Wednesday, December 30, 2009

Dangerous Business

Another accident at rig in Haynesville Shale

12/30/2009

Associated Press

Chesapeake Energy Corp. says two contract workers were injured during equipment maintenance at a natural gas well in the final stages of completion in DeSoto Parish.

Company spokesman Kevin McCotter says one worker is being treated for a serious hand injury at LSU Health Sciences Center in Shreveport, and the other was treated for minor injuries.

McCotter says both men work for Bronco Oilfield Services of Longview, Texas.

The accident occurred about 9 p.m. Tuesday at a well operated by Chesapeake Operating, Inc.

Accidents at DeSoto Parish rigs for Haynesville Shale natural gas exploration have caused three deaths, several head injuries and one arm amputation since last year.

McCotter says the accident will be investigated

Monday, December 14, 2009

Exxon Is Now Into Shale Gas

I guess this confirms the viability of gas from shale, because XTO is/was one of the biggest players. It seems Exxon doesn't believe in global warming.....not any time soon.
Peter

Exxon Mobil Agrees to Buy XTO Energy for $41 Billion

Exxon Mobil said Monday that it has agreed to buy XTO Energy,

a natural gas producer, for $31 billion in stock and the

assumption of $10 billion in debt, in one of the biggest

energy mergers of recent years.

Read More:

http://dealbook.blogs.nytimes.com/2009/12/14/exxonmobil-to-buy-xto-energy-for-41-billion/?emc=na

Friday, December 4, 2009

Shale Gas: A Quick Overview

The following is a good summary of how the shale is drilled and gas produced. (source)

Shale gas

Shale Gas: There Ain't No Such Thing As A Free Lunch

Whoever coined the phrase about having to sacrifice for your lunch could have been talking about energy. You name the source of energy and look into it and you'll find there are pros and cons about every one of them. We have been deluged with negative information about big bad oil companies and dirty, filthy coal. Now we're hearing about all this natural gas we can produce from shale rock in many places around the country (USA) and the world. What is the real story?

The following article is a good introduction to shale gas and how it has the potential, or even probability of changing America's energy picture. Why isn't the mainstream media paying more attention? Why are we bombarded with pictures and stories of how windmills and solar panels are the answer to our energy needs? I think the answer is in the forces that have been behind the great scandal going on over the myth of man-caused global warming. For more information on that subject, go here.
Peter


An energy answer in the shale below?
New technology opens vast stores of natural gas, and the land rush is on

By Steven Mufson
Washington Post Staff Writer
Thursday, December 3, 2009 (source)

The first time Chesapeake Energy tried to buy mineral rights from Diana Whitmore, a 74-year-old retired real estate broker in southern New York, it offered her $125 for every acre of land plus a 12 percent royalty on whatever natural gas it extracts.

Nearly two years later, she's still holding out. Along with hundreds of other landowners, she has joined a coalition that is negotiating with nine oil and gas companies. The latest offers in the area are running as high as $5,500 an acre with 20 percent royalties.

"It's what's really going to turn this whole place around," said her son Daniel Fitzsimmons, who has since helped form the Binghamton Conklin Gas Lease Coalition.

This corner of the state is at the forefront of an old-fashioned land rush that has implications far beyond Conklin, N.Y. Oil and gas companies are vying to stake out territory where they can tap natural gas trapped in shale rock. Just a few years ago, the industry didn't have the technology to unlock these reserves. But thanks to advances in horizontal drilling and methods of fracturing rock with high-pressure blasts of water, sand and chemicals, vast gas reserves in the United States are suddenly within reach.

As a result, said BP chief executive Tony Hayward, "the picture has changed dramatically."

"The United States is sitting on over 100 years of gas supply at the current rates of consumption," he said. Because natural gas emits half the greenhouse gases of coal, he added, that "provides the United States with a unique opportunity to address concerns about energy security and climate change."

Recoverable U.S. gas reserves could now be bigger than the immense gas reserves of Russia, some experts say. The Marcellus shale formation, stretching across swaths of Pennsylvania, New York and West Virginia, has enough gas to meet the entire nation's needs for at least 14 years, according to an estimate by two Pennsylvania State University experts. Just in Broome County, N.Y., where Fitzsimmons lives, shale gas development could create $15 billion in economic activity, according to consultants hired by the county.

The country is carpeted with shale gas plays, including the Barnett in Texas, Fayetteville in Arkansas and Haynesville in Louisiana. Since 2000, gas from shale has grown from less than 1 percent of the nation's production to about 10 percent, according to the consulting firm PFC Energy, and it's picking up fast.

That's changing the energy and economic landscape from Broome County to the Gulf of Mexico. It could mean lower prices and reassurance to homeowners who heat with gas, or towns and companies with vehicle fleets running on the fuel. As winter begins, the price of natural gas is about a third of the level it was 14 months ago. Storage facilities are bursting.

With new supplies, the country will be less vulnerable to disruptions from Gulf Coast hurricanes and need to rely less on imports. Already, deliveries of liquefied natural gas from places such as Qatar, Nigeria and Trinidad are down 58 percent in 2008, idling costly U.S. terminals.

The prospect of new gas supplies at stable prices is also transforming debates over climate change. It deals another blow to proposals for new coal plants. And because gas plants can be switched on and off quickly, unlike coal and nuclear, natural gas could supplement wind and solar power facilities, whose output varies with the weather.

"Natural gas can serve as a bridge fuel to a low-carbon, sustainable energy future," said former Colorado senator Timothy Wirth, now head of the U.N. Foundation. Indeed, this year, coal use is down about 13 percent, while electricity demand has fallen only 5 percent and natural gas use has remained about steady.

But the prospect of widespread shale gas drilling is also driving wedges in the environmental community. Many environmentalists have sounded alarms about the chemicals that drillers use to fracture the rock and the danger of natural gas or other substances contaminating water supplies. A video posted on the Web shows a man in Fort Lupton, Colo., lighting a fire with the tapwater in his kitchen sink -- although it isn't clear what caused that problem.

Residents of New York City, which draws drinking supplies from a large watershed that reaches up to the Catskill Mountains, have protested, and Chesapeake Energy has voluntarily announced that it would not drill in the watershed. Gov. David A. Paterson (D) has declared a moratorium on drilling until the state's Department of Environmental Conservation issues rules, which are open for public comment. A raucous meeting in Manhattan last month ended before even a third of the people who wanted to comment got a chance to speak.

"This is probably the biggest thing to happen to the state of New York since the initial clearing by settlers," said Wes Gillingham, executive director of the Catskill Mountainkeeper.

In north Texas, some people are also wondering whether drilling in the Barnett shale is to blame for a series of barely perceptible but highly unusual earthquakes now being investigated by geologists.

Yet other environmental groups favor developing gas to displace coal. "There are legitimate concerns that need to be addressed," said Bruce Nilles, a lawyer at the Sierra Club. But, he added, new natural gas supplies could be a "game-changer" in the battle against coal plants.

Nilles said New York's 20 coal plants largely burn Appalachian coal from areas with mountaintop removal. "The status quo means continuing to destroy the oldest mountain range in the country," he said.

