US oil production grew more in 2012 than in any year in the history of the domestic oil industry back to the Civil War
From Saturday’s WSJ:
U.S. oil production grew more in 2012 than in any year in the history of the domestic industry, which began in 1859, and is set to surge even more in 2013. Daily crude output averaged 6.4 million barrels a day last year, up a record 779,000 barrels a day from 2011 and hitting a 15-year high, according to the American Petroleum Institute (API), a trade group. It is the biggest annual jump in production since Edwin Drake drilled the first commercial oil well in Titusville, Pa., two years before the Civil War began (see chart above).
The U.S. Energy Information Administration predicts 2013 will be an even bigger year, with average daily production expected to jump by 900,000 barrels a day. The surge comes thanks to a relatively recent combination of technologies—horizontal drilling and hydraulic fracturing, or fracking, which involves pumping water, chemicals and sand at high pressures to break apart underground rock formations.
Together, they have unlocked deposits of oil and gas trapped in formations previously thought to be unreachable.
That has meant a resurgence of activity in well-established oil regions, such as West Texas’s Permian basin, as well as huge expansions in areas that had been lightly tapped in the past, such as North Dakota’s Bakken shale region. The Bakken has gone from producing just 125,000 barrels of oil a day five years ago to nearly 750,000 barrels a day today.
The benefits of the surge in domestic energy production include improving employment in some regions and a rebound in U.S.-based manufacturing.
MP: Actually, the API’s estimate of a 779,000 barrel per day (bpd) increase in domestic oil last year is pretty conservative compared to year-end comparisons of EIA data for weekly US oil production. Compared to oil output at the end of 2011 (5.846 million bpd), US oil production increased by 1.139 million bpd last year to almost 7 million bpd during the last week of December 2012. Alternatively, using the EIA’s four-week production averages show an increase of 1.063 million bpd from December of 2011 to December 2012. The reason that the yearend comparison shows a much higher annual increase in US oil production (about 1 million bpd vs. 779,000 bpd) is that domestic oil production accelerated during the second of last year – crude oil output increased 14.6% during the second half of 2012 compared to the 4.2% increase during the first six months.
The record increase in oil output last year reminds us the US oil and gas industry continues to be at the forefront of the otherwise sub-par economic recovery, and without that sector’s strong growth in output and jobs, the economy’s sub-par performance would be even more lackluster. The 1 million bpd increase in domestic oil production last year has delivered a powerful energy-based economic stimulus to the economy, creating thousands of new direct, shovel-ready jobs in oil and gas activities, and igniting many spinoff business and indirect jobs throughout the oil and gas supply chain like the “oil-by-rail shipping boom.” The future of the US economy over the next few years looks a lot brighter because of America’s surging domestic energy production.
- US oil production grew more in 2012 than in any year in the history of the domestic oil industry back to the Civil War (aei-ideas.org)
- Energy facts of the week: oil production highest since 1994, oil imports lowest since 1992, and oil jobs highest since 1988 (aei-ideas.org)
- Eagle Ford Shale helps boost U.S. oil production to 15-year high (transwestern-sa.typepad.com)
- Oil Industry Beats Buffett in Railroad Investments Surge: Energy (bloomberg.com)
By Vicki Vaughan
The report, from information and analytics firm IHS, looked at well performance for oil and oil-rich liquids in the Eagle Ford as well as in the Bakken Shale of North Dakota and Montana, currently the nation’s top play. The Bakken has more wells than the Eagle Ford, but so far, on a per-well basis, the Eagle Ford seems to be producing more than the Bakken.
The Bakken is more established, and the Eagle Ford is still developing.South Texas
This IHS report is part of a broader study that’s under way of 27 of the nation’s shale plays.
The IHS analysis shows that “Eagle Ford drilling results appear to be superior to those of the Bakken,” said Andrew Byrne, director of equity research at IHS and the study’s author.
The Bakken shale is the play against which others are measured, Byrne said, because “it was the key play that really opened up development of unconventional resources” using high-tech drilling methods and hydraulic fracturing.
