Hat tip Indentured Servant
Guest Post by Art Berman
Saudi Arabia is not trying to crush U.S. shale plays. Its oil-price war is with the investment banks and the stupid money they directed to fund the plays. It is also with the zero-interest rate economic conditions that made this possible.
Saudi Arabia intends to keep oil prices low for as long as possible. Its oil production increased to 10.3 million barrels per day in March 2015. That is 700,000 barrels per day more than in December 2014 and the highest level since the Joint Organizations Data Initiative began compiling production data in 2002 (Figure 1 below). And Saudi Arabia’s rig count has never been higher.
Figure 1. Saudi Arabian crude oil production and Brent crude oil price in 2015 U.S. dollars. Source: U.S. Bureau of Labor Statistics, EIA and Labyrinth Consulting Services, Inc.
Market share is an important part of the motive but Saudi Minister of Petroleum and Mineral Resources Ali al-Naimi recently emphasized that “The challenge is to restore the supply-demand balance and reach price stability.” Saudi Arabia’s need for market share and long-term demand is best met with a growing global economy and lower oil prices.
That means ending the over-production from tight oil and other expensive plays (oil sands and ultra-deep water) and reviving global demand by keeping oil prices low for some extended period of time. Demand has been weak since the run-up in debt and oil prices that culminated in the Financial Collapse of 2008 (Figure 2 below).
Figure 2. World liquids demand (consumption) as a percent of supply (production) and WTI crude oil price adjusted using the consumer price index (CPI) to real February 2015 U.S. dollars, 2003-2015. Source: EIA, U.S. Bureau of Labor Statistics, and Labyrinth Consulting Services, Inc.
(click to enlarge image)
Since 2008, the U.S. Federal Reserve Board and the central banks of other countries have further increased debt, devalued their currencies and kept interest rates at the lowest sustained levels ever (Figure 3 below). These measures have not resulted in economic recovery and have helped produce the highest sustained oil prices in history. They also led to investments that are not particularly productive but promise higher yields that can be found otherwise in a zero-interest rate world.
Figure 3. U.S. Federal Funds rates and WTI oil prices in January 2015 U.S. dollars. Source: U.S. Bureau of Labor Statistics, EIA and Labyrinth Consulting Services, Inc.
(Click image to enlarge)
The quest for yield led investment banks to direct capital to U.S. E&P companies to fund tight oil plays. Capital flowed in unprecedented volumes with no performance expectation other than payment of the coupon attached to that investment.
This is stupid money. These capital providers are indifferent to the fundamentals of the companies they invest in or in the profitability of the plays. All that matters is yield.
The financial performance of most companies involved in tight oil plays has been characterized by chronic negative cash flow and ever-increasing debt. The following table summarizes year-end 2014 financial data for representative tight oil-weighted E&P companies.
Table 1. Summary of 2014-year end financial data for tight oil-weighted U.S. E&P companies. Money values in millions of U.S. dollars. FCF=free cash flow (cash from operations plus capital expenditures); CF=cash flow; CE=capital expenditures. Source: Google Finance and Labyrinth Consulting Services, Inc.
(Click image to enlarge)
Some rationalize the negative free cash flow as an expansion of capital base that will result in future profits. The following table shows that over the past 4 years, tight oil negative cash flow increased and has reached a cumulative of more than -$21 billion for the representative companies. Almost half of that negative cash flow took place in 2014.
Table 2. Summary table of cash from operations and capital expenditures for tight oil-weighted U.S. E&P companies. Values in millions of U.S. dollars. Source: Google Finance and Labyrinth Consulting Services, Inc.
(Click image to enlarge)
The average U.S. oil price from January 2011 through year-end 2014 was $95 per barrel. First quarter 2015 performance at $48.50 WTI will be a disaster that makes the previous 4 years look good.
How long do the losses continue before the cheerleaders of shale plays admit that the enterprise is not profitable? Only the more diversified integrated companies like ConocoPhillips, Marathon, and OXY show meaningful long-term positive cash flow. If companies could not show positive cash flow at $95 per barrel, what price is necessary and what will that do to the world economy?
Some of my readers dispute the poor economics of these plays based on incorrect notions of break-even profitability–some believe that tight oil plays are profitable at $35 per barrel oil prices (see comments from my last post).
Following are two slides taken from Schlumberger CEO Paal Kibsgaard’s recent presentation at the Scotia Howard Weil 2015 Energy Conference held in New Orleans. These slides present a well-informed and objective view of how tight oil plays compare to other plays.
