- published: 16 May 2013
- views: 13234
The Secure Infinity Series 2MW generator set, with prime power for the offshore oil and gas industry. Robust design, superior quality containerised turbine generators for an infinite number of features and application engineering combinations. Background A global oil and gas exploration company needed additional power on one of their oil platforms in the Middle East. The challenge The main electrical power supply to this platform is provided via a 33kV subsea cable link of over 40Km. The requirement was to install two new generators of 2MVA (approx.) each, to cater the additional power requirement of full production needed to meet their contractual production agreements. The Solution Dale Power Solutions provided two bespoke secure infinity generator sets, each providing a continuou...
A power grid on the seabed, over 3,000 meters beneath the ocean surface - the "Subsea Power Grid". At the unique Subsea Technology Center in Trondheim, Siemens researchers are working on an underwater power network that can withstand high pressures of up to 320 bar - for a duration of 20 to 30 years! The prototype of a transformer can already be admired. The components for the first switchgear unit stand at the ready in a clean room - and the Siemens developers are already planning to use variable-speed drives. Some insights into pioneering research in the deep. Learn more: http://www.energy.siemens.com/hq/en/industries-utilities/oil-gas/applications/subsea/
Hello? We are the CEO of Marine Energy Co., Ltd., who is trying to produce a tide generator using marine algae. The existing underwater tidal generators are installed underwater in the whole of the power turbine of about 200 tons so that the waterproofing, civil engineering and construction cost of the turbine is excessively enforced, It has a disadvantage in that it can generate electricity only in one direction by forcibly inducing the underwater tide in one direction to fit the turbine generator and shortening the generation time of one day. We have completed the Korean patent registration (Patent No. 10-1691933) on the tidal generators with the following characteristics in order to improve the excessive facility cost and inefficient generation time. - bottom - 1. By separating the rot...
The Underwater Electricity Generator works on principle of transforming Pressure and Kinetic Energy of water into Electrical Energy by rotary motion, which is first of its kind. The concept is still in Research and Development phase which's patent is registered in Neeraj Abhang's name. Expected date of generating power, for souls on earth is July 2028. Contact: Neeraj Abhang +919766420496 firstname.lastname@example.org Social Profiles: www.linkedin.com/in/neerajabhang www.facebook.com/neerajabhang
Discover why GE's SeaSmart Offshore Package™ may be the smartest thing for power generation & mechanical drive applications. Our latest design provides increased availability and long-term efficiency with reduced installation and commissioning, optimized maintenance and compact, on-skid controls, auxiliaries and diagnostics capabilities. Advanced composite materials eliminate tons and increase corrosion resistance for harsh marine conditions, while the fully integrated package significantly reduces footprint to free up valuable deck space. Find out more about the SeaSmart Offshore Package™ at https://www.geoilandgas.com/subsea-offshore/offshore-turbomachinery/seasmart-offshore-packagetm-power-generation-or-mechanical.
An Australian company has been working on a system that uses underwater buoys to convert sea waves into zero-emission energy and desalinated water. Australian firm Carnegie Wave Energy has been developing a system called CETO, which aims to utilise sea waves to generate power. Steel-made buoys that can currently generate 240 kilowatts are the main part of the system. At the Australian naval base HMAS Stirling, three buoys are placed 11 kilometres apart. The buoys are less susceptible to extreme weather damage, while underwater waves are sufficient to generate power. The buoys' pumps drive the high pressure water to an onshore power plant via a subsea pipe. The high pressure water spins the turbines, which then generate zero-carbon electricity. The CETO system can be used to power a des...
Overview of the unique Ocean Resource Power Buoy designed to support a brown oil field to power subsea well pumps supplied by Schlumberger. With 5MW power generators using long life diesel engines with backup generators already fitted and on standby.
