Showing posts with label Technologies. Show all posts
Showing posts with label Technologies. Show all posts

Thursday, August 1, 2013

OTC Exhibitors: Technologies Trending Toward Deeper Water But Also Land

OTC Exhibitors: Technologies Trending Toward Deeper Water But Also Land

Based on a quick sampling of insights from a few of the more than 2,700 exhibitors at the Offshore Technology Conference (OTC) 2013 in Houston this past week, applications of innovations developed to expand the frontiers of the offshore oil and gas industry are broadening. However, they pointed out that larger companies stand to benefit from this trend.

"I think there is more emphasis on the higher pressures and higher temperatures that the wells, that the equipment, have to accommodate," said Paul Taylor, sales director with Trelleborg Sealing Solutions UK.

Trelleborg, which produces sealing systems for offshore applications such as seismic guns and well head connectors, is modifying how it manufactures and configures these parts so that they can endure these increasingly extreme conditions, Taylor said.

"We're looking at polymers technology to make sure that our product can accommodate the higher temperatures and the higher pressures," Taylor said.

Although the offshore industry is demanding seals and myriad other products that can withstand higher temperatures and pressures, Taylor added that it is seeking more evidence to substantiate the claims made by manufacturers.

"There's becoming an increasing emphasis on the certification of the parts," he explained.

"I think everybody has learned from the Deepwater Horizon that the industry is becoming perhaps a little bit more conservative on insisting the parts that they purchase are endorsed and validated with certificates of conformity."

The increased level of scrutiny – driven in part by more attention from government authorities – applies to constituent parts, measurements and testing, said Taylor. In addition, he believes this trend will benefit larger suppliers such as Trelleborg.

"I think what it will do is probably reinforce what has been done by the larger, more innovative companies that are going with the trends," Taylor noted.

He explained that smaller companies unable to validate the sources of their raw materials, conduct research and development, perform testing and take sundry other steps will be at a disadvantage.

"I think they'll get less and less business and the bigger companies, the bigger original equipment manufacturer end users, will use the bigger, more efficient companies," predicted Taylor. "So there may be a rationalization of competition in our industry as a consequence."

Jeffrey Lavers, vice president and general manager of 3M Mining's Oil and Gas Solutions Division, noted that the oil and gas industry's quest to exploit reserves in deeper waters off West Africa and other regions demands continual innovation from companies such as his.

"Just the basic pressure and force of going that deep in the water, from an engineering standpoint, changes a lot of dynamics of the project," said Lavers. "It's a much more challenging environment in a host of different ways, primarily just because of the heat and the pressure."

"What we have to do is adjust some of our products and we think, candidly, it puts us in a good position because we have the capabilities" to make those adjustments, he added.

Lavers said that 3M is also responding to oil and gas industry needs in mature offshore provinces such as the Gulf of Mexico and North Sea. Although many depleted wells in these areas still contain significant volumes of hydrocarbons and boast well-developed infrastructure, inadequate flow rates from these wells prevent the economic exploitation of the remain resources. 3M is also working to tailor some of its products to perform in these types of situations.

"We're gearing up a lot of technology to see if we can go back to these brownfield wells and make them productive," Lavers said.

Another company aiming to re-purpose existing technology is Tesco Corp., which provides drilling and tubular services technologies for land, offshore and deepwater operations.

Jeff Foster, senior vice president of Tesco's Top Drive business segment, said that more offshore technology is being transferred to land applications in the area of automation and rig mechanization. He explained that "iron roughnecks," which connect and disconnect drill pipe, and top-drive drilling systems are two examples of offshore technologies that are being adapted for onshore use.

Foster said the automation, preventive and predictive maintenance trend offers Tesco and other service providers an opportunity to reduce non-productive time.

"It's an add-on for us," he said.

Late Thursday, OTC organizer Society for Petroleum Engineers (SPE) reported that attendance at the 2013 event hit 104,800 – a 17-percent increase from last year's conference and the second-highest since the show began in 1969.

