Montag, 23. Juli 2012

The Three Phases of the Age of Oil: Phase 2 Continued

In the previous post I began dissecting the Age of Oil, well over a century old now, into three basic phases. My hope is that this will help change the way we discuss peak oil.


Focus on oil - properties of the general crisis
The wild secular market swings shown in the previous post wreaked havoc in all directions. Even the bubble and collapse of the Japanese markets and economy during the 1980s and early '90s, not usually connected with oil markets, were fueled by them. For this reason, I would claim that the events of the 1970s and early '80s were not just a one-time, meaningless episode inaugurated by OPEC's greed. Instead, it was a new relationship between mankind and initially black gold on the one side and our energy resources in general on the other. A new paradigm was certainly taking hold, which can be seen by the following traits of the shifted mentality:
 - securing national access to oil was not necessarily only a concern in times of war but rather a constant task for politics
 - in the long run, alternative energies will undoubtedly be needed to be developed to replace oil / fossil fuels;
 - and because of the addition of concerns about all varieties of pollution and later particularly with global warming, this need was reinforced
 - raising taxes on oil products (especially in non-U.S. developed nations) was used to wean people and whole economies off excessive oil use
 - an answer to how to deal with both oil supply and demand was integral to almost every party platform the world over
 - oil was promoted to a national concern: most of the world's oil supplies (ca. 80%) came under control of national oil companies and have remained there

ON the other hand: Just like the scarcity of oil as seen on a global scale during the 1970s and early '80s was artificial (a consequence of market manipulation), the resulting abundance up to the year 2000 was likewise an anomaly, even more amplified by the collapse of the Soviet Union, taking a good deal of oil off the market with it. The respite was just long enough to rock especially the U.S. into a sense of false security, while efforts to replace oil's role in society were quickly squelched. Slowly (but mistakenly!) we got the feeling that high prices and oil scarcity were the exception instead of being the rule.
The past decade has now taught us otherwise.
But this time around it is quite, quite different. What's interesting about the last decade is that despite seemingly ridiculously high oil prices,* there has not been an oil crisis. Perhaps a price crisis, but there was never a time in the "first" world when one couldn't fill up at the pump if one had the money to do so. Despite the recent Iran crises and Arab Spring, for instance. At the same time, use of oil (demand) has fallen considerably - especially in the developed world. Unlike the 1970s, this time around it's the market that's doing the job it's supposed to be doing instead of politics: Placing a premium on a scarce good. And, like Europe's high taxes on oil products, the price regime is doing the job of "slowly" weaning us off oil.
Just imagine how much it would have helped us over the years if oil had slowly risen from $3 a barrel in 1970 to $50-oil today? - I'm assuming, of course, that there would have been less inflation around 1980 so that oil prices would have generally stayed lower. I could imagine that we would likewise depend today much more on possible replacements, which needed to have constantly progressing oil prices to promote their economic advantage.
There are other differences to 40 years ago. Chinese demand and global presence, for instance. The Internet. Russia (whose production has a similar role to back then) is surely a strong regional power - but hardly a global one. Most oil production depends on enormous projects and capital expenditures. Just think of the tar sands in Canada or deep water in the Gulf of Mexico. Independents in Texas or North Dakota have become the exception to the rule.
And maybe a much finer point: There isn't a great deal of willingness to unilaterally place restraints on (one's own) oil production, because this would help focus the world community against the perpetrator. Besides, the prices are already high enough so that great profits can be made!
Back then, one could at least count on the US/USSR dichotomy, being able to side with one or the other, perhaps starving one side while benefitting the other. Nowadays the effort of all players is needed to keep production - at least concerning crude oil - just steady.
Now, what would happen to supply if a real crisis were to disrupt delivery? This possibility is constantly in the back of our heads, as is evident with media coverage and price swings surrounding the Iranian sabre rattling (on both sides).
Back in the 1970s, Saudi Arabia could have quit producing and other producers would eventually fill the gap - at least by speeding up planned projects. Back then, it took half a decade to get Alaska drilled and a pipeline built. But today, the world is already producing mostly all-out. Spare capacity exists for sure on paper, while Saudi Arabia and a few other countries (Iraq, Iran and Libya) could certainly produce more for a while; but what should we expect? That the whole world could be producing all out all the time? That there never be any political or logistical interruptions to the precious flow?
And finally, oil producing nations, from Venezuela to Russia to Saudi Arabia, are horridly dependent on oil revenues to prop up their social programs and other governmental activities, keeping their populations tranquil. If only for this reason they won't be throttling oil production - at least not too much.
In short, the running theme of the past four decades, and more than likely the next couple as well, is that of oil's limits. Whether geologic or artificial ("above ground") factors, whether too little supply or too much demand or, when the price drops too low for any amount of time, too little investment: We're faced with the reality that oil is spread thin across the earth's surface while depending on politics, geology and technology for supply to be maintained.