The Bakken first began to show great promise about 12 years ago, Byrne said.
“The results from the Bakken were so strong that it set the standard by which all others will be measured. It was the one play that incited the industry into pursuing these opportunities,” he said.
Now, though, comes the Eagle Ford.
Wells in the Eagle Ford Shale have a stronger flow – 300 to 600 barrels a day or oil and oil-rich liquids, based on average production in a peak month – than in the Bakken, where flow ranges from 150 to 300 barrels a day.
“One of the reasons we really like the Eagle Ford is its potential as a large total resource. It could be one of the best, if not the best, in North America,” Byrne said.
“The Eagle Ford covers such a vast area. That also makes this such a strong play.”
The Eagle Ford sweeps 400 miles from East Texas to counties south of San Antonio and on to the border.
The play “gets uniformly strong results, and that’s making the play look that much bigger and better,” Byrne said.
“All plays essentially have sweet spots. What makes the Eagle Ford so good is that the noncore stuff is delivering strong results also. In some other plays, it’s only the sweet spot that’s economic.”
The Center for Community and Business Research at the University of Texas at San Antonio has also prepared studies of the Eagle Ford Shale. Center Director Thomas Tunstall predicts that the Eagle Ford Shale will produce 65 million barrels of oil for 2012. Oil production in the Eagle Ford reached 36.6 million barrels in 2011, according to Texas Railroad Commission data.
It’s somewhat difficult to predict production from the shale because the rate of production is accelerating, Tunstall said.
IHS doesn’t yet have an estimate of all the oil that is in the Eagle Ford.
“We’re working on that,” Byrne said.
Last week, Steve Trammel, senior manager of industry affairs for HIS, said in an interview that rig counts are declining in shale plays with much more natural gas than oil because of low natural gas prices.
But drilling is on the rise in shale with oil and “liquids-rich” areas, where wells can tap a mix of oil and condensate, a light oil, and “wet,” or liquid, natural gas, Trammel said.
In fact, the highest average monthly production in the Eagle Ford is coming from the formation’s liquids-rich window, Byrne said.
Asked which might be the next hot play, Byrne said: “We haven’t officially put out that opinion yet. That will have to be reserved until we finish our study.”
The energy industry is “very creative,” he noted. “It seems like every quarter another play shows up.”
- Texas: Experts deliver another round of Eagle Ford bullishness (mb50.wordpress.com)
- Black gold comes to Texas’ rescue again (fuelfix.com)
- Eagle Ford oil production in May tripled from 2011, Texas says (fuelfix.com)
- Eagle Ford banks challenged as deposits skyrocket (mb50.wordpress.com)
- Eagle Ford tied to global economy (mysanantonio.com)
- Black gold comes to Texas’ rescue again (mysanantonio.com)
Drilling in the Eagle Ford shale has dramatically increased in 2012, as producers have frantically turned away from cheap natural gas to production from regions that yield higher priced oils and other liquids.
The number of new wells drilled in Texas’ Eagle Ford shale more than doubled during the first three months of 2012, compared with the same period a year ago, according to Bentek Energy.
Operators started 856 new wells in the first quarter of 2012, compared with 407 in the same period a year ago, the energy market analysis firm reported.
There was also a record high number of 217 rigs active in the Eagle Ford during this month.
The increase in activity ratcheted up production of oil and other liquids, from 182,000-barrels-a-day in April 2011 to more than 500,000-barrels-a-day this month, according to Bentek’s analysis, which the U.S. Energy Information Administration highlighted on its website.
The Eagle Ford currently produces about 2 billion cubic feet of natural gas per day.
