Tag Archives: Rail safety

Pennsylvania man in good condition after collision with “empty” oil train

Repost from Lancaster Online
[Editor:  I have been asking various oil train experts about the volatility of “empty” crude oil tank cars.  These cars are not truly empty: returning trains of nearly-empty cars are referred to as “residue trains,” and carry the same identifying hazmat placard as when they are full.  Of course, these cars have been known to derail or crash as happened in this report.  I have not been able to find much documentation, but several reports claim that these cars can explode, sending shrapnel and causing major (and presumably relatively short-lived) fires.  Rail and oil insurers are certain to have calculated risk assessments on these cars.  But I have no record of this risk being addressed in permitting reviews.  What additional safety risk is added to a crude-by-rail project being considered for permitting in a city like Benicia?  Please contact me if you have further information, send to rogrmail at gmail dot com.  – RS]

Marietta man, 85, in good condition after collision with oil train

By Tom Knapp, Apr 7, 2015
crash 032715
The wreckage of a pickup truck is shown after a collision March 27 with a northbound oil train. BRIAN LEID

An 85-year-old man is recovering after his pickup truck was struck by an empty oil train March 27 in Bainbridge.

Clark “Red” Arnold, of Marietta, was in critical condition as recently as Friday, but was listed in good condition Tuesday, a spokeswoman at Penn State Hershey Medical Center said.

Arnold was trapped in the truck after he apparently stopped his vehicle in the train’s path.

“He just didn’t hear the train,” Conoy Township supervisor Stephen Mohr said Friday afternoon.

“He and the train got to the intersection at about the same time. When he did see the train, he panicked and stopped on the tracks.”

Mohr, who witnessed the crash, said he had been speaking to Arnold just moments before the accident at the nearby Koser Park Boat launch area.

“You’re helpless,” he said. “I knew it was going to happen before it happened, but there’s nothing you can do.”

The crash occurred at the Race Street crossing at North Front Street.

Emergency crews were called to the scene at 1:29 p.m.

The Norfolk Southern oil train was heading north toward Harrisburg and was not carrying oil at the time of the crash, according to police.

Local, state and federal officials have expressed concerns about explosive Bakken crude oil being transported by train after several recent derailments.

Oil trains, often pulling more than 100 tanker cars, roll through about 35 miles of Lancaster County along the Susquehanna River up to 16 times a week.

Arnold was freed from his truck and taken to Hershey Medical Center for treatment, according to Lt. Stephen Englert of Susquehanna Regional Police.

“It was pretty serious,” Mohr said. “He took a beating. … They had to take the vehicle apart to free him.”

Mohr said Arnold was “conscious and talking to us” while rescue workers freed him from the truck.

There are no crossgates or warning lights at the intersection, Mohr noted.

Witnesses at the scene stated they heard the Norfolk Southern train horn well before the train collided with the vehicle, according to the Susquehanna Regional Police report.

Randy Gockley, director of the Lancaster County Emergency Management Agency, said the train did not derail, and responders on the scene reported no leakage from the train.

The Race Street intersection is the entrance to Bainbridge American Legion Park, which serves as the trailhead for the Northwest Lancaster County River Trail, as well as the location of the Bainbridge Inn.

Englert said the collision does not make him any more concerned about oil trains traveling through Conoy.

Capt. Leonard Crater of Bainbridge Fire Department said the the victim apparently “got a little too close to the tracks, and was unaware of the train coming.”

Onlookers “didn’t think he was trying to beat the train,” Crater said.

He was glad train cars were empty so “there was no kind of worry about any kind of leak or explosions or anything like that.”

The Bainbridge fire captain said nearly 20 firefighters from his department and nearby units responded, along with police.

Penny Rhan of 114 Race St., some 50 yards from the crash, heard a boom but didn’t initially realize it had been a train accident.

Another Race Street resident, Wayne Brooks, said “it’s been a long time since we’ve had an accident there.”

Staff writers David O’Connor and Ryan Robinson contributed to this report.

