MISSION ACCOMPLISHEDU . S . E N E R G Y I N D E P E N D E N C E A N
D “ S A U D I A M E R I C A ” – M Y T H O R R E A L I T Y ?
We strongly disagree with a chorus of predictions, which have grown
during the last year, that the United States will become energy
independent either in the near- or intermediate- term. We also
doubt the United States will sustainably surpass crude oil
production levels in Saudi Arabia and/or Russia over the long-term
and become the world’s top crude oil producer.
The United States has a number of characteristics and situations
that proponents say support a move toward energy independence.
These include our abundant hydrocarbon resources, our massive
oilfield equipment and oil service infrastructure, and ongoing
development of technologies needed to unlock the resources. Add to
the mix the still-high global oil prices that encourage development
of several U.S. “unconventional” liquid-rich basins and the
favorable odds spurring a concerted effort by U.S. oil and gas
companies to drill and complete wells at an aggressive pace to
boost U.S. output (particularly of crude oil). However, based on
our analysis of the fundamentals, we contend that although the
United States will ramp up production of hydrocarbon liquids, it is
unlikely the United States will boost crude oil production enough
to sustainably rival Saudi Arabia’s and Russia’s crude oil output.
We therefore strongly urge investors to view such optimistic oil
and natural gas production forecasts with a healthy dose of
skepticism but also recognize that forecasts (and their effects on
conclusions) can change quickly and dramatically. U.S. ENERGY
INDEPENDENCE: IS IT POSSIBLE? U.S. presidents have promised since
the early 1970s that the United States would seek to become energy
independent. Nearly 40 years later, those promises remain
unfulfilled. The Rise of Unconventional Oil In 2012, the continuing
positive impact of horizontal drilling and multi-stage hydraulic
fracturing on natural gas production, and subsequently on liquids
production, prompted a number of respected institutions to boldly
announce optimistic forecasts for U.S. energy independence.
However, we believe prognostications for future U.S. crude oil
production that use the International Energy Agency (IEA) forecasts
as the baseline are highly misleading largely because the IEA’s
predictions include all liquids, creating an apples-to-oranges
comparison with other data sources. Therefore, the United States
might challenge Russia and Saudi Arabia in producing total
hydrocarbon liquids, which include crude oil, condensates and
natural gas liquids, but not in crude oil. Furthermore, even though
condensates and natural gas liquids will be the primary
intermediate growth areas, they do not go into the transportation
market – the dominant source of demand for crude oil.
July 2013 Northern Trust Global Investments 50 South La Salle
Street Chicago, Illinois 60603 northerntrust.com Jackson Hockley,
CFA Senior Energy Analyst
[email protected]
The Rise of an Overly Optimistic U.S. Production Outlook A number
of research papers and news articles published during the last year
proposed and promoted the idea that the United States could become
energy independent and take the world’s top position as an energy
producer.
• In June 2012, a Harvard University fellow and international oil
company executive, Leonardo Maugeri, released his paper, “Oil: The
Next Revolution.” It stated that horizontal drilling and hydraulic
fracturing would allow the exploitation of U.S. tight geologic oil
formations and make the Western Hemisphere energy independent by
2020.
• Five months later, the IEA in its World Energy Outlook 2012,
reiterated the theme by stating that, “By around 2020, the United
States is projected to become the largest global oil producer (but
not overtaking Saudi Arabia until the mid-2020s) as we begin to see
the impact of new fuel- efficiency measures in transport. The
result is a continued fall in U.S. oil imports, to the extent that
North America becomes a net oil exporter around the year
2030.”
• On November 12, 2012, a Financial Times article, “U.S. to be
World’s Top Energy Producer,” referenced the World Energy Outlook
and further amped up chatter about an optimistic U.S. energy
production outlook.
In addition to an anticipated significant increase in U.S. crude
oil production, three other key factors in the energy independence
thesis are: 1) major gains from energy efficiency, 2) the
increasing use of biofuels/renewable energy sources (primarily
solar and wind) and 3) fuel switching. CONSERVATION: THE DECLINE IN
U.S. ENERGY USAGE One of the two critical pillars to the U.S.
energy independence story is the expectation that U.S. energy usage
per unit of gross domestic product (GDP) will decline at a steady,
meaningful pace. Chart 1 from the U.S. Energy Information
Administration’s 2013 Annual Energy Outlook shows the massive
reductions in energy intensity expected over the next 30 years.
