crude oil barrels

Comments on the hearing on “American Energy Security and Innovation” before the Subcommittee on Energy and Power

in Non-Renewable Energy by

“Many small creeks make a large stream” is a Swedish saying that describes well the production of shale oil and shale gas. Equivalent English sayings are, “Many a little makes a mickle,” (that originated in Scotland, and then President George Washington used in a text of 1793) and “Many drops make a river.” If one looks at a map of the Bakken showing only the top 20% best-producing wells one cannot deny that there are many “drops.” The hearing that the Subcommittee on Energy and Power (US House of Representatives) held on 5 February investigated whether all these many wells can amount to “American Energy Security.”

Bakken Well Quality

The Oil & Gas Journal (OGJ) is one of those for which the Global Energy Systems research group has a subscription. While browsing through the electronic version recently (OGJ_20130218_Feb_2013.pdf), I discovered that I had missed that the Subcommittee on Energy and Power of the Energy and Commerce Committee had held a hearing on the issue of “American Energy Security and Innovation: An Assessment of North America’s Energy Resources.” Nick Snow had summarized the hearing for OGJ. Of course, this was a very important hearing on the issue of fracking is very important for the future of the USA and also for the global flow of energy.

Let’s begin by looking at some of the introductory remarks by “The Honourable” Ed Whitfield:

“We have seen increases in domestic oil production since 2007 and natural gas production since 2006, according to the Energy Information Administration. And EIA predicts that these upward trends will continue for years to come.

At the same time, Canadian oil production is growing so fast that we will need the Keystone XL pipeline expansion project to bring the additional output to American refineries in the Midwest and Gulf Coast.

In fact, the news is so promising that some analysts are talking about the possibility of achieving North American energy independence by the end of the decade.”

It is worth nothing that he says that North America may achieve “energy independence” by the end of the decade. When he is discussing energy statistic he is including Canada and Mexico in North America and “energy independence” means that the total energy supply from oil, gas, and coal for these three nations will be as large as consumption. That means that the need to import oil can be compensated for by exports of coal and oil sands. Increases in energy efficiency are another important part of future energy independence.

“Of course, experts may disagree as to just how much energy potential is out there, but none would have claimed just a few years ago that our nation would reverse course and have the potential to become a truly global energy supplier and powerhouse. A quantitative assessment of the resource base is the topic of today’s hearing and what we will hear today shows how the impacts are profound and only beginning to be understood.”

Even if the USA does not ultimately export gas and oil, it is obvious that one must regard the USA as an important player in the global energy market.

“I might add that we see a truly dramatic shift away from long-held beliefs about domestic oil and natural gas supplies. So much of our existing legislation is rooted in the assumption of domestic energy scarcity, not energy abundance. Needless to say, a wholesale rethinking of energy policy is in order, and today’s hearing is the first step in that process.”

When ASPO began its activities in 2002 the situation in the USA was completely different from today. Of course, we cannot deny that, primarily, shale gas has changed the possibilities for the US to be self-sufficient in gas. In the past, the gas market has been, on the whole, very local and the fact that gas prices in the USA, Europe, and Japan can be such different shows that the gas market still is. Currently, the USA’s drilling rigs are discontinuing their drilling for gas since new wells are less profitable under the prevailing circumstances and it will be interesting to see what total gas production in the USA is like in a few years. The price of gas must be higher in the USA to support continued drilling.

“This domestic energy wealth brings with it many issues that will need to be addressed by this subcommittee in the months and years ahead. After all, an abundance of energy alone means little without the right policies in place. Just look at the nation’s abundance of coal, which in my view is being squandered thanks to a long and growing list of anti-coal regulations from the EPA.

As we will soon hear from one of our witnesses, Mary Hutzler of the Institute for Energy Research, America possesses nearly half of the entire world’s coal reserves. That is enough coal to continue its use at current rates for 500 years. We should be making good use of this gift instead of strangling it in red tape.”

Historical trends in American coal production and a possible future outlook, Mikael Höök and Kjell Aleklett, Int. Journal of Coal Geology

Global Energy Systems has studied future coal production in the USA and have shown that it is theoretically possible for them to increase production by approximately 40% and then maintain that production level for 100 years. We have no calculations covering 500 years. For future coal production, we see that what happens in Montana will be decisive.

The first person to testify before the committee was Adam Sieminski from the US Energy Information Administration, EIA. His testimony is summarized in a short document. On oil and gas, he says the following: (Link to the document.)

