May 07

The Telegraph’s Christopher Booker published an article on May 7, which discusses the promise and future of shale gas:

A couple of years back, in the course of one of my articles on Britain’s looming energy crisis, I promised that the following week I would write about an astonishing revolution which could solve all of the UK’s and the world’s energy problems for centuries to come. I never followed this up, but what I was referring to was the incredible technical breakthroughs of recent years that allow almost unlimited amounts of cheap gas to be extracted from the world’s vast reserves of shale, our commonest sedimentary rock.

It had long been assumed that natural gas could only be extracted when, like oil, it had accumulated in underground reservoirs. But a far greater quantity of gas from organic residues is trapped in the rock itself, and the technology has now been developed to extract it by pumping in water mixed with salt and other chemicals at very high pressure. The advantages are enormous. Not only is it a remarkably cheap source of energy, but since most of the process takes place underground, its “environmental footprint” is minimal – far less than that of oil wells or open-cast coal mines, let alone those useless windfarms.

So miraculous is the potential of shale gas to change the world that several countries, led by the US and China, are already piling in to exploit it on a huge scale. And an admirable introduction to this energy revolution by Matt Ridley has just been published by the Global Warming Policy Foundation, available online under the title The Shale Gas Shock, with a delightful foreword by the world-famous physicist (and “climate sceptic”) Freeman Dyson.

Ridley lucidly explains how and why shale gas is transforming the world’s energy prospects, and reviews the various objections which have been raised to it by environmentalists, to whom it is anathema. They hate it to the point of hysteria because it offers the prospect of a cheap and abundant fossil-fuel that could keep industrial civilisation going for hundreds of years, and is also, according to their prejudices, environmentally friendly, because its CO2 emissions are much less than those of coal or oil.

Unfortunately we here in Britain and the EU are run by people so much under the sway of such dogmas that they may be disposed to resist to the last the thought of our joining in this revolution (although large reserves of potentially suitable shale are buried below much of eastern England). In trying to resist the kind of unscientific eco-lunacy which has those who rule us in its grip, Mr Ridley’s neat summary provides a welcome briefing note.

Read the original article at telegraph.co.uk.

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May 06
The Financial Times published an article today, discussing a new report on shale gas’ energy implications for Europe:

Unconventional gas resources in Europe have the potential to reshape the continent’s supply, reducing its dependency on Russia and the Middle East, says a report out on Friday.

The new study, by the European Centre for Energy and Resource Security (Eucers), assesses the economic and geopolitical implications of recent estimates.

It says: “In theory … Europe’s unconventional gas resources might be able to cover European gas demand for at least another 60 years.”

If only a fraction of the potential unconventional gas resource becomes available for European and other energy markets before 2020, the study says, it will offer the EU another domestic source, enabling greater diversification of gas demand and imports, as well as improving energy security for decades.

Read the full article at FT.com.

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May 05

A majority of the French people are in favor of developing shale hydrocarbons if it helps lower fuel prices, according to a poll released Thursday.

In total, 62% of the 1,004 people questioned by polling institute CSA, for consulting agency Publicis Consultants France, said they were in favor of extracting shale oil in France if this helps in lowering fuel prices, with price being the most important criteria.

Meanwhile, 33% of respondents said they were against it.

According to a preliminary report published two weeks ago, French shale oil and gas fields are potentially some of the most promising in Europe and banning exploration before the reserves are assessed could be detrimental to France ‘s economy and labor market.

The report was requested by the government in March, following environmentalist outcry at the government-granted permits to explore shale oil fields in the Paris Basin and shale gas fields in the Southeast of France. A final report is expected by June.

Faced with demonstrations and an intense national debate on potential damage to the environment and water tables from shale extracting techniques, the government recently scrapped the permits, and a draft bill to ban all exploration is to be debated at the French national assembly May 10.

For 62% of those polled by CSA, price is the most important criteria in terms of favoring one energy source above all others, while the environmental impact of the energy source came in second. The safe use of an energy came third.

When asked about energy development priorities, 92% of the persons polled said solar power should be the top priority, followed by wind power, then hydropower, gas, oil, and coal. Nuclear came last.

France is the world’s second largest nuclear operator, with 58 nuclear reactors running, after the U.S. and ahead of Japan .

Following the nuclear accident of Fukushima , the government maintained its nuclear stance but has since decided to conduct an audit of all nuclear reactors of the country.

Source: Energia

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Apr 07

Poland has 5.3 trillion cubic meters of shale natural gas, equal to more than 300 years of the country’s annual gas consumption, the Energy Information Administration of the U.S. Department of Energy said in a report.

It’s the largest amount of shale gas for any European state in a study of 32 countries, the agency said.

This is more than the most optimistic estimates available so far. Experts predicted earlier Poland had deposits of between 150 billion and 3 trillion cubic meters, but some Polish officials warned exploration may be costly and dangerous for the environment.