Credit for discovering that gas could be economically extracted from shale generally goes to George Mitchell, former head of Mitchell Energy. In the early 1980s, as the company's production was declining, Mitchell and his geologists started experimenting with "hydraulic fracturing" -- blasting underground layers of shale with a mixture of water, chemicals and sand to crack the rock and get gas flowing out of it.

"Mitchell had hired an investment banking firm in 1999 to see if anyone wanted to buy them," recalled Larry Nichols, chief executive of Devon Energy. "Devon and everyone else looked and said, 'No, that technology doesn't work.' We, like everyone else, turned up our noses."

Three years later, Devon paid $3.1 billion to acquire Mitchell. It combined hydraulic fracturing with horizontal drilling, which enabled a single well to turn, follow a seam of shale for up to two miles and produce much more gas. Now a quarter of the natural gas produced by Devon, a $30 billion company, comes from shale.

Historically, most of the natural gas produced in the United States came from relatively small pockets in porous rock. The oil and gas industry has been "eternally searching for relatively small traps," Nichols said. Shale, by contrast, is widespread and hard to miss. "Devon has drilled 4,000 wells in the Barnett and is planning 4,000 more, at least. And we have not drilled a dry hole," Nichols said.

The stakes are high for companies and consumers, as well as the environment. Shale gas has already added billions of dollars to the value of companies like Devon, but it unsettles people living in scenic portions of Pennsylvania and New York, which were the first places oil was discovered but which have been relatively undisturbed for decades.

Some people are just happy about the money. Fitzsimmons, for example, suffers from arthritis and has a nonverbal autistic 18-year-old son. He and his family own 185 acres. "If you're a property owner, it's amazing," he said. "Even some of the ones who are members of these organizations that are supposedly against it -- when it comes time to get a check on their property, suddenly they're all for getting the check."

Hydraulic Fracturing And Shale Gas

The gas industry needs to be honest and open about the hydraulic fracturing process. The public is understandably skeptical and the environmental media love to exxagerate and inflame people's passions by scaring them in any way they can.

This much we have learned from the battle (that continues) to expose the fraud-based myth of man-caused global warming. The gas industry must maintain the moral high ground while exposing the lies, unethical and illegal behaviour of climate "scientists" exposed in the recent Email and computer code leak from the CRU in England. See here for more information on the great global warming scandal.

Hydraulic fracturing can be and has been done safely for decades. Groundwater acquifers used by people are very well protected. There needs to be an education effort aimed at the concerned public about the basics of subsurface hydrogeology. That said, these shale gas developments and hydraulic fracturing activities need to be monitored in a honest and sensible way. Ask the people living in the Barnett Shale area of north Texas, or the Haynesville Shale Play area in northwestern Louisiana if they oppose gas development and hydraulic fracturing. You can bet they like it.
Peter

Drilling right into a heated environmental debate

By Steven Mufson
Washington Post Staff Writer
Thursday, December 3, 2009 (source)

Oil and gas companies have figured out how to turn shale rock into natural gas gushers, but they have also hit a deep well of anxiety about the environmental impact of drilling in some of the country's most scenic areas.

The debate revolves around a technique known as hydraulic fracturing, which unlocks natural gas by shattering shale rock with high-pressure blasts of water, chemicals and sand.

Starting up a well requires 3 million to 7 million gallons of water. Drillers mix in chemicals that environmentalists say can imperil rivers and springs. Critics say natural gas can seep into drinking supplies, too.

Large volumes of water, containing leftover chemicals and mineral waste, return to the surface once a well is complete; that water requires safe disposal or treatment. Residents fear accidents, even if firms take precautions such as using steel tanks.

Cabot Oil & Gas has been mired in two disputes. Earlier this year, residents of the Dimock, Pa., area reported evidence of natural gas in their water supplies. Inspectors from the state's Department of Environmental Protection discovered that the casings on some of Cabot's gas wells were cemented improperly, allowing contamination.

On Sept. 16, Cabot's contractors, Baker and Halliburton, spilled 7,980 gallons of fluids in Dimock. Cabot said that it included only 0.5 percent chemical lubricating "gel" and that the mixture was "not hazardous or dangerous." But the DEP suspended the company's drilling activities.

Gas exploration companies say that proper drilling techniques seal off wells with concrete and that the shale layer is a mile or more below drinking-water aquifers, providing protection. Moreover, they assert, the water pumped underground contains only a tiny percentage of chemicals. Once the rock is fractured, no further water is needed. Larry Nichols, chief executive of Devon Energy, said the water needed to "frac" a well equals what's needed to water a golf course or fill three Olympic swimming pools.

What chemicals are used isn't clear. In 2005, Congress exempted chemicals used in hydraulic fracturing from the Safe Drinking Water Act and said firms need not disclose the chemicals, which are often viewed as trade secrets. This is widely known as the "Halliburton loophole," after the company whose former chief executive, Dick Cheney, was then vice president.

The Endocrine Disruption Exchange, a nonprofit group run by Florida public health advocate Theo Colborn, has identified 344 hazardous chemicals used in fracturing, including 2-butoxyethanol and formaldehyde. Sen. Robert P. Casey Jr. (D-Pa.) and three House members have introduced bills that would repeal the exemption.

"The environmentalists have come out with long chemical names, but most are in baking soda and things we have around our houses," Nichols said.

Some companies are voluntarily disclosing the chemicals they use. "We as an industry need to demystify [hydraulic fracturing]," Chesapeake Energy chief executive Aubrey McClendon told a conference, according to Reuters.

Oilfield services giant Schlumberger said it is developing "green" fracturing fluids. Range Resources said it has figured out how to recycle 100 percent of the waste water from drilling.

Many environmentalists aren't satisfied. "While toxic chemicals may be found in commonly used household products, they should not be in a home's drinking water," said a report by Environment America. The group's legislative director, Anna Aurilio, said, "Natural gas might be a little cleaner than coal, but drinking water is precious to us."

Thursday, November 5, 2009

Shale Gas, Why It Is So Important

America's Natural Gas Revolution

A 'shale gale' of unconventional and abundant U.S. gas is transforming the energy market. (source)

The biggest energy innovation of the decade is natural gas—more specifically what is called "unconventional" natural gas. Some call it a revolution.

Yet the natural gas revolution has unfolded with no great fanfare, no grand opening ceremony, no ribbon cutting. It just crept up. In 1990, unconventional gas—from shales, coal-bed methane and so-called "tight" formations—was about 10% of total U.S. production. Today it is around 40%, and growing fast, with shale gas by far the biggest part.

The potential of this "shale gale" only really became clear around 2007. In Washington, D.C., the discovery has come later—only in the last few months. Yet it is already changing the national energy dialogue and overall energy outlook in the U.S.—and could change the global natural gas balance.

From the time of the California energy crisis at the beginning of this decade, it appeared that the U.S. was headed for an extended period of tight supplies, even shortages, of natural gas.

