Viridian Note 00316: Hubbert's Peak
Bruce Sterling [email@example.com]
Key concepts: Hubbert's Peak, Kenneth Deffeyes, Eric Hughes, world oil production, economic transformation, geopolitics, book review
Attention Conservation Notice: Conveys the oft-repeated mantra that humanity might run out of oil sometime.
Weird photomicroscopy contest. http://www.microscopyu.com/smallworld
Core77 goes to the International Contemporary Furniture Fair. http://www.core77.com/reactor/icff2002/index.html
(((I saw the SKIN design show entirely by accident, because I got stuck in Manhattan due to a deluge at La Guardia. Ellen Lupton has outdone herself. Run, don't walk to see this. It's worth eight dollars just to sit in the Freedom Chair at the Cooper-Hewitt museum store.
(((If you go to this SKIN show and you somehow do not like it, let me know and I will personally refund your ticket. And then I will purge you from Viridian List because you have no taste.)))
(((I have received this elegantly composed rant from Eric Hughes, who often favors us with his perorations.)))
Viridian Book ReviewEric Hughes <eh*speakeasy.net>
Mon, 10 Jun 2002 11:42:42 -0700
Spam-Status: No, hits=-4.4 required=5.0 tests=IN_REP_TO version=2.20 X-Spam-Level: SpamAssassin Lets Mr. Hughes Survive!
Reviewed by Eric Hughes
One of my favorite Matt Groening cartoons is near the
beginning of the Love is Hell series, where he recommends,
next time you are think about doing something shameless,
just consider "how long you're going to be dead". Below
that is a timeline, stretching to infinity in both
directions, with a small black dot in the middle labeled
"you are here."
The same illustration might well have been captioned
"how long you're not going to be mining oil from the
This last weekend I had the great pleasure of reading
Hubbert's Peak, a book on the global petroleum industry.
The author is a recently-retired geologist who taught at
Princeton for thirty years, worked in the oil industry
before that, and grew up in the middle of Kansas oil
fields. The man is pure oil-intelligentsia, a category I
was not previously familiar with. The book contains a
wealth of detail, not exhaustive and dry detail, but
selective and illuminating detail.
The purpose of the book is to make and justify a
prediction about the year of maximum world oil production.
His precedent is a 1956 prediction by M. King Hubbert (a
former colleague of his) that U.S. oil production would
peak in the early 1970's. The actual peak was 1970.
Let's cut to the chase. Deffeyes's prediction is
2004.7, plus or minus a couple of years. As he says
immediately thereafter: "There is nothing plausible that
could postpone the peak to 2009. Get used to it."
I'm not going to summarize the argument; that's the
content of the book. I will summarize, though, the
subject elements that lead up to the argument: initial oil
formation, the geology of its deposits, prospecting,
drilling and extraction, and the statistics of oil fields
and their discovery. He then spends a couple of chapters
on Hubbert's argument, and another couple on the future.
It's a relatively slender book, only about 200 pages.
It's plenty to make his point, without overflowing into
One of the delights of the book is the author's sense
of humor. At one point in the text he presents a
particular way of doing a graph that he's proud of. Fifty
pages later, in an endnote, he makes the following
comment: "Here in the back of the book, where my editor
isn't likely to look, we can derive the equation." This
combination of enthusiasm and restraint in the exposition
is one of the charms of the book.
Another appreciation I got from this book is the
difference in the dynamics between oil and gas production.
They are intertwined in terms of their discovery and
production techniques, but their drilling and markets are
Oil is found primarily in the "oil window" of 7,500
and 15,000 feet; gas is found below those depths. Both
are sources of combustion energy, but they aren't direct
replacements. In order to switch, capital has to be
invested, which takes a while. The oil peak really
matters, since it's not possible to immediately transition
to natural gas or any other energy source.
