With strong oil prices persisting, major energy companies are increasingly reinvesting their earnings in exploration and development of offshore oil and gas basins. Visiongain calculates capital expenditure in the MODU market will total $48.1bn in 2012.
According to the International Energy Agency, global oil demand will rise from 88 million barrels today to around 99 million barrels in 25 years time. Over this period the cost of extracting oil will be higher and production from offshore resources will not be as expensive as it was relative to development of onshore hydrocarbons.
Although new technological improvements mean fewer people will be needed on offshore oil and gas drilling rigs, the construction industry behind MODUs and assembly of related technologies is providing employment for thousands of people. For example, the Brazilian marine construction industry has emerged on a vast scale to enable its offshore industry to provide MODUs and technologies for Petrobras to meet its vast oil production targets from its offshore resources.
Most super-major oil and gas companies as well as independent oil and gas companies have each secured a share in the hydrocarbon-rich offshore regions across the globe and demand for MODUs is strong. Meanwhile, health and safety standards and technology have both improved across the industry, leading to a backlog of orders for new-build MODU.
The Mobile Offshore Drilling Units (MODU) Market 2012-2022 report includes 144 tables, charts and graphs that analyse quantify and forecast the MODU market in detail from 2012-2022 at the global level, four submarkets and for 7 regional markets. The analysis and forecasting ahs been reinforced by extensive consultation with industry experts. Two full transcripts of exclusive interviews are included from Friede & Goldman and Maxeler Technologies. The report also profiles 55 leading companies involved in the MODU market.
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These Are The Companies That Will Make A Killing Off Of The Coming ‘Industrial Revolution’ In America
Last week, Citi analysts argued that technological breakthroughs—particularly in shale oil extraction—that will allow energy companies to exploit petroleum resources that were formerly inaccessible could spark an “industrial revolution” across the North American continent.
A follow-up report from Citi’s equities team highlights the companies that are already in position to take advantage of this energy boom. While analysts argue that the effect of an energy boom would be transformative and extend far beyond the oil industry, these are the companies that will be directly and locally impacted by the technological breakthroughs in resource extraction.
Read more: BI
- The US Energy Industry Is Going To Grow So Fast, It Will Spark A New ‘Industrial Revolution’ (tarpon.wordpress.com)
The oil production rates are gradually being increased as the well goes through the initial stages of production. The early production rate performance has met expectations and the rate of oil production is being increased. Further information will be reported as it becomes available. The MC 942 A-3 well is located on the Morgus Field and is the fourth well brought on production at the Telemark Hub location utilizing the ATP Titan floating drilling and production platform.
ATP operates the deepwater Telemark Hub in approximately 4,000 feet of water with a 100% working interest and holds a 100% ownership in ATP Titan LLC which owns the ATP Titan and associated pipelines and infrastructure.
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- Is President Barack Obama responsible for U.S. oil production rise? (mb50.wordpress.com)
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- USA: Helix’s Oil & Gas Revenues Rise on High Prices and Lift in Production (mb50.wordpress.com)
Posted on January 27, 2012 at 6:40 am by Dan X. McGraw
President Barack Obama has gotten an earful from Republicans and energy industry officials for claiming his administration has helped to spur a rise in oil and natural gas production.
So who’s right?
For industry folks, it isn’t exactly what you imagine, but Rapier says the graph doesn’t paint the clearest picture of who is responsible for driving production of oil and natural gas.
“The reason that oil production has risen under President Obama is due to events that happened years earlier. In this case, it wasn’t some grand initiative that President Bush passed, rather it was years of steadily increasing oil prices that caused oil companies to approve a number of new projects that had marginal economics at lower oil prices. But these projects take some years to build, and as in the case of the Alaska Pipeline, decisions that were made (four to six) years earlier benefited President Obama with increased domestic oil production.”
- Oil, gas industry opposes use of word ‘fracking’ for method 1/27/12
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- Steffy: President needs a dose of energy reality 1/27/12
- Cloudy Europe outlook depresses P&G 1/27/12
- Shell president says federal permitting may have turned the corner 1/27/12
Posted on May 10, 2011 by Steve Maley
Your President has been telling you things that simply aren’t true. Things like “We can’t drill our way out of our energy problems.” Or “Oil and gas are the fuels of the past.” Or “The U.S. consumes 25% of the world’s oil, but controls only 2% of the world’s reserves.”
