Refrigeration system for Isotope Separation System (ISS) of ITER Fuel Cycle

ng, factory testing, delivery, installation, commissioning, and final acceptance of complete refrigeration system, based on Turbo-Brayton reversed refrigeration cycle, intended for delivery of cooling power at 20K level required for operation of cryogenic distillation of ISS.

ISS is dedicated for separation by means of cryogenic distillation of mixture of hydrogen isotopes intended for ensuring correct composition of ITER fuel mixture. The future tender is for design, procurement, manufacturi