Why oil prices are likely to remain low for the foreseeable future – Shale 2.0

Shale Revolution Changes Everything

How the Shale Revolution Has Reduced Geopolitical and Price Risk


Opec was on the verge of claiming victory over its North American rivals last night after its strategy of squeezing out the shale industry by flooding the markets with oil appeared to be vindicated. The oil producers’ cartel said that falling prices would force lower production from its rivals by the end of this year, with American and Canadian producers particularly affected. –Marcus Leroux, The Times, 19 January 2016

When oil prices tick up, thousands of profit-seeking investors make individual decisions to turn each shale factory’s switch to “on.” That’s how the U.S. so rapidly achieved, from 2009 to 2015, the record-breaking rise in production of four million barrels a day. Shale 2.0, when it comes, will be even better. The technology is advancing at a speed usually associated with Silicon Valley. Just as a new Internet ecosystem rose from the ashes of the dot-com crash, Shale 2.0 will emerge—and for the same structural reasons. –Mark P Mills, The Wall Street Journal, 19 January 2016

Even as the U.S. rig count has retreated like Napoleon from Russia, shale remains the key to understanding the global oil landscape. Consider that despite all of the turmoil in key oil-producing regions, namely the Middle East, oil prices have not spiked. Nothing — not Russian intervention in Syria, not ISIS attacks on Libyan oil infrastructure, not the torching of the Saudi Embassy in Tehran — has been able to stop the oil price collapse. What is going on here? Does turmoil in the Middle East suddenly no longer matter? The American shale oil model has changed the world oil marketplace for the foreseeable future. Shale producers’ ability to quickly throttle down or ramp up upstream investment spending, drilling and production, as oil prices change, is viewed as an effective shock absorber against any potential oil price spikes. Mark J Perry, Investor’s Business Daily, 15 January 2016

The full measure of the shale oil model’s impact will be tested when the current crude glut clears and geopolitical risk returns, which is a near certainty. As oil prices eventually rise, will production from America’s shale oil fields rise in tandem and absorb the shock? The next president is likely to find out, and the answer will almost certainly be “yes.” And maybe that president will do something President Obama has never done — acknowledge the game-changing shale revolution as the most extraordinary energy success story in U.S. history. Mark J Perry, Investor’s Business Daily, 15 January 2016

h/t to Dr. Benny Peiser of the GWPF

168 thoughts on “Why oil prices are likely to remain low for the foreseeable future – Shale 2.0

    • Peak oil is at least 100 years away. Assuming no major improvements in drilling technology in the mean time.

      • Nope. Conventional peaked in 2007 according to IEA and the decline rate in existing fields is on the order of 5.1% /year –needing replacement from new conventional (e.g. Deepwater, Arctic) or unconventional sources. Both creaming curves and probit transforms say anout 75% of all the conventional petroleum that will ever be discovered already has been. You do those estimates basin by basin. See USGS fact sheet 2012-3024.
        Including unconventional (API < 10, reservoir porosity <5%, reservoir permeability < 10 Darcies), oil production peaks sometime around 2025 on current demand projections (slowing China). This excludes NGLs, which are generallly not substitues for transportation fuels.There are signicant misunderstandings about shale oil TRR and recovery geophysics. Explained and Illustrated in essays Reserve Reservations, This Rock could NOT Power the World, and Matryoshka Reserves. For example, the total TRR for all US oil shale is estimated by USGS and EIA at about 15-18Bbbl. The REMAINING TRR (all economic even at $30/bbl) for the Ghawar field alone in Saudi Arabia was about 65Bbbl in 2010, per Saudi Aramco after reworking yhe southernmost Harrahd section for water flood EOR. Watercut is now 50%. if you don't understand the terms used here, then you have no ability to judge oil production. Don't let a short term price war fool you about long term geophysical realities.
        Your statement is, however, probably true for natural gas thanks to horizontal drilling and fracking. First, TRR runs 13-15% not 1.5%, of resource in place. Second, there is more gas shale both in thickness and in areal extent. Compare, for example, US Bakken oil to US Marcellus gas. Most of the China shales are beyond the oil window, so will produce gas if not folded and faulted like parts of the Sichuan basin. Second largest shale gas resource in place after North America.

      • “needing replacement from new conventional (e.g. Deepwater, Arctic) or unconventional sources”
        And that is precisely why we have not reached peak oil, and won’t for a long time.
        The peakers keep insisting that we only look at proven and developed sites, and yes, these sites do run down after awhile, however they are being replaced by new sites at a consistent click and new technologies are allowing us to extract oil from places that weren’t possible in the past.

      • MarkW, no. What part of basin creaming curves or probit transforms on all of discovery history have you not understood?
        Or, you think the USGS is wrong? Then please show your geological math homework.

      • Thanks for the info ristvan. That is some interesting stuff. I’m googling the terms and seeing your point a lot more clearly.
        So the recoverable heavy oil sands in Alberta (approx 178 billion barrels)and the Orinoco belt (approx 235 billion barrels) won’t help? I can see it taking a long time to bring on line and huge investments required.
        Just looking for your thoughts on it because I’m just a curious amateur.
        Thanks again.

      • World is consuming some 35,000 million barrels a year. The combined Orinoco and Alberta reserves are 178,000 + 235,000 = 413,000 … which divided by PRESENT demand is what… 12 years supply for world?
        Not that the world would be dependent on this resource entirely.
        But the picture is similar for the combined resources. We throw around “billions” of barrels, we must also consider the billions-per-year we consume as a species.
        Look at the very useful Wikipedia page: https://en.wikipedia.org/wiki/Oil_reserves on this. Midway down are countries lined up by proven reserves, and the span-of-time that those reserves would last at an UNaccelerated consumption rate. 65 years for the world. Unaccelerated. Probably closer to 40 years, if we consider the acceleration of economies.
        But it could be WAY longer – if we make the transform, worldwide, to electric-powered vehicles and stepped up non-fossil-fuel power production. More nuclear, wind, sunlight. Geothermal too. (It is oddly enough not really ‘renewable’. Steam fields become depleted over time. They’re kind of like coal mines that way.)
        There’s PLENTY of power if we just buck up and get serious about using it. Leave the oil – especially when the neck comes around – for petrochemicals, which are way more valuable than burning the stuff.

      • i do not know how much oil is left but i do know how much has been used .
        About 220 cubic kms, that’s a cube 6 x 6 x 6 kms. that’s all.
        there are references for this and you can work it out yourself.

      • Istvan, the distinction between “conventional” and “non-conventional” oil is much more blurred than some people would like. Ad absurdum, all oil that doesn’t just gush out of the earth by itself is non-conventional.

  1. I recall reading that shale has a break point at about $50 (might have been $40?) a barrel of oil. Meaning if oil is below $50/barrel, shale is no longer cost effective to produce?

    • It depends on the shale play. They are all different. Even if a play becomes non-economic, any activities that make money on a “cost-forward” basis will continue.
      The problem with Mr. Peiser’s analysis is that the Napoleonic retreat of drilling rigs will lead to a sharp drop in US production so long as prices remain below $50-75/bbl. Shale or any other type of oil producers don’t have the “ability to quickly throttle down or ramp up upstream investment spending, drilling and production, as oil prices change.” I rarely disagree with Mark Perry; but he is dead wrong on this. It will take a sustained rise in prices to bring the capital back in.