Companies are now drilling in Poland, but it will take at least a year to determine if shale gas production will be commercially feasible.

The U.S. embassy and the Polish foreign ministry are set to host a shale gas conference in Warsaw this May. At last year’s event, Polish Foreign Minister Radoslaw Sikorski said production of shale gas in Europe “may change its energy paradigm,” and for Poland it could diminish Russia’s importance as supplier of energy.

Source: Wall Street Journal

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Dec 23

Europe’s demand for natural gas is rising on forecasts for a colder winter while the global consumption outlook is optimistic, said Leonid Bokhanovsky, secretary general of the Gas Exporting Countries Forum.

European gas demand is expected to increase to as much as 650 billion cubic meters by 2030 from 550 billion cubic meters now, Bokhanovsky told reporters in New York. Imports will increase to about 400 billion cubic meters from about 350 billion cubic meters now as the continent’s own production declines, he said.

Demand in the Asia Pacific region will drive the global growth in demand while North America will probably see a stagnation, he said.

The forum, an 11-member group that controls two-thirds of the world’s proven gas reserves, will probably hold its next meeting in November next year, he said. Bokhanovsky also said Malaysia, Indonesia and Brunei may join the GECF as new members, while talks may be held to cooperate with Australia, Turkmenistan and Canada as possible future observers, he said.

Source: Bloomberg

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Nov 11

“Gas is set to play a key role in meeting the world’s energy needs.”

The International Energy Agency (IEA) says that the world’s natural gas market may about to have its own “golden age”, because of expected rapid growth in demand from developing countries in Asia, the Middle East, Africa, and Latin America.

The IEA predicts, “Gas is set to play a key role in meeting the world’s energy needs, as demand rises by 44%, led by China and the Middle East. Unconventional gas accounts for 35% of the increase in global supply to 2035.” Among fossil fuels, only natural gas will see an increase in production over the next 25 years.

The IEA said in the “World Energy Outlook 2010″ that China could lead the market toward its golden age. Growth in demand in the Middle East, India, and Latin America will contribute. The IEA advises leading oil and gas importers, including the US, Europe, and Japan.

Investors in Israeli oil and gas exploration partnerships Ratio Oil Exploration (1992) LP (TASE:RATI.L), Delek Drilling LP (TASE: DEDR.L), and Avner Oil and Gas LP (TASE: AVNR.L) are waiting for the Leviathan exploratory well to be completed. The companies have said that preliminary results are due toward the end of the year, or in early 2011, but sources inform ”Globes” that, given the rapid progress of the well, results could come much sooner, possibly by late November or in the first half of December.

Source: Globes

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Feb 05

E.On expects gas-demand growth in Europe this year, but shale-gas development could fundamentally alter the continent’s market, leaving Gazprom out in the cold

Unconventional gas is shaking up the energy world. That much is true at the corporate level, at least. ExxonMobil’s December take-over of XTO, a big shale-gas player, was the most obvious sign of that. Other independent producers will probably also be gobbled up soon.

But at what point will the world’s conventional gas producers, such as Russia’s Gazprom, begin to worry that their business models are under threat? The shale-gas optimists, such as BP boss Tony Hayward, talk of a “revolution” under way in the energy sector because of the new unconventional resources that are now considered exploitable (including coal-bed methane, which is already causing excitement in Australia, and so-called tight gas).

But there are sceptics. If it ever began developing its own potentially huge unconventional resource, Russia would remain the world’s leading gas producer. Yet Gazprom is cautious. Alexander Medvedev, the head of the company’s export division, told Petroleum Economist in October that many “myths” surrounded shale gas. It would remain expensive to develop, he said, because of the number of wells needed to produce the gas. Stop drilling, he added, and a field’s productivity drops almost instantly.

But as one executive from a shale-gas operator recently told Petroleum Economist, “Gazprom would say that, wouldn’t it?” After all, should the nascent shale-gas drilling in Europe prove half as fruitful as it has in North America, the energy-security anxieties among the continent’s consuming nations will quickly dissipate.

It was only a few years ago that US natural gas production was considered to have peaked and its reserves were thought to be in decline. Developers planned dozens of liquefied natural gas (LNG) receiving terminals to meet the forecast import requirement. The handful that came on line are now scarcely needed – and stand as testaments to the power of technology (in this case the advent of horizontal drilling and hydraulic fracturing) to change markets and the inability of the corporate world to predict “black swan” events.

Gazprom’s export-oriented strategy has relied on its partners in Europe making a cold calculation about their need to co-operate – or risk antagonising the supplier of their most important fuel. It works, so long as Europeans continue to perceive that Russia will remain their dominant supplier of natural gas. Even Gazprom’s difficulties in financing expensive upstream developments support this: give us long-term contracts, the company can argue, because they are vital to future supplies.

