Based on the existing conceptual design, a set of Reference Accident Sequences (RAS) has been defined by tritium system experts. This paper presents the main results related to a preliminary analysis of the following RAS for fuel cycle systems: hydrogen detonation in the isotopic separation system, rupture of a cryoline in a cryopump, fire in the long-term storage beds, and mechanical faulty operation in the pellet injector. The systems and the component mode of operation have been analyzed, as well as the characteristics of all streams, the inventory of T, D, and H, and the energy released under accident conditions. Failures that could give rise to the release of tritium and/or to the formation and ignition of oxygen/hydrogen mixtures and failures that could lead to containment pressure transients are discussed and examined. © 1993 Plenum Publishing Corporation.
All Science Journal Classification (ASJC) codes
- Nuclear Energy and Engineering
Ciattaglia, S., Di Pace, L., Rizzello, C., & Visca, E. (1993). Main results of the analyses related to a few Reference Accident Sequences of NET/ITER tritium systems. Journal of Fusion Energy, 12(1-2), 89 - 94. https://doi.org/10.1007/BF01059361