Speaker
Mr
Yannick FABRE
(AIR LIQUIDE Advanced Technologies)
Description
The ITER Tokamak requires an average 75kW of refrigeration power to maintain the nominal operation condition of the ITER superconducting magnets and cryopumps. This is produced by three identical liquid helium (LHe) Plants.
Air Liquide Advanced technologies, as the supplier of the entire ITER liquid Helium plant, should demonstrate through various running conditions, that the expected functionnalities and performances will be achieved.
In particular, a high power test cryostat will simulate the 75 kW isothermal loads in a liquid Helium bath.
This proceeding will present the tests phases as well as the main functionalities and equipments implemented to allow the cryogenic Helium plant acceptance by ITER.
Primary author
Mr
Yannick FABRE
(AIR LIQUIDE Advanced Technologies)
Co-authors
Mr
David GRILLOT
(AIR LIQUIDE Advanced Technologies)
Mr
Eric FAUVE
(ITER)
Mr
Gilles FLAVIEN
(AIR LIQUIDE Advanced technologies)