- Energy: Texas Tops Finds From Brazil to Bakken as Best Prospect (mb50.wordpress.com)
- Bexar facility is ‘big deal for us’ (mb50.wordpress.com)
- Pioneer Bets On West Texas Shale Oil To Rival Bakken (mb50.wordpress.com)
- Tuscaloosa shale promising (mb50.wordpress.com)
- Does the U.S. Really Have More Oil than Saudi Arabia? (theoildrum.com)
By Edward Klump – Mar 22, 2012 7:00 PM CT
Energy companies in search of oil riches rivaling the biggest finds from Brazil to Angola are flocking to Texas shale, where new wells have triggered a 230- fold increase in crude output in three years
More than 115 years after a gusher 55 miles (88 kilometers) south of Dallas ushered in Texas’ first oil boom, U.S. producers such as ConocoPhillips and Marathon Oil Corp. (MRO) are counting on the Eagle Ford Shale to boost crude output amid a glut-driven slump in natural-gas prices.
Drilling for oil in the brush-covered plains of south Texas is cheaper and less risky than exploration offshore Brazil, the largest oil find in the Western Hemisphere in 30 years, and more profitable than the remote, rougher terrain of the Bakken Shale in North Dakota and Montana.
“The Eagle Ford is the top basin we have in the world today,” David Roberts, chief operating officer at Marathon Oil, told analysts and investors on a conference call last month.
Surging production in shale formations has transformed the U.S. energy landscape, flooding the market with gas and boosting domestic oil production by 14 percent from three years ago after dropping by a third in the previous 17 years, according to Energy Department data. After worries of a global oil shortage drove prices to record highs above $140 a barrel in 2008, politicians and industry executives now are discussing the prospect of the U.S. weaning itself from dependence on imports.
Marathon Oil and ConocoPhillips (COP) both plan to double their production in the Eagle Ford this year. EOG Resources Inc. (EOG), based in Houston, calls the Texas shale play its biggest source of growth, and last month boosted its estimated recoverable reserves there by 78 percent.
Oil production in the Eagle Ford jumped almost sevenfold in 2011 to surpass 30 million barrels, still less than Bakken production in North Dakota that exceeded 128 million barrels. This year daily oil production in the Eagle Ford is forecast to expand by 200,000 barrels, roughly the same amount as the Bakken, according to estimates by Wood Mackenzie Ltd. cited by Hill Vaden, an analyst with the industry consultant.
The South Texas oil fields are winning a larger portion of producers’ investment because it’s easier and more profitable to drill there compared to many prospects in the U.S. and in the world. Wells are faster and cheaper to develop, and the formation is located closer to refineries on the U.S. Gulf Coast, lowering transportation costs.
EOG said it costs about $5.5 million per well in the Eagle Ford, compared with more than $8 million per well in the Bakken, because of different well configurations. An offshore Gulf of Mexico well can cost $100 million, said Brian Uhlmer, an analyst at Global Hunter Securities LLC in Houston.
Deep-water wells can take five months or longer to drill, compared to a couple of weeks for a well in the Eagle Ford, said Brian Cain, a spokesman for Anadarko Petroleum Corp. (APC)
Producers can get a higher price for their Eagle Ford output than they can in the Bakken. Prices for Texas and Louisiana (USCRLLSS) crude this week are as much as about $38 a barrel more than production in the Bakken (USCRLLSS), according to data compiled by Bloomberg.
“The economics there are absolutely stellar,” said Danny Brown, a general manager who helps oversee Anadarko’s Eagle Ford operations. Anadarko has said it is considering selling its exploration properties offshore Brazil.
Less Political Risk
Texas provides a more stable investment environment compared to many international projects, said Pavel Molchanov, an analyst at Raymond James & Associates in Houston.
“Clearly, there’s less political risk in Texas than in Libya, let’s say, or Kurdistan,” he said. Marathon Oil last year had output suspended in Libya during unrest in that country.
The Eagle Ford cuts across a 400-mile swath of southern Texas, according to the Railroad Commission, which regulates oil and gas production in the state. Producers have unlocked the resource using advances in horizontal drilling and hydraulic fracturing, which sends jets of water, sand and chemicals underground to break up rock.