      • Your point is well-taken – exploration will dry up (pun intended). However, wells already brought in can continue to pump oil without a drilling rig, and at a much lower cost than exploration cost. Probably not economic at ~$US30/bbl. however.

      • Add the fact that fracked well decline curves are on the order of 85% after three years! Saudis know this. And except in the Permian, the break even on new shale wells is more likely between $60-70/bbl. For deepwater and Russian Arctic, over $100. So US shale will come back before more GoM and Brazil subsalt deepwater, and before Russia can put its 5 giant Yamal discoveries into production. This will likely become clearer by yearend, despite what the Iranians might try to do.

      • Can’t wait for the Gas prices to drop. I heard it reported that Oil prices were so low that you have to go back to 2002 to find lower prices and 2002 had gas at below $1.50 per US Gallon

      • I would expect that this is exactly what the Saudis want and that they have calculated this move to put the fear of god into North American shale e & p companies and those who finance them in order to introduce longer term financial risk into the shale production business. When there is sufficient blood in the streets and the U.S. shale industry has destroyed a great deal of investor money, the Saudis will adjust their production to promote a price increase while constantly reminding the world that they can do it all again any time they like. Their hope is that this will keep investment out of shale sufficiently to restrict production and allow them to pump at a high rate at higher prices. Pump softly and carry a big stick.

      • Paying attention to politics, john harmsworth, the Sunni’s (Saudi Arabia) have no love for the Shia (Iran); witness the recent beheadings in SA …

      • _Jim: Listened to an analyst today discussing the thawing of relations between Iran and the US. The Saudi’s are Sunni minority fiefdoms with a population that has no experience in democracy and have demonstrated an anti-western bias. The Iranians have a very old Shia leader who will be gone in the near future; but the population is familiar with western ways and democracy and generally pro-western outside of the religious doctrine. Generally a well educated, industrialized society being courted by the US as they can be an ally in the region. A very quiet courting but a courting nevertheless. WIth Syria/Iraq/ISIS we have the Saudis, Russia, the “Western Allies” and Iran all lining up in different ways along with nearby neighbours Pakistan, India and China watching carefully. There is a big poker game going on and it isn’t all about oil and gas but geopolitics. I imagine oil is just one of the poker chips being used.

      • Looking at the crude oil futures, I see the Feb 2016 contract is selling below $28 today. The contract will expire at the end of day and roll over to Mar 2016. What is interesting is that fills an open gap in the chart from 2002. It could signal that it is near a bottom in price.

    • Barack Obama’s war on coal, supported enthusiastically by Big Oil, is important too, at least in a US context. By forcing coal-fired power stations to close, Big Oil can sell their gas to the gas-fired power stations that replace them. All this hoo-ha about renewables is just hogwash – the main game is gas vs coal. That’s why Big Oil funds the climate warmists; the exact opposite of what the warmists claim.

      • And some of us have been saying that for years, Mike, but no-one was listening.
        And the greenies are too obsessed and too stupid to understand they’re being fooled all along the line.

      • They also love being handed carbon dioxide from the new IGCC coal plants (carbon capture) which are built next to oil fields. Free gas to inject and use for enhanced oil recovery..

    • that is the break even price for a new well. however a well that has already been drilled and completed and put on production likely still generates cash ($ received greater than opex + taxes) but won’t recoup the capital very quickly). so it still makes sense to produce that well but not to drill a new one.

  2. Seems to me, best I can recall, the shale fracking produced a lot of NG. NG and oil are not significant marketplace competitors because they are not easily interchanged.
    Oil is used to make gasoline/diesel/jet fuel for transportation, NG is not. NG is used primarily for power generation, oil is not, and space and water heating. Oil is not used for power generation.
    All Btus are not equal. Energy sources are not simply interchangeable.

  3. This article misses the elephant in the room. Wall Street packaged boatloads of cash for the drillers just as they did for the housing boom. Not a single small to medium shale company drilled on its cash flow. They drilled on cheap money. That money is going to written down, some 250 billion of it.
    The idea that there is a supply of new dumb money is deluded. The forward strip will have to exist to lock in the entire production cost, otherwise the money will not be there. Then there will be delays as crews have gone home, equipment scrapped and cannibalized.
    Thus OPEC still controls the game. They will pick a price that allows a very slow growth of shale, in the sweetest spots, but no more. That might be $60 a BBL. The $80 oil sands and $100 deep ocean is dead. OPEC will be able to grow at $60, so will Russia and Canada, with their devalued currencies. The USA will not see a repeat boom in shale. Say good by to that Wall Street bubble, like for housing, unleashed when Clinton go rid of Glass Steagall Act at the last minute of his term in office.

    • Good points, ECB, about the easy money flowing to the frackers in recent years. From what I understand, the OPEC Saudis’ oil extraction costs are at around $9/bbl. So any price above that $9 is still profitable to them. Now, their national expenses to keep the citizenry satisfied under the Saudi dictatorship likely depends on world oil prices considerably above $9/bbl and likely well above the roughly $29/bbl we see today. So don’t be surprised at the financial and political capital flowing from OPEC to anti-fracking NGOs to help flatten OPEC’s competition.

    • I’ve read an analysis that says Russia’s break even is at $100, not $60. Today’s prices are going to hurt Russia deeply – things are going to get ugly there.

      • Perhaps to run their government with a surplus but most Russian fields in production are okay at $40. The new discoveries in the Yamal are expensive and close to $80. Not developed yet and won’t be (they’ll just keep that one lonely tree company for a while yet).
        PS. Iran’s cost is less than $9 and still profitable for quite some drops.

      • A quick addenda and errata:
        Mats Lewan • 3 days ago
        Thanks everyone for your interest in my presentation. Unfortunately I had not prepared enough and forgot two thing that I would have liked to mention, so let me add them here:
        1. When scientists say cold fusion is impossible according to known laws of physics, since you need millions of degrees to overcome the Coulomb barrier (electrostatic repulsion between the positively charged nuclei), this ‘fact’ refers only to fusion between two nuclei moving freely in vacuum. However, ‘Cold Fusion’ (we don’t even know if it’s fusion, just that it must be a nuclear phenomenon) or LENR, occur in solid or possibly liquid matter, meaning that the conditions are significantly different.
        2. The experiment by Rossi that convinced me most (one of the four where I made the measurements) was on October 6, 2011, when the E-Cat, after a few hours of start-up, was put in ‘self-sustained mode’ meaning that all electric input, except for the control system, was detached, and the water inside the E-Cat continued to boil for almost four hours, even though fresh water was continuously added by a pump. You could feel the boiling inside, output temp was 114 degrees centigrade, and the temperature on the surface of the well insulated E-Cat remain around 60 to 85 degrees centigrade. Try to repeat that without adding heat! Only possible if you had heat stored in melted salt inside, but Rossi opened the E-Cat after the test and there was no such thing inside. See also: http://www.nyteknik.se/nyheter
        Another detail: Energy released per atom through fission is larger than from fusion, contrary to what I said. The reason is that the diagram I showed illustrates energy per nucleon, and large nuclei (releasing energy through fission) contain a high number of nucleons whereas small nuclei (releasing energy through fusion) contain few nucleons.
        Thanks everyone for your attention.

