Tag Archives: Hazmat notification

Derailment, Emergency Readiness & Response, Explosion, Federal Emergency Management Agency (FEMA), Fire, Worst case scenario

Wall Street Journal: Federal Worst Case Urban Disaster Planning for Oil Trains

Repost from The Wall Street Journal

Disaster Plans for Oil Trains

Federal officials devise scenario involving a train explosion to prepare officials for the worst

By Russell Gold,  April 13, 2015 7:54 p.m. ET
Oil trains traverse Jersey City, N.J., where officials are concerned about the potential for a spill. Photo: Joe Jackson/The Wall Street Journal

Imagine a mile-long train transporting crude oil derailing on an elevated track in Jersey City, N.J., across the street from senior citizen housing and 2 miles from the mouth of the Holland Tunnel to Manhattan.

The oil ignites, creating an intense explosion and a 300-foot fireball. The blast kills 87 people right away, and sends 500 more to the hospital with serious injuries. More than a dozen buildings are destroyed. A plume of thick black smoke spreads north to New York’s Westchester County.

This fictional—but, experts say, plausible—scenario was developed by the Federal Emergency Management Agency in one of the first efforts by the U.S. government to map out what an oil-train accident might look like in an urban area. Agency officials unveiled it as part of an exercise last month to help local firefighters and emergency workers prepare for the kind of crude-by-rail accident that until now has occurred mostly in rural locations.

“Our job is to design scenarios that push us to the limit, and very often push us to the point of failure so that we can identify where we need to improve,” said FEMA spokesman Rafael Lemaitre. He said a second planning exercise is scheduled in June in a suburban area of Wisconsin.

WSJ-Widespread_Damage

Jersey City’s mayor, Steven Fulop, said the drill showed participants that they need to improve regional communication to cope with an oil-train accident.

“It would be a catastrophic situation for any urban area and Jersey City is one of the most densely populated areas in the entire country,” he said.

Railroad records show that about 20 oil trains a week pass through the county that contains Jersey City, and Mr. Fulop said the trains use the elevated track studied in the FEMA exercise. Even more trains hauling crude pass through other cities, including Chicago, Philadelphia and Minneapolis.

Rail shipments of oil have expanded to almost 374 million barrels last year from 20 million barrels in 2010, according to the U.S. Energy Information Administration. Although low crude prices and safety issues have recently led to small declines in such traffic, trains carrying volatile oil from North Dakota and the Rocky Mountains continue to rumble toward refiners on the East, West and Gulf Coasts.

Edgardo Correa, of Jersey City, N.J., beneath railroad tracks that pass by his home. Photo: Joe Jackson/The Wall Street Journal

Several oil-train derailments have produced huge fireballs, including two in March in rural Illinois and Ontario. In 2013, a train carrying North Dakota crude derailed late at night in Lac-Megantic, Quebec, killing 47 people.

Regulators worry more about a serious accident in a densely populated area. “The derailment scenario FEMA developed is a very real possibility and a very real concern,” said Susan Lagana, a spokeswoman for the U.S. Department of Transportation. She said her agency was considering emergency orders to address such risks.

Firefighters at the FEMA workshop in Jersey City discussed the difficulty of battling a crude-oil fire, which can be explosive and hard to extinguish. One problem: limited supplies of the special foam required to smother the flames.

Jordan Zaretsky, a fire battalion chief in nearby Teaneck, N.J., who attended the presentation, said the scale of such an accident was sobering. “This isn’t a structural fire that we can knock down in an hour or two,” he said. “This is something we’d be dealing with for days.”

Ideas discussed at the workshop included devising a system to allow local officials to know when an oil train was passing through, developing public-service messages to tell residents what to do in case of a derailment and providing more firefighters with specialized training.

There have been many calls for changes to how crude oil is handled on the railroads, including new speed limits for trains and requirements to treat the crude oil to make it less volatile.

Earlier this month, the chairman of the National Transportation Safety Board urged the rail industry and federal regulators to move more swiftly to replace existing tank cars with ones that would better resist rupturing and fire.

A spokesman for the American Petroleum Institute, a trade group for oil producers, said the companies are committed to “greater efforts to prevent derailments through track maintenance and repair, upgrades to the tank car fleet, and giving first responders the knowledge and tools they need.”

