EMAS, the operating brand of Ezra Holdings received a Letter of Agreement (LOA) from Noble Energy for the Gunflint Project in the Gulf of Mexico (GoM).
Under the terms of the agreement EMAS’s Subsea Services division, EMAS AMC has been nominated to perform the offshore installation of pipelines, umbilicals and ancillary equipment for the Gunflint Project in the Mississippi Canyon area of the US GoM in water depths in excess of 2,000 metres. The pipelines will be installed with EMAS AMC’s flagship vessel the Lewek Constellation while the EMAS Marine Base in Ingleside, Texas will be used to perform the pipe stalking and fabrication of various subsea structures.
Project preparation activities have already started and offshore works are scheduled to be carried out during 2015.
“I would like to express my sincerest appreciation to Noble Energy for their vote of confidence by awarding this important project to us,” said Mr Lionel Lee, EMAS’s Group CEO and Managing Director. “The Gunflint project is another significant milestone for us as it is a testament to the growth and current capabilities of EMAS AMC. It affirms that our combined engineering and asset capabilities, including our flagship construction vessel Lewek Constellation, are being endorsed by the industry to execute challenging subsea projects anywhere in the world. It is also the second major contract awarded to us by Noble Energy, following our successful work for the Noble Tamar Project and I look forward to working with Noble again and deliver a mutually successful outcome on Gunflint.”
The Group has secured more than US$300 million subsea contracts since the beginning of 2014, with the subsea backlog standing at more than US$1.4 billion to date.
Press Release, April 11, 2014
Royal Dutch Shell plc (Shell) today announces a final investment decision in the Stones ultra-deepwater project, a Gulf of Mexico oil and gas development expected to host the deepest production facility in the world.
This decision sets in motion the construction and fabrication of a floating production, storage, and offloading (FPSO) vessel and subsea infrastructure. The development will start with two subsea production wells tied back to the FPSO vessel, followed later by six additional production wells. This first phase of development is expected to have annual peak production of 50,000 boe/d from more than 250 million boe of recoverable resources. The Stones field has significant upside potential and is estimated to contain over 2 billion boe of oil in place.
“This important investment demonstrates our ongoing commitment to usher in the next generation of deepwater developments, which will deliver more production growth in the Americas,” said John Hollowell, Executive Vice President for Deepwater, Shell Upstream Americas. “We will continue our leadership in safe, innovative deepwater operations to help meet the growing demand for energy in the US.”
The Stones field is located in 9,500 feet (2,896 meters) of water, approximately 200 miles (320 kilometers) southwest of New Orleans, Louisiana, and was discovered in 2005. The project encompasses eight US Federal Outer Continental Shelf lease blocks in the Gulf of Mexico’s Lower Tertiary geologic trend. Shell has been one of the pioneers in the Lower Tertiary, establishing first production in the play from its Perdido Development.
An FPSO design was selected to safely develop and produce this ultra-deepwater discovery, while addressing the relative lack of infrastructure, seabed complexity, and unique reservoir properties. With an FPSO, tankers will transport oil from the Stones FPSO to US refineries, and gas will be transported by pipeline.
The launch of the Stones development is a key milestone as Shell continues to grow deepwater exploration and development in the Gulf of Mexico, having made significant progress recently on the Mars-B development project with the arrival of the Olympus tension leg platform. Shell is also in the concept selection phase for the Appomattox and Vito discoveries in the Gulf of Mexico.
Shell holds 100% interest and will operate the Stones development.
InterMoor, an Acteon company, has successfully completed a contract with Cross Group, Inc. that included the provision of heave-compensation services for the installation of a Cross 7.0 workover riser package (WRP).
An InterMoor compensated anchor-handler subsea installation method (CASIM) unit played a key role in deploying and recovering the WRP.
“The CASIM system enabled us to provide effective heave compensation and to recover the delicate WRP on a vessel without an active heave-compensated crane or stern roller,” said InterMoor vice president of business development David Cobb. “That was the only way to achieve the WRP installation from this vessel. The success of this project underlines the value of the CASIM system as a cost- and time-effective solution, and explains why more and more subsea contractors and operators are choosing it to facilitate the installation of workover packages.”
Each standard CASIM unit has a maximum stroke of 3 meters and can accommodate loads up to 50 tons.
The heave compensation operation was in water depths of about 140 meters and used Cal Dive’s Uncle John DP saturation diving vessel to install the 29-ton WRP. The project took place at East Cameron well 378#3, offshore Louisiana, USA. The Cross Group is conducting a plugging and abandonment (P&A) program in the field for EPL Oil & Gas, Inc.
This project demonstrates how InterMoor can provide cost-effective solutions for the installation of subsea workover equipment using vessels of opportunity. Operators trust InterMoor to be part of their P&A campaigns and to help them meet BOEMRE NTL No. 2010-G05 requirements for timely decommissioning of idle infrastructure on active leases.