Petrohawk Energy Corp., acquired by BHP Billiton Ltd. (BHP) last year, first drew attention to the Eagle Ford when it announced a gas find in 2008, a year when futures for the fuel in New York averaged more than $8 per million British thermal units.
Expanded use of fracturing, or fracking, across the U.S. caused a surge in gas output that drove prices to a 10-year low this month of $2.204 per million Btu. Meanwhile, crude in New York has climbed 15 percent since the end of 2010 and is trading for about $105 a barrel.
The Eagle Ford will help lead a surge in state drilling permits that’s on pace to reach 25,000 this year, the most since 1985, said Barry Smitherman, the commission’s chairman.
“It’s by far the most sought-after play anywhere — not only in this country, but anywhere around the world,” said Fadel Gheit, an analyst at Oppenheimer & Co. in New York.
A Sanford C. Bernstein report last August estimated Eagle Ford production would reach 1.2 million barrels of oil equivalent a day in 2015, with 750,000 of that being liquids.
“A long-time oil field axiom is that big fields tend to get bigger over time, and that’s certainly the case here,” EOG Chief Executive Officer Mark Papa told investors during a Feb. 17 conference call. “This continues to be the hottest and highest reinvestment rate-of-return play in North America.”
To contact the reporter on this story: Edward Klump in Houston at email@example.com
To contact the editor responsible for this story: Susan Warren at firstname.lastname@example.org
- Pioneer Bets On West Texas Shale Oil To Rival Bakken (mb50.wordpress.com)
- Marubeni Buys Eagle Ford Shale Assets (USA) (mb50.wordpress.com)
(Reuters) – Collapsing natural gas prices have yielded an unexpected boon for North Dakota‘s shale oil bonanza, easing a shortage of fracking crews that had tempered the biggest U.S. oil boom in a generation.
Energy companies in the Bakken shale patch have boosted activity recently thanks to an exceptionally mild winter and an influx of oil workers trained in the specialized tasks required to prepare wells for production, principally the controversial technique of hydraulic fracturing.
State data released this month showed energy companies in January fracked more wells than they drilled for the first time in five months, suggesting oil output could grow even faster than last year’s 35 percent surge as a year-long shortage of workers and equipment finally begins to subside.
As output accelerates, North Dakota should overtake Alaska as the second-largest U.S. producer within months, extending an unexpected oil rush that has already upended the global crude market, clipped U.S. oil imports, and made the state’s economy the fastest-growing in the union.
Six new crews trained in “well completion” — fracking and other work that follows drilling — have moved into North Dakota in the past two months alone, according to the state regulator and industry sources. Back in December, the state was 10 crews short of the number needed to keep up with newly drilled wells.
“Three to four months ago, the operators were begging for fracking crews,” said Monte Besler, who consults companies on fracking jobs in North Dakota’s Bakken shale prospect. Now “companies are calling, asking if we have a well to frack.”
For the last three years, smaller oil companies with thin pockets were forced to wait for two to three months before they could book fracking crews and get oil out of their wells. As more and more wells were drilled, that backlog has grown.
Last year, an average 12 percent of all oil wells were idled in North Dakota. Even so, output in January hit 546,000 barrels per day, doubling in the last two years and pushing the state ahead of California as the country’s third-largest producer.
FEWER WELLS IDLE
Fracking, which unlocks trapped oil by injecting tight shale seams with a slurry of water, sand and chemicals, has drawn fierce protests in some parts of the country, but it has not generated heated opposition in North Dakota.
The number of idle wells waiting to be completed in the state reached a record 908 last June, the result of a new drilling rush and heavy spring floods. Only 733 wells were idle in August as crews caught up, but the figure crept steadily higher until the start of this year.
Now, the industry may be turning a corner in North Dakota, the fastest-growing oil frontier in the world.
“Both rig count and hydraulic fracturing crews are limiting factors. Should they continue to rise together, production will not only increase, it will accelerate,” said Lynn Helms, director of the state Industrial Commission’s Oil and Gas Division.
