On July 6th, 2013, one year ago today, a train carrying oil derailed in the sleepy Quebec town of Lac-Mégantic, resulting in an explosion so wild and so hot it leveled several city blocks and incinerated the bodies of many of its 47 victims. The accident put the tiny town on the international media circuit and dragged a new social concern with it: oil trains.

Whether you call them oil trains, tanker trains or bomb trains, chances are you didn’t call them anything at all before this day last year.

Before the tragedy of Lac-Mégantic, several smaller tanker train accidents across North America had already raised alarm over the danger of transporting oil and other fuels by rail in small communities with tracks often running through city centres and residential areas.

In the wake of Lac-Mégantic, however, critics, environmental organizations, journalists and concerned communities began tracking the growing movement of volatile oil shipments across the continent.

Keeping pace with oil transport

Overall shipments of oil by rail have increased by 28,000 per cent since 2009.

In 2012 nearly 40,000 barrels of oil were shipped to the U.S. each day, although surging oil production in the Bakken Shale has simultaneously led to an increase of oil by rail shipments of crude north of the border.

In 2013 oil train accidents resulted in more than 1.15 million gallons of spilled oil. This represents a 50-fold increase over the yearly average between 1975 and 2012.

According to some, the surge in rail transport of petroleum products has outpaced regulatory oversight. Lax oversight may have contributed to the devastation at Lac-Mégantic, according to the Canadian Centre for Policy Alternatives (CCPA).

In an October 2013 report, author Bruce Campbell, the CCPA’s executive director, wrote, “In my view, the evidence points to a fundamentally flawed regulatory system, cost-cutting corporate behaviour that jeopardized public safety and the environment, and responsibility extending to the highest levels of corporate management and government policy making.”

According to Transport Safety Board of Canada data, accidents involving dangerous goods have increased since last year.

Screen grab of TSB Canada data complied by CTV News. 

Poor tank design, poorer response plan

According to CN Rail chief executive Claude Monegau, poor tank car design was “one of the most important systematic issues” leading to the tragedy in Lac-Mégantic. Earlier this year a Canadian government-commissioned rail safety group said more needed to be done to ensure the safety of oil tanker cars carrying crude through communities.

Since then the government has implemented a plan to upgrade or retire generic oil tanker cars, known as DOT-111s. In February there were roughly 228,000 DOT-111 cars in operation across North American and 92,000 of those were carrying flammable liquids.

Civil engineering expert and professor Roza Galvez-Cloutier, who examined the derailment in Lac-Mégantic, recently said no appropriate plans or equipment are in place to prevent a similar situation from recurring in Canada.

“There was an evident lack of preparation at all levels,” Galvez-Cloutier said recently in a Science Media Centre of Canada webinar reviewing the events at Lac-Mégantic. “Prevention measures, preparedness and emergency plans need to urgently be updated.”

“I think there was a panic and there was a lack of co-ordination,” she said.

At the time of the incident, firefighters were cooling oil tankers without having subdued the fire, Galvez-Cloutier recounted, adding the emergency response personnel did not know what the composition of the burning oil was.

Had they known, it’s likely they would have responded more appropriately to the fire, she said, using foam suppressants, for example.

“I know that Ultramar brought in, as a last resort, some foam to assist, but this was based on their goodwill, not a pre-planned emergency measure,” she said.

Grassroots groups respond

The increase in oil tanker accidents led a coalition of environmental organizations to create an ‘Oil by Rail Week of Action’ between July 6 and 13.

The coalition includes ForestEthics, Oil Change International, 350.org and the Sierra Club.

On Monday the groups plan to launch a ‘blast zone’ website which will make communities along oil tanker routes searchable by address.

Eddie Scher, spokesperson for ForestEthics, said the website brings together rail industry data and Google maps to make evacuations zones visible.

“It allows you to plug in your address and see where you sit in relation to this Google map blast zone,” Scher told DeSmog by phone.

“And what you find, which isn’t that surprising, is that these trains — mile long trains carrying 3 million gallons of oil — go right through the centre of almost very major city in U.S.”

“Our rail system was designed to carry goods, not carry hazardous materials through city centres,” he said.

Major cities including L.A., Oakland and Chicago have oil trains running through them.