The Association of American Railroads recognizes that “more has to be done to further advance the safe movement of this product,” a spokesman said.

FEMA chose for the location of the derailment scenario a stretch of track adjacent to the New Jersey Turnpike and about a mile from downtown Jersey City. One side of the track is industrial and includes an electric substation. The other side is residential.

Edgardo Correa, a 59-year-old retired sanitation worker, lives in a house close to the tracks in Jersey City. He said he was aware that trains full of crude pass by his home. “It’s an alarming thing,” he said.

—Joe Jackson contributed to this article.
Bakken Crude, Crude By Rail, Derailment, Emergency Readiness & Response, Explosion, Federal Regulation (U.S.), Fracking, Hazmat notification, High Hazard Flammable Trains (HHFTs), Let it burn, Rail routing, Risk Assessment, Tank car retirement, Tank car retrofit, Volatility

Emergency Management Magazine: The Ticking Rail Car

Repost from Emergency Management Magazine
[Editor:  An excellent online comment appears following this article: “Wultcom” writes, “As always it is heartening to see how first responders rise to the occasion to protect us all.  If only such heroism rubbed off just a little on the railroad industry.  The creation of courses for first responders is praiseworthy. But it does create a false sense of security, for when Bakken crude explodes, the force of the fire is too great to allow firefighters to get anywhere near it.  The first duty of government is to protect citizens, not shareholders.  The rail industry takes advantage of lax regulators, pro-business governments, frail labor unions, and our desire for oil independence to roll the dice on safety.  They run 150 ton tank cars on 8000 foot trains with skeletal crews, well dictated by the profit motive.  An alliance of railway workers, environmentalists, and blast zone citizens can force a safer method of transporting crude oil.”  – RS]

The Ticking Rail Car: First Responders Are Preparing for the Worst

Railways are now carrying highly explosive Bakken crude oil, making emergency managers’ jobs even tougher.

By Jim McKay | April 10, 2015
Train carrying Bakken crude oil
Millions of people are potentially at risk from trains like this one carrying Bakken crude oil. Flickr/Brewbooks

Emergency managers have been asked in recent years to do a lot more with fewer resources. That job got even tougher with the advent of oil shipments from the Bakken shale region of North Dakota via rail around the country.

Bakken is obtained by hydraulic fracking and horizontal drilling, which has increased since 2000 and can be highly explosive. And there have been several train derailments recently, including one in Lac-Megantic, Quebec, in July 2013 that killed 47 people.

In the U.S., a train carrying Bakken crude oil derailed in West Virginia on Feb. 16, 2015, sending orange flames skyward for days. There have been other derailments, and there’s concern of a scene like the one in Quebec happening in a major U.S. city, including those in Pennsylvania. A report by PublicSource said 1.5 million people are potentially at risk if a train carrying crude oil derails and catches fire there.

Emergency managers are concerned and doing what they can to mitigate a derailment and possible explosion in their backyards. There’s training available but questions remain: Do emergency managers have all the information they need? Can one locale handle an explosion caused by a 30,000-gallon oil tanker incident?

“From a people standpoint, the worst-case scenario is if you have one or more of these cars breach and start on fire,” said Rick Edinger, assistant chief of the Chesterfield County, Va., Fire and EMS Department and a hazardous materials expert. “There’s an ongoing debate about how volatile crude oil is. The feds and industry are coming to realize now that it really depends on where the oil comes from.”

Because of that and other reasons, it’s important to understand the nature of the product, according to Robert Gardner, technological hazards coordinator for the Maine Emergency Management Agency. Emergency managers should study lessons learned and best practices and have safety data sheets. This information should be part of a risk assessment that lets first responders develop agency-specific response protocols that ensure responder safety and accounts for those exposed to potential fire.

Regional planning groups such as local emergency planning committees should review the routes that trains may use and identify sensitive receptors like water supplies, fisheries or agricultural areas.

Good to Know

There’s ongoing debate about what information communities and emergency managers should know about train routes and shipments of crude.

“Flow studies have been around for a long time and that’s an old tool that could be applied to figure out what’s going through your community,” Edinger said. “You may not have it down to the gallon and the day, but you have a great sense of what’s coming through and frankly, from a hazmat standpoint, I don’t need to know a specific time, I just need to know the worst-case scenario.”