Well, that last one may be technically true, but it is used to convey a falsehood. In a post called The Big Energy Lie (Dec. ’09), I attempted to explain the deception. In this post, I’ll attempt to show you graphically in terms that the lay person should understand.
KEY CONCEPT #1: “Reserves” are not “Inventory”
This graph depicts the history of U.S. oil reserves and production over the last 25 years. In 1986, reserves were estimated to be nearly 27 billion barrels. In 1986, we produced 8.7 million barrels a day, or an annual total of 3.2 million barrels. The ratio of reserves to production is 8.5 years — often incorrectly reported in the press with alarm: “We have only 8.5 years of reserves left! We’re running out of oil!”
If this were true, we’d have run slap out of oil in 1995. The dashed line on the graph shows the cumulative amount of oil produced since 1986. Sure enough, by 1995 we had produced over 27 billion barrels, and we still had reserves in the ground of over 22 billion barrels.
Fast forward to 2010: we’re still producing 2 billion barrels a year, and we still have over 20 billion barrels in the ground. In fact, we’ve produced 58 billion barrels since 1986, over twice the 1986 reserve total.
Well, not really.
Imagine if you managed a shoe store. On January 1, inventory shows you have 10,000 pairs of shoes on hand, and you sell 500 pairs per day. Would you forecast that you would be completely out of shoes in 20 days?
Only if you can’t replenish supply. (Or if you’re a
former community organizer really crappy manager.)
In oil and gas, reserves are replenished by drilling new wells. (Reserves can be added other ways, too, but the ultimate key is drilling.) By drilling, “resources” are upgraded to the much more restrictive and valuable category “reserves”. And the U.S. has plenty of resources to draw from. We should be encouraged by the fact that, even with a period of persistently low product prices and relatively low drilling activity from 1986 to 2004, the reserve base has only declined by a little over 20% in 25 years.
KEY CONCEPT #2: “Reserves” are only estimates.
Oil and gas reserves often cannot be estimated with a great deal of precision. Even if the recoverable quantity were known accurately, by definition reserves must be economic to produce. That means that changing economic conditions (especially changes in oil and gas prices) will effect the estimated reserve quantity. When prices are higher, wells can be produced that would otherwise be plugged.
Bottom line, reserve estimates change all the time.
The dark green bars show the rate of oil production over the 25 years. The gold bars show the year to year change in reserves. Production causes reserves to decrease, but new additions from drilling can offset production. Reserves can also be revised — up or down — due to geologic and engineering studies, or changes in economics as described above.
One more graph — the “Reserve Life Index”, or Reserves to Production Ratio. We saw that it is often misinterpreted to represent how many years of production remain. Our national R/P ratio has grown over the last 25 years, perhaps a reflection of better technology or higher prices.
There you have it. Our relatively low reserve number is not an indication that “we’re running out of oil!”, it’s merely a wake-up call that we need to get busy and shore up our domestic supplies. The only thing we are running low on is the political will to do it.
This contract is for the engineering, procurement and installation of two 10” 12 km oil production pipelines, together with a pull-in to Gullfaks C and tie-in at the Tordis PLIM. Engineering will commence immediately with offshore operations in 2011 and 2012.
Tordis oil field lies in block 34/7 in the Tampen area of the Norwegian North Sea, and came on stream in 1994.
In addition to the main Tordis structure, the development embraces the Tordis East (1998), Borg (1999) and Tordis South East (2001) fields.
These discoveries have all been developed with subsea installations. Water depth is roughly 200 metres. Water injection is used to maintain pressure in the reservoirs.
The well stream from Tordis is routed through two pipelines to the Gullfaks C platform 10 kilometers away for processing, storage and export.
Subsea 7 S.A. is a seabed-to-surface engineering, construction and services contractor to the offshore energy industry worldwide.
( Original Article )
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