The Price of Oil

10 02 2018

Another excellent article by Dave Pollard over at How to Save the World…..  my only criticism of this article is that he’s not factoring in collapsing ERoEI will have on the production side…..

The clueless gamblers that speculate on stock and commodity prices have been having a field day recently. Desperately chasing profits, like high-rollers who keep increasing their casino bets every time they lose, they have wiped billions out of share and pension values in a lemming-like panic about whether and when the colossally overpriced stock market is going to crash. And they have also pushed the price of oil up to near $70/bbl for the first time in several years. These speculators, who contribute nothing of any value to our economy, are some of the most destructive individuals on the planet, destabilizing markets on which many depend for their lives and livelihoods. (They also wreak havoc on land, real estate, food, and currency prices.) And many of them make millions in commissions and bonuses just rolling the dice for their employers and clients and praying that their lucky bets (mostly on prices rising perpetually) will continue.

A couple of years ago I wrote an article about the price of oil, explaining that the issue we’re going to face in the 21st century isn’t one of energy running out, but of affordableenergy running out. Just as, during great depressions and famines, masses of food is left rotting in the ground because no one can afford to buy it (or even retrieve it and give it away), having oil in the ground that costs $80/bbl to get to market (especially if governments run out of money for subsidies, or, god forbid, decide that oil companies should start to pay the huge external costs of their activities) is not especially useful when you can only afford, in an economy ruined by overexploitation, environmental degradation, excessive debt, inequality and waste, $30/bbl for it.

Before I go further, if you’re one of the many who have been persuaded that “peak oil is over” and that renewables and new technology will soon save us from energy collapse, you might as well not read this article. Instead, I’d suggest you read this, or this, or this, or any of the many other articles written by people who understand the laws of thermodynamics and how the economy actually works.

This time I thought I’d start with a review of oil prices in the past. The chart above plots the course of oil prices (in inflation-adjusted dollars) back to 1946. Green lines show supply curves; red lines demand curves, and the dots at intersections are annual average oil prices for those years. Follow the dots:

  1. 1946-72. Oil prices were remarkably stable at about $25/bbl (in current dollars) during this entire period. The world became dependent on OPEC. Virtually all global growth in real terms since 1946 is attributable to increasing use of oil. Almost none of it is ascribable to new technology (other than energy extraction technology) or “efficiencies” or “innovation” or “economies of scale”. That’s it. If you’re a believer in GDP or that growth is essential to the economy you might want to keep that in mind (and if you are invested in stocks or land or any other industrial resource, you’d better believe, because their “value” is all computed in terms of future growth in exchange value, production and profits). Between 1946 and 1972 the OPEC nations were in bed with the western corporatists (as they still are today, supporting them politically and militarily), fixing the price of oil at that price to ensure the economy could continue to grow, as required, endlessly.
  2. 1973-80. OPEC fights back, realizing that although they can make money at $25/bbl because of the size and ease of tapping their reserves, they have already pumped out more than half of it, and they have only a few decades’ worth left and nothing to support their economy when it runs out. So they constrain production, driving the price up to $60/bbl (1975) and then $110/bbl (1980). At that price they can set money aside for when their oil runs out, and avoid the massive humanitarian crises that the end of oil spells for them. But for the western corporatists, this is disastrous: their economies are in a shambles, with double-digit inflation ruining profits, and line-ups at the pumps.
  3. 1981-85. The western corporatists “convince” OPEC to turn the pumps back on, persuading them that there is a happy medium price for oil (more than the $25-30/bbl that makes exploration for new sources uneconomic, but less than the $75/bbl threshold beyond which the global economy cannot pay for it and hence cannot survive. By 1985, OPEC has increased supply so that, despite the new demand from expanding Asian countries, the price has settled back in the perfect $50-60/bbl range. Remember here that the amount of production and consumption of oil is so close (there’s no place to put much excess once it’s pumped, and there’s no margin for error if there’s a serious shortage) that any changes in production, intentional or not, have a huge impact on price.
  4. 1986-2002. At $60/bbl, there’s an incentive to put more into the market than you can sustainably continue to produce, and also an incentive to find new sources — and remember, a small increase in supply has a big impact on lowering price. From the late 1980s to 2002, the lingering effects of the early-1980s crash kept demand from increasing as it had been, and a number of (heavily subsidized, environmentally catastrophically damaging) new sources of “dirty” and “tight” (harder to extract) oil were found. As a consequence, prices tumbled back to the $30/bbl level. OPEC was not happy, but some of their own short-term-thinking members were opening the taps to try to bolster their struggling economies, and the new sources meant OPEC as a whole had less oligopoly power over supplies and hence prices.
  5. 2003-08. The low prices were unsustainable to many producers, especially those with higher production costs that ceased or curtailed exploring, and that, combined with increasing demand from third-world countries, began pushing prices up again, to $60/bbl in 2005 and $90/bbl in 2008. You remember 2008, the bubble year, right? Over-exuberance had enabled speculators to push the price of everything up to ridiculous levels, and oil was not spared. The crash of 2008 also weakened demand, as many people could not afford to pay for anything, including fuel. But everyone knew the $90/bbl couldn’t last, just as they knew it in 1980.
  6. 2009-17. Banking on continuing high oil prices, speculators jumped into fracking and other high-risk, costly (and heavily-subsidized) smaller-scale oil ventures. For the first time, people who can’t think further ahead than the next quarter’s profit report were saying that there was more than enough oil, and that peak oil was dead. More reasoned experts argued that the danger to our planet from climate change caused by burning oil now exceeded the danger of running out of it (we may well experience both in the years to come). But many of the new ventures depended on sustained high oil prices, and as supply rose, price inevitably dropped. This was exacerbated by a chronic global recession that (despite what you might read in the Wall Street press) has left 90% of the population with massively higher debts and less disposable income than they had back in the 1980s. That recession curtailed demand and added to the price slump that saw oil drop from $90/bbl in 2008 to $60/bbl in 2015 and then back to a near-ruinous (for producers) $40/bbl in 2016-17. Many of the new operators declared bankruptcy, but in the mean-time they (and the ongoing recession for all but the super-rich) had created a short-term oil glut. More people came to believe that oil would be abundant forever, at reasonable prices. Many OPEC countries’ governments, already struggling with unruly political movements, and a permanently unemployed youth workforce, were getting antsy.
  7. 2018. Surprise, surprise, the oil price has risen again, to as high as $70/bbl, though it seems to be hovering mostly around the ‘ideal’ (for producers and consumers) $60/bbl level. The problem is, that’s not quite as ideal as it used to be. The cost of bringing new oil to market has risen from very low-levels (near $15/bbl in the mid-20th-century OPEC countries, to $45/bbl for much “tight” oil extraction). So a very volatile $50-60/bbl price doesn’t provide much margin for producers in an economy that demands significantly increasing profits every year. And it’s expensive for consumers, who start to reduce consumption and turn to alternative sources of energy (where available) when prices move into that $50-60/bbl range.