Balltec Ltd, Morecambe,UK, has been contracted by Houston Offshore to supply and install 10 off MoorLOK™ subsea mooring connectors for the Tubular Bells project, located in the Mississippi Canyon area of the Gulf of Mexico.
The contract covers the manufacture of 10 off 15,000kN MoorLOK™ connectors for the mooring of the Williams floating production system (FPS), Gulfstar GS1 on the Tubular Bells field at a water depth of 4,500ft. The connectors will be manufactured in accordance with the ABS Guide for the Certification of Offshore Mooring Chain, 2009, and are due to be installed during the first half of 2013.
Martin Bell, Sales and Marketing Director at Balltec Ltd said:
‘Balltec is proud to have been awarded this significant mooring connector contract. The Tubular Bells project has been under development for some time and we are very much looking forward to working with Houston Offshore Engineering and Williams to play our part in bringing this project to first oil.’
Russell Benson, Managing Director, Balltec Ltd said:
‘The award of the Tubular Bells mooring connector package is another significant contract gain in 2012. With Tubular Bells and several other projects due to be completed next year as well as new products ready to be launched, 2013 is going to be another exciting year for Balltec.’
The Balltec MoorLOK™ is a disconnectable, subsea mooring connector designed for the temporary and permanent mooring of floating structures.
Gulf Island Fabrication, Inc. , announced today that, through its subsidiary Gulf Marine Fabricators, it has received a Letter of Intent in anticipation of a contract for the fabrication of a 1200’ jacket from Walter Oil & Gas Corporation for its Coelacanth Project located at Ewing Bank 834 in the Gulf of Mexico.
Revenue backlog and man-hours associated with this project will be included in the Company’s consolidated backlog and will be reported when the Company announces its earnings results for the year ended December 31, 2012.
Gulf Island Fabrication, Inc., based in Houma, Louisiana, is a fabricator of offshore drilling and production platforms, hull and/or deck sections of floating production platforms and other specialized structures used in the development and production of offshore oil and gas reserves.
- Gulf of Mexico: FMC Technologies to Supply Subsea Equipment for BP’s Field (mb50.wordpress.com)
- Gulf of Mexico: Chevron Announces Successful Production Well Test on St. Malo PS003 well (mb50.wordpress.com)
- InterMoor Completes IRIS Installation and Recovery for Apache in Gulf of Mexico, USA (mb50.wordpress.com)
Gov. Bobby Jindal and Maurice Brand, Magnolia LNG Managing Director and Joint Chief Executive Director, announced the company’s plans to develop a $2.2 billion natural gas liquefaction production and export facility at The Port of Lake Charles.
The LNG project would create 45 new permanent jobs, with an average salary of $75,000 per year, plus benefits. LED also estimates the project would result in 175 new indirect jobs. In addition, the LNG project would require an estimated 1,000 construction jobs.
The company expects to make a final investment decision to move forward with the project in late 2014, after it secures permits and completes financing. The mid-scale LNG facility would be located on 90 acres at the port’s Industrial Canal, off the Calcasieu Ship Channel. Magnolia LNG would produce 4 million metric tons of liquefied natural gas per year, and construction would begin in 2015 pending the company’s attainment of permits and final financing.
Gov. Jindal said, “Magnolia LNG’s decision to move forward in developing a new LNG facility is great news for our state. Magnolia is the latest company that is choosing to invest in Louisiana because we have one of the best business climates in the country and we are continuing to foster an environment where companies want to create jobs.
“We’ve fostered a strong business climate because we have overhauled our ethics laws, revamped workforce development programs, eliminated burdensome business taxes, instituted reforms to give every child an opportunity to get a great education, and now we are taking on tax reform in order to make Louisiana the best place in the world for businesses to invest and create jobs for our people. In addition to our strong business climate, Louisiana’s abundance of natural gas, pipelines and accessible waterways, as well as our outstanding workforce, were key factors in Magnolia’s decision to choose our state. Facilities like these will help create and sustain thousands of jobs in the energy industry across our state and will ensure quality jobs for Louisiana families for years to come.”
Magnolia’s project would be positioned for direct access to several existing gas pipelines. Using its patented Optimized Single Mixed Refrigerant process, or OSMR™, Magnolia LNG would produce liquefied natural gas more efficiently with fewer emissions than other LNG processes. OSMR adds conventional combined heat and power technology with industrial ammonia refrigeration to enhance the performance of the liquefaction process. Magnolia LNG would distribute to domestic markets as well as countries that have free trade agreements with the U.S. The company also will explore a potential expansion to 8 million metric tons per year in the future.
