Tag Archives: CPC-1232

CPC-1232, Diluted bitumen (Dilbit), DOT-111, Phillips 66, Tar sands crude

SANTA BARBARA INDEPENDENT: Oil Train Roulette

Repost from The Santa Barbara Independent

Oil Train Roulette

Oppose Bringing Dangerous Cargo Through

By Arlo Bender-Simon, February 22, 2015

Russian roulette is a dangerous game of chance. A bullet is placed into a revolver, and the chamber is revolved. You’ve got a one in six chance that when you pull the trigger a bullet will come out. Be careful where you point that thing!

Allowing oil trains to pass through a community is like playing a game of Russian roulette. Granted, your chances are exponentially better than 1 in 6, but if a disaster were to happen, it would not be just you who gets hurt.

Right now, Phillips 66 (an oil refining company that recently spun off from ConocoPhillips) would like to be allowed to expand its refinery in Nipomo so that it can process shipments of crude oil delivered by trains. The tar sands crude is thick and shipped as “diluted bitumen” — in other words, with chemicals added to make it more fluid and easier to transport. A highly flammable byproduct even remains in the tank cars after they’ve been emptied.

Nipomo is in San Luis Obispo County, so our local officials can do little about this. But they can do something! They can join officials up and down the train route and pass a resolution, or send a letter, in opposition. This has been done by Ventura County, and the cities of Oxnard, Moorpark, Camarillo, Simi Valley, San Jose, Oakland, Sacramento, and many others.

This refinery may be in a neighboring county, but this is a big deal for Santa Barbara. Trains will be allowed to arrive at this refinery on the coast from either the north or the south. If this project is approved, oil trains will be passing through Santa Barbara County.

The proposal from Phillips 66 would allow 260 mile-and-a-half-long trains to offload crude oil at the Nipomo refinery every year. This translates to 520 trips up and down the California coast by crude-carrying trains that will shut down intersections, blare their horns, rumble through our communities, and spew gaseous contamination into the air. The inconvenience, air deficits, and upset are nothing compared to the real threats the loads pose to the health of our communities.

The Phillips 66 tanker fleet is composed entirely of model DOT-111 tanker cars. In July 2014, the US Department of Transportation decided that DOT-111s are extremely failure prone and outmoded; the newer, thicker-walled DOT-117 is recommended. Unfortunately, even the train-car builders warn no amount of extra metal or engineering can protect against breakage during a high-speed derailment.

The reality of oil train derailments is horrifying. With the jump in crude produced by fracking, the shipment of crude oil by rail has also jumped by thousands of percent. Unsurprisingly, the number of oil train derailments has also accelerated rapidly. So much so that in 2014, more crude oil was spilled in the U.S. from train derailments than in any year since data has been collected.

In just the past week there have been two major oil train accidents in North America. A train derailed in Ontario, Canada — pretty much directly north of Ohio — the night of February 14. Several tank cars caught fire, and the remote location made it difficult for emergency teams to arrive.

Two days later, midday on February 16, another train pulling DOT-111 cars derailed, exploded [Editor: no, they were the “improved” CPC-1232 tank cars], and leaked oil into the Kanawha River amid a snowstorm in West Virginia. At the time of this writing, roughly 15 tanker cars were still burning, hundreds of families have been evacuated from their homes, and two water treatment plants downriver from the spill have been shut down.

The question you have to ask the San Luis Obispo Planning Commission and the Board of Supervisors is this: If an oil train explosion is not currently a serious possibility in our part of North America, why would we do something to change that?

Bakken Crude, CPC-1232, Crude By Rail, DOT-111, Truck transport

Kinder Morgan halts shipment of crude in Bay Area

Repost from The Martinez News-Gazette
[Editor: See also KPIX: Bay Area Crude Oil-By-Rail Shipments Halted After Price Per Barrel Drops Sharply.  – RS]

Kinder Morgan halts shipment of crude

Rick Jones | February 26, 2015

Cost-based suspension safer, but temporary

The falling price of oil has made Bay Area railways and highways a little more safe for the time being.