The database, which is searchable for both U.S. and Canadian addresses, is designed to bring information about oil train transport to the public, something Scher says should already be available to the communities along rail transport lines.

“It’s pretty outrageous that we’re the ones to have to do this. We’re happy that emergency responders have this information but everyone should know what’s going on.”

“We’re working on the numbers right now, but it’s easy to say with the information we have that 10 of millions of Americans live in that blast zone,” he said.

“The amount of the populations that is threatened is huge. What we’re really trying to do is to let folks see what is going on.“

Image Credit: Transportation Safety Board via flickr.

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A Canadian National (CN) Rail freight train carrying crude oil derailed and caught fire Tuesday night near the northwest New Brunswick town of Plaster Rock. No injuries have been reported.

The Transportation Safety Board ((TSB) reports that 17 cars are believed to have derailed, eight carrying dangerous goods and one a locomotive.  According to CN Rail President and CEO Claude Monganu five of the derailed cars were carrying crude oil, and the other four propane.

The 122-car train was heading to the Irving Oil Refinery in St. John from central Canada. The derailment occurred just after 7 pm about five km from Plaster Rock, in Wapske.

Dan Holbrook with the TSB told the CBC the incident was cause by a mechanical failure affecting the train's breaking system. A ruptured airline connecting the cars caused an emergency break application, he said. 

"Trains have a continuous pipe running throughout the train that supplies air to the brake system on every car," he said.

"If that brake pipe comes apart, that causes the brakes throughout the train to go into emergency…and that means the train will stop as fast as it can."

The incident comes just over a week after an accident in North Dakota caused several oil train cars to burst into flames and explode. The North Dakota accident is just one among many high-profile oil train accidents to occur within the last six months, including Lac-Mégantic where 47 people perished as the result of a tanker train derailment.

The TSB has deployed a team of investigators to the scene, where the fires still burn. The site is under the control of authorities with the local fire department.

Premier David Alward attended a news conference this morning to express gratitude there were no injuries and said there appeard to be no serious impact to the environment. 

"Every day we have the movement of goods and services across our country by many different modes of transportation," said Alward. "Every mode of transportation is not without risk.

"What is important to realize is how we are able to respond to situations when they happen really determines how we are able to manage as we go forward."

The TSB will further investigate the site when they determine it is safe to do so.

"The team will evaluate the accident and document the derailment site, inspect the equipment and track infrastructure and identify any items that may require closer inspection. They will examine the maintenance history of the train, operation of the equipment and operation policies, meteorological conditions, and review any human factors," states a TSB press release.

First responders were forced to stay a safe distance from the fire, which was large enough to be seen from a "significant" distance away, reports CBC. A 2km radius including 45 households has been evacuated, said Feeny, director of public and government affairs for CN Rail.

Plaster Rock mayor Alexis Fenner reportedly said all roads were blocked and shut down by the police after the derailment.

"On our balcony, we can just see flames. Every now and then, there's a huge fireball, as if there was an explosion," Plaster Rock resident Carol Jervis told Global News.

Another resident said her husband went to the area and "could see flames shooting in the air from quite far away. He could see it very clearly. It was about 50 to 60 feet he told me he could see."

J.D. Saddler, a resident of Wapske, told CBC that he was driving back there from Plaster Rock when the derailment occurred, and he saw "a great big cloud of orange smoke and the flames were really high in the air, the smoke was really high in the air."

At the time, there was no given time frame for when crews could move in. Feeny said CN Rail senior managers and hazardous materials experts were en route from Moncton, Montreal and Toronto.

An evacuation centre was set up at Plaster Rock, with the Canadian Red Cross dispatching volunteers with supplies to assist local authorities at the centre. Bill Lawlor, Canadian Red Cross director of disaster management for New Brunswick, said that this was a precautionary measure, as the area is sparsely populated and the small numbers impacted by the evacuation would probably stay with friends or family.

Lawlor added that the volunteers were ready with blankets and cots should any residents require shelter, or if circumstances should change.

According to the CBC, another derailment that occurred at Plaster Rock was one of two incidents that led the TSB to issue a summons in 2006, requiring CN Rail to turn in all its records.

The CBC's investigation discovered that CN Rail did not report more than 1,800 derailments and accidents over a six-year period, including 44 derailments and one collision on "key arterial rail tracks."

