WASHINGTON—Whether it’s 35,000 or 60,000 or 100,000 barrels of oil gushing into the Gulf of Mexico daily, it’s an overwhelming and mind-numbing figure for most Americans to try to grasp. And the total keeps mounting. Still, University of Delaware professor James Corbett spied a lesson among this unbearable wreckage of tar balls and petroleum plumes.
Sensing what schools call “teachable moments,” the professor of marine policy at the university’s College of Earth, Ocean and Environment is attempting to put a portion of the seemingly endless ecological calamity into perspective.
His result is an evolving Web page that calculates how many cars, trucks and ships all of those spilled barrels of crude—once refined to gasoline, diesel and residual fuel oil—could have powered during the course of a year. Each barrel holds 42 gallons.
“One of the messages here is that this is not fuel for very many cars, compared to the consequences of the spill,” Corbett said. “And the consequence here is bigger than anybody envisioned.”
There are other possible lessons that emerge from using Corbett's tool, which he designed to be value-neutral.
“I was looking for what would be the right comparison to help people understand the spill in a context that made sense,” Corbett told Solve Climate in an interview about the project he brainstormed over the Memorial Day weekend. “This is a context-provider. It’s not definitive.”
For instance, as of today—Tuesday, June 22—it has been 64 days since the four-mile-deep exploratory well blew out. Use one of BP’s original estimates of 5,000 barrels per day, and the arithmetic shows that’s enough to fuel 11,000 cars and 900 trucks for a year and a container ship for 15 days. Container ships burn through an average of 667 barrels of fuel daily, more than other ships because of their higher sea speeds.
Plug in BP’s worst-case scenario figure of 100,000 barrels daily, and that translates to 229,000 cars and 19,000 trucks annually and a container ship for 317 days. Punch in 50,000 barrels daily, an average estimated by scientists, and that’s enough to fuel 114,000 cars and 9,500 trucks for a year and a container ship for 158 days. Government scientists now estimate the flow is somewhere between 35,000 and 60,000 barrels per day.
Corbett, reached while traveling in Ireland for work-related business, tweaks the site as more information is revealed. He draws data from the U.S. Department of Transportation's Bureau of Transportation Statistics and the U.S. Census Bureau.
Enough Fuel for Cars in a Small City for a Year
Visitors can also interact with a map that lists dozens of U.S. counties and cities with between 100,000 and 200,000 automobiles. It’s places such as Reno, Nev., Buffalo, N.Y., Salem, Ore. and Savannah, Ga., where the spilled oil could power vehicles for at least a whole year.
Is that enough fuel to make deepwater drilling worth the risk?
Devastation to the intricate, highly evolved food chain of the Gulf is so severe that scientists estimate it will take decades for some sort of normalcy to return to these vulnerable and fragile habitats for aquatic animal and plant life.
Even the oil and natural gas that BP is now recovering daily—an estimated 15,000 barrels that is expected to rise to a capacity of 80,000 barrels by mid-July—is not refinery-bound because it is being flared at the rig.
If the spilled oil had been refined, Corbett estimates its value would be in the neighborhood of $225 million, using a base price of $75 per barrel.
Today, oil is selling for about $77 a barrel. Is it any wonder some observers find that to be an absurdly reward for an offshore undertaking that has spurred a six-month deepwater drilling moratorium and raised more and more watchdogs’ eyebrows since April 20?
Why in the world did you not include the link to the webpage, or at the least the URL?
A web search for the University of Delaware Earth, Ocean and Environment James Corbett produced this http://www.udel.edu/udaily/2010/jun/corbett060910.html