“EIA estimates that U.S. total crude oil production averaged 6.4 million barrels per day (bbl/d) in 2012, an increase of 0.8 million bbl/d from the previous year driven largely by growth in tight oil production. Crude oil production is expected to increase to 7.9 million bbl/d EIA 2014 led by drilling in tight oil plays in North Dakota, Montana, and Texas. In 2012, U.S. natural gas production increased, primarily due to shale gas, to an average of 69.2 billion cubic feet per day. EIA expects U.S. natural gas production to remain close to its 2012 level in both 2013 and 2014.”

It is interesting to note that he does not think that natural gas production will increase in the short term. The fact that production in Barnett and Haynesville has now leveled off is indirect evidence that this idea has a foundation in reality. What is now needed are discussions regarding what efforts must be made to maintain this level of production and how long it can be kept at this level.

Production of shale oil has, so far, grown to approximately 1.5 Mb/d. The increase that the EIA sees ahead in the coming two years is of the same order. The number of new wells that will be needed to attain this production level is very great. Shale oil is produced primarily in the Bakken and Eagle Ford fields. (see figure above) and the yearly production decline in individual wells is dramatic (see figure below). In May 2011 production in the Bakken was 330,000 barrels per day, and by May 2012 it had grown to 560,000 barrels per day. To achieve this increase required 1,500 new wells. During one year an average well declines by around 69% and that means that the production decline for two wells drilled in May 2011 must be compensated during the next 12 months by at least one new well simply to maintain a constant total production level. Of the 1,500 wells drilled in the Bakken in the last 12 months that gave the increase of 230,000 barrels per day, 700 (almost half) were drilled simply to maintain the May 2011 production level of 330,000 barrels per day. To maintain the production level of 560,000 wells per day that they had in May 2012 would require nearly 1,200 new wells to be drilled over the following year. Similar figures apply to Eagle Ford and other production areas. It means that maintaining the production of 1,500,000 barrels per day seen at the end of 2012 will require over 3,000 new wells by the end of 2013. When the EIA says that they believe production will grow by 1,500,000 barrels per day during the next two years, this requires an enormous drilling rig capacity. In the Bakken, 800 wells were required to grow production by 230,000 barrels per day. If production is to increase by 750,000 barrels per day per year, this will require 2,600 wells to be drilling during the year. Together with the wells required to maintain the level of production seen at the start of the year, an additional 5,600 wells will be required during 2013. For 2014, constant production will require nearly 4,800 new wells and the annual increase for that year will require a further 2,600 wells. It means that nearly 7,400 new wells will be needed during 2014, i.e. 20 per day. And these are only the wells required for shale oil.

The estimates for replacement wells required to maintain gas production at a constant level are around 5,000, or 14 wells per day. In October 2012 there were 186 drilling rigs in the Bakken, and if we assume that it was these that drilled the 1,500 wells during that year, then that is eight wells drilled per rig at the cost of over $10,000 million per bore hole. That means that 925 rigs are sufficient to drill 7,400 new wells. Although we are talking about rather large numbers that are, in a purely technical sense, no problem. However, the fact remains that every year continued drilling will be required at this level to maintain constant production.

The conclusion is that to maintain current shale gas production and to increase shale oil production to 3 Mb/d is, presumably, technically possible but will require enormous effort.

Now it is time to look at Daniel Yergin’s performance, the main contribution to the hearing cited by OGJ (read his testimony). Initially, Yergin discusses what fracking has meant for the North American economy and employment:

”The United States is in the midst of the “unconventional revolution in oil and gas” that, it becomes increasingly apparent, goes beyond energy itself. Today, the industry supports 1.7m jobs – a considerable accomplishment given the relative newness of the technology. That number could rise to 3 million by 2020. In 2012, this revolution added $62 billion to federal and state government revenues, a number that we project could rise to about $113 billion by 2020. It is helping to stimulate a manufacturing renaissance in the United States, improving the competitive position of the United States in the global economy, and beginning to affect global geopolitics. This revolution has also engendered two debates — about the environmental impact of shale gas development and the role of U.S. energy exports. All this sets the framework for the Subcommittee’s hearings.”

Current production of shale gas and shale oil is so great that it is clear that it is affecting the job market and the economy, especially for those people living in the areas where the drilling is taking place. One can compare the current fracking book somewhat with the oil boom at the end of the 19th century and the beginning of the 20th century. We can also compare it with the gold rushes of the 19th century, and the cities that were built then can be compared to the trailer parks in today’s Bakken. The fact that the USA now imports less oil and natural gas means that its economy has improved and will affect its balance of trade. The previous drilling boom in the USA was during the 1980s when the oil price was high. They did not find much oil, but they did find large quantities of natural gas. The price of natural gas subsequently fell dramatically, and it was President Clinton who enjoyed the benefits of the economic boom that followed. The fact that President Obama is now trying to make it easier for fracking means that the USA’s economy may receive an injection of energy resembling that of the 1990s. The difference is that the trade balance is much worse than previously and that oil is still much more expensive than during the 1990s.