The derailment comes days after a joint task force announced by BC and Alberta premiers Christy Clark and Alison Redford handed in a report exploring the feasibility of transporting oil by rail as a backup in case pipeline projects fall through.

Image Credit: Andrew Jenkins / Facebook

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Yesterday the Union of Concerned Scientists (UCS) released an explanatory brief on the relationship between climate change and extreme weather events, saying "strong scientific evidence links climate change with increasing heat waves, coastal flooding, and other extreme weather events."

The issues has become a hot topic recently after a tornado ripped through Moore, Oklahoma, causing brutal damage and killing 24 people, 8 of which were children. Politicians linking the disaster to global warming were called "hard-hearted and factually ignorant vultures" by Forbes contributor James Taylor.

Although the practice of linking extreme weather events to accelerating global warming has become common place after the devastation of Hurricane Sandy topped off 2012, a record-breaking year for weather related droughts and wildfires. The storm reportedly broke the "climate silence" leading into the 2012 presidential election and ushered the warming atmosphere back into the spotlight.

Yet, says the UCS, the relationship between increased levels of greenhouse gasses in the atmosphere and apocalyptic weather is one best treated with caution. While some storms may have a more direct relationship with hotter summers, for example, other weather events, like tornados, are more tricky to blame on global warming, although "climate change [is] expected to play a role."

Here is a handy infographic that shows just where the strongest evidence lies:

Here is how they outline the particulars:

Extreme Weather and Climate Change

•   What's the connection between global warming and extreme weather? When it comes to heat waves and coastal flooding, the scientific evidence is clear: Human-caused climate change is increasing these extreme weather events.
•   Other forms of severe weather are also closely linked to climate change, including a rise in extreme precipitation events in some regions and increasingly severe droughts in others. 
•   The effect of climate change on tornadoes and hurricanes is an active area of research. Scientific confidence with observed data is currently low, though the underlying mechanisms of climate change are expected to play a role.

The infographic is based on research and evaluation coming from the Special Report on managing the Risks of Extreme Events and Disasters to Advance Climate Change Adaption (SREX), from the latest Intergovernmental Panel on Climate Change assessment in 2012.

More information about the methodology behind the infographic can be found at the UCS explanatory note.

As Andrew Revkin reported, the UCS also released this statement to the press:

"We recently noticed a small flurry of policymaker statements on climate change that struck us as inaccurate or misleading. At the same time, we’ve received several inquiries about extreme weather, particularly in the wake of the Oklahoma tornado strike. Below, we’ve compiled some of the statements as well as blog posts and other resources that point to what the science says. Please let us know if you have any questions and if we can help identify other scientific resources.

When it comes to extreme weather, we always take the opportunity to point back to the last definitive international scientific report on extreme weather and climate change, which found strong historic links for heat waves, coastal flooding and changes in precipitation along with weaker links for tornadoes and hurricanes.

On Monday, Gov. Christie was asked for the second time in recent months if Superstorm Sandy was linked to climate change. The governor correctly said that Sandy was not “caused” by climate change, but he failed to acknowledge how sea-level rise, which is caused by climate change, increased the size of Sandy’s devastating storm surge. As the state rebuilds, it’s not clear if the governor is integrating future sea-level rise into his plans. Meanwhile, Rutgers University researchers estimate that the state can expect 1.3 feet of sea-level rise by 2050 and 3.1 feet by 2100.

Also on Monday, Sen. Sheldon Whitehouse (D-R.I.) included tornadoes in his discussion of extreme weather and climate change. At the time, his office says, he did not know tornadoes were hitting Oklahoma. Sen. Barbara Boxer (D-Calif.) also linked a number of extreme weather phenomena to climate change in a floor speech, including tornadoes. UCS climate scientist Brenda Ekwurzel writes that because the historical tornado record is spotty, scientists don’t yet have enough evidence to determine how climate change is affecting tornadoes.

Finally, Rep. Lamar Smith (R-Texas), chairman of the House Science Committee, used a Washington Post op-ed to spread increasingly common misinformation about recent surface temperature trends. In another blog post, Ekwurzel explains how natural variability and human-induced climate change are increasing global temperatures in a step-wise pattern."

Image Credit: Eric Nguyen via NASA

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