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Environmental
risks in the BTC pipelines system
One of the arguments
advanced in favour of the Baku-Tbilisi-Ceyhan (BTC) pipeline is
that by going to the Mediterranean shores of Turkey, it would reduce
tanker traffic through the Straits of the Bosphorus – an overcrowded
seaway running right through Istanbul – and thus the likelihood
of an environmental disaster there. In fact, the BTC pipeline will
not reduce Bosphorus tanker traffic at all. Tankers will still depart
from Supsa and Novorossiysk, carrying oil through the Bosphorus
- much of that oil from BP's Caspian fields. What BP is actually
offering to do is not to decrease Bosphorus traffic, but to refrain
from INCREASING it. BP wants to extract MORE oil from the Caspian,
and is offering to build BTC so as not to put this EXTRA oil through
the Bosphorus.
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Even in
this regard, it is just a relocation of the problem. An extra
risk not imposed on the Bosphorus is a risk brought to the
Gulf of Iskenderun, an important breeding ground for both
fish and turtles. There, just south of Ceyhan, lies the port
of Yumurtalik, from which up to three supertankers would set
off every day.
There
are good reasons to be concerned. The Gulf of Iskenderun suffers
a terrible storm about twice a year. The storm is called Yarikkaya,
which translates as "the rock cut in 2 pieces",
and has been known to sink ships. While the ships that have
been lost to Yarikkaya have all been smaller than the supertankers
that would carry Caspian crude oil out of Yumurtalik, how
safe would that export be, especially when ships’ captains
are under pressure to move the oil out quickly?
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At risk: fishermen at Yumurtalik, whose livelihoods would
be threatened by oil tankers [Greg Muttitt / PLATFORM]
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The fishermen of Yumurtalik stand to be some of the most affected
by the BTC development. In the community of Yumurtalik alone, 180
families are completely dependent for their livelihoods on fishing.
The fishermen would be affected in four ways:
- The tanker
terminal is a security area, in which they are not allowed to
fish – thus with the expansion of the terminal they would lose
some of their fishing grounds; meanwhile, the passage of supertankers
from the terminal would both cause disruption and further restrict
available fishing areas;
- Their catches
of fish would be likely to be reduced due to persistent pollution
from the terminal, from discharge of ballast water and of hold-cleaning
water;
- In the event
of major spills, they risk sustaining substantial or devastating
damage to their livelihoods;
- Much of their
sales are to summer holidaymakers (mainly from the Ceyhan area),
an income source which could be impacted if the sea were considered
polluted, leading to a decline in tourism.
The Environmental Impact Assessment for the BTC pipeline considers the risk of a spill in the Gulf of Iskenderun.
The risk assessment makes use of a number of scenarios for oil release, none of which is even close to a worst case scenario. The maximum accidental release scenario considered is 10,000 tonnes but the facility is anticipated to be for 80,000 - 300,000 tonne tankers. 10,000 tones is considered to be the maximum that would be lost. A worst-case scenario is never considered - i.e. structural failure of a 300,000 tones tanker on route or in the Gulf in the winter months. For reference, 10,000 tonnes spills is approximately the size of the Erika spill off-France. Exxon Valdez (approx 40,000 tonnes), Braer (70,000 plus) and Sea Empress (84,000) were all much larger and each of these vessels was much smaller (except the Sea Empress) than this terminal will be accommodating. Mediterranean monk seals are particular at risk in the shipping lanes, which will also cross sensitive turtle sites. The impacts of illegal tank washing, which is likely to take place offshore, have also not been considered.
Research by the Corner House has found that the Environmental Impact Assessment diverges from European standards on nine of counts: Summary of BTC breaches of EU Directive on Environmental Impact Assessments
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Turkish coast near Yumurtalik, where oil from the pipeline
would be loaded onto tankers. [Greg Muttitt / PLATFORM]
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Fishing boats at Yumurtalik [Greg Muttitt / PLATFORM]
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Learning
from experience
The experience
of the ‘Early Oil’ project – in which a small quantity of oil has
been extracted since 1998, and piped to Supsa and Novorossiysk on
the Black Sea coast, in advance of the full field development that
will feed the BTC pipeline – gives some cause for concern. Officials
of the Supsa port authority are also worried that they are not being
allowed to check tankers in accordance with international conventions,
even though the port carries responsibility for spill prevention
and contingency plans. As a result, the risk of an accident can
only be increased.
BP supported
the argument of shipping companies at Supsa that they should be
exempt from regulation. Will it be the same at Yumurtalik?
