GE provides specialty connectors and pipe for oil and gas wells that are subjected to extreme pressures, temperatures, and environments. Their products are designed using advanced materials and testing to ensure reliability under harsh conditions. They have a global network of manufacturing and service facilities equipped to deliver customized solutions and support customers anywhere in the world.
Pipelines require strong materials to ensure safety and integrity. Thicker walled steel is increasingly used for pipelines to allow for higher pressures over long distances. Pipe bending machines must be able to handle these stronger steel grades. The article discusses how pipe bending machine specifications need to keep up with modern, higher strength steel pipe specifications in order to safely and properly install pipelines. It focuses on a company that builds powerful pipe bending machines capable of handling today's strongest steel grades to help supply the pipeline industry.
Great tool provides insight into key considerations when determining whether sliplining or rehabilitating an existing culvert, bridge or storm sewer would be ideal.
EBSE Engenharia de Soluções is a Brazilian factory founded in 1913 that produces industrial equipment, large diameter pipes, and heavy duty steel components. It was acquired in 2000 by the MPE Group. The factory is located on 100,000 square meters near transport infrastructure in Rio de Janeiro. EBSE has expertise in designing, fabricating, and assembling equipment and pipes for industries such as oil and gas, energy, and pulp and paper. It is certified to various international quality and safety standards.
In-Place Pipe Support Load Testing and Hanger Surveys_Part of a Best in Class...Britt Bettell
- A best-in-class piping fitness-for-service program involves regular visual inspections of pipe supports and hangers, as well as in-situ load testing of suspect supports to determine actual load values.
- In-situ load testing uses hydraulic tools to unload pipe hangers without disconnecting them from piping, allowing testing of critical online systems. It measures the actual load a hanger is supporting.
- Proper pipe support maintenance and load testing is important for the safe and reliable operation of piping systems, as required by various codes and standards, especially for high-risk creep-exposed lines. Load test data improves the accuracy of creep stress analyses.
This CV summarizes the qualifications and experience of P. Sathiyprabhu seeking an engineer level position in piping stress analysis. He has 3 years and 7 months of experience performing piping stress analysis using CAESAR II software for projects in various industries. He is proficient in ASME and ISO piping standards and has worked on projects for clients in oil and gas, power, and petrochemical industries. His experience includes analyzing piping systems, preparing reports, and reviewing drawings to qualify piping systems and recommend pipe supports. He holds a Bachelor's degree in Mechanical Engineering and is skilled in various piping design software and AutoCAD.
The presentation discussed new research using fiber optic strain gauges and finite element analysis to improve BOP shear ram modeling and predictions. It noted variability in actual shear test results compared to theoretical calculations. The research aims to develop more accurate mathematical models for predicting shear capabilities based on standard material testing data.
The document provides information on products and services from EST Group for heat exchanger testing, plugging, and repair. It describes hydrostatic test plugs, pumps, and tools for plugging and testing heat exchanger tubes. It also outlines field services for tube inspection, cleaning, sleeving, and retubing of heat exchangers.
This document is a resume for Husam Eldin Mohammed-saeed Ahmed summarizing his work experience and qualifications. He has over 11 years of experience in the construction field, particularly working on power projects in Saudi Arabia and Sudan. His most recent role was as a Senior Site Civil Consultant Engineer in Saudi Arabia from 2014 to present, where he supervised civil works and ensured quality control on several substation projects. Prior to that, he held roles in Sudan as a Senior Site Civil Engineer and Site Manager, overseeing civil works and projects.
Pipelines require strong materials to ensure safety and integrity. Thicker walled steel is increasingly used for pipelines to allow for higher pressures over long distances. Pipe bending machines must be able to handle these stronger steel grades. The article discusses how pipe bending machine specifications need to keep up with modern, higher strength steel pipe specifications in order to safely and properly install pipelines. It focuses on a company that builds powerful pipe bending machines capable of handling today's strongest steel grades to help supply the pipeline industry.
Great tool provides insight into key considerations when determining whether sliplining or rehabilitating an existing culvert, bridge or storm sewer would be ideal.
EBSE Engenharia de Soluções is a Brazilian factory founded in 1913 that produces industrial equipment, large diameter pipes, and heavy duty steel components. It was acquired in 2000 by the MPE Group. The factory is located on 100,000 square meters near transport infrastructure in Rio de Janeiro. EBSE has expertise in designing, fabricating, and assembling equipment and pipes for industries such as oil and gas, energy, and pulp and paper. It is certified to various international quality and safety standards.
In-Place Pipe Support Load Testing and Hanger Surveys_Part of a Best in Class...Britt Bettell
- A best-in-class piping fitness-for-service program involves regular visual inspections of pipe supports and hangers, as well as in-situ load testing of suspect supports to determine actual load values.
- In-situ load testing uses hydraulic tools to unload pipe hangers without disconnecting them from piping, allowing testing of critical online systems. It measures the actual load a hanger is supporting.
- Proper pipe support maintenance and load testing is important for the safe and reliable operation of piping systems, as required by various codes and standards, especially for high-risk creep-exposed lines. Load test data improves the accuracy of creep stress analyses.
This CV summarizes the qualifications and experience of P. Sathiyprabhu seeking an engineer level position in piping stress analysis. He has 3 years and 7 months of experience performing piping stress analysis using CAESAR II software for projects in various industries. He is proficient in ASME and ISO piping standards and has worked on projects for clients in oil and gas, power, and petrochemical industries. His experience includes analyzing piping systems, preparing reports, and reviewing drawings to qualify piping systems and recommend pipe supports. He holds a Bachelor's degree in Mechanical Engineering and is skilled in various piping design software and AutoCAD.