History shows that a 50% reduction in energy intensity occurred
over the past 40 years (1970 to 2010) as the United States
transitioned from a manufacturing-based economy to a service-based
economy. Japan and several Western European countries experienced
similar declines in energy consumption. It is important to note
that these countries had mature economies, and manufacturing was
shifting gradually to lower- cost developing economies. We are wary
of forecasts calling for a similar 50% reduction in U.S. energy
intensity over the next 30 years, as they generally give few solid
reasons to expect a continued decline other than affixing a ruler
to the past trend and extending it into the future. One must ask
why energy intensity would
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decline further, and whether future reductions in energy intensity
will be tougher or easier to achieve now that energy intensity has
already been halved. We believe the energy efficiency advocates
must supply credible, detailed analysis sourcing the origins of
these expected efficiency gains. Chart 1 U.S. Primary Energy
Consumption per Real Dollar GDP
Chart 2 shows some of the key sectors of the economy and the
expected future energy intensity of each. The greatest reductions
are expected to come from the U.S. industrial and transportation
sectors. As shown, the largest efficiency gain is projected to come
from the transportation sector where total intensity is expected to
drop by 47% from 2005 to 2040. The modest intensity declines
experienced since 2005 are in part explained by the impact of the
2008 to 2009 recession and its after effects. The steepest portion
of the curve runs from roughly 2015 to 2030. While the bold goal of
a 47% decline over roughly the next 30 years — and with the largest
gain coming in the next 15 years — is commendable, we believe it
may not be achievable. Chart 2
It might be a coincidence that the largest expected efficiency
gains (or reductions in energy intensity) are expected in the
transportation and industrial sectors. These are the sectors of the
economy most exposed to the price of oil and imported oil
volumes.
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Chart 3
Chart 3 illustrates the key sources of U.S. energy. Chart 4 shows
U.S. primary energy use by sector, the largest of which is electric
power. However, in terms of achieving energy independence,
electrical power is not germane to the discussion because virtually
all of the fuel that is used to produce electricity is domestically
sourced. The two next-largest sector users are transportation and
industrial, both of which consume large amounts of crude oil.
According to the Energy Information Administration (EIA), the U.S.
end markets for crude oil and refined products are transportation
(71% of demand) and industrial (23% of demand). Residential and
Commercial, as well as electric power, are relatively minor
consumers, accounting for only 5% and 1%, respectively. But the
importance of oil is actually much greater than end market
destinations suggest. Looking instead at the dominance of crude
within those markets reveals that the U.S. economy is truly
“addicted” to oil. In the transportation market, crude oil holds a
93% share of the market, with distant competition from renewables
(4%) and natural gas (3%). In the industrial market, crude oil also
holds a critical position at 40%, only slightly below the 41%
market share held by natural gas. Chart 4
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To truly break the hold that crude oil has on the transportation
market will require a serious alternative fuel – one that is so far
not apparent. Clean Energy to the Rescue? Another major factor in
the U.S. energy independence theory is the anticipated meaningful
growth coming from renewable energy sources. While environmental
groups will continue to pursue a green agenda, the momentum behind
the solar, wind and biofuels programs seems to be losing steam. The
solar landscape is littered with bankruptcies. The wind industry is
faced with growing claims of associated health issues and
opposition from environmental groups due to the potential danger to
wildlife. Biofuels continue to hold promise, but mandated U.S.
ethanol usage (blended with gasoline) seems to have hit a snag as
car makers fight a federal proposal to increase the blend of
ethanol in gasoline to levels exceeding 10%. And today, there are
more hints about possible cuts in government subsidies to all
segments of the renewable fuels industry. Fuel Switching: Fact
Check Finally, speculation abounds that the United States can wean
itself off oil by switching to cheap, abundant domestic natural gas
in the transportation market. To explore this, we first must
identify the sources of our imported crude oil. The answer,
illustrated in Chart 5, might prove surprising. Chart 5: Leading
Sources of U.S. Crude Oil Imports
Source: EIA Annual Energy Review 2011 Contrary to popular belief,
Canada and Mexico are two of the largest crude oil suppliers to the
United States. In fact, the quantity of U.S. crude oil imports from
Saudi Arabia, Russia and Iraq combined does not equal our imports
from Canada alone. Turning back to fuel switching, we have argued
in the past that reality will probably differ vastly from the
vision that cheap natural gas can take market share from crude oil
in the U.S. transportation market. In our opinion, investors should
strongly question whether natural gas can be the “end all, be all”
for domestic energy, especially without causing a price rise.
