, generating 25% more re-
leasing force than locking force; and 45° dog profile to ensure passive
retraction of locking dog segments with overpull.
Connectors
GE Oil & Gas VetcoGray connectors are the trusted industry
standard for subsea wellhead and bop connections. More
than two-thirds of the global floating rig fleet use VetcoGray
connectors. Our light weight, smaller footprint, robust
connectors use our industry renowned metal gasket sealing
technology designed to withstand internal pressures to 15,000
psi and temperatures to 350º F making them the preferred
choice for extreme environment drilling applications.
11. 20 21
Elastomers
For decades, Hydril Pressure Control equipment has included
customized elastomer expendables and metal parts that have
set new standards for high performance in modern oilfields.
Independent parts producers and general line rubber
manufacturers cannot match the quality, durability and service
provided by out OEM specialty rubber products.
Products
• Air tubes
• Annular BOP packing units
• Boat snubbers
• Channel isolators
• Derrick pads
• Diverter packing units
• Installation & removal tools
• Kelly wipers
• Link bumpers
• Pipe protectors
• Pipe wipers
• Pulsation dampener parts
• Bladder kits
• Ram packers and rig
rubber seals
Hydril Pressure Control Bladder kit
Hydril Pressure Control
Air Union tubes
Hydril Pressure Control Drill pipe protector
installation and removal tools
Hydril Pressure Control
Variable Ram Packer
Hydril Pressure Control Annular BOP/Diverter packing units
20
VetcoGray VX-2 gasket
The VetcoGray stainless steel VX-2 gasket is the
industry standard for drilling and production. It is
rated for 15,000 psi internal pressure, 250º F and is
manufactured from corrosion-resistant material.
The VetcoGray carbon steel VX-2 gasket is a lower-
cost/lower performance alternative. It is rated for
10,000 psi internal pressure, 250º F and is coated for
corrosion resistance.
VetcoGray VGX-2 gasket
The VetcoGray VGX-2 gasket is a higher-performance,
higher-cost alternative, rated for 15,000 psi internal
pressure, 350º F and is manufactred from high yield
strength stainless steel with a silver coating. The
higher yield strength material provides a large range
of elastic action, while the silver coating provides
resistance to galling. The gasket's coefficient of
thermal expansion approximates that of the wellhead
and the H-4 upper body.
VetcoGray VT-2 gasket
The VetcoGray VT-2 gasket seals on a secondary
independent seal surface and is used when the primary
VX sealing surface is damaged. It is rated for 15,000
psi internal pressure, 250º F and is manufactured
from corrosion-resistant material. Other API sizes and
optional configurations are available. Insert options
include Hycar, lead, and tin indium materals.
VX-2®
, VGX-2®
and VT-2®
gaskets
2 Seal
bands
2 Seal
bands
Radius
0.25"
VetcoGray VX-2 gasket
VetcoGray MS-700 wellhead with VX-2
gasket prior to makeup with H-4 connector
VetcoGray MS-700 wellhead and H-4 connector in test fixture
12. 22 23
Hydril
Pressure Control
Top Drive Kelly
Hydril
Pressure Control
Landing Sub
Hydril
Pressure Control
NACE Kelly
Hydril
Pressure Control
Checkguard
Hydril
Pressure Control
Standard Kelly
Hydril
Pressure Control
Retrieval Tool
Drill Stem Valves
Our original one-piece Hydril Pressure Control Kellyguard™ valve
services both conventional and top-drive applications. We have
also designed and developed NACE Trim Kellyguard valves for
normal and corrosive drilling environments. These valves are
high-quality, low-maintenance products with a long service life.
Drop In Valves
Our original Checkguard™ valve is an essential drilling tool that
prevents return flow during a kick. It can be used in most drilling
situations where return flow through the drill string is a risk and the
benefits of a full-bore sub are needed during normal operation.
It can be installed as needed, does not affect measurement-while-
drilling tools and permits retrieval of other through-string tools.
Pulsation Dampeners
Hydril Pressure Control and Flowguard™ pulsation dampeners
reduce the damaging effects of fluid-flow pulsations in suction,
discharge and flowing hydraulic system lines. They provide energy
storage in critical hydraulic systems, create a transfer barrier to
prevent mixture in multi-fluid systems, and compensate for leakage
and thermal expansion in many types of fluid-flow applications.
Hydril Pressure Control IP™
Especially suited for corrosive environments in industrial and
production operations, our IP dampeners offer capacities from 0.5
to 20 gallons and pressure ratings to 10,000 psi.