The presentation discussed new research using fiber optic strain gauges and finite element analysis to improve BOP shear ram modeling and predictions. It noted variability in actual shear test results compared to theoretical calculations. The research aims to develop more accurate mathematical models for predicting shear capabilities based on standard material testing data.
The document provides information on products and services from EST Group for heat exchanger testing, plugging, and repair. It describes hydrostatic test plugs, pumps, and tools for plugging and testing heat exchanger tubes. It also outlines field services for tube inspection, cleaning, sleeving, and retubing of heat exchangers.
This document is a resume for Husam Eldin Mohammed-saeed Ahmed summarizing his work experience and qualifications. He has over 11 years of experience in the construction field, particularly working on power projects in Saudi Arabia and Sudan. His most recent role was as a Senior Site Civil Consultant Engineer in Saudi Arabia from 2014 to present, where he supervised civil works and ensured quality control on several substation projects. Prior to that, he held roles in Sudan as a Senior Site Civil Engineer and Site Manager, overseeing civil works and projects.
The document discusses plans for using self-compacting concrete with a waterproofing admixture called KIM for a raft pour at the Damac Heights project. Key points include:
- The raft's original waterproofing was damaged by flooding, so the client approved using self-compacting concrete and KIM instead of removing the rebar and redoing the waterproofing.
- Extensive preparations were made, including mix designs, mockups, and equipment to monitor temperature and workability during the large 46-hour pour.
- KIM reacts with cement to form crystals that fill pores and cracks, permanently blocking pathways for water. It is added on site during mixing and requires special
A life cycle approach to corrosion management and asset integrityOkeme Esegine PMP
The document discusses corrosion management and asset integrity through a lifecycle approach. It outlines 5 key phases: 1) Design, emphasizing avoiding design flaws that could compromise integrity. 2) Material selection, choosing materials suited for each process. 3) Construction, using proper welding techniques. 4) Operations, adhering to operating parameters. 5) Asset management, using inspection, integrity and reliability assessments to extend asset life through proper maintenance and shutdowns. The author advocates a lifecycle approach and interdisciplinary expertise to reliably manage assets.
Workovers are operations done on oil and gas wells after initial completion to improve well performance and productivity. Common reasons for workovers include mechanical issues, reservoir problems, unsatisfactory production rates, and converting wells from production to injection. Workovers aim to enhance production through activities like zone transfers, recompletions, stimulation, and replacing artificial lift equipment. They can be performed using conventional rigs or non-conventional methods like wireline units, coiled tubing units, and snubbing units.
Tarun Sharma has over 17 years of experience in mechanical engineering projects for oil and gas companies, specializing in pipe stress design, analysis, and implementation using software like CAESAR II. He has experience leading teams of stress engineers and delivering projects on time. His skills include stress analysis, coordination, review of vendor documents, stress critical line identification, and stress report preparation. He provides expertise in areas like buried lines, jacketed lines, pipe support design, and software like CAESAR II, Navisworks, and SmartPlant Review.
Aquacrete is a leading manufacturer of ventilation control and geology consolidation solutions for underground mines. They focus on developing innovative products like Flexi-Crete, a flexible shotcrete, and Wet-Repel, a water-resistant structural solution. Aquacrete prides itself on stringent quality control, such as hourly batch sampling, and providing technical support through structural design systems and non-destructive testing. The company is committed to environmental sustainability and continuous improvement through research and development trials.
Klaus P. Redmann is the Director of Quality at Disc Spring Technology, LLC. He was born in Germany and received his Masters in Chemical Engineering in 1977. His first job after university brought him to the US, where he has resided for 36 years. In addition to his role at DST, Klaus owns Redmann Quality Engineering Services, which performs quality assurance services for nuclear fuel fabrication. Klaus has extensive experience in quality systems auditing and is certified in quality engineering.
This document describes the Vector Optima® subsea connector. It has a metal-to-metal sealing design that allows for quick ROV connection of flowlines with enhanced misalignment capability. It provides double pressure-energized sealing and has been tested for use in deep and ultra-deep sea applications up to 15,000 psi and 4,000 meters depth. The connector has a simple, efficient design to reduce costs and installation time for subsea connections.
This document provides a summary of Mr. Jerson Jose Rodriguez's professional experience in mechanical and piping engineering roles. He has over 20 years of experience in oil, gas, and steel mill projects, including design, construction, commissioning, and maintenance. His technical skills include piping design, AutoCAD, and knowledge of international standards. He is immediately available for global mobility.
06 0167 Keyhole Technology A Solid Solution For Our Road Surfaces For Trade P...Gord Reynolds
Keyhole technology allows gas companies to access and repair underground pipes from above ground using specialized coring equipment to extract a core sample from the pavement. This process takes 2-3 hours compared to conventional excavation methods that can take days or months. It causes less disruption than traditional techniques and leaves roads virtually undamaged after repair. The core sample strengthens within hours to support vehicles and lasts as long as traditional pavement according to a 10-year study. This efficient method is being adopted by more utilities for various maintenance applications.
Briefly, I am Ashish Shrivastava (self employed), Piping stress engineer with 15+ years of experience. I have done wide range of stress analysis in different sectors like Offshore/onshore, Marine, LNG/LPG, Petrochemical, Solar/ Thermal powerplants. Please find my profiles attached here for your reference.
I would be grateful if you can consider my profile for Autocad plant 3D/ pipe stress analysis work that would like to outsource.
I also provide corporate trainings online/offline.