Infinite amounts of oil
There are reports out there that "prove" that oil production is doomed to rise - s. Harvard. There are reports and a considerable movement out there that "prove" that oil production is doomed to fall. While, if you think about it, there's nothing very special about oil. Just like many things on and around the Earth's surface, oil is made of hydrogen and carbon, while the oxygen which otherwise holds them both together in plant matter has been released to the atmosphere. The sources for oil are carbon dioxide (having passed through plant matter) and water - again, nothing special. So we could make oil out of thin air, if we wanted to. Only, we would have to add at least twice as much energy to create it than we ever plan on getting out of it. This, on top of the fact that only about a 20% efficiency is been reached when burnt in an internal combustion engine, only makes the thought of creating it artificially (except in "upgrades" like coal to oil) seem ridiculous.
With this thought in the back of our heads, however, we see that oil production is directly a result of the investment we make into it. So:
- all those who predict that oil production will rise are predicting that we will make the effort - meaning the investment - to make it work
- all those who predict that oil production will fall are predicting that we will not make the effort to make it work
Both usually add on a "have to" or "be able to" with a will or won't to their conviction.
All I'm going to do at this point is add an "if". If we are able to put enough effort into it and our capitalistic system allows us to make the necessary investment in it, we will continue to "make" greater amounts of oil. If, on the other hand, we can't or don't, then we won't.
And this is the job of the middle phase: To figure out, IF we can keep up with our present needs or not. And IF NOT, what are we going to do instead of it? Which alternative energy or system will win out? And what sort of lifestyle will win out?
At the same time, again trying to define what we're even talking about in regards to the Age of Oil, it has proven to be quite difficult even to decide what peak oil means. What is the real problem behind peaking: how should we define it? As:
1.       the highest point of global crude production (input flow) absolute
2.       the point at which price rises and investments stop bringing higher value to the next unit of production
3.       the highest point of global liquid hydrocarbon energy extraction absolute (think tar sands, ethanol or bio-diesel)
4.       point 1 and 3 not absolute but per capita
5.       preceding points in respect to exports
6.       preceding points in respect to GDP
7.       etc..

Many of these peak points are past. Some are in the future. But none of them really matter in and of themselves because they are not directly involved with when the peaking process has direct effects on each of our selves and our surroundings. They only refer to a theoretical peak oil out there.
Production may rise, Production may (and more than likely will) fall, but more and more and more and more of our efforts will be going into replacing, substituting, continuing and discontinuing the oil paradigm. And this has shown itself to be and will continue being an enormous strain on our economy.