Gardner said that in terms of actual shipments, there’s never enough information available. “We may know when a unit over a million gallons may be coming or where they are traveling, but those trains carrying fewer than 30 cars become unknowns,” he wrote in an email.

Some railroads have systems in place that allow for real-time knowledge of what any particular train may be carrying and the tanks’ location in the train.

Gardner said planning for Bakken crude oil transport is no different from any other hazardous material or even natural gas because you have an assessment and understand what you’re planning for and the role of those involved. But he acknowledged that the volume of the product is a concern.

The biggest concern for many is that one or more cars loaded with crude breach can start a fire. “Once you get past anything the size of a 9,000-gallon oil tanker, very few departments have the resources or capability to mitigate anything bigger,” Edinger said. “If you’re talking about a 30,000-tank car incident, even that would be beyond the capabilities of most departments in the initial stages, anyway.”

New federal rules instituted last year require carriers to notify state emergency response commissions about the transport routes of cars carrying at least 1 million gallons of crude from Bakken. But some emergency managers say that doesn’t go far enough and doesn’t include the typical load of 30,000 gallons.

Training is available for mitigating such a circumstance, but managing the volume of an incident that size could be daunting, Edinger said. “With the exception of a couple of departments, most can’t afford to stock and maintain the resources you would need to even approach doing something with one of these incidents.”

Gardner said the local Maine railroads have worked to educate first responders on rail safety. “This is of particular importance as rail employees have the specific knowledge of cars and engines that not all responders have, but need [in order] to have a safe response.”

Need Some Help

Gardner said it would help if the railroads could assist with the cost of the “gap pieces” of response equipment that have been identified as needed through the assessments. “It would be an immense help to many of the small volunteer agencies that we have in Maine and throughout the nation,” he wrote.

An examination of the tank car fleet that carries flammable liquids may be necessary as well. Canada has banned certain cars that are known to be unsafe in crash situations, but the U.S. has lagged. Part of the reason is the price. It would cost up to $1 billion to retrofit all of the 300,000 DOT-111 tank cars in use and take years.

“The dialog is going in a good direction,” Edinger said. “There seems to be agreement within public safety and the rail industry that we can do better with the construction of cars and that will improve, and perhaps prevent some incidents from happening.”

Bakken Crude, Ban oil trains, Blast zone, CPC-1232, Crude By Rail, Derailment, Diluted bitumen (Dilbit), DOT-111, Explosion, Federal Regulation (U.S.), Fire, Foam, Hazmat notification, Let it burn, Massive increase in crude-by-rail, Oil Industry, Rail industry lobby, Rail routing, Tar sands crude, Train braking systems, Train speed

Top 10 Questions About Oil Trains: Industry Lobbies for Weak Rules While Derailment Fire Rages

Repost from The Huffington Post

Top 10 Questions About Oil Trains: Industry Lobbies for Weak Rules While Derailment Fire Rages

By Todd Paglia, ForestEthics, 03/19/2015 1:59 pm EDT
DERAILMENT
DERAILMENT Marvin Beatty via Getty Images

On Friday, March 6, while an oil train explosion in Illinois was still sending flames and black smoke into the air, railroad agents were in Washington, DC lobbying to weaken new train safety standards. Safer brakes are “extremely costly…” they told White House officials, and explained in great detail why speed limits are impractical. Like the auto industry resisting seatbelts, the rail industry is on the wrong track when it comes to safety.

In the last month, there have been six derailments of crude oil trains in the U.S. and Canada — three of them ignited, sending flames and mushroom clouds hundreds of feet into the air. Luckily, these were in relatively remote locations and no one was killed.

These disasters are not an aberration — oil train traffic is skyrocketing, which means more derailments and more explosions. The oil and rail industries hope to increase further the amount of crude oil barreling down the tracks in the coming years. Before that happens, ForestEthics has some questions we’d like to see the Obama administration ask the army of lobbyists who are trying to push the bar on safety even lower than it already is:

When did trains start exploding?
Rail transportation of crude oil is growing rapidly and dangerously — from fewer than 10,000 carloads in 2008 to nearly half a million in 2014 — for two reasons: Bakken oil from North Dakota and Canadian tar sands. The North American boom means oil companies are trying to tails and mine more of this extreme oil, crude that is high in carbon, difficult and expensive to produce, and dangerous to transport.