While gas has many favorable attributes—as a clean, relatively low-carbon fuel—abundance did not appear to be one of them. Prices had gone up, but increased drilling failed to bring forth additional supplies. The U.S., it seemed, was destined to become much more integrated into the global gas market, with increasing imports of liquefied natural gas (LNG).

But a few companies were trying to solve a perennial problem: how to liberate shale gas—the plentiful natural gas supplies locked away in the impermeable shale. The experimental lab was a sprawling area called the Barnett Shale in the environs of Fort Worth, Texas.

Getty Images

The companies were experimenting with two technologies. One was horizontal drilling. Instead of merely drilling straight down into the resource, horizontal wells go sideways after a certain depth, opening up a much larger area of the resource-bearing formation.

The other technology is known as hydraulic fracturing, or "fraccing." Here, the producer injects a mixture of water and sand at high pressure to create multiple fractures throughout the rock, liberating the trapped gas to flow into the well.

The critical but little-recognized breakthrough was early in this decade—finding a way to meld together these two increasingly complex technologies to finally crack the shale rock, and thus crack the code for a major new resource. It was not a single eureka moment, but rather the result of incremental experimentation and technical skill. The success freed the gas to flow in greater volumes and at a much lower unit cost than previously thought possible.

In the last few years, the revolution has spread into other shale plays, from Louisiana and Arkansas to Pennsylvania and New York State, and British Columbia as well.

The supply impact has been dramatic. In the lower 48, states thought to be in decline as a natural gas source, production surged an astonishing 15% from the beginning of 2007 to mid-2008. This increase is more than most other countries produce in total.

Equally dramatic is the effect on U.S. reserves. Proven reserves have risen to 245 trillion cubic feet (Tcf) in 2008 from 177 Tcf in 2000, despite having produced nearly 165 Tcf during those years. The recent increase in estimated U.S. gas reserves by the Potential Gas Committee, representing both academic and industry experts, is in itself equivalent to more than half of the total proved reserves of Qatar, the new LNG powerhouse. With more drilling experience, U.S. estimates are likely to rise dramatically in the next few years. At current levels of demand, the U.S. has about 90 years of proven and potential supply—a number that is bound to go up as more and more shale gas is found.

To have the resource base suddenly expand by this much is a game changer. But what is getting changed?

It transforms the debate over generating electricity. The U.S. electric power industry faces very big questions about fuel choice and what kind of new generating capacity to build. In the face of new climate regulations, the increased availability of gas will likely lead to more natural gas consumption in electric power because of gas's relatively lower CO2 emissions. Natural gas power plants can also be built more quickly than coal-fired plants.

Some areas like Pennsylvania and New York, traditionally importers of the bulk of their energy from elsewhere, will instead become energy producers. It could also mean that more buses and truck fleets will be converted to natural gas. Energy-intensive manufacturing companies, which have been moving overseas in search of cheaper energy in order to remain globally competitive, may now stay home.

But these industrial users and the utilities with their long investment horizons—both of which have been whipsawed by recurrent cycles of shortage and surplus in natural gas over several decades—are inherently skeptical and will require further confirmation of a sustained shale gale before committing.

More abundant gas will have another, not so well recognized effect—facilitating renewable development. Sources like wind and solar are "intermittent." When the wind doesn't blow and the sun doesn't shine, something has to pick up the slack, and that something is likely to be natural-gas fired electric generation. This need will become more acute as the mandates for renewable electric power grow.

So far only one serious obstacle to development of shale resources across the U.S. has appeared—water. The most visible concern is the fear in some quarters that hydrocarbons or chemicals used in fraccing might flow into aquifers that supply drinking water. However, in most instances, the gas-bearing and water-bearing layers are widely separated by thousands of vertical feet, as well as by rock, with the gas being much deeper.

Therefore, the hydraulic fracturing of gas shales is unlikely to contaminate drinking water. The risks of contamination from surface handling of wastes, common to all industrial processes, requires continued care. While fraccing uses a good deal of water, it is actually less water-intensive than many other types of energy production.

Unconventional natural gas has already had a global impact. With the U.S. market now oversupplied, and storage filled to the brim, there's been much less room for LNG. As a result more LNG is going into Europe, leading to lower spot prices and talk of modifying long-term contracts.

But is unconventional natural gas going to go global? Preliminary estimates suggest that shale gas resources around the world could be equivalent to or even greater than current proven natural gas reserves. Perhaps much greater. But here in the U.S., our independent oil and gas sector, open markets and private ownership of mineral rights facilitated development. Elsewhere development will require negotiations with governments, and potentially complex regulatory processes. Existing long-term contracts, common in much of the natural gas industry outside the U.S., could be another obstacle. Extensive new networks of pipelines and infrastructure will have to be built. And many parts of the world still have ample conventional gas to develop first.

Yet interest and activity are picking up smartly outside North America. A shale gas revolution in Europe and Asia would change the competitive dynamics of the globalized gas market, altering economic calculations and international politics.

This new innovation will take time to establish its global credentials. The U.S. is really only beginning to grapple with the significance. It may be half a decade before the strength of the unconventional gas revolution outside North America can be properly assessed. But what has begun as the shale gale in the U.S. could end up being an increasingly powerful wind that blows through the world economy.

Mr. Yergin, author of the Pulitzer Prize-winning "The Prize: The Epic Quest for Oil, Money, & Power" (Free Press, new edition, 2009) is chairman of IHS CERA. Mr. Ineson is senior director of global gas for IHS CERA.

Tuesday, October 13, 2009

Shell To Focus On Natural Gas

Shell has announced they are backing away from (presumably unprofitable) investments in "alternative" energy projects such as solar, wind and hydrogen, and putting their focus, and money into the worldwide development of natural gas. This formal announcement comes as no surprise because it has been coming for some time, see here: "Shell Goes Cold On Wind, Solar, Hydrogen.."
http://www.reuters.com/article/environmentNews/idUSTRE52G4SU20090317

This also indicates (in my opinion) that Shell isn't terribly concerned about any danger of man-caused global warming because of carbon dioxide emissions. It would seem that the thinkers and planners at the world's 2nd largest energy company are in distinct disagreement with the current Administration on energy policy. Shell is forging ahead while the Obama Administration seems to be living in some sort of past dreamland. These are interesting times.
Peter

The energy company of the future

08/10/2009

Speech given by Peter Voser, Chief Executive Officer, Royal Dutch Shell plc, at the Woodrow Wilson Center in Washington D.C. on Thursday 8, October 2009. An archived video webcast of this speech will become available shortly.

Amid concerns over energy scarcity and climate change, the wants, needs and aspirations of energy customers are changing. Shell’s response to this challenge is multi-faceted. We develop scenarios and share them with the outside world. We invest more in new energy projects than any other private company and spend more on Research & Development than any of our competitors. We develop new businesses, including in renewable energy. We help motorists to save fuel. And we are increasing our production of natural gas, the cleanest-burning fossil fuel. The most successful energy companies of the future will be those that stay ahead of the rising aspirations of energy customers, through innovation and by pushing the limits of what is possible. The race for better energy is on and Shell aims to be an industry leader.

