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JET: the European Fusion Device

JET: the European Fusion Device. Andrea Murari EFDA-JET Close Support Unit EIRO School on Instrumentation, CERN Geneve, 27-31 May 2013 andrea.murari@igi.cnr.it. JET (Joint European Torus) is the world’s largest magnetic fusion device

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JET: the European Fusion Device

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  1. JET: the European Fusion Device Andrea Murari EFDA-JET Close Support Unit EIRO School on Instrumentation, CERN Geneve, 27-31 May 2013 andrea.murari@igi.cnr.it

  2. JET (Joint European Torus) is the world’s largest magnetic fusion device Closest in design to ITER, with unique capability to use beryllium wall materials and D-T reactor fuel 30 years of investment in high technology research and development JET remains the most ITER-relevant device world-wide Design group 1973 JET design report 1975 Start of construction 1979 First plasma 1983 DT experiment 1997 End of Joint Undertaking 1999 Start of EFDA 2000

  3. European Fusion Programme conducted under EURATOM Treaty European Commission Euratom is represented by European Commission which is also responsible for overall management of fusion programme, including funding Joint Undertaking for ITER and the Development of Fusion Energy, so-called “Fusion for Energy” (F4E) (located in Barcelona, Spain) Euratom Domestic Agency for ITER and Implementing Agency for “Broader Approach” projects Euratom Fusion Associations 26 “Contracts of Association” (CoA) between Euratom and laboratories of EU Member States (plus Switzerland)  R&D performed in these laboratories EFDA (European Fusion Development Agreement)(located in Garching, Germany and Culham, UK) Multi-lateral framework partnership agreement among all Associates and Euratom, to co-ordinate physics and emerging technology research activities, exploit collectively JET Facilities and promote training and career development of researchers Euratom Fusion Programme:Main actors

  4. Fusion activities are carried out under the EURATOM treaty. EURATOM represented by the European Commission (EC) Fusion for Energy (F4E) Joint Undertaking between EC and Member States Procurement of ITER components under EU responsibility “Broader Approach” activities Associations 26 Contracts of Associations between EC and laboratories of EU member states (+ Switzerland) for R&D activities supported at 20% by the EC (40% for preferential support actions). European Fusion Development Agreement (EFDA) Not a legal entity Coordination of activities in the Association Collective use of the JET facilities Training activities Organization of Fusion activities 26 Associates haveContracts of Association with EC,consolidated under the umbrella of theEuropean Fusion Development Agreement One level of EFDA membership: Associates EFDA Associates use JET Facilities collectively .) Third-Party (non-EU MS) involvement in EFDA-JET: • Switzerland (1979), Japan (1988), U.S. DOE (2001),Ukraine (2002), Russia (2002), Kazakhstan (2004), Republic of Korea (2006), India (2009), Brazil (2009) • Negotiations with China are ongoing

  5. Associates participate in Experiments EFDA Associates involved fully in governance of EFDA-JET • Definition and implementation of JET Work programme (Experiments, Enhancements and Fusion Technology) • Involvement in JET Operator activities • Full access to 30 years of knowledge and know-how

  6. Five Year Roadmap for JET • Phase 1: 2013-2014 (deuterium operation) “Full characterisation of the ITER-like Wall” • Phase 2: 2015-2016 (deuterium operation) “Expansion of ITER regimes of operation” • Phase 3: 2017 “Deuterium-tritium Campaigns” Start 2011 Start 2012 Start 2013 Start 2014 Start 2017 • TechnicalRestart • PlasmaRestart • / C28 • C29 • C30 • DT campaigns • Characterise the ILW • Develop scenarios

  7. European fusion programme focuses on ITER JET is best machine to prepare for ITER joint exploitation, conducting highly ITER-relevant experiments and training international scientific teams from all ITER Members, thereby facilitating the start-up of ITER JET has a 5 year perspective, with programmatic basis to 2017 (exploitation agreed to continue to 2014 (and possibly beyond) but funding basis has yet to be established) JET’s experience in this area is of direct relevance to ITER which is being constructed atCadarache, France Conclusions

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