Dependence
on oil creates national security issues. There's too many people who
have got oil that may not like us.
—George
W. Bush, 2007
The world oil market controls the price you pay for gas at your
neighborhood gas station. Taxes, gas station profits, and
oil-refinery profits also take their toll, but when you see the price
of gas go up twenty cents in one week, that’s the world oil
market in action. There’s no escaping it. Even if your gas
station sells gasoline made from 100 percent American oil, the price
will go up exactly the same amount. Even if you buy American corn
ethanol, the world oil market will hit you just as hard.
This spells bad news for the most popular path to energy
independence—alternative fuels. But there are two other paths
that the world oil market treats more kindly—conservation and
electric cars. Conservation defeated OPEC years ago, and conservation
wins again when it comes to protecting American consumers.
Oil
Tankers Make the Market
Although oil tankers are expensive to build, they move so much oil so
cheaply that they add relatively little to the price of oil. Cheap
transportation of oil keeps oil prices aligned around the world.
For example, America buys more oil from Canada than from any other
country, and Canadian companies can sell oil profitably for $60 a
barrel. Did this help us when the world price went to $100 per
barrel in early 2008? Unfortunately, it did not. Canadian companies,
like all oil companies, can sell their oil anywhere in the world with
only a small charge for transportation. So when China or Germany is
paying $100 per barrel, Canada is not going to sell oil to the United
States for $60 a barrel.
The ability of oil companies to sell anywhere with only a small
transportation cost means no oil company will sell oil much below the
world price of oil. That is what creates a single world oil price.
Because there is basically only one price, it doesn’t really
matter who America buys from. Buying from Canada is no protection at
all. If there’s a shortage, the price we pay will go up just
the same. (See also Military Oil.)
A significant supply disruption anywhere in the world will cause a
price shock everywhere, so a world market may seem to increase the
danger. But it also dilutes the shock by spreading it over the whole
world. In another way, having a unified world oil market provides
excellent protection. OPEC cannot harm the U.S. supply of oil without
harming the whole world equally.
Even if America bought most of its imported oil from OPEC, cutting us
off would cause us no special harm. Here’s what would happen.
Our oil companies would immediately offer to buy oil at a bit above
the world price from any oil company in the world. Since any of them
could make money by buying at the world price and selling to us for a
bit more, many would be happy to do so. In fact, they would compete
to get our business and that would keep us from having to pay much
more than the going price. For a very small premium above the world
price of oil, we would get all the oil we want at the world price, in
spite of OPEC.
Put more simply, if OPEC cut 5 million barrels a day from the United
States, or from Japan, or from any where else, the effect would be
the same. The price of oil would rise, perhaps very significantly,
but the world-oil market would assure that the pain was shared
evenly. All countries would buy less because of the high price and
not because of whom OPEC favored or embargoed. OPEC can cause a
shortage and raise the price, but it cannot effectively target any
country.
These considerations tell us that the world oil market behaves quite
simply in at least two ways.
These two points provide all the understanding of the world market
needed to analyze the three paths to oil independence.
Three
Paths to Independence?
There are three basic approaches to energy independence that differ
in the way they are affected by the world oil market. These
approaches are:
Produce more
liquid fuel domestically (fossil and non-fossil).
Use less liquid
fuel (conservation).
Use electricity
not produced by liquid fuel (electric cars).
“Liquid fuel” includes various alternative fuels and not
just oil, because the “oil market” actually extends to
all liquid fuels that can substitute for each other in the
transportation system. They don’t have to be perfect
substitutes, there just has to be some fairly cheap way to use one in
place of the other.
For example it’s quite easy to use more ethanol and less
gasoline or vice versa. Any time two fuels are good substitutes their
prices are very closely tied together, so we can think of them simply
as part of the world liquid-fuel market. Nebraska has tracked the
wholesale price of ethanol and gasoline since 1983 and ethanol has
averaged only 3¢ per gallon more than gasoline, even though
their prices don’t track perfectly every year. For our
purposes, ethanol can be considered part of the world oil market.
The next step is to apply what we know about the world market for
liquid fuels to each of these strategies.
The Produce-More Strategy. Producing more has long been the
strategy favored by the oil industry, although they are not at all
keen on farmers producing more ethanol. In any case the
“produce-more” strategy is so popular that other
strategies are often overlooked.
We can produce more liquid fuel by converting corn to ethanol,
converting soybeans to diesel, drilling for oil in Alaska’s
National Wildlife Refuge, or converting coal to gasoline. In the
future there will be even more options, some better, some worse. They
all have different costs and different pros and cons. To the oil
companies, alternative fuels include liquid coal, shale oil, and oil
from federally restricted areas. To ecologists, alternative fuels are
renewable biofuels. With regard to energy security, alternative fuels
are all the same. Their effects on global warming, however, differ
sharply.
President Bush promises we will be making 35 billion gallons of
alternative fuels by 2017. So you might think we are well on our way
to energy independence and are at least partly protected from the
next OPEC oil shock. Unfortunately, even with all that ethanol, an
oil shock would hit U.S. drivers just as hard as it would without the
extra fuel. But there will be one big difference. The
alternative-fuel producers will make a killing. If we are using 35
billion gallons of ethanol, they will sell each of those gallons for
exactly the same price as OPEC-based gasoline, and the oil producers
will pocket the price increase as profits. That’s how the world
market works.