"We had a terrific conference with deep and broad technical coverage, supported by excellent panels and executive keynote presentations," OTC chairman Steve Balint said in a written statement. "Technology is at the heart of the offshore industry and it was all here on display at OTC 2013."

Houston's Reliant Park will again be the venue for the next OTC, which will run from May 5-8, 2014.

Matthew V. Veazey has written about the upstream and downstream O&G sectors for more than a decade. Email Matthew at mveazey@downstreamtoday.com. Twitter: @Matthew_Veazey

Generated by readers, the comments included herein do not reflect the views and opinions of Rigzone. All comments are subject to editorial review. Off-topic, inappropriate or insulting comments will be removed.

View the original article here

Sunday, July 28, 2013

OTC Exhibitors: Technologies Trending Toward Deeper Water But Also Land

OTC Exhibitors: Technologies Trending Toward Deeper Water But Also Land

Based on a quick sampling of insights from a few of the more than 2,700 exhibitors at the Offshore Technology Conference (OTC) 2013 in Houston this past week, applications of innovations developed to expand the frontiers of the offshore oil and gas industry are broadening. However, they pointed out that larger companies stand to benefit from this trend.

"I think there is more emphasis on the higher pressures and higher temperatures that the wells, that the equipment, have to accommodate," said Paul Taylor, sales director with Trelleborg Sealing Solutions UK.

Trelleborg, which produces sealing systems for offshore applications such as seismic guns and well head connectors, is modifying how it manufactures and configures these parts so that they can endure these increasingly extreme conditions, Taylor said.

"We're looking at polymers technology to make sure that our product can accommodate the higher temperatures and the higher pressures," Taylor said.

Although the offshore industry is demanding seals and myriad other products that can withstand higher temperatures and pressures, Taylor added that it is seeking more evidence to substantiate the claims made by manufacturers.

"There's becoming an increasing emphasis on the certification of the parts," he explained.

"I think everybody has learned from the Deepwater Horizon that the industry is becoming perhaps a little bit more conservative on insisting the parts that they purchase are endorsed and validated with certificates of conformity."

The increased level of scrutiny – driven in part by more attention from government authorities – applies to constituent parts, measurements and testing, said Taylor. In addition, he believes this trend will benefit larger suppliers such as Trelleborg.

"I think what it will do is probably reinforce what has been done by the larger, more innovative companies that are going with the trends," Taylor noted.

He explained that smaller companies unable to validate the sources of their raw materials, conduct research and development, perform testing and take sundry other steps will be at a disadvantage.

"I think they'll get less and less business and the bigger companies, the bigger original equipment manufacturer end users, will use the bigger, more efficient companies," predicted Taylor. "So there may be a rationalization of competition in our industry as a consequence."

Jeffrey Lavers, vice president and general manager of 3M Mining's Oil and Gas Solutions Division, noted that the oil and gas industry's quest to exploit reserves in deeper waters off West Africa and other regions demands continual innovation from companies such as his.

"Just the basic pressure and force of going that deep in the water, from an engineering standpoint, changes a lot of dynamics of the project," said Lavers. "It's a much more challenging environment in a host of different ways, primarily just because of the heat and the pressure."

"What we have to do is adjust some of our products and we think, candidly, it puts us in a good position because we have the capabilities" to make those adjustments, he added.

Lavers said that 3M is also responding to oil and gas industry needs in mature offshore provinces such as the Gulf of Mexico and North Sea. Although many depleted wells in these areas still contain significant volumes of hydrocarbons and boast well-developed infrastructure, inadequate flow rates from these wells prevent the economic exploitation of the remain resources. 3M is also working to tailor some of its products to perform in these types of situations.

"We're gearing up a lot of technology to see if we can go back to these brownfield wells and make them productive," Lavers said.

Another company aiming to re-purpose existing technology is Tesco Corp., which provides drilling and tubular services technologies for land, offshore and deepwater operations.

