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More debate on the future of international oil companies

More debate on the future of international oil companies thumbnail

In my last Barrel post, I threw down the gauntlet to those casually predicting a collapse in oil prices, as such a collapse would effectively kill the oil business at the major oil companies.  We will know, I wrote, that such forecasters are serious when they declare the international oil companies (IOCs) “to be the walking dead.”

No less than Phil Verleger, noted macro oil analyst, immediately took up the challenge.  In his weekly note (April 21st), Phil notes that “long run fundamentals may indicate bankruptcy for large oil companies.”

He writes:

“In the long run…companies betting on much higher [oil] prices will likely have a very unpleasant surprise: potential bankruptcy…[T]echnologies offered by firms such as SAP may soon consign high-cost projects to oblivion.  The IOCs do not know it but they are manufacturing the equivalent of steam engines in an era when diesel locomotives are becoming the norm.”

How seriously should we take such an assertion?  Are the IOCs really facing potential bankruptcy, or is the threat over-stated?

It is certainly true that IOCs need high oil prices to prosper, with Goldman Sachs suggesting free cash flow breakevens at $120/b or even higher for the major oil companies.  Exxon and Chevron are budgeting with $109 and $110/b, respectively, for 2017, so we can certainly say that they are banking on high, if not higher, oil prices in the future.

At the same time, the IOCs are not manufacturing “steam engines”.  They are producing one of the most desired, highest priced commodities in the world: crude oil.  This is the state-of-the-art transportation fuel today, just as it has been, and the same commodity that nimbler independents are delivering.

The issue is not the product, therefore, but the business model.  Verleger tangentially points this out, noting that IOC executives are incentivized to pursue larger projects.  But it is not merely a question of incentives, but of fundamental comparative advantage.

When the petro economies like Saudi Arabia and others nationalized their oil companies back in the 1970s, the IOCs were essentially forced to find a niche in which they could out-compete the independents.  They found their space in large scale, complex and capital intensive projects like deepwater, Arctic and LNG projects.   These can require $20-50 billion of investments, a decade or more to find and develop, and the ability to manage and safely implement demanding drilling programs and integrate high spec subsea hardware and floating production systems.  Very few independents can compete in this space, and the IOCs to this day dominate this category.

Nevertheless, this strategy has an Achilles heel: it depends on a large volume of readily accessible, undiscovered “elephant” fields—those greater than 400 million barrels of oil reserves.  These are increasingly hard to find.  For example, in 2013, there were arguably only five: Lontra (Angola, Colbalt Energy); Nene Marine (Congo, Eni); Maximino (Gulf of Mexico, Pemex); Coronado (Gulf of Mexico, Chevron); and Bay du Nord (Canada, Statoil).   All were offshore, four in ultradeep water.

None of these reached 1 billion boe of reserves, and at the bottom of the list were scraping the 400 million boe limit below which project economics become problematic.  Given the numbers of deepwater drilling units looking for oil in 2013, this was an exceptionally weak result on the oil side (although better on the gas side).

Of course, one year does not a project portfolio make, but it illustrates the challenges facing the IOCs.  Perhaps three, maybe four, of the 2013 finds will become producers—not a great number to support all the IOCs.  In a world in which large prospects are increasingly uncommon and increasingly expensive to produce, the IOC business model is under pressure—and Verleger is right on that point.

But will innovation undermine the IOCs?  Verleger is surely correct that independents have out-produced all expectations.  US onshore production was 1 million b/d more in Q1 2014 than a year ago, virtually all of that attributable to simply fantastic shale oil production growth.  To this we could add 250,000 b/d of increased Canadian production, and the case for innovation look strong on the face of it.

And yet, where has this impressive supply surge led prices?  WTI is, in fact, $4/b higher than Q1 a year ago and $5 /b more than at the beginning of the shale revolution in Q1 2011.  Brent is down in the last year, but only by $4/b.   US shale oil production growth is actually associated with increasing US oil prices.  To date, therefore, shale oil has not made a significant dent in oil prices.
Verleger blog image

Will prices fall in the future?  From the supply perspective, this is questionable.  If we believe Verleger’s assertion that the IOCs are doomed, then their production will surely fall.  And it is.  The majors’ oil production fell by 1.4 MMb/d in 2013, though a large chunk of this was a BP divestment and therefore not a loss to the oil system as a whole.

