BP may not know where oil from the Gulf gusher will go next, but Intel does. The Xeon-powered Encanto supercomputer, located at Intel’s Rio Rancho campus, is one of the fastest supercomputers in the world. And all of its 3,500 quad-core processors are devoted to tracking the potential paths of the BP disaster.
Encanto started working on the oil disaster just a few days after it began, but progress has been slow-going. The first six simulations alone sucked up over 250,000 hours
of computer time using the Parallel Ocean program, a 3-D ocean circulation model design at Los Alamos National Laboratory.
Intel researchers plugged in the latitude and longitude of the Gulf disaster to see where an electronic “dye tracer” dropped in the water might land. The results aren’t encouraging. Once the oil moves past Florida to the Gulf Stream, it could carry oil up to 3,000 miles each month–to the East Coast and beyond.
Researchers working on the project say that the supercomputer can’t provide exact calculations. The physics involved in the interaction between oil and water are impossible for the computer to calculate (researchers are working on that problem as we speak), and dispersants muddy the predictions even further. But in an interview with Wall Street Journal (PDF), one oceanographer working with Encanto stressed its reliability:
From these simulations we can say with a high degree of certainty that it is very likely sometime in the next six months that oil from this spill will get into the Atlantic,” said oceanographer Synte Peacock of the NCAR, who is running the project. “We can say that when it happens, it will be fast, much faster than anything we have seen so far,” she said.
Grim news, perhaps, but making some sense of the disaster’s direction does offer some comfort. If only we knew how to stop the toxic undersea oil cloud from creeping toward our shores.
Got information on the spill you want to share? Email us at email@example.com.
It’ll go directly to the lead reporter and editor on these stories, and
they’ll assume all initial communication to be strictly confidential.