Showing posts with label shipping. Show all posts
Showing posts with label shipping. Show all posts

More Oil Being Shipped by Rail = More Risks

As resistance to pipelines builds, trains have become the preferred mode of transportation for oil producers in North America. With the increased levels of shipping by rail comes increased incidence of accidents.

In 2013 alone there were 88 rail accidents involving oil and at least 8 explosions of trains bearing crude. Seven of the 10 worst US oil spills in the last decade happened in the last three years. More crude oil has spilled from train accidents in 2013 than in the previous four decades combined. Between 1975 to 2012, US rail spilled a combined 800,000 gallons of crude oil. This pales in comparison to the 1.15 million gallons of crude oil was spilled in 2013.

Oil is involved in more rail and road accidents than any other dangerous goods. Between January 1, 2006 and June 30, 2013, almost one third of all accidents involving the transportation of dangerous goods by rail or road involved crude oil.

Their has been a massive increase in oil shipped by rail in North America. In Canada nearly 375,000 metric tonnes of oil were shipped by rail in 2011. In 2012, that number skyrocketed to 4.3 million metric tonnes. CN Rail says it moved 30,000 carloads of crude oil in 2012, and 60,000 in 2013. In 2014 and 2015 CN plans to increase that amount to 120,000 carloads of crude. The Railway Association of Canada says a total of 160,000 carloads of Canadian crude was shipped across North America on railcars last year.

Prior to 2009, only 8,000 metric tonnes of oil was transported by rail. In 2013 alone the US shipped 400,000 carloads of crude oil, or over 11.5 billion gallons. In October last year trains transported nearly 700,000 barrels a day of North Dakota oil alone. This represents a 67-per-cent jump from a year earlier.

Bakken crude is more flammable than traditional heavy crude oil. The more of it we ship, the more we are likely to see devastating explosions like the one that occurred in Lac Megantic one year ago.

Although the average spills from trains tend to be larger than the average spills from pipelines, they are less frequent than those from trucks or pipelines. However, the biggest pipeline accidents dwarf the biggest train accidents. An Alberta spill in 1980 saw 6.5 million litres of crude spilled, The largest spill of crude oil from a train (between January 1, 2006 and June 30, 2013) was 90,000 litres on May 21, 2013.

Moving fossil fuels is unsafe no matter how it is transported. The debate over whether we should build more pipelines, or ship more oil by rail or by road is like choosing between death by hanging, guillotine or firing squad.

© 2014, Richard Matthews. All rights reserved.

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Train Derails and Spills Oil in Lynchburg Virginia

On Wednesday April 30th, yet another train carrying oil derailed and burst into flames. The Virginia spill occurred in downtown Lynchburg and caused an unknown quantity of crude to spill into the James River. Richmond, the state capital of Virginia, draws its drinking water from the James River.

Virginia is a state that is no stranger to having its water contaminated by fossil fuel byproducts.
Both Duke Energy and Freedom Industries have recently poisoned Virginia's waterways with coal byproducts.

More than a dozen tanker cars were involved in this derailment and hundreds of people in nearby homes and businesses had to be temporarily evacuated until the fire burned itself out.


Ironically, the people of Lynchburg have been expressing their concerns about the prospect of just such an accident. They had joined the chorus of people calling for rail reform in the transportation of fossil fuels and other hazardous materials.

Hours after the crash, the US Department of Transportation submitted a package of proposed rules on oil train safety to the White House Office of Management and Budget.

The long and worsening track record of trains filled with fossil fuels harming people, rivers, wetlands and wildlife shows no signs of abating. Last year a record number of accidents and spills occurred involving trains including a deadly derailment last summer that killed 47 people and decimated the town of Lac Megantic Quebec.

© 2014, Richard Matthews. All rights reserved.

> Related Articles
The Environmental and Emotional Legacy of the Lac-Mégantic Disaster
Event - Worldwide Oil Train Week of Action
More Oil Being Shipped by Rail = More Risks
Growing Opposition to Shipping Oil by Rail
Criminal Charges Leveled Against those Responsible for the Lac Megantic Disaster
The Rail Company that Decimated the Town of Lac Megantic Quebec Sold at Auction
MMA's Bankruptcy Protection is Unconscionable
Massive Oil Spill from Train Derailment in the Town of Lac Megantic
The Dangers of Transporting Fossil Fuels
Train Derails Spilling Oil in Saskatchewan
Oil Bearing Train Derails and Explodes in New Brunswick
Train Carrying Fossil Fuels Derails Causing an Explosion and Fire in Alberta
Train Derails Spilling Coal into a BC Waterway  
Video - Train Carrying Oil Derails Illustrating the Dangers of Transporting Fossil Fuels
New Government Regulation of Oil Trains
Transport Canada's New Train Safety Rules for Transporting Fossil Fuels
CN Plans to Phase Out Rail Cars that Caused the Lac Megantic Disaster
Stop Old Trains from Transporting Oil

Event - Improving NJ Air Quality: Focus on Transportation

Are Greener Cars in NJ's Future? An NJ Spotlight Roundtable will take place on Friday, Nov 15 11:45 am to to 1:30 pm at Rider University, the Mercer Room (Daly Dining Hall) 2083 Lawrenceville Road in Trenton, NJ. Launched in 2010, NJ Spotlight publishes daily, original stories, centered on news and policy issues, with a focus on energy, education, state finance and healthcare. Learn more at www.njspotlight.com.