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 about well completion processes and equipment. It discusses steps like well clean up, mud displacement, perforating, and describes completion equipment such as packers, landing nipples, perforated joints, and side pocket mandrels. The document is a reference for engineers, providing technical details on well completion design, operations, and component functions.
This document provides guidance on selecting and designing fiberglass piping systems. It discusses preliminary pipe sizing based on flow rate and pipe diameter. For detailed sizing, it describes methods to calculate pressure loss due to fluid friction and fittings using equations like Darcy-Weisbach that factor in parameters like pipe roughness, diameter, fluid properties and velocity. It also discusses flow regimes like laminar, turbulent and transitional, and how to determine friction factors using Colebrook or other equations based on the Reynolds number.
Mark Hensley has over 15 years of experience in subsea pipeline design, construction management, and material inspection. He has extensive experience performing finite element analysis to design subsea pipelines, jumpers, and structures. Recently, he has focused on improving analysis practices at his company by developing Excel programs to streamline the evaluation of finite element analysis results. He currently works as a senior pipeline engineer, where his responsibilities include providing technical guidance and support to evaluate challenges on projects.
This document contains the resume of Veerappa Panchal, who has over 9 years of experience as a piping stress engineer. He has extensive experience performing piping stress analysis using software like Caesar II and reviewing plant designs. Currently he works for PL Engineering in Gurgaon, India as a piping stress engineer on various projects around the world. His responsibilities include stress analysis, support design, dynamic analysis, and coordinating with other engineering disciplines. He holds a Bachelor's degree in Mechanical Engineering and is proficient in stress analysis codes and standards.
This document provides information on properly supporting piping systems using engineered solutions rather than field-devised methods. It discusses the importance of specifications that disallow makeshift supports and instead require manufactured products designed for the application. Primary overhead supports, in-wall secondary supports, and no-hub pipe restraints are covered. Specifiers are encouraged to work with product experts to develop specifications that eliminate uncertainty and result in consistent, code-compliant installations.
Pilot Tube Guided Boring Solutions Meet Project ChallengesLaura Anderson
Pilot tube guided boring equips contractors with the ability to accurately tackle extended trenchless gravity flow pipeline installations of 4-48-in. diameter pipe and larger with the guided auger boring method, in soft ground up to rock geology within a minimal footprint. Guided auger boring has positively impacted the auger boring market by ensuring bore accuracy, expediting installations, facilitating longer lengths, and reducing casing diameters for project savings. Pilot tube rock drilling has achieved success in rock density up to 12,000 psi using cutting tools to establish an accurate course for subsequent upsizing tooling. This presentation will explain these methods along with relevant case studies illustrating guided boring solutions that resolved project challenges.
Culvert Design 201 Structural Design, Durability & ApplicationsPath Marketing Inc.
Randy McDonald, Armtec Drainage’s Director of Engineering and Frank Klita, Senior Sales Representative build on the basics of culvert design covered in Culvert Design 101 and will focus in- depth on the structural design of culverts. Additionally, the presenters will review considerations and best practices for culvert installations.
You'll Learn:
Culvert types & applications
- Structural design of culverts and buried structures as per CHBDC (Canadian Highway Bridge Design Code) methods
- Installation best practices
- Review of applications across Canada
This document provides standards for piping design, layout, and stress analysis. It covers topics such as design and layout considerations including numbering systems, safety, clearance, pipe routing, valves, equipment piping, and stress analysis criteria. The standards are intended to replace individual company specifications and be used in existing and future offshore oil and gas developments. It references other NORSOK and international standards and does not cover all instrument control piping, risers, sanitary piping, or GRP piping.
Fittings & Valves For Instrumentation, Hydraulic & Pneumatic ApplicationsVishakhaTalmale
This document provides information on fittings and valves for instrumentation, hydraulic, and pneumatic applications manufactured by Sealexcel (India) Pvt. Ltd. It discusses the company's expertise in manufacturing high quality products to stringent standards over three decades. The document includes specifications for various compression tube fittings, precision pipe fittings, ball valves, and test certifications to verify product quality and reliability.
NK Energy Partners has a large network of strategic partners with 450 machines across multiple partner parks. In 2014, partners launched a new test site with proper storage facilities including industrial and warehouse bases. Factories are certified to quality, environmental, and health and safety standards. The company provides equipment and materials for drilling and completion like liner hangers, packers, and centralizers in various diameters for horizontal directional wells. It also produces protectolizers, mandrels, swellable packers, and rubber seals.
The document discusses plans for using self-compacting concrete with a waterproofing admixture called KIM for a raft pour at the Damac Heights project. Key points include:
- The raft's original waterproofing was damaged by flooding, so the client approved using self-compacting concrete and KIM instead of removing the rebar and redoing the waterproofing.
- Extensive preparations were made, including mix designs, mockups, and equipment to monitor temperature and workability during the large 46-hour pour.
- KIM reacts with cement to form crystals that fill pores and cracks, permanently blocking pathways for water. It is added on site during mixing and requires special
A life cycle approach to corrosion management and asset integrityOkeme Esegine PMP
The document discusses corrosion management and asset integrity through a lifecycle approach. It outlines 5 key phases: 1) Design, emphasizing avoiding design flaws that could compromise integrity. 2) Material selection, choosing materials suited for each process. 3) Construction, using proper welding techniques. 4) Operations, adhering to operating parameters. 5) Asset management, using inspection, integrity and reliability assessments to extend asset life through proper maintenance and shutdowns. The author advocates a lifecycle approach and interdisciplinary expertise to reliably manage assets.