Natural gas is currently the fuel of choice in the U.S. electric
power-generation market and is expected to increasingly displace
coal and nuclear as old plants close. Additionally, there are
forecasts that the United States is on the verge of becoming the
world’s largest liquefied natural gas (LNG) producer, but these
optimistic prognostications overlook the fact that the United
States does not yet have one operational natural gas liquefaction
facility. There also is an increasing call to force
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U.S. businesses and consumers to switch to natural gas in the form
of compressed natural gas (CNG) as a transportation fuel. If all
these potential markets shift to natural gas, or even just increase
their use of natural gas, then natural gas prices could potentially
soar as demand increases. To put some numbers around the
prognostications, the additional demand for natural gas from just
the LNG and transportation markets would cause demand to skyrocket
to potentially upwards of 120 billion cubic feet per day (Bcf/d)
from current U.S. total natural gas demand of just under 70 Bcf/d.
The “high-side” estimates (which we think are likely unrealistic)
of potential incremental demand from LNG and transportation
translate into 50 Bcf/d in new U.S. natural gas consumption. More
than 20 proposed U.S. LNG export facilities, if built, could soak
up nearly 30 Bcf/d of natural gas – LNG export facility
applications received by the U.S. Department of Energy currently
total 28.67 Bcf/d. T. Boone Pickens (CEO of hedge fund BP Capital
and author of the Pickens Plan) says conversion of the 8.0 million
heavy-duty trucks in the United States would boost natural gas
demand by 15 Bcf/d – 20 Bcf/d (article in Business Week – posted at
www.businessweek.com on April 17, 2013). In addition, some also
project that CNG will become a force in the passenger car market.
Certainly, one can’t rule out the possibilities that 1) natural gas
as LNG could become a major U.S. export and 2) that natural gas in
the form of CNG could transition into a significant U.S.
transportation fuel. But we think the odds do not favor such
outcomes unless there is a long-term disruption in global crude oil
supplies that leaves no place else to turn and likely would boost
natural gas prices. “SAUDI AMERICA” – FACT OR FICTION? Forecasts
about the United States becoming a “Saudi America” assume that the
world’s oil and oil reservoirs are the same everywhere. Nothing
could be further from the truth. There are many factors that
determine whether an oil-bearing formation can be developed
economically. These include the quality of the reservoir rock; the
type and mix of the resource in the reservoir; the size of the
resource; the porosity and permeability of the geologic structure
and variations across the formation; the ultimate recovery of
resources in place; the shape of the decline curves; and so on.
Those forecasts also typically assume we have massive natural
resources and that new technologies, such as extended reach
horizontal drilling and multi-stage fracturing, will overcome
challenges to unlocking and producing oil. Our caution concerning
the outlook for U.S. oil production growth and sustainable output
centers on several factors that we believe some forecasters have
overlooked. While we acknowledge projections that the United States
could soon rival Russia and Saudi Arabia in terms of total oil
production, we remain skeptical it will occur. Under the right
circumstances – soaring oil prices and aggressive
drilling/completion activity – the United States could grow its oil
production. But with current relatively high and stable oil prices
($90-$100/barrel), we do not believe the United States will, on a
sustainable basis, surpass Russia and Saudi Arabia or rise long-
term to the “top-of-the-class” producer category. In fact, we think
the most disturbing omission in the hoopla around the concept of
“Saudi America” is the importance of oil prices. Chart 6 shows
estimates of average necessary oil prices across the primary U.S.
oil basins to achieve a 10% rate of return. While other companies
may calculate slightly different oil and natural gas price
estimates needed to generate satisfactory returns, the
reality is that oil prices will need to remain high or rise further
to justify continued investment in U.S. unconventional tight oil
basins. Chart 6 U.S. Oil Basins: Average Price Needed to Achieve
10% Rate of Return
Source: Canaccord Genuity Research, July 2013 In other words, even
with the widespread use of newer techniques such as long-extended
reach horizontal drilling and multi-stage completions (fracking),
the key driver in U.S. oil production growth still is high crude
oil prices (chart 7). Chart 7
Production History: Saudi Arabia vs. United States Chart 8 shows
that Saudi Arabia has produced more than 9 million barrels per day
(mmb/d) since the early 1990s. During the Arab Oil Embargo (1973)
and the Iranian revolution, oil prices spiked to more than $36 per
barrel (/b) from roughly $3/b. As a result, global demand for crude
oil from Organization of Petroleum Exporting Countries’ (OPEC)
contracted as energy conservation took hold, nuclear plants
replaced oil in the electric power generation market, and
production increased from new oil fields in the North Sea, Alaska
and the Gulf of Mexico. By the mid-1980s, after years of cutting
production to keep world oil prices high, Saudi Arabia abandoned
its role as global swing producer and began boosting production
again. When Saudi Arabia again opened the taps, crude oil prices
collapsed.