Furthermore,
the standards of the Supsa oil terminal do not meet guidelines for
special zones under the 1973-78 MARPOL Convention for the Prevention
of Pollution from Ships, which require oil terminals to be equipped
with adequate reception and wastewater facilities.
It is also helpful
to look further back, at the Trans-Alaska Pipeline System, which
was built in the mid-1970s by Alyeska, a consortium led by BP. It
was after loading at the Alyeska-run terminal at the southern end
of that system that in March 1989, the Exxon Valdez oil tanker
ran aground in Prince William Sound spilling 258,000 barrels of
crude oil and creating one of the world's most worst environmental
disasters.
The TAPS pipeline
was on paper one of the safest ever built. After sustained
public challenges against the project, the final design of TAPS
was technically very sophisticated, leading to great confidence
that it would be environmentally safe. Yet throughout its operation
– and continuing today – the pipeline system has suffered a severely
lax attitude to safety standards combined with hostility to regulation
and harassment of workers and others who have attempted to raise
concerns about the safety problems. (See chapter 12 of Some
Common Concerns)
Against this
background, it is not reassuring that the same promise made in BP’s
consultation leaflet on BTC, distributed in Azerbaijan, that the
pipeline "will be built to the highest international standards"
was also made by Alyeska in 1976: "this pipeline is being built
to conform to the highest standards for quality and safety, thus
ensuring both its environmental and operational integrity".
Part of the
reason the Exxon Valdez spill became a major environmental
disaster was that responsibility was not clearly defined. The Alyeska
consortium, which operated the Valdez terminal, had statutory responsibility,
and had developed a contingency plan along with regulators, but
hours after the grounding handed over responsibility to the ship-owner,
Exxon. The companies later shifted responsibility again, publicly
blaming the captain of the tanker. In the case of the Turkey section
of the BTC pipeline system, including the Ceyhan / Yumurtalik terminal,
there is an added complication in the assignment of responsibility,
as the pipeline would be operated by Turkish pipeline company Botaş,
through a turnkey agreement.
While the patterns
of corporate behaviour were clearly culpable in the Exxon Valdez
disaster, it was also a failure of the regulatory system. But what
would happen in BTC’s case, where the national regulatory systems
are of weaker status than the oil companies’ contracts? According
to the BTC pipeline Host Government Agreement between Turkey and
the oil companies, for example, no new environmental law or measure
can be introduced which exceeds international norms for oil industry
pipelines. Furthermore, the Turkish state does not have the right
to stop the flow of oil, except where there is an immediate and
serious emergency.
Risks from earthquakes
Turkey lies
in a major earthquake zone, and one of the most serious fault lines
in Turkey runs directly from Sivas through Erzincan to Erzurum:
exactly the intended route of the Baku-Tbilisi-Ceyhan pipeline.
At a conservative estimate (looking just at areas that are right
on the route and ignoring the very frequent earthquakes in places
like Varto, Bingöl and Muş which are close enough to cause
serious damage), there have been at least 17 major earthquakes since
1924, measuring from 5.5 to 7.9 on the Richter scale, directly
along the pipeline route.
Erzincan has
been completely destroyed and rebuilt on two separate occasions:
after the 1939 earthquake which measured 7.9 and killed almost 33,000
people, and again more recently in 1992 after a 6.8 earthquake killed
653. In 1983, Erzurum was hit by a 6.9 earthquake, which killed
nearly 1,200 people. The entire region is permanently under duress:
in the first seven months of 2002, there were no fewer than 44 minor
earthquakes (all under 4.5 on the Richter Scale), in various locations
along the pipeline route.
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The BTC pipeline system would
be in place for 40 years – making it almost inevitable that
a major earthquake would seriously affect it at some point
in its lifetime.
BP addresses the earthquake risk
by ensuring the pipeline crosses fault-lines at an optimised
angle. In the TAPS pipeline, BP (after the public pressure
of four years of scrutiny) allowed for earthquakes by building
the line such that it could move and bend during earth tremors.
In Turkey there would be no such flexibility in the pipeline,
because it would be buried underground. Frequent earthquakes
in Turkey are powerful enough to knock down buildings, even
to level entire towns and cities, as they did with Erzincan
twice. Would the pipeline be able to withstand this?
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near Piredede, central Anatolia - the pipeline runs the
length of a major fault,
and would be at permanent risk of serious spills due to earthquakes
[Greg Muttitt / PLATFORM]
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Links
Greenpeace
Mediterranean
IHD
(Human Rights Association of Turkey)
Open
Society Institute, Azerbaijan
Pacific
Environment Network
Sustainable
Energy & Economy Network (SEEN)
DHKD
/ WWF (Worldwide Fund for Nature) Turkey
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