1. IFMIF/ELAMAT initiative in Poland Adam Maj NUPECC Meeting, Athens, March 13-14, 2015

2. IFMIF/ ELAMAT Rzeszów IFMIF/ ELAMAT Rzeszów Large and medium-size scientific centres in Poland

4. Summary of options for IFMIF implementation IFMIF-FullIFMIF/DONESIFMIF-Proto Beam current 2 x 125 mA (Li target) 1 x 125 mA (Li target) 1 x 125 mA (Li target) Beam energy40 MeV 26.5 MeV Neutron yield (n/(sr.µA.s))40x10 10 12x10 10 Total neutron production10 18 n/s5 x 10 17 n/s1.5 x 10 17 n/s Beam footprint20 x 5 cm 2 10 x 5 cm 2 10 x 3 cm 2 Typical Damage Rate @ Irradiation volume 40 dpa/fpy @>40cm³ + 20 dpa/fpy @>400cm³ + 2 dpa/fpy @ >2000cm 3 20 dpa/fpy @>40 cm³ + 10 dpa/fpy @>250 cm³ + 2 dpa/fpy@ >1400cm 3 20 dpa/fpy @>90cm³ + 10 dpa/fpy @300cm³ + 2 dpa/fpy @>1000cm 3 15 dpa/fpy @ 20cm³ + 2dpa/fpy @ >600cm³ Capability of facility Provide Engineering + Scientific Database for DEMO / Power Plants Provide Engineering + Scientific Database for DEMO Provide Reference Data on He-effect + Fusion Neutron spectral effects 4

5. Technical description Based on the IFMIF IIEDR a preliminary conceptual design has been prepared, including facility configuration, systems design, preliminary safety evaluation, 3D CAD,… 5 Cost estimate: ca. 400 MEuro In Dec 2014 F4E-GB invited EU member states to express potential interest to Host, by June ‘15 meeting. Construction to start in 2020

6. Informal discussion with F4E and Polish Ministries started Regional funds are reserved by the local government Structural funds possible

7. At the end of 2014 the Scientific Committee was established, with the goal to define a scientific case on top of the material testing goals.

8. Kick-off meeting od the S.C., Krakow, 6th of February 2015 During the discussion following working groups and the SC liaisons were established: First scientific workshop: june 29-30, Warsaw

9. A NuPECC support and endorsement will be helpful