      • “The 1 year test on a Rossi E-Cat plant finishes up this coming February.”
        Yeah. Uh huh. And I’m sure it will all be verifiable and the technology available to anyone. 5 KW E-cats were supposed to be demonstrated and available for sale 2 years ago. Rossi is selling unicorn oil.

    • I was just talking with a Wall St guy tonight about this very subject – all the debt that fueled the shale boom (which was fueled by the low interest rates post the housing crash & the fed’s QE programs) is largely collateralized just as housing loans were. If you are wondering why the stock markets are slavishly following the oil market, look no further – the financing bubble for shale is bursting …. and taking the stock market with it …. and unlikely to repeat ; just as the housing bubble is unlikely to repeat anytime soon, the shale bubble will not return either … and with out continued WallSt support, shale 2.0 will not happen.

  4. Fortunately, the US oil industry is atomistc and quite nimble. The Permian basin in Texas is profitable down to $20. We have been to $20 before and recovered quite nicely. Mills is right.

    • Permian basin is, however, a ‘drop in the bucket’ of global oil production. You have to also consider the US Eagle Ford, Niobrara, and Bakken. I excluded Barnett because horizontal drilling dropped there starting 2008. Production peaked in 2011. Just playing out.

    • We will figure out ways to stay in business. Costs have already dropped rapidly. Rig rates in some cases have dropped so far that they barely cover insurance.
      However, two things will happen:
      1) Production will drop
      2) Proved reserves will drop.

  5. With shale production especially the technologies don’t stand still. We don’t know the breakeven for various shale plays with today’s array of technologies, though we know more of breakevens with technologies in use for four or five years.
    Consider a couple examples. Rob Bradley of Master Resource writes on “refracking” in this August 2015 post: https://www.masterresource.org/resourceship/re-frack-resourceship/ He quotes for a Houston Chronical article “Oil tech firms see shale resurrection with re-fracking”
    Other articles look at deep-earth microbes to boost fracking yields (and other microbes to help clean up the various messes from drilling).
    For Canada’s oil sands, advancing technologies have taken over 50% of Alberta production underground (in-situ bitumen production), reducing open pit mines. Plus 80% of oil sand resources are too deep for surface mines. Other cost reduction is discussed here: http://www.albertaoilmagazine.com/2015/09/the-future-of-the-alberta-oil-sands/
    Again through, these are just a couple new technologies from a couple years ago. Who knows what dozens or hundreds of innovations are being tried today across U.S. shale oil and Canadian oil sands deposits. And who knows what newer innovations are “in the pipeline.”
    Plus the far-left President of Argentina was recently replaced with a pro-market President. Argentine shale-oil development will ramp up. Dow invested $500 million in December, 2015 to drill 19 Argentine wells. Development will be much slower at much lower oil prices.
    Investors know (or hope) the demand side will return with further market reforms in China and India. Two billions more drivers will be taking to the roads over the next couple decades.

  6. Besides Iran coming into play, Paris may have changed OPEC’s strategy. At one time, the idea of conserving the oil until the price was high was a good one, but now the idea might be to sell as much of what’s in the ground before no-one wants it.

    • Or another way to look at it is from a traditional government pension plan with a 50 or more years investment horizon. Two to four years of head butting is not so long in that context.

  7. The companies that drilled the holes in the ground may go bankrupt, but the holes are still there.
    As soon as prices start rising again, production from those holes will resume. If prices rise by enough, new holes will be drilled.
    OPECs strategy is self-defeating. They are losing lots of money, for no long term gain.

    • Those holes are still being pumped and depleted. Some leases held by that production have adjacent units that have not yet been drilled. Maybe the fracking costs can come down a bit, so somewhere between 35-45 in some fields. Production outstripped demand, pure and simple. Cushing, OK is filling almost every week, even with rig count sinking.
      The point is, a lot of money bet on leases and drilling came in too fast to react to the onrushing glut in USA.
      Saudis, and soon Iran, apply more instant pressure for the rest of the world. Price recovery may happen, but investors wary lessons learned.

      • They may need $80 oil, but they still have no control over what the rest of the world is doing.
        At $80 there are just too many people who are willing and able to increase production.

    • It’s my understanding that the production curve on a fracked well drops off rather steeply after the initial burst. Worked for a couple of “new rich” people from the Austin Chalk play around Giddings Texas–wasn’t too many years before they were wishing they hadn’t spent so much of their new found wealth on obscenely large houses out in the middle of their pastures.
      So yes, the holes are still there, but I believe the frack oil boom depended on an ever growing supply of new holes–which is what is not happening now.

      • I think it’s worse than that. In a lot of fields, the oil pays back the drilling cost in two or three years, but natural gas is almost a by-product, and depletes even faster (dollar value) than the oil. Not too many fields where fracking for natural gas can ever pay the costs. This means the gas supply, a growing component of our electric production, may fall off quickly, now that the rigs are idle. Even if natural gas goes to 15 (6x), I doubt if you can frack it profitably, especially if there is no place to put the oil.

      • One way to look at that decline curve is quick pay-out. The wells come on very strong and you get your money back fast. This allows the whole thing to ramp back up quickly if prices rebound. We used to drill anything with a three year payout, but many of the shale wells paid out in one year.
        After the initial flush production they decline to a low rate of production, but the end curve is very flat. Many of the production forecasts assume a steady 10% decline to zero but actually these wells will hang around a long time, and refracks and the desire to hold the lease will produce a more robust base than anticipated.

    • It doesn’t work that way… Not even close.
      Wells won’t be shut in unless they can’t cover operating costs. However, without new drilling, production will decline. All wells decline.
      In the Federal waters of the Gulf of Mexico, once the Fed’s deem a well to be uneconomic, they force us to P&A it.

      • Thank you Dave.. a common misconception is that you can just shut a well in and wait for prices to rise. Once you stop producing, you lose the lease.

      • Dave and Doug – Shut ins – That may be true for some wells and for the US. I live in an area where there is an oil or gas well in just about every quarter section. My old farm land has a well on it that was drilled in 1952. A service rig comes in every couple of years. The pump jack is huge so I assume it is a good producer. There is another small pump jack about 400 metres up the road from me that gets serviced twice a year, and has been producing for about the same period of time. There are three wells to the south west of me and another two to the north. An oil company cleared two large leases 18 months ago, one about 600 metres to the south of me and the other 2000 metres north that were drilled with one well with 5 to 7 more planned on each sites fanning out with horizontal drilling. There is another one 1600 metres to the west that they have had trouble controlling for the last 3 years but has valuable condensates. They stopped developing the sites due to the drop in oil price. I am surrounded by “Crown” land (public) on three sides and I can ride a horse a hundred miles out my back door. There are lots of SHUT IN wells due to lack of pipeline capacity and they are not lost to the owners as there are many abeyances to the “rules”. There are also a lot of pump jacks that have stopped pumping. I assume that they just aren’t worth the cost of running or they are using pipeline capacity for the better quality wells.
        This has happened before, and it will happen again. It wasn’t so long ago that NG was $8+ (2005 – 2008) and oil was $10 (1998).
        My last propane bill was almost a quarter of what it was two winters ago. Even my power bill has gone down with the slowing economy and more Natural Gas generating capacity on line for the “expected” growth in Alberta that has turned into a fast shrinking economy.
        Hold on to your hats, the ride is getting bumpy.