So what does this mean for the future? The second chart, below, describes what I think we’ll see by the middle of this century. Here we go:

  1. 2018-2025: Just a guess, but there doesn’t seem to be any compelling short-term trend in supply or demand one way or another, so I’m guessing that we’ll have a few years of relative stability, with prices ranging from $40-80/bbl depending on producer actions, politics, climate change proclivities, carbon taxes and regulations, and the strange whims and misconceptions of speculators (damn I’d like to see a huge speculation tax on every do-nothing transaction gamblers put through).
  2. 2025-2050: In the medium term, all bets are off. I can see, as conventional sources of oil get depleted and new ones cost more and more, the cost of getting oil to market rising enough that any price under $70/bbl won’t be worth the risk. And I can see, as the real economy (not the economy-of-the-elite the NYT and WSJ reports on) continues to struggle and inequality widens to become a political and even military issue in many parts of the world, the affordable ceiling price for oil dropping to $40/bbl. So that means there is no “happy medium” that works for both producers and consumers — any price is either too low for producers (keeping/driving them out of the market) or too high for consumers (leading to hoarding, involuntary reductions in use (ie repo’d cars and foreclosed homes) — or both. So I see prices whipsawing between $30/bbl or less (when the economy is in especially bad shape) and $100/bbl or more during speculative frenzies, rationing (in black markets), severe shortages and short-lived “is the long depression over yet?” economic recoveries.
  3. 2050-2100: This is the period in which I’ve forecast economic and/or energy collapse and the onset of chronic serious climate change trends and events. I don’t think the US dollar will survive this, so it’s hard to set a price on anything in that currency. I do see it as a long era of scavenging, re-use, rationing, nationalization (until national governments collapse and leave energy management to struggling local communities), hoarding, black markets, and yes, even conservation at last.

Not a very rosy picture, but those who’ve studied the economy and have been following oil prices for a while tend to support much of this hypothesis. Ultimately, it’s the economy, (not so) stupid. The economy is the tail that wags the energy dog, but ultimately the global industrial economy is founded entirely on the preposterous and untenable requirement that growth must continue forever, and the only thing that has provided sustained growth for the past couple of centuries has been cheap hydrocarbons.

And I understand oil doesn’t keep very well.


Britain’s retirement party begins

1 02 2018

There has been much discussion here about why George Monbiot, for one, continues pushing nuclear power…… he and many like him want to go ‘sustainable’, and  nuclear is no such option of course, but they also don’t want to abandon their toys. This applies just as much to the believers of renewable energy. However, they’re in for a rude shock…. because things there are about to get a whole lot worse. There were lots of reasons why Nicole Foss left the UK some years ago; if anyone could see the writing on the wall, it would of course be Nicole, There were lots of reasons for going, but one she mentions in a podcast I listen to was that the gas pressure was dropping.  Fancy that……...

Read on…….

The North Sea oil industry that underwrote Britain’s 1980-2008 neoliberal debt-binge is coming to an end.  Oil and gas production has fallen by more than 60 percent since the 1999 peak.  And since 2004/5 Britain has become increasingly dependent upon imports to meet its energy needs (ultimately a much greater threat to the economy than Brexit).

There is, however, one last binge to be had before we’re done.  According to Greig Cameron in the Sunday Times:

“It is the oil industry equivalent of a buzzards’ picnic. As the North Sea is drained of its oil and gas, so time is running out for the giant rigs that for decades have been piping fuel up from the seabed. Many of the basin’s workhorses are going to be little more than huge carcasses dotted across thousands of miles of open ocean and sharp eyes are turning to the potential feast on offer.

“You can see why. North Sea decommissioning is an embryonic £50 billion industry, a huge enterprise in which rigs and pipelines are removed, hauled ashore and painstakingly picked apart.”

Between now and 2022, 148 fields will be decommissioned; followed by a further 84 between 2023 and 2027.  Around 840,000 tonnes of materials will have to be brought onshore for recycling or safe disposal; and 1,600 wells will need to be sealed.

The final cost of this last gasp party is likely to be higher than Cameron’s £50 billion.  Government ministers have put the cost at £60 billion; and there is no reason to expect that decommissioning will buck the trend and come in on time and within budget.

The bigger question is who gets to pay for all of this?  In theory, the big oil companies were supposed to have set money aside against the day when the oil ran out.  But most of the big players have gone, and have sold the liability to smaller and less secure companies.  Indeed, as we saw with the now discredited Carillion, it is all too easy for a private company to collapse at a moment’s notice; leaving the public to pick up the bill.

If I were a betting man, I would put money on most of the wells remaining unplugged and most of the infrastructure remaining where it is.  But there again, by the time we reach that point, money (at least in pounds) is not going to be worth much.

A friend of mine, who lives in Scotland, has posted on Facebook that she cannot believe the number of oil rigs being towed up the river she can see from her abode, and left there to rust….. and they’re fast becoming an eyesore apparently. Is this what collapse looks like? Rusting oil rigs as far as the eye can see……?

Another year, and getting closer to D Day (D for doom of course..!)

1 01 2018

entering 2018New years may be human constructs, but they sort of force us to think about what happens next. I personally don’t do new year’s resolutions, because frankly, it’s just asking for trouble, stressing out about underachieving and so forth… and a lot of people could be underachieving this year, and the next, and the next….

I’ll be happy if our house is up out of the ground in any shape or form… because the weather down here is not exactly co-operating, swinging from heatwaves to cold rainy and windy.  Summer is just not meant to be like this, but I of all people should not be surprised when it comes to climate chaos.

Having said that, I just had to share this latest bit of info that landed in my newsfeed on New Year’s Day.  You know it’s all happening when even the IEA finally acknowledges Peak Oil.

Oil Shortage Feared by 2020 as Discoveries Fall to Record Low

Yes, you read that right. In the Wall Street Journal no less….  maybe that will finally shut all those deniers down once and for all.

In 2016, oil discoveries amounted to just 2.4 billion barrels of potential oil, the lowest since the IEA’s records began in 1950. That is down from 6.4 billion barrels of discoveries in 2013, when oil prices were consistently above $100 a barrel and 16.3 billion barrels in 2010, the IEA said.

The global oil industry greenlighted projects amounting to over 4.8 billion barrels of oil in 2016, down from 21.2 billion barrels in 2014.

Offshore drilling, which accounts for a third of global production, is still seeing activity decline. Last year, only 13% of conventional project approvals were offshore, compared with an average of 40% between 2000 and 2015, according to the IEA. In the U.K., spending on offshore drilling is now only slightly higher than spending on offshore wind projects, it said.

Oil Shortage Feared by 2020 as Discoveries Fall to Record Low

The Organization of the Petroleum Exporting Countries has also sounded the alarm over the potential for a looming supply gap in the long term. Saudi energy minister Khalid al-Falih told a London energy conference last year that “there will be a period of shortage of supply.”

So there you have it, I wasn’t making all this up. After banging on about Peak Oil for at emptyEVleast 17 years, and predicting crunch time to be around 2020, give or take, that crunch time seems all too close these days, especially as absolutely NOBODY has done a thing about getting ready for it. The results will be interesting. Virtually no one has any idea of what the future holds, and boy are they in for a shock.  Even we, let’s face it, who follow all this crazy stuff may well be shocked by what happens next.

And not least the EV buyers…… who may not get access to all that electricity. No one escapes the collapse.

That WSJ articles further states…..

According to estimates from The Rapidan Group, a Washington-based energy policy advisory firm, oil prices could hit $100 a barrel in 2022, squeezed by supply constraints and stronger-than-expected demand growth.

Now if that doesn’t bring on a recession/depression, combined with the debt bubble, I don’t know what will.

Mind you, as I’ve said all along, it’s just what we need to ‘save us’ from climate change, so I personally won’t mind. Check out this chart showing emissions growth on an annual basis..:


The only time emissions actually fell was because of the GFC…..  don’t know about you, but there’s a story in there somewhere……..  that chart came from a National Observer article that you might all find interesting.

