Showing posts with label oil production. Show all posts
Showing posts with label oil production. Show all posts

Wednesday, February 26, 2014

REPOST: Despite Shale, Middle East Remains Key to Oil Demand

Oil production in Middle East is still vital in meeting the demands in Asia. Know more about this news from this Rigzone.com article.

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The U.S. shale revolution has helped reshape the global energy market, but Middle Eastern oil will remain vital for meeting future Asian energy demand, Fatih Birol, chief economist for the International Energy Agency (IEA), told attendees Feb. 21 at an event at Rice University in Houston.
The significant growth that has occurred in recent years in U.S. unconventional oil production surpassed initial estimates by the IEA, which initially forecast that the United States would overtake Saudi Arabia as the world’s largest oil producer in 2017. This shift is now expected to occur next year, according IEA’s 2013 World Energy Outlook.
Despite this growth, Middle East oil will still be needed to meet global oil demand in Asia, said Birol, adding that the IEA’s findings have been misinterpreted.
“This message could have unintended consequences for global oil markets if it continues,” Birol commented.
These consequences include waning investment in Middle East oil development, which will be needed to meet future demand.
The surge in unconventional oil could enable the United States to wean itself off Middle East oil imports or imports altogether while meeting U.S. oil demand.
However, “there is a whole world outside the United States in terms of consumption needs,” Birol commented. “We need to understand that the world beyond the United States will need reasonably priced oil. If we keep sending the wrong signal, we may not have as much oil as we’ll need.”
U.S. shale oil production is expected to keep rising until the 2020s, but will then plateau. A slowdown in production is expected to occur in the following decade. In order to meet global oil demand growth, oil from the Middle East as well as new sources such as Brazil, Canada and Russia, will be needed to satisfy Asia oil demand, Birol said.

Image Source: rigzone.com


SHALE, NUCLEAR POLICIES REWRITING ENERGY PLAY

The shale revolution, changes in nuclear energy policies in a number of countries following Japan’s Fukushima disaster, and specific pricing policies that give advantages or disadvantages to renewables and fossil fuels, are reshaping long-held tenets of the energy sector.
The roles and identities of actors in the global energy sector theater are also changing, with countries such as the United States and Brazil emerging as potential energy exporters. At the same time, some countries that have historically acted as energy exporters are seeing domestic energy demand rising at home, to the point that they are impacting the global energy market as well consumers as well as exporters. Over the past four to five years, consumption of not only oil but other fuels in the Middle East ranked only second behind China, Birol noted.
Trade patterns also are changing for countries such as Canada. In the past, Canadian oil and gas was imported to the United States, but the U.S. shale gas and oil boom has cut into Canadian imports. The Canadian government, in its search for a new market for its resources, has made a huge turn towards Asian countries. Over the past 24 months, Canadian government officials have made a number of visits to Asia.
Russia is also eying Asia as it seeks a new destination for its oil and gas as its previously loyal client Europe looks for new energy resources.
“Countries that can read the changes in trade patterns will be able to position themselves at an advantage,” said Birol.
China, India and the Middle East will also create much of the new demand for oil compared with Organisation of Economic and Cooperative Development (OECD) countries. Oil demand growth will primarily occur in transportation, including personal cars and freight, and the petrochemical industries of these nations, Birol said. IEA forecasts Asian trucks will comprise one-third of global oil demand, due to the anticipated growth in diesel and gasoline demand in Asian countries.
“This is an important signal for the oil companies and refineries,” Birol noted.
Asia and non-OECD countries will play the main actors driving future energy demand growth, while OECD member countries such as the United States, Canada, Europe and Japan will have a negligible role in future demand growth.
IEA successfully forecast the role that China would play in new energy demand growth. However, India may overtake China in this role in the 2020s. Birol attributes this future shift to China’s major focuses on energy efficiency and rebalancing its economy from heavy to light industry, as well the significant slowdown in China’s population growth.
Middle Eastern countries’ consumption of oil will growth in less than 20 years’ time from 6.6 million barrels of oil per day (MMbopd) to 10 MMbopd, or the same level as current Chinese oil consumption. Electric power demand in the region also will grow, with the amount of electric power capacity and transmission and distribution lines on par with capacity in Japan and Korea, Birol noted.

