The Lifus 3 loop was designed and constructed in 2001/2002 in ENEA, to evaluate the corrosion behaviour of Fusion reference structural materials, and in particular AISI 316 and Eurofer, in flowing lithium environment. To fully accomplish the experimental program originally foreseen for Lifus 3 and not respected it was decided in 2010 to build a new experimental facility, simplified from the hydraulic point of view, capable of performing the set of tests required by the IFMIF community. The operating parameters of this loop, named Lifus 6 [1], are: isothermal loop with operating temperature of 350 C, maximum velocity in the test section of about 16 m/s, cold trap continuously operated to remove carbon and oxygen impurities, hot trap operated in batch to remove nitrogen ones. An integral measurement of impurities is made on line by using a resistivity meter. The Lifus 6 loop design is presented in the paper. © 2013 Elsevier B.V. All rights reserved.

Lifus (lithium for fusion) 6 loop design and construction

Agostini, P.;Fasano, G.;Muzzarelli, M.;Miccichè, G.;Sansone, L.;Nitti, F.S.;Favuzza, P.;Tincani, A.;Aiello, A.
2013

Abstract

The Lifus 3 loop was designed and constructed in 2001/2002 in ENEA, to evaluate the corrosion behaviour of Fusion reference structural materials, and in particular AISI 316 and Eurofer, in flowing lithium environment. To fully accomplish the experimental program originally foreseen for Lifus 3 and not respected it was decided in 2010 to build a new experimental facility, simplified from the hydraulic point of view, capable of performing the set of tests required by the IFMIF community. The operating parameters of this loop, named Lifus 6 [1], are: isothermal loop with operating temperature of 350 C, maximum velocity in the test section of about 16 m/s, cold trap continuously operated to remove carbon and oxygen impurities, hot trap operated in batch to remove nitrogen ones. An integral measurement of impurities is made on line by using a resistivity meter. The Lifus 6 loop design is presented in the paper. © 2013 Elsevier B.V. All rights reserved.
Lithium corrosion;Lithium chemistry;IFMIF
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Utilizza questo identificativo per citare o creare un link a questo documento: http://hdl.handle.net/20.500.12079/5841
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