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Chart 8 Chart 9
The U.S. production story is relatively lackluster (chart 9). Since
peaking in the early 1970s, U.S. output has struggled to stave off
decline. Although U.S. production crept higher from the mid-1970s
to the mid-1980s, volumes dropped again until around 2005 when the
impact of rising oil prices plus developing technologies helped
reverse the trend. The question now is whether the current upturn
will produce a secular change or a short-term reprieve in U.S.
production. Chart 9 also shows U.S. oil output is near 10 mmb/d and
within striking distance of Saudi Arabia. However, confusion arises
from differing definitions of what constitutes “crude oil.” Many
times the definition includes all liquids (including crude oil,
condensate, and natural gas liquids), as Chart 9 shows. On the
other hand, when looking at the composition of U.S. liquids
production, (Chart 10), it is clear that U.S. crude oil production
is not nearly on par with Saudi Arabia’s 10 mmb/d output level.
Chart 10
As of June 30, 2013
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How Big is Your Tank? One of the more curious omissions in the
Saudi America thesis is the size of the economically recoverable
oil resource base. Ultimately, oil companies must make a profit and
generate excess cash flow to keep pouring investment dollars into
an oil field. A large part of the “oil economics” question revolves
around the size of the resource base that drilling a well taps and
which is a main factor determining how much oil a country can
produce. The primary problem with the “Saudi America” thesis
centers on simple mathematics. First, Saudi Arabia’s proven
“conventional” reserve base dwarfs that of the United States (Chart
11). At the end of 2012, British Petroleum’s Statistical Review of
World Energy (June 2013) reported that U.S. proved reserves were
35.0 billion barrels, only 13% of the proved reserve base of Saudi
Arabia (265.9 billion barrels). Chart 11
Second, much of the enthusiasm around the “Saudi America” theory
emanates from unconventional “tight oil” plays that horizontal
drilling and multi-stage fracturing completion methodologies
unlocked. However, Table 1 shows the EIA’s estimate of U.S. tight
oil potential is 33.2 billion barrels. Combined with the proved
reserves, the U.S. has almost 65 billion barrels of technically
recoverable reserves. Yet this still leaves the U.S. recoverable
reserve base significantly lower than Saudi Arabia’s. We think that
increased drilling activity and increased application of constantly
evolving oilfield technologies will boost output from
“unconventional” tight oil reservoirs. But we also believe it would
be a stretch to expect the United States to rival Saudi Arabia’s
resources over a sustained period of time.
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Table 1
Source: EIA Annual Energy Outlook 2012 Table 1 also shows that more
than 200,000 wells will need to be drilled to produce crude oil
from unconventional tight rock formations -good news for the oil
service industry over the long-term. What Is the Speed Setting on
this Treadmill? We also must consider the output-per-well, as well
as the number of wells that must operate to keep the oil flowing.
Once again, available data show that Saudi Arabia has the upper
hand. Table 2 shows the number of producing wells in the OPEC
member countries. According to OPEC’s Annual Statistical Bulletin,
Saudi Arabia had 3,245 producing oil wells in 2011. We cannot
confirm these numbers but think that number looks low. In fact, our
discussions with industry followers suggest that Saudi has a
strategy of producing roughly 2,000 barrels per day from
approximately 5,000 oil wells (choked back so current output is
significantly below capacity) with the idea that the wells will
hold near current restrained volume levels for 20-plus years.
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Table 2
Source: OPEC, Annual Statistical Bulletin 2012 Contrast the
situation in Saudi Arabia (where approximately 5,000 wells generate
10 mmb/d) with the United States, where more than 500,000 wells are
needed to produce 6.5-7.0 mmb/d (Chart 12). The chart also shows
that productivity per well in the United States (dashed line) has
steadily declined since the early 1970s and, even after recent
improvement, still is running at slightly more than 10 barrels per
day. Chart 12
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For the United States to maintain its production, the industry must
drill a large number of wells each year and perform a significant
amount of maintenance on existing oil wells. The addition of high-
decline rate unconventional “tight” oil wells will shift the
drilling treadmill into an even-higher gear. Chart 13 depicts the
normal decline rates in the Bakken and shows that the first-year
decline rate is upwards of 75% – much steeper than the decline
rates historically seen in conventional oil fields.
