Abstract
The Storage and Delivery System (SDS) of the ITER Tritium Plant plays an important role in delivering fuel gases. An experimental evaluation is one of the tools used to realize the process design of the SDS. The capacity of the buffer vessels is strongly related with determining the amount of equipment and the operating conditions. The minimum operating pressure of the buffer vessels is evaluated with respect to the various conditions of the buffer vessel switching criterion and the number of metal bellows pumps parallel-combined for each ITER plasma operation. Under the selected conditions, a case study was performed to propose Isotope Separation System (ISS) interface information with respect to the number of the buffer vessels.
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