Oil industry perspective: Oil trains’ No. 1 safety threat is derailments

Repost from The Grand Forks Herald
[Editor:  Author Mark Green is employed by the American Petroleum Institute, which represents America’s oil and natural gas industry.  Read on for an interesting – and highly biased – insider perspective on crude by rail.  A letter defending the railroad industry, written by an AAR spokesperson appeared in the Herald on April 9.  – RS]

Oil trains’ No. 1 safety threat: Derailments

By Mark Green, Apr 5, 2015 at 4:45 a.m.

WASHINGTON — Amid the continuing public discussion over improving the safety of crude oil delivered by rail, it’s important that everyone — the energy industry, railroads, regulators, policymakers — stay focused on the facts and the science.

This is key to making meaningful improvements to freight rail transportation — which already delivers 99.998 percent of materials such as crude oil without incident. We say meaningful improvements because, as with everything we do, the oil and natural gas industry’s safety goal is zero incidents.

First, the science. A new Energy Department report found no data showing correlation between crude oil properties and the likelihood or severity of a fire caused by a train derailment. Also from the report:

“No single parameter defines the degree of flammability of a fuel; rather, multiple parameters are relevant. While a fuel with a lower flashpoint, wider range of flammability limits, lower auto-ignition temperature, lower minimum ignition energy and higher maximum burning velocity is generally considered more flammable, the energy generated from an accident has the potential to greatly exceed the flammability impact of these and any other crude oil property based criteria.”

That last point highlights the importance of preventing derailments in the first place — because, according to the report, the kinetic energy created by a derailment can play a bigger role in the size of a fire than the commodity the train is hauling.

The department’s findings on crude oil properties also are consistent with a Federal Railroad Administration report from last fall, which compared crude oil with denatured alcohol, another hazardous liquid transported by rail. The report cautioned against zeroing in on a single measurement in the quest for safety improvement:

“The data suggests that denatured alcohol may pose a greater risk of explosion than crude oil,” it declared.

“As such, using vapor pressure as a metric to identify potential hazards may not prove effective when considering real-world accident conditions involving tank cars loaded with flammable liquids.”

The facts on volatility are important because some believe that a single safety measure — a tank car design — will address rail transport safety. As then-PHMSA Administrator Cynthia Quarterman said last year, “Getting a new tank car is not a silver bullet; first we need to prevent derailments.”

The oil and natural gas industry has been leading the way for a comprehensive, holistic approach that includes three main thrusts: prevention, mitigation and response. On prevention, in addition to Quarterman, others agree — including the Brotherhood of Maintenance of Way Employees and the Railway Supply Institute, whose members build and own the majority of U.S. tank cars.

“The focus on accident prevention must forever remain the priority,” wrote Thomas Simpson, president of the Railway Supply Institute, in a Wall Street Journal letter to the editor:

“Forensic data from rail accidents shows that the forces involved are such that in many events, even the most aggressive of proposed new tank-car designs wouldn’t have totally eliminated the risk of a commodity release. Reductions in derailment frequency and severity are required to ensure that the billions of dollars to be spent on upgraded tank cars aren’t wasted. Shippers and rail-equipment suppliers don’t control the infrastructure or operating procedures used in transportation.

“An exclusive focus on tank-car design would represent a missed opportunity for real, fundamental safety improvements.

API President and CEO Jack Gerard underscored the need for a broad rail safety approach during a conference call with reporters that discussed a new first responders education course, developed jointly by the oil and natural gas and railroad industries:

“This is not a goal that can be reached through any single action or step,” he said. “Eliminating the last elements of risk requires a holistic and science-based approach to better prevent, mitigate and respond to derailments of trains carrying crude oil.”

First-responder training, which will be taught for the first time this weekend at a firefighters’ conference in Nebraska by instructors from BNSF and at the annual conference for short line railroads in Florida, is an example of industry advancing safety and preparedness, Gerard said. Industry has been and will remain engaged:

“I think our industry is very much engaged in this process,” he said.

“We’re leaders in improving in safety. We’re committed to safety, with zero incidents (as the goal).”