Kinder Morgan has halted shipments of volatile Bakken crude to its oil transfer station in Richmond. Kinder Morgan had been receiving shipments of Bakken crude oil from North Dakota several times a month on 100-car trains. One such train travels through Martinez along Highway 4. Trucks would then send that Bakken crude to Tesoro.

However, last November those shipments stopped as the freefall drop in the price of a barrel of oil made transporting Bakken crude by rail economically unviable.

“There is a cost of transporting crude. When demand is reduced and price will be reduced, it becomes not economically viable to ship (by rail),” said Martinez Councilmember Mark Ross.

Ross, a member of the Bay Area Air Quality Management District, said the cost of transporting the light Bakken crude is approximately $12 a barrel.

“We have to find a way to reduce demand for oil,” Ross said. “And when we do that, other good things happen. Cleaner air, less dangerous trains coming through our communities.”

The last train carrying Bakken crude oil passed through the Bay Area on Nov. 22. The oil was transported via rail from Stockton to Richmond.

A train carrying more than 3 million gallons of crude oil from North Dakota’s Bakken shale derailed in a snowstorm in an unincorporated area near Mount Carbon, West Virginia, on Feb. 16, shooting flames into the sky and evacuating hundreds of nearby residents from their homes.

The train, which was carrying crude to an oil depot in Yorktown, Virginia, derailed in a small town 33 miles southeast of Charleston, causing 20 tank cars to catch fire. All the oil tank cars on the 109-car train were CPC 1232 models, CSX Corp. said.

The CPC 1232 is the newer, supposedly tougher version of the DOT-111 car manufactured before 2011, which was faulted by regulators and operators for a number of years. U.S. and Canadian authorities, under pressure to address a spate of fiery accidents, are seeking to phase out the older models. The U.S. Transportation Department has recommended that even these later models be updated with improved braking systems and thicker hulls.

The fires, which destroyed one house and resulted in the evacuation of two nearby towns, were left to burn out, CSX said in a statement. No serious injuries were reported.

CPC-1232, Crude By Rail, Derailment, DOT-111, Explosion, Fire, Massive increase in crude-by-rail, Tank car design

POPULAR MECHANICS: We Need Better Oil-Carrying Train Cars Now

Repost from Popular Mechanics

Why We Need Better Oil-Carrying Train Cars Now

U.S. has seen a 400 percent increase in crude oil transportation. So why don’t we have rail cars that are designed to carry it?

By William Herkewitz, Feb 20, 2015 @ 9:06 AM
The Register-Herald, Chris Jackson

On Monday, a train hauling 100 tankers of crude oil derailed in West Virginia. The violent crash punctured several of the tankers. Eventually 19 were engulfed in flames. Now, more questions are swirling about whether these tankers are safe enough to carry crude.

Old cars, new crude

Initially, the crash had many pointing to a seemingly similar accident in Lac-Mégantic, Quebec in 2013, in which crude oil tankers also ignited following a derailment. In the Quebecois crash, many of the tanker cars involved were DOT-111s—a train car not designed to transport flammable crude oil, but that regularly does so on North American rail lines.

Since 2005, the U.S. has seen a 400 percent increase in crude oil transportation

In 2009, four years before the Quebecois crash, the DOT-111 had been flagged by U.S. National Transportation Safety Board as inadequate to carry ethanol and crude oil, chiefly because of its inability to prevent a puncture in the event of a crash. But the NTSB’s recommendations are not legally binding anywhere in North America. More than 100,000 DOT-111s were transporting crude across American and Canadian rails when the Quebec accident occurred, and still are today.

View image on Twitter
TWITTER – The Hill ✔ @thehill Fires are still burning three days after the West Virginia oil train crash: http://ow.ly/Jlmlk 12:40 PM – 19 Feb 2015

The CSX Corporation, the railway company that owns Monday’s crashed tankers, was quick to point out that the tankers in use in the West Virginia crash were not DOT-111s, but CPC-1232s. But the fact is that a CPC-1232 tanker is just a reinforced, purportedly tougher version of the DOT-111—a redesign put in place after the NTSB’s 2009 warning. The biggest difference between the DOT-111 and the CPC-1232 is that the head shields (the puncture-prone ends of the cylindrical tankers) are more heavily protected.