  8. Low gas prices are probably the main reason that the USA economy is better. Instead of having to pay $50+ to fill up your tank you can use that extra $25 to buy other things – like food and other consumer goods. For every 1 person who is loosing money because of low oil prices, there are probably 1000 people gaining financially (able to spend that hard earned money on things other than gas).

  9. Check price elasticity of demand. When supply exceeds demand, prices go down. When supply equals demand, prices stabilize. When supply is less than demand, prices go up.

  10. Reports are that Venezuela has the largest oil reserves and, apparently, one of the worst governments. Nicolas Maduro just declared a 60-day economic state of emergency. Other countries that also use oil to finance the government need the price closer to $100 than to $50 or so. I’m guessing about the numbers because I don’t believe anyone really knows what goes on is some places – think of the scandal at Brazil-owned energy corporation Petrobras. I wonder at what cost and how much such countries could produce if the national oil companies were run with the efficiency and transparency of, say, Costco or Amazon?

    • JH, you are right but there are two problems. Most of those reserves are the Orinoco belt tar sands (<API 10, not to be confused with Canada's Athabascan bitumen sands). Very costly to produce using steam flood or SAGD. Very sour, complicating matters via corrosion.

  11. There are reports that many shale oil producers sold forward output at up to $90 a barrel and are currently living off artificially high prices.
    This will not last forever (in fact not much longer). Prepare for significant additional loan defaults in the shale sector over the next few months.
    Once production stops it is not quickly brought back on stream as the process is complex – involving equipment, infrastructure, refining, transport, people etc.
    With the probable reluctance of banks to refinance an enterprise which has already proven its capacity for default through dependance on uncontrollable world market conditions, restarting the industry, once stopped, will be the work of years not months.

    • $90 hedges are way back in the rear view mirror. Companies are lucky if they have $60 hedges over 2016… very lucky.

    • I’m one of those guys and am sold forward at 45. No, it won’t last forever, but at least I don’t owe the bank anything. Barron’s had an interesting article over the weekend claiming the JNK ETF has become a proxy for the health of Independent Operators. It’s at an all time low. Also, because bonds are a thin market, they tend to become mispriced, so the portfolio could really be in deeper trouble than the JNK daily quotes suggest. Time will tell, but I think it will be a few years before Fracking 2 starts.

  12. I find it a bit amusing that the pundits continue to characterize what is happening as Saudi Arabia and Co trying to squeeze out shale and oil sand plays in NA. There is a nasty proxy war being waged by Saudi Arabia against Iran, and one of the indirect methods for Saudis to hurt Iran is by making sure they get he least possible benefit from the lifting of sanctions.

    • The Saudi oil minister(?) stated when Saudi Arabia started flooding the market that the targets were Iran and Russia. I have no reason to doubt him. [Sorry no link but it should be easy to find]

      • john harmsworth January 19, 2016 at 11:53 am
        The U.S. is an important ally of the Saudis.

        The Saudis no longer believe that. They were as furious over the Iran nuclear deal as Israel, they just weren’t as public about it. They feel completely abandoned by the US, and this shows in everything they are doing right now. They even reached out to Pakistan, who has quietly (or not so quietly if you happen to be paying attention) announced that their nuclear umbrella now extends to Saudi Arabia and Iran had d@mn bloody well take not of it.

    • Correct, it fits the US government policy versus the BRICS, it’s geopolitical battle thru economic means.

    • Then there are the not sincere ones that preached shortage and one direction resource depletion as a means to an end in selling high cost alternatives. They did the same in court and public utility commissions with uranium shortage as the tool around the time uranium discoveries in Canada and Australia shut down must other producers with over supply. Chalk those times up as more meaningless win-the-day courtroom battles. Such ploys work in a general environment of resource sector ignorance.

  13. A considerable number of wells not profitable at the moment have already been drilled and fracked. Just waiting for the spigot to be turned again.

  14. I worry that the low prices will reduce supply to such an extent that the markets will totally over react when supply < demand. The market is setting up the mother of all rallies for when supply < demand. In the meantime we are seeing destruction of what used to be solid oil companies. It's not as if fossil fuels are fungible, they are essential for heating, transport fuels, fertilisers, plastics and electricity generation. The over riding takeaway for me as an investor and a human is that even after all the decades of R&D wind, solar and wave/tidal power are just crap alternatives. The low oil price is a tragedy in waiting.

  15. Irony. One of the drivers of the shale play has been restrictions on coal mining here in the US.

  16. Now let’s talk about the coal play. Both from the perspective of sane use of coal and from the perspective of complimentary deposits of gas and oil.

    • I would love to see coal totally unleashed. Then we might actually get electric cars and there would be further downward pressure on oil. And stop squandering the natgas bonanza on electricity. In any event, let the market decide as it used to do. BTW, bring back mountaintop removal. WV and KY are unglaciated and need all the level land they can get.

  17. Wishful thinking by OPEC if they think they have ‘defeated’ fracking. The genie is out of the bottle, fracking and horizontal drilling technology cannot be un-invented. As soon as the price of oil goes back up, it will kick back in again. Bottom line is that the effective OPEC global monopoly has been broken forever.

    • The Saudis can’t defeat fracking… But they can and are doing a lot of damage to US oil companies.

    • BL, not sure. There is significant misunderstanding about technically recoverable reserves, compounded by MSM ignorance about the geophysical issues involved.. For example, it is true that the Bahzenov shale in Russia is the worlds largest by areal extent. But it also true that it is yhe source rock for western Siberia’s massive conventional fields, so naturally fully depleted in a swath about 80km widee and almost 1000 km long. Confirmed by drilling. Its detailed stratigraphic geology is much less favorable than Bakken. EIA erroneously estimated TRR at over 80Bbbl. More realistically calculated, Bahzenov does not have the potential of the US Bakken. I was able to find Russian geology reports with English translations to help document the details in esssay Matryoshka Reserves. My own view is that there is a lot less potential shale oil than people think. Even at prices above $100. Oil window versus gas, source rock natural depletion into overlying conventional reservoirs, folding and faulting, frack target zone thickness,….

      • Ristvan,
        You might be right about ‘easy access’ shale oil reserves being over-estimated. However, the technology is constantly improving so the pressure on OPEC is not going to ease any time soon.
        Ironically, the think most likely to save OPEC is a collapse of the CAGW movement causing an explosion in demand for oil once all the false reasons to reduce consumption go away!

  18. The Saudi’s may be able to produce oil very cheaply but the cost to run their country is over $100 a barrel. They are bleeding money keeping the price down so it will be interesting to see how long they can keep the price down before having to cut production to bring the price back up. Also factor in their war costs on top of just running the country. As Iran ramps up they may stick it to the Saudis if the Saudis try to cut production.

  19. The Saudis will bankrupt Venezuela and Brazil long before the shale plays are shut down. And they will send Russia into a prolonged recession beyond what is in the books for 2015. Meanwhile the activist lines about Peak Oil are wrong again. They never had the education in the first place to see the risks in their pronouncements, i.e. the problem of uncertain and open ended resource potential. Neither did they stop to think that government or international energy agencies don’t have all the answers and are reliant on industry data and other risk takers to revamp the knowledge base.