The End
When will this second phase, the energy and economic struggle as we know it, end?
Well, if we can agree on its beginning as when the first major producer peaked in crude production, then it would fulfill my symmetric sensibilities to define it as when the last major producer peaks. This could be perhaps around 2030 as the late comers like Brazil, Angola and Canada begin struggling, squeezing oil out of the rocks that have advanced them into the status of exporting countries nowadays, using even more advanced methods to get it out of the ground and into our vehicles or into new carbon-fiber and plastics factories. Yes, even if we don't use oil for the usuals like transportation, it will still have its specialty uses.
Until then, the importance of the one or the other producer and consumer will continue shifting. Prices will generally remain high, skyrocketing whenever a crisis emerges and making a nose-dive whenever recession rears its head, stifling investment. Great price swings might be the norm if the market instabilities since the late 1990s and especially since 2008 continue. This is not a necessary - although in my opinion the most probable - condition.
One other possibility, that of permanent economic crisis in the developed countries and China, would have a strong calming although depressing effect on price swings. The worse the world economy is doing, the (much) lower prices will stay. The rebound in prices since 2009, for instance, was to a significant part resulting from governmental and central-banker attempts to sufficiently supply the market with liquidity. Of course this course has helped save the world economy for a short while; but excess liquidity tends to flow to many of the places that make the "bleeding" of the original wound get worse. High oil prices flood producers with "petrodollars" that need to be re-invested in markets (stocks, bonds, real estate, etc..) and/or in new/excess equipment or in often unrealistic infrastructure and monumental building projects which lose most of their value once the petrodollar spigot is turned off.
At the same time, high oil prices insure that producers continue investing in extraction and in laying the groundwork for more oil production.
The final major property of the second phase in the Age of Oil is a conscious consideration of how to get out of the Age of Oil. Here I'm not talking about general or parallel progress in the form of the internet or mobile communication which accidentally may reduce our need for oil products. Rather, it's the search for alternatives. What are we going to replace oil with? How are we going to change operations in order to replace or conserve oil? What near-oil substances (gas to liquids, coal to liquids, bio to liquids) can we use as a shortcut to creating oil from scratch? Who is going to be a winner or loser in the replacement game?
This is a process that started long before the oil crises of the 1970s as atomic energy was hailed as the replacement to fossil fuels by the godfather of peak oil himself, Marion King Hubbert. It should have been a gradual and unnoticed transition, first replacing dirty coal for our electric stations and then powering batteries and overhead lines for transportation. Until, of course, it became obvious that atomic energy is not very cheap, has serious waste issues and gives everyone a big scare whenever an accident is on the news. Disregarding the tangible consequences, the dangers involved are quite bad for publicity. Besides, uranium has depletion issues as well.
So what we would call the modern conversation about and search for alternatives began in the 1970s. Solar was, of course, the only real answer at the time. At the same time, regulations for scrubbing hazardous emissions out of the smokestacks in the coal power plants were mandated, so that they didn't need to be replaced so fast by alternatives. (This looks like it will be repeated by filtering carbon dioxide out of the power plants' smoke stacks.) As oil prices fell in the mid-1980s, the search for alternatives almost came to a halt, transforming more into an ivory tower discussion. We shouldn't forget that despite this, there were great theoretical strides achieved in such areas as wind, so that wind has become an option in certain regions of the globe on the same ranks as solar in the desert.
What amazed me and made it clear that hardly anything had changed in the background discussion since the first oil crisis was in the press. The articles from 1975 looked exactly like the ones from 2005. A few of the details may have changed, but the solutions-discussion remained fairly constant. The technological advances since then have made it possible to go large scale on wind and solar, as countries like Denmark, Germany and Spain have shown. Battery technology has made great strides, not least because of the laptop and cell phone boom throughout the world. At the same time, production prices for alternatives have not nearly dropped enough for these technologies to come anywhere close to being competitive to fossil fuels.
So until this happens - either by oil prices rising too high or the prices of alternatives falling low enough or, completely independent of price, supply becomes too unreliable to depend on - we'll remain in Phase II of the Oil Age. Which brings us to the question of when the 3rd (and final) stage will begin. Well, let me start with the negatives.
It will not begin once global oil production peaks, like it actually has been doing at least since 2005. (As it already had artificially done btw between 1979 and 1984.) And it won't begin as a result of some economic or political crisis or even from a minor war in the Middle East, for instance. Unless, of course, the timing just happens to coincide with the true indication that the third phase has begun. Economically speaking, the indication could be that more transportation is powered by electricity than by internal combustion or simply that more cars are battery powered than run on oil derivatives. Geologically, I have already named the indication: That the last major oil producer peaks, although we can certainly debate on what connotes a "major" producer. Another sign would be that production drops around a rate of 2% or more.
Just consider: The U.S. itself has been living in a "post peak" world now for four decades. Much of this time, however, there was not even a regime of high prices, a major difference to global peak. As a result of the world peaking, prices will probably stay high and (until the second phase is truly over) continue rising, no doubt. At the same time, not every region the world over will be living in a post peak world, meaning they could even be making the profit of their lives.
Whether the world quits using great amounts of oil because the new technologies and systems make it simply obsolete and undesirable or because there is not enough of it and/or oil is too expensive to use is for this reflection non-essential. It will most certainly be a combination of the two but will only occur once oil has been scarce enough in a long enough timeframe that we have to be weaned off it. If prices were to go back to what they were during the 90s for even a few years, enough people would once again stop worrying about alternatives while most producers would hardly be able to make profits, halting investment. But since it is extremely unlikely that lower prices can be maintained for any extended period of time, we will continue looking for the way out of the predicament.
And continue to hope to find a workable solution.