US SHALE REDEFINES ECONOMIC COMPETITIVENESS

The U.S. shale revolution has defined the economic competitiveness of the United States, Europe and other countries in terms of energy-intensive industries. Prior to the shale revolution, global gas prices were more or less on par with each. Today, European gas prices are three times higher than the United States, and Asian gas prices are five times higher than that of the United States.
“We believe the price differential may narrow a bit, but it will remain with us for some years to go,” Birol said.
IEA also forecasts a wide differential to remain between gas and electricity prices for some time.
Lower gas prices mean that energy-intensive industries that are sensitive to higher prices such as petrochemical and iron in the United States have a competitive advantage over countries with higher gas prices. The U.S. and emerging countries will emerge as winners in the new market, while Europe and Japan will be among the losers.
This cost difference between the United States and its economic competitors will remain for some time, and Birol believes this difference could give a strong boost to the United States economy in 2015 through a renaissance of manufacturing and balance of trade.
The United States and other countries should use this time wisely to see how much they can make out of this opportunity.
“Competitiveness is a life and death” problem in Europe, said Birol, noting that not one speech in recent time by a European leader has not touched on competitiveness.
While Europe’s competitiveness has been hurt by the price differential between U.S. and European gas prices, Birol said liquefaction, transportation and regasification costs to bring U.S. gas to other markets makes it impossible that the world will see one gas price anytime soon.
“We may see some increase in U.S. gas prices and some decline in Europe, but the difference will remain for years to come,” Birol noted.
Oil prices will likely continue to trade at the $100 benchmark, barring a major economic downturn in certain parts of world.
Changes that Birol would like to see include a reduction in CO2 emissions, the continued rise of which has put the world on an unsustainable path. With more than two-thirds of emissions that lead to climate change coming from the energy sector, Birol noted that this a trend that needs to change. In many countries – particularly emerging economies in the Middle East and Asia – the consumption of fossil fuels is heavily subsidized.
Birol also would like to see the 1.3 billion people that currently have no access to electricity – mainly in sub-Saharan Africa – to be connected to the world’s electric grid. No electricity means no refrigerators or other electrical appliances commonly found in the homes of developed countries. Given current policies, however, over 1 billion people will still not have access to electric power over the next two decades. 

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Dr. Ali Ghalambor has more than three (3) decades of experience in the oil and gas industry. Know more about him by following this Twitter page.

Monday, February 11, 2013

REPOST: U.S. to overtake Saudi Arabia as top oil producer

This NBCNews.com article discusses the possibility of USA overtaking Saudi Arabia as the world’s top oil producer by the year 2017.

Image Source: TechMetals.com

The United States will overtake Saudi Arabia and Russia as the world's top oil producer by 2017, the West's energy agency said on Monday, predicting Washington will come very close to achieving a previously unthinkable energy self-sufficiency.

The forecasts by the International Energy Agency (IEA), which advises large industrialized nations on energy policy, were in sharp contrast to previous IEA reports, which saw Saudi Arabia remaining the top producer until 2035.

"Energy developments in the United States are profound and their effect will be felt well beyond North America - and the energy sector," the IEA said in its annual long-term report, giving one of the most optimistic forecasts for U.S. energy production growth to date.

"The recent rebound in U.S. oil and gas production, driven by upstream technologies that are unlocking light tight oil and shale gas resources, is spurring economic activity - with less expensive gas and electricity prices giving industry a competitive edge," it added.

The IEA said it saw a continued fall in U.S. oil imports with North America becoming a net oil exporter by around 2030 and the United States becoming almost self-sufficient in energy by 2035.

Image Source: BusinessWeek.com

"The United States, which currently imports around 20 percent of its total energy needs, becomes all but self-sufficient in net terms - a dramatic reversal of the trend seen in most other energy importing countries," it said.

IEA Chief Economist Fatih Birol told a news conference in London he believed the United States would overtake Russia as the biggest gas producer by a significant margin by 2015. By 2017, it would become the world's largest oil producer, he said.

The United States will rely more on natural gas than either oil or coal by 2035 as cheap domestic supply boosts demand among industry and power generators, the IEA said.

Image Source: WintWorld.com

Limited knowledge

Birol said he realized how optimistic the IEA forecasts were given that the shale oil boom was a relatively new phenomenon.

"Light, tight oil resources are poorly known ... If no new resources are discovered (after 2020) and plus, if the prices are not as high as today, then we may see Saudi Arabia coming back and being the first producer again," he said.

The IEA said it saw U.S. oil production rising to 10 million barrels per day (bpd) by 2015 and 11.1 million bpd in 2020 before slipping to 9.2 million bpd by 2035.

Saudi Arabian oil output would be 10.9 million bpd by 2015, the IEA said, 10.6 million bpd in 2020 but would rise to 12.3 million bpd by 2035.

That would see the world relying increasingly on OPEC after 2020 as, in addition to increases from Saudi Arabia, Iraq will account for 45 percent of the growth in global oil production to 2035 and become the second-largest exporter, overtaking Russia.

Image Source: NBC.com

OPEC's share of world oil production will rise to 48 percent from 42 percent now.

Russian oil output, which over the past decade has been steadily above Saudi Arabia, is predicted to stay flat at over 10 million bpd until 2020, when it will start to decline to reach just above 9 million bpd by 2035.

"Russia, which remains the largest individual energy exporter throughout the period, sees its revenues from oil, natural gas and coal exports rise from $380 billion in 2011 to $410 billion in 2035," the IEA said.

