Strategic Panorama 2009 - 2010 - IEEE
Strategic Panorama 2009 - 2010 - IEEE
Strategic Panorama 2009 - 2010 - IEEE
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Yolanda Castro Díez<br />
generation is responsible for approximately one-third of current CO2<br />
emissions in Europe. In this connection the key mitigation measure at<br />
the present time is carbon capture and storage (CCS), which will make it<br />
possible to curtail the CO2 emissions of the major plants that run on fossil<br />
fuels. CCS consists in capturing the CO2 produced when fossil fuels are<br />
burned, transporting it to an appropriate location and injecting it into the<br />
subsoil to prevent it reaching the atmosphere. By appropriate locations<br />
we mean geological formations such as exhausted oil and gas wells, and<br />
abandoned coalmines and aquifers.<br />
Although the individual components of the CCS chain have been well<br />
studied and are already operational, the current challenge is to combine<br />
them all in fully integrated and commercially applicable technology. In this<br />
connection various CCS technologies are being developed for use in the<br />
energy sector.<br />
In December <strong>2009</strong> the European Commission approved a set of 15 initiatives<br />
which will receive 1.56 billion euro from the EU plan for economic<br />
recovery. One billion euro will be earmarked to financing six CCS projects<br />
(these will be the first six facilities of this kind in the world, one of which will<br />
be located in Compostilla, Leon, with a budget of 180 million euro), while<br />
the remaining funds will go to nine marine wind power projects. The aim<br />
of the Community executive is to set in motion a total of fifteen projects to<br />
capture and store CO2 by 2020 so that they are commercially feasible.<br />
Bearing in mind the current and future growth in world energy demand—<br />
especially for fossil fuels—it is obvious that CCS should be introduced<br />
all over the world. The rapid development of emerging economies like<br />
China and India is bringing about a sizeable increase in their demand<br />
for energy and in their CO2 emissions. According to the latest estimate,<br />
China is building on average two large coal power plants per week, and<br />
each of them produces CO2 emissions equivalent to those of two million<br />
cars. CCS includes an option for processing these emissions. Therefore<br />
the EU is collaborating with China in the development of CCS and other<br />
clean technologies. Cooperation in the Near Zero Emissions Coal project<br />
(NZEC), which includes research, development and establishment of clean<br />
coal technologies and CCS, is a key element of the agreement signed by<br />
the EU and China in 2005 to combat climate change. Its main goal is to<br />
prove the feasibility of NZEC technology in China and the EU. As part of<br />
this initiative a demonstration plant with near zero emissions is to be built<br />
in China and will be up and running in 2020. The initial stage of the project<br />
is already under way.<br />
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