Dienstag, 3. Juli 2012

3 phases of the Age of Oil

Originally I was planning to post this article in one go of it. I must admit that it's taking me a while to come up with scenarios for the third phase of the Age of Oil - so I decided to post in installments. Besides, too much time has past since my last post.

It's difficult anyway to pay attention to a blog when one has a day job and a family. So the bigger the article, the more time that needs to be spent ironing out its wrinkles so that repetition doesn't become too annoying.

Anyway, installment number one:


Introduction


Like with most topics, there appear to be two major camps in the peak oil debate.

On the one side, there are the peak oilers, who give a lot of meaning to a certain bell-shaped curve while stressing the role of oil in our society and, in many uses, its irreplaceableness. Or, in economic jargon, its lack of substitutability. Quite often, but not always, they come from the camp of resource pessimists who see the limits to all that mankind does, especially when it comes to our growth trajectory. Compound growth. Continued expansion. Reaching the limits of what our environment has to offer. Peak everything.

On the other side are the peak oil denialists. For, as one quickly sees, the debate has been framed from the peak oil side, so that the denialists are forced to take the counterargument: Yes, there will be enough. No problems here. They often stress the seemingly unending amount of reserves around the world (usually a factor of 10 higher than that of the pessimists), the role of economic substitution, the function of the (free) markets, politics and mankind's resourcefulness. Certainly there are limits, but they need not concern us in this instance because humans like to sidestep such things, changing the rules to the game as we go along. Peak oil is just another bit of nonsense and/or non-event like the year 2000 bug and global warming, which, if there's much truth to it, will be dealt with as we go along. For, such issues are just change, and why worry about change? We'll know what to do once we get there.

The two camps even have two different ways or preferences of measuring oil / counting the barrels: the actual stuff coming out of the ground (c + c = crude oil plus condensates) or all oil-like inputs (all liquids) including synthetics and such pseudo-oil products as ethanol.

One side stresses oil's specialness as an energy source and in our economy (our lifestyle is at risk!) while the other the fact that oil's a commodity like every other one in our economy. One side stresses calculable and obvious difficulties while the other stresses that the negative scenarios have "never" come true, so why is it different this time around? One side focused on flow (rates of production) while the other on production capacity (what could we produce if we really had to?).

Well, the peak oil argument is quite simple, if not simplistic. According to Hubbert's curve, a model for ultimate oil production, there's the side of expanding production, there's a point of more or less highest production and then, after about 50% of the resource has been used up, a downside slope. A two-dimensional model for a very dynamic process.

In a way, though, these quite complicated dynamics can be boiled down to basically one question which really matters to most of us and to the way we live: Can we keep up production as we have been doing thus far? (The environmentalist would ask, do we even want to keep up production and continue our present way of life?)

And although I would generally agree that Hubbert's curve gets to the root of the matter concerning the geology of oil, it hardly lets us know how the world and/or our individual countries are experiencing the process: Stress? Opportunity? Business as usual? Defeat? Change brings this and much more to individuals, regions and the world.

