Dangerous Oil-by-Rail Is Here, but Railroad Bridge Inspectors Are Not
By Ken Broder, September 18, 2014
The California Public Utilities Commission (CPUC) estimates there are about 5,000 railroad bridges in California, but doesn’t really know for sure. They are privately owned and inspected and were off the public radar until oil companies started shipping dangerous crude by rail to California refineries in increasingly large quantities.
Governments are not ready to have volatile loads of cargo rolling through sensitive habitats across the state, much less through heavily-populated metropolitan areas. But help is on the way. In March, the CPUC requested funding (pdf) for seven inspectors to specifically handle oil-by-rail, and two of them would focus on bridges.
The Contra Costa Times reported last week that the two inspectors have not yet been hired, but when they are, they will be the only two inspectors checking out the bridges. They will be assisted in their task by the sole federal inspector assigned to the area―an area that includes 11 states.
One of their first jobs will be to find the bridges. There is no comprehensive list. Judging by some industry comments, there may be some reluctance on the part of rail owners to provide all the information the government might ask. Bridge consultant and former American Society of Civil Engineers President Andy Hermann told the Times that the companies kept bridge data secret for competitive reasons.
But not to worry. The owners already do a good job of maintaining the bridges because, in Hermann’s words, “There’s a very strong profit motive to keep the bridges open. Detours will cost them a fortune.” In other words, this would be a situation where a company does not make a risky decision based on short-term, bottom-line considerations that could adversely affect the well-being of people and the environment.
In a report (pdf) to lawmakers on rail safety last December, the CPUC called California’s rail bridges “a potential significant safety risk.” It said most of them “are old steel and timber structures, some over a hundred years old.” Big rail companies tout their safety programs but the report points out often these bridges are owned by small short line railroads “that may not be willing or able to acquire the amount of capital needed to repair or replace degrading bridges.”
That’s bad, but not AS bad when the rail shipments aren’t volatile oil fracked from North Dakota’s Bakken formation, loaded on old rail cars ill-equipped to handle their modern cargo. Federal regulations to upgrade the unsafe cars will probably take at least a few years to complete.
When safety advocates talk about the dangers of crude-by-rail, they invariably cite the derailment last July in Quebec that killed 47 people, burned down 50 buildings and unleashed a “river of burning oil” through sewers and basements. But the Times reached back to 1991 for arguably California’s worst train derailment, albeit sans crude oil.
A train in Dunsmuir, Siskiyou County, fell off a bridge and dumped 19,000 gallons of a concentrated herbicide into the Sacramento River. Fish and vegetation died 45 miles away. Some invertebrate species went extinct. Hundreds of people required medical treatment from exposure to the contamination.
Railroads are carrying 25 times more crude oil nationally than they were five years ago. Most oil in California is moved via pipeline or ship. In 2012, only 0.2% of the 598 million barrels of oil arrived by rail in California. But the California Energy Commission (CEC) has said it expects rail to account for a quarter of imports by 2016.
Earthjustice, an environmental advocacy group, does not want safety measures to amble down the track years after the crude roars through. Its lawyers joined with the Sierra Club and ForestEthics to file a lawsuit in federal court last week to force a U.S. Department of Transportation (DOT) response to a July legal petition seeking a ban on the type of rail cars that derailed and exploded in Quebec.
A week ago, a San Francisco County Superior Court judge told Earthjustice and other environmental groups they couldn’t sue to halt deliveries of crude oil to a rail terminal in Richmond because the deliveries had been legally permitted by the state―without public notification―and the 180-day deadline to appeal had quietly passed.
Repost from The Columbian [Editor: An important local study, calling for better disaster preparedness. Significant quote – “…oil trains travel through three significant zones in Seattle: passing within blocks of two stadiums, through the downtown tunnel, and along the north end, which has limited access because of high banks along the waterfront.” – RS]
Oil trains called hazard in old Seattle tunnel
Report says railroad, city must prepare to limit a catastrophe
By PHUONG LE, Associated Press, September 16, 2014
A long line of rail tanker cars sits on tracks south of Seattle, Tuesday, Sept. 16, 2014. In a report to the Seattle City Council, city emergency planners say more must be done to lower the risk of a possible oil train accident and improve the city’s ability to respond. (AP Photo/Ted S. Warren) (Ted S. Warren/AP)
SEATTLE — With increasing numbers of trains carrying volatile crude oil through Seattle’s “antiquated” downtown rail tunnel, city emergency planners say more must be done to lower the risk of an oil train accident and improve the city’s ability to respond.
In a report to the Seattle City Council, emergency managers warned that an oil train accident resulting in fire, explosion or spill “would be a catastrophe for our community in terms of risk to life, property and environment.”