Jeff Foster, senior vice president of Tesco's Top Drive business segment, said that more offshore technology is being transferred to land applications in the area of automation and rig mechanization. He explained that "iron roughnecks," which connect and disconnect drill pipe, and top-drive drilling systems are two examples of offshore technologies that are being adapted for onshore use.

Foster said the automation, preventive and predictive maintenance trend offers Tesco and other service providers an opportunity to reduce non-productive time.

"It's an add-on for us," he said.

Late Thursday, OTC organizer Society for Petroleum Engineers (SPE) reported that attendance at the 2013 event hit 104,800 – a 17-percent increase from last year's conference and the second-highest since the show began in 1969.

"We had a terrific conference with deep and broad technical coverage, supported by excellent panels and executive keynote presentations," OTC chairman Steve Balint said in a written statement. "Technology is at the heart of the offshore industry and it was all here on display at OTC 2013."

Houston's Reliant Park will again be the venue for the next OTC, which will run from May 5-8, 2014.

Matthew V. Veazey has written about the upstream and downstream O&G sectors for more than a decade. Email Matthew at mveazey@downstreamtoday.com. Twitter: @Matthew_Veazey

Generated by readers, the comments included herein do not reflect the views and opinions of Rigzone. All comments are subject to editorial review. Off-topic, inappropriate or insulting comments will be removed.

View the original article here

Sunday, June 2, 2013

FMC Technologies Bags Petrobras Subsea Work

FMC Technologies, Inc. announced it has received an order from Petrobras for the supply of the first subsea manifold systems for its pre-salt fields, located offshore Brazil. The value of the contract is approximately $130 million in revenue.

This initial award includes three manifolds, tools, spare parts and system integration with subsea controls. The manifolds will be designed with retrievable injection modules to allow water alternated gas injection for up to four wells and will be installed in water depths up to 8,200 feet (2,500 meters). The equipment will be manufactured in Brazil and the development engineering and system integration testing will be conducted at FMC Technologies' Technology Center in Rio de Janeiro. Deliveries are scheduled to commence in 2015.

"The pre-salt fields require customized solutions and we are proud to have been selected by Petrobras to develop and deliver these manifolds," said Tore Halvorsen, FMC Technologies' senior vice president of Subsea Technologies. "We have made significant investments in our Brazilian operations to enable large-scale product manufacturing and the development of new technologies that comply with local content requirements."

Generated by readers, the comments included herein do not reflect the views and opinions of Rigzone. All comments are subject to editorial review. Off-topic, inappropriate or insulting comments will be removed.

View the original article here

Thursday, May 30, 2013

FMC Technologies Bags Petrobras Subsea Work

FMC Technologies, Inc. announced it has received an order from Petrobras for the supply of the first subsea manifold systems for its pre-salt fields, located offshore Brazil. The value of the contract is approximately $130 million in revenue.

This initial award includes three manifolds, tools, spare parts and system integration with subsea controls. The manifolds will be designed with retrievable injection modules to allow water alternated gas injection for up to four wells and will be installed in water depths up to 8,200 feet (2,500 meters). The equipment will be manufactured in Brazil and the development engineering and system integration testing will be conducted at FMC Technologies' Technology Center in Rio de Janeiro. Deliveries are scheduled to commence in 2015.

"The pre-salt fields require customized solutions and we are proud to have been selected by Petrobras to develop and deliver these manifolds," said Tore Halvorsen, FMC Technologies' senior vice president of Subsea Technologies. "We have made significant investments in our Brazilian operations to enable large-scale product manufacturing and the development of new technologies that comply with local content requirements."

Generated by readers, the comments included herein do not reflect the views and opinions of Rigzone. All comments are subject to editorial review. Off-topic, inappropriate or insulting comments will be removed.

View the original article here

Sunday, May 19, 2013

BP Hands Mad Dog Subsea Deal to FMC Technologies

FMC Technologies Inc. and BP plc have inked a deal for the manufacture and supply of subsea equipment to for the Mad Dog Phase Two field development in the Gulf of Mexico.

