- published: 10 May 2010
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An animation of a complex schedule of work installing a wide array of subsea equipment within the Arctic circle. This animation is the second campaign of two
A subsea cable was laid from the RV Celtic Explorer in Galway Bay in April 2015. The four kilometre cable, and a frame to which sensors and monitoring equipment will be attached is part of the development of an ocean observatory in Galway Bay connecting the Galway Bay Ocean Energy Test Site and to the shore at Spiddal, Co. Galway. The cable will supply power to the site and allow unlimited data transfer from the site for researchers testing innovative marine technology including renewable ocean energy devices. The Marine Institute and the Sustainable Energy Authority of Ireland (SEAI) have been working together to promote and develop Ireland’s ocean energy potential and this project, with partners SmartBay Ltd, UCC (MarEI - Marine Renewable Energy Ireland), and Dublin City University, is...
Through years of experience and constant innovation, we have developed the widest range of high-tech installation capabilities and burial tools in the global market. Equally, our knowledge of how to carry out a submarine cable. Heavy Duty Plough is of the most high – tech installation capabilities utilized in the most challenging projects.
As the global demand for data continues to skyrocket, the Marea subsea cable represents an important opportunity for faster and more reliable connectivity between Virginia and Spain. This cutting-edge technology is also expected to help with economic growth in both countries, as seen in the story of Barcelona-based Sanjo Fine Blanking and its decision to expand for the first time into the North American market – right in Virginia Beach.
SUBSEA SOLUTIONS offers a career path for the oil and gas industry. Experienced instructors and small class sizes provide an in-depth look at all subsea blowout prevention equipment. www.SubseaSolutions.net SUBSEA TRAINING SOLUTIONS introduces the fundamentals of subsea well-control equipment, and offers more advanced courses for experienced oil and gas personnel. Training Classes SUBSEA SOLUTIONS' state-of-the-art learning centers offer a modern and effective approach to learning. Our unique multi-sensory approach uses a 20' wide digital-theater quality, rear-projection Cyviz Bizwall; 3D graphics; animations; and physical 3D models. Developed in-house by our own team of experienced technicians, this stimulating learning experience is designed to capture the student's interest and to ...
Through years of experience and constant innovation, we have developed the widest range of high-tech installation capabilities and burial tools in the global market. Equally, our knowledge of how to carry out a submarine cable installation is second to none. From shallow water to deep water, and from single cable to bundled cables, we have the experience and high-tech capabilities to provide complete solutions across all manner of cable installations Hydroplow is Prysmian’s specially designed powerful, lightweight jetting plow which allow the deployment in deep ocean and shallow water installations.
Quickflange subsea installation in minutes!
diver repairing fin stabilizer
Provides pipeline operators with a safe, reliable and efficient means to installing clamps or clamp-type products for multiple subsea pipeline interventions. It works at depths of 3,000-metres/9,840-feet, and also in shallower waters that are unsafe for divers. With uniquely broad and versatile capabilities, the Clamp Installation Tool can be integrated into emergency pipeline repair systems (EPRS) inventory for rapid interventions.
This animation depicts a standard undersea fiber optic cable installation, deployed from one of TE SubCom's cable ships and buried with our submersible plows and ROVs.
Offshore Wind Farm inner array grid cable installation on the Nordsee One OWF project as executed by Siem Offshore Contractors during the summer of 2016. The submarine cable installation was performed using the leading Siem cable installation Duo (Siem Aimery - Cable Lay Vessel and Siem Moxie - Installation Support vessel). Visit http://www.siemoffshorecontractors.com/ for more information about SOC.
STATS have developed a diverse range of piping related products and services, which have a global application in the oil and gas sector for subsea and marine applications. STATS partner major operators in the development and support of Emergency Pipeline Repair Systems (EPRS) to minimise the downtime of damaged subsea pipelines. An incident from an anchor drag or dropped object can be catastrophic to the environment and transportation of hydrocarbons. The prime focus of EPRS is to accommodate external damage to major pipelines and minimise the pipeline downtime. Most Emergency Pipeline Repair Systems are operated by clubs with several operators contributing to the costs with each having immediate access to the solution. For more information visit - http://www.statsgroup.com/
The P12 pipeline from the Troll gas field to Kollsnes is the third gas import pipeline from Troll to Kollsnes. A 36" spool has been installed between the P12 pipeline termination and the subsea 'swan neck' riser outside Kollsnes. The spool was installed in 2011, in one piece and the total length was 155m. The P12 spool was transported to the field by using a barge and installed on the seabed by using the main crane on the DSV Skandi Arctic. The spool was connected to the P12 pipeline and the riser by a welded tie-in using the Pipeline Repair System to perform the hyperbaric welding. The subsea installation and operation of the PRS welding spread was performed by saturation divers from the DSV Skandi Arctic, managed by Technip Norway.
DSTI's subsea swivels are designed for safe and reliable fluid transfer available for pipeline/flowline installation and operation applications. DSTI subsea swivels help absorb moments and loads associated with the installation process significantly reducing risk and improving installation time. Learn more at: http://www.dsti.com/industries/marine-offshore/subsea-swivels/
If you'd like to see more about our students or graduates and want to work at the forefront of innovation at BP, please explore our website dedicated to students and graduates http://www.bp.com/en/global/corporate/careers/students-and-graduates.html
PEFLEX is a cable protection system, manufactured by Pipeline Engineering, used to protect freespan array and export cables on offshore wind farms. Using PEFLEX allows diver-less and ROV-less installation. The PEFLEX design combines a series of interlocking polyurethane vertebrae half sections interspersed with elastomeric sleeves. PEFLEX is positioned at the subsea entry of cables on J-Tube or J-Tubeless connections. Once attached, PEFLEX limits the bending of cables by locking when the minimum bend radius is reached".