Hydril Pressure Control PASAFE™
Our maintenance-free Hydril Pressure Control PASAFE pulsation
dampeners are well-suited fr extreme operating temperatures and
pressures, as well as corrosive liquids.
Hydril Pressure Control K™
With 10, 20 and 80-gallon capacities and pressure ratings to 7.500
psi, our K dampeners are ideal for reliable operation of oilfield
reciprocating mud pumps.
Hydril Pressure Control Flowguard™
Flowguard dampeners offer the best quality available for chemical
injection and smaller-flow industrial applications. Standard product
offerings include models with elastomeric bladders, floating pistons,
Teflon®
diaphragms and bellows, as well as proprietary metal
bellows designs. Flowguard also designs custom units.
13. 25
Inspections can be performed almost anywhere,
even on a drillship in transit
RADAR – Riser Active Data Acquisition Recorder
RADAR provides an efficient, safe and cost-effective method of
monitoring and analyzing lifecycle wear of drilling and production
risers, choke and kill lines, and other metal pipes. The internal-
inspection vehicle acquires weld-quality and pipe-thickness data
in real time for immediate analysis, while simultaneously recording
video for further visual inspection. RADAR saves valuable time and
money while helping minimize risk by identifying marginal equipment
and enabling better maintenance and replacement plans. Inspections
are 60% faster than conventional methods and all equipment is
portable so inspections can be performed almost anywhere, including
pipe yards, remote dockside facilities and onboard offshore rigs.
A Power, water and air lines (attached at rear of tool housing)
B Drive wheels
C Head position and linear travel encoders (in tool housing)
D Rotating Head
E Time-of-Flight Diffraction (TOFD) sensors (2 sets at 180º)
F Pulse-echo longitudinal wave transducers (4 at 90º)
G Video cameras (2 at 180º)
H Pulse-echo shear wave transducers (2 sets at 180º)
G
F
H C
A
B
E
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As GE Oil & Gas, Drilling & Production technology has advanced,
so has our ability to serve our customers globally. For more
than a century, we have been redefining reliability in oil and gas
drilling and production, developing successive generations of
world-class products to control extreme pressures and endure
the harshest downhole conditions. When you purchase Hydril
Pressure Control or VetcoGray products, you are automatically
plugged into a global team and a knowledge-base decades in
the making.
Safety is paramount, and while we have built our reputation
on technologies that protect both natural resources and oil
field personnel, we continue to build long-term customer
relationships by providing levels of service and support as
dependable as our products. You can count on us for the quality
parts, repair, field service, training and technical support that
will improve performance, extend equipment life and maximize
uptime. Our services are available any time you need them,
anywhere in the world.
Service
and
Support
as
Dependable
as our
Products
Parts and equipment
Genuine OEM parts: when quality is critical
When you buy genuine parts for your Hydril Pressure Control and
VetcoGray equipment, you receive off-the-shelf parts manufactured
to the highest OEM standards. You also receive decades of innovation,
years of product knowledge and a working partnership with
engineering and sales personnel structured around your rig and your
people. You’ll see the difference in quality, performance and uptime.
Remanufactured equipment:
OEM performance at a reduced cost
For quality, reliability and economy, nothing compares with a fully
remanufactured Hydril Pressure Control blowout preventer. Backed
by our new product warranty – 12 full months – our remanufactured
BOPs meet our high performance standards for used equipment
and cost less than a new blowout preventer. They also meet your
needs for quick turnaround and fast delivery, since we maintain an
inventory of popular models and sizes in stock.
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Field service
Rely on our extensive service network
When you purchase Hydril Pressure Control and VetcoGray
equipment, you receive access to a global network of certified
personnel equipped with the OEM experience and resources
to solve your technical challenges. All GE Oil & Gas field service
engineers complete a rigorous training program. They are certified
to work wherever you need them, and they are available to you at
any hour of the day or night.
Overhaul and repair services
Technical solutions: just a call away
From major overhaul to minor repair, our customers rely on
GE Oil & Gas’ extensive service network to keep their equipment
working at peak performance levels. Whether in the field or in our
facilities, you’ll receive a level of expertise only available from
a team trained by GE Oil & Gas that is plugged into more than a
century of industry knowledge.
Training
Product knowledge from the people who designed your
equipment
GE Oil & Gas training classes are developed by faculty who balance
comprehensive product knowledge with an affinity for understanding
the needs of our customers – both long-time and first-time users.
Their experience, complemented by the support of our engineering
team, means precise, correct information is always available to you.