    • They won’t shut the shale plays down. But they will drastically slow down the exploitation of them.

    • Resourceguy:
      Do you really think Putin will stand by and allow that? His jets are in Syria. How long before an accident happens – and I don’t mean a bomb, something much more subtle. This is geopolitical as always but I believe we may be on a bit of a knife edge balance. Obama is looking for his “legacy” but so in Putin. I don’t think Putin will not allow Russia to go into a prolonged recession based on comments from people who know him. We are in a dangerous game at the moment.

    • People tend to think of oil wells as being a big underground chamber that is filled with oil waiting to be pumped out.
      In reality is hundreds or thousands of cubic miles of rock with small pockets of oil throughout it. When a well is drilled and oil is pumped out, the oil in the rocks begins to flow towards the well. It takes time for that oil to reach the well. Just because they stop drilling does not mean the rocks are empty of oil, nor does it mean that the oil will stop flowing around inside the rocks seeking a new equilibrium.
      Of course wells that are “tapped out” will still continue to accumulate oil, but that’s not evidence that the “earth is producing oil”.

      • And when all the oil is pumped out, the bearings of the Earth will seize up, and the Earth will stop rotating. Then we’ll be really doomed.

    • BT, the abiogenic oil hypothesis has been disproven multiple times. Mind, abiogenic natural gas has also been proven under unusual geological circumstances, the largest being methane clathrates at the bottom of the Fram Strait. Study up these hints, and learn.

      • I wouldn’t characterize it as “disproven.” There is just no evidence of any significant accumulations of abiogenic oil on Earth.

      • DM, our technical vocabulary might differ. I’d just say that with respect to abiogenic oil, nothing has ever yet been truly found. And there are good geophysical reasons nothing ever will be either.

  20. And maybe that president will do something President Obama has never done — acknowledge the game-changing shale revolution as the most extraordinary energy success story in U.S. history.

    Not if “that president” is either Hitlery or Comrade Sanders. With Obozo 2.0 embodied in one of those National Socialists, Shale 2.0 can (and will) be murdered a-borning.

    • re: “Not if “that president” is either Hitlery or Comrade Sanders. With Obozo 2.0 embodied in one of those National Socialists, Shale 2.0 can (and will) be murdered a-borning.” Tucci78
      Do not expect that the “things will continue as is.” A great reckoning is approaching. The Liberal/Socialist experiment since 1789 in France is running out of steam. The USA is not 20 Trillion in Debt but more like 200 Trillion if accrual accounting is applied rather than cash accounting. The rest of the 1st world is nearly as bad or worse. The quality of our “leaders” is abysmal, we have achieved Democracy (Aristotle’s rule by fools) and the teeming masses of the third world are arriving in the millions to get their “free lunch.”
      Dan Kurt

  21. 1. The market seems to work. The price seems to close at what the marginal demand purchaser is willing to pay and the marginal consumer is willing to buy. There is a lot of oil at higher and lower prices moving around on contracts with other risks and costs hedged.
    2. Even mothballed, US frack fields, and mothballed coal, allow us to know that we are capable of energy independence with very short lead times. Our “energy blackmailabilty” is much reduced.
    3. Europe has a bigger problem with cheap hydorcarbons to the degree they have actually committed to renewables: The cost equation is worse and will impact standards of living.
    4. The winners from lower energy prices are quietly banking profits and rebuilding balance sheets — the losers are screaming. At Higher prices, the roles are reversed. At high prices politicians scream about vampire oil companies. Their sympathy for the current price pressures is noticably absent.
    5. Coal is still pretty useful; absent carbon foolishness it can be burned pretty cleanly. A powerplant, a mine, and a unit train are awfully reliable, low cost, long term energy providers. What comes out of the stack is steam and co2. Absent co2 stupidity, 300 years of application engineering is behind coal as a pretty useful fuel. There is an example in Apollo beach Florida. The biggest public nuisance in having to wait for the train —
    110 cars take a while.
    6. Solar and wind apologists still have to decide what to use for dispatchable backup – . grid maintenance plants. I predict economics will eventually trump politics. Promising people higher electric rates and unreliable power is probably not a great long term career move, except in California;<}

    • Richard I., re your bullet 6:
      Solar and wind have no real practicality to utilities as they require so much area to produce such a small amount of power on a part-time basis. The only practical applications are at the consumer end to reduce consumption from the grid when conditions permit. The expansion of the grid and erection of DC main lines to facilitate remote and non-continuous generation in piddly amounts is a foray into the ridiculous.

      • I think that if the USgov wants to subsidize these avenues, it should be at the consumer end, so that J.Q.P. can also invest and reduce his reliance on the grid whenever possible.

  22. I worked in the Bakken and Eagle Ford formations for almost 5 years. Friends of mine still there see signs of increasing activity regards frac crews. One company in the Bakken is putting 4 new frac crews together right now.
    Why the new activity with oil now under $30/bbl? That’s the $64,000 question. All my friends, including an ex banker, can figure is the old “maybe someone knows something ” cliche. Or they’re betting on the situation in the ME to get worse and curtail supply.
    Either way, interesting times.

  23. In the battle between natural gas, oil, shale oil, and coal, the Greenies are just useful idiots funded by Big Oil. Fortunately the arrival of natural gas and shale oil has loosened the death grip that the nutty Arabs had on World Energy. Shiite Iran is ramping up production and they want to hammer the Sunni Saudis.
    Dr. Thomas Gold contends that oil is not a limited resource, and that oil, natural gas and coal, are not so-called “fossil fuels.” He explains that dinosaurs, and plants are not the origin of oil and natural gas, but rather it is generated from chemical substances in the crust of the Earth. Ong empty oil fields slowly refill in an inexplicable way.
    Dr. Gold: “Astronomers have been able to find that hydrocarbons, as oil, gas and coal are called, occur on many other planetary bodies. They are a common substance in the universe. You find it in the kind of gas clouds that made systems like our solar system. You find large quantities of hydrocarbons in them. Is it reasonable to think that our little Earth, one of the planets, contains oil and gas for reasons that are all its own and that these other bodies have it because it was built into them when they were born? That question makes a lot of sense. After all, they didn’t have dinosaurs and ferns on Jupiter to produce oil and gas?”
    If Dr. Gold is right, we already have renewable Gas, Oil and Coal too.

    • I would doubt Dr. Gold would put coal on the list. The oil and gas argument is interesting. Water, carbon, and a heat source such as high pressure might do it.

      • Guy
        January 19, 2016 at 4:00 pm
        I would doubt Dr. Gold would put coal on the list. The oil and gas argument is interesting. Water, carbon, and a heat source such as high pressure might do it.
        Natural spontaneous generation of the suite of hydrocarbons called fossil fuel oils is already proven experimentally. If I remember right about 2000 atmospheres and 1500C, similar to pressures and temps at the Earth’s mantle.
        See article and the contained links for all the details
        The problem, as I see it, is how to drill deep enough. This may be what Ristvan is referring to as disproven ( I think he means failed to find – a different thing altogether)

    • Coal is made of carbon too, but under different conditions? Sounds like scenarios I learned in the 60’s. If it is an internal geochemical process, then it might conceivably be variable in its manifestations due to the local substrata. Are there any studies of this?

