Prime pagine RA2010FUS:Copia di Layout 1 - ENEA - Fusione
Prime pagine RA2010FUS:Copia di Layout 1 - ENEA - Fusione
Prime pagine RA2010FUS:Copia di Layout 1 - ENEA - Fusione
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060<br />
progress report<br />
2010<br />
Figure 3.8 – Details of the structural FEM of the <strong>di</strong>vertor system: CB with locking<br />
system, dome and VT<br />
3.2 Breeder Blanket and Fuel Cycle<br />
European Bree<strong>di</strong>ng Blanket Test Facility design and construction<br />
The European Bree<strong>di</strong>ng Blanket Test Facility (EBBTF) is the reference European facility for the qualification<br />
of test blanket modules (TBMs). It is constituted by the Integrated European Lead Lithium LOop (IELLLO)<br />
and the HElio for FUSion loop (HEFUS 3).<br />
In 2009 the lead lithium to fill the loop and complete the commissioning was received in <strong>ENEA</strong> Brasimone.<br />
The acceptance procedure took a long time due to large <strong>di</strong>fferences in the lithium content, and the procedure<br />
was concluded in November. The loop was filled in February 2010. The new HEFUS 3 circulator was<br />
delivered in <strong>ENEA</strong> Brasimone in the first weeks of 2010 and the installation completed in the first semester<br />
of 2010.<br />
TRIEX loop for studying technologies of tritium extraction from<br />
Pb–17Li<br />
The main objective to be achieved in the TRItium EXtraction (TRIEX)<br />
facility is to verify the efficiency of the hydrogen extraction system from<br />
the liquid metal loop in the range of operating con<strong>di</strong>tions of the European<br />
TBM (fig. 3.9).<br />
In order to carry out the tests, in 2010 the mechanical pump was requalified<br />
and inserted into the TRIEX loop. In April the pump was not<br />
characterized in lead lithium due to the mechanical pump failure after 12h<br />
of work. On the basis of this experience, an upgra<strong>di</strong>ng of the TRIEX loop<br />
was planned and a new pump was selected. The new loop is expected to<br />
start in November 2011.<br />
Figure 3.9 – TRIEX loop<br />
Electromagnetic load analysis for the design of the blanket manifold pipe<br />
concept for ITER<br />
<strong>ENEA</strong> completed the activities related to the 3D EM load analysis of the new manifold concept (NMC) for<br />
the ITER blanket and shield system, accor<strong>di</strong>ng to the EFDA Contract 07–1702/1620 (TW6–TVB–MANEM)<br />
[3.2]. The activities were performed with the support of L.T. Calcoli company.