FMC will supply subsea trees, manifolds and jumper equipment.

"Mad Dog Phase 2 is the first project awarded under our global agreement with BP to provide technologies and services for their worldwide subsea development projects," said Tore Halvorsen, FMC Technologies' senior vice president of Subsea Technologies, in a released statement. "We have a long history of supporting BP's global offshore technology requirements, and today's announcement expands our support of their Gulf of Mexico projects."

Discovered in December 1998, Mad Dog is currently being extended through a second phase of development. The project includes developing 33 wet wells, 19 production and 14 injection wells connecting to a Spar floating platform system with infield flow lines and associated subsea infrastructure. The project will then link in to the existing Mardi Gras system.

Mad Dog Phase Two is located near Green Canyon Block 825, 150 miles south of New Orleans in about 5,100 feet of water.

With more than 10 years of journalism experience, Robin Dupre specializes in the offshore sector of the oil and gas industry. Email Robin at rdupre@rigzone.com.

Generated by readers, the comments included herein do not reflect the views and opinions of Rigzone. All comments are subject to editorial review. Off-topic, inappropriate or insulting comments will be removed.

View the original article here

BP Hands Mad Dog Subsea Deal to FMC Technologies

FMC Technologies Inc. and BP plc have inked a deal for the manufacture and supply of subsea equipment to for the Mad Dog Phase Two field development in the Gulf of Mexico.

FMC will supply subsea trees, manifolds and jumper equipment.

"Mad Dog Phase 2 is the first project awarded under our global agreement with BP to provide technologies and services for their worldwide subsea development projects," said Tore Halvorsen, FMC Technologies' senior vice president of Subsea Technologies, in a released statement. "We have a long history of supporting BP's global offshore technology requirements, and today's announcement expands our support of their Gulf of Mexico projects."

Discovered in December 1998, Mad Dog is currently being extended through a second phase of development. The project includes developing 33 wet wells, 19 production and 14 injection wells connecting to a Spar floating platform system with infield flow lines and associated subsea infrastructure. The project will then link in to the existing Mardi Gras system.

Mad Dog Phase Two is located near Green Canyon Block 825, 150 miles south of New Orleans in about 5,100 feet of water.

With more than 10 years of journalism experience, Robin Dupre specializes in the offshore sector of the oil and gas industry. Email Robin at rdupre@rigzone.com.

Generated by readers, the comments included herein do not reflect the views and opinions of Rigzone. All comments are subject to editorial review. Off-topic, inappropriate or insulting comments will be removed.

View the original article here

FMC Technologies Pens Subsea Services Deal for Jubilee Field

FMC Technologies, Inc. announced Wednesday that it has signed a five-year agreement with Tullow Ghana Ltd. to provide subsea services for its developments in the Jubilee field.

Under the terms of the agreement, FMC Technologies will support Tullow Ghana's completions and production operations for the Jubilee field from its Subsea Service Base in Takoradi, Ghana. FMC Technologies will provide offshore and onshore technical services, including maintenance, refurbishment, and inspection on FMC Technologies supplied equipment and tooling.

"FMC Technologies has supported Tullow Ghana's development of the Jubilee field for several years," said Tore Halvorsen, FMC Technologies' senior vice president of Subsea Technologies. "This agreement will provide life-of-field support for this important development."

Generated by readers, the comments included herein do not reflect the views and opinions of Rigzone. All comments are subject to editorial review. Off-topic, inappropriate or insulting comments will be removed.

View the original article here

Saturday, February 23, 2013

FMC Technologies, Sulzer Pumps Ink Deal for Subsea Industry

Sulzer Pumps Ltd. and FMC Technologies, Inc. have signed a long-term and exclusive collaboration agreement, which addresses the supply of pumps for subsea applications and the further development of pumping technology of Sulzer Pumps, reported FMC in a press release.