Are cities and towns with rail lines safe?
With the exception of Capitol Hill (the rail industry seems to be sparing Washington, DC) most routing is done specifically throughout cities and towns. No, the oil and rail industries are probably not purposely targeting us, it’s just that the rails in populated places tend to be better maintained and rated for heavier cargoes. The sane thing to do would be to stop hauling crude oil if it can’t be transported safely. A far distant next best is to make these trains as safe as possible and require rerouting around cities and water supplies.

What is the government doing?
Not nearly enough. While 100-plus car trains full of an explosive crude roll through our towns, the U.S. government is barely moving, bogged down by nearly 100 of Washington’s most expensive K-Street lobbyists. In fall 2014, ForestEthics, Earthjustice, and the Sierra Club sued the Department of Transportation to speed up new safety standards on oil trains. We called the trains an imminent danger to public safety. The federal government responded by once again delaying their decision on new rules that have been in the works for years.

What is the slowest speed at which an oil explosion could happen?
An oil tank car can catch fire and explode in an accident at zero miles per hour. Assuming a slightly raised rail bed, an oil car that tips over while standing still (this can and has happened on poorly maintained rails) will strike the ground going approximately 16 miles per hour — more than fast enough to breach the tank, spark, and ignite if it hits a rock, a curb, any hard protrusion.

Do firefighters know when and where oil trains are moving?
First responders do not know when, where, how much oil, and what kind is coming through their town. The US Department of Transportation ordered that railroads and oil companies make this information public. But only for trains carrying more than a million gallons of Bakken crude, and even this information is not being made public on a consistent basis.

How do you extinguish oil train fire?
You don’t put out an oil train fire; nobody does. Oil fires require specialized foam, which fire departments do not have in nearly sufficient supply to fight the fire from even a single 30,000 gallon tank car. All firefighters can do is evacuate those in danger, move outside the one mile blast zone and let the fire burn out, which can take days. In Illinois, firefighters unloaded their equipment to fight an oil train fire, realized the danger and left behind $10,000 in equipment getting out of harm’s way. You can prevent these fires by banning oil trains — but you can’t fight these fires once they happen.

The older oil cars are definitely unsafe, what about the newer ones?
The antiquated DOT-111 tank cars make up 80 percent of the fleet in the U.S. — U.S. rail safety officials first called them “inadequate” to haul crude oil more than 20 years ago. The jury is now in on the newer CPC-1232 tank cars and they are not much safer. The derailments and explosions in West Virginia and Illinois were 1232s traveling at or below the speed limit. In fact, the former head of the federal rail safety agency said in a radio interview that the recent derailments and fires were “the last nail in the coffin” for the CPC-1232 as an alternative to DOT-111 for oil transport.

We know that Bakken crude explodes; does tar sands explode?
Ordinarily it might not, but to move tar sands by rail (or pipeline for that matter) you have to mix in highly flammable, toxic diluents (light petroleum products like propane.) So if it’s on a train or in a pipeline the flashpoint for tar sands crude is lower than for Bakken oil. The oil train explosion on February 16, 2015 in Ontario, Canada occurred in -40 degrees F weather — proving that this stuff can ignite even in arctic cold. So not only is tar sands the dirtiest oil on Earth, but also it may well be the most dangerous too.

Do I live in the Blast Zone?
ForestEthics used oil rail routes from industry, Google maps, and census data to calculate that 25 million Americans live in the oil train blast zone — the dangerous evacuation zone in the case of an oil train derailment and fire. You can use the map to see if your home, office, school, or favorite natural area, landmark or sports stadium is in danger. Visit www.blast-zone.org.

What’s the solution?
The solution is to ban oil trains. If you can’t do something safely, you shouldn’t do it at all. This cargo is too dangerous to our families, our cities, our drinking water, our wildlife and our climate. The extreme crude carried on trains is only a tiny fraction of the oil we use each day as a nation. So while we transition our economy to clean energy and get beyond all oil, we should leave this extreme oil from Alberta and North Dakota in the ground.

See original post on ForestEthics.org and share your concern with President Obama on rail safety here.