The U.S. oil boom would accelerate a switch in the direction of international oil trade, the IEA said, predicting that by 2035 almost 90 percent of oil from the Middle East would be drawn to Asia.

Energy demand grows by a third

The report assumes a huge expansion in the Chinese economy, which it saw overtaking the United States in purchasing power parity soon after 2015 and by 2020 using market exchange rates. Chinese real gross domestic product is expected to increase by 5.7 percent annually between 2011 and 2035.

Image Source: WashingtonPost.com

 A rise of 1.8 billion in the world's population to 8.6 billion would lead to a spike in global oil demand by more than a 10th to over 99 million bpd by 2035, keeping pressure on oil prices, the IEA said.

The agency's central "New Policies" scenario, which assumes a range of measures are taken to curb oil consumption in Europe, the United States, China and elsewhere, sees the average import cost of oil rise to just over $215 per barrel by 2035 in nominal terms, or $125 in 2011 terms.

If fewer steps are taken to promote renewable energy and curb carbon dioxide emissions, oil was likely to exceed $250 per barrel in nominal terms by 2035 and reach $145 in real terms -- almost level with the record highs seen four years ago.

The share of coal in primary energy demand will fall only slightly by 2035.

Fossil fuels in general will remain dominant in the global energy mix, supported by subsidies that, in 2011, jumped by almost 30 percent to $523 billion, due mainly to increases in the Middle East and North Africa.

Dr. Ali Ghalambor is the former director of the Society of Petroleum Engineers. His Facebook page has a lot of useful information about the oil and gas sector.

Wednesday, January 30, 2013

From bust to boom: Technology upgrade boosts oil production



Image Source: wintershall.com


The global oil business is drilling its way to a great year ahead. Despite the usual setbacks, a boosted crude oil production is redefining a new era of growth for the petroleum sector. For the most part, thanks to the technological explosion, previously untapped oil reserves will be extracted with more juice.

Yes, juice. Sometimes a fruit just needs a little more squeezing for more glass serving. That’s why blenders come in handy. In the oil industry, technology, too, has to come into play. Oil companies simply cannot take a backseat when so much crude oil is left untapped because the conventional tools and technique can no longer cope. In the face of growing demand for global oil supply, the oil sector simply has to find ways to go around the exploration and production challenges beneath underground reservoirs. Petroleum engineers saw the same trend shaping up. Something has to be done, and this is the challenge. As a response, giant oil firms continue to pour in barrels of money in technology development. In recent years, oil production systems start to be set up for innovation, while technical people are called on to step up.


Image Source: onlinemarketing-trends.com


At present, advanced drilling and production technologies are giving good results. In fact, in the past decades, horizontal drilling, completions techniques, and computer-assisted geologic modeling remarkably changed the oil production landscape. Now the gaze of most oil players is set on the Arctic region and other places with heavy frontier acreage challenges. The technological upgrade is making the oil sector bold. Wherever people look, truly, it’s something good.


Image Source: heatoned.co.uk

Ali Ghalambor was an American Petroleum Institute endowed professor and is the co-author of the book “Petroleum Production Engineering: A Computer-Assisted Approach.” This Twitter page provides more updates on the oil sector.

Sunday, January 20, 2013

Offshore pipeline and the arctic challenge

Image Source: heatingoil.com

Over the past decade, offshore pipeline technology has been widely used in oil and gas explorations across the world. The industry has long recognized the need for reliable pipeline networks for the transportation of oil and gas. This issue has now taken more significance when the global petroleum industry started to focus on offshore operations in the Arctic locations. Due to extreme conditions in the arctic areas, the offshore pipeline technology provided significant solutions to exploration challenges under extreme conditions. Nonetheless, despite the intensive efforts in developing industry standard mechanisms for effective use of Arctic pipelines, issues on design, installation, operation, and maintenance continue to pose challenges. This is the reason for continuous R&D work on offshore pipelines fundamental design principles.


Image Source: offshore-mag.com

Arctic subsea pipelines drive one of the complex elements of subsea operations that challenge oil production firms—from the design and construction of long-distance pipeline projects to installation, maintenance, and operation of offshore pipeline infrastructure. Petroleum engineers recognize that there is so much to learn and consider in the design, construction, and installation of offshore Arctic pipeline and the whole subsea systems. Loading conditions take most of the bulk of primary consideration in most cases. Currently, oil and gas explorations in remote Arctic locations are given the most premium solutions and technology.

Offshore pipeline is a high-stake industry since offshore pipeline operations in Arctic regions are often high-value and high-cost projects. There’s just so much at stake to ignore every room for improvement. It is just fitting that extreme attention is given to Arctic pipeline systems and other areas related to offshore pipeline infrastructure designs and installation, operation, and maintenance strategies.


Image Source: pipesyscon.com

Ali Ghalambor was an American Petroleum Institute endowed professor and is the co-author of the book “Offshore Pipelines: Design, Instillation, and Maintenance.” Follow this Twitter page for more related content on offshore pipelines.