Overview of the operational steps for using a Riverhawk HT-6690 on a 9E turbine, load coupling to Elin generator connection. Visit Riverhawk.com for more information and manual downloads.
http://www.siemens.com/energy Have you ever wondered what goes on during the installation of a wind power plant at sea? Watch this video and learn more about what really happens. You´ll never have an opportunity to get this close again! http://www.siemens.com/wind
In this INTEGRA Technologies How It Works video, we will briefly cover the operation of the SeaStallion Subsea Bolt Tensioner. Contact us today to learn why SeaStallion’s are the industry’s choices for subsea bolting. 800-779-2658 integratechnologies.com (C) INTEGRA Technologies Limited and INTEGRA Services Technologies, Inc. All Rights Reserved. 2016. Music by BENSOUND
Subsea 7 has a market leading portfolio of riser solutions, find out more at www.subsea7.com
Five Square Imagery designed a 3D animation and a few still images for Hammerfest. Tidal stream energy (tidal energy or tidal power) is energy contained in naturally occurring tidal currents which can be extracted and converted into electricity. View more on: http://www.5sqi.com/ Subscribe to our channel and watch high quality 3d animations and visualisation. We create 3d visuals (cgi) provided in still and animation format catering to a wide range of sectors, including: • marine/ subsea/ offshore • renewables/ energy/ oil & gas • engineering/ infrastructure/ transport • modular construction • commercial/ retail • residential/ architectural visualisation
Formed in April 2013, EC-OG is an employee-owned independent Subsea Engineering services provider. We have developed an innovative, ocean current turbine known as the Subsea Power Hub to produce energy for multiple applications. The Subsea Power Hub will provide power in subsea conditions using a unique patented turbine arrangement. It is easy to install, reliable, cost effective and suitable for remote environments.
An animation showing a complete overview of the range of ball and taper products that First Subsea do.
For many years Professor Seamus Garvey has been dreaming of "energy bags" anchored to the seabed, storing power by converting it into compressed air... And now it has become a reality in the seas off Orkney. We've posted many video following this project - see a playlist of them at: http://www.youtube.com/playlist?list=PL49FAD4E1788AE0C6 Test Tube by video journalist Brady Haran for the University of Nottingham. More at http://www.test-tube.org.uk/
Some people thought we were crazy when we put a giant wind turbine on top of a floating spar structure and towed it out to sea. But it turned out to be the future, and the future is now. This year we made a giant leap forward as we installed and started producing electricity from the world’s first floating wind farm. The 30 MW Hywind Scotland pilot park will demonstrate the feasibility of future commercial floating wind farms that could be more than four times the size. This will further increase the global market potential for offshore wind energy, contributing to realising Statoil’s ambition of profitable growth in renewable energy and other low-carbon solutions. Visit our website to learn more: https://www.statoil.com
Aubin Subsea has developed a solution for the numerous challenges that subsea lifting presents. LiquiBuoy offers a solution to the challenges of deepwater lifting, increasing operational capacity, reducing weather dependency and saving precious time at a range of depths. The system allows buoyancy levels to be quickly adjusted to precisely place, move and recover structures on the seabed. The LiquiBuoy gel is transferred from a holding container to a controlling receptacle, enabling fine control, trim and ballast. The low-density composition of LiquiBuoy offers nearly a pound-for-pound lift with an entirely scalable system able to lift any mass. We have developed a variation of the LiquiBuoy system for ultra-deepwater operations, called DeepBuoy. Environmentally responsible and cost-ef...
The Sabella D10 tidal stream turbine is interfaced by MacArtney connectivity For successfully transmitting the harnessed tidal power to the onshore grid, Sabella D10 relies on a total customised subsea connectivity solution from MacArtney.
Some say accessing the sea floor is harder than getting to the moon. Imagine building a facility on the ocean floor, fully capable of recovering and processing oil thousands of feet below the surface. Such a facility would revolutionize oil and gas access and recovery, but how do we get there? Tune in to this #InventorsInAction discussion, and enjoy lab tours from GE’s global research centers in New York and Brazil with our experts Oliver Astley, Technology Leader, Power Conversion and Delivery; Konrad Weeber, Chief Engineer, Electrical Technologies & Systems; and Sérgio Sabedotti, Offshore and Subsea Systems CoE, GE Brazil Technology Center leader.