BNSF Railway can make immediate safety improvements in the mile-long 100-year-old rail tunnel that runs under downtown Seattle, including installing radio communication, a fire suppression system to release water and foam, and a permanent ventilation system, according to the report written by Barb Graff, who directs the city’s office of emergency management, and Seattle assistant fire chief A.D. Vickery.
About one or two mile-long trains a day carrying shipments of crude oil from the Bakken region of North Dakota, Montana and Canada through the city of about 630,000 residents.
Several refineries in the state are receiving shipments of crude oil, and the others are upgrading facilities to accept oil trains. Once refineries are able to accommodate additional shipments, three or more trains could pass through Seattle each day, the city report said.
Oil trains currently enter Washington state near Spokane, and travel through the Tri-Cities and along the Columbia River before traversing Seattle to refineries to the north. In the state, as many as 17 trains carry about 1 million gallons of crude oil a week through several counties, including Spokane, Benton and Clark, BNSF reported to the state in July.
“We know they can explode. We’ve seen the tragedy in Canada. We know they can derail. That happened two months ago in our own city,” said Councilor Mike O’Brien, whose committee scheduled a special meeting Tuesday night to discuss the report. “We have to treat this as a real threat.”
Oil-train derailments have caused explosions in North Dakota, Virginia, Alabama and Oklahoma, as well as in Quebec, where 47 people were killed when a runaway train exploded in Lac-Megantic in July 2013.
Two months ago in Seattle, three tanker cars derailed as an oil train bound for a refinery in Anacortes pulled out of a rail yard in Seattle. BNSF officials noted at the time that nothing spilled, and a hazardous materials crew was on the scene in 5 minutes, but the incident raised new concerns.
BNSF spokesman Gus Melonas said the railway has improved tracks and roadbed to ensure that trains travel the tunnel safely. He said the concrete-lined tunnel is inspected regularly and is “structurally safe.”
“We’ll review the (city) report further,” he said. “We take safety extremely seriously and the operation of trains is a top priority, and we’ll continue to enhance our safety process.”
The railway plans to locate a safety trailer with foam equipment and extinguishers in the Seattle area, and plans to continue to train Seattle firefighters and responders.
Seattle’s report notes that oil trains travel through three significant zones in Seattle: passing within blocks of two stadiums, through the downtown tunnel, and along the north end, which has limited access because of high banks along the waterfront.
“The tunnel runs under all of downtown. What happens if something goes wrong there?” O’Brien said. “We’ve heard the fire department say we aren’t sure we can send firefighters to fight if it’s too dangerous.”
Oil trains typically move at about 10 mph through the tunnel, less than the maximum speed of 20 mph, and do not operate in the tunnel at the same time as a passenger train, BNSF’s Melonas said.
A derailment and fire involving Bakken oil tank cars could stress fire department resources, the report said. It recommends limiting track speeds in high-density urban areas, and that the railroad company help pay for specialized training, sponsor annual drills to respond to tank car emergencies and provide a foam response vehicle to use in case of an oil train accident.
Eric de Place, policy director for Sightline Institute, an environmental think tank, said other local governments should be doing similar reviews.
“Railroads don’t carry near the rail insurance they need,” he said. “If there’s a meaningful risk, the railroads should have to be insured against it and they should have to find private insurance.”
Repost from The Poughkeepsie Journal [Editor: Commentary received in an email from Dr. Fred Millar – “Reporter John Ferro in Poughkeepsie has relentlessly dug up the almost always hidden ‘after action’ documents from agencies which participate in emergency drills. The reports are supposed to show gaps in preparedness revealed by the drills, but are usually whitewashed, scrubbed all together to get an official version of what happened that makes no one look too bad, with overall aim re ‘public perception’, as Ferro indicates, of reassuring the public. ¶ Unlike oil-loaded ships and storage facilities [under the Oil Pollution Act mandates], crude oil-shipping railroads have offloaded all the responsibility for ER capabilities and planning onto local and state officials.” – RS]
‘Flawed’ oil spill drill offers lessons to state, feds
Poughkeepsie Journal investigation offers the first detailed account of largest multi-agency drill along the Hudson River in at least a decade.
John Ferro, September 15, 2014
(Photo: File photo/AP)
In the aftermath of a high-profile, multi-agency oil spill drill in New Windsor last year, officials were pleased by the mostly positive news coverage.
“Thank goodness,” wrote one official from the National Oceanic and Atmospheric Administration in an email.
“It was basically lucky that things turned out as well as it did for the public perception,” said a follow-up report from the state Department of Environmental Conservation.
But beyond the relief, there were concerns about how the drill came together, communication during it, as well as other issues, a Poughkeepsie Journal investigation has found.