The same BP data illustrates fossil fuels’ share of all global energy. Turning point? What turning point…..?

What this chart says to me is that fossil fuels continue to absolutely dominate global energy consumption. Even a quarter century of global efforts to transition to safer energy sources was unable to make any meaningful dent in the dominance of fossil fuels.

Then we have this from SRSRocco…..

While the U.S. Shale Energy Industry continues to borrow money to produce uneconomical oil and gas, there is another important phenomenon that is not understood by the analyst community.  The critical factor overlooked by the media is the fact that the U.S. shale industry is swindling and stealing energy from other areas to stay alive.  Let me explain.

First, let’s take a look at some interesting graphs done by the Bloomberg Gadfly.  The first chart below shows how the U.S. shale industry continues to burn through investor cash regardless of $100 or $50 oil prices:


The chart above shows the negative free cash flow for 33 shale-weighted E&P companies.  Even at $100 oil prices in 2012 and 2013, these companies spent more money producing shale energy in the top four U.S. shale fields than they made from operations.  While costs to produce shale oil and gas came down in 2015 and 2016 (due to lower energy input prices), these companies still spent more money than they made.  As we can see, the Permian basin (in black) gets the first place award for losing the most money in the group.

Now, burning through investor money to produce low-quality, subpar oil is only part of the story.  The shale energy companies utilized another tactic to bring in additional funds from the POOR SLOBS in the retail investment community… it’s called equity issuance.  This next chart reveals the annual equity issuance by the U.S. E&P companies:


According to the information in the chart, the U.S. E&P companies will have raised over $100 billion between 2012 and 2017 by issuing new stock to investors.  If we add up the funds borrowed by the U.S. E&P companies (negative free cash flow), plus the stock issuance, we have the following chart:


Thus, the U.S. E&P companies tapped into an additional $212 billion worth of funding over the last six years to produce uneconomical shale oil and gas.  Now, this chart is an approximation based on the negative free cash flow (RED color) from the four top U.S. shale fields and the shale equity issuance (OLIVE color).  So, how much money would these U.S. E&P companies need to make to pay back these funds?

Good question.  If we assume that the U.S. shale oil companies will be able to produce another 10 billion barrels of oil, they would need to make $21 a barrel profit to pay back that $212 billion.  However, they haven’t made any profits in at least the past six years, so why would they make any profits in the next six years?

2018 is going to be interesting, without a doubt.

Happy New Year (!) to all my readers……

The Bumpy Road Down

18 12 2017



Irv Mills

The term “bumpy road down” refers to the cyclic pattern of crash and partial recovery that I believe will characterize the rest of the age of scarcity and make for a slow step by step collapse, rather than a single hard and fast crash. Indeed, that is where the “step-by-step” in the title of this series of posts comes from. And yes, many of the individual steps down will happen quite quickly and seem quite harsh. But it will likely take many steps and many decades before we can say collapse is essentially complete, and between those steps down there will (in many areas) be long periods when things are stable or even actually improving somewhat.

The fast collapse is a favourite trope of collapse fiction and makes for some exciting stories, in which stalwart heroes defend their group from hungry hordes and evil strong men. And if the story happens in the U.S. the characters get to do their best to stop a whole lot of ammunition from going stale. But it seems to me that in most parts of the world things will progress quite differently when disaster strikes. Indeed there is a branch of sociology which studies how people and societies respond to disaster, and it has identified a set of incorrect beliefs, known as “the disaster mythology” that much of the general public holds on the subject. In particular, the expectation of looting, mass panic and violence is not borne out in really. Here are some further links on the subject: 1234.

Dysfunctional as today’s world may seem to many of us, it is working fairly well for those who are in power. They have a great deal invested in maintaining the “status quo”, and in making sure that whatever changes do happen don’t have any great effect on them. They also have a lot of resources to bring to bear on pursuing those ends, and a lot of avenues to go down before they run out of alternatives.

The other 80% of us, who are just along for the ride so to speak, still rely on industrial society for the necessities of life. We are hardly self sufficient at all, dependent on “the system” to a degree that is unprecedented in mankind’s history and prehistory. As unhappy as we may be with the way things are at present, it’s hard to imagine collapse without a certain amount of trepidation. Denial is a very common response to this situation.

Some of us, though, aren’t very good at denial. Even if we only follow the news on North American TV, which largely ignores the rest of the world, we’ve seen lots of disturbing events in the last year or two and it is hard not to wonder if they are leading up to something serious. Many people in the “collapse sphere” are predicting a major disturbance in the next few years, and some think that this will be the one that takes us down—all the way.

I definitely agree that something is about to happen, but I don’t think it is going be the last straw. Just one more step along the way.

As always, I am directing this mainly to those who are not highly “collapse aware”, so a closer look at what’s going on and what this next big bump might look like would seem to be a good idea. And of course I am making generalizations in what follows. As always, things will vary a good bit between different areas and at different times, and all of this will affect people of the various social classes differently. Also beware that I am not an economist, just a layman who has been watching the field with keen interest for some time. What follows is a summary of what I have learned, in a field where there is lots of disagreement and where the experts themselves have been wrong again and again.

Despite all the optimistic talk about renewable energy, we are still dependent on fossil fuels for around 87% of our energy needs, and those needs are largely ones that cannot be met by anything other than fossil fuels, especially oil. While it is true that fossil fuels are far from running out, the amount of surplus energy they deliver (the EROEI—”energy returned on energy invested”) has declined to the point where it no longer supports robust economic growth. Indeed, since the 1990s, real economic growth has largely stopped. What limited growth we are seeing is based on debt, rather than an abundance of surplus energy. And various adjustments to the way GDP is calculated have made the situation seem less serious that it really is.

Because of the growth situation, investors looking for good returns on their money have been hard pressed to find any and so have turned to riskier investments, which has resulted in speculative bubbles and subsequent crashes. The thing about bubbles is they are based on trust. Trust in some sort of investment that in saner times would be recognized for the risky proposition it really is. But always there comes a day when the risk becomes obvious, people rush to get out, and the bubble crashes.

The dot com bubble was the first to burst in this century, and the real estate bubble in the US was the next, leading to the crash of 2008.

After 2008 many governments borrowed money to bailout financial institutions (banks) which were in danger of failing, since that failure would have had a very negative effect on the rest of the economy. To control the cost of that borrowing and stimulate the economy, they lowered interest rates. These low interest rates have made it possible to use debt as a temporary replacement for surplus energy as the driver of the economy. Unfortunately this is pretty inefficient—it takes several dollars of debt to create a dollar’s worth of growth, and the result has been debt increasing to totally unprecedented levels.

Meanwhile, much of the ill advised risk taking in the financial industry that led to the crash in 2008 has continued on unabated. You may wonder why responsible governments didn’t enact regulations to stop that sort of thing. And indeed they did, to a limited extent. I suspect, though, that really effective regulations would have stopped growth cold, and no one was willing to accept the negative results of that. Better to let things to go on as they are, leaving future governments to worry about the consequences.

So, in 2017 we are deep into what might be called a “debt bubble.” It relies on trust that interest rates will remain low and that any day now there will be a return to robust growth so that we can all make some money and pay off our debts. Those are risky propositions, to say the least.

On top of that, low interest rates have made it much more of a challenge for pension funds to raise enough money to meet their obligations, a vital concern for retired baby boomers like myself.