The tame winter likely played an important role in helping reduce the number of idle wells — those that have been drilled but not yet fracked and prepped for production. That number fell by 11 in January, as oil operations that would normally be slowed by blizzards were able to carry on, experts said.
Residents of the northern Midwest state — accustomed to temperatures as low as minus 40 degrees Fahrenheit (-40 Celsius) in winter and snow piles as high as 107 inches — this year enjoyed the fourth warmest since 1894, according to the National Weather Service.
The milder conditions also helped prevent the usual exodus of warm-weather workers that occurs when blizzards set in.
“Not everyone wants to work in North Dakota in the winter,” Besler said.
The backlog of unfinished wells has also begun to subside because the pace with which new wells are drilled has leveled off. The state hasn’t added new rigs since November.
The latest state data shows oil companies brought 37 new rigs to North Dakota’s in 2011 but have not added more since November. The rig count held steady at 200 in January 2012, although more than 200 new wells were drilled in that period.
SLUMPING NATGAS PRICE PROVIDES RELIEF
North Dakota has gotten a boost from the fall-off in natural gas drilling due to the collapse in prices to 10-year lows. Energy companies such as Chesapeake and Encana have shut existing natural gas wells and cut back on new ones. Last week, the number of rigs drilling for gas in the United States sank to the lowest level in 10 years as major producers slimmed down their gas business, according to data from Houston-based oil services firm Baker Hughes. [ID:nL2E8EG9OY] The fewer gas wells drilled, the less need for skilled fracking crews in the country’s shale gas outposts.
Fracking in oil patches is similar to the process used in gas wells, except for the inherent power of the pumps employed. Crews inject high-pressure water, sand and chemicals to free hydrocarbons trapped in shale rock. So big service firms such as Halliburton, Baker Hughes and Schlumberger are reshuffling crews from shale gas fields to oil prospects in the badlands. “We have moved or are moving about eight crews. Some of those crews are moving as we speak,” Mark McCollum, Halliburton’s chief financial officer, said at an industry summit in February.
Halliburton declined to specify where the crews were moving.
Calgary-based Calfrac moved one crew into the Bakken in late 2011, according to an SEC filing. Privately owned FTS International no longer works in the gas-rich Barnett shale but has set up operations in the Utica, an emerging prospect in Ohio and western Pennsylvania, according to a company representative.
The reallocations come with some efficiency losses. Halliburton had to scale back its 24-hour operations and is still trying to solve logistical problems. “You actually take the crew from one basin and they have to go stay in motels, you have to pay them per diems for a while. And then you have to double up your personnel while you’re training new, locally based crew on the equipment once it is moved,” McCollum said.
At the same time, a shortage of key equipment such as pressure pumps is easing as companies start taking delivery of material ordered months or even years ago.
It takes about 15 such pumps to frack a gas well, and many more for oil wells. The total pressure-pumping capacity in the United States at the end of 2012 will be 19 million horsepower, two-and-a-half times more than in 2009, according to Dan Pickering, analyst with Tudor Holt and Pickering in Houston.
FRACKING AROUND THE NATION
Easing personnel constraints suggest recruiters may be meeting with success in nationwide campaigns to attract workers with specialized knowledge of complex pumps and hazmat trucks — and a willingness to brave harsh conditions.
Even with U.S. unemployment at 8.3 percent, such skilled labor remains in short supply despite salaries from $70,000 to $120,000 a year. In North Dakota, unemployment was just 3.2 percent in January, the lowest rate in the nation.
Fracking crews, much like roughnecks on drilling rigs, clock in 12-hour shifts for two straight weeks before getting a day off. They live in camps far from cities and towns. Jobs are transient — a few weeks at a single location. Most workers divide their time between the California desert, Texas ranchlands and the freezing badlands of the Midwest state.
Companies have scrambled to nab talent, with recruiters scouring far and wide. Military bases have gotten frequent visits, and some companies have hired truckers from Europe.
