The Bad News at the Pump  

TomDispatch has the first of a new series of articles based on Michael Klare's new book "Rising Powers, Shrinking Planet: The New Geopolitics of Energy" - this one looks at "The $100-plus Barrel of Oil and What It Means". My one criticism of Klare's writing is that while he foresees grim times ahead, he doesn't seem to make any effort to understand and describe the alternatives to oil that we need to be developing - another case of too much "admiring the problem".

On Monday March 3, the price of crude oil reached $103.95 per barrel on the New York Mercantile Exchange, surpassing the record set nearly 30 years ago during another moment of chaos in the Middle East. Will that new mark prove distinctive in the annals of world history or will it be forgotten as energy prices drop, just as they did following their April 1980 peak?

When oil costs are plotted over time, the 1980 oil crisis -- prompted by Ayatollah Khomeini's Iranian revolution -- stands out as a sharp spike on that price curve. Both before and after that moment, however, oil supplies proved largely sufficient to meet rising global demand, in part because the Saudis and other major producers were capable of compensating for declining Iranian production. They simply increased their output substantially, dumping a surplus of oil onto the global market. Aided by the development of new fields in Alaska and the North Sea, prices dropped precipitously and stayed low through the 1990s (except for a brief spike following the Iraqi invasion of Kuwait in August 1990).

Nothing similar is likely to happen now. For the present surge in prices -- crude oil costs have risen by 74% over the past year -- no such easy solution is in sight. To begin with, we face not a sudden spike, but the results of a steady, relentless climb that began in 2002 and shows no signs of abating; nor can this rise be attributed to a single, chaos-causing factor in the energy business or in global politics. It is instead the product of multiple factors endemic to energy production and characteristic of the current era. There is no prospect of their vanishing any time soon.

Three factors, in particular, are responsible for the current surge: intensifying competition for oil between the older industrial powers and rising economic dynamos like China and India; the inability of the global energy industry to expand supplies to keep pace with growing demand; and intensifying instability in the major oil-producing areas. ...

Lurking behind soaring demand is another crisis entirely -- a crisis of production. The energy industry is now in the difficult process of transitioning from a world of easily tapped oil supplies to one in which mainly tough-oil options prevail. Those "easy-oil" supplies are the ones we've long been familiar with: the giant petroleum reservoirs in friendly, stable countries that provided most of the world's oil during the formative years of the Petroleum Age, stretching from the late nineteenth century until the Arab oil embargo of 1973.

These mammoth reservoirs include Ghawar in Saudi Arabia, Burgan in Kuwait, and Cantarell in Mexico -- monster fields that produce hundreds of thousands or even millions of barrels of crude per day. In the last quarter-century, however, discoveries of "elephant" fields like these have been almost nonexistent. The world is, as a result, becoming increasingly dependent on smaller fields, often in remote, unwelcoming locations that require far more expense to develop and bring online. This, too, is adding to the price of oil.

As an illustration of this trend, take Kashagan, a giant oil field discovered in 2000 in Kazakhstan's sector of the Caspian Sea. It represents the single largest discovery worldwide in the past 40 years. Although it does harbor significant reserves of oil and gas, the field poses staggering challenges to the international consortium of energy companies attempting to develop it. It contains, for example, high concentrations of poisonous hydrogen sulfide gas, which makes its development using conventional (and so cheaper) production technology impossible. Development costs to bring the field online have already soared from an estimated $57 billion to $135 billion with no end in sight. In the meantime, the projected date for the start-up of production at Kashagan has been continually pushed back. Once expected to come online in 2005, it's now slated for 2011 -- at the earliest. This, in turn, has led a frustrated Kazakh government to demand that the state-owned KazMunaiGaz energy company be given a larger stake in the field's operating consortium.

Most of the other big discoveries of recent years -- the "Jack" field in the deep waters of the Gulf of Mexico, the Doba field in Chad, fields off Russia's Sakhalin Island, and the Tupi field in the deep Atlantic off Brazil -- exhibit similar characteristics. They are either far offshore and difficult to develop or entail problematic relationships with unreliable governments -- or, worse yet, some combination of the two. You can essentially do the math yourself when it comes to the future cost of oil produced at such sites.

So here's the bad news at the pump: The inability of the global energy industry to keep pace with rising demand is only likely to become more pronounced as, in the years ahead, the world reaches maximum sustainable daily petroleum output and commences what just about all energy experts now agree will be an irreversible decline. No one can be sure when exactly this will occur, but a growing chorus of specialists believes that we are moving ever closer to that moment of "peak" oil output -- with some specialists placing it as soon as 2010-12.