Select Committee on Science and Technology Sixth Report


8  EURATOM

Funding and Structure of the programme

  152.  EURATOM is part of the Framework Programme but has a different Treaty base and is a separate entity negotiated in parallel with the main EC Programmes. EURATOM has three main elements: nuclear fusion, nuclear fission and the Joint Research Centre (JRC). Under FP6 it has been allocated €1.23billion, of which €750million will be allocated to fusion, €90million to the management of radioactive waste and €50million to radiation protection and €50million to other activities in the field of nuclear technologies and safety.

  153.  In addition, €290million of the JRC's budget (which amounts to 27% of the JRC's total FP6 budget) will be reserved for its nuclear activities. These include: the management of radioactive waste; the safeguarding of nuclear materials; reactor safety; ionising radiation monitoring and metrology; and a small sum (€15million) for the decommissioning of the JRC's own obsolete reactors. The JRC also provides advice and training to Member states and candidate countries, with the aim of ensuring the continued supply of qualified personnel required to operate nuclear facilities and their associated programmes safely in the future.[234] The wider work of the JRC is dealt with in greater detail in the next chapter of this report.

  154.  The EURATOM programme operates differently to other areas of FP6. Instead of calls for proposals, national organisations have contracts of association with EURATOM, which result in part-funding of some elements and additional funding for others. The collaboration between national organisations is intended to provide close coordination of national fusion programmes to help minimisation of duplication of research.[235]

  155.  The Government told the Committee that they were "content with the overall distribution of funding through the FP6 EURATOM programme".[236]Fusion developments have so far centred on the UK based Joint European Torus facility. However, preparations are underway to move fusion research to the International Thermonuclear Experimental Reactor (ITER) which will be sited outside the UK. The Government has endorsed the Commission's commitment to funding fusion research, which is unlikely to produce a working fusion reactor before 2050, but is expected to contribute to long-term energy supply.[237]

  156.  With regards to fission research, the Government acknowledges that EURATOM has a valuable role in maintaining expertise and attracting young scientists in an industry facing decline. The Government told the Committee that it "took a proactive approach in the negotiation of the programme the content which has broadly matched UK interests."[238] This proactive approach involved the consulting of the UK research and nuclear industry in preparation for FP6, and the Government participation in the Consultative Committee EURATOM (CEE) Fission Working Group (which the UK will chair during FP6). The Government claim that their involvement ensured the inclusion of reactor safety in FP6, which is a particular concern of DTI.[239]

Concerns

  157.  The Engineering and Physical Sciences Research (EPSRC) Council is responsible for fusion research in the UK. EPSRC identified the short timescale of Framework Programmes, compared to the long-term nature of fusion research, the risk of perpetuating already well-developed areas of research, and the problem of financing major new capital facilities as possible areas of concern with the EURATOM programme.[240] One activity of EURATOM is to provide loans for the construction of nuclear power plants in the EU, accession countries and the former Soviet Union. However the nuclear loan facility is nearly exhausted.[241]

  158.  Of the evidence received by the Committee, only British Nuclear Fuels (BNFL) and the Nuclear Industry Radioactive Waste Management Executive (NIREX) submitted substantial evidence on the EURATOM programme. BNFL was concerned that the EU was investing the majority of the EURATOM programme (around 60%) into fusion technology which would leave a gap in fission technology and future energy systems.[242]Additionally, BNFL raised two main concerns resulting from the lack of a UK domestic programme for fission R & D: that the UK had "nothing to take to the table in international programmes that gives us credibility" and the lack of a skills base in the UK made it difficult to capture know-how and technology advancement abroad and bring it back to the UK.[243] BNFL pointed out that the contribution by the UK towards the nuclear aspects of the FP6 programme was supporting the overseas skills base in the JRC whilst the national skills base was currently in decline.[244]BNFL claimed that there was very little Government involvement in batting for England in getting the EURATOM programme focused on what would be our priorities."[245] BNFL and NIREX shared the concern that the shortage of nuclear skills was a European-wide issue, and that the industry needed to invest both, nationally and internationally, to ensure that future energy systems did not struggle to replenish its skills base.[246]

  159.  BNFL, rather than rely on the Government, puts its views to the Commission through FORATOM, the European trade agency for nuclear companies.[247] BNFL told us that it actively works with UK universities to put in coordinated proposals for FP6 programmes.[248] NIREX had worked with most of the other EU waste management organisations to submit expressions of interest to the Commission.[249]

  160.  NIREX repeated EPSRC's concern that in the past the Framework Programmes had duplicated previous research on radioactive waste management, rather than develop it, but NIREX considered that FP6 showed signs of developing a more integrated approach to research.

  161.  It is clear that there are concerns over the long-terms investment in the nuclear skills base. Whilst the Commission have decided to invest most of EURATOM funding into a long-term strategy of developing nuclear fusion, this could lead to a gap in the development of fission technology in the years before the first fusion power stations are operable. There is also a concern that very few young people will wish to join an industry which is intent on winding itself down, and decommissioning its reactors, which could result in a serious skills gap for the future nuclear fusion industry. This issue is tackled in our Fourth Report of Session 2002-03.[250] Once the Joint European Torus project has finished at Culham, future EURATOM funded projects will move to mainland Europe, and the UK will have to consider how its investment to EURATOM will be returned if its own nuclear skills base is not developed using national funding. We urge the Government to consider how it will develop the national nuclear skills base and negotiate accordingly in future framework programmes.


234   Ev 127 Back

235   Ev 106 Back

236   Ev 126 Back

237   Ev 126 Back

238   Ev 127 Back

239   Ev 127 Back

240   Ev 106 Back

241   www.eu-energy.com/euratom.html Back

242   Q 253 Back

243   Q 269  Back

244   Ev 78 Back

245   Q 242 Back

246   Qq 271- 275 Back

247   Q 252 Back

248   Q 241 Back

249   Q 258 Back

250   Science and Technology Committee, Towards a non-carbon fuel economy: research, development and demonstration, Fifth Report HC (2002-03) 674 Back


 
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