This partnership will meet the needs of FMC Technologies and the subsea exploration and production industry. Both companies aim to further leverage their collaboration on technology focusing on pumps from Sulzer Pumps, and subsea systems and advanced permanent magnet motor technology from FMC, reported the company.

"The signing of this long-term and exclusive collaboration agreement is a natural progression of the long-standing cooperation already in place between Sulzer Pumps and FMC Technologies," said Tore Halverson, senior vice president of Subsea Technologies, in a statement.

"We look forward to providing the subsea market and customers with best-in-class pumping technology for many years to come," added Kim Jackson, divisional president of Sulzer Pumps.

Sulzer, an establishment dating back to 1834, and FMC have developed, built and qualified a new, high-speed helicon-axial multiphase subsea boosting unit based on Sulzer Pumps' topside pump designs. The pump is driven by a permanent magnet motor that provides higher speeds, power and efficiency compared to conventional induction motors.

Generated by readers, the comments included herein do not reflect the views and opinions of Rigzone. All comments are subject to editorial review. Off-topic, inappropriate or insulting comments will be removed.

View the original article here

FMC Technologies, Sulzer Pumps Ink Deal for Subsea Industry

Sulzer Pumps Ltd. and FMC Technologies, Inc. have signed a long-term and exclusive collaboration agreement, which addresses the supply of pumps for subsea applications and the further development of pumping technology of Sulzer Pumps, reported FMC in a press release.

This partnership will meet the needs of FMC Technologies and the subsea exploration and production industry. Both companies aim to further leverage their collaboration on technology focusing on pumps from Sulzer Pumps, and subsea systems and advanced permanent magnet motor technology from FMC, reported the company.

"The signing of this long-term and exclusive collaboration agreement is a natural progression of the long-standing cooperation already in place between Sulzer Pumps and FMC Technologies," said Tore Halverson, senior vice president of Subsea Technologies, in a statement.

"We look forward to providing the subsea market and customers with best-in-class pumping technology for many years to come," added Kim Jackson, divisional president of Sulzer Pumps.

Sulzer, an establishment dating back to 1834, and FMC have developed, built and qualified a new, high-speed helicon-axial multiphase subsea boosting unit based on Sulzer Pumps' topside pump designs. The pump is driven by a permanent magnet motor that provides higher speeds, power and efficiency compared to conventional induction motors.

Generated by readers, the comments included herein do not reflect the views and opinions of Rigzone. All comments are subject to editorial review. Off-topic, inappropriate or insulting comments will be removed.

View the original article here

Friday, February 22, 2013

FMC Technologies, Sulzer Pumps Ink Deal for Subsea Industry

Sulzer Pumps Ltd. and FMC Technologies, Inc. have signed a long-term and exclusive collaboration agreement, which addresses the supply of pumps for subsea applications and the further development of pumping technology of Sulzer Pumps, reported FMC in a press release.

This partnership will meet the needs of FMC Technologies and the subsea exploration and production industry. Both companies aim to further leverage their collaboration on technology focusing on pumps from Sulzer Pumps, and subsea systems and advanced permanent magnet motor technology from FMC, reported the company.

"The signing of this long-term and exclusive collaboration agreement is a natural progression of the long-standing cooperation already in place between Sulzer Pumps and FMC Technologies," said Tore Halverson, senior vice president of Subsea Technologies, in a statement.

"We look forward to providing the subsea market and customers with best-in-class pumping technology for many years to come," added Kim Jackson, divisional president of Sulzer Pumps.

Sulzer, an establishment dating back to 1834, and FMC have developed, built and qualified a new, high-speed helicon-axial multiphase subsea boosting unit based on Sulzer Pumps' topside pump designs. The pump is driven by a permanent magnet motor that provides higher speeds, power and efficiency compared to conventional induction motors.

Generated by readers, the comments included herein do not reflect the views and opinions of Rigzone. All comments are subject to editorial review. Off-topic, inappropriate or insulting comments will be removed.

View the original article here