THE BASICS: Why oil trains (don’t have to) explode: Everything you need to know

Repost from The Oregonian

Why oil trains (don’t have to) explode: Everything you need to know

By Rob Davis | April 02, 2015 at 1:22 PM
Oil Train Derailment Illinois
Smoke and flames erupt from the scene of an Illinois oil train derailment March 5, 2015. Safety experts say regulators have ignored steps that would make oil trains less likely to go off like a bomb when they derail. (AP/Jessica Reilly)

Crude oil was never supposed to explode.

Then a train pulling 72 cars of it derailed in a tiny town in Quebec in July 2013. The oil turned into a mushroom cloud of flame. It looked terrifying. Watch the first minute of this video:

Forty-seven people were killed that night.

Since then, eight more trains hauling oil have derailed and erupted in flames, drawing scrutiny to a new phenomenon: Crude oil, which once primarily moved in ships and pipelines, is being hauled around North America by rail in unprecedented volumes. More than a million barrels a day now move that way.

The federal government, which regulates train safety, has slowly moved to make oil trains more secure. Regulators are focusing on strengthening the tank cars carrying the oil.

But safety experts say regulators have ignored steps that would make oil trains less likely to go off like a bomb when they derail.

Depending on where it is produced, oil can be dark and thick or light and free flowing. Different amounts of highly flammable gases like propane and butane can be dissolved in it, affecting its volatility. (These are what your backyard gas grill uses.)

Much of the oil moving by rail comes from North Dakota. And what’s coming out of the ground there has been unusually volatile. North Dakota crude moving in Oregon contains far higher levels of propane than similar types of oil.

Some North Dakota crude has been more volatile than gasoline. So when the trains have derailed, the flammable gases within have fueled those sky-high fireballs.

That doesn’t have to happen.

Michael Eyer, a retired Oregon hazardous materials train inspector, said federal regulators could impose a cap on the amount of flammable gas allowed in the oil.

“You would have a fire,” Eyer said. “But you would not have the mushroom cloud in the sky.”

Producers can strip out those highly flammable gases before the oil is loaded for shipment. The process is called stabilization. North Dakota oil regulators estimate it would add $2 to the cost of every barrel.

Less volatile oil could still burn in a derailment, Eyer said. But nearby residents and firefighters responding to train accidents would be safer: Those fireballs don’t just shoot up. They spread, too.

State regulators in North Dakota have set the first ever limit to tame the most volatile crude. It went into effect April 1. It requires a less-intense treatment process that North Dakota regulators estimate will cost 10 cents per barrel.

But Eyer and a crude oil expert say the limit is too high to have widespread impact. The oil that exploded in Quebec in 2013, for example, wouldn’t have been affected.

Harry Giles is a retired federal official who used to oversee crude oil quality for the country’s Strategic Petroleum Reserve. He said North Dakota’s limit should be set lower.

“It would increase the safety and lessen the risk,” Giles said. “Fires would be less intense.”

Compare this fire during a May 2011 derailment northwest of Portland near Scappoose. That’s ethanol — pure grain alcohol — burning. It’s far less volatile than North Dakota crude.

The fire was still dangerous. But firefighters were able to get close enough to put water on the cars. That’s a fire hose spraying at the top of the photo.

Now see what happened after a December 2013 derailment with crude oil in North Dakota.

Look close. That’s a train down there at the bottom.

Stricter limits would reduce the dangers faced by millions of people who live next to rail lines nationwide, Eyer said.

That includes Oregonians like Jamie Maygra, a retired ironworker who lives in Deer Island, along the state’s primary oil train route. He said he worries about the oil’s volatility every time he drives near an oil train with his 2- and 3-year-old granddaughters.

He said he’s frustrated that neither industry nor safety regulators have moved faster to keep people like his granddaughters safe.

“I think about that all the time,” Maygra said. “The chances of that happening are slim, but it’s a lot more with this oil. They don’t care about nothing but money. That’s what’s aggravating. They put profit before people.”

Federal safety regulators say they’re studying what makes the oil so flammable and what could be done. Tim Butters is the administrator of the Pipeline and Hazardous Materials Safety Administration, the federal agency with authority to set limits. He recently told a Congressional committee his agency, known as PHMSA, is looking at ways to remove flammable gases from crude.