Regarding US oil production volumes I can refer to the following excerpt:

“How different things look today. Shale gas has risen from two percent of domestic production a decade ago to 37 percent of supply, and prices have dropped dramatically. U.S. oil output, instead of continuing its long decline, has increased dramatically – by about 38 percent since 2008. Just the increase since 2008 is equivalent to the entire output of Nigeria, the seventh-largest producing country in OPEC.”

Our precious Yergin is a little careless with his figures. According to the BP Statistical Review of World Energy, Nigeria’s production during 2011 was all of 2,447,000 barrels per day (2.4 Mb/d). According to the EIA production in the USA during 2012 was at its highest in October at 7.1 Mb/d (the average for 2012 was 6.4 Mb/d) and production in the USA during 2008 was 5.1 Mb/d.

The best month during 2012 gives an increase of 2.0Mb/d, compared with the average that is an increase of 1.3 Mb/d. A comparison with Norway that has production of around 2.0 Mb/d is a little more correct, but clearly, it is a fantastic increase. When it comes to the price of oil that has not crashed in the USA in the same way that the gas price has it follows the world market price with only a discount of around $20 per barrel. (The figure shows the price for WTI light crude oil in the USA and North Sea Brent.)

The resources that now yield shale gas and shale oil have been known for a long time. Yergin writes about recent developments that:

”This development is a story of entrepreneurship and innovation. Although hydraulic fracturing dates back to the late 1940s, it took from the early 1980s to the end of the 1990s, in the face of much skepticism and disappointment, to establish that natural gas could be economically extracted from shale rock using that technology. By 2003, it was successfully yoked with another technology, horizontal drilling, to provide proof of concept.

Still, the dominant conviction for the next few years was that the United States was going to become increasingly short of natural gas and would become a large importer of liquefied natural gas (LNG). Only in 2008 was it observed that U.S. natural gas production was going up, instead of down. Many more companies entered into shale gas development, and the pace of effort intensified. Since then, output has grown rapidly, indeed well beyond the capacity of the current market to absorb it. It was not until the autumn of 2009 that the shale revolution became apparent to the policy community. And it was only around 2010 that producers began to shift from focusing on gas production to producing oil and liquids-rich natural gas using the same techniques.”

It is completely correct that US entrepreneurialism and the fact that the people who own land also own the mineral rights to what lies beneath it have contributed to this development. Nobody, including the USA’s energy authority, foresaw it. In contrast, regarding the developments for Canada’s oil sands, our prognoses were even a little more optimistic that what occurred.

Many have interpreted what has been said about the USA’s new oil boom as meaning that the USA will become self-sufficient in oil. That is not the reality, a viewpoint also shared by Yergin:
“U.S. imports and exports of energy have been a major issue for almost seventy years in the United States. Until the end of the last decade, it seemed that the main question about oil imports was how fast they would increase as a share of total consumption; and, for gas, how large the exports would become. This unconventional revolution has turned around the direction of imports. U.S. net imports of oil have declined from a peak of 60 percent in 2005 to about 40 percent today. That is the consequence of surging tight oil production, and reduced demand, owing to both greater efficiency and the weak economy. Moreover, the flow of imports has changed. Canada now supplies about 27percent of total U.S. imports.

Net imports of crude will continue to decline. But the United States will continue to remain a net importer for some time. Our import levels are still higher than they were at the time of the first oil crisis, in the 1970s. However, we will see the Western Hemisphere, and North America in particular, moving towards greater self-sufficiency. At the same time, the very large, technically-advanced refining complex on the Gulf Coast — along with the shifting domestic product demand — will put the United States in the position to continue to expand exports of refined products.”

The fact that domestic liquid fuel consumption is declining means that the USA has a greater refinery capacity than it needs. It is primarily diesel fuel that the USA is exporting. But what Yergin forgets to mention is that the USA also imports oil products. For 2011, BP gave the following figures for the USA: Import of oil, 8.937 Mb/d; Imports of products, 2,400 Mb/d. BP notes a small volume of oil exports, 0.021 Mb/d, and that the USA exported oil products at 2.552 Mb/d. It means that the net export of products was quite small, 0.152 Mb/d, or approximately 1.7% of net imports. The increase in oil production that the EIA sees in the next few years, 1.5 Mb/d, can lead to a reduction in imports down to 7 Mb/d and, if consumption continues to fall, then it may reach 6 Mb/d.