“Southwest Louisiana’s attractive infrastructure and strong workforce made Lake Charles an ideal location for our planned facility,” Brand said. “We especially want to thank the Port of Lake Charles Commission for their partnership in identifying such an ideal location for this project. Whilst the company remains focused on securing the appropriate contracts, agreements and permits, we expect to commence construction of our first U.S. venture by 2015.”
Magnolia LNG will seek federal Department of Energy free trade agreement approval in 2013. The company will submit a pre-filing application to the Federal Energy Regulatory Commission in March, before it completes the selection of project partners by June 2013. The company plans to begin hiring in early 2015, with commercial operations to begin in 2018.
“The Port of Lake Charles has been able to provide a unique combination of location, infrastructure and transportation capabilities to help bring this project to the region,” said Port Executive Director Bill Rase. “Magnolia LNG will be a significant and welcome addition to Southwest Louisiana’s energy corridor. The Port’s staff and board of commissioners look forward to doing business with the company.”
LED began working with Magnolia LNG in late 2012. The company’s proposed 90-acre site would include a long-term lease with The Port of Lake Charles. When Magnolia decides to proceed with construction, the company is anticipated to make use of LED incentive programs, such as the Quality Jobs Program and Industrial Tax Exemption Program.
“This project is another demonstration of our capacity for strengthening Southwest Louisiana and the state to become a stronger energy producer,” said President and CEO George Swift of the Southwest Louisiana Economic Development Alliance. “We are appreciative of Magnolia LNG to make this investment in our region and for the Port of Lake Charles to once again to serve as the catalyst for this project. We look forward to their final investment decision next year.”
- $2.2 Billion LNG Liquefaction Facility Announced for Port of Lake Charles (gcaptain.com)
- Bechtel wins FEED contract for Mozambique’s first LNG project (transportationandstorage.energy-business-review.com)
- South Korea: STX Launches Ultramodern LNG Carrier VELIKIY NOVGOROD (worldmaritimenews.com)
- Critics of LNG Exports Undermining Domestic, Global Strategic Benefits (fuelfix.com)
- Demand for LNG to Outstrip Supply in 2013 (247wallst.com)
FMC Technologies, Inc. announced that it has received a subsea equipment order from LLOG Exploration Company, LLC (LLOG Exploration) for their Delta House project. The order has an estimated value of $114 million in revenue.
The project is located in the Gulf of Mexico Mississippi Canyon area in water depths of approximately 5000 feet (1524 meters). FMC Technologies’ scope of supply includes nine subsea trees, four subsea manifolds, five multiphase meters and associated topside control systems and subsea distribution systems. The equipment is scheduled for delivery in 2013.
“FMC Technologies is pleased to provide LLOG Exploration subsea systems for their recent Mississippi Canyon developments,” said Tore Halvorsen , FMC Technologies’ Senior Vice President, Subsea Technologies. “We welcome the opportunity to provide them with the subsea technology to meet their needs.”
“LLOG Exploration’s strategic alliance with FMC Technologies has been critical to LLOG Exploration’s success,” said Scott Gutterman , LLOG Exploration’s President and CEO.
Gutterman added, “We are pleased that FMC Technologies will provide the subsea equipment for this important project.”
Helix Energy Solutions Group’s new T1200 burial and trenching unit is quickly establishing a positive track record following the completion of an oil and gas project in the North Sea. The T1200 features a 1,200hp jet trenching spread, capable of burying product in water depths to 3,000m (10,000ft).
T1200 was deployed to bury a 14km long (8.7 mile), 10 inch export pipeline that included a 3 inch piggyback methanol line. The project specialization called for the line to be buried 2m (6.5ft) deep, with one meter of covering fill. The subsea trenching unit’s water jetting system trenched and simultaneously buried the pipeline under 1.4m (4.5ft) of sand in a continuous run that took just 48 hours.
The successful project is the T1200’s first oil and gas operation, and proves the versatility of the asset which has also been deployed to trench and bury high voltage undersea cables used to transport electricity from offshore wind farms to onshore power stations.
The T1200, operated by Helix ESG’s robotics subsidiary, Canyon Offshore, performed its first trenching job in early July 2012 at the Sheringham Shoal offshore wind farm trenching and burying an approximately 700m (2,300ft) long power cable between the wind turbines. Out of the 80 sections required in the field, the T1200 trenched and buried 37.
The T1200 was built in the UK by Forum Energy Technologies’ Perry Slingsby Systems ROV brand. The T1200’s design was based around the time proven T750 trencher( also owned and operated by Canyon Offshore) but has over 50 percent greater power and the capacity to trench larger diameter products (36 inches) to burial depths of 3m (10ft) depending on soil strength.
- ROV Support Vessel Grand Canyon Completes Sea Trials (Norway) (worldmaritimenews.com)