north dakota spill baby spill

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 N DAKOTA #12 SPILL BABY SPILL Some people have suggested that the only solution to our energ y crisis is to frac more wells and  produce more tar sands. Unfortunately the industry has been all too eager to justify this conclusion by minimizing the consequences of spills a nd using biased risk analysis. As the examples from North Dakota show, major spills have be en far more common and p otentially far more devastating than the industry predicts. There is no more misleading analysis than that submitted by TransCanada for the proposed Keystone XL pipeline. The chart below is from Appendix P of the Risk Assessment for the Final Env. Impact Assess for KXL. The analysis estimates that a spill of 1000 barrels (42,000 gallons) to 10,000 barrels (420,000 gallons) will occur once every 100 years to 1000 years. Furthermore, the estimate of Benzene toxic exposures is completely unsupported by any plume modeling or previous major spills.

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An Assessment of recent major fracking related spills in North Dakota and how it affects the KXL risk analysis. A comparison of transportation methods for Bakken Crude and Tar Sands leads to the conclusion that none are safe under current regulations.

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  • N DAKOTA

    #12 SPILL BABY SPILL

    Some people have suggested that the only solution to our energy crisis is to frac more wells and

    produce more tar sands. Unfortunately the industry has been all too eager to justify this

    conclusion by minimizing the consequences of spills and using biased risk analysis. As the

    examples from North Dakota show, major spills have been far more common and potentially far

    more devastating than the industry predicts. There is no more misleading analysis than that

    submitted by TransCanada for the proposed Keystone XL pipeline.

    The chart below is from Appendix P of the Risk Assessment for the Final Env. Impact Assess for

    KXL. The analysis estimates that a spill of 1000 barrels (42,000 gallons) to 10,000 barrels

    (420,000 gallons) will occur once every 100 years to 1000 years.

    Furthermore, the estimate of Benzene toxic exposures is completely unsupported by any plume

    modeling or previous major spills.

  • The analysis above from TransCanada unbelievably estimates that recommended Benzene levels

    for drinking water (5 parts per billion) will exceed these Maximum Contaminant Levels only

    once in an unlikely 75,000 years to a ridiculous 830,000 years. So why have we had five major

    spills (see below) of oil and fracking related fluids in N. Dakota in the past 10 years each with

    more than 420,000 gallons and most more than twice that spill volume? In the last 10 years, each

    of the 5 Major Frac- related spills below exceeded this level.

    Name Date Location Company Gallons Type Source Cause

    Mandaree 7/9/14 Bear Den

    Bay

    Crestwood 1

    million

    Frac

    water

    Pipe

    separation

    Casselton 12/30/2013 BNSF 400,000 Bakken

    Oil

    Tank

    Car

    Derailment

    Big

    Gumbo

    Creek

    11/25/2013 Bowman

    Co

    Denbury 715,000 Frac

    Water

    3 Plastic

    Pipe

    Temperature

    Break

    Tioga

    Farm

    9/29/13 N. Tioga Tesoro 1

    million

    Bakken

    Oil

    6 pipe Lightning

    Alexander Jan 2006 N Dakota

    Creek

    Zenergy 1

    million

    Frac

    Water

    3 Plastic

    Pipe

    The 5 largest Fracking-related onshore spills in ND

  • North Dakota Major Spills Index Map

    1) Mandaree-Bear Den Bay Spill

    Sometime during the July 4th

    , 2014 weekend, a major spill of saltwater and fracking chemicals

    occurred on the Fort Berthold Indian Reservation near Mandaree, ND. Crestwood Midstream

    reported a loss of about 1 million gallons of frack water from a separated pipe on top of a

    badlands bluff in rugged terrain described as "one of the worst places it could have happened".

    All of the equipment needed must be carried in by hand due to the inaccessible location. The

    underground line contained brine from fracking operations along with unknown chemicals. The

    brine is between 10 and 30 times saltier than sea water while the pipe still contained oil residues.

    Reportedly, the leak took a week to find because the line did not have electronic pressure

    monitoring and the spill was only discovered when the company was going through production

    loss reports. The result was a contaminated ravine nearly 2 miles long containing dying trees,

    brush and grasses. The ravine leads into the Missouri River Reservoir which flows into Lake

    Sakakawea, a source of drinking water for the reservation. Tribal officials decided to take

    Mandaree's water supply off its normal source, until questions about the million-gallon leak are

    answered. The area is dotted with beaver dams and may take weeks to clean up. There were 141

    pipeline leaks reported in North Dakota in 2012, 99 of which spilled about 8,000 barrels of

    saltwater.