It is easy to question individual assumptions and
intermediate conclusions in the argument. That's not
really the point, though. The conclusion that Deffeyes
draws is both very narrow and quite robust. His only
point is to estimate the year in which the most oil will
be taken from the ground worldwide. He is not making a
prediction about oil prices, about how many years of oil
there are left, nor of any number of other questions about
the dynamics. What's interesting is that under many
variations of the model and permutations of the
assumptions, the peak year doesn't really budge.
The model is robust against variations in reserve
estimates. As recently observed on this list, total
reserves depend a lot on the prevailing oil price. This
observation, though, doesn't change the estimate of the
peak year of production. Discoveries lead production by
about 11 years. This reflects the capital investment
cycle and the time needed to get into production.
As oil prices rise, existing reserves come into
economic viability, but still with a lag time, and that
lag time is longer because many of these sources require
technology transfer in addition to the capital spending.
As a result, there may well be some local upswings in
production after the peak, but total world production will
never reach its maximum again.
Along the lines of other critiques, Thomas Gold's idea
of deeply buried hydrocarbons does not change this
prediction of the oil peak. First, Gold is speaking
primarily of methane, the principal component of natural
gas. Even the partial replenishment referenced in
Viridian Note 00314 was "very light oil and gas." The oil
window goes down only to 15,000 feet because below that,
it's too hot for long-chain hydrocarbons to be stable. So
even if Gold is right about oil and gas being produced by
microbes from raw organic materials embedded in the earth,
that doesn't change the timing of the oil peak. Deep
drilling for oil is poppycock; deep drilling gets you gas, not oil.
This is a science book, not an economic or political
tract. Deffeyes makes no political predictions, but he
does observe that political disruption is inevitable. The
U.S. oil crisis of the early 1970's was precipitated by
the peak of U.S. oil production in 1970. Prior to that,
fluctuations in U.S. demand could be satisfied by simply
pumping more American oil. After the American peak, the
excess demand could only be met with overseas oil. Once
OPEC realized this, there was a "crisis".
The disruptions that will happen after a world oil
peak will be even more interesting, as in the curse about
"interesting times." Excess demand is going to be met by
rationing; some will simply have to go without.
Previously, demand could be met by shifting the source of
supply. This time there is no more source of supply
anywhere. The few years after the peak will be particularly
disruptive, since during that time many profound assumptions
about the way the world works will be proven wrong.
Bad investment decisions will be revealed in hindsight,
and one should expect an orgy of finger-pointing.
Deffeyes mentions a potential flashpoint: "You
guessed it; several islands stick up in the middle of the
South China Sea, and the drilling rights are claimed by
six different countries." These, as I recall, are the
Spratly Islands. The claimants, just to give an idea of
the touchiness of the situation, are China, Taiwan,
Vietnam, Malaysia, Brunei, and the Philippines. Control
of the islands is currently divided between the six
After a world oil peak, oil prices will go inevitably
upward for some years, continuously increasing the stakes.
This is an unstable situation that may well lead to war.
If this sounds alarmist, it's worth considering the Middle
East, the single largest oil region in the world. Ask
yourself if the U.S. would have much political interest in
a Middle East without oil fields.
I have painted a pessimistic picture of the medium-term
future. The long-term future, while not worked out, has
no such negative necessities. For one, there's plenty of
oil left after the peak of production; it's just going to
get rarer and more expensive. The taps won't all turn off
at once. There is plenty of time to develop a successor
energy infrastructure. Note that I didn't say
"alternative energy infrastructure." There won't be
anything alternative about the successor energy regime.
Right now everything is an alternative to oil. Soon
these other sources will become the main ball game. I was
gratified to read about the large remaining natural gas
reserves. Reformation of natural gas is the best
immediate source of fuel hydrogen, and there's plenty of
it. Making the transition to a hydrogen economy will
cost, but it will certainly be possible.
On balance, I'd consider this book a Viridian must- read. It's a wake-up call, a particular Viridian competence. Every important opinion needs enthusiasts as promoters. I'll be promoting the lesson of Hubbert's peak; please do likewise.
O=c=O O=c=O O=c=O O=c=O O=c=O O=c=O