Like I said, the curve might be what's going on behind the scenes. But most of us have little relationship to that, relating to more immediate experiences. Four dollar gasoline, for instance, has impressed a number of people, especially in combination with almost daily rising prices. So accepting or denying "the curve", the theoretical argument behind peak oil, makes two wonderfully diverting camps; at the same time, it hardly helps us consider the economics, the politics, the ecological and the societal side of things related it.

To bring this perhaps one step closer to our human experience without throwing away the attempt at modeling, I have chosen to adopt an historic narrative approach. And to keep it simple, I would like to give my model three phases corresponding to common market saturation of many products or phenomena: Upswing, saturation and maturation/waning. Obviously the peak is somewhere in the middle of the second phase (saturation). But where in the middle exactly, is only of secondary importance - unlike in the usual discussion of oil peaking, which is worried about when exactly oil is going to or has already peaked according to the curve. I wouldn't say that the event doesn't means a whole lot in and of itself (yes, that was a double negation), but that we rather need to see the overall system response embedded in the reigning capitalistic/industrial paradigm.

Phase One: Upswing
The first phase began as Colonel Drake drilled the well which set the whole thing off, looking for a viable substitute to replace whale oil for lighting. And although the venture was an obvious success and although whaling peaked in the 1870s (chart), it continued in considerable measure another 70 years or so. By the end of the Whaling Age, Standard Oil had not only helped transform America to a petroleum powerhouse but had already passed its golden age, having been broken apart. Many observers see the somewhat gradual switch from whale oil to mineral oil as a sort of "proof" that oil will be replaced - not because oil will come close to running out but because we will be successful in replacing it with something else. "The stone age didn't end because of the lack of stones.." This corresponds to the future scenario we could call "hopeful".

At any rate, by the end of the 19th century crude oil was moving into a monopoly position for the lamp oil industry as new forms of lighting appeared: Thomas Edison with his electric light bulb and natural gas for street lamps. But before the Age of Oil was over before it even began, people started using it as a lubricant and for the use which we associate it most decisively today: Transportation.

Carl Benz used a derivative of mineral oil, naphtha, to drive his first automobile. Today we would call that paint thinner, quite similar to gasoline.

But here, too, the fuel was getting stiff competition at the turn of the century as electricity began replacing horses as the motor to pull street cars within and around cities. Replacing the horse outside the city in the realm of individual transportation, although ethanol/wood alcohol was also considered an option at the time, nothing could really replace crude oil in the form of gasoline in an internal combustion engine. It was proving to be the cheapest and most available option and, by far its most practical and useful property, it could be carried around as a liquid without much danger. It was simply easy to use. Even ethanol tended to evaporate more quickly and cause dangerous and explosive gas accumulations.

And then, to top things off, the even more powerful (albeit louder) diesel engine was invented, being put to use for ship, locomotive and larger transport vehicles where the noisiness it caused was not considered a problem. By the end of the First World War, most transport was being taken over by engines using crude oil derivatives.

Market penetration continued, so that World War II was an (almost fully) automotive war, fought with tanks, airplanes and diesel boats/submarines. The last niche filled by oil was that of the jet propulsion engine, even though propellers were likewise run by internal combustion.

Looking at market infiltration, the first phase of the Age of Oil was coming to an end - it was everywhere and used for everything. One could say it over-penetrated the market, being also over-used to generate electricity and for heating. Only concerning quantity was there still a good bit of growth possible.

Which presents me as an analyst with a problem: When should we draw the line, saying the market had been saturated, that the first phase was coming to an end? Use (demand), for instance, has increased more or less consistently up to 2005, later consumption increases occurring mostly outside of the U.S. and Western Europe. Is there an other and more fitting type of indication that we could follow?

Well, the 50s and 60s were a great time for the car, not only in America. One could say that this was also the time that a new car culture flourished in the US while suburbia was beginning to be built. There were few that really questioned this development which was soon equated with The American Dream itself. Until, of course, the first serious cracks in the model began to appear: the 1970s.