Mike Robinson from FMC Technologies presents on today's complex technologies and directions for future offshore oil and gas production. The event was hosted by Professor Brian Evans from the Oil and Gas Projects at Curtin Uni and is essential viewing for anyone looking to do a post graduate course in Subsea Engineering. Explore more! http://petroleum.curtin.edu.au/
In this presentation, you will find the following presentations and panels discussion the health and direction of the submarine telecoms market: Keynote Speech: His Excellency, Hem Heng Cambodian Ambassador Presentation #1: Emerging Markets - Africa & South East Asia "It's Not Just About the Global Backbone" Panel Session #1: "The Future of Content Distribution and Infrastructure" Presentation #2: "US Domestic Fiber Infrastructure" -- Today and Into the Future Panel Session #2: "USA to the Rest of World "Where are the Growth Markets for 2015?"
SubTel Forum is proud to announce the industry's first live video stream of a conference event. The State of Subsea 2013 meeting was first held on October 1, 2013 and was attended by 35 industry professionals in person, the stream was able to support well over 95 unique users from the world; the combined attendance was over 130 people. To learn more about the State of Subsea global event series, please visit their website: http://stateofsubsea.com/ To follow news and events in the submarine cable industry, be sure to check out SubTel Forum: www.subtelforum.com
"Subsea Inspection, Path to 2020; Disrupting ourselves – what does it look like going forwards? What do we need to do, to get there?" Branch technical lecture presented at IMarEST HQ by Dave Turner CEng FIMarEST, Vice President, Subsea Production Operations, Global Operations, BP
Speakers: Jamie Gaudette, Microsoft Undersea bandwidth demand continues to increase for large-scale cloud providers, driven by phenomenal growth of cloud services and the globally distributed nature of data centers. To efficiently meet this demand, cloud providers have driven the open cable system (OCS) concept. In this talk, we discuss Microsoft’s approach to undersea cable systems and the evolution from complex closed systems to simple, efficient open cable systems.
Video: http://folk.ntnu.no/stanko/Courses/TPG4230/2017/Videos/20170404.mp4 Pdf notes: http://folk.ntnu.no/stanko/Courses/TPG4230/2017/Notes/20170404.pdf Excel files: http://folk.ntnu.no/stanko/Courses/TPG4230/2017/Class_files/20170404/
2nd Presentation how Natural Desalination is low cost using only Nature to power it with no adverse environmental impacts. New low cost water for everyone to help the environment and people too. All proven technologies, just not put together yet. Easy to understand, but political and Water people do not like change and are afraid of the water. Natural Desalination is only powered by nature (trillions of gallons at about $20 acre foot operating cost). By placing your Reverse Osmosis (RO) field out at sea down about 1800 feet you get the pressure needed to Desalinate all the water wanted, then you have the water go back to shore 3 miles using gravity to the 2000 foot elevation, where the fresh clean water is pumped up using CETO wave power. CETO Wave desalination is in operation today i...
Hear from industry experts on safe operation and maintenance of offshore pedestal-mounted revolving cranes on fixed or floating platforms, support vessels, and other mobile offshore drilling units. You’ll also learn about other new changes from the 6th to 7th edition of API RP 2D.
This JSA TV Virtual Roundtable, "The State of Subsea Cables," features Tom McMahon, CTO of Aqua Comms; Jukka-Pekka (J.P.) Joensuu, Executive Vice President of Cinia Group; David Ross, CEO and Owner of The David Ross Group; and Eric Gutshall, Founder and Global Head of Asset & Capacity Sales for United Cable Company (UCC) - and is moderated by Jaymie Scotto Cutaia. The esteemed panelists discuss the latest trends and route developments, particularly across the Atlantic, providing expert insights and opinions on the current and future need vs. demand for subsea capacity.
To find out more please visit:http://www.twi-global.com/news-events/case-studies/tank-integrity-monitoring-non-invasive-monitoring-of-storage-tanks-487/ or http://www.plantintegrity.com/index.jsp TWI is launching an innovative joint industry project for on-stream non-invasive monitoring of above-ground atmospheric storage tank floors using guided wave ultrasonics. This involves the use of low frequency ultrasound to examine the whole of the tank floor using a number of permanently attached sensors installed around the perimeter of the tank on the outside. Tank floors are thus tested without requiring entry to the tank or draining the contents. Benefits include improved planning of outages and inspection/maintenance intervention, with reduced likelihood of tank floor leaks.
Perdido is the deepest floating oil platform in the world at a water depth of about 2450 meters (8000 feet) operated by the Shell Oil Company in the Gulf of Mexico. The Perdido is located in the Perdido fold belt which is a rich discovery of crude oil and natural gas that lies in water that is nearly 8000 feet deep. The platform's peak production will be 100,000 barrels of oil equivalent per day. At 267 meters, the Perdido is nearly as tall as the Eiffel Tower.
Global Business Manager for DP and Drilling, Mark Carter examines the improved robustness and accuracy offered by Sonardyne's combined acoustic and inertial technologies together with performance results from real world installations and lessons learned. Sonardyne's in-house acoustic and inertial capabilities mean that we can tightly couple these technologies to deliver cutting edge performance with a low integration risk for our customers.
DynaFlex automates the process of setting up, running, and producing results for subsea installation analysis using the software package OrcaFlex and its API. DynaFlex is developed and maintained by Project Development International (PDi).