Those same low interest rates have made it possible for many non-viable or barely viable businesses to continuing operating on borrowed money, where under more normal circumstances they would have been forced out of business. This makes for a weaker economy, not a stronger one.

Here in Canada we still have a real estate bubble going on, especially in cities like Toronto, Calgary and Vancouver, and that despite recent government efforts to cool the real estate market by making it more difficult to get a mortgage, and by applying a tax on foreign real estate investors.

And over the last year that have been a long list of natural disasters which have increased the financial stress on governments, insurance companies and even re-insurance companies (who insure the insurance companies themselves).

The more conventional economists have come to think that all this is a normal situation and that it can just keep on keeping on. But there are others who think that this will lead to a crash of even greater magnitude that 2008. And many kollapsniks think this crash will mean the end of industrial civilization.

Some commentators expect this crash to take the form of a rash of debt defaults by governments who can no longer carry the debt loads they have built up. And a similar wave of bankruptcies of those shaky businesses I was just talking about, when they finally get to the point where they can no longer hold on. Tim Morgan, one of my favourite economists (who is certainly aware of the possibility of collapse), speculates that this bubble may burst in a different way than those of the past, with the collapse of one or more currencies. He points to the British pound as a prime candidate for the first to go and thinks that the U.S. dollar may follow it.

Other experts I’ve asked say that while the U.S government does have huge debts, they are not so large in comparison to the size of its economy—an economy that is strong enough that trust in it is unlikely to fail. I am not so sure. Much of the strength of the U.S. dollar comes from the fact that all trading of oil is done in it. If you want to buy oil then you need U.S. dollars, so the demand for them is always high. But a number of countries who are not allies of the US have proposed abandoning this system, suggesting that they are willing to accept other currencies for their oil. If this were to happen on a large scale it would significantly weaken the US dollar.

But it takes some sort of unusual event to start a crash like this, to initiate the loss of trust. And that brings us back to the fossil fuel industry.

While the falling EROEIs of fossil fuels have hurt economic growth, it is a mistake to think that those fuels are not still the life blood of our civilization. The success of modern industry is based on the productivity boost provided by cheap energy. The price of oil, for many years, was a fraction of its worth in terms of what could be made with the energy embodied in that oil. But when the price of energy goes up, it reduces the profitability of industry, often leading to a recession.

The oil prices I quote here are for Brent crude, just to keep things simple. In fact, oil trades at a dizzying variety of different prices, depending on where it comes from and its quality, among other things. If you look back over the history of recessions since the 1950s it is interesting to note almost all of them were preceded by a spike in the price of oil. In the summer of 2008 the price of oil, which had been going up for several years, topped out just before the crash at almost $140 per barrel.

After the crash, the economy slowed down significantly, and the price of oil dropped to around $30 per barrel due to falling demand. Starting in mid-2009 the economy began to recover and the price of oil increased to over $100. This appeared to be a straight forward case of supply and demand—an indication that the supply of oil was barely keeping up and suppliers were being forced to turn to more expensive sources of oil to meet the demand.

Then in mid 2014 something surprising happened— the price of oil and many other bulk commodities began to go down. By early 2016 the price of oil was under $40/barrel, and it stayed in the range between $40 and $60 until quite recently when it edged up over $60.

All kinds of ideas have been put forth as to why this drop in the price of oil happened, many of them contradictory. It is my thought that two things have been happening. First, demand destruction—a slowing down of the world economy caused by high energy prices. Second, a temporary increase in the supply of oil, mainly from fracking in the continental US and tapping of unconventional oil—tar sands in Canada, heavy oil in Venezuela, and deep offshore oil in various place around the world, that were suddenly profitable when the price was around $100 per barrel.

Whatever is the cause, it is clear that we have had a surplus of oil for the last few years, and this has kept the price down. OPEC discussed limiting supply to force the price back up, but very little came of it, even though the lower price was severely hurting the economies of the OPEC nations.

In the short run, lower oil prices have had a beneficial effect on economic growth. But unfortunately, the big oil companies were making so little profit that they couldn’t afford to invest much in oil discovery.

Regardless of what you may think of the idea of “peak oil” on a global basis, it is a simple fact that the output of any individual oil field declines as it ages. Exploration for new oil aims to match that natural decline with new discoveries. For conventional oil, that has not happened since 1963 and by the start of this century this was becoming a problem. A problem that likely had something to do with the run up of oil prices prior to 2008.

Following 2008, higher prices and improved technology (like fracking and the syncrude process for getting oil out of the tar sands) made more oil accessible. But with the current lower prices, that is no longer the case. Furthermore the wells opened up by fracking are proving to have very high decline rates.

So it seems that sometime in the next year or two, the decline rate of the world’s oil fields will have eaten up the surplus of oil. Discovery of new oil fields doesn’t happen overnight, so there will be a crunch in oil supply. Not that there will be no oil available, but oil suppliers will be hard pressed to keep up with the demand and the price will spike upward. There may even be shortages of some petroleum products until those higher prices pull demand back to match the available supply.

It seems very likely that such a spike in the price of oil will touch off a loss of trust leading to a recession of such severity as to make 2008 look minor.

In my next post in this series I’ll look at how that recession—might as well call it a crash—might proceed and what will likely be done to mitigate its effects.

Tesla semis and the laws of physics

23 11 2017


ANOTHER excellent and well researched article from Alice Friedemann. This pretty well confirms everything I told our mate Eclipse who believes in all this techno crap, because that’s all it is. I find it baffling how people get taken in by such rubbish.  Even if these trucks were going to be built, it would be a HUGE waste of Lithium batteries, because they are needed elsewhere, in things that we need to carry around for doing useful things…….

Loads of interesting links in the references at the bottom



Tesla Truck

Preface: Most people think that electric truck makers need to tell us the specs — the battery kWh, price, performance, and so on — before we can possibly know anything about their truck.

But that’s simply not true.  We know what lithium-ion batteries are capable of. And we know the kWh, size, and weight of the battery needed to move a truck of given weight a certain number of miles.  That makes it possible for scientists to work backwards and figure out how many kWh the battery would need to be to go 300 to 500 miles, what it would weigh, and the likely price for the battery needed for a truck at the maximum road limit of 80,000 pounds. [in Australia it’s 40 tonnes – our trucks have more wheels! We also have B doubles, some with 9 axles that can haul 64.5 tonnes ]

S. Sripad and V. Viswanathan (2017) at Carnegie Mellon have done just that.  They published a paper in the peer-reviewed American Chemical Society Letters at the following link: Performance metrics required of next-generation batteries to make a practical electric semi truck.  Below is my review of their paper along with some additional cited observations of my own.

 — Alice Friedemann  author of “When Trucks Stop Running: Energy and the Future of Transportation”, 2015, Springer and “Crunch! Whole Grain Artisan Chips and Crackers”. Podcasts: Derrick JensenPractical PreppingKunstlerCast 253KunstlerCast278Peak Prosperity , XX2 report

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Authors S. Sripad and V. Viswanathan felt compelled to write their paper because there are so many guesstimates of the likely cost and performance of an electric class 8 semi-truck in the media. But these hasty calculations don’t take into account critical factors like the specific energy density of the battery pack, vehicle weight, drag, rolling resistance, battery kwH to go a given distance, and weight of the batteries given current Li-ion battery technology.