This is not just a theory. Almost half of our gasoline is
domestically produced, and the cost of producing that gasoline
doesn’t change at all when OPEC raises the price of oil. But
when the world oil price increases, so does the retail price of all
gasoline, whether it is made from domestic oil or foreign oil. There
are no low-priced gas stations selling domestic gasoline. There will
be no low-priced domestic ethanol stations or low-priced domestic
liquid-coal stations either. As we’ve seen, all liquid-fuel
prices move together. (See also Control
Oil Price?)
So is the produce-more strategy just a hoax? Not quite. It helps in
two ways. First, as explained in the previous chapter, producing more
(or consuming less) helps reduce the world price of oil. Producing 35
billion gallons of ethanol could reduce the world price of oil two or
three percent. Second, it means some of our gasoline dollars that
would otherwise flow to OPEC or Canada will instead flow to the
American or semi-American companies that make the extra liquid fuel.
I say semi-American, because Archer Daniels Midland, the biggest
ethanol producer, as well as the big oil companies, are all
multinationals and not exclusively American.
So if terrorists blow up a Saudi oil field, alternative fuels will
provide no protection for American consumers. If we are using lots of
American-made alternative fuel, alternative fuel companies will make
a killing off the oil-price shock by charging American consumers the
world price of oil.
Robert Gates, Secretary of Defense in the second Bush Administration,
led a scenario exercise called “Oil Shockwave.” In it,
top former government officials took part in a series of "Cabinet
Meetings" and discussed an unfolding energy crisis. The 2005
report concluded in part:
THE
MYTH OF "FOREIGN OIL"
Oil
is a fungible global commodity that essentially has a single world
benchmark price. Therefore, a supply disruption anywhere in the world
affects oil consumers everywhere in the world. U.S. exposure to
world price shocks is a function of the amount of oil we consume
and is not significantly affected by the ratio of “domestic”
to “imported” product. The emphasis placed on foreign oil
is greatly exaggerated and provides little meaningful insight.
[emphasis added]
The Use-Less Strategy. The conclusion of the Gates Oil
Shockwave exercise, just cited, points to two further inferences.
First, if the “exposure to world price shocks … is not
significantly affected by that ratio of ‘domestic’ to
‘imported’ product,” then producing ethanol or more
oil domestically will not significantly increase our energy
independence. This is exactly what we have just concluded.
Second, since the “exposure to world price shocks … is a
function of the amount of oil we consume,” then the path to
independence is to consume less. In other words, our second path, the
use-less strategy, works.
The math on this approach is simple. If your car uses half as much
gasoline, you will be hit half as hard by an oil price shock. If it
uses the same amount, but a different kind of fuel, you will be hit
just as hard. All liquid fuels change price together. Conservation
provides the protection that alternative fuels fail to provide.
Replacing a gallon of gasoline with corn ethanol and conserving a
gallon of gasoline both reduce oil use by about the same amount.
Conservation does slightly better because alternative fuels, such as
ethanol, use a little gasoline in the making. So conservation reduces
imports slightly more and lowers the world oil price slightly more
than the use of alternative fuel.
What conservation does not do is provide windfall profits to
alternative-fuel companies during an oil crisis. Conservation will,
however, provide profits for companies, such as auto makers, which
supply the technology used for conserving gasoline and oil.
Using less comes in many flavors. Homes heated with oil can be
insulated better. We can give car makers stronger incentives for fuel
efficiency. We could place an untax on oil (as described in chapter
7). This last approach will stimulate all types of oil conservation.
The Use-Electricity
Strategy. Charge your electric car’s battery
with electricity made from coal, and you can drive with coal instead
of oil. Charge your battery with electricity made from wind or solar,
and you can drive without any fossil fuel. Battery technology is not
quite up to this challenge, but it is getting close.
This is actually just another form of “use less” liquid
fuel, but I mention it separately because it shows that, someday, the
United States can become completely energy independent. Unlike liquid
fuels, coal is not a good substitute for oil. So an oil price shock
changes the price of coal very little. In the long run, non-liquid
alternative energy may provide a path to nearly complete energy
independence.
Conclusion
Oil price shocks hurt consumers and bring riches to oil companies.
This has always been true and it will remain so. It is just the way
markets treat producers and consumers when there’s a shortage.
Switching from gasoline to an alternative fuel means staying
addicted, and it means an oil price shock will still hurt consumers
just as much. But some alternative fuel companies would get a share
of the riches that used to go exclusively to oil companies. Again,
these are likely to be large multinational corporations, and some may
well be oil companies producing “alternative” fuels such
as liquid coal.
Conserving fuel reduces our addiction and the pain of an oil-price
shock. A gallon not used cannot cost us anything no matter what the
price of oil.
The bottom line again strongly favors conservation over increased
supply. In the last chapter, conservation proved the best strategy
because it was available more quickly and saved much more than
increased supply could replace. This time conservation dominates
because it helps protect consumers from oil price shocks while
increased supply does not. Gallon for gallon, it is also a bit better
at reducing the world price of oil.
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