Bakken Crude, Crude By Rail, Hazmat notification, Oil Industry, Oil spill, Rail Safety, Spill prevention and response, State regulation

Washington State rail regulators to Fine BNSF for not reporting leaks immediately

Repost from The Bellingham Herald

State rail regulators: Fine BNSF for not reporting leaks immediately

By Samantha Wohlfeil, March 19, 2015 
Ferndale Siding PAD
BNSF rail cars on the railroad siding in Custer, Friday Aug. 22, 2014. The railroad is building a new siding from Ferndale to Custer. PHILIP A. DWYER — The Bellingham Herald

Washington state regulators have recommended BNSF Railway be fined up to $700,000 for failing to properly report more than a dozen hazardous materials spills in recent months despite the fact state staff had reminded the company how to do so last fall.

On Thursday, March 19, the state Utilities and Transportation Commission staff announced it found BNSF had failed to report 14 releases of hazardous materials, including crude oil leaks, within a half hour of learning about the leaks, as required by state law.

In one case, crews at BP Cherry Point refinery found crude oil had leaked onto the sides and wheels of a tank car, which was found to be 1,611 gallons short. That was on Nov. 5, but the UTC didn’t find out about it until Dec. 3, when it got a copy of the report BNSF sent to the U.S. Department of Transportation’s Pipeline and Hazardous Materials Safety Administration. Railroads have 30 days to file that type of report.

When contacted about the incident by a McClatchy reporter in January, BNSF said the train was “not in transit, not on our property and not in our custody” when the spill was detected, and the company had submitted the required reports to state and federal regulators.

In another case from Jan. 12 and 13, a train hauling 100 cars of Bakken crude oil from North Dakota to the Tesoro refinery in Anacortes had more than a dozen leaking cars discovered in multiple stops as it crossed the state.

Although the UTC sent an investigator to look at the leaking cars as part of a Federal Railroad Administration investigation, BNSF didn’t report the incident to the state’s 24-hour hotline at the Emergency Management Division until two weeks later. The hotline duty officer is in charge of alerting the various state agencies that might need to respond to a spill.

When asked by The Bellingham Herald in February why the January incident was reported more than a week later, BNSF spokeswoman Courtney Wallace replied that BNSF staff members thought they were following proper protocols, and had amended their Washington reporting policy following discussions with the UTC in January.

But the investigation released by the UTC on Thursday shows that on Oct. 22, 2014, the UTC had emailed a copy of the state’s reporting requirements to Patrick Brady, BNSF’s director of hazardous materials and special operations, in an effort to make sure BNSF knew how to report accidents.

As copied into the body of the Oct. 22 email to Brady, the state law regulating accident reports ( WAC 480-62-310) lists the hotline number, which types of incidents must be reported, and states that railroad companies must call within 30 minutes of learning of the event.

On Dec. 3, Brady emailed the UTC again asking, “Can you send me the regulatory reference to spill notification to the UTC?” Staff members again emailed Brady the state law on reporting requirements, according to emails included in the investigation.

From Nov. 1, 2014, to Feb. 24, UTC staff found BNSF committed 700 violations of the reporting requirement. Every day an incident goes unreported counts as a separate violation, per state law.

In addition to the leaking crude oil incidents, the UTC announcement lists a variety of leaks that occurred throughout the state: a tank car dripping gas/oil from a bottom valve in Spokane Valley on Dec. 8, 2014; cars leaking “primary sludge” found in incidents in Seattle, Vancouver and Everett in December; two 100-gallon spills of lube oil from locomotives in December and January, among others.

The commission could opt to fine the company $1,000 per violation of the reporting law, but no fine has been issued yet. The commission will set a final penalty after BNSF gets the chance to have a hearing.

“When a company fails to notify the (state Emergency Operations Center) that a hazardous material incident has occurred, critical response resources may not be deployed, causing potential harm to the public and the environment,” the UTC announcement states.

BNSF was still reviewing the report when contacted for comment on Thursday.

“In regards to reporting releases in Washington state, we believed we were complying in good faith with the requirements from our agency partners,” BNSF’s Wallace wrote in a statement. “Following guidance from the UTC in January 2015, BNSF reviewed its reporting notification process and amended its practices to address concerns identified by the UTC. We will continue to work closely with the UTC moving forward on this issue.”

BNSF is the largest railroad company operating in Washington.