The definition of class 8 trucks is their weight of 33,000 pounds or more.  We can assume electric class 8 trucks would have the same basic truck weight, because building them with light-weight aluminum or carbon fiber is too expensive. And unlike cars, where the average income of an electric car buyer is $148,158 (NRC 2015), and the amount of aluminum needed to light-weight the car is a small fraction of what a truck would require, the trucking industry is a cut throat business with razor thin profits.  Light-weighting them is out of the question.

The maximum weight of a truck allowed on the road is 80,000 pounds, so if the body weight of the truck is the minimum 33,000 pounds, then the maximum amount of cargo that can be carried is 47,000 pounds.

The authors found that a 900 mile range [to arrive at kms, just multiply by 1.6] is simply not possible with today’s batteries, because the weight of the battery pack required is 54,000 pounds plus 33,000 pounds truck weight, which is 87,000 pounds, well over the maximum road weight limit of 80,000 pounds. And this truck that can not haul cargo will set you back $500,000 to $650,000 dollars for the battery alone.

A 600 mile range isn’t commercial either. For starters, the battery pack would cost $320,000 to $420,000 dollars, and on top of that you’ll need add another $100,000 for the body of the truck. To move a truck 600 miles requires a 36,000 pound battery + 33,000 pound truck weight and the truck can only carry 11,000 pounds, which is 36,000 pounds less than a diesel truck can carry.

Musk claims the range of the truck can be as much as 500 miles.  Based on the figures in Table 1, that means the battery would cost $267,000 to $350,000 (also add on $100,000 for the truck body), and the battery will weigh 30,000 pounds + 33,000 pound truck weight and be able to carry only 17,000 pounds of cargo, which is 30,000 fewer pounds than a diesel truck.

Even if the range is on the low end of 300 miles, the battery will still be very heavy, 18,000 pounds + 33,000 pounds truck weight and and only be able to carry 29,000 pounds of cargo, which is 18,000 pounds less than a diesel truck.

The bottom line according to the authors, is that a 600 to 900 mile range truck will use most or all of their battery power to move the battery itself, not the cargo. The cost of the battery is $160,000 to $210,000 plus $100,000 for the truck body, so overall $260,000 to $310,000, which is $140,00 to $190,000 more than a new $120,000 diesel truck — considerably more than used diesel class 8 truck, which can cost as little as $3,000.

If anyone in the trucking industry is reading this, I’d like to know if a 300 mile range with just 18,000 pounds of cargo is acceptable.  I suspect the answer is no, because the Port of Los Angeles explored the concept of using an all-electric battery drayage (short-haul) truck to transfer freight between the port and warehouses, but rejected these trucks because the 350 kWh battery weighed 7,700 pounds and reduced cargo payload too much. Nor was the 12 hours or more to recharge the battery acceptable. Ultra-fast 30 min recharging was considered too risky since this might reduce battery lifespan, and bearing the cost of replacing these expensive batteries was out of the question (Calstart 2013).

Even if a way has been found to charge a truck in half an hour without reducing battery life, the amount of power needed to do that is huge, so new transmission, voltage lines, upgrading many substations with more powerful transformers, and new natural gas generating power plants will need to be constructed.  Across the nation that’s many billion dollars.  Who will pay for that?

It shouldn’t be surprising that a truck battery would weigh so much.  Car batteries simply don’t scale up — they make trucks too heavy.  The authors calculated that a 900 mile electric class 8 truck would require a battery pack 31 times the size and weight of a 100 kWh Tesla Model S car not only because of weight, but all the other factors mentioned above (aerodynamics, rolling resistance, etc).

If the Tesla Semi or any other truck maker’s prototype performs better than this, there are additional questions to ask.  For example, new diesel trucks today get 7 miles per gallon. But the U.S. Super Truck program has built trucks that get an amazing 12 mpg. But those trucks are not being made commercially.  I don’t know why, but it could be because this achievement was done by making the prototype truck with very light weight expensive materials like carbon fiber or aluminum, costly tires with less rolling resistance, and other expensive improvements that were too expensive to be commercial.

Performance can also be gamed – a diesel truck going downhill or on level ground, with less than the maximum cargo weight, going less than 45 miles per hour with an expert driver who seldom brakes, can probably get 12 mpg even though they’re not driving a Super Truck.

Who’s going to buy the Tesla Semi, Cummins EOS, Daimler E-FUSO, or BYD all-electric semi-trucks?

Most trucking companies are very small and can’t afford to buy expensive trucks: 97% of the 1.3 million trucking companies in the U.S. own 20 trucks or less, 91% have six or fewer. They simply aren’t going to buy an electric truck that costs roughly 2.5 times more than a diesel truck, carries half the weight, just 300 miles (diesel trucks can go 1,800 miles before refueling).

Nor will larger, wealthier trucking companies be willing to invest in electric trucks until the  government pays for and builds the necessary charging stations. This is highly unlikely given there’s no infrastructure plan (Jenkins 2017), nor likely the money to execute one, given the current reverse Robin Hood “tax reform” plan. With less money to spend on infrastructure, charging stations might not even be on the list.

The big companies that have bought (hybrid) electric class 4 to 6 trucks so far only did so because local, state, and federal subsidies made up the difference between the cost of a diesel and (hybrid) electric truck.  The same will likely be true of any company that makes class 8 long-haul trucks.

I constructed Table 1 to summarize the averages of figure 2 in this paper, which has the estimated ranges of required battery pack sizes, weights, cost, and payload capacities of a 300, 600, or 900 mile truck.

Range (miles) Battery kWh required Battery Pack Cost at $160-$210 per kWh Battery Weight kg / tons Max Payload
300 1,000 $160 – 210,000   8,200 /   9 8.5
600 2,000 $320 – 420,000 16,000 / 18 5.5
900 3,100 $500 – 650,000 24,500 / 27 0

Table 1. All electric truck data from figure 2 of Sripad (2017).   A diesel truck Max payload is 23.5 tons.  The max payload (cargo weight) is derived from the max truck road weight of 40 tons, minus battery weight, minus weight of the truck (17.5 tons).

As to whether the Tesla Semi will perform as well as Elon Musk says, it is not certain he will still be in business in 2019, because Musk and other electric car makers are competing for very few potential electric car buyers and with each other as well. There will never be enough electric car buyers because of the distribution of wealth. Sixty-nine percent of the United States population has less than $1,000 in savings (McCarthy 2016). At best the top 10% can afford an electric car, but many of them don’t want an electric car, don’t have a garage, prefer Lyft or mass transit, are saving to buy a house or survive the next financial crash.  And if states or the Trump administration end subsidies that will further dent sales.

Nor will there ever be completely automated cars or trucks, because unlike airplanes, where pilots have 8 minutes of grace before the crash to go back to manual controls, there is only a second for a car or truck driver to notice that an accident is about to occur and override the system.  The better the system is automated, the less likely the driver is to even be paying attention.  So the idea that the poor bottom 90% can order an automated electric car to their doorstep isn’t going to happen.  Nor can it happen with a driver – there is simply too little time to notice and react.

Just imagine if an automatic truck were hacked or malfunctioned, it would be like an attack missile with that much weight and momentum behind it.

Even if the Tesla semis are built in 2019, we won’t know until 2024 if charging in just half an hour, cold weather, and thousands of miles driven reduces driving range and battery life, if the battery can withstand the rough ride of roads, and be certain that lithium is still cheap and easily available.