Enough shielding?

These CPC-1232s are being increasingly used for crude oil transportation, and are planned to eventually phase out the older DOT-111 models. But as the West Virginia accident is shows, the CPC-1232 is also far from disaster-proof.

America needs a crude oil tanker that will not puncture in a crash

Why? Although the CPC-1232 boasts sturdier head shields, both it and the DOT-111 suffer from a much more basic problem: they simply aren’t thick enough overall. Both train cars have a steel shell that measures 7/16 inch thick. That width falls short of the 9/16 inch steel shell that U.S. regulators say would significantly reduce the likelihood of puncture during a derailment. (Granted, the regulators came to this conclusion in January 2014—long after the CPC-1232 redesign.)

View image on Twitter
TWITTER – Matt Heckel @WSAZmattheckel Another explosion just happened here at the train derailment: 8:29 PM – 16 Feb 2015

A real crude oil tanker

Rather than relying on insufficiently beefed-up old-style tankers — which, when first created, were not designed for crude oil anyway — America needs a crude oil tanker that will not puncture in a crash. It’s more important now than ever: Since 2005, thanks to a glut of oil production, the U.S. has seen a 400 percent increase in crude oil transportation. And that number looks to be rising.

Derailments are rare, and railroad techs and transporters do an impressive job of almost always avoiding them. But they will never be completely unavoidable.

CPC-1232, Crude By Rail, Derailment, DOT-111, Explosion, Lynchburg VA, Rivers

Lynchburg Editorial: A sense of déjà vu all over again

Repost from The Lynchburg News & Advance

A Sense of Déjà Vu All Over Again

By The Editorial Board, Thursday, February 19, 2015 6:00 am
WVa Train Derailment
Tanker cars carrying Bakken shale crude oil burn Monday after a derailment in West Virginia. The Associated Press

Monday afternoon, as Central Virginia was bracing for its first blast of winter weather, an event Lynchburgers are all too familiar with was unfolding in the tiny town of Mount Carbon, W.Va.

Situated on the Kanawha River in the southcentral part of the state, there are only 428 people in the town, at least according to the 2010 U.S. Census. But Monday, Mount Carbon became a dateline known across the country.

You see, a CSX rail line passes through Mount Carbon — and Clifton Forge, Covington, Lynchburg, Richmond and Williamsburg — with a final destination of Yorktown. And on this rail line travel four to six trains each week, pulling hundreds of tanker cars headed to the Plains Marketing transfer terminal in Yorktown. In each one of those tanker cars? More than 30,000 gallons of Bakken shale crude oil from North Dakota.

On Monday, one of those CSX train derailed. In a huge explosion, more than 20 tanker cars caught fire. A massive fireball shot into the sky, burning one house to its foundation. Oil leaked into the Kanawha River, threatening the water supply of thousands of West Virginians.

It was eerily reminiscent of April 30, 2014, when another CSX oil train derailed on the banks of the James River in downtown Lynchburg, just yards away from the Depot Grille restaurant and the Amazement Square children’s museum. More than a dozen tankers jumped the track, and three landed in the James. One ruptured and erupted into flames, with up to 31,000 gallons of oil either burning or flowing into the river.

The National Transportation Safety Board, which is on the scene today in Mount Carbon, investigated the Lynchburg derailment but has still to determine its official cause. A defect in the track near the site of the derailment had been detected April 29, but NTSB officials don’t know if it played a role in the derailment.

In the wake of the Lynchburg derailment, the White House and Transportation Department fast-tracked new regulations and safety standards for trains carrying Bakken crude and for the tanker cars used. Rail companies were told to alert local governments when hazardous shipments would be coming through their communities, as well as exactly what those shipments were. Old, single-hulled tankers were to be phased out and replaced by new, double-hulled cars designed to be safer and puncture-proof. But in Mount Carbon as in Lynchburg, the cars that ruptured and caught fire were the newer models.

The upshot is simple. Domestically produced crude is fueling an energy revolution in the United States, but federal regulators and the rail industry must make its transport as safe as possible, regardless of the cost. After near-miss disasters in Lynchburg and now Mount Carbon, we may not be so fortunate the next time.