At a time when Gov. Andrew Cuomo’s administration has repeatedly sought to reassure the public about the state’s handling of the sudden rise in crude oil transport, the Journal’s report offers the first detailed account of the most comprehensive oil spill drill on the Hudson River in at least a decade.
“The drill was flawed, no question about that,” said Charles Rowe, a spokesman for the local Coast Guard sector. “The areas where it was flawed were planning and communication. However, it was flawed for all the right reasons.”
Indeed, experts and officials say drills are successful when they identify areas of improvement, as this one did. And no glaring deficiency in the local response capacity was identified, they said.
The drill was held Nov. 12 and involved railroad and in-river simulations, as well as a tabletop exercise. It was co-sponsored by the DEC and Global Companies, the private company that owns the New Windsor terminal.
“In our experience, drills do not turn out well by luck, but rather are based on sound preparation and planning,” DEC spokesman Peter Constantakes said. “DEC believes that this drill provided an effective test of response activities.”
Still, the lessons learned from that test have gone largely unreported even as the public is being asked to comment on an update of the local area contingency plan. In fact, the DEC released its final report on the drill on Saturday, 10 months after the drill and nearly eight months after the Journal first requested it under the Freedom of Information Act.
Area contingency plans were mandated by federal legislation passed in 1990 following the Exxon Valdez accident. They define roles, responsibilities, resources and procedures necessary to respond to spills and are updated every three years. The deadline for public comment on the local plan is Oct. 10.
Drill grew larger
The emails, reports and interviews paint a picture of a drill that began as a small exercise and grew into something much larger.
Owners of oil terminals such as Global Companies must conduct drills every year. They can range from tabletop exercises to much larger drills involving role-played scenarios.
The New Windsor drill came about a year after crude oil began moving down the Hudson River in large quantities by rail and vessel. And it followed an accident involving the very first oil tanker to leave Albany.
The Stena Primorsk ran aground about 6 miles south of Albany on Dec. 20, 2012. Though the ship’s outer hull was gashed open, the inner hull kept any of its 11.7 million gallons of crude from leaking.
In 2013, the DEC and the Coast Guard approached Global to request an expanded drill. The original drill called for a simulated leak of crude oil. It was changed to a catastrophic failure of a 50,000-gallon heating oil tank that leaked into the river.
DEC officials then added a train derailment to the scenario.
More participants added
The initial planning included representatives of the Coast Guard, DEC, the New Windsor Fire Department, Global Companies and oil-spill recovery organizations contracted by Global and DEC.
But in the end, more than 20 public and private entities either observed or took part in at least one of the simulations, including emergency response officials from Dutchess, Ulster and Orange counties.
The additions created some headaches for drill planners. A DEC memo obtained by the Journal described the planning phase as being “pieced together in a Frankenstein-ish manner.”
“The increased level of participation led to last-minute changes in the scenario and to ad-hoc planning,” Rowe, the Coast Guard spokesman, said. “This complicated the exercise, but is good news for the Hudson River. It shows that agencies recognize the potential for an incident and that those agencies are willing to commit resources and assets to preparation and training.”
Constantakes, the DEC spokesman, said the decision to use fuel oil instead of Bakken crude was made because the New Windsor facility did not store Bakken crude in any of its tanks. The tank used in the drill was the largest in the Global facility, and stores fuel oil most of the time, he said.
“The physical properties of Bakken crude oil and diesel oil are similar, so this change did not significantly alter the simulated response actions,” he said.
Problems with hardware
Participants were hampered by a lack of simple hardware such as enough electric outlets, consistent Internet access and computer printers, the documents say. And a sudden overnight drop in temperatures caught some by surprise.
Experts say that these snafus can be a blessing in disguise, however, since they can mirror real-world situations.
“I thought that was a really interesting comment, that folks were cold,” said Brian House, chief executive officer of Moran Environmental Recovery LLC in Randolph, Massachusetts. “If this had been a real event, folks would have been a lot colder.”
House is a past-president of the Spill Control Association of America and was the spill-recovery industry’s representative on a federal review of the BP Deepwater Horizon disaster. Neither he nor his company was involved in the drill.
At the Journal’s request, House reviewed a detailed, bullet-point summary, called a “hot wash,” that was sent by a DEC’s regional spills engineer to about 15 private and public entities a few days after the drill. The military term has been adopted by first responders to describe a post-event debriefing. It is derived from the practice of soldiers who used hot water to clean weapons of dirt and residue.
“Nothing jumped out at me as being a catastrophic flaw,” House said. “I think any time you have a drill with a mix of public and private sector resources, it is a learning experience. I think the issues, for the most part, revolved around ways to enhance communication.”
Communication between commanders and the teams at the rail car was initially hampered because of the use of different radio frequencies, the hot wash summary said. The problems were quickly resolved.