This speech is available for online reading (see below) and as pdf download (PDF, 174 KB) - opens in new window. An archived video webcast - opens in new window of this speech will become available shortly via the Woodrow Wilson Center website.

Wednesday, October 7, 2009

Boomtown Shreveport, LA Concerned About Drilling

September 02, 2009

Scare Tactics About Fracing Gas Wells

Companies have been fracing oil and gas wells for decades with almost no danger to near surface groundwater aquifers. Wells are carefully drilled through these zones and steel casing is set and cemented in place to protect the acquifer. Most, if not all hydraulic fracturing is done thousands of feet below these acquifers and it is near impossible for the frac fluid to get into the groundwater. Do a search on this blog about "fracing" or "hydraulic fracturing".

As with the man-caused global warming myth, people opposed to drilling use the fear tactic of "polluted drinking water" to sway public opinion. Generating fear has become the standard operating procedure for environmental groups, and they are totally shameless about their lies. Think of drowning polar bears, melting glaciers, rising sea levels, monster hurricanes, etc.; all nonsense of course, but such images influence the opinion of uneducated people and politicians.
Peter

New York Recognizes Shale Gas As A Good Thing

October 02, 2009

The Clean Skies Alliance

The Clean Skies Alliance, a trade group that lobbies for more use of natural gas, has picked a lawyer who specializes in climate change as its new CEO.

The Clean Skies Alliance, closely affiliated with Chesapeake Energy, has lobbied against programs that would promote clean coal, and in favor of more natural gas exploration. The group has its own website, www.cleanskies.com and airs a weekly television program on a Washington, D.C., TV station.

Greg Staple, a former partner at the law firm Vinson & Elkins, before joining the Clean Skies Foundation as a policy analyst.

Read below the jump for the full press release.

Continue reading "" »

Much More Information About The Barnett Shale

Here is an excellent blog about the Barnett Shale. It contains a wealth of information and is created and maintained by the Fort Worth Star-Telegram.

http://startelegram.typepad.com/barnett_shale/2009/10/another-shale-gas-play.html

Gas Everywhere

Another shale gas play

The Barnett Shale may be the granddaddy of shale gas plays -- this is where producers worked out the technology that made it feasible to recover natural gas from unconventional formations.

But there seem to be plenty of additions to the family. The Houston Chronicle reports on the latest find, the Eagle Ford shale in South Texas. Its advantages include lower production costs, easy terrain and a local population land owners who "have grown comfortable with the industry after decades of oil drilling," the Chron reports.

There are also some interesting numbers on the break-even cost for producers.

http://www.chron.com/disp/story.mpl/business/energy/6653999.html

-- Mike Lee

Shale Gas Exploration And Development Goes International

It is no surprise to this geologist that the technology used to produce gas from the Fort Worth Basin and its Barnett Shale is finding its way to other parts of the world.

Shale, that often organic-rich, dark gray or black, very fine grained sedimentary rock, is found in every sedimentary basin, both present and ancient, on Earth. It is sometimes called "mud-rock" as is appropriate to its origin.

The organic matter in these shales can be converted into oil and natural gas as it is heated and buried by thousands of feet of additional sediments. The fact that these rocks contain a flammable gas (natural gas) has been known since antiquity. However, from an economic standpoint, shale has mostly just been considered a "source" rock for oil and gas found elsewhere. Times have changed.

Now shale can be considered a source, seal, trap, and reservoir of gas, (and sometimes oil) --- an all in one package. With the proper combination of horizontal drilling and rock fracturing technology these shales can produce very economic quantities of gas. This has been proven in the Barnett Shale in north Texas, and to a lesser, but growing extent elsewhere. Since shales of this nature are so prevalent around the world, it makes sense that the combination of horizontal drilling, the logging and steering of these wells while drilling, and the fracture treatment of the rocks is finding its way to countries outside of the United States.

Natural gas has many uses, from generating electricity, to heating our homes, cooking our food and powering our vehicles. It burns very cleanly and its only by-product is harmless water vapor and carbon dioxide. If it were not so clean, how could we use it in our homes to cook our food? Are you listening EPA?

If President Obama was really interested in stimulating the economy he would be promoting the production and more widespread use of natural gas. Maybe his advisers are just ignorant of the facts. It certainly makes far more sense to use inexpensive and ubiquitous natural gas than it does to spend Billions on solar panels and wind turbines, which can never do more than supply a fraction of our energy needs.

If anyone doubts the jobs, equipment and technology required to drill and produce gas from these shales, they should visit an active drill site, or witness a frac job. They should also consider that for every person working in the field, there are probably tens or hundreds of people working behind the scenes. It is a big and growing business. Browse this blog and you will find many, more relevant articles and information on this subject. Pass it around. Send it to your Congressman. Send it to Mr. Obama.

The following article from the "Fort Worth Star-Telegram" tells more of the story.
Peter




Star-Telegram.com

Barnett Shale seen as model for drillers worldwide


Posted Tuesday, Sep. 29, 2009 (source)





The search for unconventional natural gas deposits in areas like the Barnett Shale of North Texas not only is dominating gas drilling in the United States, but it will also become pervasive worldwide.

That was the message given Tuesday by two experts at the opening of a three-day energy conference in the Fort Worth Convention Center.

"I think unconventional gas is the future, both in the U.S. and overseas," said Vello Kuuskraa, president of Advanced Resources International, known for his work in energy economics and petroleum recovery technologies.

Unconventional gas includes shale gas, tight gas and coal-bed methane, deposits that require measures such as horizontal drilling and hydraulic fracturing to enhance their recovery and make them economically feasible.

Unconventional gas accounts for more than half of U.S. production, Kuuskraa said, even though what he called two new "rock stars" among shale fields — the Haynesville Shale in northwest Louisiana and East Texas, and the Marcellus Shale in the Appalachian region of the eastern United States — are just beginning to be significantly developed.

Meanwhile, Kuuskraa said he expects his end-of-the-year calculations to show that the Barnett Shale has become the biggest gas-producing area in the U.S., outstripping the San Juan Basin in New Mexico and Colorado.

The U.S. is leading the way in the search for unconventional gas, and developing the technology that will "be used around the world," said Stephen Holditch, head of the petroleum engineering department at Texas A&M University and former president of the Society of Petroleum Engineers-International.

Oil and gas exploration and production companies either based in North Texas or with substantial operations in the region are in the thick of the search for unconventional gas.

That includes three Fort Worth-based companies, XTO Energy, Range Resources and Quicksilver Resources; two Oklahoma City-based companies, Devon Energy and Chesapeake Energy, the top two Barnett Shale producers; and Irving-based Exxon Mobil Corp., which is drilling for unconventional gas everywhere from Colorado to Hungary.

Kuuskraa said Exxon Mobil is said to have gotten encouraging results from initial drilling in the Mako Trough in Hungary.

There are reportedly "massive concentrations" of gas — estimated at 700 billion cubic feet per square mile — in a small area of the Eastern European nation, he said.

Future unconventional gas recovery worldwide could significantly expand supplies, which would help make gas increasingly attractive as a fuel for transportation and electric power generation, Kuuskraa forecast at the Unconventional Gas International Conference & Exhibition, which resumes today.