But the methods for doing that are already well known. They’re currently used in Texas oil fields, where flammable gases are separated and piped to nearby plants.

Eyer said the agency should move faster.

“The industry needs to figure out what the hell this stuff is and regulators need to say ‘We’re going to act now,’ ” he said. “How many rivers on fire and deaths are needed? What is the price?”

If federal regulators forced North Dakota producers to emulate what happens in Texas, those producers would have to burn or ship the gases they stripped from the oil. Currently, though, North Dakota does not have enough pipelines to move those flammable gases nor a market for them.

Susan Lagana, a PHMSA spokeswoman, said her agency is concerned about the volatility of oil moving by rail. But research is needed to determine exactly what makes the explosions so severe, she said, and what could be done to minimize them.

Eyer and Giles agreed that North Dakota’s volatility limits were too high, but they didn’t agree about what the right level is.

“That’s what we need to know,” Lagana said. “We are willing to consider all options to address making the product safer in transportation.”

The relevant research, being done by the federal Energy Department, should be finished this summer, Butters told Congress. But he didn’t promise any next steps once it’s done.

In the meantime, allowing producers to leave those flammable gases in the oil gives them more profit, allowing them to slightly bulk up the volumes they ship. It’s one reason the oil industry is fighting suggestions to stabilize North Dakota oil.

Don’t blame the oil for explosions, the industry argues. Blame the derailing trains.

“Keeping the trains on the tracks is the only way to ensure that crude… will be transported in the safest possible manner,” Charles Drevna, president of American Fuel and Petrochemical Manufacturers recently wrote.

Solely focusing on tank cars and trains “is not enough,” Eyer said. “The starting point is always what are you putting into the car?”

A bill introduced recently in the U.S. Senate by Democratic Sens. Patty Murray, Maria Cantwell, Dianne Feinstein and Tammy Baldwin proposes limiting the volatility of oil moving by rail. They want the rules in place within two years.

It’s a sign that political leaders have realized the North Dakota oil poses unique risks that could be reduced. A spokeswoman for Sen. Ron Wyden, D-Oregon, said he is tracking the issue and continues talking to federal transportation officials to find ways to address it.

REUTERS: Crackdown on oil trains in Canada?

Repost from Reuters

Exclusive: CN Rail derailment numbers soared before recent crashes

By Allison Martell, Mar 23, 2015 5:37am EDT
Smoke rises from fires caused by the derailment of a CN Railway train carrying crude oil near the northern Ontario community of Gogama, Ontario in this March 7, 2015 Transport Safety Board of Canada handout file photograph.  REUTERS/TSBCanada/Handout via Reuters
Smoke rises from fires caused by the derailment of a CN Railway train carrying crude oil near the northern Ontario community of Gogama, Ontario in this March 7, 2015. Transport Safety Board of Canada handout file photograph. Credit: Reuters/TSBCanada/Handout via Reuters

(Reuters) – Canadian National Railway’s safety record deteriorated sharply in 2014, reversing years of improvements, as accidents in Canada blamed on poor track conditions hit their highest level in more than five years, a Reuters analysis has found.

Canada’s Transportation Safety Board (TSB) said on Tuesday that track failure may have played a role in CN’s three recent Ontario accidents, which have fueled calls for tougher regulation. The agency said oil unit trains, made up entirely of tank cars, could make tracks more susceptible to failure.

Data obtained under access to information laws and analyzed by Reuters shows a broader trend, which has not been previously reported, and could pile more pressure on CN Rail to slow down trains or reduce their length. A crackdown on oil trains could raise the cost of shipping Canadian crude by rail.

Trains operated by CN in Canada derailed along main lines 57 times in 2014, up 73 percent from 33 in 2013 and well above a 2009-2013 average of 39 accidents per year. On CN’s full 21,000 mile (33,800 km) network, which also includes the Midwestern and southern United States, freight carloads rose 8 percent last year.

At least 27 of the domestic derailments were caused by track problems, up from a previous annual average of 14. Data for smaller rival Canadian Pacific Railway showed no similar pattern.

