Tag Archives: Derailment

Bakken Crude, Clean-up, Crude By Rail, Derailment, Explosion, Fire, Oil spill, Rivers, Soil contamination, Spill prevention and response, Water contamination

CSX Provides Update on W.Va. Oil Train Derailment Cleanup

Repost from ABC News

CSX Provides Update on W.Va. Oil Train Derailment Cleanup

By JOHN RABY Associated Press, Jul 21, 2015, 7:51 PM ET

GLEN FERRIS, W.Va. – CSX is continuing to closely monitor the environmental impact of a fiery oil-train derailment in southern West Virginia, a spokeswoman said Tuesday.The company held a public informational meeting that drew a sparse turnout Tuesday evening at the Glen Ferris Inn.

On Feb. 16, 27 cars of a CSX train’s 109 cars derailed during a snowstorm in Mount Carbon. Twenty of the cars leaked oil, some of which burned or was released into the ground.

Under a March consent order with the U.S. Environmental Protection Agency, the railroad agreed to a long-term plan for cleaning up and restoring the area around the derailment.

“It’s important for the community to know that we said we would be here,” CSX spokeswoman Melanie Cost said. “This is part of that process. We want to keep the open dialogue for them.”

Donna Shabdue lives near the derailment site and was forced to evacuate her home for more than a day. She showed up to the meeting to voice her concerns about local emergency response and pleaded for quickly informing the public about future incidents.

“They need to have a plan,” she said. “We didn’t know what to do. There needs to be a siren somewhere go off to evacuate. We didn’t know what to do. I just want out of there safely.”

The train was carrying 3 million gallons of Bakken crude and headed to Yorktown, Virginia. In recent years, trains hauling crude from the Bakken region of North Dakota and Montana have been involved in fiery derailments in six states.

The Federal Railroad Administration is investigating the West Virginia accident, which shot fireballs into the sky, burned down a nearby house and caused fires on the ground that smoldered for days.

The cause of the derailment hasn’t been released. Speed had previously been ruled out as a factor. The FRA has said the train was going 33 mph at the time of the crash. The speed limit was 50 mph.

CSX said more than 181,000 gallons of crude oil was recovered after the accident. About 10,000 tons of soil has been removed and shipped for disposal. Additional soil removal is planned next to the Kanawha River and a tributary at the derailment site.

Air, water and soil sampling continues. The water monitoring is at five locations along the river, including a drinking water intake, because of the occasional presence of oil sheens. CSX said the local drinking water supply has been unaffected by the spill.

Oil-absorbing booms were attached to a metal wall more than 410 feet long in the river as an additional containment measure. The wall will eventually be taken down once the sheens are no longer detected, Cost said.

Cost declined to disclose how much the company has spent on the cleanup.

Bakken Crude, Crude By Rail, Derailment, Train speed

Officials: Oil train didn’t speed before Montana derailment

Repost from Yahoo News (AP)

Officials: Oil train didn’t speed before Montana derailment

By Matthew Brown, July 20, 2015

BILLINGS, Mont. (AP) — A train that derailed and spilled 35,000 gallons of oil in northeastern Montana was traveling within authorized speed limits, federal officials said Monday as they continued to probe the accident’s cause.

The Burlington Northern Santa Fe Railway train loaded with crude from North Dakota was traveling 44 mph before Thursday’s wreck, U.S. Federal Railroad Administration spokesman Matthew Lehner said.

Officials have said the maximum authorized speed in the area is 45 mph.

Twenty-two cars on the BNSF train derailed near the small town of Culbertson. Lehner said the tank cars were a model known as the “1232,”which is built under a 2011 industry standard intended to be more crash-resistant than earlier designs.

But several recent oil train crashes, including some that caught fire, also involved 1232s, and federal officials said in May that the older cars must be phased out. The oil industry has challenged the timeline for the phase-out in federal court.

The stretch of track where last week’s derailment occurred is inspected at least four times a week, said Matt Jones, a spokesman for the Fort Worth, Texas-based company. Jones did not immediately respond to a request for details on the latest inspection.

Derailed oil tanker cars lie off track near Culbertson, …
Derailed oil tanker cars lie off track near Culbertson, Mont., Friday, July 17, 2015. The tank cars were hauling fuel from North Dakota and derailed Thursday in rural northeastern Montana, authorities said. (AP Photo/Richard Peterson)

The accident triggered a temporary evacuation of nearby homes and a camp for oil-field workers.

No one was hurt, and no fire or explosion occurred. But oil leaked from four of the cars. Officials said the spill was quickly contained, and there was no immediate evidence that any crude reached a waterway.

Federal Railroad Administration spokesman Michael Cole said Monday the train was bound for the Cherry Point refinery, operated by oil company BP near Ferndale, Washington. The agency had said previously that the shipment was headed to a refinery in Anacortes, Washington.

The spill marked the latest in a series of wrecks across the U.S. and Canada that have highlighted the safety risks of moving crude by rail.