Workovers are operations done on oil and gas wells after initial completion to improve well performance and productivity. Common reasons for workovers include mechanical issues, reservoir problems, unsatisfactory production rates, and converting wells from production to injection. Workovers aim to enhance production through activities like zone transfers, recompletions, stimulation, and replacing artificial lift equipment. They can be performed using conventional rigs or non-conventional methods like wireline units, coiled tubing units, and snubbing units.
Tarun Sharma has over 17 years of experience in mechanical engineering projects for oil and gas companies, specializing in pipe stress design, analysis, and implementation using software like CAESAR II. He has experience leading teams of stress engineers and delivering projects on time. His skills include stress analysis, coordination, review of vendor documents, stress critical line identification, and stress report preparation. He provides expertise in areas like buried lines, jacketed lines, pipe support design, and software like CAESAR II, Navisworks, and SmartPlant Review.
Aquacrete is a leading manufacturer of ventilation control and geology consolidation solutions for underground mines. They focus on developing innovative products like Flexi-Crete, a flexible shotcrete, and Wet-Repel, a water-resistant structural solution. Aquacrete prides itself on stringent quality control, such as hourly batch sampling, and providing technical support through structural design systems and non-destructive testing. The company is committed to environmental sustainability and continuous improvement through research and development trials.
Klaus P. Redmann is the Director of Quality at Disc Spring Technology, LLC. He was born in Germany and received his Masters in Chemical Engineering in 1977. His first job after university brought him to the US, where he has resided for 36 years. In addition to his role at DST, Klaus owns Redmann Quality Engineering Services, which performs quality assurance services for nuclear fuel fabrication. Klaus has extensive experience in quality systems auditing and is certified in quality engineering.
This document describes the Vector Optima® subsea connector. It has a metal-to-metal sealing design that allows for quick ROV connection of flowlines with enhanced misalignment capability. It provides double pressure-energized sealing and has been tested for use in deep and ultra-deep sea applications up to 15,000 psi and 4,000 meters depth. The connector has a simple, efficient design to reduce costs and installation time for subsea connections.
This document provides a summary of Mr. Jerson Jose Rodriguez's professional experience in mechanical and piping engineering roles. He has over 20 years of experience in oil, gas, and steel mill projects, including design, construction, commissioning, and maintenance. His technical skills include piping design, AutoCAD, and knowledge of international standards. He is immediately available for global mobility.
06 0167 Keyhole Technology A Solid Solution For Our Road Surfaces For Trade P...Gord Reynolds
Keyhole technology allows gas companies to access and repair underground pipes from above ground using specialized coring equipment to extract a core sample from the pavement. This process takes 2-3 hours compared to conventional excavation methods that can take days or months. It causes less disruption than traditional techniques and leaves roads virtually undamaged after repair. The core sample strengthens within hours to support vehicles and lasts as long as traditional pavement according to a 10-year study. This efficient method is being adopted by more utilities for various maintenance applications.
Briefly, I am Ashish Shrivastava (self employed), Piping stress engineer with 15+ years of experience. I have done wide range of stress analysis in different sectors like Offshore/onshore, Marine, LNG/LPG, Petrochemical, Solar/ Thermal powerplants. Please find my profiles attached here for your reference.
I would be grateful if you can consider my profile for Autocad plant 3D/ pipe stress analysis work that would like to outsource.
I also provide corporate trainings online/offline.
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 about well completion processes and equipment. It discusses steps like well clean up, mud displacement, perforating, and describes completion equipment such as packers, landing nipples, perforated joints, and side pocket mandrels. The document is a reference for engineers, providing technical details on well completion design, operations, and component functions.
This document provides guidance on selecting and designing fiberglass piping systems. It discusses preliminary pipe sizing based on flow rate and pipe diameter. For detailed sizing, it describes methods to calculate pressure loss due to fluid friction and fittings using equations like Darcy-Weisbach that factor in parameters like pipe roughness, diameter, fluid properties and velocity. It also discusses flow regimes like laminar, turbulent and transitional, and how to determine friction factors using Colebrook or other equations based on the Reynolds number.
Mark Hensley has over 15 years of experience in subsea pipeline design, construction management, and material inspection. He has extensive experience performing finite element analysis to design subsea pipelines, jumpers, and structures. Recently, he has focused on improving analysis practices at his company by developing Excel programs to streamline the evaluation of finite element analysis results. He currently works as a senior pipeline engineer, where his responsibilities include providing technical guidance and support to evaluate challenges on projects.
This document contains the resume of Veerappa Panchal, who has over 9 years of experience as a piping stress engineer. He has extensive experience performing piping stress analysis using software like Caesar II and reviewing plant designs. Currently he works for PL Engineering in Gurgaon, India as a piping stress engineer on various projects around the world. His responsibilities include stress analysis, support design, dynamic analysis, and coordinating with other engineering disciplines. He holds a Bachelor's degree in Mechanical Engineering and is proficient in stress analysis codes and standards.
This document provides information on properly supporting piping systems using engineered solutions rather than field-devised methods. It discusses the importance of specifications that disallow makeshift supports and instead require manufactured products designed for the application. Primary overhead supports, in-wall secondary supports, and no-hub pipe restraints are covered. Specifiers are encouraged to work with product experts to develop specifications that eliminate uncertainty and result in consistent, code-compliant installations.
