As the Fallout from the BP oil spill splashed into the halls of Congress early this summer, we asked a few faculty experts for their analyses.
Dean of the Simon School and a professor of economics and public policy
In the short run, there’ll be very little impact on gas prices because there wasn’t the expectation that this oil would be hitting the market for a while.
The risks of something like this spill happening grow over time as oil becomes harder to find. When you push the envelope, you get greater risks. It also looks, though, like this incident involved basic complacency and not taking the rules seriously enough.
There are opportunities to learn from what has happened—we learn by doing. We may conclude that there are costs we need to factor into oil production—for example, there was no second rig on hand in this case, and that might have made a difference—things we need to pay for as backup insurance.
The spill is likely to change how we approach our liability laws and our regulatory policies. If companies aren’t fully liable for their costs, they end up running greater risks. When regulatory rules say you’re only liable up to $75 million—the current liability cap for the oil spill—people act on that.
If energy prices move to $150 a barrel, the issues become much more real for people, because we’re going to have to figure in the environmental component into the cost of procuring this oil. And as an economist, I say the best way of getting people to become aware of that cost is market forces. We—not just Americans, but people around the world—have to make choices about where we live, what we drive, and how far we’re going to commute.
Living day to day in contact with students and alumni, I’m very optimistic. I see ideas and passions percolate about how to solve these problems, and that gives me great hope.
Executive Professor of Business Administration
Firms facing a crisis like BP’s must take a proactive posture right from the beginning. A delayed, reactive approach doesn’t work today. All major companies should have a contingency plan on the shelf, ready to deploy the minute a disaster happens.
It’s a given that BP will be facing a multitude of problems as a result of the Gulf oil spill, which President Obama has called “an unprecedented environmental disaster.” Undoubtedly it will hurt future drilling—new leases are granted by the government—and that could impact future gasoline supply for the U.S.
The overall environmental damage is huge, affecting wildlife, game birds, and the fishing industry, which is a major industry for the area—thus eventually driving up prices for fish products for the average consumer. The tourist industry, which is very big, is getting vacation cancellations—allegedly in reasonably large numbers—which reflects another economic hit for the area. That’s worth about $100 billion per year, according to CNN Money. The fishing industry is seemingly “wiped out” in certain areas for some uncertain period of time. Fishermen are probably the most directly affected by the spill since reports say the government has closed down over 20 percent of the federal waters for fishing activity.
Senior Lecturer in Chemical Engineering
In terms of the significance of this oil reserve, it’s clearly a promising discovery. A good initial flow rate doesn’t necessarily indicate good reserves, but the fact that the well has been flowing at a very high rate that isn’t noticeably diminishing suggests that it’s an excellent reservoir. To offer some perspective, even with the very high flow from this well, it has probably produced a total of less than a million barrels of oil—which equates to one hour of U.S. petroleum consumption.
The depth of this well guarantees very high pressures. At its depth—some 18,000 feet below sea level—the pressure would be expected to be at least 9,000 pounds per square inch—and it can be much higher than that. The formation fluid pressures are normally contained by the weight of the drilling fluid—what drillers call “mud”—in the hole. However, when gas enters the well-bore, it can push some mud out of the hole, decreasing the mud pressure, allowing more gas to flow into the well-bore. This is a self-aggravating problem. It’s controlled by the blow-out preventers, which would normally stop it before it escapes. They failed in this case. We need to assess carefully what went wrong in order to add more levels of redundancy to prevent this kind of failure again.
Unfortunately, this spill is not likely to aid the transition toward more sustainable energy, because it isn’t pushing prices up and the alternatives still can’t compete effectively against cheap oil. I would hope that it convinces Americans that we need to reduce the demand for petroleum, through conservation.