    This single spill of frac water was more than twice of all those combined. Following the trio of

    recent catastrophic environmental spills, a North Dakota spokesman for the Sierra Club claimed

    the treatment of fracking-related fluids is bordering on negligence. "This is outrageous. The

    regulating agencies and industry need to take this more serious."

  • Google Earth index of Bear Den Bay, The Missouri River and Lake Sakakawea

    Photo of dying vegetation after Bear Den Bay spill

    2) Casselton Train Collision

    On December 30, 2013, a westbound BNSF train carrying soybeans derailed 13 of 112 cars

    approximately one mile west of Casselton. An adjacent eastbound BNSF train carrying Bakken

    Crude oil struck wreckage from the westbound train. The collision derailed the first 21 of 106

    cars and ignited the crude oil and caused a chain of large explosions, which were heard and felt

    several miles away. The resulting fireball created a massive cloud of black smoke, which

    resulted in a voluntary evacuation of the city and surrounding area (about 1400 people) as a

    precaution. Of the 20 tank cars that derailed, 18 were breached (punctured) with initial estimates

    that more than 400,000 gallons of Bakken crude oil was released.

  • Casselton Fire from petroleum crude oil tank car explosion.

    Photo credit: Dawn Faught

    Although no casualties were reported, the incident occurred in proximity to a populated area and

    renewed safety concerns regarding the transportation of hazardous materials by rail, especially in

    the wake of the Lac-Mgantic derailment in Canada earlier in the year. Casselton mayor Ed

    McConnell, acknowledged that the town "dodged a bullet." [Source: Wiki and NTSB 2013

    Preliminary Report]. On January 2, the Pipeline and Hazardous Materials Safety Administration

    (PHMSA) issued a major safety alert, declaring oil obtained via hydraulic fracturing (fracking)

    in the Bakken Shale may be more chemically explosive than the agency or industry previously

    admitted publicly. A Canadian government study of North Dakota crude concluded it had a

    volatility comparable to that of a gasoline product.

    3) Bowman Spill

    MARMARTH, N.D. -- A saltwater pipeline leak on Nov. 25, 2013 near the western border of

    Bowman Co, ND has released 17,000 barrels of brine, polluting more than a mile of a creek in

    the Badlands of southwest North Dakota, authorities said Tuesday. The spill, which is equivalent

    to about 714,000 gallons, is one of the largest saltwater spills to occur in North Dakota,

    http://www.bakkentoday.com/event/article/id/35756/publisher_ID/82/#sthash.CWgTk4Uf.dpuf

    The spill, reported Monday by Denbury Onshore, reached the Big Gumbo Creek and flowed

    down 1.4 miles of the creek into a rural area of Bowman County, about 14 miles south of

    Marmarth, the North Dakota Department of Health said. The pipe that leaked was a 3 fiberglass

    line carrying production water from one Denbury facility to another.

    http://www.bakkentoday.com/event/article/id/35756/publisher_ID/82/#sthash.CWgTk4Uf.dpuf

  • The cause of the leak is under investigation but shifting ground due to changes in temperature

    may have caused the pipeline to split.

    http://www.bakkentoday.com/event/article/id/35756/publisher_ID/82/#sthash.CWgTk4Uf.dpuf

    According to a Bowman County Emergency Manager This is tough. It sometimes kills grass

    for years to come after if its not cleaned up properly. Its actually more of a concern,

    environmentally, than oil is.

    http://www.bakkentoday.com/event/article/id/35756/publisher_ID/82/#sthash.CWgTk4Uf.dpuf

    Another spill was reported by the same company in the same area on Jan 10, 2014. A flow of

    2000 barrels (84,000 gallons) of contaminated water got into the nearby Kid Creek stream less

    than 2 months after the previous spill.

    There were 74 pipeline leaks in 2013 that spilled 22,000 barrels of saltwater, 17,000 barrels of

    which was from a single mishap in Bowman County, state records show. North Dakota oil

    drillers produced a record 313.5 million barrels of crude in 2013 along with about 350 million

    barrels of contaminated water, state data show.