Pilot Tube Guided Boring Solutions Meet Project ChallengesLaura Anderson
Pilot tube guided boring equips contractors with the ability to accurately tackle extended trenchless gravity flow pipeline installations of 4-48-in. diameter pipe and larger with the guided auger boring method, in soft ground up to rock geology within a minimal footprint. Guided auger boring has positively impacted the auger boring market by ensuring bore accuracy, expediting installations, facilitating longer lengths, and reducing casing diameters for project savings. Pilot tube rock drilling has achieved success in rock density up to 12,000 psi using cutting tools to establish an accurate course for subsequent upsizing tooling. This presentation will explain these methods along with relevant case studies illustrating guided boring solutions that resolved project challenges.
Culvert Design 201 Structural Design, Durability & ApplicationsPath Marketing Inc.
Randy McDonald, Armtec Drainage’s Director of Engineering and Frank Klita, Senior Sales Representative build on the basics of culvert design covered in Culvert Design 101 and will focus in- depth on the structural design of culverts. Additionally, the presenters will review considerations and best practices for culvert installations.
You'll Learn:
Culvert types & applications
- Structural design of culverts and buried structures as per CHBDC (Canadian Highway Bridge Design Code) methods
- Installation best practices
- Review of applications across Canada
This document provides standards for piping design, layout, and stress analysis. It covers topics such as design and layout considerations including numbering systems, safety, clearance, pipe routing, valves, equipment piping, and stress analysis criteria. The standards are intended to replace individual company specifications and be used in existing and future offshore oil and gas developments. It references other NORSOK and international standards and does not cover all instrument control piping, risers, sanitary piping, or GRP piping.
Fittings & Valves For Instrumentation, Hydraulic & Pneumatic ApplicationsVishakhaTalmale
This document provides information on fittings and valves for instrumentation, hydraulic, and pneumatic applications manufactured by Sealexcel (India) Pvt. Ltd. It discusses the company's expertise in manufacturing high quality products to stringent standards over three decades. The document includes specifications for various compression tube fittings, precision pipe fittings, ball valves, and test certifications to verify product quality and reliability.
NK Energy Partners has a large network of strategic partners with 450 machines across multiple partner parks. In 2014, partners launched a new test site with proper storage facilities including industrial and warehouse bases. Factories are certified to quality, environmental, and health and safety standards. The company provides equipment and materials for drilling and completion like liner hangers, packers, and centralizers in various diameters for horizontal directional wells. It also produces protectolizers, mandrels, swellable packers, and rubber seals.
The document discusses ESAB's range of welding consumables for pipeline welding. It provides an overview of ESAB's cellulosic electrodes for pipeline welding under the Pipeweld brand. The Pipeweld 6010P/PLUS, 7010 PLUS, 8010 PLUS, and 9010 PLUS electrodes are recommended for different applications depending on the API 5L pipe steel grade, from root pass to fill and cap. The electrodes provide high deposition rates and quality welds for grades up to X70. While cellulosic electrodes are widely used for pipelines, their higher hydrogen content requires caution for thicker sections to avoid cracking.
Need a proven solution to remove surface runoff? Contech's Slotted Drain™ has over 100-years of proven in the ground performance and can remove over 50% more surface runoff than alternative inlet solutions.
Körting Hannover AG is a leading manufacturer of ejectors for the shipbuilding industry with over 140 years of experience. Ejectors are self-priming fluidic devices that use liquids, gases, or vapors to pump, evacuate, mix, or discharge other fluids without moving parts. Körting ejectors are customized for individual ship applications and used widely for bilge pumping, ballast handling, and other tasks. They provide reliable operation with low maintenance needs and costs.
The document discusses adhesive bonding solutions for the railway industry provided by Huntsman Advanced Materials. It describes how adhesives can help improve manufacturing processes, reduce costs, and increase design flexibility, strength, and durability for railway applications. The document provides details on Huntsman's product ranges, including epoxy, polyurethane, methacrylate, and phenolic adhesives. It also includes a table matching specific adhesive products to common railway applications such as carriage structure assembly, interior furnishings, and electrical component bonding.
Oetiker product range and solutions for the commercial and industrial vehicles industry sector. Exhaust, turbo, thermal management, tank straps applications along with assembly solutions.
This document summarizes how welding consumable improvements from ESAB can reduce pipeline construction time. Specifically, it describes a "3 run" welding procedure that uses a modified vertical down basic electrode for the first fill pass after the root and hot passes. This provides benefits over a traditional "2 run" procedure by avoiding issues like gas pores and reducing need for grinding. Field tests showed the new procedure can reduce welding time by over 30% and increase productivity to rates like 120-130 joints/day for a 48" pipeline.
Roxtec provides cable and pipe sealing solutions for the offshore oil and gas industry. They are the world leader in seals for multiple cables and pipes, with products certified according to safety and quality standards. Roxtec seals protect against hazards like fire, water, gas, and vibration throughout the lifecycle of offshore rigs, from initial design and installation to maintenance and upgrades.
Roxtec provides cable and pipe sealing solutions for offshore oil and gas applications. They are the world leader in seals for multiple cables and pipes, with products certified according to safety and quality standards. Roxtec seals protect against hazards like fire, water, gas, and vibration throughout the lifecycle of offshore rigs and vessels, from initial design and installation through maintenance and retrofits.
The document introduces a tubular rivet foundation as an alternative to traditional gravity foundations for wind turbines. Key points:
- Tubular rivet foundations consist of an inner and outer tube connected by structural members like arm beams and a circular grade beam, anchored deep into the ground like a fastener.
- They are constructed by excavating a hollow tube using long-reach equipment. Reinforced concrete is then cast to form a rigid connection between members.
- Analysis shows they can reduce engineering quantities of concrete and steel by 20-45% compared to gravity foundations, with savings increasing in difficult soil conditions. Construction is also faster with less environmental impact.
