fbpx
Donate Newsletters

No Margin for Error

[prettyquote]“Clearly, the heads and shells of DOT-111 tank cars…can almost always be expected to breach in derailments that involve pileups or multiple car-to-car impacts.” — National Transportation Safety Board, June 19, 2009.[/prettyquote]

Much of the oil traveling by train to the profusion of new oil-by-rail terminals is shipped in what one Chicago-area leader called the “Ford Pinto of railroad cars.” These are the soda-can shaped tank cars, DOT-111s, built to standards in effect as recently as 2011 that have a “high incidence of failure during accidents.” If used to ship crude oil, their design flaws pretty much guarantee that a serious train derailment will lead to oil spills or massive explosions.

One summer night in 2013, a rail accident involving DOT-111s resulted in a catastrophic explosion that killed 47 people in a small town in Quebec. In the months that followed, DOT-111s carrying oil unleashed towering explosions in Alabama, North Dakota, and New Brunswick.

These mishaps were not accidents, so much as they were the logical consequence of a sea change in the way that we transport crude oil. A few years ago, a sudden oil boom from shale geologies, such as the Bakken formation of western North Dakota, caught almost everyone by surprise. With few good options for moving the abundant new found oil to market, companies turned to railroads in a big way: shipments of crude oil by rail spiked, and then spiked again.

Yet shippers are moving oil largely in the old DOT-111 tank cars that for more than 20 years we’ve known are unsafe. In fact, since 1991, the National Transportation Safety Board (NTSB) has issued several crash investigation and safety recommendation reports involving tank cars documenting the inadequacies of the DOT-111 standard.

Things came to a head after a high profile collision in 2009 when a slow moving train composed of DOT-111 cars hauling ethanol derailed at a road-crossing in Cherry Valley, Illinois. The resulting fireball fatally burned a passenger and seriously injured three others in vehicles waiting at the crossing. Local officials had to evacuate residents within a half-mile of the incident.

A tank car carrying ethanol involved in the Cherry Valley derailment showing head (tank car end ) failure lying next to burned automobile. Arrow points to head failure. (Credit: NTSB)
A tank car carrying ethanol involved in the Cherry Valley derailment showing head (tank car end ) failure lying next to burned automobile. Arrow points to head failure. (Credit: NTSB)

Read more

Video: How Oil Trains Put the Northwest At Risk

Why should the Northwest worry about the oil-by-rail projects that are cropping up around the Northwest? In three-and-a-half minutes, here’s your answer: This is a beautiful piece of work (and I’m not just saying that because I’m featured in it). Big thanks to Portland-based filmmaker Trip Jennings who produced the video, as well as to … Read more

CARTOON: How Communities See Oil Trains

Cartoonist Marty G. Two Bulls Sr. nails it with his depiction of the oil-by-rail schemes popping up around the country. Enough said. Two Bulls is an Oglala-Lakota from the Pine Ridge Indian Reservation in South Dakota. You can find his graphic and editorial cartoon work on his website and read about him in this profile. … Read more

Why Bakken Oil Explodes

Screen shot of BBC footage of ND oil train explosion.

In early January, a federal agency alert made clear what many already knew: that crude oil from the Bakken formation is more prone to explosion than other types of crude oil. The warning came after tank cars carrying Bakken oil exploded in three separate railroad accidents in Alabama, North Dakota, and Quebec. It’s a worrisome finding for the hundreds of communities that host loaded oil trains every week.

Let’s take a closer look at some particular issues with Bakken oil.

What’s different about Bakken oil?

Bakken oil is a type of “light sweet crude,” a relatively high quality oil that is easier to refine into commercial products, but also easier to ignite. A few decades ago, light-sweet crude was the dominant oil type in the US. Light oil is by no means new to the industry, but the recent boom in oil extraction in the Bakken and similar deposits elsewhere does represent a new and unexpected development for the industry.

Read more

Another Oil Train Blows Up, Because That’s What They Do

This one in New Brunswick: A Canadian National Railway Co. (CNR) train carrying crude oil and propane derailed in the eastern province of New Brunswick and sparked a blaze that was still burning more than 12 hours after the accident. A helicopter is being brought in today to pinpoint what is ablaze in the wreckage … Read more

Oil Trains: What You Should Be Reading

Screen shot of BBC footage of ND oil train explosion.

With the recent blow-up in North Dakota, it seems everyone is (finally) paying attention to the risks of oil train explosions. I’m planning more analysis of the issue later, but for now here’s a roundup of some of the better pieces to read on the subject.

Hands down, the best reporting on the risk of oil-by-rail is coming from Canada’s flagship newspaper, the Globe and Mail. Grant Robertson’s first-hand investigation into the Bakken oil industry is particularly noteworthy. Among the damning findings:

A four-month investigation by the Globe and Mail found the oil being shipped from the Bakken region—which straddles North Dakota, and parts of Manitoba and Saskatchewan—is far more volatile than regulators and railways believed. The Globe found evidence that companies often don’t test their oil shipments for explosiveness before sending the trains, since crude oil, though flammable, hasn’t historically been considered extremely combustible.

The investigation also found that as more oil moved by rail in the past few years, no additional safety regulations were put in place by regulators to govern this growing method of shipping crude.

Robertson also had a good piece connecting the recent explosion in Cassleton, North Dakota to the lethal explosion in Lac-Mégantic, Quebec. For further Globe and Mail coverage of the North Dakota incident, I recommend the following: Town ‘Dodged a Bullet’ in Oil-Train Explosion, North Dakota Mayor Says; Booming North Dakota Takes Latest Oil-Train Wreck in Stride; and Pollution Level Dropping After Oil Train Crash in North Dakota.

Read more

Washington’s Oil: Where Does it Come From and Where Does it Go?

As a raft of oil-by-rail projects in the Northwest has gotten underway, I’ve been asked by any number of folks about the source of Washington’s oil. So as a reference point, here are three snapshots of the state’s oil flow, circa 2011. All of the charts below are taken directly from a report from the Washington Department of Ecology.

Here’s a map—click to enlarge it—of the routes taken by refined products in Washington.

ScreenHunter_239 Dec. 04 10.18As the Ecology report explains, fuels refined in Washington—mainly at the four refineries indicated by red triangles in north Puget Sound—travel along the Olympic Pipeline to terminals located nearby and to Portland. From Portland, some of the fuel is barged to a terminal in Pasco. Eastern Washington gets the balance of its gasoline and diesel from Montana and Utah via pipeline.

Read more

Video: Sightline On Oil Trains

For your viewing pleasure, I give you two takes on how fossil fuel export plans could reshape life in the Northwest. Number one, a forum on oil transport hosted by Washington Environmental Council. My act, which provides an abbreviated overview of the changing nature of oil in the Northwest, starts at about 6:10 here: You … Read more

US Oil Train Trends: Four Basic Pictures

Oil-by-rail schemes are popping up across the Northwest and beyond, raising serious questions about public safety given that they have a nasty tendency to explode catastrophically. Even more worrisome, oil train numbers are increasing at a rate so astonishing that we cannot rely on historical trends or safety statistics. To illustrate the new era of freight rail, I put together four charts drawn from data published by the American Association of Railroads.

Oil is far and away the fastest growing type of freight hauled by rail in the US (although its increase does not come close to offsetting the recent precipitous decline in coal transport).

change in railcar volumes

From 2009 to 2012, oil by rail volumes multiplied more than 21 times, from fewer than 11,000 railcars nationally to well over 230,000:

oil train volumes, annual

Read more