The only thing going for the Tesla Semi is that electricity is cheap, for now.  But at some point finite natural gas will begin to decline and become very expensive, even potentially unaffordable for the bottom 90%.  As gas decline exponentially continues, all the solar and wind power in the world does no good because the electric grid requires natural gas to balance their intermittent power. There is no other kind of energy storage in sight.  Utility-scale batteries are far from commercial.  Although compressed air energy storage and pumped hydro storage dams are commercial, there are so few places to put these expensive alternatives that they can make little, if any meaningful contribution, ever.

Meanwhile, this hoopla may drive Musk’s stock up and distract from his lack of meeting the Model 3 goals, but investors have limited patience, and Musk has over $5 billion in debt to pay back.  It may be that Elon Musk is banking on government subsidies, like the $9 million State of California award to the BYD company for 27 electric trucks — $333,000 per truck (ARB 2016), and the Ports of Los Angeles and San Pedro who will subsidize a zero emission truck that can go at least 200 miles.


ARB. 2016. State to award $9 million for zero-emission trucks at two rail yards, one freight transfer yard in Southern California. California Air Resources Board.

Calstart. 2013. I-710 project zero-emission truck commercialization study. Calstart for Los Angeles County Metropolitan Transportation Authority. 4.7

Jenkins, A. 2017. Will anybody actually use Tesla’s electric semi truck? Fortune.

McCarthy, N. September 23, 2016. Survey: 69% Of Americans Have Less Than $1,000 In Savings. Forbes.

NRC. 2015. Overcoming barriers to deployment of plug-in electric vehicles. Washington, DC: National Academies Press.

Sripad, S.; Viswanathan, V. 2017. Performance metrics required of next-generation batteries to make a practical electric semi truck.  ACS Energy Letters 2: 1669-1673.

Vartabedian, M. 2017. Exclusive: Tesla’s long-haul electric truck aims for 200 to 300 miles on a charge. Reuters.

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AND the shale oil rout continues unabated…….

16 11 2017

Republished from SRS Rocco Report….  for those of you who don’t know it exists!

U.S. SHALE OIL PRODUCTION UPDATE: Financial Carnage Continues To Gut Industry

As the Mainstream media reports about the next phase of the glorious U.S. Shale Oil Revolution, the financial carnage continues to gut the industry deep down inside the entrails of its horizontal laterals.  The stench of fracking fluid must be driving shale oil advocates utterly insane as they are no longer able to see financial wreckage taking place in these companies quarterly reports.

This weekend, one of my readers sent me the following Bloomberg 45 minute TV special titled, The Next Shale Revolution.  If you are in need of a good laugh, I highly recommend watching part of the video.  At the beginning of the video, it starts off with President Trump stating that the U.S. has become an energy exporter for the first time ever.  Trump goes on to say, “that powered by new innovation and technology, we are now on the cusp of a new energy revolution.”  While I have to applaud Trump’s efforts for putting out some positive and reassuring news, I wonder who is providing him with terribly inaccurate energy information.

I would kindly like to remind the reader; the United States is still a NET IMPORTER of oil.  We still import nearly six million barrels of oil per day, but we export some finished products and a percentage of our shale oil production.  Thus, we still import a net of approximately three million barrels per day of oil.

A few minutes into the Bloomberg video, both Pioneer Resources Chairman, Scott Sheffield, and Continental Resources CEO, Harold Hamm, explain how advanced technology will revolutionize the shale oil industry and bring down costs.  I find that statement quite hilarious as Continental Resources and Pioneer continue to spend more money drilling for oil and gas then they make from their operations.  As I stated in a previous article, Continental Resources long-term debt ballooned from $165 million in 2007 to $6.5 billion currently.  So, how did advanced technology lower costs when Continental now has accumulated debt up to its eyeballs?

Of course… it didn’t.  Debt increased on Continental Resources balance sheet because shale oil production wasn’t profitable… even at $100 a barrel.  So, now the investor who purchased Continental bonds and debt are the Bag Holders.

Regardless, while U.S. oil production continues to increase at a moderate pace, there are some troubling signs in one of the country’s largest shale oil fields.

Shale Oil Production At the Mighty Eagle Ford Stagnates As Companies’ Financial Losses Mount

It was just a few short years ago that the energy industry was bragging about the tremendous growth of shale oil production at the mighty  Eagle Ford Region in Texas.  At the beginning of 2015, Eagle Ford oil production peaked at a record 1.7 million barrels per day (mbd).  Currently, it is nearly 500,000 barrels per day lower.  According to the EIA – U.S Energy Information Agency’s most recently released Drilling Productivity Report, oil production in the Eagle Ford is forecasted to grow by ZERO barrels in December:

The chart above suggests that the companies drilling and producing oil in the Eagle Ford spent one hell of a lot of money, just to keep production flat.  Even though the shale oil producers were able to bring on 88,000 barrels per day of new oil, the field lost 88,000 barrels per day due to legacy declines.  We need not take out a calculator to understand production growth at the Eagle Ford is a BIG PHAT ZERO.

Here are the five largest shale oil and gas producers in the Eagle Ford where:

  1. EOG Resources
  2. ConocoPhillips
  3. BHP Billiton
  4. Chesapeake Energy
  5. Marathon Oil

The company that doesn’t quite fit in the energy group above is BHP Billiton.  BHP Billiton is one of the largest base metal mining companies in the world.  Unfortunately for BHP Billiton, the company decided to get into U.S. Shale at the worst possible time.  BHP Billiton bought shale oil properties when prices were high and eventually had to liquidate when prices were low.  A Rookie mistake made by supposed professionals.  I wrote about this in my article; DOMINOES BEGIN TO FALL: BHP Chairman Says $20 Billion Shale Investment “MISTAKE.”

I decided to take a look at the current financial reports published by the five companies listed above.  The largest player in the Eagle Ford is EOG Resources.  I went to YahooFinance and created the following Cash Flow table for EOG:

In the latest quarter (Q3 2017), EOG reported $961 million in cash from operations.  However, the company spent $1,094 million on capital (CAPEX) expenditures and another $96 million in shareholder dividends.  Applying simple arithmetic, EOG spent $229 million more on CAPEX and dividends than it made from its operations.  Maybe someone can tell me how advanced technology is bringing down the cost for EOG.

The next largest player in the Eagle Ford is ConocoPhillips.  If we look at ConocoPhillips net income at its different business segments, we can see that the company isn’t making any money producing oil and gas in the lower 48 states:

While ConocoPhillips enjoyed a $103 million profit in Alaska, it suffered a $97 million loss in the lower 48 states.  Thus, the third largest oil company in the U.S. isn’t making any money producing oil and gas in the majority of the country.  According to the data, ConocoPhillips produced twice as much oil and gas in the lower 48 states then what they reported in Alaska, but the company still lost $97 million.

The third largest company producing oil in the Eagle Ford is BHP Billiton.  Instead of providing financial results, I thought this chart on BHP Billiton’s Return On Capital Employed was a better indicator of how bad their U.S. Shale assets were performing.  If we look at the right-hand side of the chart, BHP Billiton’s shale oil resources have become one hell of a drag on the company’s asset portfolio:

While BHP Billiton is enjoying a healthy positive Return On Capital Employed on most of its assets, shale oil resources are showing a negative return.  Furthermore, the company makes a note to above stating, “Detailed plans to improve, optimize or EXIT.”  I would bet my bottom Silver Dollar that their decision will end up “EXITING” the wonderful world of shale energy, with the sale of their assets for pennies on the dollar.