- The foundation acts as both an anchor and
Hose pipes are tools that play a pivotal role, adapting and evolving to meet the rigorous and varied demands of oil and gas, engineering and industrial sectors. Therefore it is necessary to understand their significance, the latest innovations, and their indispensable contribution in UAE projects. Takmeel hose pipe suppliers in UAE explores the world of hose pipes and their ever-evolving impact on modern industries.
Visit us - https://takmeeltrading.com/trading/hose-pipe-suppliers-in-uae.php
Solutions that Integrate - White Paper Series Part III: Oil and Gas Connectio...NorthwireCable
Continuing LEMO and Northwire’s collaborative white paper series is an in-depth analysis of the extreme environmental factors and electrical, mechanical, regulatory, and end-user demands of the oil and gas industry. These fuel sources continue to be dominant players in energy production around the world, and the extraction and refinement of oil and natural gas is constantly being examined and improved to increase efficiency and lower costs.
Itt grinnell products standard and line pipe catalog 2008ITTGRINNELL
The document provides information about ITT Grinnell's pipe manufacturing facilities and seamless pipe production process. It describes the facilities in Fairfield, Alabama which can produce 840,000 net tons of seamless tubular products per year. The process begins with solid steel rounds that are pierced and rolled into tubular shells in a rotary piercing mill and mandrel mill to achieve the desired outer diameter and wall thickness. Quality is ensured through monitoring and testing at various stages of production.
This document discusses the development of an ultra-high pressure riser system using a shrink-fit connection method for deep water drilling. Key points:
1) Shrink-fitting was developed as an alternative to welding for joining thick-walled, high strength steel pipes needed to withstand internal pressures up to 15,000 psi.
2) Testing of small-scale and half-scale prototypes validated the shrink-fit connection's ability to seal and withstand extreme tension and pressure loads well beyond operating conditions.
3) Finite element analysis showed the shrink-fit connection has better fatigue resistance than welded joints, with an axial stress concentration factor below 1.
Tenaris produces seamless steel tubes for structural applications in offshore and onshore construction. Their tubes are used in jack-up rigs, vessels, and top side structures. The document provides details on Tenaris' steel production process, including melting scrap and pig iron, casting bars, and rolling tubes through various mills. It also describes heat treatments and quality controls performed.
The presentation introduces ATECO and its Rewinder Earthing System (RES 2000) product. The RES 2000 is a grounding system for floating roof storage tanks that substantially reduces the risk of tank fires caused by lightning strikes or other electrical phenomena. It provides a low-impedance electrical bond between the tank shell and roof that is reliable and unaffected by factors like corrosion or the roof's position. The RES 2000 is cost-effective, easy to install, long-lasting with minimal maintenance needs, and able to retrofit existing tanks effectively.
Arvihitech is a manufacturer of Ermeto Tube fitting that are built to last. The EO-Plus fitting produces high pressure, leak-free connection of tubes and components in fluid systems.
Roxtec provides cable and pipe sealing solutions for drill ships that ensure safety, reliability, and efficiency. Their seals are certified to withstand tough offshore conditions and protect against risks like fire, explosions, and water. Roxtec's solutions simplify installation and modifications while reducing costs, and many can adapt to cables and pipes of various sizes and materials. With a local presence in 70 markets worldwide, Roxtec helps vessels safely and reliably transmit cables and pipes.
The document describes plans for two production lines to manufacture double wall corrugated pipes from HDPE resin. Line 1 will produce pipes from 200-400mm in diameter using equipment like die heads, cooling mandrels, a forming machine, mould blocks, a spray bath, cut-off unit, and stacker. Line 2 will produce larger pipes from 500-800mm in diameter using similar equipment but with higher power requirements. Both lines aim to operate continuously to meet production needs.
1. GE imagination at work
GE Oil & Gas
Drilling & Production
VetcoGray Specialty Connectors & Pipe
For land, platform, jackup, floater and deepwater applications
2. Specialty connectors & pipe
Oil and gas wells are being drilled deeper all the time, which subjects drilling,
completion and production equipment to more extreme pressures, temperatures,
fluid velocities, corrosive environments and unstable geological formations. In
these conditions, specialty connectors and pipe are fundamental lifelines, not
only for a well’s productivity, but for environmental health and safety. Pipe and
connector materials must resist these conditions. Seals must be impermeable
and easily made. Reliability of this equipment is critical to the success of the
overall operation.
GE Oil & Gas solutions
Although a pipe may be considered simple or low-tech, the engineering that
ensures its reliability in the hole must be anything but. Our designs use higher
grade materials for more robust performance and advanced metal-to-metal
sealing for high reliability under extreme pressures and temperatures. Our
products enable quick, accurate stabbing and virtually eliminate cross-threading
in the case of threaded connectors. Our conductor and casing connectors are
designed and verified by extensive testing and analysis for compatibility with the
strength and capacities of the pipe.
With an inventory and global supply chain structured with speed in mind,
operators can take full advantage of timely rig subleases to leverage new drilling
opportunities. Our entire portfolio is designed with flexibility in mind – covering
a wide range of applications with standardized products and running tools.
Drawing on decades of experience, our complete system approach continues to
deliver fast, simple and economical conductor and casing joint make-up for the
most demanding operations.
3. 33
RL-3MRL-4S/-1S RL-4F RL-2HCX
Pioneers of connector excellence
GE Oil & Gas provides the complete range of VetcoGray specialty
connectors, with a product heritage of industry-wide success
dating back to the 1970s, particularly for extreme deepwater
applications.