The hot wash summary also highlighted concerns over whether private railroad officials from CSX were moving out of sync with the incident command system, or ICS. An ICS is a standardized, uniform response structure that allows people or departments to respond to incidents regardless of size.
“That can be as simple as five guys in a tent, or on large events, it can be hundreds of people,” House said.
‘Chaos’ within command system
The DEC memo indicated there was a “good deal of chaos” within the ICS.
“Emergency response events and drills are by their very nature chaotic and cannot be perfectly organized,” Constantakes said. “These situations are somewhat similar to hospital emergency rooms.”
Constantakes said that in the agency’s view, ICS staffing came together quickly, with people assigned to each of the units necessary to perform their assigned tasks.
Within an ICS are sections, or departments, such as planning, logistics and operations. At New Windsor, communication issues arose between the sections. In one instance, the planning section lacked information on what equipment had been deployed, making it difficult to plan the next operational phase.
There were smaller issues, such as responders not having the right tools when they performed an initial reconnaissance entry to the train.
Participants also expressed frustration that too many media representatives and other observers distracted them from doing their jobs.
Under a section headlined “Positives,” the hot wash summary indicated that public perception was good; the initial confusion took a while to clear but started to work at the end; and that there was a great deal of coordination between multiple agencies.
But the summary also indicated that some felt the drill may have been too big.
The DEC says all of those lessons, as well as others, will be incorporated into future drills. One lesson: Seek help when planning a comparatively complex event.
“The overall review of the drill indicated that the use of both a professional planner and professional facilitator would have been helpful for a drill of this magnitude,” Constantakes said.
Rowe said the drill was “not perfect by any means,” primarily because the total number of agencies that participated was considerably larger than was initially planned.
But, the Coast Guard spokesman said it revealed that the Hudson River has a larger response capability than initially had been thought, that responders “are serious” about the potential for oil and hazardous materials spills and that all participants understand the necessity of working together under an organized command structure.
“Obviously, there is work to be done,” Rowe said, “but there are many willing hands to do that work.”
U.S. oil trains must be drained of explosive gas, mayors say
By Patrick Rucker. WASHINGTON, Sep 16, 2014
(Reuters) – Dangerous gas should be removed from oil train shipments to prevent a future disaster on the tracks, U.S. mayors and safety officials will tell regulators in comments on a sweeping federal safety plan.
The Department of Transportation in July proposed measures meant to end a string of fiery accidents as more trains carrying oil from North Dakota wind across the United States.
Tank cars carrying flammable cargoes would be toughened and forced to move at slower speeds under the plan. But critics say the failure to address vapor pressure, a measure of how much volatile gas is contained in the crude, is a major omission, and intend to drive their point home.
“That’s an oversight we’re going to push them to fix,” Elizabeth Harman, an official with the International Association of Fire Fighters, told Reuters.
Responses to the DOT’s plan are due by Sept. 30, and so far more than 100 comments have been received. Typically in a contentious rulemaking major stakeholders submit their views just before the deadline.
U.S. officials have studied vapor pressure since July 2013, when a runaway oil train derailed in the Quebec village of Lac-Megantic, killing 47 people in a fireball that shocked many with its explosive power.
Until recently, official findings on vapor pressure were in line with industry-funded studies: That the North Dakota fuel is similar to other U.S. light crude oil deemed safe to move in standard tank cars.
But the DOT said last week that it did not properly handle prior samples and that a precision device, a floating piston cylinder, is needed to reliably detect vapor pressure dangers.
Given that disclaimer, many officials simply want dangerous gas removed from crude oil before it is loaded onto rail cars.
“The technology exists so it boils down to costs,” said Mike Webb, a spokesman for Davis, California, who expects nearby cities will join a call for safer handling of Bakken crude from North Dakota.
Under one scenario, energy companies would siphon gas from crude oil and send the fuel to market via different channels. But building such infrastructure, like separators or processing towers, could cost billions of dollars.
The North Dakota Petroleum Council has sampled some Bakken fuel using a floating piston cylinder and the results have been inconclusive, said Kari Cutting, vice president for the trade group.
“But nothing we’ve seen supports the idea that Bakken crude is more volatile than other light crude oils or other flammable liquids,” said Cutting.
But leaders of many railside towns say uncertainty demands the fuel only move under the most stringent safety measures.
“There is a way to haul dangerous cargo safely and that means using state-of-the-art tools,” said Karen Darch, mayor of the Chicago suburb of Barrington, where fuel-laden freight trains cross commuter tracks as many as 20 times a day.
North Dakota officials will next week hold a hearing to consider measures to de-gasify crude oil in the state.
(Reporting by Patrick Rucker, editing by Ros Krasny and Cynthia Osterman)