“There’s definitely a push to look all over for people who have good experience since it takes at least six months to train someone how to use a fracking pump,” said David Vaucher, analyst with IHS Cambridge Energy Research.
(Editing by David Gregorio)
- Pioneer Bets On West Texas Shale Oil To Rival Bakken (mb50.wordpress.com)
- Newfound Billions Of Barrels Of Shale Oil In Newfoundland (mb50.wordpress.com)
- To frack or not to frack: North Dakota’s dilemma (usatoday.com)
According to President Obama, the United States contains only 2 percent of the planet’s proven oil reserves, Of course, he’s right — to a point. In classic fashion, he’s using a technicality to skirt the facts and keep the myth of energy scarcity alive. The reality is that the U.S. has enough recoverable oil for the next 200 years, despite only having 2 percent of the world’s current proven oil reserves.
Proven oil reserves are not all of our oil resources—not even close. In fact, proved reserves represent a tiny portion of our total oil resources. Proven (or proved) oil reserves are reserves that have already been discovered, typically through actual exploration or drilling, and which can be recovered economically. That estimate does not include oil that we know about, yet are unable to access because of regulatory barriers. For example, the billions of barrels of oil in ANWR are not included in our proved oil reserves. So let’s look at the facts.
Currently, the United States has 1,442 billion barrels of technically recoverable oil, but only about 20 billion barrels are considered proven oil reserves.[ii] That is partly because the federal government is denying access to hundreds of millions of acres oil-rich federal lands: the Alaskan National Wildlife Refuge, the Naval Petroleum Reserve-Alaska, federal waters off the Atlantic and Pacific coasts, at least 45 percent of the Gulf of Mexico, the Chukchi and Beaufort Seas, and oil shale on federal lands in Colorado, Utah, and Wyoming, to name a few. In the case of oil shale (an oil composed of kerogen), technology needs to be perfected to make its production viable, but this will not happen until the land is leased. Regrettably, the Department of Interior has stopped a leasing program Congress directed it to undertake.
Proved Oil Reserves Are Not Static
Let’s take a look at history. In 1944, U.S. proven oil reserves were 20 billion barrels — about the same as they are today. Yet, between 1945 and 2010, the United States produced 167 billion barrels of oil. In other words, the United States produced over 8 times more oil than the amount of proven oil reserves it had in 1944. How can that be? The answer is that proven oil reserves are not stagnant because people keep looking for oil. Proven oil reserves keep changing, are officially recorded every year, tallied country by country, and published in the Oil and Gas Journal, among other publications. And due to U.S. entrepreneurship and ingenuity, more reserves are found and proven each year.
What happens is one or more of the following: 1) technology is found that converts hard-to-produce resources into proven reserves, 2) oil prices increase to allow more expensive types of oil to be produced, and/or 3) companies are able to purchase additional leases and explore for new basins of oil. An example of the first case where technology enables oil resources to become proven reserves is hydraulic fracturing and horizontal drilling used to produce shale oil resources, most notably in North Dakota. North Dakota now ranks third among the states in oil production.[iii] Its proven reserves have increased 25-fold in 13 years, and are likely to grow much larger. An identical increase from the rest of the United States would result in US reserves of 500 billion barrels, or almost twice those of Saudi Arabia.
What Does More Recent Data Look Like?
So, is this an historic anomaly? No. Let’s look at more recent data. In 1980, according to the Energy Information Administration, the United States had 31.3 billion barrels of proven oil reserves. However, between 1980 and 2010, the United States produced 77.8 billion barrels of oil and still had 20.7 billion barrels of oil reserves left. In other words, between 1980 and 2010, the United States produced 2.5 times the amount of oil as it has proven oil reserves in 1980.