Phase 2 begins
For peak oilers, picking the beginning of the 1970s as the beginning of the second phase would make sense because the world's premier oil nation "peaked", or at least presented its first of two relative peaks. The second one, a lower peak resulting from the (erschliessung) of Prudhoe Bay in Alaska ten years later, was in a way a result of expanding the physical area under observation - no longer just the lower 48 states. Even so, in 1970-71 the US produced more oil than it ever had and ever will per year. In short, the one country which was most identified with the Age of Oil (as producer, consumer and innovator) and which had originally exported the use of oil on a large scale had reached a quite palatable limit.

For all those who argue on the other side of the fence - that the limits shown forty years ago are hardly definite - the 1970s would make sense as well. For "above ground" factors disrupted both oil markets and the established political relationships of the international community. The Oil Embargo, lines at the pumps, rising oil prices and stagflation were harbingers for the new phase. OPEC began flexing its muscles and decided to cut production in order to gain political influence and to optimize oil prices. The Soviet Union, by then the world's biggest oil producer, was making a very good way by selling its oil to the world market in exchange for hard currency.

At the same time, this economically marginalized many of the USSR's satellite countries like East Germany, Hungary and Romania who didn't have the oil and therefore were faced with poverty, receiving less subsidized fuel. Romania peaked at about the same time that the USA did, only being beaten by the very minor producer Austria (which peaked in 1954). The price of oil the world over skyrocketed for the first time since Spindeltop was tapped in Texas in 1930. The oil conglomerates used the situation to exploit and finance such more expensive to develop finds from the 1960s such as North Sea Oil and Prudhoe Bay. The system was responding in strange and stressful ways.

Prophets of doom were echoed by normal observers for calls of energy independence in the USA in order to minimize international and other above ground factors. The Limits of Growth seemed to be the most timely book ever written, while world production dropped for the first time since Col. Drake's well. The situation played into the hand of the cartel until the rest of the world raised production enough to counteract OPEC's artificial shortage. Only after the concerted efforts of governments and conglomerates in the West could the seemingly cornered market shake off the ghost of immediate and lasting resource bankruptcy.

The general reigning pessimism was reinforced by the failure of nuclear power to provide much substitution for existing energy usage. Fear of accidents and atomic waste put many a project back into the engineer's drawer. Yes, it could have been so easy - if atomic energy had worked well and cheaply the first time around. Even today it is stigmatized with danger and certainly is not inexpensive.

Looking at oil production alone, it should not have been that difficult to transfer from US-centric production to Russian or OPEC production while continuing the gradual search and development for further reservoirs. The system responded differently, "seeing" this as an opportunity to test America's empiric resolve and simply to maximize profit. Such politically overshot markets were bound to suffer once the bubble was over - first the gold-rush mentality then the production bubble and hangover experienced since the mid-1980s.

But the system also responded in areas that seemingly had little to do with oil directly. The catch-phrase here is stagflation, where the economy is trying to expand, where it acts on the one side like a heated-up economy with rising inflation not only in things concerning energy; at the same time it is going through structural difficulties like rising unemployment and stagnating GDP.

This situation broke the back of the industrial complex first in America and then in Western Europe as jobs moved East. Only Japan seemed to be able to profit from the macroeconomic landscape. Apart from increasing drilling activity, little could be done except raise interest rates to try to bring the monetary side of things in order.

After a long decade of such trouble, the focus shifted quickly as prices dropped and the Soviet Union began to crumble. This seemingly accidental connection between the two events was most certainly not. Despite the return to low oil prices and of the big car over the years, at least in the United States, the new oil paradigm was planted in many of our heads, even while the newly revamped private oil industry began to crumble away on the continental U.S. The not-so-short-lived boom gave way to a not-so-short-lived oil-price depression.

Before I sign off til the next post, which will continue in the middle of the second phase, I would like to present a borrowed graph on how this process of price "overshoot" and underperformance works:


Source: Andrew Butter  http://www.marketoracle.co.uk/Article35377.html

For the explanation: The middle line is that of oil's GDP-input. The theory is that it should remain somewhat constant - here demonstrated simplistic as 3.8% of GDP. The long swing above the mid-line during the 1970s and '80s bubble was mirrored by a bear market for oil during the 1990s. The short swing above from 2005-8 by a short swing below 2008-2010. Included is the author's guess at where price action could be going.