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Finland now a European front-runner in fusion technology

Helsinki, Finland, 7 March 2007:  The FUSION technology programme reinforced Finnish skills in the field, especially in materials studies and in developing remote maintenance systems. This Tekes programme also improved the prospects for Finnish companies to participate in the vast ITER fusion power project.

Tekes launched the FUSION technology programme in 2003 and it was integrated into the EU's sixth framework programme for fusion research. FUSION was focused principally on applications and technology for the international ITER project to develop commercial fusion power. The costs of building the ITER fusion reactor are estimated at five billion euros over the next ten years.

"The Tekes programme had a strong effect on the materials research and remote maintenance systems that fusion power will require. Finland now has a unique concentration of competence in these areas," said Seppo Karttunen, chief research scientist at VTT. He has been the programme manager of the four-year Tekes programme.

"These fields of research will be crucial to the ITER project, for which Finnish companies will now be able to provide products and innovations. ITER's centre for developing remote maintenance systems is being established in Tampere, Central Finland, which is a strong sign of the esteem that Finland enjoys."

Strong participation by companies

"We achieved notable results on the materials side, especially in coating technology. The thin film wolfram coatings of Diarc Technology, the smart tiles developed by VTT and Diarc, the powder HIP method developed by Metso, and 3D forming by Hollming Works are examples of innovations that have promising prospects when ITER orders begin. In addition, Luvata has been involved in developing superconductors for ITER and will be well placed to supply it with superconducting wires and cables."

The scientific results of the Tekes programme are also exceptional. More than 220 studies have appeared in leading scientific publications and there have been eight doctoral studies.  The total budget of the programme was EUR 18.4 million, of which Tekes funded EUR 8.1 million. Fifteen companies and twelve research teams were involved.

Continuing research and development

Tekes is continuing to fund research and development within the Euratom-Tekes framework. In national R&D, cooperation with the EU fusion development programme will still concentrate on remote maintenance, materials and manufacturing technologies and on projects related to plasma physics and diagnostics that will serve ITER construction and participation.

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