Forum for Science, Industry and Business
Sponsored by:     Siemens  n-tv 
Search our Site:

Topic (optional):

 

Home Reports Ecology, The Environment and Conservation Content

Trondheim to host five CO2 laboratories

next article
13.01.2009

Europe is to invest NOK 730 million in joint European laboratories for CO2 capture and storage – and will use almost a third of the total in Norway. NTNU and SINTEF will coordinate the international effort, which will involve building five CO2 laboratories in Trondheim.

 

A cooperative body, whose members will be appointed by the ministers for research in the nations of the EU and the EEA, has decided that Europe will make a joint effort to build new CO2 laboratories.


The decision allocates a key role in this process to Norway:

Norway will be the host country for the effort, and five of the total of 15 joint laboratories will be built in this country, at a cost of NOK 210 million.

This sum, almost a quarter of a billion kroner, will go to laboratories that will be created at NTNU/SINTEF in Trondheim.

International cost-sharing

Since Norway is the host nation, the Norwegian authorities are expected to contribute between 30 and 50 percent of the total funding of NOK 720 million.

The effort will take the form of a shared-cost project that will involve the ministries of research of nine European countries.

“The laboratories will play a decisive role in ensuring that the world will be able to put into operation efficient technology for the capture, transportation and storage of CO2 from coal- and gas-fuelled power stations and industrial plants,” says Professor Arne Bredesen of NTNU, and Nils A. Røkke, SINTEF’s director of climate research.

Joint effort

Some types of laboratory are so expensive that it would not make sense to build one in each individual country.

The cooperative body ESFRI (European Strategy Forum on Research Infrastructures) therefore decides which laboratories it would be rational for European to set up as joint ventures.

The application that has now led ESFRI to go in for joint European laboratories for the development of CO2 capture and storage technology was led by NTNU and SINTEF.

Nine countries in cooperation

Nine countries supported the application, led by Norway as the host nation.

The go-ahead from ESFRI means that NTNU and SINTEF will coordinate the development of CO2laboratories at a total cost of €81 million (NOK 730 million) in Norway, Germany, France, Switzerland, the Netherlands, Hungary. Poland, Croatia and Denmark.

Trondheim laboratories will cost a quarter of a million kroner

Of this total, €23 million (NOK 210 million) will be invested in new CO2 laboratories in Norway; the five new laboratories will be built up at NTNU/SINTEF in Trondheim.

•An absorption laboratory (technology for scrubbing CO2 from flue-gases with the aid of chemicals) for €8 million (NOK 72 million)
•A materials and process technology laboratory for €4 million (NOK 36 million)
•A combustion technology laboratory for €4 million (NOK 36 million)
•A storage technology laboratory for €4 million (NOK 36 million)
•A refrigeration laboratory (technology for separating CO2 out of gas mixtures by freezing) for €3 million (NOK 27 million).

All of these laboratories will be equipped with a completely new generation of laboratory equipment, and they will be available to scientists from all EU and EEA countries.

Flattering declaration of confidence

The application led by NTNU and SINTEF was one of ten that passed through the needle’s eye in this year’s ESFRI’s evaluation process.

The initiative is known by the abbreviation ECCSEL, and was the only application in the field of energy research that was given the green light by the delegates.

“A flattering declaration of confidence for both of our institutions, and yet another piece of evidence that Norway has won a central place for itself in international climatology research,” say Professor Bredesen and research director Røkke.

Optimism ahead of the funding process

The nine participants in the project will be responsible for securing their own share of the funding themselves, by applying to their national authorities and to the EU Framework Programmes.

Professor Bredesen and climate research director Røkke are optimistic with regard to this process.

“It is well known that ESFRI does a very thorough job. It evaluates the proposals that it receives carefully in both global and European perspectives before they are added to its route map. Being selected in this way gives a project high status and sends out positive signals. Such a response from ESFRI is a serious sign to participating countries that this is an initiative that should be prioritised in their national budgets,” say Bredesen and Røkke.


“Team Norway”

For the past ten years, NTNU and SINTEF have had energy and environment as an area of special effort.

The two institutions have built up a significant level of research activity in this field, in close cooperation with the Research Council of Norway and Norwegian and overseas industry.

“The Research Council of Norway contacted us and asked us at NTNU and SINTEF to lead the task of drawing up an energy-related initiative for ESFRI’s route map. This resulted in the ECCSEL proposal, which has emerged thanks to excellent cooperation between NTNU and SINTEF, the Research Council of Norway and the Ministry of Education and Research. This has been a real ‘Team Norway’,” say NTNU’s Professor Bredesen and SINTEF’s climate research director Røkke.


THIS IS ESFRI:

ESFRI (European Strategy Forum on Research Infrastructures), which has given the go-ahead to the Norwegian CO2 laboratory initiative, was established in 2002 on the initiative of the European Commission.

