May 17, 2010
Everybody on the Beach, There's a Killer at Sea
By: Erin O’Brien
Tappress

On April 20,
the Deepwater Horizon oil rig,
in the Gulf of Mexico off the coast of
Louisiana, exploded and sank. Eleven
workers were reported missing, and later found dead and seventeen others were
seriously injured. An estimated 50,000
barrels or 2.1 million gallons of oil are leaked into the Gulf every day. This has since become the largest oil spill in US history, making it a larger oil spill than
the Exxon Valdez oil spill of 1989 which leaked an estimated 11,000,000 into Alaska’s Bligh
Reef.
BP and Transocean
Ltd., the offshore drilling
contractors that BP hired, were running the well without a remote control
shut-off switch used in two other major oil-producing nations, Brazil and Norway, as a last resort
protection against underwater spills.
However, while that practice may be viewed by many as irresponsible, the
use of a remote shut-off is not a requirement of U.S. regulators.
Executives from
BP and Transocean, as well as Halliburton, the company that built the rig’s
well casing, have been called before Congress for a hearing in order to decide
who is at fault for the spill. Both have
decided to place the blame on the other company, claiming to have no
responsibility for this incident. They
have both also blamed Halliburton.
The U.S.
Government has named BP as the responsible party in the incident and
officials have said the company will be held accountable for all cleanup costs
resulting from the oil spill. BP has
accepted responsibility for the oil spill and the cleanup costs, but continues
to insist that they are not at fault because the platform was operated by
Transocean personnel. BP expects that
repairing the leak will take about two months and an estimated $60
billion.
Due to ongoing disputes over the exact amount of oil that is
being released, several scientists
have been requesting the right to monitor the spill. However, BP is refusing. “The answer is no to that,” BP spokesman, Tom
Mueller says, “We’re not going to take any extra efforts now to calculate flow
there at this point. It’s not relevant to the response effort, and it might
even detract from the response effort.”
There is a vast oil
slick that covers a surface area of at least 2,500 square miles of the
Gulf of Mexico, and it will continue to expand until the leak is repaired. Scientists have also discovered that there
are immense underwater plumes of oil, which are not
visible from the surface.
The Macondo Prospect
oil field, the site of the oil rig explosion and leak, was believed to have
held approximately 50 million barrels of oil before the oil spill in April.,
Director Rich Luettich of the University
of North Carolina Institute of Marine Sciences said the oil could
remain a problem for as much as a year, or even longer.
Louisiana Governor Bobby Jindal declared a state of emergency on April 29
in the state after weather forecasts predicted the slick would reach the
Louisiana coast. Since then, the oil
slicks have reached both the Louisiana
marshlands and coasts.
The oil spill continues to be a threat to the over 400 species, one of
which is endangered, that live in the marshlands and small islands off the
coast of Louisiana. The cleanup process
would end up lowering the oxygen levels in the Gulf, the impact of which is
sure to be felt on levels even near the top of the food chain.
The economy will also be taking a huge hit as a result of the spill. The fishing industry will be set back an
estimated $2.5 billion and tourism in the area is expected to loose about $3
billion. These losses do not include the
amount that it will take to clean up the oil which will be $760million, but is
increasing by $10 million per day.
This incident marks the third major health and environmental hazard caused
by BP in the past five years. In March
2005, BP’s Texas City Refinery experienced a fire and explosion that killed 15
workers and injured over 170 more. Also,
in August 2006, their Prudhoe Bay pipeline spilled an excess of 250,000 gallons
of crude oil into Alaska's North Slope.
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