      • If we find oil on Mars down the road, will that prove there was once life there, or that it is coming from inside?

      • If CH4 can happen on Pluto, why can’t complex carbon molecules exist under much more energetic conditions here?

      • Real simple short answer. Because rocky inner planets are not like gaseous/frozen gaseous outer planets. Formation mechanics are different. And good luck with your natural gas bill if the source is Titan. Gold is a crackpot.

  24. I authored an industry report ”Frac Sands & Proppants North America Industry, Markets & Outlook, 2015” (available at http://www.roskill.com – it’s a bit pricey unless you are an oil and gas company) published a few months ago, forecasts to 2020, and interestingly I came to the same conclusion as Mark Mills, author of this article. After oil prices dropped to half ($45/bbl by early 2015):
    ”. A few major petroleum companies are already advanced going forward in selection of drill targets to minimize cost for optimum production based on their knowledge of the individual units in the best basins. Also, shallower plays will be targeted where these meet criteria. Re-entry into older wells for secondary hydraulic fracturing treatments and improvements in resource recovery are a made to measure strategy for difficult economic times. According to industry spokespersons, some 50,000 such wells exist of which only about 1,000 have been re-fractured at modern frac stage spacing and loading. Re-entry costs are only about 25% of the cost of a new well and encouraging results were obtained where this was done.
    The fine tuning of drilling and hydraulic fracturing techniques over just the past two years has also prepared the industry for greatly increased efficiency and productivity per dollar invested in future wells drilled. EOG Resources cites the following example for the Eagle Ford shale play: a) average days to drill a well was 14.2 in 2012 and 8.9 in 2014, b) cost per well was $6.1M in 2014 and presently is $5.4 million. They note that the return on investment in 2012 at $95 oil was lower than that achievable today at $65 oil.”
    Also, when the oil price dropped, a number operators switched to drilling in well known plays without fracking the well. An inventory of unfracked good wells are there to turn on pretty quickly when economics permits. This tech has made oil and gas into inventory in a manner usually thought of in manufacturing. I note some commenters quoting initial production decline rates and expected ultimate recovery rates that were usual in 2012. These are changing, ultimate recovery for EOG and Conoco Philips in the Eagle Ford play increased 40% in 2013 and more again in 2014 as they went to more closely spaced and intensely fracked stages. This is what makes the older 50,000 wells waiting to to be refracked for return to profitable production.
    All the conventional wisdom that seems to have jelled on people here on the production characteristics and ultimate recoveries of oil and gas are about 2012 vintage when much was being made of it. Look at EOG Resources Q3 2015 presentation. Example, slide No. 25 for example: average days to complete a well 2012 was 20.8days in Q3 2015 it was 7 days and the record was 5.6 days. Look at all the slides – they just completed a well in the Irish Sea, UK with estimated daily production of 20,000 bbl/day – they aren’t letting low prices get to them yet!!!

    • I know the frac crews we serviced doubled their proppant use in the Eagle Ford in the last year I was there. I hauled sand (proppant), and we were stretched really thin when they did that. According to a frac engineer I talked to on a regular basis, they were getting much better initial flow rates and the decline rate curve flattened out, more than paying for the increased input cost. In fact, when the increases took hold, a lot of the sand transloading facilities would run out of product, the rails couldn’t get the cars in fast enough. We wound up going 150 extra miles to Corpus Christi or Victoria to load because they could bring it in on barges.
      Last I heard, between the 3 biggest oil plays (Bakken, Permian, Eagle Ford ) there were approximately 4,000 wells ready to frac, not including potential re-fracs.

    • Sounds like the Saudi Squeeze is turning into an effective and profitable learning curve experience for fraccers…

  25. “Peak Oil” has been around for 140 years. History shows that experts are almost always wrong.

    • Nope. Was first hypothesized for the US by Hubbert (Shell geologist) in 1955. Predicted ~1970. peak was 1971. Predicted in 1971 a global conventional peak ~2000. Actual was 2007. Your facts fail.

      • “Petroleum has been used for less than 50 years, and it is estimated that the supply will last about 25 or 30 years longer. If production is curtailed and waste stopped it may last till the end of the century. The most important effects of its disappearance will be in the lack of illuminants. Animal and vegetable oils will not begin to supply its place. This being the case, the reckless exploitation of oil fields and the consumption of oil for fuel should be checked.”
        — July 19, 1909 Titusville Herald (Titusville, PA)
        “In meeting the world’s needs, however, the oil from the United States will continue to occupy a less and less dominant position, because within the next two to five years the oil fields of this country will reach their maximum production and from that on we will face an ever increasing decline.”
        — October 23, 1919 Oil and Gas News
        Capt. H. A. Stuart, director of the naval petroleum reserves, told the Senate Naval Affairs Committee today the oil supply of this country will last only about 15 years.
        “We have been making estimates for the last 15 years,’ Stuart said. ‘We always underestimate because of the possibility of discovering new oil fields. The best information is that the present supply will last only 15 years. That is a conservative estimate.'”
        — March 9, 1937 Brooklyn Daily Eagle
        “There is a growing opinion that the United States has reached its peak oil production, the Oil and Gas Journal pointed out in its current issue. Since 1938, discoveries of new oil have not equaled withdrawals, in any single year, although there is a very good chance that 1943 will see enough new Ellenburger oil in West Texas to provide an excess.”
        — June 7, 1943 Bradford Evening Star (Bradford, PA)
        “Faced with the threat that our nation’s petroleum reserves may last only thirteen years, geologists are striving to tap the almost limitless supply of oil located beneath the seas off our coastline. The first attempt to get oil from the depths of the Atlantic Ocean was begun this month near Cape Hatteras, North Carolina, and Secretary of the Interior Harold L. Ickes revealed that the scientists are making progress in their efforts to reach the underwater oil.”
        — December 10, 1945 Times Recorder (Zanesville, Ohio)
        While it generally wasn’t termed, “Peak Oil,” the predictions are as old as oil production itself.
        In all cases the theory assumes no changes in knowledge, a common failure in economic forecasting.
        {For better symmetry, the mods were hoping you were going to cite a “oil is dead” quote from 1909, 1919, 1929, 1939, 1949, 1959, 1969, 1979 (well, it was dead then actually), 1989 … 8<) .mod]

      • Someone, I believe it was a US government geologist (haven’t got time to look it up right now) came out with a report in the mid 1870s claiming some sort of Peak Oil prediction. But I did find this:
        Economist and oil analyst Daniel Yergin notes that the first predictions of imminent oil peaks go back to the 1880s, when some American experts believed that exhaustion of the Pennsylvania oil fields would kill the US oil industry. Another wave of peak predictions occurred after World War I.
        “… the peak of production will soon be passed, possibly within 3 years. … There are many well-informed geologists and engineers who believe that the peak in the production of natural petroleum in this country will be reached by 1921 and who present impressive evidence that it may come even before 1920.”
        – David White, chief geologist, United States Geological Survey (1919)
        “The average middle-aged man of today will live to see the virtual exhaustion of the world’s supply of oil from wells,”
        – Victor C. Anderson, president of the Colorado School of Mines (1921)
        Check out The Oil Drum, Drumbeat: July 18, 2009. Here is a detailed claim, back up by all sorts of numbers, to ‘prove’ that, and I quote; “the era of cheap oil is definitely over”. I wonder what the author of that piece is saying now.
        I repeat, experts are almost always wrong.