In recent years, trains hauling crude from the Bakken region of North Dakota and Montana have been involved in fiery derailments in six states. In 2013, a runaway train hauling crude from the Bakken derailed and exploded in Lac-Megantic, Quebec, incinerating much of its downtown and killing 47 people.

North Dakota regulators in April began requiring oil producers to treat their crude before it can be loaded onto rail cars, to reduce the concentration of volatile gases that can trigger an explosion. Statoil, which was shipping the oil involved in last week’s crash, was in compliance with the new regulations, company spokesman Peter Symons said.

Cleanup work along the BNSF line near Culbertson continued Monday, said Daniel Kenney, an enforcement specialist with the Montana Department of Environmental Quality.

BNSF has been asked to sample underground water supplies in the vicinity of the crash as a precaution, Kenney said. For most spills, the state expects cleanup work to be completed and a final report submitted to regulators within 90 says, Kenney said. He added that might not be the case with Thursday’s derailment given the large volume of oil spilled.

Speed restrictions put in place following the derailment were lifted Monday on nearby U.S. Highway 2, the region’s main artery.

Bakken Crude, CPC-1232, Crude By Rail, Derailment, DOT-111, DOT-111A, DOT-117, Electronically controlled pneumatic braking (ECP), Oil stabilization, Train braking systems

Railway Age Magazine: The importance of little accidents

Repost from Railway Age Magazine
[Editor: At every turn, when an article mentions the North Dakota requirement for crude oil “stabilization,” I must remind the reader that North Dakota does NOT require crude oil “conditioning” as is required in Texas.  Conditioning would make the oil much safer.  – RS]

The importance of little accidents

By  David Schanoes, July 20, 2015 
You know the kind I mean: the ones where nobody gets hurt, nothing blows up, and nobody shows up, except you.

You get there. There’s no press, no NTSB “go team,” no competing reflectorized vests with initials like FBI, DHS, ATF, PHMSA, DEA, FRA, NTSB. No senators expressing shock and dismay and demanding that heads will—as the cameras do—roll.

There’s just you. The wreckmaster is on the way. The track supervisor too. The local fire department is there, and the cops. Everybody is thinking, “What a mess.” And looking at you.

And you know what? It’s better this way. We might actually be able to learn something. Less noise, more signal.

We’ve had a couple of the little ones recently.

First, on July 16, a BNSF unit crude oil train derailed 22 cars near Culbertson, Mont. Three tank cars ruptured, spilling approximately 35,000 gallons of crude. No fire, no explosion, no headlines, none of that stuff I listed above and that I would be happy to never list again.

Now, if I were BNSF, or the NTSB, or FRA, or DOT, or PHMSA, I’d be very interested in this no-fire, no-explosion derailment. BNSF hasn’t identified the source of the crude, but since the train was loaded by Savage Bakken Oil Services in Trenton, N. Dak., I think it’s safe to assume that the contents of this train was Bakken crude.

Last April, North Dakota required that Bakken crude be stabilized (reducing its volatility) prior to transport. So I’d be very interested in knowing if this train was transporting the stabilized crude.

Even more recently, USDOT has established new specs for tank cars handling unpressurized flammable materials, replacing DOT 111 and 111A specs for those cars with the new 117 classification. Another “interim” car, CPC 1232, is currently in service.

So I’d be very interested in knowing if the three cars that ruptured were 111, 111A, or 1232 models. ’d also be very interested in knowing if other cars that did derail but did not rupture are 111, 111A, or 1232 models.

DOT has also stipulated that CBR trains be fitted for ECP, electro-pneumatic braking, meaning of course, that the CBR tank cars must be fitted for ECP braking.

ECP braking is not a new concept. It’s been around for at least, what, 60 years? Instead of using changes in air pressure traveling throughout the entire length of the train to signal for the application of brakes, electro-pneumatic braking sends an electronic signal to receivers on each car’s air brake apparatus to initiate braking. “Lag time” is virtually eliminated; brakes set up simultaneously, smoothly, with dramatic reduction of in-train forces. Great idea—for passenger trains, where all the cars share common electrical connections with the locomotive.

ECP may be a great idea for freight trains. It’s definitely an expensive one, as the 90,000 or so tank cars currently more or less captured in hazmat/CBR transport have no electrical connections to anything.

So I’d be interested in knowing, with ECP braking, how many of the 22 cars that did derail would not have derailed. I’d be interested in knowing if the three tank cars that ruptured after derailing (a) wouldn’t have derailed to begin with and (b) would not have been subject to “rupture forces” due to additional impact from following cars if ECP braking had been installed.

Sounds like a job for TTCI, if you ask me.

And we had a second little accident on Friday, July 17, 2015, right here in New York City. Initially reported as a “sideswipe,” it was in fact a collision between two LIRR passenger trains. A westbound train was stopped at an interlocking signal at HALL. An eastbound train violated a signal displaying “stop,” and proceeded to collide with the stopped train. You can see a summary of the accident on, where else? YouTube. The summary begins around 3:31 into the video.