In my Figure 4, Mr. Kibsgaard shows that the average break-even price for tight oil plays is about $75 per barrel. By comparison, Middle East OPEC break-even prices are less than $10 per barrel. Other conventional oil plays break even at less than $20 per barrel.
Figure 4. Slide from Schlumberger CEO Paal Kibsgaard’s presentation at the Scotia Howard Weil 2015 Energy Conference.
(Click image to enlarge)
In my Figure 5, Mr. Kibsgaard shows Schlumberger’s assessment of drilling intensity or efficiency. For nearly equal oil-production volumes of about 11 million barrels per day, U.S. oil producers drilled more than 35,000 wells and 297 million feet of hole compared to 399 wells and 3 million feet of hole for Saudi Arabia.
Figure 5. Slide from Schlumberger CEO Paal Kibsgaard’s presentation at the Scotia Howard Weil 2015 Energy Conference.
(Click image to enlarge)
U.S. companies drilled almost 100 times more wells to reach the same daily production as Saudi Aramco. Strident claims of increased efficiency by tight oil producers sound absurd in this context.
Prolonged low oil prices will prove that tight oil plays need at least $75 per barrel to break even. When oil prices recover to that level, only the best parts of the tight oil core areas will be competitive in the global market. As production declines from expensive tight oil, oil sand and ultra deep-water plays, inexpensive Saudi oil will gain market share.
Saudi Arabia is not trying to crush tight oil plays, just the stupid money that funded the over-production of tight oil. Too much supply combined with weak demand created the present oil-price collapse. Saudi Arabia hopes to prolong low prices to benefit their long-term needs for market share and higher demand.
So Saudi Arabia is the hero? Ok now what are the unforseen consequences of this going to be ?
bb makes his first intelligent post in the past three months.
Applause!!!!
Thank you Stucky ,I knew I would win you over .
US Shale Sector Crashes After David Einhorn Repeats What Everyone Knows Already
Submitted by Tyler Durden on 05/04/2015 12:26 -0400
Greenlight’s David Einhorn has come out swinging at the Fed-fueled fracking frenzy and, after pointing out facts that are extremely widely known, and have been explained innumerable times here, sent Shale stocks tumbling… led by the so-called “MotherFracker” – Pioneer Natural Resources…
*SOHN: EINHORN SAYS PXD IS `DRAMATICALLY OVERVALUED’
*SOHN: EINHORN SAYS PXD IS WORTH $78/SHR
Pioneer is down and the rest of the sector is getting slammed…
Einhorn Presentation…
* * *
Einhorn concludes:
“Pioneer’s business model is like using $50 bills to counterfeit $20s”
“Either way the frackers are fracked”
“Many are buying frackers as a higher oil price play… A better alternative: buy oil.”
Energy stocks still cheap?
* * *
As we previously detailed (via Deutsche Bank) – and NOTHING has changed, except now Einhorn is pushing the trade…
So how big of an impact on fundamentals should we expect from the move in oil price so far and where is the true tipping point for the sector? Let’s start with some basic datapoint describing the energy sector – it is the largest single industry component of the USD DM HY index, however, given this market’s relatively good sector diversification, it only represents 16% of its market value (figure 2). Energy is noticeably tilted towards higher quality, with BB/B/CCC proportions at 53/35/12, compared to overall market at 47/37/17. We find further confirmation to this higher-quality tilt by looking at Figure 3 below, which shows its leverage being around 3.4x compared to 4.0x for overall market. Similarly, their interest coverage stands at noticeably higher levels, even having declined substantially in recent years (Figure 4).
Energy issuer leverage has increased faster than that of the rest of the market in recent years, but this trend has largely exhausted itself in recent quarters. As Figure 5 demonstrates, growth rates in total debt outstanding among US HY energy names have been only slightly higher relative to the rest of HY market. It is almost certain in our mind that with the current shakeout in this space further incremental leverage will be a lot harder to come by going forward.
Perhaps the most unsustainable trend that existed in energy going into this episode shown in Figure 6, which plots the sector’s overall capex expenditure, as a pct of EBITDAs. The graph averaged 150% level over the past four years, clearly the kind of development that could not sustain itself over a longer-term horizon. Our 45%-full sample of issuers reporting Q3 numbers has shown this figure coming down to 110%, a move in the right direction, and yet a level that suggests further capacity for decline. This chart also shows, perhaps better than any other we have seen, the extent to which current economic recovery in the US has in fact been driven by the energy development story alone.