      • And first hypothesized again in 1919 by David White, chief geologist of the United States Geological Survey. He predicted peak oil as early as 1922. Another first hypothesizer was Eugene Ayers, a researcher for Gulf Oil, who projected in 1953 that peak oil would occur no later than 1960.
        Sorry ristvan – wander around the internet a bit. i got a hit on my first look.

      • According to the EIA, U.S. field production of crude oil peaked in 1970 at 9.637 mm/bpd. The monthly number was Nov 1970 at 10.044 mm/bpd. So if Dr. Hubbert predicted 1970, it looks like he was correct.
        While we have passed global peak conventional oil production, we have continued to produce oil in record amounts from conventional and non-conventional extraction methods.
        The MSM has always portrayed peak oil as inability of production to keep up with demand. In that sense it has failed, as we have the resources and ability to produce far in excess of demand.
        Every year since 2010 production and demand have set new records. I estimate the 2015 numbers to be production at 94 mm/bpd and demand at 92.1 mm/bpd.

  26. Whatever used to be “Unconventional” is now “Conventional”. Shale oil is not an unconventional resource anymore. The definitions just keep changing as the technology changes. You cant even call it ‘hard to get oil’. If it was the U.S. wouldn’t have ramped up by 4 million barrels a day so quickly. Peak oil just keeps moving the goal posts down the road.

    • Dobes, wrong. There has always been a fairly precise delineation between conventional and unconventional oil, defined by three parameters: viscosity, porosity, permeability. Noted elsewhere in comments this thread. Educate yourself, rather than displaying abject geophysical ignorance. Please also familiarize yourself with the annual oil production volumes implied by those three parameters. Then you will finally be learning the hard facts of geophysics.
      Please educate yourself using Google. A faster way would be to read some of my footnoted essays in the energy section of Blowing Smoke. Especially the footnotes, since you should never trust me. Your call. But please do something to educate yourself on these matters.

      • The oil produced from the Bakken, Eagle Ford and other shale plays is conventional oil. These plays essentially produce from the source rocks. The oil is conventional, the reservoir rock and extraction methods are unconventional.
        Shale oil is conventional oil.
        Oil shales, like the Green River, and tar sands are unconventional oils.

      • DM, you forget catagenesis. Green Rover formation ‘oil shales’ are kerogen, not oil or gas. Admittedly confusing terminology. But not geology.

      • Further to DM, my definition of unconventional also specified porosity<5%, and permeability <10 Darcies. That defines all shales, tight oil, gas, whatever. Never confuse 'oil shale' Green River formation kerogen shales with 'tight oil' Bakken type shales. The oil catagenesis window.

      • 10 Darcies seems quite high as a demarcation for unconventional. I would expect you to use something in the 0.1 to 1 mD range.

  27. ntesdorf and Bill Taylor
    Dr Thomas Gold expounded on Mendeleev’s theory and explained it well. The Russians
    taught this to their hydrocarbon geologists since the 1870’s, They produce natural gas
    from wells more than 40,000 ft deep.
    The first oil “shortage” was in the 1850’s. There have been many since then, and the
    pronouncements have always been wrong. The Saudis and the Gulf of Mexico wells
    seem to be refilling faster than other locations, but no one is sure of the rate, unless
    they are just not telling.
    For people to believe that the hydrocarbons on Titan, for example or a high percentage
    of the cloud seen on the Hubble screensaver “horse head nebulae” are abiotic but
    the hydrocarbons on earth are “fossils” defies logic.
    The massive fields of methane hydrates stored in the deep oceans and under the
    tundra are huge reserves and can very effective be converted to diesel of ethanol.
    The North Slope equipment is powered by a small cracking unit converting natural
    gas to diesel.
    There is a quiet competition to produce the smallest, most efficient cracking unit to
    convert natural gas to a more portable and safer fuel.

    • Jerry you would be well served to get a degree in petroleum geology and stop spouting nonsense. I love you guys that never found a barrel of oil or ever took a geology course & are experts on oil’s provenance.

      • I just love how with any topic, the self- congratulatory experts unfailingly appear and attack the man while offering no rebuttal of the message.

      • Yes. But Thomas Gold was notable for one thing. He managed to leverage millions of public dollars for a monumental outlier of a project and failed. It even got a straight faced expose in a Nova episode. This was all with taxpayer funds and not risk taking for anyone involved. Chalk it up as another risk free prediction sent to the dustbin of history like the 100 years of peak oil predictions.

      • I’ve been to many conferences, worked on many projects with the Russians, , even those where we discussed the oil in the basement rocks of Viet Nam, and every Russian I’ve worked with believes the oil to be of biologic origin. I love all these people speaking on behalf of Russian petroleum geologist who have never had contact with them

    • The better bet is nat gas to ethane, then a second transformation of ethane to liquid transport fuels. Siluria technologies catalysts. Read up. Now, if they actually work at scale…

      • Even that heartfelt sentiment is reality crapola. Facts. About 41% of US corn ( by weight) is used for ethanol. Another fact. About 27% of that is returned as protein enriched (yeast), fiber enhanced distillars grain. On my dairy farm, we now send all our corn for ethanol, in return for freebe distillers grain returns. Which also means we can grow more corn and less protein/ fiber rich alfalfa on the field contours. Since dairy cow nitrition depends on their ruminant multi stomach total calory intake.
        Learn agronomics before spouting warmunist politics.

      • ristvan:
        I worked on (one of) the first ethanol plants in Saskatchewan. Our experience was that the ethanol was just a byproduct of producing cattle feed for the cattle feed lot next door. One with out the other was uneconomic, and at the time, it required a government subsidy on ethanol production to make it work. But that was over 25 years ago so I assume things have gotten more efficient by now.

  28. This was a very interesting thread. I leaned much, including several questions I need to pursue.
    I would be very pleased to talk one on one with ristvan and Middleton about recoverable reserves.
    My argument for peak oil has always been less about how much oil is in the ground, and more about the barriers to production, and the ultimate price of consumption.
    My analysis shows a probable peak before 2030, and most certainly before 2050….. all of which means the warmers have nothing to worry about … at least from the consumption of oil.

    • TCE, you can contact me directly via Judith. She has my coordinates, and now has my permission to give them to you in good faith.
      As for peak oil, it has always been about maximum production per year, never how much could be eventually be produced.

  29. Ladies and gentlemen, It all comes down to 1) Who has the most stable money reserves and a stable political structure and 2) The lack in all comments thus far of the statistical classification of data rather then the usual statistical analyses. Here in lies the key to assessing what will happen in the future. Even supply/demand data when statistically classified take on an entirely new and different meaning, so does political impact. Good luck in solving this riddle.

      • But, we’re talking world markets (for both supply and demand), as particularly conflicting geopolitics and religion even today affecting directly the ‘decisions’ by various world leaders in this game …

  30. Stewart Pid
    Do you believe that the lakes if hydrocarbons on Titan are “fossils”? How about the
    hydrocarbons found in the atmospheres of Saturn, Jupiter, and all the outer planets?
    Are you aware that all the extra solar system planets which have had their atmospheres
    analysed contain hydrocarbon gases? Only on earth they are “fossils”?
    I have discovered that all upland top soils, soils not in a flood plain, in the presence of
    adequate moisture, owe their richness to the amount of natural gas which up wells
    through it.
    Hydrocarbons up well all around the earth but are not evenly distributed.