“CN is keenly aware of its recent safety trends, starting with a sudden increase of its accident rate in 2014,” Canada’s biggest railway said in a response to Reuters’ analysis.

The railway pointed out that its performance improved between 2007 and 2013, and so far, 2015 has been better than 2014. It said it was reviewing recent trends and has started testing tracks more frequently, boosted spending on infrastructure and installed new technology to detect problems with its tracks and equipment.

For 2015 it is planning to increase capital spending by C$300 million, to C$2.6 billion ($2.1 billion).

The rapid rise of crude by rail traffic has made more derailments potentially deadly, exposing railways to more scrutiny, particularly since 2013, when a runaway oil train leveled the center of the Quebec town of Lac-Megantic, killing 47 people.

Doug Finnson, president of a Teamsters union representing CN Rail’s train crews, said he was particularly concerned with the recent Ontario derailments.

“We’re on the record saying the trains are too long, the cars are too heavy, and the trains go too fast.”

Click on image to enlarge.

Yet it is not clear what was behind CN’s poor safety performance last year.

BROKEN RAIL

New Brunswick farmer Paul-Emile Soucy, who experienced CN’s troubles first-hand, faults inadequate maintenance.

On Jan. 26, 2014, a CN train derailed crossing his 230-year-old family farm. He said CN workers had marked railroad ties that needed to be replaced months before the accident, but they were replaced only after the derailment.

“They knew that the ties were bad and rotten and had to be replaced, but they didn’t do anything about it,” said Soucy. Data obtained by Reuters indicates that a broken rail caused the derailment.

Click on image to enlarge.

But CN rejected Soucy’s criticism, saying it spent C$41 million on basic maintenance in the area between 2012 and 2014.

The railway blamed bad weather and increased freight volume for last year’s spike in derailments. Rough weather, however, did not prevent rival Canadian Pacific from improving its safety performance, and the rise in volume was far less pronounced than the jump in derailments.

Both railways shipped similar volumes of crude last year – CN moved 128,000 carloads, or some 2 percent of its freight volume, and CP moved 110,000 carloads, 4 percent of its total.

The safety watchdog TSB has suggested that oil trains may have contributed to track problems that caused the Ontario accidents, but declined to comment on whether those trains could also be behind the overall rise in derailments, or comment on Reuters’ analysis in general.

Transport Canada, the industry’s main regulator, also did not comment specifically on Reuters’ findings, but spokesman Zach Segal noted that Transport Minister Lisa Raitt has asked a parliamentary committee to invite CN Rail to discuss its operations.

CN suggested last year could have been an outlier.

“It’s important to view CN’s safety performance over a span of time to assess meaningful trend lines, not just on the basis of a single or two-year perspective,” the railway said.

Its own statistics, shared with Reuters, show that its Canadian accident rate declined 26 percent from 2007 to 2013, to 1.71 accidents per million train miles. In 2014, the rate jumped to 2.67, its highest in at least a decade, but it is down to 2.15 so far this year. A less commonly used measure, accidents per billion gross ton miles, has improved markedly over the last decade, but jumped 58 percent in 2014.

(See related INTERACTIVE map of Major Oil Train Derailmentsin the U.S. and Canada since 2013: here)

Reuters’ analysis showed last year’s spike in accidents was driven mainly by track problems.

Ian Naish, a former director of rail and pipeline investigations at the TSB, said weather and traffic could have played a role, but one should also consider the impact of unit trains, which carry single commodities, on tracks.

“The intensity of loading is heavier than a mixed-freight train, generally,” said Naish. “All the cars are the same design, and the loads are all the same, so it’s the same impact, the same way, all the time.”

Unit trains have long been used to carry coal, grain and other commodities, but oil trains are a product of the rise of crude by rail and the shale boom of the past few years.

CN declined to comment on its recent accidents in Ontario, citing ongoing investigations. It said, however, that it had seen no indication that unit trains cause accidents, noting that such trains carrying other commodities, many with heavier loads, have run safely for decades. But the railway said it was reviewing the issue with outside experts.

($1 = 1.2549 Canadian dollars)

(Additional reporting by Nia Williams in Calgary; Editing by Tomasz Janowski)