Conventional and Unconventional Oil
Proven oil reserve data for the most part are comprised of conventional oil resources. Yet, today unconventional sources of oil are being produced. For example, Canada has proven reserves of conventional oil of only 5 billion barrels, but has 170 billion barrels of oil sands–a heavy oil whose production is based on unconventional technology –either by open pit mining or in-situ techniques, which reduce the viscosity of the oil by injecting steam and/or hot air into the oil sands. Canada’s proven oil reserves are officially set at 175 billion barrels, because it requested that oil sands be included in its proven oil reserve estimate. Canada now ranks third in the world in proven reserves, behind Saudi Arabia and Venezuela.[iv]
Proven oil reserves are not stagnant. They are continually changing as companies explore, find and produce oil. Declaring that “the U.S. has only 2% of the world’s oil is akin to saying that the only gasoline we will have is that which is in our tanks.” The president should know better, and if he does not, his Secretaries of Energy and Interior should tell him.
So, what can be done to increase our oil reserves? First and foremost, the United States needs to open more federal lands and waters to oil leases. Currently, only about 3 percent of government property is leased for finding energy. Once that is done, American ingenuity will take over to explore and produce those resources. ”According to a Gallup poll, an overwhelming number of consumers — 85% — say Obama and Congress should take “immediate” action to keep a lid on (gasoline) prices.”[v]
It is time our government stops misleading the American public and starts owning up to the reality of our energy situation – we are a nation rich in energy resources with poor policies that do not allow us to access them.
- Big Lies on Big Oil (gompsparky.wordpress.com)
- President Obama’s Energy Lies (inquisitr.com)
- Big Lies on Big Oil – David Limbaugh – Townhall Conservative Columnists (gds44.wordpress.com)
- Will Release of Strategic Oil Reserves Matter? (247wallst.com)
WASHINGTON D.C. — The Institute for Energy Research released today a groundbreaking North American Energy Inventory exposing the decades-long myth that the U.S. is running out of coal, oil, and natural gas because of inadequate domestic supplies. As a part of IER’s year long “Energy for America” campaign, the report details the vast energy resources that could power the nation’s future, if not for government policy that stands in the way.
“The current administration and its green energy allies in business and in Washington appear willing to drive up the price of energy for American consumers by limiting access to our vast resources. For the past several years, taxpayer dollars have been spent to fund unproven green energy pipe dreams, while Americans have been denied the opportunity to utilize the coal, oil, and natural gas that is literally under our feet,” said IER President Tom Pyle about the report.
“This energy report should change the conversation in Washington and promote policies that reproduce nationwide the energy boom in places like North Dakota, where unemployment is at now at 3.5 percent (the lowest in the nation) and domestic production on private lands has more than tripled in the last five years. The Institute for Energy Research is proud to release this report, the culmination of months of research and analysis by IER experts. We have drawn from a broad array of government, industry, and university data to present hard facts — not myths — about our energy future. The report presents a clearer picture than the anti-fracking, anti-drilling, and anti-exploring ideologues in Washington want the American people to see.”
Among the report’s findings are:
- When combined with resources from Canada and Mexico, the total recoverable oil in North America exceeds 1.7 trillion barrels. That’s more than the entire world has used in 150 years, and sufficient to fuel the present needs in the United States for the next 250 years.
- In the last 30 years, the United States produced 77 billion barrels of oil, which was more than 150 percent of the estimated reserves in 1980.
- The total amount of recoverable natural gas in North America is approximately 4.2 quadrillion (4,244 trillion) cubic feet. That is enough natural gas in North America to last for the next 175 years at current rates of consumption.
- There is more recoverable natural gas in North America, Canada, and Mexico than the combined proved reserves in Russia, Iran, Qatar, Saudi Arabia, and Turkmenistan.
- North America has more than 497 billion short tons of recoverable coal, or nearly three times as much as Russia, which has the world’s second largest reserves. In fact, North America’s recoverable coal resources are bigger than the five largest non-North American countries’ reserves combined (Russia, China, Australia, India, Ukraine.)
- A scarcity of good policies, not a scarcity of energy, is responsible for U.S. energy insecurity.
IER will preview the report during a weekly briefing at The Heritage Foundation in Washington D.C. at 12:00 noon on Tuesday, December 6, 2011.