ESFRI consists of the 27 members of the EU plus four associated members (Norway, Iceland, Liechtenstein and Switzerland). The ministers of research of each of these 31 countries appoint two national representatives to ESFRI.

The commission was set up with the aim of putting research infrastructure on the strategic map and helping to ensure that EU members and associated countries can coordinate the development of new and resources-intensive laboratories as efficiently as possible.

ESFRI consists of experts appointed by all EU member nations and the associated countries. Since they are all in good contact with their own national processes, national and European initiatives are well coordinated.

Several well-known laboratories that are currently under planning already come under the ESFRI umbrella. These include the European Extremely Large Telescope; the largest optical telescope in the world, which will come into operation in 2018 and will give European astronomers new possibilities of understanding the origin of the universe.

Aase Dragland | Source: alphagalileo
Further information: www.sintef.com

next article

More articles from Ecology, The Environment and Conservation:

nachricht Oxygen-separation membranes could aid in CO2 reduction
16.05.2012 | Massachusetts Institute of Technology

nachricht Research: 'Modern Portfolio Theory' optimizes conservation practices
16.05.2012 | University of Illinois at Urbana-Champaign

The most recent press releases about innovation >>>

Overview of the latest five Focus news of the innovations-report:
In the focus: A supernova cocoon breakthrough

The first evidence in X-rays of a supernova shock wave breaking through a cocoon of gas around the star has been found.

This discovery may help explain why some supernova explosions are more powerful than others.

This supernova is called SN 2010jl and is found in a galaxy about 160 million light years from Earth.

SN 2010jl was first spotted by astronomers on November 3, 2010, and probably exploded about a month before that.

Observations with NASA's Chandra X-ray Observatory have provided the first X-ray evidence of a supernova shock wave breaking through a cocoon of gas surrounding the star that exploded. This discovery may help astronomers understand why some supernovas are much more powerful than others.

On November 3, 2010, a supernova was ...

In the focus: Fuel for the black hole

An international research team led by Gerd Weigelt from the Max-Planck-Institut für Radioastronomie in Bonn reports on high-resolution studies of an active galactic nucleus.

The use of near-infrared interferometry allowed the team to resolve a ring-shaped dust distribution (generally called "dust torus") in the inner region of the nucleus of the active galaxy NGC 3783. This method is able to achieve an angular resolution equivalent to the resolution of a telescope with a diameter ...

In the focus: Big-mouthed babies drove the evolution of giant island snakes

Some populations of tiger snakes stranded for thousands of years on tiny islands surrounding Australia have evolved to be giants, growing to nearly twice the size of their mainland cousins. Now, new research in The American Naturalist suggests that the enormity of these elapids was driven by the need to have big-mouthed babies.

Mainland tiger snakes, which generally max out at 35 inches (89 cm) long, patrol swampy areas in search of frogs, their dietary staple. When sea levels rose around 10,000 years ago, some tiger snakes found themselves marooned on islands that would become dry and frog-free. With their favorite food gone, ...

In the focus: Black holes turn up the heat for the Universe

HITS astrophysicists discover a new heating source in cosmological structure formation

So far, astrophysicists thought that super-massive black holes can only influence their immediate surroundings. A collaboration of scientists at the Heidelberg Institute for Theoretical Studies (HITS) and in Canada and the US now discovered that diffuse gas in the universe can absorb luminous gamma-ray emission from black holes, heating it ...

In the focus: German astronomers finish Europe’s largest solar telescope on Tenerife

After ten years of development, the new German solar telescope GREGOR will start operating at the Spanish Observatorio del Teide of the Instituto de Astrofísica de Canarias on Tenerife. It is the largest solar telescope in Europe and number three worldwide.

It will provide the German and the international community of solar physicists with new and better instrumentation which will enable them to investigate our home star in unprecedented detail.

Studying the Sun is a key to understand the physical processes on and in the majority of stars. Moreover, there is ...

All Focus news of the innovations-report >>>

B2B Search

Product / Service
Company / Organisation

Latest News

New 'metamaterial' practical for optical advances

16.05.2012 | Materials Sciences

Timely discovery: Physics research sheds new light on quantum dynamics

16.05.2012 | Physics and Astronomy

The use of acoustic inversion to estimate the bubble size distribution in pipelines

16.05.2012 | Process Engineering

VideoLinks
B2B-VideoLinks
More VideoLinks >>>

Event News

SecureCloud 2012 in Frankfurt

10.05.2012 | Event News

WWU hosts Germany’s Biggest Giftedness Congress

09.05.2012 | Event News

Neuroscientists Discuss Latest Research Results in Potsdam

08.05.2012 | Event News