JACK Z. SMITH, 817-390-7724


Wednesday, September 23, 2009

The Fightin' Side Of Me

More about natural gas, the economy, common sense, politics, the environment, the Obama Administration, and a little fun. The solution to America's energy, employment and national security is right under our feet, in our back yards. Wake up America.

Click on the link to the Merle Haggard song on youtube..
Peter

http://www.youtube.com/watch?v=0n552gP9X40

Who's Looking At Natural Gas Now? Big Oil

September 23, 2009

Custom image: Digging a shallow natural gas well in Clarksburg, W. Va.
Enlarge Tom Gjelten/NPR

Gastar Exploration, a small Texas company, is digging a shallow natural gas well in Clarksburg, W.Va. Gastar's business strategy is to limit its exploration and drilling to a minimum in the Appalachian region until it sees how larger gas companies fare in the area.

Custom image: Digging a shallow natural gas well in Clarksburg, W. Va.
Tom Gjelten/NPR

Gastar Exploration, a small Texas company, is digging a shallow natural gas well in Clarksburg, W.Va. Gastar's business strategy is to limit its exploration and drilling to a minimum in the Appalachian region until it sees how larger gas companies fare in the area.

In the energy world, Big Oil has long been the key player — with one notable exception: The natural gas business in the United States is dominated by small, independent companies. More than 80 percent of U.S. natural gas supplies are produced by companies with a market capitalization of less than $500 million. On average, these companies have only a dozen employees.

But their business is booming. New production techniques in recent years have enabled companies to extract natural gas from shale rock formations deep underground. As a result, estimates of accessible natural gas reserves have been revised dramatically upward. Small gas producers can justifiably take the credit for the transformation of their industry.

"The major oil companies haven't been paying attention to the U.S. for decades," says Robert Hefner, a 50-year veteran of the natural gas business with a company of his own, GHK Exploration, in Oklahoma City. "It's been a lot of independents like us that have found all this gas, developed the technology and made it happen."

Hefner attributes the proliferation of small natural gas companies to the fact that individual landowners generally retain the mineral rights to their own property. "In America, if [your] dream is to drill a well, you can go out and drill a well," Hefner points out. "As a result, there's been about three-and-a-half-million wells drilled in America over the years, versus about a million and a half for the rest of the world."

Mom-And-Pop Businesses

Many of those natural gas wells are mom-and-pop operations, or began that way. Often they evolve into slightly larger companies, but even the publicly traded companies are generally small. Those that survive in the energy world have learned to leverage their size.

U.S. Energy Consumption, By Fuel Type

Natural gas accounts for just 22 percent of the nation's energy consumption. Natural gas advocates say that increased use would mean a cleaner environment and less dependence on foreign oil.

A pie chart showing U.S. energy consumption

Notes

Percentages do not total 100.

"We certainly don't have an advantage when it comes to capital," says J. Russell Porter, chairman and chief executive of Gastar Exploration, a Houston-based company with just 23 employees. "The large companies can spend a lot more money than we can. But we can be very quick on the draw, if you will, to seize an opportunity and buy into a new concept or a new area that we think could be prospective for natural gas. If we do that, we usually have a first-mover advantage."

The agility of small companies is an important strength in a field where the ability to move fast is key to maintaining a competitive edge. But there is also a more practical reason small companies dominate the U.S. natural gas business. Typically, a new gas well produces in abundance in the year after it's opened, but then production begins to decline. If a natural gas company is to keep production and revenue steady, it has to keep drilling new wells. The energy majors may not have the patience for that effort.

"Big oil companies like big projects that they can manage over 30 and 40 years," says Nikos Tsafos, natural gas analyst at PFC Energy in Washington. "They prefer those over the project that you need to stay on top of every single day, every single month."

There's no dispute on that point from the oil majors. "With a company our size, we have to have a larger scale," says Patrick McGinn, spokesman for Exxon Mobil's exploration arm. "We have to have a potential resource that has more capability for us to go after."

More About The Quest For Shale

Modern Shale Gas Development In The United States: A Primer by the U.S. Department of Energy (PDF)

The American Clean Skies Foundation is a nonprofit devoted to educating the public about natural gas and its relation to renewable energy and energy efficiency.

The Ground Water Protection Council monitors regulation of natural gas drilling and production in the U.S.

Worldwatch Institute, an independent research group based in Washington, D.C., conducts research about energy and climate change.

Managing Innovation And Risk

The natural gas industry, in fact, serves as a case study demonstrating how business strategies vary according to a company's size. From small to large, energy companies manage innovation and risk in ways appropriate to their own circumstances.

Gastar Exploration, like many other natural gas companies, is currently focused on the Marcellus shale formation in the Appalachian basin, perhaps the most promising area for natural gas development in the United States today. But the company has so far limited its activity in the area to a few shallow wells in West Virginia, choosing to let a few larger gas companies take the lead in the area.

"We look at what they're doing," says Gastar CEO Porter. "[We] let them drill some of the early wells, try to determine which drilling techniques work the best, and then once they have done that trial and error and established a pattern that works, we can go in and design our wells without having that trial-and-error phase, which can be very expensive."

The challenge of managing risk is important in any new industrial venture. In the natural gas business, the smallest companies in some ways can be the most adventurous. The new investments they make are tiny compared with what a large company would make. But they will still try to shift as much of the risk to their rivals as they can, just as Gastar is doing.

A Magnet For Big Oil

Paradoxically, the biggest energy companies follow a similar strategy, though in their case they try to shift risk to their smaller rivals. Shale production in the United States looks so promising right now that the big oil companies are thinking about getting back into the natural gas business. Exxon, for example, is looking at some possible shale "plays" in the United States, but — like Gastar — the company is biding its time before making a big move.

"We've taken a couple of years to really work on the technology that's required to do the exploration and production of these kinds of shale plays," says spokesman McGinn. "Doing the homework and doing the technology development takes some time for us, and we are willing to wait for that."

The possibility of Exxon's entry into the U.S. shale gas business would have major implications for a "micro-cap" company like Gastar Exploration, but Porter, Gastar's CEO, is not overly concerned.

"We can live on the fringes if necessary," he says. Or Gastar could just let the big oil companies take over some of its gas operations — for the right price.

"If Exxon came in and wanted to become a dominant player in the Marcellus shale, I'm sure there are lots of small operators who would be willing to sell out to them if they were willing to pay full value," Porter says. "There's always going to be another play for us to go invest in and start creating value all over again."

It's all part of the natural gas business game.

If We Make It Through December

According to the following article in the "Calgary Herald", the production of "conventional gas" in Canada and the United States is declining rapidly because of a lack of drilling activity. This could lead to rising gas prices. The big question is whether this production shortfall can be met by increasing production of "unconventional" shale gas. It is going to be an interesting winter. With that in mind, here's an appropriate song by Merle Haggard. Click on the youtube link to hear it.
Peter

http://www.youtube.com/watch?v=Z-IJxTd8dCo

Mapping the path for natural gas

By Peter Tertzakian, Calgary HeraldSeptember 21, 2009
Peter Tertzakian (source)

No birthday party is complete without balloons. Beyond livening up the venue with ornamental colour, balloons are meant to be popped. Kids love the festivity and it's all in good fun. Also, balloons can be blown up, pinched tight at the stem, and then let go to rocket around the room in a spastic rush of air. That's fun too, until someone loses an eye as your mother may point out; or unless you think of it in terms of the natural gas business.