Responsive service to save rig time
Our portfolio includes both threaded and mechanical products
– all precision connection systems that simplify makeup of large
diameter casings (usually 18-42") to save valuable rig time. They
are sought after around the world for challenging drilling projects
including highly deviated wells, gas wells and high current
environments with fatigue loadings.
Our VetcoGray conductor and casing connectors are designed and
verified by extensive testing and analysis for compatibility with the
strength and capacities of the pipe, as well as the most extreme
operating conditions.
Innovation Now
We have a well-established history of technological innovation that
spans decades of proven infield successes in every application area
and region of the world.
Single-source solutions
We offer the industry’s widest range of connector products as well
as a variety of drilling equipment so you can always count on us for
viable solutions – no matter what challenges you face. This single-
source advantage also gives you greater control over delivery times
and overall specifications.
As part of our Innovation Now customer focus and commitment,
GE Oil & Gas regularly exploits the most advanced technologies
to continuously improve performance and productivity for our
customers.
4. 4
Precision analysis methodologies
We employ 2D and 3D finite element analysis (FEA)
to optimize the connector design. Our stress analysis
provides a more accurate assessment of protection
against excessive yielding with consideration of large
deflection.
Our analysis model simulates the configuration of
the wellhead and casing system with appropriate
components, gap spacing between components, soil
interaction, cement levels and all associated loads.
Extensive simulation of field conditions
Analysis is performed with applied loads varying over the
full range of the fatigue load to determine the reacted
stresses at critical locations. The fatigue damages of
the critical locations are estimated by the reacted
stresses, stress concentration factors and S-N curves
(alternating stress versus number of cycles to failure).
Our simulations cover the loads imposed by the
environment – including wave and current, vessel
motion and riser tension. Through this exhaustive
process, we take every possible opportunity to improve
our product designs – reducing risk and cost for our
customers, and increasing their productivity.
Designed for the
worst conditions
5. 5
Delivering the
best performance
Reliable and efficient operation
The seal integrity and robustness of our VetcoGray
connectors make them the most trusted and
technologically advanced in any application.
Quick, accurate stabbing and virtual elimination of
cross threading during initial engagement are ensured
by the combination of the thread form and the tapered
connector profile. A resilient seal in our threaded
connectors ensures a high-pressure seal with optimal
torque for increased operational safety and makeup
reliability.
For drilling applications that require non-rotation,
reusable, mechanical connectors, the Squnch Joint®
product line has become the choice of operators
worldwide.
Tailored to specific application needs
We offer a complete system approach. Working
together with our customers, we establish and design
to precise specifications for each application, pipe size,
coating, handling, circulation and installation. The net
result is a highly reliable product line that optimizes the
complete drilling operation.
6. 6
PipeOD(inches)
Multiplethreadstarts/Fastmakeup
Highbending
Highinternalpressure
Hightensilestrengthforlongerstrings
Fatigueapplications
RL-4S/-1S
Threaded with anti-rotation tabs; ¼ turn fast makeup
casing (RL-4S); 1⅓ to 2⅓ turn makeup (RL-1S)
16-28"
RL-3M
Threaded metal to metal seal gas tight casing, makeup
in ⅝ to 1 turn. For deep water, harsh environments
20-22"
RL-4
Threaded, ¼ turn fast makeup, designed for large OD,
long string casing. Can be used for remote release of
strings at the mudline through left-hand connectors
20-42"
RL-4F/-1F
Threaded, flush OD conductor, reduced bore. ¼ turn to
makeup
24-36"
RL-2HCX
Threaded, high bending conductor with good fatigue
performance
32-36"
RL-4RB
Threaded, ¼ turn fast makeup, economical conductor
36"
RL-4HC
High capacity, fast makeup, threaded economical
connector
30-36"
LS-2HP/LS-2HT/LS-2
Threaded economical connector with metal to metal
seal and double o-ring option
16"
ST-2HP/ST-2
Economical weight set squnch joint connector
30"
ALT-2/ALT-2 HT
Weight set squnch joint, premium connector
20-30"
SR-20
High capacity and high fatigue, metal to metal seal
connector, makeup using hydraulic clamp
26-32"
Meeting every
challenge
8. 8
Macaé & Jandira, Brazil
Spare parts and rental tools•
Repair, maintenance and testing•
Fabrication of specialty•
connectors and pipe
Field services•
Jandira site includes advanced-•
technology test pits
surface and subsea wellhead systems, gate
valves, chokes, actuators, specialty connectors
and pipe, risers, mudline suspension systems,
subsea production systems, TLP and spar
systems, capital drilling equipment
Montrose, Scotland
Engineering, design and supply•
center for VetcoGray 16-48"
specialty connectors and pipe, as
well as other surface and subsea
equipment for the North Sea,
European, Mediterranean and
Russian markets
Manufacturing facilities include a•
fully equipped machine shop, two
fabrication shops and a high bay
for test and assembly
Overall area: 13 acres
Manufacturing: 1.2 acres•
Pipe yard: 7.4 acres•
specialty connectors and pipe, conductors
and casing, subsea wellhead systems,
capital drilling equipment, subsea production
systems, integrated well services, field service
and repair
Everywhere you are
Everything you need
Aberdeen, Scotland
GE Center of Excellence for•
VetcoGray subsea systems
R&D, product development,•
engineering, design, assembly,
testing and integration, repair
and remanufacturing, rental
systems and tools
subsea trees and systems, surface wellheads
and trees, chokes and valves, analysis systems
Warsaw, Poland
Engineering and test center•
serving European customers and
providing 24/7 support around
the globe
Two environmental chambers•
rated for 100-500ºF, gas tests
to 20,000 psi and hydro tests to