  31. One of the problems with estimating “peak conventional” is that many of the major players (Venezuela, Iran, Libya) have despotic governments that nationalized their oil industries. One must continuously invest in oil infrastructure to keep it pumping, but such countries do not. They ran off western oil companies. They treat oil like a swimming pool that you just drop a hose into and start pumping. So they get declining production. But that doesn’t mean a US company would get declining production from those same areas.

  32. I replied up-thread with the following, which may have been missed as it was a late reply.
    Natural spontaneous generation of the suite of hydrocarbons called fossil fuel oils is already proven experimentally. If I remember right about 2000 atmospheres and 1500C, similar to pressures and temps at the Earth’s mantle. Raw materials required being calcium carbonate, iron oxide and water.
    See article and the contained links for all the details – warning – lots of reading and scientific explanations as to where oil comes from and also where it doesn’t. Experimentally proven.
    The problem, as I see it, is how to drill deep enough.
    In answer to Resourceguy
    January 20, 2016 at 12:06 pm
    Yes Thomas Gold did fail to find any oil but that does not disprove the fact that oil will spontaneously be generated as in the link above. There is a lot of history between him and the Russian theories stretching back to the early fifties. Knowing how it’s made isn’t quite the same as being able to get to it.

  33. Oil will remain low for an extended period of time because of one simple reason, the House of Saud’s lives depends on it, it is that simple. ISIS/ISIL/IS, Iran/Iraqi/Syria Shiite unity forming a Caliphate, Iran likely to get a nuclear weapon, Russia willing to help them, China backing the opposition to Saudi Arabia, The US Fracking Industry threatening their near monopolistic power on the marginal cost of fuel. Saudi Arabia must prevent its enemies from gaining the revenues with which they will use to destroy Saudi Arabia. It is the same game they played in the 1980s to undermine Russia…and Russia hasn’t forgotten. Russia, Iran, Iraq all benefit from destroying Saudi Arabia, and gaining control of OPEC. Low oil prices is a death sentence to Russia, and really harms Iraq and Iran, and other OPEC Nations. The easiest way for Russia and the Shiites to return to power is to destroy Saudi Arabia, and restore a much higher price of oil.
    This script was written 1500 years ago when the Suni Shiite split occured.
    Saudi Arabia May Pursue Nuclear Weapons If ‘Nefarious’ Iran Develops Bomb

  34. Does turmoil in the Middle East suddenly no longer matter? The American shale oil model has changed the world oil marketplace for the foreseeable future.

    That isn’t even remotely true. Turmoil in the Middle East does matter, further turmoil in the Middle East will force Saudi Arabia to pump more oil to weaken its enemies. Turmoil in the past signaled the threat of US intervention, and oil shocks. With Obama siding with Iran and even giving them nuclear material, the Saudis are alone in a very very very bad wilderness. Oil Markets aren’t markets as we know them, they are controlled by a cartel, OPEC, and in reality they are controlled by the low cost marginal producer of Oil Saudi Arabia. They have a break even point estimated at around $12/bbl. Oil prices are low because everyone in the oil markets knows Saudi Arabia has a knife to their throats and has the keep the price of oil low. It is literally a life or death situation for the House of Saud.

    As The Economist notes, Saudi Arabia’s break-even price on oil is a mere $12 a barrel. Iran’s is at nearly $30, and the US is nearly $70. Saudi Arabia has 16% of the world’s proven oil reserves and can raise revenue through selling off relatively insignificant percentages of Saudi Aramco.
    Saudi Arabia is better positioned to absorb a protracted price drop than many other oil producers. Prices might be low because the country can afford to keep them low.


  35. Unfortunately Obama wasted the US resources on Wind and Solar with will go bankrupt with lower oil prices, his green agenda will end up being a complete and total waste of money. No one will be buying a Volt in a year, and SUVs will revive the Auto Industry. CO2 will continue unabated. If Obama would have used those resources to develop a commercially viable alternative fuel using processes like the Fischer Tropsch or similar processes, we would be able to cut the cord to the Middle East completely. Instead he allowed promising technology to go bankrupt.

    • We have no significant cord to the Middle East. Check EIA statistics for the sources of imported oil. Majority of US imported oil is from Saudi and non-OPEC sources. It’s about the world price of oil and gasoline pump prices, not source of supply.

      • We have no significant cord to the Middle East.

        The Middle East is the marginal producer of oil, and easily set the global oil price. They control the oil price, and that is one extremely significant cord.

  36. There is more coast to a product than production. There is also overhead. Saudi’s
    overhead is very high. They are eating assets at a very high rate. The question is
    how long can they sustain the current loss?

  37. ” _Jim
    January 19, 2016 at 2:52 pm
    to: ECB
    Meanwhile, progress continues on *other* energy fronts, such as detailed here:
    https://youtu.be/IQ3S3YMH96s Nota Bena: 1 hr plus video (and ignore the refs to GW)”
    I stayed with this video for 29 minutes, and watched the closed captions as well (among the worst I’ve ever seen, BTW), and found the explanation for the unanimous rejection by academics, government, and investors quite inadequate.
    Assuming the original experiment was honestly performed and reported, governments and private investors with deep pockets should have been all over it. The fact that they were not leaves me with only two possible explanations:
    1. the results were NOT as reported, or
    2. there was a global conspiracy among academics, government agencies, and investors to discredit the experiment for social, financial, and military reasons.
    Lest anyone dismiss #2 as “conspiracy theory” rearing its ugly head, please consider that this forum provides regular documentation of just such a conspiracy in the realm of “climate change”, and consider your objection noted and answered – far more egregious and much more easily confounded misinformation conspiracies have been successfully perpetrated, including the attribution to the German Army for more than 40 years of the Katyn Wood massacre of the Polish Officer corps, and the reporting of the death toll for the Tang Shan earthquake of 1976 for decades at a mere 10,000.
    Historians and journalists re-attributed the Katyn Wood massacre, carried out by soviet troops in plain view of the local villagers (who were NOT transported or imprisoned to keep them quiet) only a few years ago. The Polish President, accompanied by his closest advisers and the chief of the Polish defense staff flew to Russia in part to remonstrate about the massacre shortly after this “revelation”, and his plane crashed on Russian soil, killing everyone aboard.
    The Tang Shan death toll was tacitly revised upward to some 250,000 by the Chinese government censors when they allowed a recent mainland movie about the earthquake to display this figure. The more likely figure, given the report of a French delegation visiting the city of 1 million people at that time, that every second building was reduced to rubble in the middle of the night, is half a million dead.
    There isn’t much discussion in our mass media about the role of energy distribution systems’ in social control, perhaps because we have become so accustomed to this role as a given.
    Providing small communities, families, or individuals with enough locally stored energy to assure a scaleable and uninterruptible supply of electricity for years would reduce the power of central government over the individual dramatically throughout the world. And in many regions, it could well cause or fan conflicts more destructive than the breakup of Yugoslavia.

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