It hasn't been much of party watching shrinking natural gas sales and producing companies on the brink of bankruptcy, but in a twisted way the party may just be beginning.

Like watching an airborne balloon deflate, Canada's conventional natural gas production is declining rapidly. Just this year we've lost about 1.0 Bcf/d of production (not including production that's been shut in). Since peaking in 2006 at well over 16 Bcf/d, volumes are now down 16% or 2.5 Bcf/d. By now everyone should know that much of the incentive to drill for natural gas in the Western Canadian Sedimentary Basin (nearly all in Alberta) has dried up due to high costs followed by low prices that have plagued the domestic industry for close to three years now. The dynamic is simple: if the rigs aren't out drilling at a certain pace, the physics of the rocks take over and natural gas reserves start declining. This dynamic is irrefutable and one of the few variables that the financial markets can count on as being predictable.

But Canada's situation is not unique. Production is now declining rapidly in high-cost, conventional geological regimes in the United States too. Back in August of 2008, the rig count in conventional US regions dropped precipitously from 800 to 200. That's when the fingers let go of the American balloon. The “blow down” hasn't been too noticeable up until now, because the aggressive growth of prolific, low-cost shale gas has been able to backfill what was being lost in the conventional regions. Behind the scenes it's been an almost seamless substitution of a high-cost product with a low-cost substitute, all facilitated by new technology applied on a large scale.

In fact, this gas-for-gas substitution is nothing new. Natural gas production from the US Gulf of Mexico has been on a steep decline since 2001, dropping from 14 Bcf/d back then down to about 7.0 Bcf/d this year. During that time period growing unconventional gas volumes from the onshore Barnett Shale in Texas backfilled the blow down in the Gulf almost one-for-one. But now shale gas regions have a challenge that is twice the size of the Gulf of Mexico: backfilling the 30 Bcf/d of conventional onshore production that's now declining by an estimated 17% per year.

The billion dollar question for 2010 is whether or not unconventional gas production in now-legendary plays like the Barnett, Haynesville, Fayetteville, Woodford, Marcellus and even Canada's Montney, to name a few, will be able to collectively respond fast enough to offset estimated conventional declines in 2010 of 5.0 Bcf/d in the US, plus another 1.0 Bcf/d in Canada. Theoretically it's possible, but nobody likes to talk theory at a party. Indeed, there are many practical constraints to boosting near term production including thin cash flows, stretched balance sheets, impatient bankers, tightened service industry capacity, and the strained logistics of mobilizing oilfield equipment once the price signals are convincing enough for E&P companies to spend money again.

In the long term, beyond 2010, shale gas and other large-scale unconventional gas plays will be increasingly dominant and able to offset conventional production declines. But that's the long term. Next year, it's quite possible that only half of the expected 6.0 Bcf/d of conventional losses in North America will be replenished. It's a scenario that speaks to benchmark continental prices rising above $US 6.00/MMBtu again, all else being equal.

This coming winter will be interesting. A mild combination of a colder-than-average temperatures, a gradual recovery in industrial demand and the gravitational pull of declining conventional production have a very good chance of collectively tightening up the oversupply that the natural gas industry has been living with for over a year. I give this near-term scenario at least even odds, and in part that's why natural gas prices have been rallying recently. After all, nobody wants to miss the party.


Tuesday, September 22, 2009

National Public Radio Wakes Up To The Benefits Of Natural Gas

It is good to see the traditionally liberal, left-leaning National Public Radio (NPR) doing a story about energy and the environment without beating the "dead horse" of man-caused global warming or climate change.

The following story about the role natural gas can play in helping to solve America's (and the world's) energy problems is one that dearly needs being heard far and wide.
Peter


Rediscovering Natural Gas By Hitting Rock Bottom

September 22, 2009

September 22, 2009

In recent years, natural gas producers in the United States have struggled, mostly in vain, to be taken more seriously in the energy world. Big oil companies like Exxon had concluded that natural gas reserves in the United States were not sufficiently abundant to warrant big investments in exploration and drilling. When small independent gas producers argued otherwise, they were often ridiculed.

"I once had to tell the Exxon people in front of a congressional committee that I respectfully disagreed with every single thing they had presented," recalls Robert Hefner, 74, a veteran gas producer from Oklahoma.

But the natural gas folks now have numbers on their side due to new successes in getting gas out of shale rock. Geologists have always known that shale rock, often found in combination with coal and oil deposits, holds substantial amounts of natural gas. If a piece of shale rock is broken and lit with a match, it will actually burn for a few moments with a small flame.

The shale gas was previously considered unreachable, but advances in drilling techniques have changed that assessment. The result is a dramatic increase in estimated natural gas reserves. The Potential Gas Committee, loosely affiliated with the Colorado School of Mines, reported in June that natural gas reserves in the United States are actually 35 percent higher than believed just two years ago, and some geologists say even that estimate is too conservative.

Drowning In Natural Gas

Vertical: A deep drilling rigt in Pennsylvania.
Enlarge Tom Gjelten/NPR

A deep drilling rig at the site of a shale rock formation in southwestern Pennsylvania. The rig, which was set up by Range Resources, a leading shale gas player, serves as a brace to support the drill.

Vertical: A deep drilling rigt in Pennsylvania.
Tom Gjelten/NPR

A deep drilling rig at the site of a shale rock formation in southwestern Pennsylvania. The rig, which was set up by Range Resources, a leading shale gas player, serves as a brace to support the drill.

"I used to say the nation is awash in natural gas," Hefner says. "Now I say we're drowning in it."

One area getting new attention is the Marcellus basin, a 400-million-year-old shale formation stretching from New York to West Virginia. That basin alone is believed to hold as much as 500 trillion cubic feet of natural gas, the equivalent of about 80 billion barrels of oil. (There are also large shale gas basins in Texas, Wyoming, Arkansas and Michigan.) It is not clear how much of the shale gas is recoverable, but the new production techniques have boosted all previous estimates.

Shale formations are deep underground — 6,000 feet or more — and the rock is relatively impermeable. Deep drilling is expensive, and in the past the amount of gas that could be reached was not considered sufficient to justify the cost.

Horizontal Drilling

In recent years, however, gas producers expanded the use of "horizontal" drilling. After boring more than a mile below the Earth's surface to reach the shale layer, a drill operator will slowly "steer" the drill bit to one side, until it is heading sideways across the shale layer, thus achieving access to more of the shale than a traditional vertical well could provide.

Vertical Image of a drilling platform on a shale gas rig.
Enlarge Tom Gjelten/NPR

The drilling platform on a shale gas drilling rig. The shaft in the center is turning a drill bit deep underground. The drilling operation continues 24/7.