Moving down the list to the next shale company, we come to Chesapeake.  While Chesapeake is the country’s second-largest natural gas producer, the company has been losing money for more than a decade.  Unfortunately, the situation hasn’t improved for Chesapeake as its current financial statement reveals the company continues to burn through cash to produce its oil and gas:

Chesapeake’s net cash provided by its operating activities equaled $273 million for the first three-quarters of 2017.  However, the company spent a whopping $1,597 million on drilling and completion costs (CAPEX).  Thus, Chesapeake spent $1.3 billion more on producing its oil and natural gas Q1-Q3 2017 than it made from its operations.  Again, how is advanced technology making shale oil and gas more profitable?

If it weren’t for the asset sale of $1,193 million, Chesapeake would have needed to borrow that money to make up the difference.  Regrettably, selling assets to fortify one’s balance sheet isn’t a long-term viable business model.  There are only so many assets one can sell, and at some point, in the future, the market will realize those assets will have turned into worthless liabilities.

Okay, we finally come to the fifth largest player in the Eagle Ford…. Marathon Oil.  The situation at Marathon isn’t any better than the other companies drilling and producing oil in the Eagle Ford.  According to the companies third-quarter report, Marathon suffered a $600 million net income loss:

Again, we have another example of an energy company losing a lot of money producing shale oil and gas.  You will notice how high Marathon’s Depreciation, depletion, and amortization are in both the third-quarter and nine months ending on Sept 30th.  While some may believe this is just a tax write off for the company… it isn’t.  Due to the massive decline rate in producing shale oil and gas, PLEASE SEE the FIRST CHART ABOVE on the EAGLE FORD GROWTH OF ZERO, these companies have to write off these assets as it represents the BURNING of CASH.

For example, Marathon reported cash from operations of $1,487 million for Q3 2017.  However, it spent $1,305 million on CAPEX and $128 million on dividends for a total of $1,433 million.  Thus, Marathon actually enjoyed a small $53 million in positive free cash flow once dividends were deducted.  But, that is only part of the story.  If we go back to 2005 when the oil price as about the same as it is today, Marathon was reporting quarterly profits, not losses.

In the first quarter of 2005, Marathon earned a positive $324 million in net income.  It also reported a $258 million net income gain in 2004, even at a much lower oil price of $38 a barrel versus the $48-$50 during Q3 2017.  So, the Falling EROI – Energy Returned On Invested is killing the profitability of shale oil and gas companies today, whereas they were making profits just a decade ago.

Now, I didn’t provide any data on the other shale oil fields in the U.S., but production continues to increase in several regions, especially in the Permian.  However, one of the largest players in the Permian, Pioneer Resources, isn’t making any money either.  If we look at their financials, we can see that Pioneer continues to spend more money on CAPEX than they are receiving from cash from operations:

In all three quarters in 2017, Pioneer spent more money on capital expenditures than it made from its operating activities.  Pioneer spent $400 million more on CAPEX spending than from its operations for the first nine months of 2017 ending on Sept 30th.  So, here is just another example of a U.S. shale oil producer who partly responsible for the rising production in the Permian, but it still isn’t making any money.

Now, some investors or readers on my blog would say that the situation will get better when the oil price continues towards $60, $70 and then $80 a barrel.  Well, that would be nice, but I believe we are heading towards one hell of a market crash.  Even though some economic indicators are looking rosy, this market is being propped up by a massive amount of debt and the largest SHORT VIX trade in history.  When the markets start to go south as the massive VIX TRADE reverses… well, watch out below.

Thus, as the markets crash, the oil price will head down with it.  Unfortunately, this will be the final blow to the U.S. Shale Oil Ponzi Scheme and with it… the notion of Energy Independence forever.

Major Oil Companies Debt Explode Since The GFC

15 10 2017

WORLD’S LARGEST OIL COMPANIES: Deep Trouble As Profits Vaporize While Debts Skyrocket

The world’s largest oil companies are in serious trouble as their balance sheets deteriorate from higher costs, falling profits and skyrocketing debt.  The glory days of the highly profitable global oil companies have come to an end.  All that remains now is a mere shadow of the once mighty oil industry that will be forced to continue cannibalizing itself to produce the last bit of valuable oil.

I realize my extremely unfavorable opinion of the world’s oil industry runs counter to many mainstream energy analysts, however, their belief that business as usual, will continue for decades, is entirely unfounded.  Why?  Because, they do not understand the ramifications of the Falling EROI – Energy Returned On Invested, and its impact on the global economy.

For example, Chevron was able to make considerable profits in 1997 when the oil price was $19 a barrel.  However, the company suffered a loss in 2016 when the price was more than double at $44 last year.  And, it’s even worse than that if we compare the company’s profit to total revenues.  Chevron enjoyed a $3.2 billion net income profit on revenues of $42 billion in 1997 versus a $497 million loss on total sales of $114 billion in 2016.  Even though Chevron’s revenues nearly tripled in twenty years, its profit was decimated by the falling EROI.

Unfortunately, energy analysts, who are clueless to the amount of destruction taking place in the U.S. and global oil industry by the falling EROI, continue to mislead a public that is totally unprepared for what is coming.  To provide a more realistic view of the disintegrating energy industry, I will provide data from seven of the largest oil companies in the world.

The World’s Major Oil Companies Debt Explode Since The 2008 Financial Crisis

To save the world from falling into total collapse during the 2008 financial crisis, the Fed and Central Banks embarked on the most massive money printing scheme in history.  One side-effect of the massive money printing (and the purchasing of assets) by the central banks pushed the price of oil to a record $100+ a barrel for more than three years.  While the large oil companies reported handsome profits due to the high oil price, many of them spent a great deal of capital to produce this oil.

For instance, the seven top global oil companies that I focused on made a combined $213 billion in cash from operations in 2013. However, they also forked out $230 billion in capital expenditures.  Thus, the net free cash flow from these major oil companies was a negative $17 billion… and that doesn’t include the $44 billion they paid in dividends to their shareholders in 2013.  Even though the price of oil was $109 in 2013; these seven oil companies added $45 billion to their long-term debt:

As we can see, the total amount of long-term debt in the group (Petrobras, Shell, BP, Total, Chevron, Exxon & Statoil) increased from $227 billion in 2012 to $272 billion in 2013.  Isn’t that ironic that the debt ($45 billion) rose nearly the same amount as the group’s dividend payouts ($44 billion)?  Of course, we can’t forget about the negative $17 billion in free cash flow in 2013, but here we see evidence that the top seven global oil companies were borrowing money even in 2013, at $109 a barrel oil, to pay their dividends.

Since the 2008 global economic and financial crisis, the top seven oil companies have seen their total combined debt explode four times, from $96 billion to $379 billion currently.  You would think with these energy companies enjoying a $100+ oil price for more than three years; they would be lowering their debt, not increasing it.  Regrettably, the cost for companies to replace reserves, produce oil and share profits with shareholders was more than the $110 oil price.

There lies the rub….

One of the disadvantages of skyrocketing debt is the rising amount of interest the company has to pay to service that debt.  If we look at the chart above, Brazil’s Petrobras is the clear winner in the group by adding the most debt.  Petrobras’s debt surged from $21 billion in 2008 to $109 billion last year.  As Petrobras added debt, it also had to pay out more to service that debt.  In just eight years, the annual interest amount Petrobras paid to service its debt increased from $793 million in 2008 to $6 billion last year.  Sadly, Petrobras’s rising interest payment has caused another nasty side-effect which cut dividend payouts to its shareholders to ZERO for the past two years.