The next question we would like to address here is to what extent the move in oil so far could translate into actual credit losses across the energy sector. To help us approach this question we are borrowing from the material we are going to discuss in-depth in next week’s report on our views on timing/extent of the upcoming default cycle. For the purposes of the current exercise we will limit ourselves to saying that we have identified total debt/enterprise value (D/EV) as an important factor helping us narrow down the list of potential defaulters. Specifically, our historical analysis shows that names that go into restructuring, on average, have their D/EV ratio at 65% two years prior to default, and, expectedly, this ratio rises all the way to 100% at the time of restructuring. From experiences in 2008-09 credit cycle we have also determined that there was a 1:3 relationship between the number of defaulting issuers and the number of issuers trading at 65%+ D/EV prior to the cycle. Again, we are going to present detailed evidence behind these assumptions in the next week’s report.
For the time being, we will limit ourselves to applying these metrics to current valuations in the US HY energy sector, and specifically, its single-B/CCC segment. At the moment, average D/EV metric here is 55%, up from 43% in late June, before the 26% move lower in oil. About 28 pct of energy B/CCC names are trading at 65%+ D/EV, implying an 8.5% default rate among them, assuming historical 1/3rd default probability holds. This would translate into a 4.3% default rate for the overall US HY energy sector (including BBs), and 0.7% across the US HY bond market.
Looking at the bond side of valuation picture, we find that energy Bs/CCCs are trading at a 270bp premium over non-Energy Bs/CCCs today (Figure 7). This premium implies incremental default rate of 4.5% (= spread * (1 – recovery) = 270 * (1-0.4) = 4.5%). Actual default rate among US HY Bs/CCCs is currently running at 3%, a level that we expect to increase to 5% next year (not to be confused with overall US HY default rate, currently running at 1.7% and expected to increase to 3.0% next year).
The bottom line is hardly as pretty as all those preaching that the lower the oil the better for the economy:
In the next step we are attempting to perform a stress-test on oil, defined this way: what would it take for overall US energy Bs/CCCs segment to start trading at 65%+ total debt/enterprise value? Our logic in modeling this scenario goes along the following lines: if a 25% drop in WTI since June 30th was sufficient to push their average D/EV from 43 to 55, then it would take a further 0.8x similar move in oil to get the whole sector to average 65 = (65-55)/(55-43) = 0.8x, which translates into another 20% decline in WTI from its recent low of $77 to roughly $60/bbl. If this scenario were to materialize, based on historical default incidence, we would expect to see 1/3rd of US energy Bs/CCCs to restructure, which would imply a 15% default rate for overall US HY energy, and a 2.5% contribution to the broad US HY default rate.
How should one trade an ongoing collapse in oil prices? Simple: sell B/CCC-rated energy bonds and wait to pick up 10%.
If this scenario were to materialize, the US energy Bs/CCCs would have to trade at spreads north of 1,800bp, or about a 1,000bps away from its current levels. Such a spread widening translates into a 40pt drop in average dollar price from its current level of 92pts for energy Bs/CCCs.
It gets worse, because energy CapEx is about to tumble, which means far less exploration (and US fixed investment thus GDP), far less supply, and ultimately a higher oil price.
As the market adjusts to realities of sharply lower oil prices, it is important for to remember that the US HY energy sector is a higher quality part of the market. Higher credit quality will help many of them absorb an oil price shock without jeopardizing production plans or ability to service debt. Their capex rates, expressed as a pct of EBITDAs, have already declined from an average of 150% over the past four years to roughly 110% today. We still consider this level to be high and thus subject to further pressures. This in turn should work towards slower rates of supply growth, and thus ultimately towards supporting a new floor for oil prices. A 25% in oil price so far has pushed debt/enterprise valuations among US energy B/CCC names to a point suggesting 8.5% future default probability, while their bonds are pricing in a 9.5% default probability.
And the scariest conclusion of all:
Finally, our stress-test shows that a further 20% drop in WTI to $60/bbl is likely to push the whole sector into distress, a scenario where average B/CCC energy name will start trading at 65% D/EV, implying a 30% default rate for the whole segment. A shock of that magnitude could be sufficient to trigger a broader HY market default cycle, if materialized.
And now back to the old “plunging oil prices are good for the economy” spin cycle.