For the time being, there is little evidence to question this model, notwithstanding a drop in EU demand last year, because although unconventional gas has changed the dynamics of the North American energy market, drillers in Europe have yet to unearth the same riches in the continent. The earliest results of exploration in countries such as Poland and Austria, where the resource could be large, are only likely later this year.

So the continent’s importers can’t yet start looking beyond the existing paradigm, even if analysts are predicting a global gas glut. Furthermore, the dip in European natural gas demand brought by the recession could be ending. A spokesman for Germany’s E.On says the company does not foresee the “substantial pressure” on supply markets persisting.

“At present the European gas industry is undoubtedly in an oversupply situation,” he said. “This constellation is likely to shape markets for some time to come. However, we do not assume that this high liquidity will last permanently.” Indeed, E.On says improved prospects for economic growth in Europe and Germany mean gas consumption could grow this year. “It seems we have come out of the trough and it will probably not take too long until the present low level of demand is completely overcome.”

In theory, that would put Gazprom and other suppliers back in the driving seat. It would also re-establish the logic for Europe’s drive to build new infrastructure to meet its rising demand. This week, the US special envoy for Eurasian energy, Richard Morningstar, reiterated his government’s support for the Nabucco pipeline, while also pointedly mentioning that “questions have been raised” about Russia’s two rival proposals, South Stream and Nord Stream. Yet Europe needs more gas import infrastructure, he said, to guarantee its security of supply.

Yet all of this sounds dangerously similar to the debate in the US a few years ago about how to ensure more liquidity and greater gas supplies to its market. Yet that was all before the shale “revolution”.

Will things change in Europe? Greg Pytel, an analyst from the Sobieski Institute, a Polish think tank, and the UK’s Royal Institute of International Affairs, predicts that shale-gas development in Europe could render Nord Stream a white elephant. South Stream, he says, “has no prospects”, while Nabucco would make sense “in the other direction” as a “reversible pipeline balancing European gas distribution”.

“A lot of supply from Russia will be replaced by local shale gas production driven by multinationals,” claims Pytel. In the longer term, output from Gazprom projects such as the Shtokman gasfield in the Barents Sea could be destined for the Chinese market, not the European one.

All of this is speculative, because no one has cracked shale gas in Europe yet. But also speculative were the independent firms in the US that blasted open the market with their hydraulic fracturing. Unconventional gas is now drawing the majors to the European upstream. As the battleground for the gas wars of recent years, Europe offers a great prize for shale-gas developers. And if demand in the continent is recovering, as E.On predicts, there are sound financial reasons for the developers to exploit the shale, too.

from Petroleum Econonomist – February 4, 2010

SOURCE:
Petroleum Economist: “Shale gas could alter European market dynamics, as demand rebounds”

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Feb 01

*This is the first article in a two-part series on the transportation of natural gas.

The efficient and effective movement of natural gas from producing regions to consumption regions requires an extensive and elaborate transportation system. In many instances, natural gas produced from a particular well will have to travel a great distance to reach its point of use. The transportation system for natural gas consists of a complex network of pipelines, designed to quickly and efficiently transport natural gas from its origin, to areas of high natural gas demand.

Transportation of natural gas is closely linked to its storage, as well; should the natural gas being transported not be required at that time, it can be put into storage facilities for when it is needed.

There are essentially three major types of pipelines along the transportation route: the gathering system, the interstate pipeline, and the distribution system. The gathering system consists of low pressure, low diameter pipelines that transport raw natural gas from the wellhead to the processing plant.

Pipelines can be characterized as interstate or intrastate.

Interstate pipelines carry natural gas across state boundaries, in some cases clear across the country; they are the ‘highways’ of natural gas transmission. The interstate natural gas pipeline network transports processed natural gas from processing plants in producing regions to those areas with high natural gas requirements, particularly large, populated urban areas.

Intrastate pipelines, on the other hand, transport natural gas within a particular state but in a very similar way.

In the next part of this series, we will take a closer look at how the construction of the pipelines take place.

SOURCE
NaturalGas.org: “The Transportation of Natural Gas”

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Jan 28

New reserves of natural gas found in shale rock are a “big deal” and a “game changer.”  That’s the message today from oil company executives at the World Economic Forum in addressing global concerns about rising dependency on oil and the need to develop cleaner energy to slow climate change.

New extraction methods have opened up large reserves of gas embedded in shale rock in North America. The potential for tapping shale gas reserves in Europe are being explored by companies like Realm Energy.

The surge in gas supplies, combined with new technology, could also reduce the need for oil to fuel the world’s automobiles. Natural gas burns 50 percent cleaner than oil, making it a `greener`fuel choice.

The new shale gas supplies support energy security and energy independence; however, have negative implications for Russia, whose state-controlled company Gazprom provides Europe with about 20 percent of its gas and depends on European sales for the bulk of its profits.

Source: AP

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