Tesi etd-02102009-160840 |
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Tipo di tesi
Tesi di laurea specialistica
Autore
CAMPEDRER, ALESSIO
URN
etd-02102009-160840
Titolo
Atucha-II I&C Systems and their role in the licensing procedure
Dipartimento
INGEGNERIA
Corso di studi
INGEGNERIA NUCLEARE E DELLA SICUREZZA INDUSTRIALE
Relatori
Relatore Prof. Bovalini, Roberto
Relatore Prof. D'Auria, Francesco Saverio
Relatore Prof. D'Auria, Francesco Saverio
Parole chiave
- Atucha-II
- I&C
Data inizio appello
02/03/2009
Consultabilità
Non consultabile
Data di rilascio
02/03/2049
Riassunto
The University of Pisa participates to the licenscing of Atucha-II nuclear power plant (argentina). The objective of the analysis presented in this work is to “lay the fundaments” for Atucha-II I&C qualification, which consists in demonstrating that the logical schemes ensure a safe response during steady and transient operations and represents a support for the Accident Analysis foreseen in the licensing procedure.
Moreover, this work gives an overview of the Reactor Control, Limitation and Protection Systems of Atucha-II nuclear power plant, which presents particular design aspects, since it is derived from "standard" Siemens pressurized light water reactors, but it employs natural uranium as fuel and heavy water as coolant and moderator.
Therefore, also Atucha-II I&C systems presents particular solutions. Nevertheless, the general structures of such systems and their "phylosophy" are the same which characterize the other Siemens nulclear power plants (in particular, KONVOI) and which can be applied to futur plants, such EPR.
Moreover, this work gives an overview of the Reactor Control, Limitation and Protection Systems of Atucha-II nuclear power plant, which presents particular design aspects, since it is derived from "standard" Siemens pressurized light water reactors, but it employs natural uranium as fuel and heavy water as coolant and moderator.
Therefore, also Atucha-II I&C systems presents particular solutions. Nevertheless, the general structures of such systems and their "phylosophy" are the same which characterize the other Siemens nulclear power plants (in particular, KONVOI) and which can be applied to futur plants, such EPR.
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