Still, if we accept Verleger’s thesis, a continuing decline of 0.8-1.0 MMb/d per year from the IOCs would certainly seem feasible.

platts



7 Comments on "More debate on the future of international oil companies"

  1. Joe Clarkson on Thu, 1st May 2014 7:18 pm 

    After looking at Steve Kopits’ explanation of the reasons for declining capex by the IOC’s, it looks like they are throwing in the towel and abandoning attempts to increase production at current price levels. The big IOCs won’t go bankrupt, but they will get smaller and smaller as production declines.

    I think it would take a long period of significantly higher prices before they would think about higher E&P capex levels. It remains to be seen who the customers for oil would be at those higher prices.

  2. Makati1 on Thu, 1st May 2014 7:49 pm 

    Oil growth is dead. It is checkmated by the cost to recover vs the consumer’s ability to purchase. That is a good thing.

  3. rockman on Thu, 1st May 2014 8:12 pm 

    It might be more informative if they had posted the change in revenue instead of bopd: yes…production decreased from 2006 until today. But revenue increased from $1.22 trillion to $1.4 trillion. All together now: start shedding tears for the US major pubcos. LOL.

    The reason for declining spending is a normal and very predictable path. As I just explained elsewhere about the Deep Water the field size typically decrease over size in addition to there being fewer less to develop. So fewer/smaller fields to develop the less capex can be spent.

    But there is a reset button for this dynamic: a jump in oil prices. All geologists have prospects stuck in their file cabinet that weren’t economic when generated. And when prices jump…Shazam!…a surge in drilling. The Eagle Ford and Bakken are prime examples: the oil in them has been known for decades and the tech was developed long before the boom started. It was just a matter of waiting for higher prices.

    Currently projects are being developed that are justified at current prices. In time the number declines. Unless prices jump up higher the inventory naturally depletes. Fewer economic prospects means lower capex needs.

  4. Kenz300 on Fri, 2nd May 2014 1:13 am 

    “Oil” companies need to diversify and change their business models.

    The “OIL” companies need to become “ENERGY” companies and embrace alternative energy.

    Wind, solar, wave energy, geothermal and second generation biofuels made from algae, cellulose and waste are the future.

    The Time for Wind and Solar Energy Is Now

    http://www.renewableenergyworld.com/rea/news/article/2014/05/the-time-for-wind-and-solar-energy-is-now

  5. Nony on Fri, 2nd May 2014 7:13 am 

    There has been tech development, Rock. The Austin Chalk was a boom of horizontal drilling, not horizontal fracced drilling. And Steinsberger did his famous first slickwater frack in the Barnett in 1998. There are a lot of gradual advances in what is done now over what was done when oil was expensive in 70s and 80s.

    Also, you can look at gas production in the Marcellus. That’s not a case of high price (as with oil) driving the plays. Even at low prices, Marcellus play is promising and is edging out other sources of gas.

  6. rockman on Fri, 2nd May 2014 5:53 pm 

    Nony – You should contact Dr. Holdritch and make him aware of his ignorance. It’s a shame that a professor emeritus in Texas A&M’s Department of Petroleum Engineering and the director of Texas A&M Energy Institute knows less than you about the history of the Austin Chalk. From
    http://twri.tamu.edu/publications/txh2o/winter-2013/fractured/

    “We’ve been doing hydraulic fracturing for 50 years, and we’ve been horizontal drilling for 20 or 30 years,” said Dr. Stephen Holditch, professor emeritus in Texas A&M University’s Harold Vance Department of Petroleum Engineering. Holditch is also director of Texas A&M Energy Institute.

    He said that in the 1990s and 2000s, hundreds of rigs were running in South and Central Texas, developing the Austin Chalk formation. These wells were drilled horizontally and were stimulated using hydraulic fracturing. “So the technology being used today in the shale reservoirs was actually developed over the last 20 years in the Austin Chalk and other areas,” Holditch said.”

    That poor ignorant bastard. LOL.

  7. Nony on Fri, 2nd May 2014 8:37 pm 

    Most of that later Austin Chalk boom was horizontal drilling without fracturing. The key techniques were medium radius horizontal drilling and the use of seismic. As most of the formation has large existing fractures, fracture treatments of horizontal wells tended to be poor.

    Holifield versus Holdritch! Cage match of the old salts. 😉

    http://holifieldenergy.homestead.com/FiftyYearHistory.html

    “Fracture treatments of wells are usually not required for horizontal wells.”

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