Daily Archives: April 24, 2013

Gulf of Mexico: Halliburton’s ESTMZ System Used on Chevron’s Three Wells

Halliburton announced today the successful completion of three wells in the Deep Water Gulf of Mexico utilizing Halliburton’s Enhanced Single-Trip Multizone (ESTMZ™) FracPac™ System.

ESTMZ™ downhole tool system enables the operator to stimulate and gravel pack multiple production zones in a single trip. Designed for use in Dee Water and Ultra-Deep Water offshore completions, the ESTMZ™ system allows the highest treating rate with the greatest volume of proppant in the industry.

Halliburton developed the multi-zone completion technology in collaboration with Chevron U.S.A. Inc. The two companies conducted numerous system integration tests and two field trials to prove the technology.

The time savings realized for each of the three Chevron-operated wells completed with the ESTMZ™ system averaged 18 days, equating to approximately $22 million.

“ESTMZ™ system allows more reservoir to be stimulated in a shorter amount of time, thus increasing efficiency, reliability and production, which is key to the success of the Lower Tertiary,” said Ron Shuman, Senior Vice President of Halliburton’s Southern and Gulf of Mexico regions.

 “In addition, this system allows us to deliver a very aggressive stimulation with rates up to 45 barrels per minute and volumes greater than 400,000 pounds of 16/30 high strength proppant. We deliver this with weighted frac fluid and 10,000 horsepower per interval for up to five intervals, providing a total cumulative proppant volume of greater than two million pounds per well with one service tool. Having to make multiple runs in and out of the wellbore equates to a large expense for operators. The ‘single trip’ element of this system provides significant time savings with improved reliability and better asset optimization,” Shuman concluded.

Providing wellbore assurance through various critical operations such as wellbore cleanout, completion services, pumping and fluids also contributed to the success of these three wells. This integrated approach in planning and execution mitigated risks while promoting efficiency and providing an optimal conduit for the reservoir to flow.

The proven reliability of Halliburton’s ESTMZ™ tool system and the continual evolution of these smart technologies are critical to the changing landscape in the Gulf of Mexico. To date, Halliburton has successfully deployed nearly 20 ESTMZ™ systems around the globe including the Asia Pacific region.

Halliburton’s ESTMZ System Used on Chevron’s Three Gulf of Mexico Wells| Offshore Energy Today.

Gulf of Mexico: MWCC’s Subsea Equipment to Be Located in Mobile

Marine Well Containment Company (MWCC) announced today that Mobile, Ala. has been selected as the shorebase location to house the well containment company’s subsea umbilicals, risers and flowlines (SURF) equipment.

MWCC’s SURF equipment is an integral part of the company’s expanded containment system (ECS) that will enhance the company’s well containment capabilities in the deepwater U.S. Gulf of Mexico. MWCC will utilize the facilities and services of Technip USA and Core Industries to store, maintain and test the equipment.

Technip USA, a leader in subsea project management, engineering and construction for the energy industry, and Core Industries, a multi-faceted firm with vast industry knowledge and close proximity to the U.S. Gulf of Mexico, are well equipped to provide MWCC’s required services. MWCC is confident in its decision to partner with these companies as together they offer significant storage, maintenance, testing and deployment capabilities, as well as expertise, which are essential to achieving MWCC’s mission.

“Should our SURF equipment be needed to respond to a well control incident in the deepwater U.S. Gulf of Mexico, we know that we have the right support in place to respond safely and effectively,” said MWCC CEO, Marty Massey. “MWCC is committed to serving the U.S. Gulf and is proud to be a part of the Mobile community.”

The selection of Mobile for its SURF shorebase also allowed MWCC to tap into the skilled and industry-experienced workforce of Alabama to achieve its mission to be continuously ready to respond to a deepwater well control incident in the U.S. Gulf of Mexico. The company will soon be transporting all of its SURF equipment to the Mobile shorebase where it will be properly stored and maintained at all times.

MWCC’s expanded system is scheduled for delivery starting later this year, and will further advance the company’s deepwater well containment technology and capabilities. The ECS will be able to cap and flow a well in up to 10,000 feet and will have the capacity to contain up to 100,000 barrels of liquid per day.

Subsea World News – MWCC’s Subsea Equipment to Be Located in Mobile, USA.

Gulf of Mexico: Anadarko’s Lucius Spar En Route

Last Friday, Technip and Anadarko Petroleum Corporation held the Lucius Spar sail away ceremony.

The christening ceremony took place in Technip’s yard in Pori, Finland. Thierry Pilenko, Technip’s Chairman and CEO, as well as Anadarko’s Senior Vice President for International and Deepwater Operations, Doug Lawler, and Anadadarko’s Vice President for Worldwide Projects, Don Vaderman, were  present to celebrate the event. The 23,000-ton Spar will be on its way to the US Gulf of Mexico in coming weeks.

Upon arrival on the location the spar will be moored at the Lucius project in approximately 7,100 feet (2,165 meters) of water depth in the US Gulf of Mexico, with first oil being scheduled in 2014.

The Lucius truss spar floating production facility will have a nameplate capacity of 80,000 barrels of oil per day and 450 million cubic feet of natural gas per day.

This Spar is the fifteenth delivered by Technip. The Lucius production unit will be jointly owned by Anadarko (35%), Plains E&P (23.3%) ExxonMobil (15%) Apache (11.7%), Petrobras (9.6%) and Eni (5.4%).

Technip has already delivered 6 Spars to Anadarko: Neptune, Nansen, Boomvang, Gunnison, Red Hawk and Constitution.

Anadarko’s Lucius Spar En Route to Gulf of Mexico| Offshore Energy Today.

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