Vertical Image of a drilling platform on a shale gas rig.
Tom Gjelten/NPR

The drilling platform on a shale gas drilling rig. The shaft in the center is turning a drill bit deep underground. The drilling operation continues 24/7.

Even so, the tightness of the shale rock would mean that relatively little of the trapped gas would seep into the pipeline. Gas producers therefore fracture the rock by forcing a water and sand mixture into the formation at very high pressure. This "water fracturing" technique opens millions of tiny cracks in the rock, enabling more of the gas to seep out.

Horizontal drilling and water fracturing are not new techniques in the oil and gas business, but only in recent years have producers used the procedures in combination to produce shale gas, and the results have been dramatic.

"It's the biggest thing I've ever even heard of," says Ray Walker, vice president of Range Resources, a gas exploration and production company. "It's huge. The ability to produce these shale reservoirs is going to revolutionize this industry all over the world."

Walker moved to Pennsylvania from Texas two years ago to direct his Fort Worth-based company's exploration of the Marcellus basin. Since then, Range Resources has dug more than 40 horizontal wells in Pennsylvania, and several dozen more are in preparation. In Texas, Wyoming and other areas, it's the same story.

Horizontal Drilling And Water Fracturing: The Keys To Shale Gas Production

Gas embedded in shale rock formations deep below the Earth's surface has long been considered inaccessible, due to high drilling costs. New horizontal drilling methods, combined with techniques to fracture the rock, have for the first time made shale gas production practical.

Credit: Tom Gjelten, Alyson Hurt and Avie Schneider/NPR

Spreading The Word

"[Shale gas] is the most important energy development since the discovery of oil," says Fred Julander, founder and chief executive of his own Denver-based gas company, Julander Energy.

But the word has not yet spread as far as gas advocates would like. Ian Cronshaw, the top gas analyst at the Paris-based International Energy Agency, highlighted the jump in estimated gas in his most recent energy outlook report, but noted that the news had gotten little notice. "If that had happened in the oil industry, it would be a headline item," Cronshaw said at a recent meeting in Washington. "But because it happened in gas, nobody seems to be paying any attention."

As an energy source, natural gas is cheaper than oil, and when burned it produces only about half the carbon dioxide that comes from burning coal. As long as natural gas reserves in the United States were believed to be nearing depletion, the fuel did not get much attention, but with the upward revision of estimated reserves, that has changed.

"Natural gas is the fuel that can change everything for our nation," says Robert Hefner, who lays out his case in a new book, The Grand Energy Transition. Hefner argues that a big boost in the use of natural gas would dramatically lower greenhouse gas emissions and reduce the U.S. dependence on foreign oil. Much of the nation's electrical power now generated by burning coal could instead come from natural gas, and a switch to natural gas-powered automobiles would produce dramatic results.

"If we were to convert half of our existing vehicle fleet [to natural gas], we would eliminate a little over half our oil imports," Hefner contends. He and other natural gas advocates have been supported in recent months by environmental organizations.

"There's a huge capacity of natural gas that is lying idle," says Timothy Wirth, a former Democratic senator from Colorado who now heads the United Nations Foundation. "That makes absolutely no sense at all when what we're trying to do is clean up the atmosphere."

A 'Transition' Fuel

Natural gas is still a fossil fuel, and when burned it does produce greenhouse gases. Environmentalists working for the use of renewable energy sources nonetheless see natural gas as a transition fuel. One idea is to build mini-power generating stations, each connected to the natural gas pipeline infrastructure. A station attached to a hospital or a shopping mall could produce heat as well as electrical power, cutting energy costs dramatically.

"You can combine that with improvements in end-use efficiency and the development of renewable energy sources, and really see these as a partnership," says Christopher Flavin, president of Worldwatch Institute, an environmental research organization.

"Even the International Energy Agency is saying the path for oil is downward, and suddenly we've got this very different picture for natural gas," says Flavin. "I think it's unfortunately not fully percolated into the understanding of what's possible among policymakers. But I think as that takes hold in the next few years, it's really going to change the game."

Monday, September 7, 2009

Natural Gas Versus Coal: Is there A Better Way?

Natural gas versus coal.......who and what will keep the lights on? When it becomes clear that windmills and solar panels can not do the job, then what?
Peter

Natural Gas Hits a Roadblock in New Energy Bill

HOUSTON — The natural gas industry has enjoyed something of a winning streak in recent years. It found gigantic new reserves, low prices are encouraging utilities to substitute gas for coal, and cities are switching to buses fueled by natural gas.

But its luck has run out in Washington, where the industry is having trouble making its case to Congress as it writes an energy bill to tackle global warming.

For all its pronouncements that gas could be used to replace aging, inefficient coal-fired power plants — and reduce greenhouse gas emissions in the process — lawmakers from coal-producing states appear committed to keeping coal as the nation’s primary producer of power.

Those influential lawmakers, from both parties, say that new technologies under development to capture and bury emissions of coal are a better bet than gas for long-term solutions to climate change.

The difference of opinion is about more than what is best for the environment, of course. Industry profits are riding on the outcome of the discussion — a rich mix of politics, environment, science and business.

A climate-change bill that passed the House in June, intended to cap greenhouse gas emissions, delivered benefits to renewable fuels like wind and solar and strengthened building codes to conserve energy.

But the cost of emitting carbon dioxide emissions under the terms of the bill remained at levels that would continue to provide a price advantage for coal in many regions of the country.

The Senate is planning to begin writing its own bill later this month.

“The Senate is more open to natural gas as a transition fuel than the House was,” said Senator Charles E. Schumer, Democrat of New York, “but the senators from the coal states who are crucial votes are going to want first consideration for coal.”

The gas industry’s leaders say they will descend on Capitol Hill in coming weeks to press their case about the advantage of gas, including that it emits about half the greenhouse gases as coal.

The industry has formed a new lobbying group, and it is planning a national campaign that includes television advertising. Executives want fewer allowances for coal. They also want legislation that gives incentives for companies to convert truck fleets from diesel to natural gas.

“Never in my life have I been confronted with something so obviously easy and good to do and have such Congressional apathy,” said Aubrey McClendon, chief executive of Chesapeake Energy and a leading voice in the industry. He added that he was still hopeful the Senate can improve the House bill.

But the coal industry will also be active. Vic Svec, a senior vice president at Peabody Energy, a large coal company, said coal was still a better fuel because its price is more stable than gas.

“Coal with carbon capture and storage is the low cost, low carbon solution and has fantastic implications for the nation’s energy security,” he said.

But it is not only coal-industry lobbyists and their Congressional supporters who favor the concept of carbon sequestration. David Hawkins, a climate change expert at the Natural Resources Defense Council, said simply replacing coal with natural gas for power generation was “not a viable strategy” because that would merely delay climate change by a few decades.

“A coal plant with carbon capture and storage is a cleaner plant than an uncontrolled natural gas plant,” he said.

Natural gas gets some benefits from the House bill, which includes a cap-and-trade system that sets limits on emissions of greenhouse gases while requiring manufacturers and utilities to acquire pollution permits.