To read the full report and supplemental materials, click here.
To watch a video presentation of the report’s central findings, click here.
- Shale Gas Industry to Support 870,000 Jobs by 2015 (247wallst.com)
- $598 Billion: Oil companies plan record capital spending next year (mb50.wordpress.com)
Shale gas enhancing energy supply, security
Whether you call it revolution or evolution, one thing is clear: Shale natural gas is producing jobs and economic benefits across the nation.
This week, shale gas was the focus of a major conference in Houston involving industry representatives, government officials and academics who gathered to discuss the technologies and future of this increasingly important source of energy.
For most of the nation, the contributions of shale gas may seem like a revolution. Shale gas has created thousands of new jobs, meant millions of dollars in new government revenues and enhanced energy security for America.
Of course, those of us who work in and around the energy industry understand that shale gas has been more of an evolution than a revolution.
The technologies used to develop these natural gas supplies aren’t new. Our industry began directional drilling in the 1920s, leading to substantial use of horizontal drilling in recent decades. And we have used the process of hydraulic fracturing since the 1940s. In that time, the industry has safely drilled more than a million wells.
The transformative impact of shale gas is challenging us all to think in new ways.
Not long ago many worried about a natural gas supply shortage in the U.S. But as President Obama recently stated, a “century’s worth … [lies] in the shale beneath our feet.” A decade ago gas from shale accounted for less than 2 percent of U.S. natural gas production. Today it is nearly 30 percent and growing.
As our nation considers this potential, we are reminded of the importance of reliable, affordable energy to our economy – especially during challenging economic times. Affordable supplies of natural gas – driven by the increase in shale production – have helped reinvigorate the domestic petrochemical industry, which relies on gas as a feedstock to make plastics and the other building blocks of modern manufacturing. These supplies are strengthening America’s steel industry, which is building new mills and hiring workers to support shale gas drilling. And areas where production of shale oil or natural gas is occurring are experiencing economic growth, job creation, and increased tax revenue.
For instance, in North Dakota, unconventional oil and gas production in the Bakken Shale has provided enormous economic benefits, with close to $5 billion in direct economic activity in 2009. In Texas, a study of the Barnett Shale formation near Fort Worth estimates it is now responsible for $11 billion in annual economic output and more than 100,000 jobs for the North Texas region. And in Pennsylvania, state labor statistics show 214,000 Marcellus Shale-related jobs at the beginning of 2011. Penn State researchers meanwhile calculate that Marcellus drilling could add nearly $10 billion in value to the Pennsylvania economy this year.
We also must not forget that hydraulic fracturing helps our nation reach our shared goals for responsible environmental stewardship. Natural gas produces about 50 percent fewer greenhouse gas emissions than coal when used to produce electricity for consumers and businesses, and significantly reduces other emissions such as mercury, sulfur and nitrogen oxide. It also uses a small fraction of the water used in coal, nuclear and solar power generation processes to produce a barrel of oil equivalent energy.
To ensure economic and environmental benefits continue, the people of the natural gas industry understand that we must remain firm in our commitment to properly manage the risks involved in drilling operations. That means meeting the highest standards of well design and well integrity. It means training our personnel and contractors to ensure adherence to established operating procedures. It means safely and efficiently handling the water and additives used to fracture wells. And it means working with state regulators to ensure protection of water and air quality.
The United States’ shale gas resources are an extraordinary energy endowment for our country, and our industry knows how to produce these resources safely and responsibly. We must keep these facts in mind as the public and policymakers discuss energy policies – and what increased access and technology mean for the energy industry.
With a commitment to operations integrity, wise development of our shale gas can provide new supplies of affordable, reliable energy in a safe, secure and environmentally responsible manner. And the rise of this resource comes at a time when our country – and the world – clearly needs the economic and environmental benefits that natural gas stands ready to deliver.
Mark W. Albers is a senior vice president at Exxon Mobil Corporation.
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