Chart 13
Source: Apache Corp. Not only will the industry need to drill a lot
of new wells to develop the unconventional oil basins but it will
also have to keep drilling aggressively to offset high production
decline rates. Yes, drilling two-mile-long horizontal laterals and
performing 30, 40, 50 or more stage fracs per well are unlocking
oil from tight formations. However, the reality of unconventional
tight formations is that these plays have low permeability. Even
though the formations may be saturated with hydrocarbons (in the
form of oil, natural gas, condensates and natural gas liquids) they
do not easily flow through the rock. Hence, producers must fracture
the rock to open tiny pathways through which the hydrocarbons can
flow. The result is flush production initially after the well is
fracture treated and a very rapid decline in production thereafter.
Consequently, we believe that if the United States wants to boost
oil production, there is only one solution – Drill Baby, Drill!
Bakken – The United States Tight Oil Play Example/Anomaly The tight
oil play that has garnered the most interest is the Bakken field in
North Dakota, currently credited with potential recoverable
resources of 5.37 billion barrels (Chart 11) and one of the fastest
U.S. production growth basins in the past five years. Oil
production growth from the Bakken has been truly impressive and is
cited as the baseline expectation for other basins in almost all
bullish forecasts of the United States’ future production growth.
Chart 14 shows the crude oil output ramp and the number of wells
drilled in the field since the beginning of 2009. The
upward-trending well count and crude oil production volumes have
mirrored each other since 2009.
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Chart 14
It is interesting to note, however, that while the well count and
crude production have continued to grow (chart 15), the Bakken’s
well productivity (average production per day) has flattened over
the past three years. (The late-2010 to early-2011 decline resulted
from severe weather in North Dakota.) This signals that although
the industry continues to increase drilling and completion
efficiency and has seen initial production rates rise, improvements
are offset by high decline rates and the larger number of wells.
Chart 15
The lower 48 states have a number of attractive basins (keep in
mind that Figure 1 maps all the major unconventional basins – crude
oil and natural gas). It is worth noting that the United States has
many more unconventional natural gas basins than oil basins, which
to some extent limits the United States’ sustainable upside crude
oil production potential.
13
Figure 1
Geology also differs not only across basins and countries but
within basins, which can greatly affect the volume of crude oil
production even in basins considered “liquids rich.” The Bakken is
truly different from the other U.S. unconventional oil/liquid- rich
basins. As Table 3 shows, the Bakken is primarily an oily basin
with oil output accounting for 82% to 85% of volumes. Table 3
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The next most-leveraged basin is the California Shale, which is
hampered by environmental opposition. The Eagle Ford play has also
gotten a lot of press for its impressive oil production growth but,
as Table 3 shows, across the entire basin the crude oil share of
output ranges from 30% to 50%. Thus, we think investors should be
wary of the “Saudi America” forecasts that use the “oily” Bakken as
the baseline and remember that most exploration and production
(E&P) companies are focusing their activities on the sweet
spots of the several liquid-rich U.S. basins, resulting in the
recent jump in U.S. oil production. We think this production growth
should continue in 2013 and perhaps into 2014 as E&P companies
continue to focus on those oily sweet spots, activity that does not
expand the overall size of the play. United States Isn’t Destined
to Become “Saudi America” Although the United States is among the
world’s leading oil producers and has potential to boost production
in the next few years, the reality is that this nation lacks the
resource base or high-quality rock (conventional oil formations) to
compete on a sustained basis with Saudi Arabia. This does not mean
that the United States could not for a short period of time boost
crude oil output to close to 10 million barrels per day. However,
the known technically recoverable resource base (which factors in
the current oil price) in the United States does not support an
outlook of sustained high production. We believe a period of
aggressive drilling and completion activity will primarily benefit
selected oil service companies that will supply the equipment,
personnel and technology the E&P industry will need in its
efforts to extract the maximum amount of oil from U.S. oil basins.
We strongly urge investors to become informed about the facts
around U.S. crude oil production rather than being swayed by overly
optimistic predictions. Based on the data, we firmly believe it is
highly unlikely the United States will see both “cheap” and
“plentiful” supplies of domestically produced crude oil for any
sustainable period of time. The United States will not become
“Saudi America” anytime soon. FOR MORE INFORMATION To learn more,
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