Oil on the Tracks: More Oil Spills from Railcars in 2013 than in Previous Four Decades
As a direct result of the Bakken shale oil boom, more crude oil was spilled from rail cars last year than in the previous four decades combined. That’s according to a McClatchy analysis of federal data from the Pipeline and Hazardous Materials Safety Administration, which governs rail transport of liquid fuels like crude.
The analysis revealed more than 1.15 million gallons of crude spilled in 2013, considerably more than the 800,000 gallons spilled from 1975 (when the government started collecting data on spills) to 2012.
The rail industry likes to boast a 99.99% success rate in delivery shipments without incident, and that number remained consistent in 2013, with 1.15 million of the roughly 11.5 billion gallons shipped by rail being spilled. What did change was the volume of actual crude being shipped by rail.
As we’ve covered before, there is a massive boom in crude-by-rail throughout North America, with a nearly 2400-percent increase in crude railcar shipments in five short years from 2008-2012. As it turned out, 2013 was another record-setting year.
These charts from the Association of American Railroads (PDF) and the EIA show the trend pretty clearly:
Bakken crude production has become so dependent on trains that an official at North Dakota’s Mineral Resources Department claimed last month that 90 percent of the state’s crude would move by rail in 2014.
The McClatchy piece features an interactive map that allows you to see the size and location of every spill, year-by-year.
Several years show just a single spill. Most years, up until 2008, experienced fewer than a handful. There wasn’t a single spill recorded in North Dakota until 2008, when the Bakken boom truly commenced and crude-by-rail took off in the region.
You can explore the data and play around with the map at the bottom of the original McClatchy piece.
Within the past year — and indeed the past few weeks — North American tracks have experienced a number of very high profile — and, again, in some cases fatal — crude-by-rail derailments, explosions, and spills. Here’s recent DeSmog coverage of some of the worst and most recent:
- In August, a runaway oil train tragically exploded in Lac-Mégantic, Quebec, releasing an estimated 1.58 million gallons of oil and killing 47 people.
- In March, a Canadian Pacific Railway train jumped the tracks and spilled roughly 30,000 gallons of tar sands crude in western Minnesota.
- In October, a train carrying crude oil and liquefied petroleum gas derailed west of Alberta, Canada, causing an explosion and fire.
- In November, 20 cars of a 90-car train carrying Bakken crude derailed and exploded in western Alabama,
- On December 30th, a 106-car oil train slammed into another derailed train in Casselton, North Dakota, exploding and sending a massive mushroom cloud hundreds of feet into the sky, and forcing the evacuation of hundreds of local residents.
- Earlier this week, a train carring Bakken crude across a Philadelphia bridge derailed and dangled precariously over an expressway and the Schuylkill River.
While derailments may still be statistically rare, the massive increase in overall shipments of Bakken crude on North American railways makes some incidents inevitable. Because of the chemical nature of Bakken shale oil, this presents a unique threat. On January 2nd, the PHMSA announced that the crude oil being transported from the Bakken region “may be more flammable than traditional heavy crude oil.”
According to U.S. Transportation Secretary Anthony Foxx, at a closed door meeting between federal regulators, railroad representatives, and an official of the American Petroleum Institute earlier this month, the rail industry agreed to take voluntary steps to immediately make their crude-by-rail shipments safer. What exactly these voluntary measures would include is so far a mystery.
Meanwhile, regulators at PHMSA are expanding the so-called “Bakken blitz” to investigate the chemical makeup of crude from the Bakken shale plays in order to determine whether more strict regulations of their transport are necessary.
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