30,000 psi
One 65 ft• 2
floodable pit with
same pressure test capacity as
chambers
Setting jack capable of 1.5 million•
lbs force
engineering and R&D for subsea trees and
manifolds, surface trees and flow control
equipment; surface and drilling equipment
support
Houston, USA
GE Center of Excellence for•
VetcoGray surface wellhead and
flow-control equipment
Engineering, R&D, manufacturing,•
fabrication, testing, assembly,
service and support for the Gulf
of Mexico and other western
markets
Overall area: 50 acres
Manufacturing: 3.3 acres•
Test and assembly: 32,500 ft• 2
Fabrication: 30,000 ft• 2
R&D: 12,750 ft• 2
surface and subsea wellheads, flow-control
equipment, specialty connectors and pipe,
capital drilling equipment and floating
production systems
9. 9
Luanda, Angola
Sonils Oil Service Center
Regional Center of Excellence for•
drilling rental tooling
Manufacture, assembly and test•
of subsea production equipment
Offshore and surface wellhead and•
SCP support with large in-country
team of Field Service Engineers
Aftermarket support for full product•
range including spare parts
Clean room for subsea control•
module (SCM) and valve assembly
Self-contained calibration room•
Repair workshop with concreted•
yard to withstand 100 ton load
Fully certified to ISO 9001•
Overall area: 6.2 acres
subsea production systems, field service and
repair
Onne, Nigeria
Manufacturing, repair and field•
service support
Rental tooling for subsea•
exploration and surface drilling
wells
Spare parts inventory for all our•
product lines
Clean room for SCM and valve•
assembly, calibration room and
stores extension
Overall area: 4.4 acres
subsea production systems, specialty
connectors and pipe, field service and repair
Batam, Indonesia
GE Center of Excellence for•
manufacturing
Located less than 2 km from the•
seaport in Batu Ampar
Certified to ISO 9001, ISO 14001,•
OHSAS 18001 and licensed
to manufacture API 6A, 17D
products
Batam Island is a customs-free•
trade zone, facilitating the quick
and unrestricted flow of goods
Overall area: 15 acres
Manufacturing: 1.9 acres•
subsea wellheads, specialty connectors
and pipe
Our drilling and production customers around the world must
respond quickly to changing environments and operating
conditions – all of which are extreme with high associated risk.
In response, we invest significant resources to maintain major
manufacturing, engineering, testing and service facilities around the
world. These sites are equipped with the most advanced resources
and highly experienced domain experts with all the capabilities
required to support every stage of project development.
These facilities include advanced manufacturing and inspection
technologies, Six Sigma, ISO and other quality-focused best
practices that ensure consistent and reliable product and service
delivery for every application.
Through this network, we ensure that the right technologies and
expertise are strategically located and always available to our
customers in every region, for any challenge.
Singapore
GE Center of Excellence for•
managing and manufacturing
surface wellheads and trees for
extreme services
Asia Pacific/Middle East Regional•
Headquarters
Certified to ISO 9001, ISO 14001•
and API Q1, and licensed to API
5CT 6A, 6D, 7, 16A and 17D
Capabilities include a world-•
class cladding cell, engineering
experience in deep, corrosive,
high-pressure gas and complex
offshore systems
Six Sigma quality facilities include•
upgraded block-cell and mill-
turn machines with significant
productivity benefits
surface and subsea wellheads, flow-control
equipment, capital drilling equipment
Jandakot, Australia
GE Center of Excellence for•
Global Services
Engineering, project•
management, field service and
training maintenance, testing
and integration of subsea control
modules, IWOCS, manifolds and
connection systems, trees and
umbilicals
Permanent FEED capabilities and•
three project teams, including 28
Field Service Engineers
Overall area: 5 acres
Hardstand area: 3.2 acres•
Workshop: 34,260 ft• 2
(half dedicated
to subsea technologies)
Training: 4,844 ft• 2
subsea control systems, field service and repair
10. 10
Global Services
The technologies and expertise distributed across our Global Services
network are determined by practical industry needs. Our service
shops are designed and continually refined with
customer input to reduce costs and shorten delivery
times in every region.
Our customers take advantage of comprehensive in-
house capabilities, including precision machining, laser
alignment for welding, AC/DC waveform submerged
arc welding, advanced non-destructive evaluation
(NDE) techniques including phased-array ultrasonic
inspection and coordinate measuring machines (CMM).
We also provide stocking programs to help customers with multi-
year drilling plans and commitments.
Just like our industry-leading manufacturing and engineering
facilities, all our Global Services sites adhere to rigorous programs
such as Six Sigma, ISO and other quality-focused best practices
that ensure consistent and reliable product and service delivery for
every application.
Testing
Our engineering, manufacturing and Global Services facilities
are further supported by our world-class testing facilities in key
locations around the world. All tests are performed and data
analyzed by highly skilled specialists with extensive domain
experience.
Our resources include environmental chambers, test
pit fixtures for extreme temperature and pressure
conditions. We perform extensive functional,
combined-load tests and gas tests compliant to
ISO 13679.
Load testing equipment includes tension, compression
and bending test fixtures, bending fatigue test fixtures
and a variety of pressure testing fixtures. Functional
testing includes makeup, break-out and stabbing tests.
Close to
customers
Far-reaching
solutions
11. 11
Call one of our regional offices
for 24/7 emergency service
From a network of more than 40 locations
in over 30 countries, our highly experienced
team delivers consistently high-quality
performance on routine repair and field
service activity as well as expertise and
innovation when solving more complex
customer challenges in some of the most
demanding environments around the world.