    4) Tioga Spill

    Tioga Oil spill in Wheat Field

    On Sept. 29, 2013, a farmer whose combines tires were coated in crude discovered oil spewing

    from the ground. The state initially thought just 750 barrels of oil was involved, but it turned out

    to be one of the largest spills in North Dakota history an estimated 20,600 barrels (865,000

    gallons) covering over 7.3 acres of land, or about the size of seven football fields. This incident

    appears to be the largest to date in the Bakken Shale Formation and it wasnt publicly reported

    for 11 days.

  • A photo of the in situ burning of oil from a distance;

    Photo Credit: Greenpeace USA

    Over 865,000 Gallons of Fracked Oil in the Soil;

    Photo Credit: Greenpeace USA

    This spill occurred in a field near Tioga a small town whose motto is "Oil Capital of North

    Dakota." It was not far from another wheat farm where oil was first discovered in North Dakota

    in 1951.

  • The source of the spill was a quarter-inch hole in a 20-year-old, 6-inch pipeline. According to

    Tesoro, the hole was caused by a lightning strike or electrical discharge which resulted in

    localized heating of the pipe wall above the melting point of the steel. If a hole in a 6 pipe

    can cause the largest spill in the Bakken Shale, then much larger spills and severe consequences

    are likely in North Dakotas future.

    A vacuum truck cleans up oil near Tioga, N.D

    5) Alexander Yellowstone River Spill

  • l

    Photo of 2006 spill in Charbonneau Creek

    A 2006 Zenergy pipeline spill dumped about 1 million gallons of saltwater into Charbonneau

    Creek in northwest North Dakota. At the time it was called the worst environmental disaster in

    state history. The ruptured pipeline allowed saltwater to spew unnoticed for weeks into a

    tributary of the Yellowstone River near Alexander and caused a massive die-off of fish, turtles

    and plants and threatened cattle in the area. The rancher sued Zenergy for more than $75,000 and

    settled out of court for an undisclosed amount.

    In September 2007 Zenergy Inc. agreed to pay North Dakota $123,300 as part of a settlement

    with the state. This includes violations of state laws and regulations, as well as reimbursement to

    the Department of Health. As part of the agreement, Zenergy continues to clean up the

    contaminated soil and water impacted by the spill. This spill eventually led to proposed

    legislation to mandate flow meters and cutoff switches on such lines which was overwhelmingly

    rejected in 2013 by the State Legislature.

    http://www.bakkentoday.com/event/article/id/35756/publisher_ID/82/#sthash.CWgTk4Uf.dpuf

  • North Dakota Major Frac Spills 2000 - 2013

    As the map above indicates, the North Dakota Dept. of Health has recorded over 8000 spills of

    oil and frac fluids between 2000 and 2013. The vast majority of these spills were neither

    monitored nor regulated. There is no legal requirement for public disclosure of these types of

    spills in the state.

    Comparison of Pipe Sizes for N. Dakota Major Spills

    All of the major spills described above flowed through pipes 6 inches or smaller or from tank car

    spills. Now the industry wants to move Tar Sands and Bakken Crude through pipelines 20 or 36 in diameter. It is foolish to believe that these larger pipe sizes wont lead to much larger spills in the future. This is what a 20 inch pipeline looks like after it ruptures.

  • Ruptured Segment from Pegasus Pipeline in Mayflower, AR

    http://www.popularresistance.org/wp-content/uploads/2013/08/Pegasus-pipeline-rupture.jpg

    Part of the 36 Keystone XL pipeline under construction

    Source: http://socialistworker.org/2012/10/03/a-pipeline-that-threatens-us-all

  • Major Crude Oil Rail Routes in Mid-West US

    There are no safe routes for transporting Bakken Crude or Tar Sands across the US. by train or

    pipeline. All that we can be sure of is that oil eventually leaks and the more toxic oils seem to

    leak the most frequently.

    North Dakota Spills of Oil and Fracking Fluids (2000-2013)

  • North Dakota has some of the most lax regulations for oil transport of any state and they are

    likely to suffer some of the worst consequences. It is a strange bargain when the health and

    safety of the many are sacrificed for the wealth of a few. The illusion is that they believe the

    risks are manageable, when in fact they have just been lucky so far. What are they going to say

    when they set fire to an entire city.

    Major Oil Train Routes in North Dakota

    The transport of Bakken Crude is particularly dangerous under present regulations and until the

    state and federal agencies confront this reality, lives will be lost. Moving Bakken Crude through

    the same pipelines as Tar Sands is a recipe for disaster.