Utilities that burn natural gas would earn $30 billion over 10 years in pollution credits that could be sold on the carbon-trading market. But utilities that burn coal will receive tens of billions of dollars worth of free pollution credits, savings that will be passed on to consumers but may serve to delay the closing of some coal plants.

The House bill also offers $10 billion for research and development of techniques to capture and store carbon dioxide emissions, which would help keep some coal plants open that might otherwise close.

The Environmental Protection Agency projects that if the House bill became law, electricity generation from gas would increase by less than 1 percent from 2015 to 2025, while generation from coal would remain nearly unchanged.

There will be more use of renewables, but power generation as a whole is expected to decline because of conservation efforts, including tightening of building energy codes.

“By allowing free emission allowances to maintain coal production from existing coal plants, while providing mandates that there be more wind and solar, you squeeze gas out in the middle,” said William F. Whitsitt, an executive vice president at Devon Energy, a major natural gas producer.

Without any new legislation, and if current policies remain in place, gas would beat out coal by a far larger margin, according to E.P.A. projections.

There would be nearly 30 percent more power generated by gas by 2025 than in 2015, while coal fired generation would grow by a more modest 7 percent.

Many legislators believe that carbon capture and sequestration — a largely untested system that would bury carbon at power plants so it does not escape into the atmosphere — can be made to work.

Developing the technology was particularly important for any global solution to climate change, since China and India depend on coal for their energy and growing economies, said Paul W. Bledsoe, director of communications and strategy at the National Commission on Energy Policy, a bipartisan research organization.

Currently, coal provides almost half the electrical power in the United States while natural gas provides more than 20 percent.

Proponents of natural gas say they can deliver immediate reductions in greenhouse gases, an advantage that should not be discarded for an untested technology.

Senate officials and energy officials say it will be difficult to develop legislation that benefits both the gas and coal industries and reduces greenhouse gases.

Gas executives say their day in Washington will come, especially as more jobs are produced in gas fields that now stretch across 32 states.

“The politics of natural gas are going to change dramatically,” predicted Rodney Lowman, president of the American Natural Gas Alliance, the new gas lobby group. But, he added, “it won’t be overnight.”

Thursday, August 27, 2009

The Government Wants to Regulate and Control Hydraulic Fracturing

The process of hydraulically fracturing (fracing) rocks deeply under ground to increase the production or recovery of oil and gas has been done for many decades, with few problems. Do a search on this site to find more information about how this is done and the environmental concerns.
Peter


NAPE: Frac regulation Washington's 'worst threat'

By OGJ editors
HOUSTON, Aug. 26
-- A move to regulate hydraulic fracturing federally is the “biggest threat our industry has ever seen in Washington,” Bruce Vincent, vice-chairman of the Independent Petroleum Association of America, said Aug. 26.

Joel Noyes, IPAA director of government relations and industry affairs, expressed a low expectation for passage of most of the Obama administrations frenzied agenda, much of which contains negative provisions for oil and gas producers.

The atmosphere in Washington is one of “almost chaos,” said Noyes, and the environment is very partisan. The agenda is so congested because of the Democratic desire to push contentious legislation through before the 2010 election year, he said.

Ninety percent of wells are hydraulically fractured, some dozens of times, Vincent told the Summer NAPE E&P Forum in Houston. In the 60 years that the industry has been fracturing wells under state regulation, no case of fresh water contamination by the procedure has been documented, he said (OGJ Online, July 2, 2009).

Greater frac regulation is coming, predicted William Coates, president, Schlumberger Oilfield Services North America. The question is whether the industry can manage enough input that final rules are formed in a cooperative manner, he said.

Careful Drilling Needed To Produce Shale Gas

It is possible to "steer" a well while it is being drilled, "land" it exactly where desired, and keep the well drilling for thousands of feet within a thin target zone, or "sweet spot"........ and for a lot less than $100,000. I speak from experience.
Peter


NAPE: Drastic improvements needed in shale gas


By OGJ editors
HOUSTON, Aug. 26
-- Efficiency improvements of at least an order of magnitude are needed in US shale gas plays because field costs will not stay at the levels to which they have dropped since late 2008, said a speaker Aug. 26 at the Summer NAPE E&P Forum in Houston.

Now that the industry has mastered combination of horizontal drilling and multiple frac stages, the rate of technology growth seems to be slowing, said William Coates, president, Schlumberger Oilfield Services, North America. Taking more measurements in each well may be the key.

Drilling and completion capital costs are not going to stay low, and field service costs may begin to increase within a few months, said Coates.

The proliferation of frac jobs to as many as several dozen per well is inefficient, and most operators don’t take enough measurements in the vertical or horizontal portions of shale gas wells once they have completed their initial reservoir characterization drilling, he said. The move from science mode to gas manufacturing is too abrupt.

Companies should set a goal of obtaining the same ultimate recovery by “doing less,” Coates urged. They must find ways to cut the drilling time of a typical shale well to 7 days from 28, for example, by attaining the capability for a single bit run for the vertical part of the hole and one bit run for the curve and lateral.

Landing the lateral at the depth of the sweet spot at any given well location could result in twice to three times the ultimate recovery if an operator spent an extra $100,000 on measurements, Coates estimated.

Other steps toward efficiency could come in the use of friction reducers and biocides to halve the amount of water required for fracs, laying fiber optic cable outside casing to measure vibration to learn which frac stages are producing, and learning how to conduct fewer inefficient fracs by using log-while-drilling measurements to select perforated intervals.

Colorado School Of Mines Leads The Way In Natural Gas

It's about time America wakes up to the opportunities to create jobs, increase government revenue and provide abundant clean energy from non-foreign sources.
Peter


Mines institute to lead nation in natural gas research

GOLDEN, Colo., Aug. 24, 2009 – Colorado School of Mines has announced the establishment of the Unconventional Natural Gas Institute (UNGI) for the upstream research and development of natural gas, which is clean-burning, helps minimize greenhouse gas emissions, and is in great supply in the United States.

“This lower carbon alternative will contribute to the diversification of our domestic energy supplies. It’s a critical piece in the nation’s energy puzzle,” said Mines President M.W. Scoggins. “Mines is the ideal hub to lead innovative developments in this vital energy arena.”
The UNGI draws from Mines’ unique, specialized expertise in all areas of upstream natural gas research – including petroleum engineering, geology, geophysics, petrophysics, chemical engineering and engineering. And it builds on the school’s already significant research in the area of unconventional natural gas resources, as well as its strong partnerships with industry and government. The institute’s interdisciplinary efforts are directed by Jennifer Miskimins of the Mines Petroleum Engineering Department.
Natural gas is an abundant domestic resource. Based on work directed out of Mines, the Potential Gas Committee recently reported estimates of gas resources increasing from 1,300 trillion cubic feet in 2006 to 1,800 trillion cubic feet in 2008 – with the majority of the increase from unconventional resources such as shale gas.
Contact:
Karen Gilbert, Public Relations Specialist / 303-273-3541 / Karen.Gilbert@is.mines.edu
Marsha Williams, Director of Integrated Marketing Communications / 303-273-3326 / marswill@mines.edu