Petrobras Annual Dividend Payments:

2008 = $4.7 billion

2009 = $7.7 billion

2010 = $5.4 billion

2011 = $6.4 billion

2012 = $3.3 billion

2013 = $2.6 billion

2014 = $3.9 billion

2015 = ZERO

2016 = ZERO

You see, this is a perfect example of how the Falling EROI guts an oil company from the inside out.  The sad irony of the situation at Petrobras is this:

If you are a shareholder, you’re screwed, and if you invested funds (in company bonds, etc.) to receive a higher interest payment, you’re also screwed because you will never get back your initial investment.  So, investors are screwed either way.  This is what happens during the final stage of collapsing oil industry.

Another negative consequence of the Falling EROI on these major oil companies’ financial statements is the decline in profits as the cost to produce oil rises more than the economic price the market can afford.

Major Oil Companies’ Profits Vaporize… Even At Higher Oil Prices

To be able to understand just how bad the financial situation has become at the world’s largest oil companies, we need to go back in time and compare the industry’s profitability versus the oil price.  To find a year when the oil price was about the same as it was in 2016, we have to return to 2004, when the average oil price was $38.26 versus $43.67 last year.  Yes, the oil price was lower in 2004 than in 2016, but I can assure you, these oil companies weren’t complaining.

In 2004, the combined net income of these seven oil companies was almost $100 billion….. $99.2 billion to be exact.  Every oil company in the group made a nice profit in 2004 on a $38 oil price.  However, last year, the net profits in the group plunged to only $10.5 billion, even at a higher $43 oil price:

Even with a $5 increase in the price of oil last year compared to 2004, these oil companies combined net income profit fell nearly 90%.  How about them apples.  Of the seven companies listed in the chart above, only four made profits last year, while three lost money.  Exxon and Total enjoyed the highest profits in the group, while Petrobras and Statoil suffered the largest losses:

Again, the financial situation is in much worse shape because “net income” accounting does not factor in the companies’ capital expenditures or dividend payouts.  Regardless, the world’s top oil companies’ profitability has vaporized even at a higher oil price.

Now, another metric that provides us with more disturbing evidence of the Falling EROI in the oil industry is the collapse of  the “Return On Capital Employed.”  Basically, the Return On Capital Employed is just dividing the company’s earnings (before taxes and interest) by its total assets minus current liabilities.  In 2004, the seven companies listed above posted between 20-40% Return On Capital Employed.  However, this fell precipitously over the next decade and are now registering in the low single digits:

In 2004, we can see that BP had the lowest Return On Capital Employed of 19.68% in the group, while Statoil had the highest at 46.20%.  If we throw out the highest and lowest figures, the average for the group was 29%.  Now, compare that to the average of 2.4% for the group in 2016, and that does not including BP and Chevron’s negative returns (shown in Dark Blue & Orange).

NOTE:  I failed to include the Statoil graph line (Magenta)  when I made the chart, but I added the figures afterward.  For Statoil to experience a Return On Capital Employed decline from 46.2% in 2004 to less than 1% in 2016, suggests something is seriously wrong.

We must remember, the high Return On Capital Employed by the group in 2004, was based on a $38 price of oil, while the low single-digit returns by the oil companies in 2016 were derived from a higher price of $43.  Unfortunately, the world’s largest oil companies are no longer able to enjoy high returns on a low oil price.  This is bad news because the market can’t afford a high oil price unless the Fed and Central Banks come back in with an even larger amount of QE (Quantitative Easing) money printing.

I have one more chart that shows just how bad the Falling EROI is destroying the world’s top oil companies.  In 2004, these seven oil companies enjoyed a net Free Cash Flow minus dividends of a positive $34 billion versus a negative $39.1 billion in 2016:

Let me explain these figures.  So, after these oil companies paid their capital expenditures and dividends to shareholders, they had a net $34 billion left over.  However, last year these companies were in the HOLE for $39.1 billion after paying capital expenditures and dividends.  Thus, many of them had to borrow money just to pay dividends.

To understand how big of a change has taken place at the oil companies since 2004, here are the figures below:

Top 7 Major Oil Companies Free Cash Flow Figures

2004 Cash From Operations = …………$139.6 billion

2004 Capital Expenditures = ……………..$67.7 billion

2004 Free Cash Flow = ………………………$71.9 billion

2004 Shareholder Dividends = …………..$37.9 billion

2004 Free Cash Flow – Dividends = $34 billion

2016 Cash From Operations = ……………..$118.5 billion

2016 Capital Expenditures = ………………..$117.5 billion

2016 Free Cash Flow = …………………………..$1.0 billion

2016 Shareholder Dividends = ……………….$40.1 billion

2016 Free Cash Flow – Dividends = -$39.1 billion

Here we can see that the top seven global oil companies made more in cash from operations in 2004 ($139.6 billion) compared to 2016 ($118.5 billion).   That extra $21 billion in operating cash in 2004 versus 2016 was realized even at a lower oil price.  However, what has really hurt the group’s Free Cash Flow, is the much higher capital expenditures of $117.5 billion in 2016 compared to the $67.7 billion in 2004.  You will notice that the net combined dividends didn’t increase that much in the two periods… only by $3 billion.

So, the lower cash from operations and the higher capital expenditures have taken a BIG HIT on the balance sheets of these oil companies.  This is precisely why the long-term debt is skyrocketing, especially over the past three years as the oil price fell below $100 in 2014.  To continue making their shareholders happy, many of these companies are borrowing money to pay dividends.  Unfortunately, going further into debt to pay shareholders is not a prudent long-term business model.

The world’s major oil companies will continue to struggle with the oil price in the $50 range.  While some analysts forecast that higher oil prices are on the horizon, I disagree.  Yes, it’s true that oil prices may spike higher for a while, but the trend will be lower as the U.S. and global economies start to contract.  As oil prices fall to the $40 and below, oil companies will begin to cut capital expenditures even further.  Thus, the cycle of lower prices and the continued gutting of the global oil industry will move into high gear.

There is one option that might provide these oil companies with a buffer… and that is massive Fed and Central Bank money printing resulting in severe inflation and possibly hyperinflation.  But, that won’t be a long-term solution, instead just another lousy band-aid in a series of band-aids that have only postponed the inevitable.

The coming bankruptcy of the once mighty global oil industry will be the death-knell of the world economy.  Without oil, the global economy grinds to a halt.  Of course, this will not occur overnight.  It will take time.  However, the evidence shows that a considerable wound has already taken place in an industry that has provided the world with much-needed oil for more than a century.

Lastly, without trying to be a broken record, the peak and decline of global oil production will destroy the value of most STOCKS, BONDS and REAL ESTATE.  If you have placed most of your bests in one of these assets, you have my sympathies.


I want to thank the new and existing supporters of the SRSrocco Report site.  In just the past week, I have received 11 new Patrons and several new members on the SRSrocco Report site.  Your support allows me to continue posting articles for the entire public.  I have noticed over the past few years, more analysts have decided to put their articles and content behind a subscriber paywall.  Unfortunately, that shuts off the information to many followers who do not have the funds to support that paid content.

I believe the economic and financial situation in the U.S. and world will continue to deteriorate over the next two years and will only get increasing worse going forward.  Those who understand the root cause of it all, ENERGY, will be better prepared or less shocked (or both) when the collapse picks up speed.

I want to thank everyone who participates in the comment section of the site… even those I disagree with… LOL.  We like to keep the debate open for everyone.  So, if you have been a follower of the SRSroccoReport site for a while, but haven’t participated in the comment section, please let us know what you are thinking.


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