Again, no injuries, no fires, no explosions. But a lot to learn, because at 13:50 into the video, the president of the LIRR says that because this stop signal violation and resulting collision took place in the interlocking, “PTC isn’t going to help.”

This is startling news, and I hope it’s just a misunderstanding, as LIRR’s approved PTCIP (PTC Implementation Plan), available in public docket FRA-2010-0031, states:

The LIRR PTC system will enforce a stop at every Home Signal displaying a Stop aspect. Transponders provide the onboard computer with the information that the train is approaching a Home Signal and the distance to that Home Signal. The onboard system uses this data to generate a speed profile with a 0 mph target speed at a target point in approach to the signal. . . .

Now, back in the day, “home signals” meant the extreme outer opposing signals of an interlocking. Signals within the interlocking might be referred to as intermediate signals, although the requirements for complying with a stop indication from such a signal within the interlocking limits was exactly the same as that for the home signal.

The distinction between “home” and “intermediate” interlocking signals has operating significance only in defining the geographical boundaries of the interlocking in which all the interlocking rules apply, including stop at every signal displaying stop.

In addition 49 CFR 236.1005(a)(1)(i) (“Requirements for Positive Train Control systems) requires at interlockings where PTC routes intersect that PTC enforce “the stop on all routes.”

It’s the little things that mean the most, sometimes, so I’m looking forward to the little answers.

AMTRAK, Bakken Crude, Broken wheel, Clean-up, Crude By Rail, Derailment, Oil conditioning, Oil spill, Rail infrastructure, Rail inspection, Soil contamination

Montana county has had 5 derailments in two years

Repost from The Dickinson Press

Montana county has had 5 derailments in two years

By Amy Dalrymple on Jul 20, 2015 at 11:22 p.m.
An investigator takes photos at the site of a crude oil train derailment on Saturday, July 18 east of Culbertson, Mont. Twenty-two oil tankers derailed, leaking an estimated 35,000 gallons of oil. (FNS Photo by Amy Dalrymple)

CULBERTSON, Mont. — Five train derailments have occurred in less than two years in the northeastern Montana County where crews continue cleaning up after last week’s oil train derailment.

In addition to the two train derailments that occurred last week within a 20-mile stretch of Roosevelt County, two railcars also derailed at Culbertson in February, according to the Federal Railroad Administration database, which is updated through April.

The cause of that incident, which did not cause injuries or release of hazardous material, was attributed to human error, according to information submitted to the FRA.

The area also had two train derailments in 2014, including the derailment of two Amtrak cars in April of that year in the neighboring community of Bainville.

Two people were hurt in the derailment, which caused more than $100,000 in damage to Amtrak equipment and nearly $500,000 in damage to the track, the FRA database shows.

The cause that derailment is listed as “track roadbed settled or soft,” according to information submitted to the FRA.

The other 2014 incident, which involved one railcar that derailed in December at Culbertson, was attributed to a broken wheel, the FRA database shows.

The entire state of Montana had 19 train derailments in 2014, the FRA information shows.

Last Tuesday, nine railcars derailed near Blair, Mont., damaging about 1 mile of track. The cause remains under investigation.

BNSF Railway inspects the track in that area at least four times per week, spokesman Matt Jones said.

The FRA and the Pipeline and Hazardous Materials Safety Administration continued collecting evidence Monday to investigate the cause of Thursday’s derailment involving 22 oil tankers. Four of the derailed tank cars leaked oil, the FRA said, and spilled an estimated 35,000 gallons of oil.

The train was not speeding at the time it derailed, an FRA spokesman said. It was traveling 44 miles per hour in a 45-mph zone, the spokesman said.

BNSF environmental specialists continue to clean up at the site. Oil will be removed from the remaining tank cars in the next several days, and the cars will be removed after that, Jones said.

Crews are excavating contaminated soil, said Daniel Kenney, enforcement specialist with the Montana Department of Environmental Quality, which is monitoring the cleanup. The spill was not reported to have contaminated any water sources and has not threatened human health, Kenney said.

The North Dakota Department of Mineral Resources confirmed Monday that Statoil, the company that owns the oil that was on the train, is in compliance with the state’s oil conditioning order.

The order, which took effect in April, aims to reduce the volatility of Bakken crude oil.

Statoil was meeting the order by operating its equipment at specific temperatures and pressures, said Department of Mineral Resources spokeswoman Alison Ritter. Companies also can comply by submitting vapor pressure tests to the state.

The train with was loaded by Savage Services in Trenton, N.D., and headed to Anacortes, Wash., the FRA said.

Jeff Hymas, a spokesman for Savage Services, said Monday the railcar inspection protocols at the Trenton terminal are consistent with FRA and BNSF requirements.