Cleaning the air in the Garden State means using cleaner fuels for transportation. While motor vehicle manufacturers are developing more low-emission vehicles, the real question is, how will these be powered? Will they be plug-in electric vehicles, compressed natural gas vehicles, or something else all together? Should private entities be building these non-gasoline fueling stations of the future? Should ratepayers be shouldering the cost?… Show more What role should the government play?

Panelists will include representatives from state government, clean energy advocacy groups and private industry.

Panelists
  • Robert Marshall, Assistant Commissioner NJ Dept. of Environmental Protection
  • Chuck Feinberg, Chairman & President, NJ Clean Cities Coalition
  • Mary Barber, Director Smart Power Initiatives, Environmental Defense Fund
  • Robert Gibbs, Manager, Market Strategy & Development, PSE&G
  • Joseph Rende, Regional Director, TrilliumCNG.
Lunch will be served.

Click here for more information or to register.

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Video - Train Carrying Oil Derails Illustrating the Dangers of Transporting Fossil Fuels



There has been a lot of press on the dangers of using pipelines to transport oil (or tarsands bitumen), but alternative forms of transportation are no safer. In this video you can see what happens when a train carrying oil derails and causes a massive explosion and fire. This video from the town of Lac-Megantic, Quebec convincingly makes the point that in addition to climate change causing emissions, fossil fuels cannot be safely transported, even by rail. This is yet another reason to wean ourselves off fossil fuels and radically expand on reliance on clean and renewable sources of energy.

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The US Transportation Sector can Reduce Petroleum Use and GHG emissions by 80% over the Next Few Decades

According to a new government study an 80 percent reduction in petroleum use and GHG emissions is possible in the transportation sector by 2050. This is the finding of research by the Transportation Energy Futures (TEF) project, a nine-part study undertaken by the Department of Energy Office of Energy Efficiency and Renewable Energy, National Renewable Energy Laboratory (NREL), and Argonne National Laboratory.

As reported in CleanTechnica, NREL Senior Analyst Austin Brown said: “Transportation accounts for 71 percent of total US petroleum consumption and 33 percent of our nation’s total carbon emissions. It presents significant opportunities to cut oil dependence while taking a bite out of greenhouse gas emissions. The finding that there are many options increases our confidence that a clean transportation solution is possible in the long term.”

TEF project researchers indicated that a combination of energy efficiency and reducing transportation demand can stop and even reverse energy use. This would make it possible "for competitive renewable energy supplies to provide an increasing share of energy."

TEF project researchers put forth three principal aims to achieve major reductions in US petroleum use and GHG emissions:
  • Increase fuel economy for all types of vehicles. 
  • Reduce use of transportation while providing comparable service (community development, urban planning, trip reduction through mass transit, tele-working, tele-shopping, carpooling, and efficient driving, and better management of freight demand patterns, including trends in operational needs and projections of future use levels). 
  • Expand use of low-carbon fuels, (electricity, biofuels, hydrogen, and natural gas). 
Transitioning to clean fuel and zero-emissions vehicles and modifying the demand for transportation are two focal points of the nine referenced in the TEF study. TEF project researchers indicated that reversing the trend of rising energy use in the transportation sector demand changes to the built environment, strategies to decrease personal travel, improvements in energy efficiency, and replacing truck freight with more energy-efficient rail and marine modes.

The keys to reducing petroleum use and reducing GHG emissions are highly energy-efficient vehicles and vehicles that employ cleaner fuels, (particularly in the Light Duty Vehicles). Marine, pipeline, rail, and off-road equipment, are also key to averting projected increases in energy consumption and GHG emissions.

Biofuels from sustainably-harvested biomass “could supply significant shares of the markets for jet fuel, gasoline, and diesel if DOE (Department of Energy) biofuels technology goals are met.” Balance of biomass resource demand and supply, including allocations for various transportation fuels, electric generation, and other applications.

To increase the use of hydrogen and electricity from renewable energy in the transportation sector, requires strong policies and incentives to help consumers overcome cost and range concerns, address automaker production and deployment issues, and encourage energy suppliers to rapidly build infrastructure.

© 2013, Richard Matthews. All rights reserved.

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