Everything You Know About Peak Oil Is Wrong

We’re not running out of resources. Quite the contrary. And in our abundance lies a paradox

At some point in the coming months, the confrontation between the West and Iran over the Islamic republic’s nuclear program may reach a breaking point. Even assuming the two sides manage to avoid full-fledged military conflict, the crisis could still cause significant disruption to the world economy. An embargo against Iranian oil exports, or a move by Iran’s leaders to close the Straits of Hormuz—or both—could send the price of oil soaring and jeopardize the re-election hopes of leaders from Paris to Washington. And as happens with every oil crisis, pundits will insist that the pain we’re feeling is nothing compared to what it will be like when the world finally runs out of black gold.

We’ve been warned before. Four decades ago this year, five scientists from the Massachusetts Institute of Technology published an influential set of predictions regarding the sustainability of human progress. Titled Limits to Growth, their report suggested the world was heading toward economic collapse as it exhausted the natural resources, such as oil and copper, required for economic production. The report forecast that the world would run out of new gold in 2001 and petroleum by 2022, at the latest.

Over the intervening years, the threat of “peak oil” has stayed with us—the date when global petroleum production was to reach its supposed maximum, afterward and evermore to decline as dwindling reserves were tapped out. And the exhaustion of the world’s oil reserves was just the start. A host of other critical natural resources, from phosphorus to uranium, have been declared peaking or already peaked.

Forty years later, however, rereading Limits to Growth invokes a growing sense of irony. Far from being depleted, worldwide reserves of minerals continue to climb. New technologies suggest the dawn of U.S. energy independence. The biggest concern isn’t that the planet is running out of resources—it’s having too many for the planet’s own good.

Start with oil. In 1971, the Limits to Growth team forecast that the world’s supply would run out 10 years from today. And yet according to renowned oil analyst Daniel Yergen, technology advances and new discoveries have allowed oil reserves worldwide to keep growing. For every barrel of oil produced in the world from 2007 to 2009, 1.6 barrels of new reserves were added. The World Energy Council reports that global proven recoverable reserves of natural gas liquids and crude oil amounted to 1.2 trillion barrels in 2010. That’s enough to last another 38 years at current usage. Add in shale oil, and that’s an additional 4.8 trillion barrels, or a century and a half’s worth of supply at present usage rates. Tar sands, including some huge Canadian deposits, add perhaps 6 trillion barrels more.

We’re awash in more than oil. One British study from the 1930s predicted an acute global shortage of copper “within a generation.” Not so much. The U.S. Geological Survey estimates global land-based copper resources to be 3 billion tons or more—the equivalent of 185,000 years at current production. That’s almost double the estimate of resources from 11 years ago, which means the number may have further to climb. And when we do finally run out of land-based supplies, there are still the undersea sources to use up.

The long-term picture for phosphate, vital for fertilizer production, is also reassuring, despite a price spike in 2008: Estimated global phosphate reserves climbed from 11 million tons in 1995 to 65 million tons in 2010—equal to 369 years of current production. The list goes on: Current resource estimates suggest it will take 347 years to run out of helium, 890 for beryllium, centuries for chromium, more than a millennium for lithium and strontium. And for those Americans worried about the price of makeup, resources of talc in the U.S. alone are enough to provide more than 1,000 years of supplies at current rates of domestic production.

www.businessweek.com/

Printer Friendly version...