At the moment, spare refinery capacity that can handle the bitumen produced from Canada’s oil sands is about 0.5 Mb/d (see my blog). It means that imports of conventional crude oil equivalent to three supertankers per day are still required. The question is whether these supertankers will be filled in Brazil, Africa’s west coast or the Middle East.

Let us finish with a little geopolitics. What is the geopolitical impact of the unconventional energy revolution in the USA?

“This question has moved to the front of the international discussion. Last Friday, at the venerable Munich Security Conference, a forum for leading defense and security officials from around the world, this was one of the main topics of discussion. This kind of question was never on that agenda before.

One immediate impact has already been cited. Tighter sanctions on Iran have succeeded in taking half of Iran’s oil exports out of the market, even as global demand for oil continues to expand. The increase in Saudi output was part of the formula. But also of great importance has been the growth in U.S. supply – at a rate higher than anticipated.

Certainly expanded domestic supply will add to resilience to shocks and add to the security cushion. Moreover, prudent expansion of U.S. energy exports will add dimension to U.S. influence in the world. However, there will remain only one global oil market, and a major disruption anywhere would affect the entire market. The question as to how the unconventional revolution will affect U.S. involvement in the Middle East is moving to the fore. Current net U.S. imports from the Persian Gulf are equivalent to eight percent of total consumption, as it is. Even if that number goes down, the nature of U.S. interests in the region goes well beyond direct oil imports to the importance of the region for the global economy and global security.”

When the USA’s import needs were greatest, it was a political given that oil was highest on the list during discussions on national security. The fact that the USA completely dominated the export-import market meant that the USA called the shots. Now that China’s imports are increasing and the USA’s imports are decreasing the geopolitical focus is changing. China will begin to control oil export and import issues. We can already see that their energy policy is different to that of the Americans. The Chinese government controls energy policy directly through its state-owned oil companies. We can now see what happens when the Chinese have to all intents and purposes taken control in Sudan. China has gone into Canada and bought production rights, they want to finance a pipeline out to the Canadian west coast, and of course, it is the new refineries that China is building that that will handle the product flowing through those pipelines. The fact that Russia has never needed, and will never need, to import oil and gas means that they stand separate from the struggle over access to oil, but they can, of course, choose the destinations for their oil exports and exert political influence in that way. There are many reasons to think we will see examples of this. One example is that Russia wants long term delivery contracts for its oil. They want a secure foundation for their economy.

There are many more points in Yergin’s testimony that I could discuss but I will choose to finish with his mention of The World Economic Forum in Davos:

“The unconventional revolution was one of the major topics at the World Economic Forum two weeks ago in Switzerland. European business leaders and some European policymakers are realizing that United States’ new energy situation greatly improves its competitive position vis a vis a Europe that desperately needs new jobs.”

The reason I want to raise Davos is that I want to remind you once again what Christine Lagarde, the Managing Director of the International Monetary Fund (IEA) presented as her fourth “megatrend” that she also called a “wild card” (see blog):

Increasing vulnerability from resource scarcity and climate change, with the potential for major social and economic disruption.

Despite the USA’s successes with fracking we still have a global trend that is leading to “resource scarcity,” or Peak Oil. In the image below you can see how Global Energy Systems discussed the future based on some variable factors and the production that we are now seeing lies within these bounds.

In December 2005 I was invited to a US House of Representatives’ Subcommittee’s hearing on Peak Oil. In the recent hearing Peak Oil was also discussed but under the title of “The Myth of Peak Oil, Natural Gas, and Coal.” It was Mary J. Hutzle from the Institute for Energy Research that presented these opinions in her contribution on “An Assessment of North America’s Energy Resources” (Link to that contribution)

Her presentation mainly discussed resources and reserves and various problems with getting access for drilling on federal lands. On Wednesday I will travel to London to participate in a meeting on resources and reserves. I will return to the discussion of Hutzle’s contribution when I summarize the London meeting.

The Subcommittee’s hearing forms a good basis for discussions on the future, and it is clear that we must remember the hearing’s presentations when, in future, we discuss Peak Oil.

Kjell Aleklett is Professor of Physics at Uppsala University in Sweden where he leads the Uppsala Global Energy Systems Group (UGES).

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